CN209681564U - A kind of motor stator compressing parts device - Google Patents

Abstract

This application discloses a kind of motor stator compressing parts devices, including strip workbench；Bench top Middle face is provided with hold-down mechanism；The side of hold-down mechanism is provided with placement mechanism；Bench top, which is located at hold-down mechanism and is located remote from the side of mechanism, is provided with component accommodating box；The both ends of workbench length direction are provided with support plate；The vertical track plates of plate face are provided between at the top of two support plates；Track groove is provided on track plates；The first grasping mechanism and the second grasping mechanism being slidably connected are provided on track plates；It is connected and fixed between first grasping mechanism and the second grasping mechanism by fixed connecting rod；First grasping mechanism and the second grasping mechanism are synchronous operation.The application has saved hand labor cost, high in machining efficiency, and processing quality is good.

Description

A kind of motor stator compressing parts device

Technical field

The present disclosure relates generally to motor component processing technique field more particularly to a kind of motor stator compressing parts devices.

Background technique

Silicon steel sheet is a kind of carbon containing extremely low silicon-iron soft magnetic alloy, and general silicon content is 0.5~4.5%, and silicon, which is added, to be mentioned The resistivity and maximum permeability of high-speed rail reduce coercivity, core loss (iron loss) and magnetic aging, resistivity and maximum electromagnetism Conductance is higher, commonly used to make the iron core of transformer, motor, motor.

It is illustrated in figure 6 the motor stator component of composition motor stator, which is that T shape silicon steel sheet passes through between silicon steel sheet Clasp, but it is more loose to fasten degree, is easy tripping and disconnects, needs to squeeze locking, and component thickness palpus one after extruding It causes, which manually squeezes without special extrusion equipment for non-standard and not only wastes a large amount of manual labor, and And production efficiency is lower, extruding quality is poor, for this purpose, enterprise specially designs the pressurizing unit of research and development component, to save artificial labor Power improves production efficiency, guarantees processing quality.

Utility model content

For the process requirements for meeting enterprise, this application provides a kind of motor stator compressing parts devices.

To realize that the purpose of this utility model, the application provide a kind of motor stator compressing parts device, including strip Workbench；Bench top Middle face is provided with hold-down mechanism；Hold-down mechanism includes the extruding cylinder for being set to bench top；It squeezes Air cylinder is provided with four and is evenly arranged, and perpendicular to the clamping piston bar of workbench length direction；Clamping piston bar is stretched It is flexible to be condensed to determine stroke；Four clamping piston bars are fixedly connected with one piece of stripper plate far from the end for squeezing cylinder jointly；Work Countertop is provided with adjusting block between clamping piston bar, and close to the side for squeezing cylinder；Stripper plate is close to extruding gas Side pressing block is provided between clamping piston bar in the plate face of cylinder；Second component is provided between adjusting block and side pressing block Place block；

The side that bench top is located at hold-down mechanism along its length is provided with placement mechanism；Placement mechanism includes setting Block is placed in three first components of bench top；The first component places block and second component places block and is in same straight line On；It is identical that the spacing of adjacent first component placement block and adjacent second component place the spacing of block；Three first components place block The side of workbench length direction is provided with postive stop baffle；

When motor stator component is respectively placed on first component placement block and second component placement block, motor stator component Both ends stretch out the first component and place block and second component and place block；

Bench top, which is located at hold-down mechanism and is located remote from the side of mechanism, is provided with component accommodating box；

The both ends of workbench length direction are provided with support plate；It is vertical that plate face is provided between at the top of two support plates Track plates；The side that the first component places block and second component placement block is provided with track groove on track plates；On track plates It is placed positioned at the first component and is provided with the first grasping mechanism being slidably connected right above block；It is put on track plates positioned at second component Set the second grasping mechanism for being provided with and being slidably connected right above block；By solid between first grasping mechanism and the second grasping mechanism Determine connecting rod to be connected and fixed；

First grasping mechanism includes the first sliding panel；Sliding equipment is provided between first sliding panel and track plates；First Sliding panel is far from being provided with the first crawl cylinder in the plate face of track plates；First, which grabs cylinder is provided with straight down first, grabs Take piston rod；First crawl piston rod bottom end is provided with the first fixed plate；First fixed plate bottom end is located at the first component and places block Surface be provided with the first electronic clamp hand；

Second grasping mechanism includes the second sliding panel；Sliding equipment is provided between second sliding panel and track plates；Second Sliding panel is far from being provided with the second crawl cylinder in the plate face of track plates；Second, which grabs cylinder is provided with straight down second, grabs Take piston rod；Second crawl piston rod bottom end is provided with the second fixed plate；Second fixed plate bottom end is located at second component and places block Surface be provided with the second electronic clamp hand；

First grasping mechanism and the second grasping mechanism are synchronous operation.

According to technical solution provided by the embodiments of the present application, the first component places block top surface and is provided with the first arc groove； The arc of first arc groove and the periphery arc of motor stator match；The bottom of first arc groove is provided with along its axial direction The first convex it is distracted；The distracted groove on motor stator component of first convex matches；Second component is placed block top surface and is set It is equipped with the second arc groove；The arc of second arc groove and the periphery arc of motor stator match；Second arc groove Bottom is provided with distracted along its second axial convex；The distracted groove on motor stator component of second convex matches.

According to technical solution provided by the embodiments of the present application, adjusting block includes the fixation for being fixedly installed on bench top Block；Fixed block is provided with sized blocks close to stripper plate side；Sized blocks are provided with crushing block close to stripper plate side；Sized blocks and Crushing block is detachably secured on fixed block by bolt perforation；Motor stator component pressurizing unit is provided with multiple groups thickness not Same sized blocks.

According to technical solution provided by the embodiments of the present application, sliding equipment includes being fixed on the first sliding panel or the second sliding Driving motor on plate；The shaft of driving motor, which protrudes into, is connected with rail wheel in track groove；The cross section of track groove is can By the tee-section of rail wheel card in the inner.

In terms of existing technologies, the beneficial effect of the application is: the motor stator compressing parts device of the application is logical The cooperation of the first grasping mechanism and the second grasping mechanism and hold-down mechanism is crossed, completes to process the compression of motor stator component, section About hand labor cost, and processing efficiency is higher, processing quality is good.

Detailed description of the invention

By reading a detailed description of non-restrictive embodiments in the light of the attached drawings below, the application's is other Feature, objects and advantages will become more apparent upon:

Fig. 1 is a kind of structural schematic diagram of motor stator compressing parts device provided by the embodiments of the present application；

Fig. 2 is bench top top view；

Fig. 3 is the structural schematic diagram that the first component places block (it is same that second component places block)；

Fig. 4 is the structural schematic diagram of adjusting block；

Fig. 5 is the structural schematic diagram of sliding equipment；

Fig. 6 is the structural schematic diagram of motor stator component；

Fig. 7 is the structural schematic diagram of motor stator.

Figure label: 11, workbench；12, hold-down mechanism；13, placement mechanism；14, component accommodating box；15, support plate； 16, track plates；17, the first grasping mechanism；18, the second grasping mechanism；19, fixed connecting rod；20, sliding equipment；

21, cylinder is squeezed；22, clamping piston bar；23, stripper plate；24, adjusting block；25, side pressing block；26, second component is put Set block；

31, the first component places block；32, postive stop baffle；

61, track groove；

71, the first sliding panel；72, the first crawl cylinder；73, the first crawl piston rod；74, the first fixed plate；75, first Electronic clamp hand；

81, the second sliding panel；82, the second crawl cylinder；83, the second crawl piston rod；84, the second fixed plate；85, second Electronic clamp hand；

111, motor stator；112, motor stator component；

201, driving motor；202, rail wheel；

241, fixed block；242, sized blocks；243, crushing block；

261, the second arc groove；262, the second convex is distracted；

311, the first arc groove；312, the first convex is distracted.

Specific embodiment

The application is described in further detail with reference to the accompanying drawings and examples.It is understood that this place is retouched The specific embodiment stated is used only for explaining related invention, rather than the restriction to the invention.It also should be noted that in order to Convenient for description, part relevant to invention is illustrated only in attached drawing.

It should be noted that in the absence of conflict, the features in the embodiments and the embodiments of the present application can phase Mutually combination.The application is described in detail below with reference to the accompanying drawings and in conjunction with the embodiments.

Fig. 1-Fig. 7 is please referred to, the embodiment of the present application provides a kind of motor stator compressing parts device, including strip work Make platform 11；It is provided with hold-down mechanism 12 in the middle part of 11 top surface of workbench, is used for clamping motor stator component 112；Hold-down mechanism 12 wraps It includes and is set to 11 top surface of workbench extruding cylinder 21；It squeezes cylinder 21 and is provided with four pieces and be evenly arranged, and perpendicular to workbench The clamping piston bar 22 of 11 length directions；Stretching for clamping piston bar 22 is flexible to determine stroke, so that motor stator component 112 is complete It is consistent at the size after extrusion process；Four clamping piston bars 22 are fixedly connected with one far from the end for squeezing cylinder 21 jointly Block stripper plate 23；11 top surface of workbench is provided with tune between clamping piston bar 22, and close to the side for squeezing cylinder 21 Locking nub 24 completes size after extruding for adjusting motor stator component 112；Stripper plate 23 is close to the plate face for squeezing cylinder 21 It is upper that side pressing block 25 is provided between clamping piston bar 22；Second is provided between adjusting block 24 and side pressing block 25 Part places block 26, for placing motor stator component 112 to be extruded；

The side that 11 top surface of workbench is located at hold-down mechanism 12 along its length is provided with placement mechanism 13, for being placed into Motor stator component 112 before entering hold-down mechanism 12；Placement mechanism 13 includes three first for being set to 11 top surface of workbench Part places block 31；The first component places block 31 and second component is placed block 26 and is on same straight line；The adjacent first component is placed The spacing of block 31 is identical as the adjacent second component placement spacing of block 26；Three first components place block 31 perpendicular to workbench The side of 11 length directions is provided with postive stop baffle 32；

When motor stator component 112 is respectively placed on first component placement block 31 and second component placement block 26, motor The both ends of stator component 112 stretch out the first component and place block 31 and second component placement block 26；

11 top surface of workbench, which is located at hold-down mechanism 12 and is located remote from the side of mechanism 13, is provided with component accommodating box 14, is used for Hold the motor stator component 112 of extrusion process completion；

The both ends of 11 length direction of workbench are provided with support plate 15；It is perpendicular that plate face is provided between at the top of two support plates Straight track plates 16；Block 31 is placed close to the first component on track plates 16 and second component places the side setting rail of block 26 Road slot 61；The surface for being located at first component placement block 31 on track plates 16 is provided with the first grasping mechanism 17 being slidably connected, Motor stator component 112 for that will be placed on first component placement block 31 is transported to second component and places block 26；Track The surface for being located at second component placement block 26 on plate 16 is provided with the second grasping mechanism 18 being slidably connected, for by second Part places the motor stator component 112 that the extruding on block 26 is completed and is transported to component accommodating box 14；First grasping mechanism 17 and It is connected and fixed between two grasping mechanisms 18 by fixed connecting rod 19, so that the first grasping mechanism 17 is synchronous with the second grasping mechanism 18 It is mobile；

First grasping mechanism 17 includes the first sliding panel 71；Sliding is provided between first sliding panel 71 and track plates 16 Mechanism 20；The first crawl cylinder 72 is provided in first plate face of the sliding panel 71 far from track plates 16；First crawl cylinder 72 is set It is equipped with the first crawl piston rod 73 straight down；First crawl 73 bottom end of piston rod is provided with the first fixed plate 74；First is solid The surface that 74 bottom end of fixed board is located at first component placement block 31 is provided with the first electronic clamp hand 75, fixed for gripping motor Subassembly 112；

Second grasping mechanism 18 includes the second sliding panel 81；Sliding is provided between second sliding panel 81 and track plates 16 Mechanism 20；The second crawl cylinder 82 is provided in second plate face of the sliding panel 81 far from track plates 16；Second crawl cylinder 82 is set It is equipped with the second crawl piston rod 83 straight down；Second crawl 83 bottom end of piston rod is provided with the second fixed plate 84；Second is solid The surface that 84 bottom end of fixed board is located at second component placement block 26 is provided with the second electronic clamp hand 85, has squeezed for clamping At motor stator component 112；

First grasping mechanism 17 and the second grasping mechanism 18 are synchronous operation.

The working principle of the application be it is such, first by motor stator component 112 be placed in the first component place block 31 On, it then powers to the first crawl cylinder 72, control the first crawl piston rod 73 extends, and it is fixed that the first electronic clamp hand 75 blocks motor Subassembly 112 powers to the first electronic clamp hand 75, motor stator component 112 is clamped, and the first crawl piston rod 73 is shunk, this When, although second component is placed without placing motor stator component 112 on block 26, the second grasping mechanism 18 is completed similarly Grasping movement.It powers later to sliding equipment 20, the first grasping mechanism 17 is moved with the second grasping mechanism 18 along track groove 61, the One grasping mechanism 17 is moved to stopping when second component places 26 surface of block, and motor stator component 112 is put in second Part is placed on block 26, and the second grasping mechanism 18 is located at the surface of component accommodating box 14 at this time, then the first grasping mechanism 17 and the Two grasping mechanisms 18 are completed to reset.

During the first grasping mechanism 17 and the second grasping mechanism 18 reset, to the extruding cylinder 21 of hold-down mechanism 12 Power supply, clamping piston bar 22 are shunk according to the stroke set, and side pressing block 25 and adjusting block 24 are placed to second component is placed in Motor stator component 112 on block 26 is squeezed, and extrusion process is completed, and stripper plate 23 resets, while by new motor stator Component 112 is placed in the first component and places on block.

First grasping mechanism 17 and the second grasping mechanism 18 are completed after resetting, and are continued to grab, so on circulate, be added Work is high-quality, and work efficiency is high.

In one embodiment, with reference to Fig. 3, the first component places 31 top surface of block and is provided with the first arc groove 311；First arc The arc of connected in star 311 and the periphery arc of motor stator 111 match, so that motor stator component 112 is placed in first When part is placed on block 31, contact surface fits；The bottom of first arc groove 311 is provided with distracted along its first axial convex 312, match with the groove in 112 outside of motor stator component, motor stator component 112 is placed in the first component and places on block 31 When, the groove in 112 outside of motor stator component is stuck on the first convex distracted 312, so that the first electronic clamp hand 75 grabs motor Stator component 112 is more acurrate；Second component places 26 top surface of block and is provided with the second arc groove 261；Second arc groove 261 The periphery arc of arc and motor stator 112 match so that motor stator component 112 is placed in second component and places block 26 When upper, contact surface fits；The bottom of second arc groove 261 is provided with along its axial the second convex distracted 262, with motor The groove in 112 outside of stator component matches, and when motor stator component 112 is placed on second component placement block 31, motor is fixed The groove in 112 outside of subassembly is stuck on the second convex distracted 312, during preventing extrusion process, 112 side of motor stator component Processing quality is influenced to sliding.

In one embodiment, with reference to Fig. 4, adjusting block 24 includes the fixed block 241 for being fixedly installed on 11 top surface of workbench； Fixed block 241 is provided with sized blocks 242 close to 23 side of stripper plate；Sized blocks 242 are provided with crowded close to the side of stripper plate 23 Briquetting 243；Sized blocks 242 and crushing block 243 are detachably secured on fixed block 241 by bolt perforation；Motor stator portion Part pressurizing unit is provided with the different sized blocks 242 of multiple groups thickness, can be replaced to sized blocks 242 by demounting bolt, from And adjust the distance between crushing block 243 and side pressing block 25, that is, adjust the thickness after 112 extrusion process of motor stator component.

In one embodiment, with reference to Fig. 5, sliding equipment 20 includes being fixed on the first sliding panel 71 or the second sliding panel 81 On driving motor 201；The shaft of driving motor 201, which protrudes into track groove 61, is connected with rail wheel 202；Track groove 61 Cross section be that rail wheel 202 can be blocked tee-section in the inner.

Above description is only the preferred embodiment of the application and the explanation to institute's application technology principle.Those skilled in the art Member is it should be appreciated that invention scope involved in the application, however it is not limited to technology made of the specific combination of above-mentioned technical characteristic Scheme, while should also cover in the case where not departing from the inventive concept, it is carried out by above-mentioned technical characteristic or its equivalent feature Any combination and the other technical solutions formed.Such as features described above and (but being not limited to) disclosed herein have it is similar The technical characteristic of function is replaced mutually and the technical solution that is formed.

Claims (4)

1. a kind of motor stator compressing parts device, which is characterized in that including strip workbench；The bench top Middle face It is provided with hold-down mechanism；The hold-down mechanism includes being set to the bench top to squeeze cylinder；The extruding cylinder setting There are four to be evenly arranged, and perpendicular to the clamping piston bar of the workbench length direction；The clamping piston bar stretches It is flexible to determine stroke；Four clamping piston bars are fixedly connected with one piece of extruding far from the end for squeezing cylinder jointly Plate；The bench top is provided with adjusting between the clamping piston bar, and close to the side for squeezing cylinder Block；The stripper plate is provided with side pressing block between the clamping piston bar in the plate face for squeezing cylinder；Institute It states and is provided with second component placement block between adjusting block and side pressing block；

The side that the bench top is located at the hold-down mechanism along its length is provided with placement mechanism；The placement mechanism Three first components including being set to the bench top place block；The first component places block and second component is placed Block is on same straight line；The spacing that the adjacent first component places block places the spacing phase of block with the adjacent second component Together；Three first components place block and the side of the workbench length direction are provided with postive stop baffle；

When motor stator component is respectively placed on the first component placement block and second component placement block, the motor stator The both ends of component stretch out the first component and place block and second component placement block；

The bench top is located at the hold-down mechanism and the side of the placement mechanism is provided with component accommodating box；

The both ends of the workbench length direction are provided with support plate；It is perpendicular that plate face is provided between at the top of two support plates Straight track plates；The side that the first component places block and second component placement block is provided with track on the track plates Slot；It is located at right above first component placement block on the track plates and is provided with the first grasping mechanism being slidably connected；Institute It states to be located on track plates right above second component placement block and is provided with the second grasping mechanism being slidably connected；Described first It is connected and fixed between grasping mechanism and the second grasping mechanism by fixed connecting rod；

First grasping mechanism includes the first sliding panel；Skate machine is provided between first sliding panel and the track plates Structure；The first crawl cylinder is provided in the plate face of first sliding panel far from the track plates；The first crawl cylinder is set It is equipped with the first crawl piston rod straight down；First crawl piston rod bottom end is provided with the first fixed plate；Described first Fixed plate bottom end, which is located at right above first component placement block, is provided with the first electronic clamp hand；

Second grasping mechanism includes the second sliding panel；Skate machine is provided between second sliding panel and the track plates Structure；The second crawl cylinder is provided in the plate face of second sliding panel far from the track plates；The second crawl cylinder is set It is equipped with the second crawl piston rod straight down；Second crawl piston rod bottom end is provided with the second fixed plate；Described second Fixed plate bottom end, which is located at right above second component placement block, is provided with the second electronic clamp hand；

First grasping mechanism and the second grasping mechanism are synchronous operation.

2. motor stator compressing parts device according to claim 1, which is characterized in that the first component places block top Face is provided with the first arc groove；The arc of first arc groove and the periphery arc of motor stator match；Described The bottom of one arc groove is provided with distracted along its first axial convex；First convex it is distracted with motor stator component on Groove match；The second component places block top surface and is provided with the second arc groove；The arc of second arc groove Match with the periphery arc of motor stator；The bottom of second arc groove is provided with along its second axial convex It is distracted；The distracted groove on motor stator component of second convex matches.

3. motor stator compressing parts device according to claim 2, which is characterized in that the adjusting block includes that fixation is set It is placed in the fixed block of the bench top；The fixed block is provided with sized blocks close to the stripper plate side；The size Block is provided with crushing block close to the stripper plate side；The sized blocks and crushing block are detachably secured to by bolt perforation On the fixed block；The motor stator component pressurizing unit is provided with the different sized blocks of multiple groups thickness.

4. motor stator compressing parts device according to claim 3, which is characterized in that the sliding equipment includes fixing Driving motor on first sliding panel or the second sliding panel；The shaft of the driving motor, which protrudes into the track groove, to be connected It connects and is provided with rail wheel；The cross section of the track groove is can be by the tee-section of the rail wheel card in the inner.