CN108840078A - A kind of three-level material transmitting device and the multistage material transmitting device with it - Google Patents
A kind of three-level material transmitting device and the multistage material transmitting device with it Download PDFInfo
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- CN108840078A CN108840078A CN201810846249.2A CN201810846249A CN108840078A CN 108840078 A CN108840078 A CN 108840078A CN 201810846249 A CN201810846249 A CN 201810846249A CN 108840078 A CN108840078 A CN 108840078A
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- bevel gear
- shaft
- support frame
- middleware
- fixed
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- 239000000463 material Substances 0.000 title claims abstract description 46
- 230000005540 biological transmission Effects 0.000 claims abstract description 128
- 230000001681 protective effect Effects 0.000 claims description 21
- 238000009434 installation Methods 0.000 claims description 11
- 230000000712 assembly Effects 0.000 claims description 7
- 238000000429 assembly Methods 0.000 claims description 7
- 239000007787 solid Substances 0.000 claims description 6
- 239000003381 stabilizer Substances 0.000 claims description 4
- 238000003780 insertion Methods 0.000 claims description 3
- 230000037431 insertion Effects 0.000 claims description 3
- 239000011343 solid material Substances 0.000 abstract description 2
- 230000009286 beneficial effect Effects 0.000 description 7
- 238000010586 diagram Methods 0.000 description 4
- 238000004519 manufacturing process Methods 0.000 description 2
- 235000012054 meals Nutrition 0.000 description 1
- 238000000034 method Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G47/00—Article or material-handling devices associated with conveyors; Methods employing such devices
- B65G47/52—Devices for transferring articles or materials between conveyors i.e. discharging or feeding devices
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G15/00—Conveyors having endless load-conveying surfaces, i.e. belts and like continuous members, to which tractive effort is transmitted by means other than endless driving elements of similar configuration
- B65G15/22—Conveyors having endless load-conveying surfaces, i.e. belts and like continuous members, to which tractive effort is transmitted by means other than endless driving elements of similar configuration comprising a series of co-operating units
- B65G15/24—Conveyors having endless load-conveying surfaces, i.e. belts and like continuous members, to which tractive effort is transmitted by means other than endless driving elements of similar configuration comprising a series of co-operating units in tandem
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Gear Transmission (AREA)
Abstract
The present invention relates to a kind of three-level material transmitting device and with its multistage material transmitting device, three-level material transmitting device includes the starting part being successively detachably connected from after going to, first middleware and end part, originate part, first middleware and end part include support frame and support column, there are two roller bearings for setting on support frame, feed belt is socketed on roller bearing, support column is set to the lower section of support frame and its is height-adjustable, it originates part and is equipped with driving motor, starting part and the first middleware rear end are respectively equipped with the first power transmission mechanism and the second power transmission mechanism, first middleware and end part front end are respectively equipped with the first power reception mechanism and the second power reception mechanism, multistage material transmitting device further includes the second middleware, front and back is respectively equipped with the second power reception mechanism and the second power transmission mechanism.Can be suitable for the transmission of the solid material complicated geographical environment, disassembly is easy to assembly, and the angle of adjustable second middleware and end part.
Description
Technical field
The present invention relates to material transferring equipment technical field more particularly to a kind of three-level material transmitting device and with its
Multistage material transmitting device.
Background technique
In production practice, it is often necessary to by kinds of solid granular from a location transmission to another position, such as will
The objects such as gravel, paddy, granulated meal are transported from warehouse to car and boat or production site, are realized usually using conveyer belt, but
It is current conveyer belt is all linear, and its length is fixed, therefore the placement of conveyer belt is affected by geographical environment, only
Can be used in spacious place, if between transfer point can not straight line reach, be not available conveyer belt.
Summary of the invention
Three-level material that is easy to assembly and can turning to is dismantled technical problem to be solved by the invention is to provide a kind of
Transmitting device and its multistage material transmitting device with it.
The technical solution that the present invention solves above-mentioned technical problem is as follows：A kind of three-level material transmitting device, including go to certainly
Starting part, the first middleware and the end part being successively detachably connected afterwards, the starting part, the first middleware and end part wrap
Include support frame and support column, setting is socketed with feed belt, the support on the roller bearing there are two roller bearing on support frame as described above
Column is set to the lower section of support frame as described above and its is height-adjustable, and the support column is at least 4, and the starting part is equipped with and is used for
Drive the driving motor of any roller bearing rotation, one end of the roller bearing is equipped with driving wheel, the starting part rear end and described
The rear end of first middleware is respectively equipped with the first power transmission mechanism and the second power transmission mechanism and is used for power transmission to rear
On the component for holding adjacent installation, first middleware front end and end part front end are respectively equipped with the first power reception mechanism
It is passed with the second power reception structure for the first power transmission mechanism of the component of installation adjacent with front end respectively and the second power
Transfer mechanism, which matches, receives its power to drive the feed belt of the adjacent mounting assembly in rear end to operate.
The beneficial effects of the invention are as follows：It can be suitable for the transmission of the solid material complicated geographical environment, disassembly group
Dress is convenient, and the angle between the first middleware and end part can be adjusted according to actual place environment.
Based on the above technical solution, the present invention can also be improved as follows：
Further, the support frame as described above of first middleware and the end part tilts fixed angle rearwardly and upwardly
It is arranged and is equipped with below the fixation bracket that cooperate with support frame as described above, the fixed bracket includes 2 cross bars and 2 vertical bars, and 2
A cross bar is arranged along support frame as described above length direction horizontal parallel, and its front end and support frame as described above front end two sides are connected,
Its rear end is connected firmly by the two sides of the vertical bar and support frame as described above, and the upper end of support column and the cross bar are connected, and is located at institute
The fixed branch stated on the first middleware is set up in front of second power transmission mechanism.
Further, first power transmission mechanism includes 2 first crossbeams, first rotating shaft, first driven shaft, the first biography
Defeated wheel, the first driven wheel, the first transmission belt, the first driven belt, the first driving gear and the first driven gear, 2 described first
Crossbeam is along the length direction Parallel Symmetric setting of the starting part and wherein one end of 2 first crossbeams is rotatably installed
On two sides of support frame as described above, the first crossbeam is equipped with telescopic stabilizer blade far from a side-lower of support frame as described above
The first crossbeam is supported, the width direction setting along the starting part of the first rotating shaft and first driven shaft and its
Both ends pass through bearing respectively and are fixed between 2 first crossbeams, and the first transmission wheel is located at institute before the first rotating shaft
It states on the side wall of support frame and can be rotated relative to support frame as described above, first driven wheel is located at the one of the first rotating shaft
End, the driving wheel originated on part, the first transmission wheel and the first driven wheel are set to the same side of support frame as described above, described
First transmission belt is socketed on the driving wheel and the first transmission wheel of the starting part, and first driven belt is socketed in
On the first transmission wheel and first driven wheel, first driving gear and first driven gear are threaded through respectively
It among the first rotating shaft and the first driven shaft and is intermeshed, the free end of 2 first crossbeams is equipped with described in confession
The card slot of first middleware insertion, first power reception mechanism include 2 third crossbeams, third shaft, third driven tooth
Wheel, third transmission wheel, third transmission belt, 2 third crossbeams are arranged along the first middleware length direction horizontal parallel
And its rear end is fixedly connected with the support frame as described above front end two sides of first middleware respectively, the third shaft is along described
The width direction of one middleware is arranged and its both ends passes through bearing respectively and is fixed between 2 third crossbeams, the third
Driven gear is threaded through the middle part of the third shaft and engages with first driven gear, and the third transmission wheel is set to institute
The side of third shaft is stated, the third transmission belt is set in the transmission of third the transmission wheel and first middleware
On wheel, third crossbeam front end is equipped with the strip matched with the card slot.
Beneficial effect using above-mentioned further scheme be needed due to the inclined angle of starting part according to the actual situation into
Row adjustment, and its tilt angle is bigger than middleware and end part, therefore originates and connect between part and the first middleware for straight line, no
It is turned to, the power transmission of part can will be originated to the first middleware by gear and belt transmission.
Further, the institute second states power transmission mechanism and includes the second shaft, the second driven belt, first bevel gear and move
Power transmit bevel gear set, second shaft be set to support frame as described above lower section and its both ends by bearing be fixed on support frame to
On first fixed block of lower stretching, wherein one end of second shaft is connected with the second transmission wheel, the second driven belt set
It connects between the driving wheel and the second transmission wheel of the mounting assembly where second power transmission mechanism, described the
The fixed middle part for being threaded through second shaft of one bevel gear, the power transmission bevel gear set are set to the first bevel gear
Lower section is used for the rotation by the translating rotation of the first bevel gear vertical direction for horizontal direction, second driving force receiver
Structure connects including the 4th shaft, the 4th driven belt, the 4th transmission wheel, 2 fixed links, 2 the 4th crossbeams, second bevel gear and power
Receive bevel gear set, 2 the 4th crossbeams along mounting assembly length direction horizontal parallel setting and its rear end respectively with installation
The support frame as described above front end two sides of component are fixedly connected, and the 4th shaft is set to roller bearing front end described in front end in parallel, and described
Four both ends of the shaft are fixed between the 4th crossbeam by bearing, and the 4th transmission wheel is set to the one of the 4th shaft
End, the 4th driven belt are socketed in the driving wheel and described the of the mounting assembly where second power reception mechanism
On four transmission wheels, the second bevel gear is threaded through in the middle part of the 4th shaft, and the power reception bevel gear set is set to described
In front of second bevel gear and for being that the second bevel gear is indulged by the translating rotation of the horizontal direction of power transmission bevel gear set
Rotation to vertical direction, one end of 2 fixed links are installed in respectively on the 4th crossbeam, the other end respectively with power
Bevel gear set is received to be connected for fixing the power reception bevel gear set.
Beneficial effect using above-mentioned further scheme is by the second power transmission mechanism and the second power reception mechanism
Cooperation make in the power transmission to the component of the adjacent installation in rear end of front mounting assembly, and being set by bevel gear set
It sets, so that power transmission can change direction, to make to may be implemented to turn between adjacent mounting assembly.
Further, the power transmission bevel gear set includes the 5th shaft, third hand tap gear and the 4th bevel gear, and described the
Five shafts are set to the lower section of the first bevel gear vertically, and the third hand tap gear is horizontally disposed with and central shaft and the described 5th
The upper end of shaft is connected, and the third hand tap gear is vertically arranged and engages with the first bevel gear, and the 4th bevel gear is worn
Be located at it is in the 5th shaft and parallel with the third hand tap gear, between the third hand tap gear and the 4th bevel gear with
And first bearing and second bearing are equipped in the 5th shaft below the 4th bevel gear respectively, the first bearing and
Two bearings pass through 2 connecting rods respectively to be fixed with 2 vertical bars, and the power reception bevel gear set includes the 6th shaft, the
Five bevel gears and the 6th bevel gear, the 6th shaft is horizontally disposed, and the 5th bevel gear and the 6th bevel gear are vertical
It is set to the both ends of the 6th shaft in parallel, the 5th bevel gear engages with the 4th bevel gear, the 6th bevel gear
It is engaged with the second bevel gear, 3rd bearing is equipped in the 6th shaft, the 3rd bearing and the fixed link are solid
Fixed connection.
Beneficial effect using above-mentioned further scheme is that bevel gear set structure is simple, realizes power in different directions
Transmission.
Further, it is also equipped with fourth bearing in the 5th shaft, is symmetrically installed with 2 in the circumferential direction of the fourth bearing
A fixed arm, the other end of 2 fixed arms are equipped with two axis that fixing clasp is used to be fixed on the 4th shaft
It holds, the fixing clasp is made of dismountable two semicircular rings, and one end of the semicircular ring and the fixed arm are hinged,
The other end can carry out fixed lock by tightly locking screw.
Beneficial effect using above-mentioned further scheme is by fixed arm fixation power transmission bevel gear set and next
A adjacent mounting assembly.
Further, the front end of the end part is equipped with stop gauge, and the stop gauge is fixed by the first fixed bracket
On support frame as described above, the stop gauge includes integrally formed upper ring section and lower arc portion, and the upper ring section includes top surface, outer
The cross section of ring wall, internal ring wall and side wall, the external annulus and the internal ring wall is arc-shaped, and the external annulus and described
The arc-shaped center of circle of internal ring wall cross section is in the relatively previous mounting assembly rotation of the mounting assembly where the stop gauge
On vertical line where the rotation center turned, the internal ring wall is equipped with feed inlet, and the lower arc portion is wide at the top and narrow at the bottom and its bottom end
Equipped with discharge port, the discharge port is located above the feed belt of the mounting assembly where it, and the feed inlet guarantees when two
When mounting assembly turns to setting, material each falls within the feed inlet.
Beneficial effect using above-mentioned further scheme be when two neighboring mounting assembly is when being equipped with certain angle, can
In feed inlet to guarantee stop gauge that the material on previous mounting assembly feed belt falls on the latter mounting assembly, so
It is fallen in afterwards by discharge port on the feed belt of the latter mounting assembly.
It further, further include protective device, the protective device includes shield and protection telescoping tube, and the shield is
The elastic tube for the middle opening being adapted with mounting assembly, the shield are detachably mounted on the cross bar, and described
The protective stent affixed with support frame as described above is equipped with below the support frame of beginning part, the shield on the starting part is detachable
It is fixed on the protective stent, the protection telescoping tube is set to the junction of two mounting assemblies.
The beneficial effect for using above-mentioned further scheme is that protective device can make three-level material transmitting device not with weather proof
By weather.
The present invention also provides a kind of multistage material transmitting devices, including above-mentioned three-level material transmitting device, further include at least
One the second middleware, second middleware is set between first middleware and the end part, among described second
Part includes support frame and the support column, is set on support frame as described above there are two roller bearing, is socketed with feed belt on the roller bearing, institute
Support column is stated set on the lower section of support frame as described above and its is height-adjustable, the support column is at least 4, one end of the roller bearing
Equipped with driving wheel, the front-end and back-end of second middleware are respectively equipped with second power reception mechanism and described second and move
Force transmission mechanism.
Further, the fixed bracket cooperated with support frame as described above, the support are equipped with below second middleware
Column upper end is connected firmly with the fixed bracket, and the front end of second middleware is equipped with stop gauge, is gone back on second middleware
Equipped with the protective device.
The material transmission of longer distance, and the second middleware and the first middleware may be implemented in multistage material transmitting device
And it can be turned between the part of end.
Detailed description of the invention
Fig. 1 is the main view that 1 three-level material transmitting device of the embodiment of the present invention does not include protective device；
Fig. 2 is the enlarged drawing of A in Fig. 1 of the present invention；
Fig. 3 is 1 first power transmission mechanism of the embodiment of the present invention and the transmission schematic diagram that the first power reception mechanism is moved；
Fig. 4 is the enlarged drawing of B in Fig. 1 of the present invention；
Fig. 5 is the main view of 1 second power transmission mechanism of the embodiment of the present invention；
Fig. 6 is the schematic diagram of the embodiment of the present invention 1 fixed arm and fixing clasp；
Fig. 7 is the structural schematic diagram of 1 stop gauge of the embodiment of the present invention；
Fig. 8 is 1 protective device schematic diagram of the embodiment of the present invention；
Fig. 9 is the main view that the multistage material transmitting device of the embodiment of the present invention 2 does not include protective device.
In attached drawing, parts list represented by the reference numerals are as follows：
100, starting part, 101, support frame, 102, support column, 103, roller bearing, 104, feed belt, 105, driving motor,
106, driving wheel, 107, protective device, 1071, protective stent, 1072, shield, 1073, protection telescoping tube, 108, fixed branch
Frame, 1081, cross bar, 1082, vertical bar, the 110, first power transmission mechanism, 111, first crossbeam, 112, first rotating shaft, 113,
One driven shaft, the 114, first transmission wheel, the 115, first driven wheel, the 116, first transmission belt, the 117, first driven belt, 118, first
Driving gear, the 119, first driven gear, 1111, stabilizer blade, the 200, first middleware, the 210, first power reception mechanism, 211,
Third crossbeam, 212, third shaft, 213, third driven gear, 214, third transmission wheel, 215, third transmission belt, 220, second
Power transmission mechanism, the 221, second shaft, the 222, second driven belt, 223, first bevel gear, 224, power transmission bevel gear set,
2241, the 5th shaft, 2242, third hand tap gear, the 2243, the 4th bevel gear, 2244, first bearing, 2245, second bearing,
2246, connecting rod, the 225, first fixed block, the 226, second transmission wheel, 227, fourth bearing, 228, fixation arm, 229, fixation
Snap ring, the 300, second middleware, 400, end part, the 410, second power reception mechanism, the 411, the 4th shaft, the 412, the 4th is driven
Band, the 413, the 4th transmission wheel, 414, fixed link, 415, second bevel gear, 416, power reception bevel gear set, 4161, the 6th turns
Axis, the 4162, the 5th bevel gear, the 4163, the 6th bevel gear, 4164,3rd bearing, the 417, the 4th crossbeam, 420, shelves material device,
421, upper ring section, 4211, top surface, 4212, external annulus, 4213, internal ring wall, 4214, side wall, 422, lower arc portion, 423, feed inlet,
424, discharge port, the 430, first fixed bracket.
Specific embodiment
Principles and features of the present invention are described below in conjunction with drawings and the specific embodiments, example is served only for solving
The present invention is released, is not intended to limit the scope of the present invention.
Embodiment 1
As shown in figures 1-8, the present invention provides a kind of three-level material transmitting device, including is successively detachably connected after going to certainly
Starting part 100, the first middleware 200 and end part 400, starting part 100, the first middleware 200 and end part 400 include
Support frame 101 and support column 102, the rear and front end setting of support frame 101 are socketed with transmission on roller bearing 103 there are two roller bearing 103
Belt 104, support column 102 is set to the lower section of support frame 101 and its is height-adjustable, and support column 102 is arranged in parallel and extremely vertically
Less be 4, front end two and rear end two are arranged in parallel respectively, and every support column 102 is telescopic rod, 102 upper end of support column with
Hangers on support frame 101 is hinged, guarantee to realize by the height for adjusting support column 102 the horizontally disposed of support frame 101 or
Certain angle is tilted to be configured, wherein the tilt angle of starting part 100 by the support column 102 of starting part 100 lower section into
Row is adjusted, and the tilt angle of the first middleware 200 and end part 400 is fixed, and adjusts the first middleware simply by support column 102
200 and end part 400 height with starting part 100 matched, starting part 100 be equipped with for driving 103 turns of any roller bearing
Dynamic driving motor 105, the output shaft of driving motor 105 are fixedly connected with one end of one of roller bearing 103, support frame 101
Side electric machine support is installed, driving motor 105 is mounted on electric machine support and is fixed, and one end of roller bearing 103, which is equipped with, to be passed
Driving wheel 106, the rear end for originating 100 rear end of part and the first middleware are respectively equipped with the first power transmission mechanism 110 and the second power
Transmission mechanism 220 is used for power transmission to the component of the adjacent installation in rear end, 200 front end of the first middleware and end part front end
It is respectively equipped with the component of the first power reception mechanism 210 and the second power reception mechanism 410 for installation adjacent with front end respectively
The first power transmission mechanism 110 and the second power transmission mechanism 220 match receive its power to drive the adjacent installation in rear end
The feed belt 104 of component operates.
The support frame 101 of first middleware 200 and end part 400 tilts fixed angle rearwardly and upwardly and is arranged and under it
Side is equipped with the fixation bracket 108 cooperated with support frame 101, and fixed bracket 108 includes 2 cross bar 1081 and 2 vertical bars 1082,2
A cross bar 1081 is arranged along 101 length direction horizontal parallel of support frame, and its front end and 101 front end two sides of support frame are connected,
Rear end is connected firmly by vertical bar 1082 and the two sides of support frame 101, and 102 upper end of support column and cross bar 1081 are connected, and is located in first
Between fixation bracket 108 on part 200 be set to 220 front of the second power transmission mechanism.
First power transmission mechanism 110 includes 2 first crossbeams 111, first rotating shaft 112, first driven shaft 113, first
The 114, first driven wheel 115 of transmission wheel, the first transmission belt 116, the first driven belt 117, the first driving gear 118 and first are driven
Length direction Parallel Symmetric setting and 2 first crossbeams 111 of 119,2 first crossbeams 111 of gear along starting part 100 are wherein
One end is rotatably mounted on two sides of support frame 101, and first crossbeam 111 is set far from a side-lower of support frame 101
There is telescopic stabilizer blade 1111 to be supported first crossbeam 111, first rotating shaft 112 and first driven shaft 113 are along starting part 100
Width direction setting and its both ends pass through bearing respectively and be fixed between 2 first crossbeams 111, the first transmission wheel 114 is located at
It can rotate on the side wall of 112 front support frame 101 of first rotating shaft and relative to support frame 101, the first driven wheel 115 is located at first turn
One end of axis 112, the transmission of driving wheel 106, first wheel 114 and the first driven wheel 115 originated on part 100 are set to support frame 101
The same side, the first transmission belt 116 be socketed in starting part 100 driving wheel 106 and first transmission wheel 114 on, the first driven belt
117 are socketed on the first transmission wheel 114 and the first driven wheel 115, the first driving gear 118 and the first driven gear 119 difference
It is threaded through among first rotating shaft 112 and first driven shaft 113 and is intermeshed, the free end of 2 first crossbeams 111 is equipped with for the
The card slot of one middleware 200 insertion, the first power reception mechanism 210 include 2 third crossbeams 211, third shaft 212, third
215,2 driven gear 213, third transmission wheel 214, third transmission belt third crossbeams 211 are along 200 length direction of the first middleware
Horizontal parallel is arranged and its rear end is fixedly connected with the 101 front end two sides of support frame of the first middleware 200 respectively, third shaft
212 along the first middleware 200 width direction setting and its both ends pass through bearing respectively and be fixed between 2 third crossbeams 211,
Third driven gear 213 is threaded through the middle part of third shaft 212 and engages with the first driven gear 119, and third transmission wheel 214 is set
In the side of third shaft 212, third transmission belt 215 is set in the driving wheel of third transmission wheel 214 and the first middleware 200
On 106,211 front end of third crossbeam is equipped with the strip matched with card slot.
Due to starting part 100 tilt angle need to be adjusted according to the actual situation, and its tilt angle than first in
Between part 200 and end part 400 it is big, therefore originate and connected between part 100 and the first middleware 200 for straight line, two mounting assemblies
Between without turning to, the power transmission of part 100 can will be originated to the first middleware 200 by gear and belt transmission.
Second power transmission mechanism 220 includes the second shaft 221, the second driven belt 222, first bevel gear 223 and power
Bevel gear set 224 is transmitted, the second shaft 221 is set to the lower section of support frame 101 and its both ends and is fixed on support frame 101 by bearing
On the first fixed block 225 extended downwardly, wherein one end of the second shaft 221 is connected with the second transmission wheel 226, the second driven belt
222 are socketed between the driving wheel 106 of the mounting assembly where the second power transmission mechanism 220 and the second transmission wheel 226, and first
The fixed middle part for being threaded through the second shaft 221 of bevel gear 223, power transmission bevel gear set 224 are set under first bevel gear 223
Side is for the rotation by the translating rotation of 223 vertical direction of first bevel gear for horizontal direction, the second power reception mechanism 410 packet
Include the 4th shaft 411,413,2 fixed links, 414,2 the 4th crossbeam 417, second cones are taken turns in the transmission of the 4th driven belt the 412, the 4th
416,2 the 4th crossbeams 417 of gear 415 and power reception bevel gear set along mounting assembly length direction horizontal parallel setting and
Its rear end is fixedly connected with 101 front end two sides of the support frame of mounting assembly respectively, and the 4th shaft 411 is set to front end roller bearing in parallel
103 fronts, 411 both ends of the 4th shaft are fixed between the 4th crossbeam 417 by bearing, and the 4th transmission wheel 413 is set to the 4th turn
One end of axis 411, the 4th driven belt 412 are socketed in 106 He of driving wheel of the mounting assembly where the second power reception mechanism 410
On 4th transmission wheel 413, second bevel gear 415 is threaded through the middle part of the 4th shaft 411, and power reception bevel gear set 416 is set to the
In front of two bevel gear 415 and for being second bevel gear 415 by the translating rotation of the horizontal direction of power transmission bevel gear set 224
The rotation of longitudinal vertical direction, one end of 2 fixed links 414 are installed in respectively on 2 the 4th crossbeams, the other end respectively with power
Bevel gear set 416 is received to be connected for fixing power reception bevel gear set 416.
Driving motor 105 drives the rotation of roller bearing 103 to provide the transmission skin on power drive starting part 100 for starting part 100
Band 104 transmits material from the front to the back, and the power that roller bearing 103 rotates is driven to by the first transmission belt 116 and the first driven belt 117
First rotating shaft 112, to drive the first driving gear 118 in first rotating shaft 112 to rotate, by power transmission to the first of engagement
On driven gear 119, the first driven gear 119 drives the rotation of third driven gear 213 on the first middleware 200 to drive
Third shaft 212 rotates, and by third transmission belt 215 by power transmission to the roller bearing 103 of the first middleware 200, drives first
Feed belt 104 on middleware 200 transmits material from the front to the back, and the rotation of roller bearing 103 on the first middleware 200, which drives, to be located at
First bevel gear 223 in second shaft 221 rotates, and first bevel gear 223 is rotated power transmission to power transmission bevel gear
Group 224 passes through power transmission bevel gear set to be to rotate horizontally by the translating rotation on the vertical direction of first bevel gear 223
224 and the engagement of power reception bevel gear set 416 will be converted into the rotation of longitudinal vertical direction, then pass through the second cone
Gear 415 is converted into lateral vertical direction rotation, the second bevel gear in power reception bevel gear set 416 and the 4th shaft 411
415 engagements drive the rotation of the 4th shaft 411, and the 4th shaft 411 drives the roller bearing 103 on the part of end by the 4th driven belt 412
Rotation, so that the feed belt 104 of end part be driven to transmit material from the front to the back.
Power transmission bevel gear set 224 includes the 5th shaft 2241, third hand tap gear 2242 and the 4th bevel gear 2243, the
Five shafts 2241 are set to the lower section of first bevel gear 223 vertically, and third hand tap gear 2242 is horizontally disposed with and central shaft and the 5th
The upper end of shaft 2241 is connected, and third hand tap gear 2242 is vertically arranged and engages with first bevel gear 223, the 4th bevel gear 2243
Be threaded through it is in the 5th shaft 2241 and parallel with third hand tap gear 2242, between third hand tap gear 2242 and the 4th bevel gear 2243
And it is equipped with first bearing 2244 and second bearing 2245 respectively in the 5th shaft 2241 of 2243 lower section of the 4th bevel gear, the
One bearing 2244 and second bearing 2245 are fixed by 2 connecting rods 2246 and two vertical bars 1082 respectively, and power reception bores tooth
Wheel group 416 includes the 6th shaft 4161, the 5th bevel gear 4162 and the 6th bevel gear 4163, and the 6th shaft 4161 is horizontally disposed,
5th bevel gear 4162 and the vertical parallel both ends set on the 6th shaft 4161 of the 6th bevel gear 4163, the 5th bevel gear 4162 with
The engagement of 4th bevel gear 2243, the 6th bevel gear 4163 engage with second bevel gear 415, are equipped with third in the 6th shaft 4161
Bearing 4164,3rd bearing 4164 are fixedly connected with fixed link 414.
It is also equipped with fourth bearing 227 in 5th shaft 2241,2 are symmetrically installed in the circumferential direction of fourth bearing 227 admittedly
The other end for determining arm 228, the 2 fixed arms 228 is equipped with fixing clasp 229 for being fixed on the two of the 4th shaft 411
On a bearing, fixing clasp 229 is made of dismountable two semicircular rings, and one end of semicircular ring and fixed arm are hinged, another
End can carry out fixed lock by tightly locking screw.
The front end of end part 400 is equipped with stop gauge 420, and stop gauge 420 is fixed on branch by the first fixed bracket 430
On support 101, stop gauge 420 includes integrally formed upper ring section 421 and lower arc portion 422, and the upper ring section 421 includes top surface
4211, the cross section of external annulus 4212, internal ring wall 4213 and side wall 4214, the external annulus 4212 and the internal ring wall 4213 is equal
To be arc-shaped, and the arc-shaped center of circle of 4213 cross section of the external annulus 4212 and the internal ring wall is in the stop gauge
Mounting assembly where 420 is on the vertical line where the rotation center that previous mounting assembly rotates, on internal ring wall 4213
Equipped with feed inlet 423, lower arc portion 422 is wide at the top and narrow at the bottom and its bottom end is equipped with discharge port 424, and discharge port 424 is located at the peace where it
104 top of feed belt of arrangement, feed inlet 423 guarantee that material each falls within described when two mounting assemblies turn to setting
Feed inlet 423.
The arc-shaped radius of 4213 cross section of external annulus 4212 and internal ring wall is respectively outer diameter and inner diameter, outer diameter and inner diameter
Overlapping length between the width of feed belt and two mounting assemblies is related, the angle rotated between two mounting assemblies
Less than or equal to 90 degree, optimal to be less than or equal to 60 degree, the width of feed belt is x, and the latter mounting assembly is relative to previous peace
The rotation center of arrangement is O, the friendship of the same level where vertical line and previous mounting assembly end where the O of the center of circle
Point is O ', what the straight line and feed belt length direction that an angle of the feed belt of O ' to previous mounting assembly is formed were formed
Angle is α, length=0.5x/ (s i n α) of outer diameter, length=0.5x/ (tan α) of internal diameter.
The three-level material transmitting device of the present embodiment further includes protective device 107, and protective device 107 includes shield 1072
With protection telescoping tube 1073, shield 1072 is the elastic tube for the middle opening being adapted with mounting assembly, and shield 1072 can
It is detachably fixedly arranged on cross bar 1081, originates and be equipped with the protective stent affixed with support frame 101 below the support frame 101 of part 100
1071, the shield 1072 originated on part 100 is detachably secured on protective stent 1071, and protection telescoping tube 1073 is set to two
The junction of mounting assembly.
Embodiment 2
As shown in figure 9, present embodiments providing a kind of multistage material transmitting device, including three-level object described in embodiment 1
Expect transmitting device, further include at least one second middleware 300, the second middleware 300 is set to the first middleware 200 and end part
Between 400, the second middleware 300 includes support frame 101 and support column 102, sets that there are two roller bearing 103, roller bearings on support frame 101
Be socketed with feed belt 104 on 103, support column 102 is set to the lower section of support frame 101 and its is height-adjustable, support column 102 to
It is less 4, one end of roller bearing 103 is equipped with driving wheel 106, and the front-end and back-end of the second middleware 300 are respectively equipped with the second power
Receiving mechanism 410 and the second power transmission mechanism 220.The fixed branch cooperated with support frame 101 is equipped with below second middleware 300
Frame 108,102 upper end of support column are connected firmly with fixed bracket 108, and the front end of the second middleware 300 is equipped with stop gauge 420, and second
Protective device 107 is additionally provided on middleware.
The material transmission of longer distance may be implemented in the multistage material transmitting device of the present embodiment, can be according to actual needs
The quantity of the second middleware is selected, and can be turned between the second middleware and the first middleware and end part.
The foregoing is merely presently preferred embodiments of the present invention, is not intended to limit the invention, it is all in spirit of the invention and
Within principle, any modification, equivalent replacement, improvement and so on be should all be included in the protection scope of the present invention.
Claims (10)
1. a kind of three-level material transmitting device, which is characterized in that including the starting part being successively detachably connected after going to certainly
(100), the first middleware (200) and end part (400), the starting part (100), the first middleware (200) and end part
It (400) include support frame (101) and support column (102), there are two roller bearing (103) for setting on support frame as described above (101), described
It is socketed on roller bearing (103) feed belt (104), the support column (102) is set to the lower section of support frame as described above (101) and it is high
Degree is adjustable, and the support column (102) is at least 4, and the starting part (100) is equipped with for driving any roller bearing
(103) one end of the driving motor (105) rotated, the roller bearing (103) is equipped with driving wheel (106), after the starting part (100)
End and the rear end of first middleware (200) are respectively equipped with the first power transmission mechanism (110) and the second power transmission mechanism
(220) it is used for power transmission to the component of the adjacent installation in rear end, the first middleware (200) front end and the end part
(400) front end be respectively equipped with the first power reception mechanism (210) and the second power reception mechanism (410) for respectively with front end phase
Neighbour installation component the first power transmission mechanism (110) and the second power transmission mechanism (220) match reception its power with
Drive feed belt (104) operating of the adjacent mounting assembly in rear end.
2. a kind of three-level material transmitting device according to claim 1, which is characterized in that first middleware (200)
Tilt fixed angle setting rearwardly and upwardly with the support frame as described above (101) of the end part (400) and be equipped with below with
The fixation bracket (108) of support frame as described above (101) cooperation, the fixed bracket (108) include that 2 cross bars (1081) and 2 are perpendicular
Bar (1082), 2 cross bars (1081) are arranged along support frame as described above (101) length direction horizontal parallel, and its front end and institute
It states support frame (101) front end two sides to be connected, its rear end is solid by the two sides of the vertical bar (1082) and support frame as described above (101)
Connection, support column (102) upper end and the cross bar (1081) are connected, and are located at described solid on first middleware (200)
Fixed rack (108) is set in front of second power transmission mechanism (220).
3. a kind of three-level material transmitting device according to claim 1, which is characterized in that first power transmission mechanism
It (110) include 2 first crossbeams (111), first rotating shaft (112), first driven shaft (113), the first transmission wheel (114), first
Driven wheel (115), the first transmission belt (116), the first driven belt (117), the first driving gear (118) and the first driven gear
(119), length direction Parallel Symmetric setting and 2 described the of 2 first crossbeams (111) along starting part (100)
Wherein one end of one crossbeam (111) is rotatably mounted on two sides of support frame as described above (101), the first crossbeam
(111) far from support frame as described above (101) a side-lower be equipped with telescopic stabilizer blade (1111) to the first crossbeam (111) into
Row support, the first rotating shaft (112) and first driven shaft (113) are arranged along the width direction of starting part (100) and it
Both ends pass through bearing respectively and are fixed between 2 first crossbeams (111), and the first transmission wheel (114) is located at described the
Can be rotated on the side wall of support frame as described above (101) and relative to support frame as described above (101) before one shaft (112), described first from
Driving wheel (115) is located at one end of the first rotating shaft (112), the driving wheel (106) originated on part (100), first
Transmission wheel (114) and the first driven wheel (115) are set to the same side of support frame as described above (101), the first transmission belt (116) set
It connects on the driving wheel (106) and the first transmission wheel (114) of starting part (100), first driven belt
(117) be socketed in it is described first transmission wheel (114) and first driven wheel (115) on, first driving gear (118) and
First driven gear (119) is threaded through among the first rotating shaft (112) and the first driven shaft (113) respectively and phase
Mutually engagement, the free ends of 2 first crossbeams (111) are equipped with the card slot for first middleware (200) insertion, and described the
One power reception mechanism (210) includes 2 third crossbeams (211), third shaft (212), third driven gear (213), third
Transmission wheel (214), third transmission belt (215), 2 third crossbeams (211) are along the first middleware (200) length direction
Horizontal parallel setting and its rear end are fixed with support frame as described above (101) the front end two sides of first middleware (200) respectively to be connected
It connects, width direction setting and its both ends of the third shaft (212) along first middleware (200) are solid by bearing respectively
It is scheduled between 2 third crossbeams 211, the third driven gear (213) is threaded through the middle part of the third shaft (212)
And engaged with first driven gear (119), the third transmission wheel (214) is set to the side of the third shaft (212),
The third transmission belt (215) is set in the driving wheel of third transmission wheel (214) and first middleware (200)
(106) on, third crossbeam (211) front end is equipped with the strip matched with the card slot.
4. a kind of three-level material transmitting device according to claim 2, which is characterized in that second power transmission mechanism
It (220) include the second shaft (221), the second driven belt (222), first bevel gear (223) and power transmission bevel gear set
(224), second shaft (221) is set to the lower section of support frame as described above (101) and its both ends by bearing is fixed on support frame
(101) on the first fixed block (225) extended downwardly, wherein one end of second shaft (221) is connected with the second transmission wheel
(226), second driven belt (222) is socketed in the described of the mounting assembly where second power transmission mechanism (220)
Between driving wheel (106) and the second transmission wheel (226), first bevel gear (223) fixation is threaded through described second turn
The middle part of axis (221), the lower section that the power transmission bevel gear set (224) is set to the first bevel gear (223) are used for institute
The translating rotation for stating first bevel gear (223) vertical direction is the rotation of horizontal direction, second power reception mechanism (410)
Including the 4th shaft (411), the 4th driven belt (412), the 4th transmission wheel (413), 2 fixed links (414), 2 the 4th crossbeams
(417), second bevel gear (415) and power reception bevel gear set (416), 2 the 4th crossbeams (417) are along mounting assembly
Length direction horizontal parallel is arranged and its rear end is fixedly connected with the support frame as described above of mounting assembly (101) front end two sides respectively,
4th shaft (411) is set to roller bearing (103) front end described in front end in parallel, and the 4th shaft (411) both ends pass through bearing
It is fixed between the 4th crossbeam (417), the 4th transmission wheel (413) is set to one end of the 4th shaft (411), institute
State the driving wheel that the 4th driven belt (412) is socketed in the mounting assembly where second power reception mechanism (410)
(106) and on the 4th transmission wheel (413), the second bevel gear (415) is threaded through in the middle part of the 4th shaft (411),
The power reception bevel gear set (416) is set in front of the second bevel gear (415) and is used for power transmission bevel gear set
(224) translating rotation of horizontal direction is the rotation of the second bevel gear (415) longitudinal vertical direction, 2 fixations
One end of bar (414) is installed in respectively on 2 the 4th crossbeams (417), the other end respectively with power reception bevel gear set
(416) it is connected for fixing the power reception bevel gear set (416).
5. a kind of three-level material transmitting device according to claim 4, which is characterized in that the power transmission bevel gear set
It (224) include the 5th shaft (2241), third hand tap gear (2242) and the 4th bevel gear (2243), the 5th shaft (2241)
It is set to the lower section of the first bevel gear (223) vertically, the third hand tap gear (2242) is horizontally disposed and central shaft and institute
The upper end for stating the 5th shaft (2241) is connected, and the third hand tap gear (2242) is vertically arranged with the first bevel gear (223)
And engage, the 4th bevel gear (2243) be threaded through on the 5th shaft (2241) and with the third hand tap gear (2242)
In parallel, between the third hand tap gear (2242) and the 4th bevel gear (2243) and under the 4th bevel gear (2243)
It is equipped with first bearing (2244) and second bearing (2245), the first bearing respectively in 5th shaft (2241) of side
(2244) and second bearing (2245) is fixed by 2 connecting rods (2246) and 2 vertical bars (1082) respectively, the power
Receiving bevel gear set (416) includes the 6th shaft (4161), the 5th bevel gear (4162) and the 6th bevel gear (4163), and described the
Six shafts (4161) are horizontally disposed, and the 5th bevel gear (4162) is vertical parallel set on institute with the 6th bevel gear (4163)
The both ends of the 6th shaft (4161) are stated, the 5th bevel gear (4162) is engaged with the 4th bevel gear (2243), and described
Six bevel gears (4163) engage with the second bevel gear (415), are equipped with 3rd bearing on the 6th shaft (4161)
(4164), the 3rd bearing (4164) is fixedly connected with the fixed link (414).
6. a kind of three-level material transmitting device according to claim 5, which is characterized in that on the 5th shaft (2241)
It is also equipped with fourth bearing (227), is symmetrically installed with 2 fixed arms (228) in the circumferential direction of the fourth bearing (227), 2
The other end of the fixed arm (228) is equipped with two axis that fixing clasp (229) are used to be fixed on the 4th shaft (411)
It holds, the fixing clasp (229) is made of dismountable two semicircular rings, one end of the semicircular ring and the fixed arm
Hingedly, the other end can carry out fixed lock by tightly locking screw.
7. -6 any a kind of three-level material transmitting device according to claim 1, which is characterized in that the end part
(400) front end is equipped with stop gauge (420), and the stop gauge (420) is fixed on described by first fixed bracket (430)
On support frame (101), the stop gauge (420) includes integrally formed upper ring section (421) and lower arc portion (422), it is described on
Ring portion (421) includes top surface (4211), external annulus (4212), internal ring wall (4213) and side wall (4214), the external annulus
(4212) and the cross section of the internal ring wall (4213) is arc-shaped, and the external annulus (4212) and the internal ring wall
(4213) the arc-shaped center of circle of cross section is in the relatively previous installation group of the mounting assembly where the stop gauge (420)
On vertical line where the rotation center of part rotation, the internal ring wall (4213) is equipped with feed inlet (423), the lower arc portion
(422) wide at the top and narrow at the bottom and its bottom end is equipped with discharge port (424), and the discharge port (424) is located at the biography of the mounting assembly where it
Send above belt (104), the feed inlet (423) guarantees when two mounting assemblies turn to setting, material each fall within it is described into
Material mouth (423).
8. a kind of three-level material transmitting device according to claim 1, which is characterized in that it further include protective device (107),
The protective device (107) includes shield (1072) and protection telescoping tube (1073), and the shield (1072) is and installation
The elastic tube of the adaptable middle opening of component, the shield (1072) are detachably mounted on the cross bar (1081),
The protective stent (1071) affixed with support frame as described above (101), institute are equipped with below the support frame (101) of starting part (100)
The shield (1072) stated in starting part (100) is detachably secured on the protective stent (1071), and the protection is stretched
The draw (1073) is set to the junction of two mounting assemblies.
9. a kind of multistage material transmitting device, including a kind of such as described in any item three-level material transmitting devices of claim 1-8,
It is characterized in that, further including at least one second middleware (300), second middleware (300) is set among described first
Between part (200) and the end part (400), second middleware (300) includes support frame as described above (101) and the support
Column (102) is set on support frame as described above (101) there are two roller bearing (103), is socketed with feed belt on the roller bearing (103)
(104), the support column (102) is set to lower section and its height-adjustable, support column (102) of support frame as described above (101)
At least 4, one end of the roller bearing (103) is equipped with driving wheel (106), the front-end and back-end of second middleware (300)
It is respectively equipped with second power reception mechanism (410) and second power transmission mechanism (220).
10. a kind of multistage material transmitting device according to claim 9, which is characterized in that second middleware (300)
Lower section is equipped with the fixed bracket (108) that cooperates with support frame as described above (101), support column (102) upper end with it is described solid
Fixed rack (108) connects firmly, and the front end of second middleware (300) is equipped with the stop gauge (420), second middleware
On be additionally provided with the protective device (107).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810846249.2A CN108840078A (en) | 2018-07-27 | 2018-07-27 | A kind of three-level material transmitting device and the multistage material transmitting device with it |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810846249.2A CN108840078A (en) | 2018-07-27 | 2018-07-27 | A kind of three-level material transmitting device and the multistage material transmitting device with it |
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| Publication Number | Publication Date |
|---|---|
| CN108840078A true CN108840078A (en) | 2018-11-20 |
Family
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|---|---|---|---|
| CN201810846249.2A Pending CN108840078A (en) | 2018-07-27 | 2018-07-27 | A kind of three-level material transmitting device and the multistage material transmitting device with it |
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