CN204912564U - Mute bearing keeps automation of ware apparatus for producing that shifts - Google Patents

Mute bearing keeps automation of ware apparatus for producing that shifts Download PDF

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Publication number
CN204912564U
CN204912564U CN201520625280.5U CN201520625280U CN204912564U CN 204912564 U CN204912564 U CN 204912564U CN 201520625280 U CN201520625280 U CN 201520625280U CN 204912564 U CN204912564 U CN 204912564U
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CN
China
Prior art keywords
horizontal guide
punching
guide block
rod
integer
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CN201520625280.5U
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Chinese (zh)
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万宇
万雪儿
秦玉玲
文灿
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宣城中宇轴承科技有限公司
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Priority to CN201520625280.5U priority Critical patent/CN204912564U/en
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Publication of CN204912564U publication Critical patent/CN204912564U/en

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Abstract

The utility model provides a mute bearing keeps automation of ware apparatus for producing that shifts, including blowing subassembly, displacement components, forming die, integer mould and cut -out press, the blowing subassembly includes the blowing pneumatic cylinder, maintenance board and vertebral plate, displacement components includes horizontal guide arm no. 1, horizontal guide arm no. 2, the vertical guide arm in a left side, the vertical guide arm in the right side, horizontal reset spring, vertical reset spring, forming die goes up the mould including taking shape, the lower mould takes shape, the integer mould includes mould in the integer, the integer lower mould, cut -out press goes up the mould including punching a hole, the lower mould punches a hole, punch a hole and go up the mould and include that the punching press takes over a business, the punching press needle, the positioning disk, the punching press needle circularizes the range, the positioning disk is equipped with a plurality of guiding holes that are used for the punching press needle to pass, the bottom of positioning disk is equipped with circular clamping groove, it is equipped with and is used for holding the circular support groove that mute bearing keeps the ware to punch a hole the top of lower mould, the device, structural design is equitable, can realize that the work piece is adding the automatic aversion in man -hour, and the processing accuracy is high, and it is few to produce the waste material, does benefit to the plant use.

Description

The automatic shift process units of quiet bearing cage

Technical field

The utility model relates to a kind of automatic shift process units of quiet bearing cage.

Background technology

In the process of quiet bearing cage, need to form successively, integer, punch operation.In existing production, due to as the metal disk small volume processed raw material, and surperficial relative smooth, adding man-hour and easily produce the problem of displacement, make production waste more, affect the raising of productivity effect.

When carrying out punch operation, quiet bearing cage can be made to be shifted because punching needle moves down, the accuracy of punching can be affected like this, cause waste material.Meanwhile, when punching needle moves down and carries out punching press, because punching hole diameter requires that the diameter of punching needle is less, direct like this being moved down by punching needle is carried out punching press and is easily produced the problems such as punching needle distortion.

Utility model content

The automatic shift process units that the purpose of this utility model is to provide a kind of quiet bearing cage solve in prior art exist due to as the metal disk small volume processed raw material, and surperficial relative smooth, easily produce the problems such as displacement man-hour adding, in addition, punching needle moves down and quiet bearing cage can be made to be shifted, and simultaneously direct being moved down by punching needle is carried out punching press and easily produced the problems such as punching needle distortion.

Technical solution of the present utility model is:

An automatic shift process units for quiet bearing cage, comprises blowing assembly, displaceable members, shaping dies, shaping mold and punching die;

Blowing assembly comprises blowing hydraulic cylinder, retention plate and vertebral plate, blowing hydraulic cylinder is located on lathe, retention plate is connected to the piston rod of blowing hydraulic cylinder, vertebral plate is provided with the bar hole passed for bolt, vertebral plate is connected on retention plate by bolt, nut, and left longitudinal guide block is connected with left side block, and right longitudinal guide block is connected with the right block, the end of left side block and the right block is respectively equipped with bar-shaped trough, and vertebral plate is located at the top of bar-shaped trough;

Displaceable members comprises horizontal guide rod one, horizontal guide rod two, left Der Laengslenker, right Der Laengslenker, horizontal back-moving spring, longitudinal back-moving spring, blowing assembly, shaping dies, shaping mold and punching die is provided with successively between left Der Laengslenker, right Der Laengslenker, bent axle is located on lathe by bearing, bent axle is connected with one end of chain, the other end of chain is walked around guide wheel and is connected horizontal guide rod one, and the two ends of horizontal guide rod one are located on left horizontal guide block one, right horizontal guide block one respectively by linear bearing;

Left horizontal guide block one is connected with one end of left Der Laengslenker, the other end of left Der Laengslenker is successively by left longitudinal guide block, more than one left tray, left horizontal guide block two, left Der Laengslenker and left horizontal guide block two are provided with linear bearing, right horizontal guide block one is connected with one end of right Der Laengslenker, the other end of right Der Laengslenker is successively by right longitudinal guide block, more than one right tray, right horizontal guide block two, between right Der Laengslenker and right longitudinal guide block, right Der Laengslenker and right horizontal guide block two are provided with linear bearing, left Der Laengslenker with right Der Laengslenker and two ends be connected to horizontal back-moving spring, left horizontal guide block two is with interior through there being horizontal guide rod two with right horizontal guide block two, between horizontal guide rod two and left horizontal guide block two, linear bearing is respectively equipped with between horizontal guide rod two and right horizontal guide block two, horizontal guide rod one is connected to longitudinal back-moving spring with the two ends of horizontal guide rod two,

Left tray is provided with left clamping plate, and right tray is provided with right clamping plate, and the end of left clamping plate and right clamping plate is equipped with deep-slotted chip breaker, is provided with the some conical tooths for clamping the quiet retainer of bearing in described deep-slotted chip breaker;

Shaping dies comprises shaping patrix, forming lower die, shaping patrix is located at the top of forming lower die, shaping patrix is connected on lathe, forming lower die is located on support, shaping patrix comprises shaping and takes over a business and some waveform teeth, described shaping takes over a business to be provided with some through holes for fixing described waveform tooth, described through hole is evenly arranged on described shaping takes over a business, one end of described waveform tooth penetrates in described through hole, the end of the other end of described waveform tooth is arcwall face, the top of forming lower die is provided with some forming pockets circularizing arrangement, forming pockets adopts deep-slotted chip breaker, arc convex is provided with between adjacent forming pockets,

Shaping mold comprises integer patrix, integer counterdie, integer patrix is located at the top of integer counterdie, integer patrix is connected on lathe, integer counterdie is located on support, the bottom surface of integer patrix is provided with arc positioning groove, be provided with the boss that top is plane between adjacent positioned groove, the top of integer counterdie is provided with some integer grooves circularizing arrangement;

Punching die comprises punch upper die, punching counterdie, punch upper die is located at the top of punching counterdie, punch upper die comprises punching press and takes over a business, punching needle, positioning disk, positioning disk is connected on punching press takes over a business by joint pin, punching press takes over a business to be connected on lathe, the middle part that punching press is taken over a business is provided with the through hole that the piston rod for hydraulic cylinder one passes, hydraulic cylinder one is located on lathe, the piston rod of hydraulic cylinder one is provided with some punching needles, punching needle circularizes arrangement, positioning disk is provided with some pilot holes passed for punching needle, the bottom of positioning disk is provided with circular draw-in groove, punching counterdie is located on support, punching counterdie adopts cylindrical, the top of punching counterdie is provided with the circular bracket for holding quiet bearing cage, some deep-slotted chip breakers in bracket, deep-slotted chip breaker circularizes arrangement.

Further, lathe is provided with for moving down or the hydraulic cylinder two of upper telephone-moving bed.

Further, draw-in groove is identical with the diameter of bracket.

Further, be provided with some anti-sticking circular holes in the bracket of punching counterdie, punching counterdie is provided with antiseize device.

Further, the below of described forming lower die, integer counterdie is respectively equipped with antiseize device.

Further, described antiseize device comprises the some thimbles for promoting quiet bearing cage, needle plate, extension spring and transmission component, described thimble is located on described needle plate, described needle plate is connected with one end of described extension spring, the other end of described extension spring is fixed on the bottom of support, the below of anti-sticking circular hole is located at by described thimble, described transmission component comprises connecting rod, rotating shaft, push rod and pressure rod, one end of described connecting rod connects described needle plate, the other end of described connecting rod is connected in rotating shaft, described rotating shaft is through there being bearing, described bearing is fixed on support by bearing block, roller is located in one end of described push rod, the other end of described push rod is connected in rotating shaft, the briquetting for promoting push rod is located in the end of described pressure rod.

The beneficial effects of the utility model are: the automatic shift process units of this kind of quiet bearing cage, reasonable in design, can realize workpiece and add the automatic shift in man-hour, and processing accuracy is high, produce waste material few, are beneficial to production and application.Coordinated by the forming pockets arranging formed tooth and forming lower die at shaping patrix, realize the processing of wavy surface.By arranging locating slot at integer patrix, ensureing the accurate positioning two wavy surface being added to man-hour, avoiding being shifted during processing and impact is produced.In punching die, punching needle is led by pilot hole, while ensureing the accuracy of punching, reduces the probability that punching needle fractures, thus improves durability.Realized the location of quiet bearing cage by the draw-in groove of punch upper die and the bracket of punching counterdie, the displacement of the quiet bearing cage when punching can be avoided, ensure the accurate of punching position.

Accompanying drawing explanation

Fig. 1 is the structural representation of the utility model embodiment;

Fig. 2 is the structural representation of shaping dies in embodiment;

Fig. 3 is the structural representation of punching die in embodiment;

Fig. 4 is the polycrystalline substance schematic diagram of positioning disk in embodiment;

Fig. 5 is the structural representation of antiseize device in embodiment;

Fig. 6 is the structural representation of displaceable members in embodiment;

Fig. 7 is the structural representation of blowing assembly in embodiment;

Wherein: 1-shaping dies, 2-shaping mold, 3-punching die, 4-support, 5-lathe, 6-antiseize device, 7-blowing assembly, 8-displaceable members, 9-chain;

11-is shaped, 12-waveform tooth, 13-forming lower die;

31-punching press is taken over a business, 32-punching needle, 33-positioning disk, 34-joint pin, 35-draw-in groove, 36-punching counterdie, 37-bracket, 38-pilot hole.

61-thimble, 62-needle plate, 63-extension spring, 64-connecting rod, 65-rotating shaft, 66-push rod, 67-pressure rod, 68-bearing block, 69-briquetting, 610-roller;

71-vertebral plate, 72-retention plate, 73-bar hole;

The left Der Laengslenker of the 81-horizontal guide rod two, 83-of horizontal guide rod one, 82-, the right Der Laengslenker of 84-, the horizontal back-moving spring of 85-, the longitudinal back-moving spring of 86-, the left longitudinal guide block of the right horizontal guide block one, 89-of the left horizontal guide block one, 88-of 87-, the right longitudinal guide block of 810-; The left tray of 811-, the right tray of 812-, the left clamping plate of 813-, the right clamping plate of 814-, 815-conical tooth, 816-left side block, block on the right of 817-.

Detailed description of the invention

Preferred embodiment of the present utility model is described in detail below in conjunction with accompanying drawing.

Embodiment

An automatic shift process units for quiet bearing cage, comprises blowing assembly 7, displaceable members 8, shaping dies 1, shaping mold 2 and punching die 3, as Fig. 1;

Blowing assembly 7 comprises blowing hydraulic cylinder, retention plate 72 and vertebral plate 71, as Fig. 7, blowing hydraulic cylinder is located on lathe, retention plate 72 is connected to the piston rod of blowing hydraulic cylinder, and vertebral plate 71 is provided with the bar string holes 73 of passing for bolt, and vertebral plate 71 is connected on retention plate 72 by bolt, nut, left longitudinal guide block 89 is connected with left side block 816, right longitudinal guide block 810 is connected with the right block 817, and left side block 816 is respectively equipped with bar-shaped trough with the end of the right block 817, and vertebral plate 71 is located at the top of bar-shaped trough;

Displaceable members 8 comprises horizontal guide rod 1, horizontal guide rod 2 82, left Der Laengslenker 83, right Der Laengslenker 84, horizontal back-moving spring 85, longitudinal back-moving spring 86, left Der Laengslenker 83, blowing assembly 7 is provided with successively between right Der Laengslenker 84, shaping dies 1, shaping mold 2 and punching die 3, as Fig. 6, bent axle is by driven by motor, motor is controlled by controller, bent axle is located on lathe by bearing, bent axle is connected with one end of chain 9, the other end of chain 9 is walked around guide wheel and is connected horizontal guide rod 1, left horizontal guide block 1 is located at respectively by linear bearing in the two ends of horizontal guide rod 1, on right horizontal guide block 1,

Left horizontal guide block 1 is connected with one end of left Der Laengslenker 83, the other end of left Der Laengslenker 83 is successively by left longitudinal guide block 89, more than one left tray 811, left horizontal guide block two, left Der Laengslenker 83 is provided with linear bearing with left horizontal guide block two, right horizontal guide block 1 is connected with one end of right Der Laengslenker 84, the other end of right Der Laengslenker 84 is successively by right longitudinal guide block 810, more than one right tray 812, right horizontal guide block two, between right Der Laengslenker 84 and right longitudinal guide block 810, right Der Laengslenker 84 is provided with linear bearing with right horizontal guide block two, left Der Laengslenker 83 with right Der Laengslenker 84 and two ends be connected to horizontal back-moving spring 85, left horizontal guide block two is with interior through there being horizontal guide rod 2 82 with right horizontal guide block two, between horizontal guide rod 2 82 and left horizontal guide block two, linear bearing is respectively equipped with between horizontal guide rod 2 82 and right horizontal guide block two, horizontal guide rod 1 is connected to longitudinal back-moving spring 86 with the two ends of horizontal guide rod 2 82,

Left tray 811 is provided with left clamping plate 813, and right tray 812 is provided with right clamping plate 814, and the end of left clamping plate 813 and right clamping plate 814 is equipped with deep-slotted chip breaker, is provided with the some conical tooths 815 for clamping the quiet retainer of bearing in described deep-slotted chip breaker;

By the rotating shaft of driven by motor bent axle, realize the flexible of chain 9, chain 9 is walked around guide wheel and is turned to, guide wheel is located on support, vertically moving of the horizontal guide rod 1 of flexible realization of chain 9, and then drive the displacement of left Der Laengslenker 83 and right Der Laengslenker 84, to realize left tray 811 and the displacement of right tray 812, realized resetting by the longitudinal back-moving spring 86 between horizontal guide rod 1 and horizontal guide rod 2 82 after shifting.Thus realize displacement and the reset of left tray 811 and right tray 812.

Displaceable members 8 can realize displacement and the reset of left tray 811 and right tray 812 longitudinal direction easily, is convenient to the displacement and the reset that realize being driven workpiece by left tray 811 and right tray 812, is beneficial to production and application.

Left tray 811 is provided with left clamping plate 813, and right tray 812 is provided with right clamping plate 814, and the end of left clamping plate 813 and right clamping plate 814 is equipped with deep-slotted chip breaker, is provided with the some conical tooths 815 for clamping the quiet retainer of bearing in described deep-slotted chip breaker.Left clamping plate 813 and right clamping plate 814 quantity are determined by the quantity of processing stations, and left clamping plate 813 and right clamping plate 814 one_to_one corresponding, quantity is equal.Left tray 811, right tray 812 are located on bracket respectively, and bracket is located on support, are convenient to left tray 811, the displacement of right tray 812 and reset.

Lathe is also provided with blowing assembly 7, blowing assembly 7 comprises hydraulic cylinder, retention plate 72 and vertebral plate 71, hydraulic cylinder is located on lathe, retention plate 72 is connected to the piston rod of blowing hydraulic cylinder, and vertebral plate 71 is provided with the bar string holes 73 of passing for bolt, and vertebral plate 71 is connected on retention plate 72 by bolt, nut, left longitudinal guide block 89 is connected with left side block 816, right longitudinal guide block 810 is connected with the right block 817, and left side block 816 is respectively equipped with bar-shaped trough with the end of the right block 817, and vertebral plate 71 is located at the top of bar-shaped trough.

When vertebral plate 71 moves down, fall in bar-shaped trough, separately left side block 816 and the right block 817, make left longitudinal guide block 89, right longitudinal guide block 810 laterally separately, and then make left Der Laengslenker 83, right Der Laengslenker 84 laterally separately, thus realize the transverse shift of left tray 811 and right tray 812.

When vertebral plate 71 moves, leave bar-shaped trough, because horizontal back-moving spring 85 acts on, left side block 816 and the right block 817 reset, make left longitudinal guide block 89, the laterally reset of right longitudinal guide block 810, and then left Der Laengslenker 83, right Der Laengslenker 84 are laterally resetted, thus the transverse direction realizing left tray 811 and right tray 812 resets.Be provided with left clamping plate 813 at left tray 811, when right tray 812 is provided with right clamping plate 814, by transverse shift and the reset of left tray 811 and right tray 812, crawl and the blowing of workpiece can be realized.

As Fig. 2, shaping dies 1 comprises shaping patrix, forming lower die 13, shaping patrix is located at the top of forming lower die 13, shaping patrix is connected on lathe 5, forming lower die 13 is located on support 4, shaping patrix comprises shaping and takes over a business 11 and some waveform teeth 12, described shaping is taken over a business 11 and is provided with some through holes for fixing described waveform tooth 12, described through hole is evenly arranged in described shaping and takes over a business on 11, one end of described waveform tooth 12 penetrates in described through hole, the end of the other end of described waveform tooth 12 is arcwall face, the top of forming lower die 13 is provided with some forming pockets circularizing arrangement, forming pockets adopts deep-slotted chip breaker, arc convex is provided with between adjacent forming pockets.

Shaping mold 2 comprises integer patrix, integer counterdie, integer patrix is located at the top of integer counterdie, integer patrix is connected on lathe 5, integer counterdie is located on support 4, the bottom surface of integer patrix is provided with arc positioning groove, be provided with the boss that top is plane between adjacent positioned groove, the top of integer counterdie is provided with some integer grooves circularizing arrangement.

As Fig. 3, punching die 3 comprises punch upper die, punching counterdie 36, punch upper die is located at the top of punching counterdie 36, punch upper die comprises punching press and takes over a business 31, punching needle 32, positioning disk 33, positioning disk 33 is connected to punching press by joint pin 34 and takes over a business on 31, punching press is taken over a business 31 and is connected on lathe 5, the middle part that punching press takes over a business 31 is provided with the through hole that the piston rod for hydraulic cylinder one passes, hydraulic cylinder one is located on lathe 5, the piston rod of hydraulic cylinder one is provided with some punching needles 32, punching needle 32 circularizes arrangement, positioning disk 33 is provided with some pilot holes 38 passed for punching needle 32, the bottom of positioning disk 33 is provided with circular draw-in groove 35, as Fig. 4, punching counterdie 36 is located on support 4, punching counterdie 36 adopts cylindrical, the top of punching counterdie 36 is provided with the circular bracket 37 for holding quiet bearing cage, some deep-slotted chip breakers in bracket 37, deep-slotted chip breaker circularizes arrangement.Lathe 5 is provided with for moving down or the hydraulic cylinder two of upper telephone-moving bed 5.Draw-in groove 35 is identical with the diameter of bracket 37.

By the shaping dies 1, shaping mold 2, the punching die 3 that set gradually, wave-like processing is formed after can realizing the shaping to metal disk, and the while of realizing simultaneously forming plane by shaping mold 2, another side keeps wavy surface, then realize carrying out punch operation in plane by punching die 3.

The automatic shift process units of this kind of quiet bearing cage, reasonable in design, processing accuracy is high, produces waste material few, is beneficial to production and application.Coordinated by the forming pockets arranging formed tooth and forming lower die 13 at shaping patrix, realize the processing of wavy surface.By arranging locating slot at integer patrix, ensureing the accurate positioning two wavy surface being added to man-hour, avoiding being shifted during processing and impact is produced.

By the quiet bearing cage after shaping, integer is placed in the circular bracket 37 of punching counterdie 36, after the arcwall face holding quiet bearing cage successively by the deep-slotted chip breaker in bracket 37 positions, hydraulic cylinder one promotes punching needle 32 and moves down along the pilot hole 38 of positioning disk 33, carries out punching processing to the quiet bearing cage in bracket 37.The automatic shift process units of this kind of quiet bearing cage, punching needle 32 is led by pilot hole 38, while ensureing the accuracy of punching, reduces the probability that punching needle 32 fractures, thus improves durability.Realized the location of quiet bearing cage by the draw-in groove 35 of punch upper die and the bracket 37 of punching counterdie 36, the displacement of the quiet bearing cage when punching can be avoided, ensure the accurate of punching position.

Be provided with some anti-sticking circular holes in the bracket 37 of punching counterdie 36, punching counterdie 36 is provided with antiseize device 6.As Fig. 5, antiseize device 6 comprises the some thimbles 61 for promoting quiet bearing cage, needle plate 62, extension spring 63 and transmission component, described thimble 61 is located on described needle plate 62, described needle plate 62 is connected with one end of described extension spring 63, the other end of described extension spring 63 is fixed on the bottom of support 4, the below of anti-sticking circular hole is located at by described thimble 61, described transmission component comprises connecting rod 64, rotating shaft 65, push rod 66 and pressure rod 67, one end of described connecting rod 64 connects described needle plate 62, the other end of described connecting rod 64 is connected in rotating shaft 65, described rotating shaft 65 is through there being bearing, described bearing is fixed on support 4 by bearing block 68, roller 610 is located in one end of described push rod 66, the other end of described push rod 66 is connected in rotating shaft 65, the briquetting 69 for promoting push rod 66 is located in the end of described pressure rod 67.

In antiseize device 6, promote push rod 66 by the briquetting 69 being connected to pressure rod 67 end 65 to rotate around the shaft, thus the connecting rod 64 be connected in rotating shaft 65 rotates simultaneously, band is automatically connected in the needle plate 62 of connecting rod 64 upwards, bearing cage is upwards ejected by the thimble 61 on needle plate 62, effectively prevent after carrying out punching press to bearing cage, bearing cage card prevents carrying out smoothly of processing in a mold.After punch press completes punching press under time, producing reset response power by connecting the extension spring 63 of needle plate 62, driving needle plate 62 and thimble 61 to automatically reset.

In antiseize device 6, the end face of briquetting 69 is inclined-plane, and roller 610 is set in the end of push rod 66, briquetting 69 is descending can while down-pressure roller 610, roller 610 can be made to produce rotation by the inclined-plane of briquetting 69, pressure rod 67 is avoided to act on the fixed position of push rod 66 all the time, damage is caused on this fixed position on push rod 66 and affects the service life of push rod 66, the structure formed by inclined-plane and the roller 610 of briquetting 69, roller 610 each cyclic loadings can be made, thus increase the service life, avoid the transition loss of a certain fixed position.

Claims (6)

1. an automatic shift process units for quiet bearing cage, is characterized in that: comprise blowing assembly, displaceable members, shaping dies, shaping mold and punching die;
Blowing assembly comprises blowing hydraulic cylinder, retention plate and vertebral plate, blowing hydraulic cylinder is located on lathe, retention plate is connected to the piston rod of blowing hydraulic cylinder, vertebral plate is provided with the bar hole passed for bolt, vertebral plate is connected on retention plate by bolt, nut, and left longitudinal guide block is connected with left side block, and right longitudinal guide block is connected with the right block, the end of left side block and the right block is respectively equipped with bar-shaped trough, and vertebral plate is located at the top of bar-shaped trough;
Displaceable members comprises horizontal guide rod one, horizontal guide rod two, left Der Laengslenker, right Der Laengslenker, horizontal back-moving spring, longitudinal back-moving spring, blowing assembly, shaping dies, shaping mold and punching die is provided with successively between left Der Laengslenker, right Der Laengslenker, bent axle is located on lathe by bearing, bent axle is connected with one end of chain, the other end of chain is walked around guide wheel and is connected horizontal guide rod one, and the two ends of horizontal guide rod one are located on left horizontal guide block one, right horizontal guide block one respectively by linear bearing;
Left horizontal guide block one is connected with one end of left Der Laengslenker, the other end of left Der Laengslenker is successively by left longitudinal guide block, more than one left tray, left horizontal guide block two, left Der Laengslenker and left horizontal guide block two are provided with linear bearing, right horizontal guide block one is connected with one end of right Der Laengslenker, the other end of right Der Laengslenker is successively by right longitudinal guide block, more than one right tray, right horizontal guide block two, between right Der Laengslenker and right longitudinal guide block, right Der Laengslenker and right horizontal guide block two are provided with linear bearing, left Der Laengslenker with right Der Laengslenker and two ends be connected to horizontal back-moving spring, left horizontal guide block two is with interior through there being horizontal guide rod two with right horizontal guide block two, between horizontal guide rod two and left horizontal guide block two, linear bearing is respectively equipped with between horizontal guide rod two and right horizontal guide block two, horizontal guide rod one is connected to longitudinal back-moving spring with the two ends of horizontal guide rod two,
Left tray is provided with left clamping plate, and right tray is provided with right clamping plate, and the end of left clamping plate and right clamping plate is equipped with deep-slotted chip breaker, is provided with the some conical tooths for clamping the quiet retainer of bearing in described deep-slotted chip breaker;
Shaping dies comprises shaping patrix, forming lower die, shaping patrix is located at the top of forming lower die, shaping patrix is connected on lathe, forming lower die is located on support, shaping patrix comprises shaping and takes over a business and some waveform teeth, described shaping takes over a business to be provided with some through holes for fixing described waveform tooth, described through hole is evenly arranged on described shaping takes over a business, one end of described waveform tooth penetrates in described through hole, the end of the other end of described waveform tooth is arcwall face, the top of forming lower die is provided with some forming pockets circularizing arrangement, forming pockets adopts deep-slotted chip breaker, arc convex is provided with between adjacent forming pockets,
Shaping mold comprises integer patrix, integer counterdie, integer patrix is located at the top of integer counterdie, integer patrix is connected on lathe, integer counterdie is located on support, the bottom surface of integer patrix is provided with arc positioning groove, be provided with the boss that top is plane between adjacent positioned groove, the top of integer counterdie is provided with some integer grooves circularizing arrangement;
Punching die comprises punch upper die, punching counterdie, punch upper die is located at the top of punching counterdie, punch upper die comprises punching press and takes over a business, punching needle, positioning disk, positioning disk is connected on punching press takes over a business by joint pin, punching press takes over a business to be connected on lathe, the middle part that punching press is taken over a business is provided with the through hole that the piston rod for hydraulic cylinder one passes, hydraulic cylinder one is located on lathe, the piston rod of hydraulic cylinder one is provided with some punching needles, punching needle circularizes arrangement, positioning disk is provided with some pilot holes passed for punching needle, the bottom of positioning disk is provided with circular draw-in groove, punching counterdie is located on support, punching counterdie adopts cylindrical, the top of punching counterdie is provided with the circular bracket for holding quiet bearing cage, some deep-slotted chip breakers in bracket, deep-slotted chip breaker circularizes arrangement.
2. the automatic shift process units of quiet bearing cage as claimed in claim 1, is characterized in that: lathe is provided with for moving down or the hydraulic cylinder two of upper telephone-moving bed.
3. the automatic shift process units of quiet bearing cage as claimed in claim 1 or 2, is characterized in that: draw-in groove is identical with the diameter of bracket.
4. the automatic shift process units of quiet bearing cage as claimed in claim 1, is characterized in that: be provided with some anti-sticking circular holes in the bracket of punching counterdie, punching counterdie is provided with antiseize device.
5. the automatic shift process units of quiet bearing cage as claimed in claim 1, is characterized in that: the below of described forming lower die, integer counterdie is respectively equipped with antiseize device.
6. the automatic shift process units of the quiet bearing cage as described in claim 4 or 5, it is characterized in that: described antiseize device comprises the some thimbles for promoting quiet bearing cage, needle plate, extension spring and transmission component, described thimble is located on described needle plate, described needle plate is connected with one end of described extension spring, the other end of described extension spring is fixed on the bottom of support, the below of anti-sticking circular hole is located at by described thimble, described transmission component comprises connecting rod, rotating shaft, push rod and pressure rod, one end of described connecting rod connects described needle plate, the other end of described connecting rod is connected in rotating shaft, described rotating shaft is through there being bearing, described bearing is fixed on support by bearing block, roller is located in one end of described push rod, the other end of described push rod is connected in rotating shaft, the briquetting for promoting push rod is located in the end of described pressure rod.
CN201520625280.5U 2015-08-19 2015-08-19 Mute bearing keeps automation of ware apparatus for producing that shifts CN204912564U (en)

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CN106132130A (en) * 2016-07-13 2016-11-16 吴晓笑 A kind of regulator cubicle equipment being provided with moveable electric component

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105107993A (en) * 2015-08-19 2015-12-02 宣城中宇轴承科技有限公司 Automatic shifting producing device for silent bearing retainer
CN105934125A (en) * 2016-07-13 2016-09-07 黎钊彬 Indicating electrical cabinet assembly equipped with movable electrical component
CN105934122A (en) * 2016-07-13 2016-09-07 吴晓笑 Conveniently-adjustable electrical cabinet mechanism equipped with movable electrical parts
CN106132129A (en) * 2016-07-13 2016-11-16 吴晓笑 A kind of electric component moveable electric power electric cabinet device
CN106132130A (en) * 2016-07-13 2016-11-16 吴晓笑 A kind of regulator cubicle equipment being provided with moveable electric component
CN105934122B (en) * 2016-07-13 2018-11-20 泰兴市赛尔新能源科技有限公司 A kind of electrical cabinet mechanism for being equipped with moveable electric component and just adjusting
CN105934125B (en) * 2016-07-13 2018-11-23 泰兴市智谷科技孵化器中心 One kind being equipped with moveable electric component and denotable electric power electric cabinet component
CN106132129B (en) * 2016-07-13 2018-11-27 泰兴市赛尔新能源科技有限公司 A kind of moveable electric power electric cabinet device of electric component
CN106132130B (en) * 2016-07-13 2019-01-04 中科天工电气控股有限公司 A kind of electrical cabinet equipment being equipped with moveable electric component

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