CN104440068A - Assembling tool of electric caliper transmission assembly - Google Patents
Assembling tool of electric caliper transmission assembly Download PDFInfo
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- CN104440068A CN104440068A CN201410767814.8A CN201410767814A CN104440068A CN 104440068 A CN104440068 A CN 104440068A CN 201410767814 A CN201410767814 A CN 201410767814A CN 104440068 A CN104440068 A CN 104440068A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P19/00—Machines for simply fitting together or separating metal parts or objects, or metal and non-metal parts, whether or not involving some deformation; Tools or devices therefor so far as not provided for in other classes
- B23P19/04—Machines for simply fitting together or separating metal parts or objects, or metal and non-metal parts, whether or not involving some deformation; Tools or devices therefor so far as not provided for in other classes for assembling or disassembling parts
- B23P19/06—Screw or nut setting or loosening machines
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Abstract
The invention relates to an assembling tool of an electric caliper transmission assembly. The assembling tool comprises a workbench. A clamp device is connected to the upper end of the workbench. A three-freedom-degree adjusting device is disposed at the rear of the clamp device and fixed on the workbench. A bolt screwing device is mounted on the three-freedom-degree adjusting device. The assembling tool has the advantages that the clamp device is used to compress a workpiece, three-freedom-degree motion of the bolt screwing device can be achieved by the three-freedom-degree adjusting device, screwing positions can be changed conveniently, bolt screwing is then performed through the bolt screwing device, and the assembling tool is applicable to bolt assembling of various positions; the problem of poor performance caused by threaded assembling can be eliminated, thread screwing precision is increased by a torque-rotary angle control method, high bolt axial pre-tightening force precision is achieved, large bolt axial pre-tightening force can be acquired, the three-freedom-degree motion can be achieved, and convenient and fast adjustments can be performed according to the assembling position changes of the to-be-assembled workpiece.
Description
Technical field
The present invention relates to clamp production technical field, be specifically related to a kind of assembly tooling of electronic clamp drive assembly.
Background technology
Automobile is modern times land crafts the most widely, brakes is the important leverage device ensureing vehicle safety travel, wherein brake caliper assy, it is core component crucial in brake system of car, when brake caliper assy is front brake, its brake force provided accounts for 70% of car load brake force, as seen its critical role.Brake caliper assy mounting technology is the effective means finally ensureing product quality.Widely, the connection of parts and assembling in machine-building, assembling of machinery integral etc., nearly all be unable to do without bolt tightening in the application of bolt tightening in machinery manufacturing industry.The manual method that simple spanner is tightened, not only inefficiency, moment size also can not get controlling; Moment of torsion control methods, control system is simple, is easy to check the quality of tightening with torque sensor or high-precision torque wrench.But under this method effect, the control accuracy of bolt axial pre tightening force is not high, can not make full use of the potentiality of material.
Summary of the invention
Technical problem to be solved by this invention is the assembly tooling providing a kind of electronic clamp drive assembly, can eliminate because assembling the electronic clamp poor performance phenomenon caused, ensure the braking ability of disk brake, the precision of assembling moment size can be controlled, guaranteeing the braking ability of disk brake, eliminating the problem because assembling the electronic clamp poor performance caused.
Technical problem to be solved by this invention realizes by the following technical solutions:
A kind of assembly tooling of electronic clamp drive assembly, comprise working plate, the upper end of described working plate is connected with clamping device, the rear of described clamping device is provided with three degree of freedom regulating device, described three degree of freedom regulating device is fixed on working plate, and described three degree of freedom regulating device is provided with fastener for bolt.The present invention utilizes the compression of clamping device realization to workpiece to be installed, the three-degree-of-freedom motion of fastener for bolt can be realized by three degree of freedom regulating device, facilitate conversion to tighten position, recycling fastener for bolt realizes bolt tightening, is adapted to the bolts assemblies of multiple position.
Described clamping device comprises a screw, cylinder connecting plate, a clamping cylinder, No. two clamping cylinders, positioning plate, No. two screws, location riser, alignment pin, No. three screws and No. four screws, a clamping cylinder, No. two clamping cylinders have revolution, Telescopic, workpiece to be assembled can be compressed, prevent workpiece movable to be assembled, described positioning plate is fixed on the upper end of working plate by No. three screws, described location riser is arranged on the left and right sides, upper end of positioning plate by No. two screw symmetries, described alignment pin correspondence is arranged on the upper end of location riser, and the quantity of described cylinder connecting plate is two, and described two cylinder connecting plates are the corresponding left being distributed in positioning plate respectively, right, described two cylinder connecting plates are all fixed on working plate by a screw, a described clamping cylinder, No. two clamping cylinders are corresponding to be respectively distributed in directly over two cylinder connecting plates, a described clamping cylinder, be connected by No. four screws between the bottom of No. two clamping cylinders and corresponding cylinder connecting plate.Workpiece to be installed is placed on positioning plate, and utilizes the location of alignment pin realization to workpiece to be installed, start a clamping cylinder subsequently, No. two clamping cylinders revolutions press down, by Work-sheet pressing to be installed.
Described three degree of freedom regulating device comprises sliding connection plate, No. five screws, No. six screws, spacing ring, cushion pad, proximity switch, proximity switch support, No. seven screws, guide pad, catch, linear axis two, linear bearing two, No. eight screws, hex bolts, hex-head nut one, slide block, linear axis three, pull bar, connecting rod, hex-head nut two, linear bearing three, No. nine screws, tool mounting plate, No. ten screws, Handleset, axle check ring, linear bearing one, linear axis one, ride on Bus No. 11 screw and slider bracket, described slider bracket is symmetrically distributed in the top of working plate, and described slider bracket is all positioned at the rear of positioning plate, described slider bracket is all connected by No. eight screws and working plate, described linear axis one uses in pairs, described linear axis one is distributed between slider bracket, parallel to each other between described linear axis one, the two ends of described linear axis one are all connected by ride on Bus No. 11 screw and slider bracket, described linear bearing one correspondence is sleeved on linear axis one, the bottom of described slide block is provided with two through holes, described two through holes are corresponding respectively to match with linear bearing one, described axle check ring is symmetrically distributed in the left and right sides of slide block, all located by axle check ring between described slide block and linear bearing one, thus realize the slip of slide block along linear axis one, described guide pad is fixed on the upper end of slide block, the quantity of described linear bearing two and linear axis two is two, described linear bearing two is all fixed on guide pad, described two linear axis two are corresponding to be respectively set in together with two linear bearings two, described proximity switch support is fixed on guide pad by No. seven screws, described proximity switch correspondence is arranged on described proximity switch support, the quantity of described spacing ring is two, described two spacing rings correspondence is distributed in the front side of guide pad, rear side, described two spacing ring correspondences are sleeved on linear axis two, described two spacing rings are all connected by No. six screws and linear axis two, by regulating the position of two spacing rings, fastener for bolt is aimed at and treats tight bolt, described catch is between two spacing rings, described catch correspondence is arranged on two spacing rings, side near guide pad on described catch is provided with cushion pad, the position of catch can regulate according to actual needs, by moving along guide pad, inactivating signal is obtained with proximity switch, described sliding connection plate is fixed on the front end of two linear axis two by No. five screws, the quantity of described linear bearing three is two, described two linear bearings three are symmetrically distributed in sliding connection plate upper end, the lower end of described two linear bearings three is all connected by No. nine screws and sliding connection plate, the bottom correspondence of described linear axis three is sleeved on two linear bearings three, described linear axis three, linear axis one, mutually vertical between two linear axis two, the bottom correspondence of described pull bar is connected with linear axis three, described connecting rod is between pull bar, described connecting rod is connected with pull bar by hex-head nut two, described tool mounting plate is positioned at the below of sliding connection plate, described tool mounting plate correspondence is connected by the lower end of No. ten screws and linear axis three, side near sliding connection plate on described tool mounting plate is provided with cushion pad, described Handleset is fixed on the left end of tool mounting plate by the mode symmetry of threaded engagement, right-hand member, described hex bolts and hex-head nut one with the use of, described hex bolts and hex-head nut one symmetry are fixed on the left and right sides of slide block, side near hex bolts on described slider bracket is provided with the cushion pad matched with corresponding hex bolts.Tool mounting plate is arranged on linear axis three, thus the moving of three degree of freedom of fastener for bolt along linear axis one, linear axis two and linear axis three can be realized, can convert easily and reliably and tighten position, be adapted to the bolts assemblies of multiple position; By regulating hex bolts, hex-head nut one, guaranteeing that fastener for bolt is aimed at and treating tight bolt.
Described fastener for bolt comprises bolt screwing machine and sleeve assembly, and described bolt screwing machine is fixed on the middle part of tool mounting plate, and described sleeve assembly is positioned at directly over positioning plate, and described sleeve assembly is fixed on bolt screwing machine.The present invention adopts electronic bolt screwing machine moving along the three degree of freedom of linear axis one, linear axis two and linear axis three, and carry out bolts assemblies, adopt moment of torsion-controlling angle method to tighten, bolt axial pre tightening force precision is high, can obtain larger bolt axial pre tightening force.
Described cushion pad is nylon material and makes, and can not cause damage to contact piece surface.
Workpiece to be installed is placed on positioning plate, start a clamping cylinder, No. two clamping cylinders carry out turning round, pressing down, by Work-sheet pressing to be installed, the hand-held Handleset of operating personnel, changes the position of bolt screwing machine, when catch moves on to correct position, proximity switch obtains signal, pass to external controller, now bolt screwing machine starts to rotate, and hand-held Handleset carries out bolts assemblies.
Beneficial effect of the present invention is embodied in: the present invention can eliminate the poor performance problem because Screw assembly causes, torque-corner control methods is adopted to improve screwed tight precision, namely after first bolt being screwed to a little moment of torsion, more from then on put beginning, twist the control method of the corner of a regulation.Adopt in this way, bolt axial pre tightening force precision is high, can obtain larger bolt axial pre tightening force, and its numerical value can integrated distribution near mean value.Simultaneously, the motion of the electronic bolt screwing machine linearly three degree of freedom of axle one, linear axis two and linear axis three can be realized, can adjust quickly and easily according to the rigging position conversion of workpiece to be installed, be easy to operation, high degree improves security during clamp assembly work, reduce labour intensity, improve the uniformity of product.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the present invention is further described.
Fig. 1 is front view of the present invention;
Fig. 2 is right view of the present invention;
Fig. 3 is perspective view of the present invention;
Fig. 4 is the perspective view after the present invention removes working plate;
Fig. 5 is the stereogram of slide block of the present invention;
Fig. 6 is the stereogram of sliding connection plate of the present invention;
Fig. 7 is the stereogram of tool mounting plate of the present invention;
Fig. 8 is the right view of the present invention when working.
Detailed description of the invention
The technological means realized to make the present invention, creation characteristic, reaching object and effect is easy to understand, below the present invention being set forth further.
As shown in Figures 1 to 8, a kind of assembly tooling of electronic clamp drive assembly, comprise working plate 1, the upper end of described working plate 1 is connected with clamping device, the rear of described clamping device is provided with three degree of freedom regulating device, described three degree of freedom regulating device is fixed on working plate 1, and described three degree of freedom regulating device is provided with fastener for bolt.The present invention utilizes the compression of clamping device realization to workpiece to be installed, the three-degree-of-freedom motion of fastener for bolt can be realized by three degree of freedom regulating device, facilitate conversion to tighten position, recycling fastener for bolt realizes bolt tightening, is adapted to the bolts assemblies of multiple position.
Described clamping device comprises a screw 20, cylinder connecting plate 21, a clamping cylinder 22, No. two clamping cylinders 46, positioning plate 24, No. two screws 25, location riser 26, alignment pin 27, No. three screws 44 and No. four screws 23, clamping cylinder 22, No. two clamping cylinders 46 have revolution, Telescopic, workpiece to be assembled can be compressed, prevent workpiece movable to be assembled, described positioning plate 24 is fixed on the upper end of working plate 1 by No. three screws 44, described location riser 26 is arranged on the left and right sides, upper end of positioning plate 24 by No. two screw 25 symmetries, described alignment pin 27 correspondence is arranged on the upper end of location riser 26, and the quantity of described cylinder connecting plate 21 is two, and described two cylinder connecting plates 21 are the corresponding left being distributed in positioning plate 24 respectively, right, described two cylinder connecting plates 21 are all fixed on working plate 1 by a screw 20, a described clamping cylinder 22, No. two clamping cylinders 46 are corresponding to be respectively distributed in directly over two cylinder connecting plates 21, a described clamping cylinder 22, be connected by No. four screws 23 between the bottom of No. two clamping cylinders 46 and corresponding cylinder connecting plate 21.Workpiece to be installed is placed on positioning plate 24, and the location utilizing alignment pin 27 to realize workpiece to be installed, start 22, No. two clamping cylinders 46 revolutions of a clamping cylinder subsequently and press down, by Work-sheet pressing to be installed.
Described three degree of freedom regulating device comprises sliding connection plate 7, No. five screws 8, No. six screws 9, spacing ring 10, cushion pad 11, proximity switch 12, proximity switch support 13, No. seven screws 14, guide pad 15, catch 16, linear axis 2 17, linear bearing 2 18, No. eight screws 19, hex bolts 28, hex-head nut 1, slide block 30, linear axis 3 31, pull bar 32, connecting rod 33, hex-head nut 2 34, linear bearing 3 35, No. nine screws 36, tool mounting plate 37, No. ten screws 38, Handleset 39, axle check ring 40, linear bearing 1, linear axis 1, ride on Bus No. 11 screw 43 and slider bracket 45, described slider bracket 45 is symmetrically distributed in the top of working plate 1, and described slider bracket 45 is all positioned at the rear of positioning plate 24, described slider bracket 45 is all connected by No. eight screws 19 and working plate 1, described linear axis 1 uses in pairs, described linear axis 1 is distributed between slider bracket 45, parallel to each other between described linear axis 1, the two ends of described linear axis 1 are all connected by ride on Bus No. 11 screw 43 and slider bracket 45, described linear bearing 1 correspondence is sleeved on linear axis 1, the bottom of described slide block 30 is provided with two through hole 30a, described two through hole 30a are corresponding respectively to match with linear bearing 1, described axle check ring 40 is symmetrically distributed in the left and right sides of slide block 30, all located by axle check ring 40 between described slide block 30 and linear bearing 1, thus realize the slip of slide block 30 along linear axis 1, described guide pad 15 is fixed on the upper end of slide block 30, the quantity of described linear bearing 2 18 and linear axis 2 17 is two, described linear bearing 2 18 is all fixed on guide pad 15, described two linear axis 2 17 are corresponding to be respectively set in together with two linear bearings 2 18, described proximity switch support 13 is fixed on guide pad 15 by No. seven screws 14, described proximity switch 12 correspondence is arranged on described proximity switch support 13, the quantity of described spacing ring 10 is two, described two spacing ring 10 correspondences are distributed in the front side of guide pad 15, rear side, described two spacing ring 10 correspondences are sleeved on linear axis 2 17, described two spacing rings 10 are all connected by No. six screws 9 and linear axis 2 17, by regulating the position of two spacing rings 10, fastener for bolt is aimed at and treats tight bolt, described catch 16 is between two spacing rings 10, described catch 16 correspondence is arranged on two spacing rings 10, side near guide pad 15 on described catch 16 is provided with cushion pad 11, the position of catch 16 can regulate according to actual needs, by moving along guide pad 15, inactivating signal is obtained with proximity switch 12, described sliding connection plate 7 is fixed on the front end of two linear axis 2 17 by No. five screws 8, the quantity of described linear bearing 3 35 is two, described two linear bearings 3 35 are symmetrically distributed in sliding connection plate 7 upper end, the lower end of described two linear bearings 3 35 is all connected by No. nine screws 36 and sliding connection plate 7, the bottom correspondence of described linear axis 3 31 is sleeved on two linear bearings 3 35, described linear axis 3 31, linear axis 1, mutually vertical between two linear axis 2 17, the bottom correspondence of described pull bar 32 is connected with linear axis 3 31, described connecting rod 33 is between pull bar 32, described connecting rod 33 is connected with pull bar 32 by hex-head nut 2 34, described tool mounting plate 37 is positioned at the below of sliding connection plate 7, described tool mounting plate 37 correspondence is connected by the lower end of No. ten screws 38 with linear axis 3 31, side near sliding connection plate 7 on described tool mounting plate 37 is provided with cushion pad 11, described Handleset 39 is fixed on the left end of tool mounting plate 37 by the mode symmetry of threaded engagement, right-hand member, described hex bolts 28 and hex-head nut 1 with the use of, described hex bolts 28 and hex-head nut 1 symmetry are fixed on the left and right sides of slide block 30, side near hex bolts 28 on described slider bracket 45 is provided with the cushion pad 11 matched with corresponding hex bolts 28.Tool mounting plate 37 is arranged on linear axis 3 31, thus the moving of three degree of freedom of fastener for bolt along linear axis 1, linear axis 2 17 and linear axis 3 31 can be realized, can convert easily and reliably and tighten position, be adapted to the bolts assemblies of multiple position; By regulating hex bolts 28, hex-head nut 1, guaranteeing that fastener for bolt is aimed at and treating tight bolt.
Slide block 30 is welded after machined by steel plate and steel, and piece surface nickel plating phosphorus, plays good antisepsis, and adds the hardness of part.
Described fastener for bolt comprises bolt screwing machine 6 and sleeve assembly 4, and described bolt screwing machine 6 is fixed on the middle part of tool mounting plate 37, and described sleeve assembly 4 is positioned at directly over positioning plate 24, and described sleeve assembly 4 is fixed on bolt screwing machine 6.The present invention adopts electronic bolt screwing machine 6 moving along the three degree of freedom of linear axis 1, linear axis 2 17 and linear axis 3 31, and carry out bolts assemblies, adopt moment of torsion-controlling angle method to tighten, bolt axial pre tightening force precision is high, can obtain larger bolt axial pre tightening force.
Described cushion pad 11 is nylon material and makes, and can not cause damage, have the effect reducing noise simultaneously to contact piece surface.
Workpiece to be installed is placed on positioning plate 24, start a clamping cylinder 22, No. two clamping cylinders 46 to carry out turning round, pressing down, by Work-sheet pressing to be installed, the hand-held Handleset 39 of operating personnel, changes the position of bolt screwing machine 6, when catch 16 moves on to correct position, proximity switch 12 obtains signal, pass to external controller, now bolt screwing machine 6 starts to rotate, and hand-held Handleset 39 carries out bolts assemblies.
As shown in Figure 8, workpiece 3 to be installed is placed on positioning plate 24, and the location utilizing alignment pin 27 to realize workpiece 3 to be installed, start a clamping cylinder 22 subsequently, No. two clamping cylinder 46 revolutions press down, workpiece 3 to be installed is compressed, bolts assemblies can be carried out, detailed process is as follows: regulate hex bolts 28 and spacing ring 10, make sleeve assembly 4 just just to the bolt of workpiece 3 to be installed, then hex-head nut 1 is locked, the hand-held Handleset 39 of operating personnel, mobile bolt screwing machine 6, proximity switch 12 obtains signal, pass to external controller, rotate to control bolt screwing machine 6, hand-held Handleset 39 carries out bolts assemblies, the present invention also can according to different bolt installation sites, carry out the position adjustment of Three Degree Of Freedom, improve applicable surface, degree of flexibility is high.
More than show and describe general principle of the present invention, principal character and advantage of the present invention.The technical staff of the industry should understand; the present invention is not restricted to the described embodiments; the just principle of the present invention described in above-described embodiment and description; without departing from the spirit and scope of the present invention; the present invention also has various changes and modifications, and these changes and improvements all fall in the claimed scope of the invention.Application claims protection domain is defined by appending claims and equivalent thereof.
Claims (3)
1. the assembly tooling of an electronic clamp drive assembly, comprise working plate (1), the upper end of described working plate (1) is connected with clamping device, it is characterized in that: the rear of described clamping device is provided with three degree of freedom regulating device, described three degree of freedom regulating device is fixed on working plate (1), and described three degree of freedom regulating device is provided with fastener for bolt;
Described clamping device comprises a screw (20), cylinder connecting plate (21), a clamping cylinder (22), No. two clamping cylinders (46), positioning plate (24), No. two screws (25), location riser (26), alignment pin (27), No. three screws (44) and No. four screws (23), described positioning plate (24) is fixed on the upper end of working plate (1) by No. three screws (44), described location riser (26) is arranged on the left and right sides, upper end of positioning plate (24) by No. two screw (25) symmetries, described alignment pin (27) correspondence is arranged on the upper end of location riser (26), the quantity of described cylinder connecting plate (21) is two, described two cylinder connecting plates (21) respectively correspondence are distributed in the left of positioning plate (24), right, described two cylinder connecting plates (21) are all fixed on working plate (1) by a screw (20), a described clamping cylinder (22), No. two clamping cylinders (46) respectively correspondence are distributed in directly over two cylinder connecting plates (21), a described clamping cylinder (22), be connected by No. four screws (23) between the bottom of No. two clamping cylinders (46) and corresponding cylinder connecting plate (21),
Described three degree of freedom regulating device comprises sliding connection plate (7), No. five screws (8), No. six screws (9), spacing ring (10), cushion pad (11), proximity switch (12), proximity switch support (13), No. seven screws (14), guide pad (15), catch (16), linear axis two (17), linear bearing two (18), No. eight screws (19), hex bolts (28), hex-head nut one (29), slide block (30), linear axis three (31), pull bar (32), connecting rod (33), hex-head nut two (34), linear bearing three (35), No. nine screws (36), tool mounting plate (37), No. ten screws (38), Handleset (39), axle is with check ring (40), linear bearing one (41), linear axis one (42), ride on Bus No. 11 screw (43) and slider bracket (45), described slider bracket (45) is symmetrically distributed in the top of working plate (1), and described slider bracket (45) is all positioned at the rear of positioning plate (24), described slider bracket (45) is all connected by No. eight screws (19) and working plate (1), described linear axis one (42) uses in pairs, described linear axis one (42) is distributed between slider bracket (45), parallel to each other between described linear axis one (42), the two ends of described linear axis one (42) are all connected by ride on Bus No. 11 screw (43) and slider bracket (45), described linear bearing one (41) correspondence is sleeved on linear axis one (42), the bottom of described slide block (30) is provided with two through holes (30a), described two through holes (30a) are corresponding respectively to be matched with linear bearing one (41), described axle check ring (40) is symmetrically distributed in the left and right sides of slide block (30), all located by axle check ring (40) between described slide block (30) and linear bearing one (41), described guide pad (15) is fixed on the upper end of slide block (30), the quantity of described linear bearing two (18) and linear axis two (17) is two, described linear bearing two (18) is all fixed on guide pad (15), described two linear axis two (17) are corresponding to be respectively set in together with two linear bearings two (18), described proximity switch support (13) is fixed on guide pad (15) by No. seven screws (14), described proximity switch (12) correspondence is arranged on described proximity switch support (13), the quantity of described spacing ring (10) is two, described two spacing ring (10) correspondences are distributed in the front side of guide pad (15), rear side, described two spacing ring (10) correspondences are sleeved on linear axis two (17), described two spacing rings (10) are all connected by No. six screws (9) and linear axis two (17), described catch (16) is positioned between two spacing rings (10), described catch (16) correspondence is arranged on two spacing rings (10), the upper side near guide pad (15) of described catch (16) is provided with cushion pad (11), described sliding connection plate (7) is fixed on the front end of two linear axis two (17) by No. five screws (8), the quantity of described linear bearing three (35) is two, described two linear bearings three (35) are symmetrically distributed in sliding connection plate (7) upper end, the lower end of described two linear bearings three (35) is all connected by No. nine screws (36) and sliding connection plate (7), the bottom correspondence of described linear axis three (31) is sleeved on two linear bearings three (35), described linear axis three (31), linear axis one (42), mutually vertical between two linear axis two (17), the bottom correspondence of described pull bar (32) is connected with linear axis three (31), described connecting rod (33) is positioned between pull bar (32), described connecting rod (33) is connected with pull bar (32) by hex-head nut two (34), described tool mounting plate (37) is positioned at the below of sliding connection plate (7), described tool mounting plate (37) is corresponding to be connected by the lower end of No. ten screws (38) with linear axis three (31), the upper side near sliding connection plate (7) of described tool mounting plate (37) is provided with cushion pad (11), described Handleset (39) is fixed on the left end of tool mounting plate (37) by the mode symmetry of threaded engagement, right-hand member, described hex bolts (28) and hex-head nut one (29) with the use of, described hex bolts (28) and hex-head nut one (29) symmetry are fixed on the left and right sides of slide block (30), the upper side near hex bolts (28) of described slider bracket (45) is provided with the cushion pad (11) matched with corresponding hex bolts (28).
2. the assembly tooling of a kind of electronic clamp drive assembly according to claim 1, it is characterized in that: described fastener for bolt comprises bolt screwing machine (6) and sleeve assembly (4), described bolt screwing machine (6) is fixed on the middle part of tool mounting plate (37), described sleeve assembly (4) is positioned at directly over positioning plate (24), and described sleeve assembly (4) is fixed on bolt screwing machine (6).
3. the assembly tooling of a kind of electronic clamp drive assembly according to claim 1, is characterized in that: described cushion pad (11) is nylon material and makes.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410767814.8A CN104440068B (en) | 2014-12-13 | 2014-12-13 | A kind of assembly tooling of electronic clamp drive assembly |
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| CN201410767814.8A CN104440068B (en) | 2014-12-13 | 2014-12-13 | A kind of assembly tooling of electronic clamp drive assembly |
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| CN104440068A true CN104440068A (en) | 2015-03-25 |
| CN104440068B CN104440068B (en) | 2016-10-05 |
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