CN109819738A - High-speed transplanter and its installation method - Google Patents
High-speed transplanter and its installation method Download PDFInfo
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- CN109819738A CN109819738A CN201811598542.8A CN201811598542A CN109819738A CN 109819738 A CN109819738 A CN 109819738A CN 201811598542 A CN201811598542 A CN 201811598542A CN 109819738 A CN109819738 A CN 109819738A
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Abstract
The invention discloses a high-speed transplanter and its installation methods, wherein the high-speed transplanter includes a rice transplanter ontology and a power device, wherein the power device includes that an engine and one start motor, wherein the engine includes an engine body and an at least anterior spacing main body, the anterior spacing main body extends the engine body, wherein the starting motor includes a motor body and at least one assembly main body, wherein the assembly main body extends the motor body, the assembly main body for starting motor is installed in the anterior spacing main body of the engine, the motor body is held in the side of the engine body.
Description
Technical field
The present invention relates to a high-speed transplanter fields, in particular to a high-speed transplanter and its installation method.
Background technique
In recent years, gradually instead of the work pattern of rice transplantation by hand, rice is colonized in by rice transplanter for the appearance of rice transplanter
In paddy field, and line-spacing and spacing in the rows of rice shoot etc. can be reasonably controlled, be conducive to the volume increase of crops, especially high-speed transplanter
Appearance, improve the efficiency of rice transplanting operation, be widely used in agricultural production.Engine is the power of high-speed transplanter
Source can ensure high-speed transplanter efficiently operation.And engine with self power before being operated, it is necessary to by external force
Drive is just able to achieve rotation, and starts motor and exactly play this role.Motor is started to be changed into the electric energy in battery
Mechanical energy, and then drive engine with a scheduled rotation speed operation, successfully to start engine.Starting motor operation convenience,
Start rapidly, can be with re-lighting, and can be with far distance control.
A and Figure 1B referring to Fig.1, specifically, existing starting motor 2000P are kept by a bell housing 3000P
In the side of an engine 1000P, to be assembled into a power device 10000P, and the engine 1000P can be driven to turn
It is connected to the starting motor 2000P dynamicly, the starting motor 2000P is able to drive the engine 1000P operating, described
Engine 1000P is connected to the high-speed transplanter, and provides power for the high-speed transplanter.The operation of high-speed transplanter
Bad environments, the stability requirement with higher to the power device 10000P.And existing power device 10000P
Many problems are still had during actual utilization.
It specifically, include the hair of an engine cylinder body 100P and one referring to attached drawing 1A, the existing engine 1000P
Motivation main body 200P, the engine main body 200P are arranged at the engine cylinder body 100P, the engine cylinder body 100P
Including a body 10P, an integral type main beating cap 20P and an oil sump 30P, wherein the body 10P has multiple chambers,
For installing the engine main body 200P, the integral type main beating cap 20P includes a support frame 21P and multiple main beating cap
22P, wherein there are support frame as described above 21P an installation space 211P, multiple main beating cap 22P to be set to spaced reciprocally
The both ends of the installation space 211P, the main beating cap 22P integrally extend support frame as described above 21P respectively.The body
10P has installation an end face 101P, the integral type main beating cap 20P with a upper surface 201P and relative to the upper end
A lower end surface 202P of face 201P, the oil sump 30P have an a seal face 301P and accommodating chamber 302P, the integral type
Main beating cap 20P is installed in such a way that the upper surface 201P fits in the installation end face 101P of the body 10P
The body 10P, with a crankshaft 2001P of the engine main body 200P of stationary engine, and the integral type base bearing
The installation space 211P of lid 20P is connected to the chamber of the body 10P.The oil sump 30P is with the seal face 301P
The mode for fitting in the integral type main beating cap 20P is installed in the integral type main beating cap 20P, the oil sump 30P
The accommodating chamber 302P be connected to the accommodating chamber 302P of the integral type main beating cap 20P, the integral type main beating cap
The accommodating chamber 302P of 20P is for accommodating lubricating oil, the friction between components to reduce engine.Also, when described
Oil sump 30P is installed in the integral type main beating cap 20P, and the oil sump 30P seals the chamber of the body 10P
The installation space 211P of room and the integral type main beating cap 20P, to avoid occur oil leak phenomena such as.
But the body 10P and the integral type main beating cap 20P are made of cast iron materials, cast iron materials it is close
It spends larger, causes the weight of the engine cylinder body entirety larger, be unfavorable for engine lightweight development.Secondly, described start
Machine cylinder body is completed to seal in such a way that the end face of multiple assembly be combined with each other, and e.g., the integral type main beating cap 20P's is described
The mounting surface of upper surface and the body 10P are bonded to each other, and the sealing surface 31P of the oily under casing 30P and described
The lower end surface 21P of integral type main beating cap 20P is bonded to each other, and then avoids the lubrication being contained in the oily under casing 30P
Oil leakage.And the part that each end face for assembling contacts with each other is poorly sealed in the presence of causing because of the problems such as accuracy of manufacture
And the risk of oil leak.That is, the end face for assembling and sealing is more, the risk of engine oil leakage is higher, reduces
The stability of the power device 10000P is unfavorable for high-speed transplanter operation steady in a long-term.
Further, the starting motor 2000P is installed in the engine by the bell housing 3000P
1000P not only bad for the power device 10000P lightweight, and influences the stability of the power device 10000P
Energy.Specifically, B referring to Fig.1, the engine cylinder body 100P have multiple pilot hole 1010P, wherein the starting motor
2000P includes that a motor body 2100P and mounting portion a 2200P, the mounting portion 2200P have multiple mounting hole 2210P, institute
Bell housing 3000P is stated with engine perforation 3010P, motor perforation 3020P, multiple engine limit hole 3030P and more
A electric machine spacing hole 3040P, multiple engine limit hole 3030P are circumferentially distributed in the engine and perforate 3010P weeks
It encloses, multiple electric machine spacing hole 3040P are circumferentially distributed in around the motor perforation 3020P；The bell housing 3000P
Correspond to one end of the engine main body 200P, and described 3030P pairs of engine limit hole with engine perforation 3010P
The mode of the pilot hole 1010P of the engine cylinder body 100P of engine 1000P described in Ying Yu is installed on described start
One end of machine 1000P, the engine main body 200P pass through the engine perforation 3010P of the bell housing 30；Described
Dynamic motor 2000P is limited with the mounting hole 2210P of the mounting portion 220 corresponding to the motor of the bell housing 3000P
The mode of position hole 3040P is installed on the bell housing 3000P, and one end of the engine main body 200P passes through the bell housing
The motor perforation 3020P of 3000P.Further, the power device 10000P includes multiple connection component 4000P, portion
The connection component 4000P divided is installed in the electric machine spacing hole 3040P and the engine of the bell housing 3000P
The pilot hole 1010P of the engine cylinder body 100P of 1000P, and then fly by the connection component 4000P by described
Wheel shell 3000P is fixed on the engine 1000P, and the connection component 4000P of part is installed in the bell housing
The mounting hole of the engine limit hole 3030P of 3000P and the mounting portion 2200P for starting motor 2000P
2210P, and then the starting motor 2000P is fixed on the bell housing 3000P by the connection component 4000P, and make
Obtain the side that the starting motor 2000P is held in the engine 1000P.Further, the engine main body 200P
Part across the motor perforation 3020P of the bell housing 3000P is driveably connected to the motor body 2100P
Across the part of the motor perforation 3020P of the bell housing 3000P, and then the motor body 2100P is able to drive institute
State engine main body 200P rotation.But the existing power device 10000P exists not during assembling and use
Few problem.
Firstly, it is enough usually to ensure that the bell housing 3000P has by increasing the weight of the bell housing 3000P
Intensity and rigidity guarantee that the starting motor 2000P can stablize during operation to support the starting motor 2000P
Ground is held in the side of the engine 1000P.In this way, the weight of the bell housing 3000P increases the power device
The overall weight of 10000P so that the power device 10000P is difficult to realize lightweight, and then increases the high speed rice transplanting
The weight of machine.
Secondly, the mode of end face axial positioning reduce the power device 10000P stablize qualitative energy.Specifically,
The mounting portion 2200P for starting motor 2000P is close to the end of the motor body 2100P, the starting motor
The extension square parallel of the mounting hole 2210P of the mounting portion 2200P of 2000P is in the axis of the motor body 2100P
To direction, the connection component 4000P is to be parallel to the axial manner of the motor body 2100P for the starting motor
2000P is fixed on the bell housing 3000P, such as, utilize the motor of bell housing 3000P described in a screw bolt passes
Limit hole 3040P, the mounting hole 2210P, a plain washer and the spring washer for starting motor 2000P, then by one
Nut check is fixed.Also, it is described start motor 2000P the mounting hole 2210P close to it is described start terminal 20P end
Portion, the starting motor 2000P are installed in the bell housing 3000P by way of the axially position of end.In this way, described fly
Wheel shell 3000P supports the supporting surface of the starter 20P close to the side end face for starting motor 2000P, the starting electricity
Be supported face of the center of machine 2000P far from the starting motor 2000P, and the most of structure for starting motor 2000P
In vacant state, the center of gravity for starting motor 2000P is be easy to cause to be supported face far from the starting motor 2000P,
In turn result in the starting motor 2000P drive the engine 1000P rotation during and the engine
1000P it is subsequent operated with set rate during, the starting motor 2000P can generate strenuous vibration.Long-term is violent
The connection that vibration will cause the connection component 4000P loosens, serious to may cause the connection component 4000P disengaging
The electric machine spacing hole 304 of the bell housing 3000P and the mounting hole 2210P, Jin Ersuo for starting motor 2000P
State and start motor 2000P and engine 1000P separation, cause the power device 10000P can not normal operation, and shadow
Ring high-speed transplanter normal operation.
In addition, the engine main body 200P and the motor body 2100P are required to across the bell housing 3000P
After can be connected, in this way, increasing the length of the engine main body 200P and the motor body 2100P, Jin Erzeng
The big volume of the power device 10000P, is unfavorable for the motivation device 100P miniaturization.
Summary of the invention
It is an object of the present invention to provide a high-speed transplanter and its installation methods, wherein the high-speed transplanter packet
A rice transplanter ontology and a power device are included, a starting motor of the power device is directly mounted to the power device
One engine, and then the stability of the power device is improved, thus, the power device is steadily the rice transplanter
Ontology provides power, and then has ensured the stability of the high-speed transplanter.
It is an object of the present invention to provide a high-speed transplanter and its installation methods, wherein by the engine
The structure of an engine cylinder body improve, the overall weight of the engine cylinder body is reduced, in favor of applying the hair
Motivation lightweight.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the engine cylinder body
Reduce the quantity of the end face for sealing, and then reduces the risk of engine oil leak in use.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the engine cylinder body
Including a body and an integrated cylinder body, wherein the main beating cap is installed in the body, the integrated cylinder body is with one first
The mode that fitting surface is incorporated into one second fitting surface of the body is installed in the body, and seals the body, subtracts
The small probability of the engine oil leakage, to improve the stability of the engine.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the engine cylinder body
It further comprise an at least main beating cap, multiple main beating cap are successively installed in the body, with the fixation hair
For one crankshaft of motivation in the body, each main beating cap is mutually indepedent, in favor of reducing the engine cylinder body
Overall weight.
It is another object of the present invention to provide a high-speed transplanter and its installation method, wherein the main beating cap and
The integrated cylinder body is arranged spaced reciprocally, reduces the whole materials of the engine cylinder body, is conducive to save cost and real
Existing lightweight.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the main beating cap is adopted
Cylinder iron material is made, and has ensured the rigidity of the engine cylinder body.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the engine cylinder body
Integrated cylinder body and the body be made of casting aluminium material, the overall weight of the engine cylinder body is alleviated, in favor of institute
State engine lightweight.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the body is described
First fitting surface of second fitting surface and the integrated cylinder body is flange face, to avoid first fitting surface and described
Second fitting surface during the installation process mutual extrusion and deform, and then reduce the engine cylinder body during use
A possibility that oil leak.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the integrated cylinder body packet
A cylinder main body is included, wherein the outer surface compartment of terrain outwardly convex of the cylinder main body or being recessed inwardly and forming a waveform knot
Structure, and then enhance the integral rigidity of the integrated form cylinder body.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the cylinder main body is outer
Surface continuously outwardly convex or has been recessed inwardly to form the wavy shaped configuration, and then enhances the integrated form cylinder body
Integral rigidity.
It is another object of the present invention to provide a high-speed transplanter and its installation method, wherein the integrated cylinder body
The wavy shaped configuration increases the surface area of the integrated form cylinder body, is conducive to the engine radiating.
It is another object of the present invention to provide a high-speed transplanter and its installation method, wherein the integrated cylinder body
The wavy shaped configuration increases the body and the integrated cylinder body contact area, improves the stabilization of the engine cylinder body
Property, be conducive to alleviate and be housed inside the intracorporal liquid of integrated cylinder and acutely shake, while can effectively inhibit vibrating noise.
It is another object of the present invention to provide a high-speed transplanter and its installation method, wherein the integrated cylinder body into
One step includes multiple reinforcing ribs, wherein the reinforcing rib integrally extends the outside of the cylinder main body, described in improving
The rigidity of integrated cylinder body.
Another aspect of the present invention is to provide a high-speed transplanter and its installation method, wherein the engine cylinder body
Including a sealing element, the sealing element be placed in the body second fitting surface and the integrated cylinder body it is described
Between first fitting surface, gap is generated to avoid between first fitting surface and second fitting surface.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the integrated cylinder body tool
There are multiple mating holes, the mating hole is formed in the two sides of the integrated cylinder body, in order to which the engine is applied subsequent
In other mechanical devices, the versatility of the engine is enhanced.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the integrated cylinder body packet
Multiple purge cock seats are included, wherein the purge cock seat is distributed in the two sides and bottom of the integrated cylinder body, in order to described
Engine is installed in other mechanical devices subsequent, enhances the versatility of the engine.
It is an object of the present invention to provide a high-speed transplanter and its installation methods, wherein the power device includes
One engine and a starting motor wherein the startings motor is directly mounted to the engine reduce assembly process, section
Built-up time has been saved, and then has been conducive to improve the packaging efficiency of the power device.
It is an object of the present invention to provide a high-speed transplanter and its installation methods, wherein the starting motor is straight
It connects and is installed on the engine, reduce assembly process, save built-up time, and then be conducive to improve the power device
Packaging efficiency.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the engine includes
One engine body and at least an anterior spacing main body, the starting motor includes a motor body and at least one assembles main body, described
The assembly main body for starting motor is installed in the anterior spacing main body of the engine, and described in motor body drive
Engine body operating, saves installation components, is conducive to the overall weight that the power device is greatly reduced.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the starting motor quilt
It is directly mounted at the engine, the length for starting motor and the engine is reduced, is conducive to reduce the power
Device miniaturization.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the starting motor quilt
It is directly mounted at the engine, is conducive to ensure the concentricity for starting motor and the engine, and then described in raising
The stability of power device.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the engine and institute
The physical centre for starting the contact surface of motor close to the power device is stated, is conducive to reduce the engine and starting electricity
The contact surface of machine and the distance between the center of gravity for starting motor so that the engine stabilizer support startings electric
Machine to reduce the vibration amplitude for starting motor, and then improves the stability of the power device.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the starting motor is logical
The mode for crossing logical radial positioning is fixed in the engine, further improves the stability of the power device.
It is another object of the present invention to provide a high-speed transplanter and its installation method, wherein the motor that starts
The axial sides for extending to the assembly body normal motor body, wherein the axial sides are close to the assembly
The physical centre of main body, in favor of reducing the engine and the contact surface for starting motor and the center of gravity for starting motor
The distance between.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the institute of the engine
Anterior spacing main body is stated with an at least limit hole, the anterior spacing main body for starting motor has an at least pilot hole, and described
The anterior spacing main body of dynamic motor corresponds to the limit hole of the anterior spacing main body of the engine with the pilot hole
Mode is installed in the anterior spacing main body of the engine.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the institute of the engine
The extending direction for stating the limit hole of anterior spacing main body is consistent with the radial direction of the engine, described to start the described of motor
The extending direction of the pilot hole of anterior spacing main body is consistent with the radial direction of the motor body, so that the starting motor
It is installed in the engine by way of radial positioning, and then improves the stability of the power device.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the engine includes
An at least connecting element, wherein the connecting element be installed in the anterior spacing main body of the engine the limit hole and
The pilot hole of the assembly main body for starting motor, is installed on institute for the starting motor by the connecting element
State engine.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the engine includes
A positioning member be used to assemble positioning wherein the setting element is installed in the limit hole of the engine, described
Connecting element is installed in the setting element, is conducive to save assembly time.
It is another object of the present invention to provide a high-speed transplanter and its installation method, wherein the engine is into one
Step includes an accessory part, wherein accessory part be held in the connecting element and the engine the assembly main body it
Between, be conducive to increase the contact between the connecting element and the assembly main body of the engine by the auxiliary element
Area, in favor of improving the stability of the engine.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the accessory part has
Influence conducive to the vibration generated in the reduction engine body and the motor body operation to the connecting element,
And prevent the connecting element from generating loosening, in favor of improving the stability of the engine.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the engine includes
Multiple anterior spacing main bodies, accordingly, the starting motor include multiple assembly main bodys, and the assembly main body each extends over
In the upper and lower part of the motor body, when the assembly main body is installed in the anterior spacing main body, the motor support
The upper and lower part for starting motor, further such that the starting motor is held stably one in the engine
Side, and reduce the vibration of the starting motor in use, to improve the stability of the engine.
Another object of the present invention provides a high-speed transplanter and its installation method, wherein described start the described of motor
Assembling main body includes two assembly arms, and the pilot hole runs through the assembly arm, and the anterior spacing main body of the engine includes
Two position limit arms, the limit hole, which is formed, runs through the position limit arm, the assembly of the assembly main body for starting motor
Arm fits in described start in such a way that the pilot hole corresponds to the limit hole of the anterior spacing main body of the engine
The position limit arm of the anterior spacing main body of machine, and the pilot hole and the limit hole are passed through by the connecting element, with
The assembly main body for starting motor is fixed on to the anterior spacing main body of the engine.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein starting the described of motor
Assembling main body includes a mounted base and an at least department of assembly, and accordingly, the anterior spacing main body of the engine has at least
One limiting slot, the department of assembly are arranged at the limiting slot, and are held in the hair with making the starting motor stabilizing
The side of motivation.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the engine includes
One engine body and at least an anterior spacing main body, wherein the engine body includes the engine main body and the engine
Cylinder body, the anterior spacing main body extend the engine cylinder body, and the starting motor includes a motor body and at least one assembly
Main body, the assembly main body for starting motor are installed in the anterior spacing main body of the engine, and the motor master
Body drives the engine main body operating, saves installation components, is conducive to that the whole of the power device is greatly reduced
Body weight, in favor of reducing the weight of the high-speed transplanter.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the starting motor quilt
It is directly mounted at the engine, the length for starting motor and the engine is reduced, is conducive to reduce the power
Device miniaturization.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the starting motor quilt
It is directly mounted at the engine, is conducive to ensure the concentricity for starting motor and the engine, and then described in raising
The stability of power device.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the engine and institute
The physical centre for starting the contact surface of motor close to the power device is stated, is conducive to reduce the engine and starting electricity
The contact surface of machine and the distance between the center of gravity for starting motor so that the engine stabilizer support startings electric
Machine to reduce the vibration amplitude for starting motor, and then improves the stability of the power device.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the starting motor is logical
The mode for crossing logical radial positioning is fixed in the engine, further improves the stability of the power device.
It is another object of the present invention to provide a high-speed transplanter and its installation method, wherein the motor that starts
The axial sides for extending to the assembly body normal motor body, wherein the axial sides are close to the assembly
The physical centre of main body, in favor of reducing the engine and the contact surface for starting motor and the center of gravity for starting motor
The distance between.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the institute of the engine
Anterior spacing main body is stated with an at least limit hole, the anterior spacing main body for starting motor has an at least pilot hole, and described
The anterior spacing main body of dynamic motor corresponds to the limit hole of the anterior spacing main body of the engine with the pilot hole
Mode is installed in the anterior spacing main body of the engine.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the institute of the engine
The extending direction for stating the limit hole of anterior spacing main body is consistent with the radial direction of the engine, described to start the described of motor
The extending direction of the pilot hole of anterior spacing main body is consistent with the radial direction of the motor body, so that the starting motor
It is installed in the engine by way of radial positioning, and then improves the stability of the power device.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the engine includes
An at least connecting element, wherein the connecting element be installed in the anterior spacing main body of the engine the limit hole and
The pilot hole of the assembly main body for starting motor, is installed on institute for the starting motor by the connecting element
State engine.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the engine includes
A positioning member be used to assemble positioning wherein the setting element is installed in the limit hole of the engine, described
Connecting element is installed in the setting element, is conducive to save assembly time.
It is another object of the present invention to provide a high-speed transplanter and its installation method, wherein the engine is into one
Step includes an accessory part, wherein accessory part be held in the connecting element and the engine the assembly main body it
Between, be conducive to increase the contact between the connecting element and the assembly main body of the engine by the auxiliary element
Area, in favor of improving the stability of the engine.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the accessory part has
Influence conducive to the vibration generated in the reduction engine body and the motor body operation to the connecting element,
And prevent the connecting element from generating loosening, in favor of improving the stability of the engine.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein the engine includes
Multiple anterior spacing main bodies, accordingly, the starting motor include multiple assembly main bodys, and the assembly main body each extends over
In the upper and lower part of the motor body, when the assembly main body is installed in the anterior spacing main body, the motor support
The upper and lower part for starting motor, further such that the starting motor is held stably one in the engine
Side, and reduce the vibration of the starting motor in use, to improve the stability of the engine.
Another object of the present invention provides a high-speed transplanter and its installation method, wherein described start the described of motor
Assembling main body includes two assembly arms, and the pilot hole runs through the assembly arm, and the anterior spacing main body of the engine includes
Two position limit arms, the limit hole, which is formed, runs through the position limit arm, the assembly of the assembly main body for starting motor
Arm fits in described start in such a way that the pilot hole corresponds to the limit hole of the anterior spacing main body of the engine
The position limit arm of the anterior spacing main body of machine, and the pilot hole and the limit hole are passed through by the connecting element, with
The assembly main body for starting motor is fixed on to the anterior spacing main body of the engine.
It is another object of the present invention to provide a high-speed transplanter and its installation methods, wherein starting the described of motor
Assembling main body includes a mounted base and an at least department of assembly, and accordingly, the anterior spacing main body of the engine has at least
One limiting slot, the department of assembly are arranged at the limiting slot, and are held in the hair with making the starting motor stabilizing
The side of motivation.
One aspect under this invention, the present invention further provides a high-speed transplanters comprising:
One rice transplanter ontology；With
One power device, wherein the power device includes:
One engine, wherein the engine includes an engine body and an at least anterior spacing main body, the anterior spacing main body
Extend the engine body；With
One starts motor, wherein the starting motor includes a motor body and at least one assembly main body, wherein the dress
The motor body is extended with main body, the assembly main body for starting motor is installed in the limit of the engine
Position main body, the motor body are held in the side of the engine body.
According to one embodiment of present invention, the motor body has an axial sides, wherein the axial sides
Extending direction is the length direction of the motor body, and the assembly main body for starting motor is arranged at the axial side
Face.
According to one embodiment of present invention, the assembly main body for starting motor includes at least two assembly
Main body, at least two assembly main bodys respectively extend from the upper and lower part of the motor body.
According to one embodiment of present invention, the assembly main body for starting motor includes three assembly masters
Body, one of them assembly main body extend the top of the motor body, and two assembly main bodys are prolonged spaced reciprocally
Stretch in the lower part of the motor body.
According to one embodiment of present invention, the assembly main body for starting motor has an at least pilot hole, institute
The anterior spacing main body for stating engine has an at least limit hole, wherein the assembly main body for starting motor is with the dress
The mode that distribution corresponds to the limit hole of the anterior spacing main body of the engine is installed in the described of the engine
Anterior spacing main body, the pilot hole are connected to the limit hole.
According to one embodiment of present invention, the extension side of the pilot hole of the assembly main body for starting motor
To the radial direction for being parallel to the motor body, the extending direction of the limit hole of the anterior spacing main body of the engine
It is parallel to the radial direction of the engine body.
According to one embodiment of present invention, the assembly main body for starting motor includes two assembly arms, wherein two
A assembly arm extends the motor body spaced reciprocally, and two pilot holes extend through two assembly
The anterior spacing main body of arm, the engine includes two position limit arms, and the position limit arm extends the engine spaced reciprocally
Ontology, two limit holes extend through two position limit arms, the dress of the assembly main body for starting motor
The engine body is bonded in such a way that the pilot hole corresponds to the limit hole of the anterior spacing main body with arm
The position limit arm of the anterior spacing main body.
According to one embodiment of present invention, it is described start motor the assembly main body the assembly arm between the upper and lower every
Ground extends the motor body, and the position limit arm of the anterior spacing main body of the engine extends described at interval in the upper and lower
Engine body.
According to one embodiment of present invention, the extension side of the assembly arm of the assembly main body for starting motor
To horizontal plane is parallel to, the extending direction of the position limit arm of the anterior spacing main body of the engine is parallel to horizontal plane.
According to one embodiment of present invention, it is described start motor the assembly main body the assembly arm between left and right every
Ground extends the motor body, and described position limit arm of the anterior spacing main body of the engine or so compartment of terrain extends described
Engine body.
According to one embodiment of present invention, the anterior spacing main body of the engine includes two position limit arms, described in two
Position limit arm integrally extends the engine body, and an assembly space is formed between two position limit arms, two limits
Position hole extends through two position limit arms, and the assembly main body for starting motor is housed inside the assembly space, institute
The pilot hole connection for stating assembly main body is formed in the limit hole of two position limit arms.
According to one embodiment of present invention, the power device further comprises a connecting element, wherein the connection
Element is installed in the limit hole of the anterior spacing main body and the pilot hole of the assembly main body.
According to one embodiment of present invention, the power device further comprises a tightening member, wherein the fastening
Element is installed in one end of the connecting element.
According to one embodiment of present invention, the power device further comprises a positioning member, wherein the positioning
Element is installed in the limit hole of the anterior spacing main body of the engine.
According to one embodiment of present invention, the anterior spacing main body of the engine includes a support base at least two
Limiting section, the limiting section integrally extends the support base, and forms at least one between the adjacent limiting section
Limiting slot, the assembly main body for starting motor includes a mounted base and at least one assembly protrusion, wherein the assembly
Protrusion integrally extends the mounted base, and the assembly protrusion is assemblied in the limiting slot.
According to one embodiment of present invention, the extending direction of the limiting slot of the anterior spacing main body of the engine
It is parallel to horizontal plane.
According to one embodiment of present invention, the extending direction of the limiting slot of the anterior spacing main body of the engine
Perpendicular to horizontal plane.
According to one embodiment of present invention, the engine includes:
One engine main body, wherein the engine main body includes a dynamical system and a lubricating system；With
One engine cylinder body, wherein the engine cylinder body includes:
One body, wherein the body has crankshaft accommodating chamber, multiple power chambers and one second fitting surface on one,
Described in upper crankshaft accommodating chamber described in power chamber and form a power space；With
One integrated cylinder body, wherein the integrated cylinder body has crankshaft accommodating chamber, a shoe cream room and one first assembly
Face, the shoe cream room and the lower crankshaft accommodating chamber are interconnected and form an accommodation space, and the integrated cylinder body is with described the
The mode that one fitting surface corresponds to second fitting surface of the body is installed in the body, the institute of the integrated cylinder body
It states accommodation space and is connected to the power space, the dynamical system and the lubricating system are housed inside the power space and institute
State accommodation space.
According to one embodiment of present invention, the engine cylinder body further comprises multiple main beating cap, each
The main beating cap is mutually indepedent, wherein the main beating cap is installed in the body.
According to one embodiment of present invention, the main beating cap of the engine cylinder body and the integrated cylinder body are mutual
It is positioned apart from.
According to one embodiment of present invention, first fitting surface and second fitting surface are flange face.
According to one embodiment of present invention, the integrated cylinder body includes a cylinder main body, the surface interval of the cylinder main body
Ground outwardly convex and form a wavy shaped configuration.
According to one embodiment of present invention, the integrated cylinder body includes a cylinder main body, the surface interval of the cylinder main body
Ground is recessed inwardly and forms a wavy shaped configuration.
According to one embodiment of present invention, the integrated cylinder body includes a cylinder main body, and the surface of the cylinder main body is continuous
Ground outwardly convex and form a wavy shaped configuration.
According to one embodiment of present invention, the integrated cylinder body includes a cylinder main body, and the surface of the cylinder main body is continuous
Ground is recessed inwardly and forms a wavy shaped configuration.
According to one embodiment of present invention, the body and the integrated form cylinder body are made of casting aluminium material.
According to one embodiment of present invention, the main beating cap is made of cast iron materials.
According to one embodiment of present invention, the engine cylinder body further comprises a sealing element, wherein described close
Envelope element is held between first fitting surface of the integrated cylinder body and second fitting surface of the body.
According to one embodiment of present invention, the integrated form cylinder body further comprises multiple reinforcing ribs, wherein described add
Strengthening tendons integrally extend the cylinder main body.
According to one embodiment of present invention, the engine cylinder body is equipped with multiple mating holes, and the mating hole is distributed in
The surrounding of the integrated cylinder body and the body.
According to one embodiment of present invention, the engine cylinder body further comprises multiple purge cock seats, wherein institute
State two sides and bottom that purge cock seat is arranged at the integrated cylinder body.
Other side under this invention, the present invention further provides a high-speed transplanters comprising a rice transplanter ontology
With the engine for being arranged at the rice transplanter ontology, wherein the engine includes:
One engine main body, wherein the engine main body includes a dynamical system and a lubricating system；With
One engine cylinder body, wherein the engine cylinder body includes:
One body, wherein the body has crankshaft accommodating chamber, multiple power chambers and one second fitting surface on one,
Described in upper crankshaft accommodating chamber described in power chamber and form a power space；With
One integrated cylinder body, wherein the integrated cylinder body has crankshaft accommodating chamber, a shoe cream room and one first assembly
Face, the shoe cream room and the lower crankshaft accommodating chamber are interconnected and form an accommodation space, and the integrated cylinder body is with described the
The mode that one fitting surface corresponds to second fitting surface of the body is installed in the body, the institute of the integrated cylinder body
It states accommodation space and is connected to the power space, the dynamical system and the lubricating system are housed inside the power space and institute
State accommodation space.
According to one embodiment of present invention, the engine cylinder body further comprises multiple main beating cap, each
The main beating cap is mutually indepedent, wherein the main beating cap is installed in the body.
According to one embodiment of present invention, the main beating cap of the engine cylinder body and the integrated cylinder body are mutual
It is positioned apart from.
According to one embodiment of present invention, first fitting surface and second fitting surface are flange face.
According to one embodiment of present invention, the integrated cylinder body includes a cylinder main body, the surface interval of the cylinder main body
Ground outwardly convex and form a wavy shaped configuration；Or the integrated cylinder body includes a cylinder main body, between the surface of the cylinder main body
It is recessed inwardly every ground and forms a wavy shaped configuration；Or the integrated cylinder body includes a cylinder main body, the surface of the cylinder main body
Continuously outwardly convex and form a wavy shaped configuration；Or the integrated cylinder body includes a cylinder main body, the table of the cylinder main body
Face is continuously recessed inwardly and forms a wavy shaped configuration.
According to one embodiment of present invention, the engine cylinder body further comprises a sealing element, wherein described close
Envelope element is held between first fitting surface of the integrated cylinder body and second fitting surface of the body.
One aspect under this invention, the present invention further provides the installation method of a high-speed transplanter, the installation side
Method includes the following steps:
(a) one starting motor of installation is in an engine cylinder body of an engine body of an engine；
(b) motor body for starting motor is connected in an engine main body of the engine body；With
(c) engine is installed in a high-speed transplanter ontology, to be mounted to the high-speed transplanter.
According to one embodiment of present invention, in the step (a), the starting electricity is installed in a manner of radial positioning
At least one assembly main body of machine is in an at least anterior spacing main body for the engine.
It according to one embodiment of present invention, further comprise step in the step (a): (a.1) connection dress
The pilot hole with main body is in the limit hole of the anterior spacing main body.
According to one embodiment of present invention, after the step (a.1), the step (a) further comprises step:
(a.2) an installation at least connecting element is in the pilot hole and the engine of the assembly main body for starting motor
The limit hole of the anterior spacing main body.
According to one embodiment of present invention, after the step (a.2), the step (a) further comprises step:
(a.3) an installation at least tightening member is in the connecting element, and keeps the assembly main body of motor and described of starting
The anterior spacing main body of engine is between the connecting element and the tightening member.
According to one embodiment of present invention, before the step (a.2), the step (a) further comprises step:
(a.4) installation a positioning member is in the limit hole of the anterior spacing main body of the engine.
According to one embodiment of present invention, in the step (a), the assembly main body of the starter is at least
An at least limiting slot for the anterior spacing main body of one department of assembly and the engine cooperates, so that the starting motor quilt
It is held in the side of the engine.
According to one embodiment of present invention, the installation method further comprises following steps:
(i) dynamical system and a lubricating system are installed in an engine cylinder body；With
(ii) start in conjunction with one first fitting surface of a cylinder main body of an integrated cylinder body of the engine cylinder body in described
One second fitting surface of the body of machine cylinder body, to be assembled into the engine.
According to one embodiment of present invention, before the step (i), the installation method further comprises step:
(iii) independent multiple main beating cap are successively installed in the body of the engine.
According to one embodiment of present invention, in the above-mentioned methods, be connected to one second fitting groove of the main beating cap in
One first fitting groove of one support base of the body.
According to one embodiment of present invention, in the step (ii), the crankshaft once for being connected to the integrated cylinder body holds
Receive crankshaft accommodating chamber on the one of chamber, a shoe cream room and the body.
According to one embodiment of present invention, in the step (iii), with multiple second assembly of the main beating cap
The main beating cap is installed on the machine by the mode that hole corresponds to multiple first pilot holes of a department of assembly of the support base
The support base of body.
According to one embodiment of present invention, in the step (iii), one connecting element of installation is in first assembly
Hole and second pilot hole, and then the main beating cap is fixed on the body by multiple connecting elements.
According to one embodiment of present invention, in the step (ii), with the cylinder main body of the integrated cylinder body
The mode that multiple third pilot holes correspond to multiple 4th pilot holes of the body installs the integrated cylinder body in described
Body.
According to one embodiment of present invention, in the above-mentioned methods, the connecting element is installed in the third pilot hole
With the 4th pilot hole, and then the integrated cylinder body is fixed on the body by the connecting element.
According to one embodiment of present invention, in the step (iii), keep a sealing element in the cylinder main body
Between first fitting surface and second fitting surface of the body, to prevent first fitting surface and second dress
With generating gap between face.
According to one embodiment of present invention, in the above-mentioned methods, deformation occurs and prevents described for the sealing element
Gap is generated between one fitting surface and second fitting surface.
Detailed description of the invention
Figure 1A is that the decomposition diagram of an engine cylinder body of an existing engine is intended to.
Figure 1B is that the decomposition diagram of an existing power device is intended to.
Fig. 2 is the perspective view schematic diagram of a high-speed transplanter according to a preferred embodiment of the present invention.
Fig. 3 is an engine of a power device of the high-speed transplanter of above-mentioned preferred embodiment according to the present invention
Perspective view schematic diagram.
Fig. 4 A is that the decomposition diagram of the engine of above-mentioned preferred embodiment according to the present invention is intended to.
Fig. 4 B is the schematic diagram of a lubricating system of the engine of above-mentioned preferred embodiment according to the present invention.
Fig. 5 A is showing for a stage of the assembling process of the engine of above-mentioned preferred embodiment according to the present invention
It is intended to.
Fig. 5 B is showing for a stage of the assembling process of the engine of above-mentioned preferred embodiment according to the present invention
It is intended to.
Fig. 5 C is showing for a stage of the assembling process of the engine of above-mentioned preferred embodiment according to the present invention
It is intended to.
Fig. 5 D is showing for a stage of the assembling process of the engine of above-mentioned preferred embodiment according to the present invention
It is intended to.
Fig. 6 A is the three-dimensional diagram of the power device of the high-speed transplanter of above-mentioned preferred embodiment according to the present invention
It is intended to.
Fig. 6 B is the explosion of the power device of the high-speed transplanter of above-mentioned preferred embodiment according to the present invention
Diagram is intended to.
Fig. 7 is the signal of the power device of the high-speed transplanter of another preferred embodiment according to the present invention
Figure.
Fig. 8 is the signal of the power device of the high-speed transplanter of another preferred embodiment according to the present invention
Figure.
Fig. 9 is the signal of the power device of the high-speed transplanter of another preferred embodiment according to the present invention
Figure.
Figure 10 is the signal of the power device of the high-speed transplanter of another preferred embodiment according to the present invention
Figure.
Specific embodiment
It is described below for disclosing the present invention so that those skilled in the art can be realized the present invention.It is excellent in being described below
Embodiment is selected to be only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.It defines in the following description
Basic principle of the invention can be applied to other embodiments, deformation scheme, improvement project, equivalent program and do not carry on the back
Other technologies scheme from the spirit and scope of the present invention.
It will be understood by those skilled in the art that in exposure of the invention, term " longitudinal direction ", " transverse direction ", "upper",
The orientation of the instructions such as "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside" or position are closed
System is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of description of the present invention and simplification of the description, without referring to
Show or imply that signified device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore above-mentioned art
Language is not considered as limiting the invention.
It is understood that term " one " is interpreted as " at least one " or " one or more ", i.e., in one embodiment,
The quantity of one element can be one, and in a further embodiment, the quantity of the element can be it is multiple, term " one " is no
It can be interpreted as the limitation to quantity.
Referring to Figure of description 2 to Figure 10, high-speed transplanter according to a preferred embodiment of the present invention will be following
Description in be set forth, wherein the high-speed transplanter 900 includes a rice transplanter ontology 910 and a power device 920, wherein institute
It states power device 920 and is installed in the rice transplanter ontology 910, and provide power, such as Fig. 2 for the rice transplanter ontology 910.
Specifically, such as Fig. 2, Fig. 6 A to Figure 10, the power device 920 includes that an engine 1000 and one starts motor
2000, wherein the starting motor 2000 is installed in the engine 1000, and the engine 1000 by driving to be revolved
The mode turned is connected to the starting motor 2000, so the starting motor 2000 be able to drive the engine 1000 by
It is rotated according to a set rate, the engine 1000 is installed in the rice transplanter ontology 910, and is the rice transplanter ontology
910 provide power.That is, the starting motor 2000 of the power device 920 is directly mounted to the engine
1000, assembly process is reduced, the power device 920 is not only contributed to and minimizes, and save built-up time, Jin Erti
The high built-up time of the power device 920 has in addition, the engine 1000 directly supports the starting motor 2000
Conducive to the stability for improving the power device 920.
Specifically, referring to Fig. 6 A and Fig. 6 B, the engine 1000 includes an engine body 1100 and at least one limit
Position main body 1200, wherein the anterior spacing main body 1200 integrally extends the engine body 1100, the starting motor
2000 include a motor body 2100 and at least one assembly main body 2200, wherein the assembly main body 2200 extends the motor
Main body 2100, the assembly main body 2200 for starting motor 2000 are installed in the limit master of the engine 1000
Body 1200, the engine body 1100 is to be driveably connected to the motor body 2100, by the motor body
2100 drive the engine body 1100 to rotate according to the set rate, and then successfully start the engine 1000.
Referring to Fig. 3 to Fig. 5 D, the engine body 1100 includes an engine cylinder body 100 and an engine main body 200,
Wherein the engine main body 200 is arranged at the engine cylinder body 100, and the anterior spacing main body 1200 integrally extends institute
State the engine cylinder body 100 of engine body 1100.Specifically, the engine cylinder body 100 includes a body 10, multiple
Main beating cap 20 and an integrated cylinder body 30, wherein the body 10 has a power space 101, the integrated cylinder body 30 has
One accommodation space 301, the integrated cylinder body 30 are installed in the body 10, and it is empty that the accommodation space 301 is connected to the power
Between 101, the engine main body 200 is housed inside the power space 101 and the accommodation space 301.Preferably, the limit
Position main body 1200 extends the side of the body 10, and then the starting motor 2000 is held in the engine 1000
The side of the body 10 of the engine cylinder body 100.Preferably, the anterior spacing main body 1200 extends the integrated cylinder body
30 side, and then the side for starting motor 2000 and being held in the integrated cylinder body 30.
Further, referring to Fig. 4 A and Fig. 4 B, the engine main body 200 includes a dynamical system 210 and a lube system
System 220, the dynamical system 210 and the lubricating system 220 are housed inside the power space 101 and the accommodation space
301, the dynamical system 210 is installed in the body 10, and the main beating cap 20 is installed in the body 10, by institute
It states dynamical system and is fixed on the body 10, the lubricating system 220, which can obtain, is contained in the described of the integrated cylinder body 30
A lubricating oil in accommodation space 301, and the lubricating oil is transmitted to the dynamical system 210, and then reduce the power
Frictional resistance of the system 210 in operation in favor of extending the service life of the engine, while can reduce described
The temperature of dynamical system 210 avoids 1000 temperature of engine higher and breaks down.
Specifically, the body 10 has crankshaft accommodating chamber 11 and multiple power chambers 12 on one, wherein the upper song
Axis accommodating chamber 11 and the power chamber 12 are interconnected and form the power space 101.The institute of the engine main body 200
Stating dynamical system 210 includes a crankshaft 211 and a Power Component 212, wherein the Power Component 212 is driveably connected to
The crankshaft 211, the crankshaft 211 are housed inside the upper crankshaft accommodating chamber 11, and the Power Component 212 is housed inside described
Power chamber 12.Further, the main beating cap 20 is installed in the body 10, and the crankshaft 211 is fixed on institute
State body 10.The integrated cylinder body 30 has crankshaft accommodating chamber 31 and a shoe cream room 32, wherein the lower crankshaft accommodating chamber
31 and the shoe cream room 32 be interconnected and form the accommodation space 301 of the integrated cylinder body 30.The integrated cylinder body 30
It is installed in the body 10, the lower crankshaft accommodating chamber 31 is connected to the upper crankshaft accommodating chamber 11 and the shoe cream room 32, institute
It states main beating cap 20 and the crankshaft 211 is housed inside the lower crankcase 31 of the integrated cylinder body 30.The shoe cream room 32
Positioned at the lower section of the lower crankshaft accommodating chamber 31, the shoe cream room 32 is for accommodating lubricating oil, and the lubricating system 220 is described in
The shoe cream room 32 of integrated cylinder body 30 extends to the power chamber 12 of the engine cylinder body 10, the lubricating system
220 can obtain the lubricating oil being contained in the shoe cream room 32 of the integrated cylinder body 30, and the lubricating oil is passed
The each moving surface of the dynamical system 210 is transported to, in the crankshaft 211 of the dynamical system 210 and the power packages
The moving surface of part 212 forms lubricating oil film, reduces the abrasion of the crankshaft 211 and the Power Component 212, while can
The crankshaft 211 and the Power Component 212 of movement are cooled down.
Referring to attached drawing 4B, the lubricating system 220 includes a collecting filter 221, a lubricating oil pump 222, a filter
223 and oil pipeline 224, wherein the oil pipeline 224 is connected to the engine filter 221 and the lubricating oil pump 222, the machine
Oil pump 222 and the filter 223, and the lubricating oil is guided by the oil pipeline 224, so that the lubricating oil
It is transported to the moving surface of the crankshaft 211 and the Power Component 212.In some embodiments of the invention, described defeated
Oil-piping 224 is formed in the engine cylinder body 100.
Specifically, the lubricating oil pump 222 is capable of forming negative pressure, so that being housed inside the described of the integrated cylinder body 30
The lubricating oil of shoe cream room 32 can be moved constantly along the extending direction of the oil pipeline 224, so that described
Lubricating oil circulates inside the engine 1000.Further, the oil pipeline 224 includes one first oil pipeline
2241, wherein first oil pipeline 2241 is connected to the collecting filter 221 and the lubricating oil pump 222,221 quilt of collecting filter
It is contained in the shoe cream room 32, the lubricating oil in the shoe cream room 32 passes through under the suction function that the lubricating oil pump 22 is formed
The collecting filter 221 is crossed, the collecting filter 221 can filter the impurity in the lubricating oil, such as, the machinery of bulky grain is miscellaneous
Matter etc. avoids the impurity in lubricating oil from being transported to improve the clean-up performance of the lubricating oil entered in the oil pipeline 224
It transports to the moving person 220 and accelerates the abrasion of part.
The oil pipeline 224 further comprises one second oil pipeline 2242, wherein second oil pipeline 2242
It is connected to the lubricating oil pump 222 and the oil filter 223, the lubricating oil by the lubricating oil pump 222 is in the machine oil
The filter 223 is flowed into from second oil pipeline 2242 under the suction function of pump 222, the filter 223 is filtered again
Except the metal fillings in the lubricating oil, the dust in air, oil ageing object and the fuel combustion not exclusively charcoal of generation
The impurity such as grain further increase the lubricating oil for reaching the moving surface of the crankshaft 211 and the Power Component 212
Clean-up performance.
Further, the oil pipeline 22 includes a main oil pipeline 2243 and multiple sub- oil pipelines 2244, wherein
Sub- oil pipeline 2244 is connected to the main oil pipeline 2243, and the main oil pipeline 2243 is connected to the filter 223, in institute
Under the action of stating lubricating oil pump 222, enter the main oil pipeline 2243, multiple sons by the machine oil of the filter 223
Oil pipeline 2244 is set to the main oil pipeline 2243 spaced reciprocally, and guides the institute in the main oil pipeline 2243
Lubricating oil is stated into each sub- oil pipeline 2244, so that the lubricating oil is split.Each sub- petroleum pipeline
Road 2244 corresponds to the crankshaft 221 and the Power Component 222 of the power subject 220, and the lubricating oil is transmitted
The extremely moving surface of the crankshaft 221 and the Power Component 222, and then in the crankshaft 221 and the Power Component 222
Surface form oil film, to reduce frictional resistance during operation, while cooling down to the components to run at high speed, with
The engine 1000 is avoided to overheat and break down.Further, by the crankshaft 221 and the Power Component 222
The lubricating oil turn again in the shoe cream room 32 of the integrated cylinder body 30, and can be in the work of the lubricating oil pump 222
Flowing is continuously looped through under.
For example, the Power Component is sprayed to by the lubricating oil of a sub- oil pipeline 2244
The back side of 222 piston cools down the piston of the Power Component 222, while one to the Power Component 111 is living
Plug pin is lubricated, and reduces the frictional resistance between the piston pin and the piston interconnection face；By described in another
The lubricating oil of sub- oil pipeline 2244 flows through a camshaft of the Power Component 222, is being operated with reducing the camshaft
Frictional resistance in journey.
It is noted that the collecting filter 221 of the lubricating system 220, the lubricating oil pump 222 and the filtering
The type of device 223 is unrestricted.The collecting filter 221 may be implemented as but be not limited to floating oil filter or the filter of fixed collection
Device.The lubricating oil pump 222 may be implemented as but be not limited to gear type oil pump or rotor-type oil pump.The filter
223 may be implemented as but be not limited to collecting filter, coarse filter, fine cleaner, combined type filter and those skilled in the art
Other kinds of filter known etc..
Referring to Figure of description 4A and Fig. 5 A, the body 10 includes a cylinder main body 13 and multiple supports being spaced apart from each other
Seat 14, the upper crankshaft accommodating chamber 11 is formed in the cylinder main body 11, and multiple support bases 14 are set with being arranged successively
In the upper crankshaft accommodating chamber 11, and the both ends of the support base 14 respectively extend from the inner wall of the cylinder main body 13.It is described
Crankshaft 211 is placed in the support base 14 and the cylinder main body 13, and the support base 14 and the cylinder main body 13 prop up jointly
The crankshaft 211 is supportted, the main beating cap 20 is installed in the support base 14, and the crankshaft 211 is fixed on the machine
Body 10, and reduce the crankshaft 211 and vibrate during the work time.Preferably, the extension main body 1200 extends described
The side of cylinder main body 13.
Specifically, the support base 14 includes two departments of assembly 141 and a support portion 142, wherein the department of assembly 141 1
The inner wall of the cylinder main body 13 is extended to body, the support portion 142 integrally extends to separately from a department of assembly 141
One department of assembly 141, the surface of the support portion 142 are recessed inwardly to form one first fitting groove 143, and first dress
Slot allocation 143 is connected to the upper crankshaft accommodating chamber 11, and the crankshaft 211 is housed inside first fitting groove 143 and the upper song
Axis accommodating chamber 11.Preferably, 143 semicircular in shape of the first fitting groove of the support portion 142, and first dress are formed in
The radius of slot allocation 143 is adapted with the radius of the crankshaft 211, and the surface of the support portion 142 is enabled to be bonded the song
Axis 211, in favor of ensureing the stability of the engine 100.
Further, the department of assembly 141 of the support base 14 is equipped with one first pilot hole 1411, accordingly, described
The both ends of main beating cap 20 are respectively equipped with one second pilot hole 21, and the main beating cap 20 is with described the of the main beating cap 20
The mode that two pilot holes 21 correspond to first pilot hole 1411 of the department of assembly 141 of the support base 14 is installed in
The crankshaft 211 is fixed on the body 10 by the support base 14.
Specifically, referring to Fig. 4 A, the main beating cap 20 includes a limiting section 22 and two fixed parts 23, the limiting section
22 integrally extend to another fixed part 23 from a fixed part 23, and the surface of the limiting section 22 concaves
It falls into, forms one second fitting groove 24, second fitting groove 24 is semicircle, so that the main beating cap 20 is in an arch bridge knot
Structure.The radius of second fitting groove 24 is adapted with the radius of the crankshaft 211, and second pilot hole 21 is formed in institute
State fixed part 23.Further, two of the main beating cap 20 fixed parts 23 are individually fixed in the body 10
The department of assembly 141 of two of the support base 14, so that the main beating cap 20 is installed in the body 10, meanwhile,
Second fitting groove 24 is connected to first fitting groove 143, and the crankshaft 211 is located at first fitting groove 143, described
In second fitting groove 24 and the upper crankshaft accommodating chamber 11, the crankshaft 211 is held in the main beating cap 20 and described
Between body 10.
The engine cylinder body 100 further comprises multiple connecting elements 40, and the connecting element 40 is installed in described
First pilot hole of the department of assembly 141 of the second pilot hole 20 and support base 14 of main beating cap 20
1411, the main beating cap 20 is installed on to the support base 14 of the body 10 by the connecting element 40.It is preferred that
Ground, the connecting element 40 are implemented as bolt, are bolted so that the main beating cap 20 is fixed in the body
10 support base 14, such as, the both ends of the main beating cap 20 are fixed on using two high-grade M10 bolts described
The support base 14 of body 10.
Preferably, the body 10 uses casting aluminium material, the total quality of the engine cylinder body 100 is reduced, with benefit
In 1000 lightweight of engine.Preferably, the main beating cap 20 is made of cast iron materials, so that the main beating cap
20 have good wear-resisting property and rigidity, to ensure that the main beating cap 20 is able to bear biggish pressure.It is highly preferred that
The material of the body 10 uses pack alloy, that is, YL113；The material of the main beating cap uses ductile cast iron material,
That is, QT450, so that engine cylinder body of the present invention 100 is while with good rigidity, total quality is obtained
It is greatly reduced.
Preferably, the support base 14 of the body 10 and the particular number of the main beating cap 20 are implemented as four
It is a.It is noted that the particular number of the support base 14 and the main beating cap 20 as just signal, can't be pair
The limitation of the content and range of engine cylinder body 100 of the present invention.
Specifically, referring to Fig. 4 A, the integrated cylinder body 30 includes a cylinder main body 33, the lower crankshaft accommodating chamber 31 and institute
It states shoe cream room 32 and is formed in the cylinder main body 33, the cylinder main body 33 has one first fitting surface 331.Accordingly, the body
10 have one second fitting surface 15, and first fitting surface 331 of the cylinder main body 33 can fit in the institute of the body 10
The second fitting surface 15 is stated, and then the cylinder main body 33 is fixed on the body 10 by multiple connecting elements 40.It is preferred that
Ground, first fitting surface 331 of the integrated cylinder body 30 and second fitting surface 15 of the body 10 are flange face, are had
Conducive to avoid first fitting surface 331 and second fitting surface 15 during assembly mutual extrusion and deformation occurs,
And then reduce the risk of the engine cylinder body 100 oil leak during use.Preferably, the extension main body 1200 is prolonged
Stretch in the side of the cylinder main body 33.
It is noted that the engine cylinder body 100 is only by by first fitting surface of the cylinder main body 33
331 and second fitting surface 15 of the body 10 be combined with each other and the integrated cylinder body 30 can be installed on the machine
Body 10, and make the upper bent axle chamber 11 of the body 10 and the lower bent axle chamber 31 of the integrated cylinder body 30 and institute
Stating shoe cream room 32 can be sealed, compared to existing engine cylinder body, engine cylinder body 100 of the present invention reduces use
In the end face quantity of sealing, and then reduce the risk of the engine cylinder body 100 oil leak in use.
Further, the cylinder main body 33 has multiple third pilot holes 332, and the third pilot hole 332 is distributed in institute
The two sides of cylinder main body 33 are stated, the body 10 has multiple 4th pilot holes 16, and the 4th pilot hole 16 is distributed in institute
The two sides of body 10 are stated, the cylinder main body 13 corresponds to the 4th dress of the body 10 with the third pilot hole 332
The mode of distribution 16 is arranged at the body 10, and the connecting element 40 is installed in the third pilot hole 332 and described
The cylinder main body 13 is fixed on the body 10 by multiple connecting elements 40 by the 4th pilot hole 16, will be described
Crankshaft 211 is fixed on the body 10.Preferably, the connecting element 40 is implemented as bolt, by 14 M8 bolts and 2
The cylinder main body 13 is fixed on the body 10 by a M6 bolt.
It is noted that being installed in the main beating cap 20 and the integrated cylinder body 30 is spaced apart from each other, that is to say, that
There are gaps between the main beating cap 20 and the integrated cylinder body 30, reduce the whole materials of the engine cylinder body 100,
On the one hand, the total quality of the engine cylinder body 100 is reduced, in favor of 1000 lightweight of engine；On the other hand,
Save the manufacturing cost of the engine cylinder body 100.
Preferably, the cylinder main body 33 is a wavy shaped configuration.Specifically, between an at least side surface for the cylinder main body 33
Every ground phase outer lug, to form the wavy shaped configuration, in favor of enhancing the rigidity of the integrated cylinder body 30.Further, increase
The big area of first fitting surface 331 of the cylinder main body 33, and then increase the cylinder main body 33 and the body 10
Contact area, on the one hand, be conducive to the stability that the integrated cylinder body 30 and the body 10 be combined with each other, on the other hand,
The sealing effect of 10 contact surface of the integrated cylinder body 30 and the body is further enhanced, to reduce the engine cylinder
The risk of the oil leak in use of body 100.
It is noted that the lubricating oil being housed inside in the shoe cream room 32 of the integrated cylinder body 30 starts described
During machine 1000 does work, temperature is steeply risen, and be will result in the engine 1000 once temperature is excessively high and is broken down, and
The cylinder main body 33 of wavy shaped configuration increases the heat dissipation area of the integrated cylinder body 30, conducive to the shoe cream room is housed inside
The surface that the temperature of lubricating oil in 32 quickly move through the cylinder main body 33 is transmitted to exterior space, to start described in guarantee
100 normal operation of machine.In addition, the cylinder main body 33 of wavy shaped configuration, which is conducive to reduce, is housed inside the integrated cylinder body 30
Lubricating oil in the shoe cream room 32 acutely shakes, and not only contributes to that lubricating oil is avoided to be rapidly heated because acutely shaking, and
Reduce a possibility that lubricating oil overflows during violent concussion.Moreover, the cylinder main body 33 of wavy shaped configuration is also
Conducive to the vibrating noise for inhibiting the engine 1000 to generate during acting.
Preferably, the surface compartment of terrain of the cylinder main body 33 is recessed inwardly to form the wavy shaped configuration.In the present invention
Some embodiments in, the surface compartment of terrain outwardly convex of the cylinder main body 33 and be recessed inwardly, to form the waveform knot
Structure.In embodiments of the invention other, the surface of the cylinder main body 33 continuously outwardly convex or is continuously recessed inwardly
To form the wavy shaped configuration.
The integrated cylinder body 30 further comprises multiple reinforcing ribs 34, wherein the reinforcing rib 34 integrally extend it is described
The outer surface of cylinder main body 33, and the reinforcing rib 34 extends from bottom to top, is conducive to enhance the whole rigid of the integrated cylinder body 30
Property.Preferably, the reinforcing rib 34 is distributed in the two sides of the integrated cylinder body 30.
It is noted that the integrated cylinder body 30 is made of casting aluminium material, the engine cylinder body 100 is reduced
Total quality, in favor of 1000 lightweight of engine, meanwhile, casting aluminium material have good heating conduction, be conducive to by
The surface that the temperature for the lubricating oil being contained in the shoe cream room 32 quickly move through the integrated cylinder body 30 is transmitted to external sky
Between.It is highly preferred that integrated cylinder body 30 material use pack alloy, that is, YL113.The integrated cylinder body 30 can be by reality
It applies as die casting and molding.
The engine cylinder body 100 further comprises a sealing element, wherein the sealing element 50 is held in the collection
At between first fitting surface 331 of the cylinder main body 33 of cylinder body 30 and second fitting surface 15 of the body 10,
To prevent the lubricating oil that is housed inside in the shoe cream room 32 of the integrated cylinder body 30 from described the by the sealing element
The normal operation of the engine 1000 is overflowed and influenced in gap between one fitting surface 331 and second fitting surface 15,
Further be conducive to improve the sealing performance of the engine cylinder body.Preferably, the sealing element is prefabricated component, that is, described
Sealing element 50 forms to be previously fabricated, the shape and structure of the sealing element 50 and first fitting surface 331 and described second
Fitting surface 15 is adapted.Preferably, the sealing element has elasticity, and the sealing element may be implemented as rubber seal member
Part or silica gel sealing element, wherein the sealing element is by second fitting surface 15 of the body 10 and the collection
At first fitting surface 331 extruding of the cylinder main body 33 of cylinder body 30, elastically-deformable mode, which occurs, prevents described first
Gap is generated between fitting surface 331 and second fitting surface 15.Preferably, by one cohesive material of spraying in the body 10
Second fitting surface 15, when first fitting surface 331 of the cylinder main body 33 of the integrated cylinder body 30 is incorporated into
Second fitting surface 15 of the body 10, the cohesive material are squeezed and fit in 331 He of the first fitting surface
Second fitting surface 15, and prevent from generating gap between first fitting surface 331 and second fitting surface 15, to avoid
The lubricating oil being housed inside in the shoe cream room 32 overflows.
Referring to Figure of description 4A, the engine cylinder body is equipped with multiple mating holes 60, wherein the mating hole 60 is distributed
In the surrounding of the integrated cylinder body 30 and the body 10, exist convenient for the engine 1000 by the engine cylinder body 100
It is subsequent to be mounted different mechanical devices so that the engine 1000 can be provided for the different mechanical devices it is dynamic
Can, and then improve the universal performance of the engine cylinder body 100.
Referring to attached drawing 4A, the engine cylinder body includes multiple purge cock seats 70, wherein 70 quilt of purge cock seat
The two sides and bottom of the integrated cylinder body 30 are set to, convenient for the engine 1000 by the engine cylinder body 100 rear
It is continuous to be mounted different mechanical devices, and then improve the universal performance of the engine cylinder body 100.
Referring to Fig. 6 A and Fig. 6 B, the anterior spacing main body 1200 of the engine 1000 has an at least limit hole 1210,
It is described start motor 2000 the assembly main body 2200 have an at least pilot hole 2210, wherein the starting motor 2000 with
The pilot hole 2210 corresponds to the mode quilt of the limit hole 1210 of the anterior spacing main body 1200 of the engine 1000
It is installed on the anterior spacing main body 1200 of the engine 1000, the limit hole 1210 of the anterior spacing main body 1200 is connected to
The pilot hole 2210 of the assembly main body 2200.
Referring to Fig. 6 A and Fig. 6 B, the power device 920 further comprises a connecting element 3000, wherein the connection is first
Part 3000 is installed in the limit hole 1210 and the starting motor of the anterior spacing main body 1200 of the engine 1000
The pilot hole 2210 of the 2000 assembly main body 2200, by the connecting element 3000 by the starting motor 2000
The assembly main body 2200 be installed on the anterior spacing main body 1200 of the engine 1000.For example, the engine
The limit hole 1210 of 1000 anterior spacing main body 1200 is implemented as blind hole, the dress for starting motor 2000
The limit hole 1210 with main body 2200 is through-hole, and the hole wall of the limit hole 1210 is equipped with an internal screw thread, the connection member
Part 3000 is implemented as a bolt, and the bolt passes through the dress of the assembly main body 2200 for starting motor 2000
Distribution 2210, the bolt are mutual with the internal screw thread on the hole wall of an external screw thread of the bolt and the limit hole 1210
The assembly main body 2200 for starting motor 2000 is fixed on the limit of the engine 1000 by the mode of cooperation
Main body 1200, so that the starting motor 2000 is held stably in the side of the engine 1000.
Referring to Fig. 6 A and Fig. 6 B, it is preferable that the power device 920 further comprises a tightening member 4000, wherein institute
One end that tightening member 4000 is installed in the connecting element 3000 is stated, and by the connecting element 3000 and the fastening
The assembly main body 2200 for starting motor 2000 is fixed on the limit master of the engine 1000 by element 4000
Body 1200.
Preferably, the pilot hole 2210 and the engine of the assembly main body 2200 for starting motor 2000
The limit hole 1210 of 1000 anterior spacing main body 1200 is through-hole, the connecting element 3000 and the tightening member
4000 are respectively implemented as a bolt and a nut, and the assembly main body of motor 2000 is started described in the screw bolt passes
The limit hole 1210 of the anterior spacing main body 1200 of 2200 pilot hole 2210 and the engine 1000, it is described
Nut is installed in the bolt, so that the assembly main body 2200 for starting motor 2000 is fixed in described start
The anterior spacing main body 1200 of machine 1000.
Preferably, the limit hole 1210 of the anterior spacing main body 1200 of the engine 1000 is blind hole, and described
The hole wall of limit hole 1210 is equipped with the internal screw thread, the assembly of the assembly main body 2200 for starting motor 2000
Hole 2210 is through-hole, and the connecting element 3000 and the tightening member 4000 are respectively implemented as a studs and the spiral shell
Mother, one end of the studs are threaded into the limit hole 1210 of the anterior spacing main body 1200 of the engine 1000,
The other end of the studs passes through 2210 He of the pilot hole of the assembly main body 2200 for starting motor 2000
The nut, and the nut is tightened in the studs, and then the starting motor 2000 is installed on described start
Machine 1000.
Referring to Fig. 6 A and Fig. 6 B, in a preferred embodiment of the invention, the power device 920 further comprises at least
A positioning member 5000, wherein the setting element 5000 is installed in the anterior spacing main body 1200 of the engine 1000
The limit hole 1210, be conducive to install it is described start motor 2000 the assembly main body 2200 in the engine
It when 1000 anterior spacing main body 1200, can be quickly and accurately positioned, the connecting element 3000 is arranged at the positioning
Element 5000.
Preferably, the setting element 5000 has a positioning through hole, the positioning through hole of the setting element 5000
It is connected to the limit hole 1210 of the anterior spacing main body 1200 of the engine 1000, the connecting element 3000 sequentially passes through
It is described start motor 2000 the assembly main body 2200 the pilot hole 2210 and the setting element 5000 it is described fixed
Position through-hole, and it is fixed in the anterior spacing main body 1200 of the engine 1000 threadably.Preferably, described
The axis of the limit hole 1210 of the anterior spacing main body 1200 of the central axes of setting element 5000 and the engine 1000
Line is overlapped, and is conducive to ensure the concentricity for starting motor and the engine, and then improve the steady of the power device 920
It is qualitative.Optionally, the anterior spacing main body 1200 of the central axes and engine 1000 of the setting element 5000 is described
The central axes mutual dislocation of limit hole 1210 is arranged.In some embodiments of the invention, the setting element 5000 is certain
Position axle sleeve.
Preferably, the setting element 5000 is fixed in described start by way of clearance fit or interference fit
The limit hole 1210 of the anterior spacing main body 1200 of machine 1000, the hole wall of the positioning through hole of the setting element 5000
Equipped with internal screw thread, the connecting element 3000 passes through the pilot hole of the assembly main body 2200 for starting motor 2000
2210, the internal screw thread phase of the external screw thread of the connecting element 3000 and the hole wall of the positioning through hole of the setting element 5000
Mutually cooperation, so that the side for starting motor 2000 and being fixed in the engine 1000.In some realities of the invention
It applies in example, the setting element 5000 can be taken as tightening member 4000 to use.In some embodiments of the invention, described
Setting element 5000 is implemented as a positioning pin.
It is noted that the specific embodiment of the setting element 5000 is merely exemplary, can't be to this
The limitation of the content and range of the invention power device.
Referring to Fig. 6 A and Fig. 6 B, the power device 920 further comprises an accessory part 6000, wherein the assisted group
Part 6000 is held between the connecting element 3000 and the assembly main body 2200 for starting motor 2000, to reinforce
The stability of the connecting element 3000, and then ensure that the starting motor 2000 is firmly installed in the engine
1000。
Specifically, the accessory part 6000 includes a plain washer 6100, and the plain washer 6100 is held in described
Between connecting element 3000 and the assembly main body 2200 for starting motor 2000, the plain washer 6100 increases described
Contact area between connecting element 3000 and the assembly main body 2200 for starting motor 2000, is conducive to dispersion pressure
Power reduces the frictional force between the connecting element 3000 and the assembly main body 2200 for starting motor 2000, favorably
It is loosened in avoiding the connecting element 3000 from generating, and then the stability of the raising power device 920.
The accessory part 6000 further comprises a spring washer 6200, and the spring washer 6200 is held in described
Between plain washer 6100 and the assembly main body 2200 for starting motor 2000, the connecting element 3000 sequentially passes through institute
Plain washer 6100, the spring washer 6200 and the assembly main body 2200 for starting motor 2000 are stated, and is fixed
In the anterior spacing main body 1200 of the engine 1000.The spring washer 6200 is effectively prevented from the connecting element 3000
It is loosened during the engine 1000 and the starting motor 2000 operate, further increases the power device
920 stability.
It is noted that the starting motor 2000 is installed in the engine in such a way that radially loading is matched
1000, not only contribute to improve the stability for starting motor 2000, and reduce the starting motor 2000 and described
The length of engine 1000 is conducive to the power device 920 and minimizes.Specifically, described to start the described of motor 2000
Assembly main body 2200 extends an axial sides 2101 of the motor body 2100, wherein the axial sides 2101 refer to institute
It states the extending direction for starting the motor body 2100 of motor 2000 and the length direction for starting motor 2000 is consistent
Side, for the axial sides 2101 close to the center for starting motor 2000, the engine 1000 supports the starting electricity
Engine 1000 described in the axial sides 2101 of machine 2000 supports the supporting surface for starting motor 2000 to rise close to described
The center of dynamic motor 2000, and then be conducive to reduce the vibration amplitude for starting motor 2000.Moreover, matched by radially loading
Mode increases the selection of the installation site of the assembly main body 2200, is conducive to avoid the acutely shake of starting motor 2000
It is dynamic, improve the stability of the power device 920.
In a specific embodiment of power device of the present invention, the assembly for starting motor 2000
The extending direction of the pilot hole 2210 of main body 2200 is parallel to the radial direction for starting motor 2000, accordingly, institute
The extending direction for stating the limit hole 1210 of the anterior spacing main body 1200 of engine 1000 is parallel to the engine 1000
Radial direction, the connecting element 3000 be parallel to it is described start motor 2000 radial direction and the engine 1000
The mode of radial direction be connected to the assembly main body 2200 for starting motor 2000 and the engine 1000
The anterior spacing main body 1200.That is, the starting motor 2000 is installed in described start by way of radial positioning
Machine 1000.
Preferably, the starting motor 2000 includes at least two assembly main bodys 2200, at least two assembly
Main body 2200 respectively extends from the upper and lower part of the motor body 2100, the anterior spacing main body of the engine 1000
1200 position and quantity are corresponded to each other with the assembly main body 2200, so that the motor body for starting motor 2000
2100 upper and lower part is fixed in the engine 1000, and then the engine 1000 supports the starting motor
2000 upper and lower part is conducive to reduce vibration amplitude of the starting motor 2000 in operation.
It is highly preferred that the quantity of the assembly main body 2200 for starting motor 2000 is implemented as three, wherein one
A assembly main body 2200 extends the top for starting motor 2000, and two assembly main bodys 2200 extend described
The lower part for starting motor 2000 is arranged at two assembly main bodys 2200 of the lower part for starting motor 2000 with parallel
Setting is spaced apart from each other in the mode of the axis direction of the motor body 2100；Alternatively, two assembly main bodys 2200 extend
In the top for starting motor 2000, an assembly main body 2200 extends the lower part for starting motor 2000, quilt
Two assembly main bodys 2200 on the top for starting motor 2000 are set to be parallel to the motor body 2100
The mode of axis direction is spaced apart from each other setting.The position of the anterior spacing main body 1200 of the engine 1000 and quantity with it is described
It assembles main body 2200 to correspond to each other, and then the starting motor 2000 is installed in the engine by way of three-point mount
1000, be further conducive to reduce vibration amplitude of the starting motor 2000 in operation, meanwhile, reduce the company
The pressure that element 3000 is subject to is connect, is conducive to that the connecting element 3000 is avoided to occur to loosen or deform.
In other embodiments of the invention, the assembly main body 2200 for starting motor 2000 is arranged at described
Front, middle part and the rear portion of motor body 2100, the position of the anterior spacing main body 1200 of the engine 1000 and quantity
It is corresponded to each other with the assembly main body 2200, so that the front of the motor body 2100, middle part and rear portion are all fixed in
The engine cylinder body 100, and then reduce the vibration amplitude for starting motor 2000 in operation.Described this field
Technical staff should know, the limit of the assembly main body 2200 for starting motor 2000 and the engine 1000
The particular number of position main body 1200 and position are merely exemplary, can't be content and model to engine of the present invention
The limitation enclosed.
The embodiment and Fig. 2 of the power device 920 shown in attached drawing 3, in the difference of the power device 920 exist
In there are two described for the tool of the anterior spacing main body 1200 of the engine 1000 of the attached power device 920 illustrated in fig. 3
Limit hole 1210, accordingly, the assembly main body 2200 for starting motor 2000 have there are two the pilot hole 2210,
In two pilot holes 2210 and two limit holes 1210 be interconnected, the connecting element 3000 is installed in described
Pilot hole 2210 and the limit hole 1210, so that the starting motor 2000 is installed in the engine 1000.Specifically
For, the anterior spacing main body 1200 of the engine 1000 includes at least two position limit arms 1220, wherein the position limit arm
1220 integrally extend outwardly in the engine cylinder body 100 of the engine body 1100, two limit holes 1210
Two position limit arms 1220 are extended through, and the limit hole 1210 for being respectively formed in two position limit arms 1220 is mutual
It corresponds to and can be interconnected；The assembly main body 2200 for starting motor 2000 includes at least two assembly arms 2220,
Pilot hole 2210 described in two of them extends through the assembly arm 2220, the assembly main body for starting motor 2000
The 2200 assembly arm 2220 corresponds to the anterior spacing main body 1200 of the engine 1000 with the pilot hole 2210
The mode of the limit hole 1210 fits in the position limit arm 1220 of the anterior spacing main body 1200 of the engine 1000, shape
At the limit hole 1210 in two position limit arms 1220 and it is formed in the pilot hole 2210 for assembling arm 2220
It is interconnected.Further, the connecting element 3000 sequentially passes through the anterior spacing main body 1200 of the engine 1000
The pilot hole 2210 of the limit hole 1210 and the assembly main body 2200 for starting motor 2000, the fastening
Element 4000 is installed in the connecting element 3000, so that the assembly main body 2200 for starting motor 2000 is described
Assembly arm 2220 is fixed in the position limit arm 1220 of the anterior spacing main body 1200 of the engine 1000.
Preferably, referring to Fig. 7, two assembly arms 2220 are arranged at the motor body 2100 at interval in the upper and lower
The extending direction of the axial sides 2101, the assembly arm 2220 is parallel to horizontal plane, the extension side of the pilot hole 2210
To the extending direction perpendicular to the assembly arm 2220, the limit of the anterior spacing main body 1200 of the engine 1000
The extending direction of arm 1220 is parallel to horizontal plane, and two position limit arms 1220 are arranged at interval in the upper and lower, the limit hole 1210
The extending direction for extending perpendicularly to the position limit arm 1220, the connecting element 3000 is perpendicular to the engine
The assembly main body 2200 of the position limit arm 1220 of 1000 anterior spacing main body 1200 and the starting motor 2000
The mode of the assembly arm 2220 is installed in the position limit arm 1220 and the assembly arm 2220, that is, the connecting element
3000 are installed in the position limit arm 1220 and the assembly arm 2220 in a manner of perpendicular to horizontal plane.
Preferably, referring to Fig. 8, two assembly 2220 or so compartment of terrain of arm are set to the motor body 2100
The axial sides 2101, the assembly arm 2220 extend perpendicularly to horizontal plane, the extension side of the pilot hole 2210
To the extending direction perpendicular to the assembly arm 2220, the position limit arm of the anterior spacing main body 1200 of the engine 1000
1220 extend perpendicularly to horizontal plane, and the limit hole 1210 extends perpendicularly to prolonging for the position limit arm 1220
Direction is stretched, the connecting element 3000 is installed in the limit master of the engine 1000 in a manner of being parallel to horizontal plane
The assembly arm 2220 of the position limit arm 1220 of body 1200 and the assembly main body 2200 for starting motor 2000.
The difference of the power device shown in the power device 920 and attached drawing 8 shown in attached drawing 9 is, shows in attached drawing 5
The pilot hole 2210 of one of the assembly main body 2200 of the starting motor 2000 of the power device 920 out connects
Lead to two limit holes 1210 of the anterior spacing main body 1200 of the 10 of the engine, the connecting element 3000 is pacified
Loaded on the pilot hole 2210 and the limit hole 1210, so that the starting motor 2000 is installed in the engine
1000.Specifically, a pilot hole 2210 runs through the assembly main body 2200, the limit of the engine 1000
An assembly space 1200 is formed between two position limit arms 1220 of position main body 1200, wherein the assembly space 1200 is connected to shape
At in the limit hole 1210 of two position limit arms 1220, the assembly main body 2200 is housed inside the anterior spacing main body 1200
The assembly space 1200, and the pilot hole 2210 be connected to two limit holes 1210, the connecting element 3000 according to
Secondary to pass through the limit hole 1210 and the pilot hole 2210, the tightening member 4000 is installed on the connecting element 3000
One end, so that the starting motor 2000 is held stably in the side of the engine 1000.
The anterior spacing main body 1200 of the engine 1000 of the power device 920 is shown in Figure of description 10
With another variant embodiment schematic diagram of the assembly main body 2200 for starting motor 2000.The engine 1000
The anterior spacing main body 1200 includes 1,230 at least two limiting section 1240 of a support base, and the limiting section 1240 integrally prolongs
The support base 1230 is stretched in, and forms an at least limiting slot 1250, the branch between the adjacent limiting section 1240
Support group seat 1230 extends the engine body 1100 of the engine 1000.The dress for starting motor 2000
It include a mounted base 2230 and an at least department of assembly 2240 with main body 2200, wherein the department of assembly 2240 integrally extends
The mounted base 2230, the anterior spacing main body of the cross-sectional shape of the department of assembly 2240 and the engine 1000
1200 limiting slot 1250 is adapted, and the department of assembly 2240 is able to enter the limiting slot 1250, and then the starting
The assembly main body 2200 of motor 2000 is with 1250 clearance fit of the department of assembly 2240 and the limiting slot, transition fit
Or the modes such as interference fit are fixed in the anterior spacing main body 1200 of the engine 1000.
Preferably, be formed in the anterior spacing main body 1200 of the engine 1000 two limiting sections 1240 it
Between the extending direction of the limiting slot 1250 be parallel to the axial direction of the engine body 1100, in turn, the assembly
The department of assembly 2240 of main body 2200 can enter horizontally into the limiting slot 1250, so that the starting motor 2000
It is fixed in the engine 1000.Such as the department of assembly 2240 enters the limiting slot 1250 from left to right, or
Enter the limiting slot 1250 to department of assembly's right-to-left.In some embodiments of starting device of the present invention,
The extending direction of the limiting slot 1250 may be implemented as perpendicular to horizontal plane, and then the limit of the engine 1000
The limiting section 1240 of main body 1200 enters the limiting slot 1250 from top to down.
It is noted that the institute of the assembly main body 2200 for starting motor 2000 and the engine 1000
State anterior spacing main body 1200 be combined with each other mode as just signal can't be power device 920 of the present invention content and
The limitation of range.Also, the structure of the assembly main body 2200 for starting motor 2000 and the institute of the engine 1000
The structure for stating anterior spacing main body 1200 can exchange.
According to another aspect of the invention, the present invention further provides the installation methods of a high-speed transplanter, wherein
The installation method includes the following steps:
(a) one starting motor 2000 of installation is in an engine cylinder body of an engine body 1100 of an engine 1000
100；
(b) motor body 2100 for starting motor 2000 is connected in an engine of the engine body 1100
Main body 200；With
(c) engine 1000 is installed in a high-speed transplanter ontology 910, to be mounted to the high-speed transplanter 900.
In the step (a), at least one assembly main body for starting motor 2000 is installed in a manner of radial positioning
2200 in an at least anterior spacing main body 1200 for the engine 1000.
It further comprise step (a.1) in the step (a): by the assembly main body for starting motor 2000
2200 pilot hole 2210 corresponds to the mode of a limit hole 1210 of the anterior spacing main body 1200 of the engine 1000
The anterior spacing main body 1200 of the assembly main body 2200 for starting motor and the engine 1000 is installed.In other words
It says, in step (a.1), is connected to the pilot hole 2210 of the assembly main body 2200 in the institute of the anterior spacing main body 1200
State limit hole 1210.
Further comprise step (a.2) after the step (a.1): an installation at least connecting element 3000 is in the starting
The pilot hole 2210 of the assembly main body 2200 of motor 2000 and the anterior spacing main body 1200 of the engine 1000
The limit hole 1210.Preferably, the connecting element 3000 passes through the assembly main body 2200 for starting motor 10
The pilot hole 2210 after be threadedly connected to the anterior spacing main body 1200 of the engine 1000.
It preferably, further comprise step (a.3) after the step (a.2): an installation at least tightening member 4000
In the connecting element 3000, and keep the assembly main body 2200 and the engine 1000 for starting motor 2000
The anterior spacing main body 1200 between the connecting element 3000 and the tightening member 4000.
It further comprise step (a.4) before the step (a.2) in a preferred embodiment of the invention: installation
A positioning member 5000 is in the limit hole 1210 of the anterior spacing main body 1200 of the engine 1000.Preferably, described
Connecting element 3000 passes through the pilot hole 2210 and positioning member of the assembly main body 2200 for starting motor 10
The anterior spacing main body 1200 of the engine 1000 is threadedly connected to after one positioning through hole of part 5000.Preferably, described
After connecting element 3000 passes through the pilot hole 2210 of the assembly main body 2200 for starting motor 10, it is threadedly connected to
The setting element 5000.
In a preferred embodiment of the invention, in the step (a), the assembly master for starting motor 2000
An at least limiting slot 1250 for at least anterior spacing main body 1200 of a department of assembly 2240 and the engine 1000 of body 2200
It cooperates, so that the side for starting motor 2000 and being fixedly held in the engine 1000.
Preferably, in the above method, the department of assembly 2240 of the assembly main body 2200 for starting motor 2000
Enter horizontally into the limiting slot 1250 of the anterior spacing main body 1200 of the engine 1000.Preferably, the engine
The department of assembly 2240 of the 20 assembly main body 2200 perpendicularly enters into the limiting slot of the anterior spacing main body 1200
1250.Further, the assembly main body 2200 for starting motor 2000 is with the department of assembly 2240 and the limiting slot
The modes such as 1250 clearance fits, transition fit or interference fit are fixed in the anterior spacing main body of the engine 1000
1200。
According to a preferred embodiment of the present invention, in the above-mentioned methods, further comprise following steps:
(i) dynamical system 210 and a lubricating system 220 are installed in the engine cylinder body 100；With
(ii) in conjunction with one first fitting surface 331 of a cylinder main body 33 of an integrated cylinder body 30 of the engine cylinder body 100
In one second fitting surface 15 of the body 10 of the engine cylinder body 100, to be assembled into the engine 1000.
Further, further comprise step (iii) in the step (i): independent multiple base bearings are successively installed
Lid 20 is fixed by a crankshaft 211 of an engine 1000 in a support base 14 of a body 10 of the engine cylinder body 100
In the body 10.
Specifically, it before the step (iii), accommodates the crankshaft 211 and is accommodated in crankshaft on the one of the body 10
One first fitting groove 143 of chamber 11 and the support base 14.In the step (iii), with the multiple of the main beating cap 20
The mode that second pilot hole 21 corresponds to multiple first pilot holes 1411 of a department of assembly 141 of the support base 14 will be described
Main beating cap 20 is installed on the support base 14 of the body 10.Further, one connecting element 40 of installation is in described first
Pilot hole 1411 and second pilot hole 21, and then by multiple connecting elements 40 be fixed on the main beating cap 20 described
Body 10.Meanwhile one second fitting groove 24 of the main beating cap 20 is connected in the institute of the support base 14 of the body 10
The first fitting groove 143 is stated, and keeps the crankshaft 211 between the main beating cap 20 and the body 10.
In the step (ii), with multiple third pilot holes of the cylinder main body 33 of the integrated cylinder body 30
332 modes for corresponding to multiple 4th pilot holes 16 of the body 10 are bonded first fitting surface of the cylinder main body 33
331 in second fitting surface 15 of the body 10.Further, the connecting element 40 is installed in the third pilot hole
332 and the 4th pilot hole 16, and then the integrated cylinder body 30 is fixed on the body 10 by the connecting element 40.
Meanwhile the accommodating chamber 31 of crankshaft once of the connection integrated cylinder body 30, a shoe cream room 32 and the body 10 one on crankshaft hold
Chamber 11 is received, wherein the shoe cream room 32 accommodates a lubricating oil, so that the crankshaft 211 can obtain in subsequent operation process
The lubricating oil, and then reduce the frictional resistance generated in operation process.
In a preferred embodiment of the invention, in the step (ii), keep a sealing element in the cylinder main body
Between 33 first fitting surface 331 and second fitting surface 15 of the body 10, to prevent first fitting surface
Gap is generated between 331 and second fitting surface 15, to avoid the lubrication oil spill in the shoe cream room 32 is housed inside
Out.Preferably, the one prefabricated sealing element 50 of setting is in second fitting surface 15 of the body 10, in conjunction with the cylinder
First fitting surface 331 of main body 33 is during second fitting surface 15 of the body 10, first assembly
Face 331 and second fitting surface 15 squeeze the sealing element, and deformation occurs and prevents first dress for the sealing element
With generating gap between face 331 and second fitting surface 15.Preferably, one cohesive material of spraying is in the institute of the body 10
The second fitting surface 15 is stated, in first fitting surface 331 in conjunction with the cylinder main body 33 in second dress of the body 10
During with face 15, first fitting surface 331 and second fitting surface 15 squeeze the sealing element, the sealing member
Part is bonded first fitting surface 331 and second fitting surface 15, and prevents first fitting surface 331 and second dress
With generating gap between face 15.
It will be appreciated by those skilled in the art that above embodiments are only for example, wherein the feature of different embodiments
It can be combined with each other, with the reality that the content disclosed according to the present invention is readily conceivable that but is not explicitly pointed out in the accompanying drawings
Apply mode.
It should be understood by those skilled in the art that foregoing description and the embodiment of the present invention shown in the drawings are only used as illustrating
And it is not intended to limit the present invention.The purpose of the present invention has been fully and effectively achieved.Function and structural principle of the invention exists
It shows and illustrates in embodiment, under without departing from the principle, embodiments of the present invention can have any deformation or modification.
Claims (54)
1. a high-speed transplanter characterized by comprising
One rice transplanter ontology；With
One power device, wherein the power device includes:
One engine, wherein the engine includes an engine body and an at least anterior spacing main body, the anterior spacing main body extends
In the engine body；With
One starts motor, wherein the starting motor includes a motor body and at least one assembly main body, wherein the assembly is led
Body extends the motor body, and the assembly main body for starting motor is installed in the limit master of the engine
Body, the motor body are held in the side of the engine body.
2. high-speed transplanter according to claim 1, wherein the motor body has an axial sides, wherein the axis
Sideways extending direction is the length direction of the motor body, and the assembly main body for starting motor is arranged at institute
State axial sides.
3. high-speed transplanter according to claim 2, wherein the assembly main body for starting motor includes at least two
A assembly main body, at least two assembly main bodys respectively extend from the upper and lower part of the motor body.
4. high-speed transplanter according to claim 2, wherein the assembly main body for starting motor includes three institutes
Assembly main body is stated, one of them assembly main body extends the top of the motor body, and two assembly main bodys are mutual
Compartment of terrain extends the lower part of the motor body.
5. high-speed transplanter according to any one of claims 1 to 4, wherein the assembly main body for starting motor has
The anterior spacing main body of an at least pilot hole, the engine has an at least limit hole, wherein described start the described of motor
Assembly main body is installed in such a way that the pilot hole corresponds to the limit hole of the anterior spacing main body of the engine
The anterior spacing main body of the engine, the pilot hole are connected to the limit hole.
6. high-speed transplanter according to claim 5, wherein the assembly of the assembly main body for starting motor
The extending direction in hole is parallel to the radial direction of the motor body, the limit hole of the anterior spacing main body of the engine
Extending direction be parallel to the radial direction of the engine body.
7. high-speed transplanter according to claim 5, wherein the assembly main body for starting motor includes two assembly
Arm, assembly arm described in two of them extend the motor body spaced reciprocally, and two pilot holes extend through two
The anterior spacing main body of the assembly arm, the engine includes two position limit arms, and the position limit arm extends institute spaced reciprocally
Engine body is stated, two limit holes extend through two position limit arms, the assembly main body for starting motor
The assembly arm be bonded to described start in such a way that the pilot hole corresponds to the limit hole of the anterior spacing main body
The position limit arm of the anterior spacing main body of machine ontology.
8. high-speed transplanter according to claim 7, wherein the assembly of the assembly main body for starting motor
Arm extends the motor body at interval in the upper and lower, and the position limit arm of the anterior spacing main body of the engine is at interval in the upper and lower
Extend the engine body.
9. high-speed transplanter according to claim 8, wherein the assembly of the assembly main body for starting motor
The extending direction of arm is parallel to horizontal plane, and the extending direction of the position limit arm of the anterior spacing main body of the engine is parallel to
Horizontal plane.
10. high-speed transplanter according to claim 7, wherein the assembly of the assembly main body for starting motor
Arm or so compartment of terrain extends the motor body, described position limit arm of the anterior spacing main body of the engine or so compartment of terrain
Extend the engine body.
11. high-speed transplanter according to claim 5, wherein the anterior spacing main body of the engine includes two limits
Arm, two position limit arms integrally extend the engine body, and form an assembly space between two position limit arms,
Two limit holes extend through two position limit arms, and the assembly main body for starting motor is housed inside the dress
With space, the pilot hole connection of the assembly main body is formed in the limit hole of two position limit arms.
12. high-speed transplanter according to any one of claims 1 to 11, wherein the power device further comprises a connection
Element, wherein the connecting element is installed in the limit hole of the anterior spacing main body and the assembly of the assembly main body
Hole.
13. high-speed transplanter according to claim 12, wherein the power device further comprises a tightening member,
Described in tightening member be installed in one end of the connecting element.
14. high-speed transplanter according to claim 12, wherein the power device further comprises a positioning member,
Described in setting element be installed in the engine the anterior spacing main body the limit hole.
15. high-speed transplanter according to claim 1, wherein the anterior spacing main body of the engine includes a support group
At least two limiting sections of seat, the limiting section integrally extend the support base, and between the adjacent limiting section
An at least limiting slot is formed, the assembly main body for starting motor includes that a mounted base and at least one assembly are raised,
Described in assembly protrusion integrally extend the mounted base, the assembly protrusion is assemblied in the limiting slot.
16. high-speed transplanter according to claim 15, wherein the limit of the anterior spacing main body of the engine
The extending direction of slot is parallel to horizontal plane.
17. high-speed transplanter according to claim 15, wherein the limit of the anterior spacing main body of the engine
Slot extends perpendicularly to horizontal plane.
18. high-speed transplanter according to any one of claims 1 to 17, wherein the engine includes:
One engine main body, wherein the engine main body includes a dynamical system and a lubricating system；With
One engine cylinder body, wherein the engine cylinder body includes:
One body, wherein the body has crankshaft accommodating chamber, multiple power chambers and one second fitting surface on one, wherein institute
It states upper crankshaft accommodating chamber described in power chamber and forms a power space；With
One integrated cylinder body, wherein the integrated cylinder body has crankshaft accommodating chamber, a shoe cream room and one first fitting surface, institute
It states shoe cream room and the lower crankshaft accommodating chamber is interconnected and forms an accommodation space, the integrated cylinder body is with first assembly
The mode that face corresponds to second fitting surface of the body is installed in the body, the receiving of the integrated cylinder body
Space is connected to the power space, and the dynamical system and the lubricating system are housed inside the power space and the receiving
Space.
19. high-speed transplanter according to claim 18, wherein the engine cylinder body further comprises multiple masters
Bearing cap, each main beating cap is mutually indepedent, wherein the main beating cap is installed in the body.
20. engine according to claim 19, wherein the main beating cap of the engine cylinder body and described integrated
Cylinder body is arranged spaced reciprocally.
21. high-speed transplanter according to claim 19, wherein first fitting surface and second fitting surface are method
Blue face.
22. high-speed transplanter according to claim 19, wherein the integrated cylinder body includes a cylinder main body, the cylinder main body
Surface compartment of terrain outwardly convex and form a wavy shaped configuration.
23. high-speed transplanter according to claim 19, wherein the integrated cylinder body includes a cylinder main body, the cylinder main body
Surface compartment of terrain be recessed inwardly and form a wavy shaped configuration.
24. high-speed transplanter according to claim 19, wherein the integrated cylinder body includes a cylinder main body, the cylinder main body
Surface continuously outwardly convex and form a wavy shaped configuration.
25. high-speed transplanter according to claim 19, wherein the integrated cylinder body includes a cylinder main body, the cylinder main body
Surface be continuously recessed inwardly and form a wavy shaped configuration.
26. 8 to 25 any high-speed transplanter according to claim 1, wherein the body and the integrated form cylinder body are adopted
It is made of casting aluminium material.
27. high-speed transplanter according to claim 26, wherein the main beating cap is made of cast iron materials.
28. high-speed transplanter according to claim 27, wherein the engine cylinder body further comprises a sealing element,
Wherein the sealing element is held in second assembly of first fitting surface and the body of the integrated cylinder body
Between face.
29. high-speed transplanter according to claim 28, wherein the integrated form cylinder body further comprises multiple reinforcing ribs,
Wherein the reinforcing rib integrally extends the cylinder main body.
30. high-speed transplanter according to claim 29, wherein the engine cylinder body is equipped with multiple mating holes, it is described suitable
Distribution is distributed in the surrounding of the integrated cylinder body and the body.
31. high-speed transplanter according to claim 30, wherein the engine cylinder body further comprises multiple spiral shells of draining the oil
Obturating plug, wherein the purge cock seat is arranged at the two sides and bottom of the integrated cylinder body.
32. a high-speed transplanter, which is characterized in that including a rice transplanter ontology and the hair for being arranged at the rice transplanter ontology
Motivation, wherein the engine includes:
One engine main body, wherein the engine main body includes a dynamical system and a lubricating system；With
One engine cylinder body, wherein the engine cylinder body includes:
One body, wherein the body has crankshaft accommodating chamber, multiple power chambers and one second fitting surface on one, wherein institute
It states upper crankshaft accommodating chamber described in power chamber and forms a power space；With
One integrated cylinder body, wherein the integrated cylinder body has crankshaft accommodating chamber, a shoe cream room and one first fitting surface, institute
It states shoe cream room and the lower crankshaft accommodating chamber is interconnected and forms an accommodation space, the integrated cylinder body is with first assembly
The mode that face corresponds to second fitting surface of the body is installed in the body, the receiving of the integrated cylinder body
Space is connected to the power space, and the dynamical system and the lubricating system are housed inside the power space and the receiving
Space.
33. high-speed transplanter according to claim 32, wherein the engine cylinder body further comprises multiple masters
Bearing cap, each main beating cap is mutually indepedent, wherein the main beating cap is installed in the body.
34. high-speed transplanter according to claim 33, wherein the main beating cap of the engine cylinder body and described
Integrated cylinder body is arranged spaced reciprocally.
35. high-speed transplanter according to claim 33, wherein first fitting surface and second fitting surface are method
Blue face.
36. high-speed transplanter according to claim 33, wherein the integrated cylinder body includes a cylinder main body, the cylinder main body
Surface compartment of terrain outwardly convex and form a wavy shaped configuration；Or the integrated cylinder body includes a cylinder main body, the cylinder master
The surface compartment of terrain of body is recessed inwardly and forms a wavy shaped configuration；Or the integrated cylinder body includes a cylinder main body, the cylinder
The surface of main body continuously outwardly convex and form a wavy shaped configuration；Or the integrated cylinder body includes a cylinder main body, it is described
The surface of cylinder main body is continuously recessed inwardly and forms a wavy shaped configuration.
37. according to the high-speed transplanter any in claim 32 to 36, wherein the engine cylinder body further comprises
One sealing element, wherein the sealing element is held in first fitting surface and the institute of the body of the integrated cylinder body
It states between the second fitting surface.
38. the installation method of a high-speed transplanter, which is characterized in that the installation method includes the following steps:
(a) one starting motor of installation is in an engine cylinder body of an engine body of an engine；
(b) motor body for starting motor is connected in an engine main body of the engine body；With
(c) engine is installed in a high-speed transplanter ontology, to be mounted to the high-speed transplanter.
39. the installation method according to claim 38, wherein being installed in a manner of radial positioning in the step (a)
At least one assembly main body for starting motor is in an at least anterior spacing main body for the engine.
40. installation method according to claim 39, wherein further comprising step in the step (a): (a.1) connects
Lead to the pilot hole of the assembly main body in the limit hole of the anterior spacing main body.
41. installation method according to claim 40, wherein the step (a) is further wrapped after the step (a.1)
Include step: (a.2) installation at least connecting element is in the pilot hole of the assembly main body for starting motor and described
The limit hole of the anterior spacing main body of engine.
42. installation method according to claim 41, wherein the step (a) is further after the step (a.2)
Comprising steps of (a.3) installs an at least tightening member in the connecting element, and keep the assembly master for starting motor
The anterior spacing main body of body and the engine is between the connecting element and the tightening member.
43. installation method according to claim 41, wherein the step (a) is further before the step (a.2)
Comprising steps of (a.4) installation a positioning member is in the limit hole of the anterior spacing main body of the engine.
44. the installation method according to claim 38, wherein in the step (a), the assembly of the starter
An at least limiting slot for the anterior spacing main body of an at least department of assembly and engine for main body cooperates, so that described
Start the side that motor is held in the engine.
45. further comprising following steps according to any installation method of claim 38 to 44:
(i) dynamical system and a lubricating system are installed in the engine cylinder body；With
(ii) in conjunction with one first fitting surface of a cylinder main body of an integrated cylinder body of the engine cylinder body in the engine cylinder
One second fitting surface of the body of body, to be assembled into the engine.
46. installation method according to claim 45, wherein before the step (i), the installation method is further
Comprising steps of (iii) successively installs independent multiple main beating cap in the body of the engine.
47. installation method according to claim 46, wherein in the above-mentioned methods, be connected to the one of the main beating cap
Two fitting grooves are in one first fitting groove of a support base of the body.
48. installation method according to claim 47, wherein in the step (ii), be connected to the integrated cylinder body
Crankshaft accommodating chamber on the one of crankshaft accommodating chamber, a shoe cream room and the body once.
49. installation method according to claim 48, wherein in the step (iii), with the more of the main beating cap
The mode that a second pilot hole corresponds to multiple first pilot holes of a department of assembly of the support base pacifies the main beating cap
The support base loaded on the body.
50. installation method according to claim 49, wherein in the step (iii), install a connecting element in institute
The first pilot hole and second pilot hole are stated, and then the main beating cap is fixed on the machine by multiple connecting elements
Body.
51. installation method according to claim 50, wherein in the step (ii), with the institute of the integrated cylinder body
The mode for multiple 4th pilot holes that the multiple third pilot holes for stating cylinder main body correspond to the body is installed described integrated
Cylinder body is in the body.
52. installation method according to claim 51, wherein in the above-mentioned methods, install the connecting element in described
Third pilot hole and the 4th pilot hole, and then the integrated cylinder body is fixed on the body by the connecting element.
53. installation method according to claim 45, wherein in the step (iii), keep a sealing element in institute
State between first fitting surface of cylinder main body and second fitting surface of the body, with prevent first fitting surface and
Gap is generated between second fitting surface.
54. installation method according to claim 53, wherein in the above-mentioned methods, the sealing element deformation occurs and
It prevents to generate gap between first fitting surface and second fitting surface.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811598542.8A CN109819738A (en) | 2018-12-26 | 2018-12-26 | High-speed transplanter and its installation method |
| JP2021538440A JP7192131B2 (en) | 2018-12-26 | 2019-09-19 | High-speed rice transplanter and its mounting method |
| PCT/CN2019/106718 WO2020134218A1 (en) | 2018-12-26 | 2019-09-19 | High-speed rice transplanter and mounting method therefor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811598542.8A CN109819738A (en) | 2018-12-26 | 2018-12-26 | High-speed transplanter and its installation method |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109819738A true CN109819738A (en) | 2019-05-31 |
Family
ID=66861147
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811598542.8A Pending CN109819738A (en) | 2018-12-26 | 2018-12-26 | High-speed transplanter and its installation method |
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| Country | Link |
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| CN (1) | CN109819738A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020134218A1 (en) * | 2018-12-26 | 2020-07-02 | 丰疆智能科技股份有限公司 | High-speed rice transplanter and mounting method therefor |
Citations (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH09228933A (en) * | 1996-02-22 | 1997-09-02 | Denso Corp | Starter |
| JP2001352809A (en) * | 2000-06-14 | 2001-12-25 | Yanmar Agricult Equip Co Ltd | Sulky rice transplanter |
| JP2005180272A (en) * | 2003-12-18 | 2005-07-07 | Mitsubishi Electric Corp | Mounting structure for starter |
| JP2006336522A (en) * | 2005-06-01 | 2006-12-14 | Hideichiro Asaumi | Starter of internal combustion engine and starting method thereof |
| US20090020094A1 (en) * | 2006-02-01 | 2009-01-22 | Husqvarna Zenoah Co., Ltd. | Engine start device for manual work machine, having small-sized electric motor, and manual work machine having the start device mounted thereon |
| CN201531319U (en) * | 2009-09-29 | 2010-07-21 | 上汽通用五菱汽车股份有限公司 | Engine cylinder body |
| CN202832813U (en) * | 2012-10-12 | 2013-03-27 | 沈阳新光华翔汽车发动机制造有限公司 | Turbine supercharged engine cylinder body structure |
| CN205277604U (en) * | 2015-11-26 | 2016-06-01 | 重庆凯特动力科技有限公司 | Engine cylinder block convenient to installation starter motor |
| JP2017187007A (en) * | 2016-04-08 | 2017-10-12 | ヤンマー株式会社 | Engine device |
| CN207715267U (en) * | 2017-12-13 | 2018-08-10 | 江苏福马高新动力机械有限公司 | A kind of rice transplanter activation system |
| CN210868702U (en) * | 2018-12-26 | 2020-06-30 | 丰疆智能科技股份有限公司 | High-speed rice transplanter |
-
2018
- 2018-12-26 CN CN201811598542.8A patent/CN109819738A/en active Pending
Patent Citations (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH09228933A (en) * | 1996-02-22 | 1997-09-02 | Denso Corp | Starter |
| JP2001352809A (en) * | 2000-06-14 | 2001-12-25 | Yanmar Agricult Equip Co Ltd | Sulky rice transplanter |
| JP2005180272A (en) * | 2003-12-18 | 2005-07-07 | Mitsubishi Electric Corp | Mounting structure for starter |
| JP2006336522A (en) * | 2005-06-01 | 2006-12-14 | Hideichiro Asaumi | Starter of internal combustion engine and starting method thereof |
| US20090020094A1 (en) * | 2006-02-01 | 2009-01-22 | Husqvarna Zenoah Co., Ltd. | Engine start device for manual work machine, having small-sized electric motor, and manual work machine having the start device mounted thereon |
| CN201531319U (en) * | 2009-09-29 | 2010-07-21 | 上汽通用五菱汽车股份有限公司 | Engine cylinder body |
| CN202832813U (en) * | 2012-10-12 | 2013-03-27 | 沈阳新光华翔汽车发动机制造有限公司 | Turbine supercharged engine cylinder body structure |
| CN205277604U (en) * | 2015-11-26 | 2016-06-01 | 重庆凯特动力科技有限公司 | Engine cylinder block convenient to installation starter motor |
| JP2017187007A (en) * | 2016-04-08 | 2017-10-12 | ヤンマー株式会社 | Engine device |
| CN207715267U (en) * | 2017-12-13 | 2018-08-10 | 江苏福马高新动力机械有限公司 | A kind of rice transplanter activation system |
| CN210868702U (en) * | 2018-12-26 | 2020-06-30 | 丰疆智能科技股份有限公司 | High-speed rice transplanter |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020134218A1 (en) * | 2018-12-26 | 2020-07-02 | 丰疆智能科技股份有限公司 | High-speed rice transplanter and mounting method therefor |
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Address after: 441100 No. 1 Dongfengjingguan Avenue, Xiangzhou International Logistics Park, Xiangyang City, Hubei Province Applicant after: FENGJIANG INTELLIGENT TECHNOLOGY Co.,Ltd. Address before: 441100 No. 1 Dongfengjingguan Avenue, Xiangzhou International Logistics Park, Xiangyang City, Hubei Province Applicant before: FENGJIANG WISDOM AGRICULTURE Co.,Ltd. |
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