CN108202096A - A kind of improved environment protection type punching press shaping equipment - Google Patents
A kind of improved environment protection type punching press shaping equipment Download PDFInfo
- Publication number
- CN108202096A CN108202096A CN201711193972.7A CN201711193972A CN108202096A CN 108202096 A CN108202096 A CN 108202096A CN 201711193972 A CN201711193972 A CN 201711193972A CN 108202096 A CN108202096 A CN 108202096A
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- China
- Prior art keywords
- spiral shell
- shell shape
- top load
- load structure
- prevents
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D22/00—Shaping without cutting, by stamping, spinning, or deep-drawing
- B21D22/02—Stamping using rigid devices or tools
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D55/00—Safety devices protecting the machine or the operator, specially adapted for apparatus or machines dealt with in this subclass
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B30—PRESSES
- B30B—PRESSES IN GENERAL
- B30B1/00—Presses, using a press ram, characterised by the features of the drive therefor, pressure being transmitted directly, or through simple thrust or tension members only, to the press ram or platen
- B30B1/18—Presses, using a press ram, characterised by the features of the drive therefor, pressure being transmitted directly, or through simple thrust or tension members only, to the press ram or platen by screw means
- B30B1/181—Presses, using a press ram, characterised by the features of the drive therefor, pressure being transmitted directly, or through simple thrust or tension members only, to the press ram or platen by screw means the screw being directly driven by an electric motor
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B30—PRESSES
- B30B—PRESSES IN GENERAL
- B30B15/00—Details of, or accessories for, presses; Auxiliary measures in connection with pressing
- B30B15/28—Arrangements for preventing distortion of, or damage to, presses or parts thereof
- B30B15/281—Arrangements for preventing distortion of, or damage to, presses or parts thereof overload limiting devices
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Structures Of Non-Positive Displacement Pumps (AREA)
Abstract
The invention discloses a kind of improved environment protection type punching press shaping equipments, including mounting base, the middle part profit of the mounting base upper surface is screwed driving machine installation encasement, the inside of the driving machine installation encasement is installed by one driving machine, a fan pressure exerting arrangement is fixed in the side of driving machine turn axis in the driving machine, a main turn axis is fixed at the top of the fan pressure exerting arrangement, a spiral shell shape is fixed on the top of the main turn axis prevents top load structure, the spiral shell shape prevents the top pair turn axis of top load structure, a spiral shell shape turn plate is fixed in the shaft end of the pair turn axis.The punch forming that the present invention can carry out steel plate by spiral shell shape structure works; it can be under conditions of time saving and energy saving, labor intensity be low and working efficiency is high; it works; in addition; there is the device fan pressure exerting arrangement and spiral shell shape to prevent top load structure; it can effectively be accelerated and protect screw thread will not be because of the generation of dynamics damaged phenomenon caused by excessive, practicability is stronger.
Description
Technical field
The present invention relates to punching press shaping equipment technical field, specially a kind of improved environment protection type punching press shaping equipment.
Background technology
At present, in stamping equipment technical field, stamping procedure is equipped with corresponding punching press shaping equipment, punching press shaping equipment
General to use mechanical, fluid pressure type, pneumatic type structure, mechanical with good stability, fluid pressure type punching press tonnage is than machinery
Formula is big, and pneumatic type usability is only second to fluid pressure type, and general punching course cannot have very much so all only with a kind of type of drive
The usability using raising equipment the characteristics of different modes of effect, and can only realize the mesh of different shaping by changing mold
, if using this equipment, different driving mode drives different component workings, it will improves equipment usability, and has energy saving
The effect of emission reduction is environmentally friendly can realize more complicated technique, improve the functionality of equipment.
Invention content
The purpose of the present invention is to provide a kind of improved environment protection type punching press shaping equipment, to solve in above-mentioned background technology
The problem of proposition.
To achieve the above object, the present invention provides following technical solution：
A kind of improved environment protection type punching press shaping equipment including mounting base, is equipped with a weight structure in the mounting base, described heavy
Laminated structure includes tank and iron block, and the middle part profit of the mounting base upper surface is screwed driving machine installation encasement,
A driving machine is installed in the inside of driving machine installation encasement, and the side of the driving machine turn axis in the driving machine fixes one
Fan pressure exerting arrangement fixes a main turn axis at the top of the fan pressure exerting arrangement, and a spiral shell is fixed on the top of the main turn axis
Shape prevents top load structure, and the spiral shell shape prevents the top pair turn axis of top load structure, and the shaft end of the pair turn axis is fixed
One spiral shell shape turn plate, the spiral shell shape turn plate are provided with inner spiral structure at its circumference side, and the pair turn axis penetrates one
Round fixed station, and the round fixed station is provided with inside groove limiting structure, and the secondary turn axis in the middle part of surface on it
Top fixing a major limitation plate positioned at the inside of the inside groove limiting structure, the round fixed station is at the both ends to match
Bottom is both provided with the bottom spiral shell shape encasement of formed self-contained structure, and being internally provided with for the bottom spiral shell shape encasement is interior
Spiral shell shape structure, the round fixed station positioned at the both ends of the bottom spiral shell shape encasement by the first spiral shell shape bar and the second spiral shell shape bar
Through, and the identical cuter spiral knot of spiral shell shape line direction of extension is provided on the rod end of the first spiral shell shape bar and the second spiral shell shape bar
Structure, the inner spiral structure are meshed with cuter spiral structure, and the limit of the spiral shell shape turn plate connects first by spiral shell shape structure
The bottom end of the rod end of spiral shell shape bar and the second spiral shell shape bar, the first spiral shell shape bar and the second spiral shell shape bar is both provided with secondary restriction plate,
The top of the first spiral shell shape bar and the second spiral shell shape bar is fixedly connected by a diaphragm plate, the bottom of the diaphragm plate be provided with
It forms the decompressor of self-contained structure, the decompressor include cylinder, piston rod, piston hole, locking nut, spiral shell shape hole,
Stroke block, guide rail, stamping die, cylinder lower face screw are fixedly connected with the diaphragm plate upper surface, the cylinder middle section
It is telescopic to be provided with the piston rod, be provided with the piston hole in the middle part of the diaphragm plate, the piston rod can turn it is saturating
The piston hole is crossed, the diaphragm plate lower end is provided with two guide rails to match, and what can be slided on the guide rail is provided with
The stroke block, the stroke block upper center are provided with spiral shell shape hole, and the piston rod is set with the stroke block connecting part
There is the locking nut, the piston-rod lower end spiral shell shape position coordinates with the spiral shell shape hole, locking nut spiral shell shape, the stroke block
Lower end screw, which is fixedly connected, is provided with stamping die, so as to which the stroke block be made to carry out presser under the pulling of the piston rod
Make.
Preferably, the fan pressure exerting arrangement includes fan pressure exerting arrangement installs encasement, fan pressing machine with fan
Structure fan installation inner cavity, fan pressure exerting arrangement air-breathing pipe, fan pressure exerting arrangement pipe of having a respite, fan pressure exerting arrangement are used
Protective jacket and fan pressure exerting arrangement are applied mechanically in air-breathing through-hole, fan pressure exerting arrangement through-hole of having a respite, the protection of fan pressure exerting arrangement
With fan thin slice.
Preferably, the fan pressure exerting arrangement is provided with fan pressure exerting arrangement with the middle part that fan is installed inside encasement
Inner cavity is installed with fan, the fan pressure exerting arrangement fan installation encasement is provided with formed in the both ends differentiation to match
The fan pressure exerting arrangement air-breathing pipe of self-contained structure and fan pressure exerting arrangement pipe of having a respite, the fan pressure exerting arrangement are inhaled
Gas pipe and fan pressure exerting arrangement are both provided with fan pressure exerting arrangement with the inside for pipe of having a respite and are applied with air-breathing through-hole and fan
Press mechanism through-hole of having a respite, the fan pressure exerting arrangement air-breathing through-hole and fan pressure exerting arrangement, which are used, has a respite in through-hole
Portion links fan pressure exerting arrangement fan installation inner cavity, and the fan pressure exerting arrangement is installed with fan in the both ends of the surface of encasement
Portion is penetrated by driving machine turn axis, and driving machine turn axis intracavitary in being installed positioned at the fan pressure exerting arrangement with fan
The shaft end outer end in portion connects fan pressure exerting arrangement protection and applies mechanically protective jacket, and protective jacket is applied mechanically in the fan pressure exerting arrangement protection
Surface is provided with multiple fan pressure exerting arrangement fan thin slices, and multiple fan pressure exerting arrangements with fan thin slice about the driving
The central axis of machine turn axis enumerates setting for origin in ring.
Preferably, the length of fan pressure exerting arrangement fan thin slice installs inner cavity with fan pressure exerting arrangement fan
Radius it is identical.
Preferably, the spiral shell shape prevent top load structure include spiral shell shape prevent top load structure it is main in logical encasement,
Spiral shell shape prevents logical structure, spiral shell shape in top load structure master from preventing top load structure turn column, spiral shell shape from preventing top load structure
With lead in pair encasement, spiral shell shape prevent in top load structure pair logical structure, spiral shell shape prevent top load structure compression elasticity circle,
Spiral shell shape prevents top load structure telescopic rod, spiral shell shape from preventing top load structure from preventing top load structure with circular arc slot structure and spiral shell shape
Use flat runner.
Preferably, the spiral shell shape prevents the middle part for leading to encasement side in top load structure master and secondary turn axis from fixing
Connection, the spiral shell shape, which prevents the middle part led to inside encasement in top load structure master to be provided with spiral shell shape, prevents top load structure from using
Lead to structure in master, the spiral shell shape prevents the middle part of inside for leading to encasement in top load structure master from preventing high load positioned at spiral shell shape
Installing a spiral shell shape in lotus structure is main in logical structure prevents top load structure turn column, and the spiral shell shape prevents top load structure from using
The middle part of turn column one end is fixedly connected with the top of main turn axis, and the spiral shell shape prevents from leading to encasement in top load structure master
Side be provided with multiple spiral shell shapes and prevent from leading to encasement in top load structure pair, each spiral shell shape prevents top load structure from using
The inside of logical encasement is both provided with spiral shell shape and prevents from leading to structure in top load structure pair in pair, and each spiral shell shape prevents high load
Lead to encasement in lotus structure pair is preventing the inside one spiral shell shape of installation for leading to structure in top load structure pair from preventing positioned at spiral shell shape
Top load structure flat runner, the spiral shell shape prevent top load structure from preventing top load structure positioned at the spiral shell shape with flat runner
Preventing the inside for leading to structure in top load structure pair from fixing one positioned at the spiral shell shape with the end face led on the outside of structure in pair
Spiral shell shape prevents top load structure compression elasticity circle, and the spiral shell shape prevents from setting in the middle part of top load structure flat runner other end
Being equipped with the spiral shell shape of formed self-contained structure prevents top load structure telescopic rod, and it is flexible that the spiral shell shape prevents top load structure from using
Bar prevents from leading to encasement in top load structure master through the spiral shell shape and the spiral shell shape prevents top load structure telescopic rod position
It is arc structure in the side that the spiral shell shape prevents from leading to inside configuration in top load structure master, the spiral shell shape prevents top load knot
Structure is provided with the spiral shell shape with turn column at the position that top load structure telescopic rod is prevented positioned at the spiral shell shape prevents top load
Structure circular arc slot structure, and the spiral shell shape prevents the side of top load structure telescopic rod to be inserted into spiral shell shape prevents top load knot
Structure circular arc slot structure.
Preferably, multiple spiral shell shapes prevent logical encasement in top load structure pair from preventing high load about the spiral shell shape
The central axis for leading to structure in lotus structure is main is that origin enumerates setting in ring.
It is prevented preferably, the spiral shell shape prevents the initial length of top load structure compression elasticity circle to be more than the spiral shell shape
Lead to the length of structure in top load structure pair.
Preferably, the tank is set to bottom in the mounting base, the iron block is fixedly installed in the tank.
Compared with prior art, the beneficial effects of the invention are as follows：
The present invention can by spiral shell shape structure carry out steel plate punch forming work, can it is low in time saving and energy saving, labor intensity and
Under conditions of working efficiency height, work, in addition, there is the device fan pressure exerting arrangement and spiral shell shape to prevent top load structure,
It can effectively be accelerated and protect screw thread will not be because of the generation of dynamics damaged phenomenon caused by excessive, practicability is stronger.
Description of the drawings
Fig. 1 is a kind of complete section structure diagram of improved environment protection type punching press shaping equipment of the present invention；
Fig. 2 is the schematic diagram of fan pressure exerting arrangement in Fig. 1；
Fig. 3 is the schematic diagram that spiral shell shape prevents top load structure in Fig. 1；
Fig. 4 is the schematic diagram of decompressor structure in Fig. 1.
In figure：1, mounting base, 2, driving machine installation encasement, 3, driving machine, 4, driving machine turn axis, 5, fan pressing machine
Structure, 51, fan pressure exerting arrangement install encasement, 52 with fan, and fan pressure exerting arrangement installs inner cavity, 53, fan pressure with fan
Mechanism air-breathing pipe, 54, fan pressure exerting arrangement pipe of having a respite, 55, fan pressure exerting arrangement air-breathing through-hole, 56, fan
Pressure exerting arrangement through-hole of having a respite, 57, fan pressure exerting arrangement, which protects, applies mechanically protective jacket, 58, fan pressure exerting arrangement fan thin slice,
6, main turn axis, 7, spiral shell shape prevent top load structure, 71, and spiral shell shape prevents from leading to encasement, 72 in top load structure master, and spiral shell shape is prevented
Only lead to structure, 73 in top load structure master, spiral shell shape prevents top load structure turn column, 74, and spiral shell shape prevents top load structure
With encasement, 75 are led in pair, spiral shell shape prevents from leading to structure, 76 in top load structure pair, and spiral shell shape prevents top load structure from compressing
Elastic ring, 77, spiral shell shape prevent top load structure telescopic rod, 78, and spiral shell shape prevents top load structure circular arc slot structure, 79, spiral shell
Shape prevents top load structure flat runner, 8, secondary turn axis, 9, spiral shell shape turn plate, 10, round fixed station, 11, inside groove limitation knot
Structure, 12, major limitation plate, 13, bottom spiral shell shape encasement, 14, the first spiral shell shape bar, 15, the second spiral shell shape bar, 16, secondary restriction plate,
17, diaphragm plate, 18, decompressor, 60, cylinder, 61, piston rod, 62, locking nut, 63, spiral shell shape hole, 64, stroke block, 65 are led
Rail, 66, stamping die, 67, piston hole.
Specific embodiment
Below in conjunction with the attached drawing in the embodiment of the present invention, the technical solution in the embodiment of the present invention is carried out clear, complete
Site preparation describes, it is clear that described embodiment is only part of the embodiment of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, those of ordinary skill in the art are obtained every other without making creative work
Embodiment shall fall within the protection scope of the present invention.
Referring to Fig. 1, a kind of embodiment provided by the invention：A kind of improved environment protection type punching press shaping equipment, including peace
Seat 1 is filled, a weight structure is equipped in the mounting base 1, the weight structure includes tank 101 and iron block 102, the tank
101 are set to bottom in the mounting base 1, and the iron block 102 is fixedly installed in the tank 101, passes through the iron block 102
The bottom weight of the mounting base 1 can be increased, so as to improve stability when mounting base 1 supports, in 1 upper surface of mounting base
Portion's profit is screwed driving machine installation encasement 2, and a driving machine 3, institute are installed in the inside of the driving machine installation encasement 2
A fan pressure exerting arrangement 5 is fixed in the side for stating the driving machine turn axis 4 in driving machine 3, and the top of the fan pressure exerting arrangement 5 is consolidated
A fixed main turn axis 6, a spiral shell shape is fixed on the top of the main turn axis 6 prevents top load structure 7, and the spiral shell shape prevents top load
A spiral shell shape turn plate 9 is fixed in the top pair turn axis 8 of structure 7, the shaft end of the pair turn axis 8, and the spiral shell shape turn plate 9 is at it
Inner spiral structure is provided at circumference side, the pair turn axis 8 penetrates a round fixed station 10, and the round fixed station 10
Inside groove limiting structure 11 is provided in the middle part of surface on it, and the top of the secondary turn axis 8 is limited positioned at the inside groove
A major limitation plate 12 is fixed in the inside of structure 11, and the round fixed station 10 is both provided with and its shape in the both ends bottom to match
Into the bottom spiral shell shape encasement 13 of self-contained structure, the bottom spiral shell shape encasement 13 is internally provided with inner spiral structure, described
Round fixed station 10 is being penetrated positioned at the both ends of the bottom spiral shell shape encasement 13 by the first spiral shell shape bar 14 and the second spiral shell shape bar 15,
And the identical cuter spiral structure of spiral shell shape line direction of extension is provided on the first spiral shell shape bar 14 and the rod end of the second spiral shell shape bar 15,
The inner spiral structure is meshed with cuter spiral structure, and the limit of the spiral shell shape turn plate 9 connects the first spiral shell by spiral shell shape structure
The bottom end of the rod end of 14 and second spiral shell shape bar 15 of shape bar, the first spiral shell shape bar 14 and the second spiral shell shape bar 15 is both provided with secondary limit
Making sheet 16, the first spiral shell shape bar 14 are fixedly connected with the top of the second spiral shell shape bar 15 by a diaphragm plate 17, the diaphragm plate
17 bottom is provided with the decompressor 18 of formed self-contained structure, the decompressor 18 include cylinder 60, piston rod 61,
Piston hole 67, locking nut 62, spiral shell shape hole 63, stroke block 64, guide rail 65, stamping die 66, the 60 lower face screw of cylinder
17 upper surface of diaphragm plate is fixedly connected with, 60 middle part of cylinder is telescopic to be provided with the piston rod 61, the tabula
The middle part of plate 17 is provided with the piston hole 67, the piston rod 61 can turn the transmission piston hole 67, the diaphragm plate 17
Lower end is provided with two guide rails 65 to match, and what can be slided on the guide rail 65 is provided with the stroke block 64, the row
64 upper center of journey block is provided with spiral shell shape hole, and the piston rod 61 is provided with the locking screw with 64 connecting part of stroke block
Mother 62, the 61 lower end Luo Xing positions of piston rod coordinate with the spiral shell shape hole, 62 spiral shell shape of locking nut, 64 lower end of stroke block
Screw, which is fixedly connected, is provided with stamping die 66, so as to which the stroke block 64 be made to carry out punching press under the pulling of the piston rod 61
Work.Its main operational principle is：The punch forming that steel plate is carried out by spiral shell shape structure works, can be in time saving and energy saving, labour
Intensity is low to work under conditions of working efficiency height, in addition, there is the device fan pressure exerting arrangement and spiral shell shape to prevent high load
Lotus structure can effectively be accelerated and protect screw thread will not be because of the generation of dynamics damaged phenomenon caused by excessive, specifically
Workflow is：Mounting base 1 is installed to ground, then the power plug of driving machine 3 is inserted into battery plate, then by steel plate
The upper surface of round fixed station 10 is erected at, the rotating of control driving machine 3 is then controlled by controller, so as to control spiral shell shape
Structure when rotated, caused situation of movement, when diaphragm plate 17 is under the influence of spiral shell shape structure, when moving down, rush by drive
Pressure device 18 moves down, so as to which by steel plate punched, into the shape of needs, then reverse opening driving machine 3, realization reset response are multiple again
Task can be descended behind position.
Referring to Fig. 2, the fan pressure exerting arrangement 5 includes, fan pressure exerting arrangement installs encasement 51 with fan, fan is applied
Press mechanism fan installation inner cavity 52, fan pressure exerting arrangement air-breathing pipe 53, fan pressure exerting arrangement pipe 54, the fan of having a respite
Protective jacket is applied mechanically in pressure exerting arrangement air-breathing through-hole 55, fan pressure exerting arrangement through-hole 56 of having a respite, the protection of fan pressure exerting arrangement
57 and fan pressure exerting arrangement fan thin slice 58；The middle part that the fan pressure exerting arrangement installs inside encasement 51 with fan is set
There is fan pressure exerting arrangement fan that inner cavity 52 is installed, the fan pressure exerting arrangement fan installs encasement 51 at the both ends to match
Differentiation is provided with the fan pressure exerting arrangement air-breathing pipe 53 of formed self-contained structure and fan pressure exerting arrangement pipe of having a respite
54, fan pressure exerting arrangement air-breathing pipe 53 and fan pressure exerting arrangement are both provided with fan with the inside for pipe 54 of having a respite and apply
Press mechanism air-breathing through-hole 55 and fan pressure exerting arrangement through-hole 56 of having a respite, the fan pressure exerting arrangement air-breathing through-hole
55 and the fan pressure exerting arrangement inside for through-hole 56 of having a respite link fan pressure exerting arrangement fan installation inner cavity 52, the wind
It is penetrated in the middle part of the both ends of the surface of fan pressure exerting arrangement fan installation encasement 51 by driving machine turn axis 4, and the driving machine turn
Axis 4 connects fan pressure exerting arrangement protection in the shaft end outer end installed positioned at the fan pressure exerting arrangement with fan inside inner cavity 52
Protective jacket 57 is applied mechanically, the surface that protective jacket 57 is applied mechanically in the fan pressure exerting arrangement protection is provided with multiple fan pressure exerting arrangement wind
Thin slice 58 is fanned, and multiple fan pressure exerting arrangements are origin about the central axis of the driving machine turn axis 4 with fan thin slice 58
Setting is enumerated in ring；The length of fan pressure exerting arrangement fan thin slice 58 installs inner cavity with fan pressure exerting arrangement fan
52 radius is identical, and main function is fan pressure exerting arrangement fan thin slice 58 to be driven to rotate using powerful air pressure, and then
Driving machine turn axis 4 is driven to rotate, plays pressurization.
It prevents from leading to encasement in top load structure master referring to Fig. 3, the spiral shell shape prevents top load structure 7 from including spiral shell shape
71st, spiral shell shape prevents logical structure 72, spiral shell shape in top load structure master from preventing top load structure turn column 73, spiral shell shape from preventing high load
Lead to encasement 74 in lotus structure pair, spiral shell shape prevents logical structure 75, spiral shell shape in top load structure pair from preventing top load structure from using
Compression elasticity circle 76, spiral shell shape prevent top load structure telescopic rod 77, spiral shell shape from preventing 78 and of top load structure circular arc slot structure
Spiral shell shape prevents top load structure flat runner 79；The spiral shell shape prevents the middle part for leading to 71 side of encasement in top load structure master
It is fixedly connected with secondary turn axis 8, the spiral shell shape prevents the middle part led to inside encasement 71 in top load structure master to be provided with spiral shell
Shape prevents from leading to structure 72 in top load structure master, and the spiral shell shape prevents the inside for leading to encasement 71 in top load structure master
Middle part positioned at spiral shell shape prevent top load structure it is main in lead to and a spiral shell shape is installed in structure 72 prevents top load structure turn column
73, the spiral shell shape prevents the middle part of top load structure 73 one end of turn column to be fixedly connected with the top of main turn axis 6, the spiral shell
Shape, which prevents the side for leading to encasement 71 in top load structure master to be provided with multiple spiral shell shapes, prevents top load structure secondary Nei Tongbao
Shell 74 is covered, each spiral shell shape, which prevents the inside for leading to encasement 74 in top load structure pair to be both provided with spiral shell shape, prevents top load
Lead to structure 75 in structure pair, each spiral shell shape prevents logical encasement 74 in top load structure pair from preventing height positioned at spiral shell shape
Leading to the inside one spiral shell shape of installation of structure 75 in load structure pair prevents top load structure flat runner 79, and the spiral shell shape prevents height
Load structure is preventing the end face for leading to 75 outside of structure in top load structure pair in place with flat runner 79 positioned at the spiral shell shape
Preventing the inside for leading to structure 75 in top load structure pair from fixing a spiral shell shape in the spiral shell shape prevents top load structure from compressing bullet
Power circle 76, the spiral shell shape prevent from being provided with formed self-contained structure in the middle part of top load structure 79 other end of flat runner
Spiral shell shape prevents top load structure telescopic rod 77, and the spiral shell shape prevents top load structure from being prevented with telescopic rod 77 through the spiral shell shape
Logical encasement 71 and the spiral shell shape, which prevent top load structure to be located at the spiral shell shape with telescopic rod 77, in top load structure is main prevents
The side led to inside structure 72 in top load structure is main is arc structure, and the spiral shell shape prevents top load structure turn column 73
Prevent top load structure from justifying preventing top load structure that the position of telescopic rod 77 is provided with the spiral shell shape positioned at the spiral shell shape
Arc slot structure 78, and the spiral shell shape prevent top load structure with the side of telescopic rod 77 be inserted into spiral shell shape prevent top load structure use
Circular arc slot structure 78；Multiple spiral shell shapes prevent logical encasement 74 in top load structure pair from preventing top load about the spiral shell shape
The central axis for leading to structure 72 in structure is main is that origin enumerates setting in ring；The spiral shell shape prevents top load structure from compressing
The initial length of elastic ring 76, which is more than the spiral shell shape, prevents the length for leading to structure 75 in top load structure pair, and main function is
Play the role of anti-overload, it should be noted that spiral shell shape prevents top load structure to be slightly less than inner spiral structure with the elastic force of compression elasticity circle 76
With the maximum weighted limit of cuter spiral structure, when before reaching the limiting value, spiral shell shape prevents top load structure telescopic rod 77
Spiral shell shape, which can be detached from, prevents top load structure circular arc slot structure 78, so that spiral shell shape prevents top load structure with main Nei Tongbao
It covers shell 71 and spiral shell shape prevents relative rotation between top load structure turn column 73, so as to which screw thread be prevented to be damaged.
Specifically used mode：In present invention work, in use, installing mounting base 1 to ground, then by driving machine 3
Power plug is inserted into battery plate, and then steel plate is erected to the upper surface of round fixed station 10, then controlled by controller
Control the rotating of driving machine 3, so as to control spiral shell shape structure when rotated, caused situation of movement, when diaphragm plate 17 is in spiral shell
Under the influence of shape structure, when moving down, decompressor 18 is driven to move down, so as to by steel plate punched into the shape of needs, then
Reverse opening driving machine 3 again realizes reset response,, will by an air compressor when the rotation dynamics of driving machine 3 is smaller
The air outlet of air compressor is docked with fan pressure exerting arrangement 5, when opening air compressor, is made in powerful air pressure
Under, pressurization is played, when resistance when, upon rotating is more than spiral shell shape structure, spiral shell shape prevents top load structure 7 being capable of timely work
Make, realize relative brake effect, screw thread is prevented to be damaged, task can be descended after reset.
It is obvious to a person skilled in the art that the present invention is not limited to the details of above-mentioned exemplary embodiment, Er Qie
In the case of without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power
Profit requirement rather than above description limit, it is intended that all by what is fallen within the meaning and scope of the equivalent requirements of the claims
Variation is included within the present invention.Any reference numeral in claim should not be considered as to the involved claim of limitation.
Claims (9)
1. a kind of improved environment protection type punching press shaping equipment, including mounting base, it is characterised in that：A weight is equipped in the mounting base
Laminated structure, the weight structure include tank and iron block, and the middle part profit of the mounting base upper surface is screwed driving machine
Encasement is installed, a driving machine is installed in the inside of driving machine installation encasement, the driving machine turn axis in the driving machine
Side fix a fan pressure exerting arrangement, a main turn axis is fixed at the top of the fan pressure exerting arrangement, the main turn axis
A spiral shell shape is fixed on top prevents top load structure, and the spiral shell shape prevents the top pair turn axis of top load structure, the pair turn
A spiral shell shape turn plate is fixed in the shaft end of axis, and the spiral shell shape turn plate is provided with inner spiral structure, the pair at its circumference side
Turn axis penetrates a round fixed station, and the round fixed station is provided with inside groove limiting structure in the middle part of surface on it, and
A major limitation plate, the round fixed station are being fixed in the top of the pair turn axis positioned at the inside of the inside groove limiting structure
The bottom spiral shell shape encasement of formed self-contained structure is both provided in the both ends bottom to match, the bottom spiral shell shape encasement
Be internally provided with inner spiral structure, the round fixed station positioned at the both ends of the bottom spiral shell shape encasement by the first spiral shell shape bar
It is penetrated with the second spiral shell shape bar, and it is identical that spiral shell shape line direction of extension is provided on the rod end of the first spiral shell shape bar and the second spiral shell shape bar
Cuter spiral structure, the inner spiral structure is meshed with cuter spiral structure, and the limit of the spiral shell shape turn plate passes through spiral shell shape knot
The bottom end of the rod end of structure the first spiral shell shape bar of connection and the second spiral shell shape bar, the first spiral shell shape bar and the second spiral shell shape bar is both provided with secondary
Want restriction plate, the top of the first spiral shell shape bar and the second spiral shell shape bar is fixedly connected by a diaphragm plate, the bottom of the diaphragm plate
Portion is provided with the decompressor of formed self-contained structure, and the decompressor includes cylinder, piston rod, piston hole, locking screw
Mother, spiral shell shape hole, stroke block, guide rail, stamping die, cylinder lower face screw are fixedly connected with the diaphragm plate upper surface, institute
It states that cylinder middle section is telescopic to be provided with the piston rod, the piston hole, the piston rod is provided in the middle part of the diaphragm plate
Can turn the transmission piston hole, the diaphragm plate lower end is provided with two guide rails to match, can be slided on the guide rail
Capable is provided with the stroke block, and the stroke block upper center is provided with spiral shell shape hole, the piston rod and the stroke block phase
Socket part position is provided with the locking nut, and the piston-rod lower end spiral shell shape position coordinates with the spiral shell shape hole, locking nut spiral shell shape,
The stroke block lower end screw, which is fixedly connected, is provided with stamping die.
2. a kind of improved environment protection type punching press shaping equipment according to claim 1, it is characterised in that：The fan pressure
Mechanism includes fan pressure exerting arrangement and installs encasement, fan pressure exerting arrangement fan installation inner cavity, fan pressure exerting arrangement with fan
With air-breathing pipe, fan pressure exerting arrangement pipe of having a respite, fan pressure exerting arrangement air-breathing through-hole, fan pressure exerting arrangement with having a respite
Protective jacket and fan pressure exerting arrangement fan thin slice are applied mechanically in through-hole, the protection of fan pressure exerting arrangement.
3. a kind of improved environment protection type punching press shaping equipment according to claim 2, it is characterised in that：The fan pressure
Mechanism is provided with fan pressure exerting arrangement fan installation inner cavity, the fan pressing machine with the middle part that fan is installed inside encasement
Structure fan installs encasement and the fan pressure exerting arrangement air-breathing for being provided with formed self-contained structure is distinguished at the both ends to match
Pipe and fan pressure exerting arrangement pipe of having a respite, the fan pressure exerting arrangement air-breathing pipe and fan pressure exerting arrangement circle of having a respite
The inside of pipe is both provided with fan pressure exerting arrangement air-breathing through-hole and fan pressure exerting arrangement through-hole of having a respite, and the fan is applied
The inside of press mechanism air-breathing through-hole and fan pressure exerting arrangement through-hole of having a respite links fan pressure exerting arrangement and is pacified with fan
Inner cavity is filled, the fan pressure exerting arrangement is installed with fan and penetrated in the middle part of the both ends of the surface of encasement by driving machine turn axis, and described
Driving machine turn axis connects fan pressure in the shaft end outer end for installing inner cavity with fan positioned at the fan pressure exerting arrangement
Protective jacket is applied mechanically in mechanism protection, and the surface that protective jacket is applied mechanically in the fan pressure exerting arrangement protection is provided with multiple fan pressure exerting arrangements
With fan thin slice, and multiple fan pressure exerting arrangements are that origin is in about the central axis of the driving machine turn axis with fan thin slice
Ring enumerates setting.
4. a kind of improved environment protection type punching press shaping equipment according to claim 3, it is characterised in that：The fan pressure
The length of mechanism fan thin slice is identical with the radius of fan pressure exerting arrangement fan installation inner cavity.
5. a kind of improved environment protection type punching press shaping equipment according to claim 1, it is characterised in that：The spiral shell shape prevents
Top load structure, which includes spiral shell shape, prevents logical encasement, spiral shell shape in top load structure master from preventing from leading to knot in top load structure master
Structure, spiral shell shape prevent top load structure turn column, spiral shell shape from preventing logical encasement, spiral shell shape in top load structure pair from preventing top load
Lead to structure in structure pair, spiral shell shape prevents top load structure compression elasticity circle, spiral shell shape from preventing top load structure telescopic rod, spiral shell
Shape prevents top load structure circular arc slot structure and spiral shell shape from preventing top load structure flat runner.
6. a kind of improved environment protection type punching press shaping equipment according to claim 5, it is characterised in that：The spiral shell shape prevents
The middle part for leading to encasement side in top load structure is main is fixedly connected with secondary turn axis, and the spiral shell shape prevents top load structure from using
The middle part led to inside encasement in master is provided with spiral shell shape and prevents from leading to structure in top load structure master, and the spiral shell shape prevents top load
Leading to the middle part of the inside of encasement in structure is main is preventing from installing a spiral shell in logical structure in top load structure master positioned at spiral shell shape
Shape prevents top load structure turn column, and the spiral shell shape prevents the middle part of top load structure turn column one end and main turn axis
Top is fixedly connected, and the spiral shell shape, which prevents the side for leading to encasement in top load structure master to be provided with multiple spiral shell shapes, prevents high load
Lead to encasement in lotus structure pair, each spiral shell shape prevents the inside for leading to encasement in top load structure pair to be both provided with spiral shell
Shape prevents from leading to structure in top load structure pair, and each spiral shell shape prevents from leading in top load structure pair encasement positioned at spiral shell
Shape, which prevents the inside for leading to structure in top load structure pair from installing a spiral shell shape, prevents top load structure flat runner, and the spiral shell shape is prevented
Only top load structure is preventing the end face in top load structure pair on the outside of logical structure in place with flat runner positioned at the spiral shell shape
Preventing the inside for leading to structure in top load structure pair from fixing a spiral shell shape in the spiral shell shape prevents top load structure compression elasticity
Circle, the spiral shell shape prevent the spiral shell shape for being provided with formed self-contained structure in the middle part of top load structure flat runner other end from preventing
Only top load structure telescopic rod, the spiral shell shape prevent top load structure from preventing top load structure through the spiral shell shape with telescopic rod
Top load structure is prevented to be located at the spiral shell shape with telescopic rod with logical encasement and the spiral shell shape in master prevents top load structure from leading
The side of interior logical inside configuration is arc structure, and the spiral shell shape prevents top load structure from being prevented with turn column positioned at the spiral shell shape
The position of top load structure telescopic rod, which is provided with the spiral shell shape, prevents top load structure circular arc slot structure, and the spiral shell shape is prevented
Only the side of top load structure telescopic rod, which is inserted into spiral shell shape, prevents top load structure circular arc slot structure.
7. a kind of improved environment protection type punching press shaping equipment according to claim 6, it is characterised in that：Multiple spiral shell shapes
It prevents from leading to the central axis that encasement prevents logical structure in top load structure master about the spiral shell shape in top load structure pair
For origin setting is enumerated in ring.
8. a kind of improved environment protection type punching press shaping equipment according to claim 7, it is characterised in that：The spiral shell shape prevents
The initial length of top load structure compression elasticity circle, which is more than the spiral shell shape, prevents the length for leading to structure in top load structure pair.
9. a kind of improved environment protection type punching press shaping equipment according to claim 1, it is characterised in that：The tank setting
In bottom in the mounting base, the iron block is fixedly installed in the tank.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711193972.7A CN108202096A (en) | 2017-11-24 | 2017-11-24 | A kind of improved environment protection type punching press shaping equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711193972.7A CN108202096A (en) | 2017-11-24 | 2017-11-24 | A kind of improved environment protection type punching press shaping equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108202096A true CN108202096A (en) | 2018-06-26 |
Family
ID=62604007
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711193972.7A Withdrawn CN108202096A (en) | 2017-11-24 | 2017-11-24 | A kind of improved environment protection type punching press shaping equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108202096A (en) |
-
2017
- 2017-11-24 CN CN201711193972.7A patent/CN108202096A/en not_active Withdrawn
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Application publication date: 20180626 |