CN203804550U - Automatic bearing and bushing pressing mechanism - Google Patents

Automatic bearing and bushing pressing mechanism Download PDF

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Publication number
CN203804550U
CN203804550U CN201420220618.4U CN201420220618U CN203804550U CN 203804550 U CN203804550 U CN 203804550U CN 201420220618 U CN201420220618 U CN 201420220618U CN 203804550 U CN203804550 U CN 203804550U
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CN
China
Prior art keywords
plate
blanking
lining
loading
cylinder
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Expired - Fee Related
Application number
CN201420220618.4U
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Chinese (zh)
Inventor
吕绍林
杨愉强
吴小平
贺鹏
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Bozhong Suzhou Precision Industry Technology Co Ltd
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Bozhong Suzhou Precision Industry Technology Co Ltd
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Priority to CN201420220618.4U priority Critical patent/CN203804550U/en
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Publication of CN203804550U publication Critical patent/CN203804550U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model relates to an automatic bearing and bushing pressing mechanism which comprises a frame, a feeding line, an automatic feeding mechanism, an automatic product moving and positioning mechanism, a positioning mechanism, bushing vibration plates, automatic bushing pressing mechanisms, bearing throwing plates, automatic bearing pressing mechanisms, an automatic blanking mechanism and a blanking production line. Products reach the designated position via the feeding line and are clamped through clamping jaws of the automatic feeding mechanism, a rotary cylinder rotates, and a stepping motor acts to move the products to the automatic product moving and positioning mechanism; the products are moved and positioned through the automatic product moving and positioning mechanism to be moved to a positioning carrier; bushings are vibrated out by the bushing vibration plate and are pressed to two ends of the products through the automatic bushing pressing mechanisms and the positioning mechanism; the products are then moved to the next work station and bearings are pressed to two ends of the products through the automatic bearing pressing mechanisms and the positioning mechanism; finally the products are moved to the blanking production line through the automatic blanking mechanism, and the entire mechanism stops running.

Description

A kind of automatic pressing bearing and lining mechanism
Technical field:
The utility model relates to a kind of automatic pressing bearing and lining mechanism.
Background technology:
In automatic pressing bearing and lining mechanism, product arrives assigned address through material loading streamline, automatic feed mechanism is by jaw cylinder clamping product, rotary cylinder rotation, stepper motor carries out shift motion product is displaced on product displacement detent mechanism, product displacement detent mechanism is displaced to product on positioning carrier by being shifted and locating, and then lining is by vibrating disc discharging, and automatic pressing lining mechanism is by lining in the two ends pressing of product; Product is moved on to next station by product displacement detent mechanism, by automatic pressing bearing mechanism by the two ends pressing upper bearing (metal) of product, product is displaced to next station by final product displacement detent mechanism, product is moved on on product blanking streamline by automatic material blanking mechanism, mechanism action finishes, in aforesaid operations process, need a kind of automatic pressing bearing and lining mechanism to complete.
Utility model content:
The purpose of this utility model is to provide a kind of automatic pressing bearing and lining mechanism, through the cooperation of each mechanism, can realize product two side pressure lining and bearings, and its bonding accurcy is high, realizes full automatic working, has improved product quality.
Technology solution of the present utility model is as follows:
A kind of automatic pressing bearing and lining mechanism, it comprises frame, material loading streamline, automatic feed mechanism, product automatic shift detent mechanism, detent mechanism, lining vibrating disk, automatic pressing lining mechanism, bearing throwing disc, automatic pressing bearing mechanism, automatic material blanking mechanism and blanking streamline, described material loading streamline and blanking streamline lay respectively at right side and the left side of frame, on material loading streamline, be placed with many set products, blanking streamline is used for placing finished product; Described automatic feed mechanism, product automatic shift detent mechanism, detent mechanism, lining vibrating disk, automatic pressing lining mechanism, bearing throwing disc, automatic pressing bearing mechanism, automatic material blanking mechanism are arranged on respectively in frame; Described automatic feed mechanism is for being displaced to the product of material loading streamline automatically the product orientation carrier of product automatic shift detent mechanism; Described automatic pressing lining mechanism and automatic pressing bearing mechanism respectively have two groups, lay respectively at the both sides of product automatic shift localization machine, every group of automatic pressing lining mechanism and every group of automatic pressing bearing mechanism all correspondence are provided with one group of detent mechanism, every group of corresponding one group of lining vibrating disk of automatic pressing lining mechanism, every group of corresponding one group of bearing throwing disc of automatic pressing bearing mechanism, lining vibrating disk vibrates lining, lining can enter in automatic pressing lining mechanism, bearing throwing disc can throw away bearing, and bearing can enter in automatic pressing bearing mechanism.
Described product automatic shift detent mechanism for product displacement and location; Described automatic pressing lining mechanism is for the lining at pressing product two ends; Described automatic pressing bearing mechanism is for the bearing at pressing product two ends; Described detent mechanism reaches the object of location for withstanding product; Described automatic material blanking mechanism is for the automatic blanking of product after pressing.
Described automatic feed mechanism comprises material loading base plate, material loading support column, material loading motor fixing plate, material loading stepper motor, charging belt driving wheel, charging belt supporting roller, charging belt, material loading slide rail, material loading slide block, material loading contiguous block, material loading lift cylinder fixed head, material loading lift cylinder, material loading lifter plate, material loading linear bearing, material loading cylinder axis, material loading photoelectric sensor, material loading sensing chip, material loading rotary cylinder, material loading gripper cylinder and material loading jaw, the bottom of described material loading base plate is provided with four and works the material loading support column that supports fixation, material loading support column is fixedly mounted in frame, on described material loading base plate, be installed with material loading motor fixing plate, described material loading stepper motor is arranged on material loading motor fixing plate, the main shaft of material loading stepper motor and charging belt driving wheel link together, described charging belt supporting roller is fixedly mounted on material loading base plate by a holder, between charging belt driving wheel and charging belt supporting roller, links together by charging belt, three material loading photoelectric sensors are installed on described material loading base plate, a material loading sensing chip matching with material loading photoelectric sensor is installed on material loading lift cylinder fixed head, described material loading base plate is provided with a square slotted eye, is installed with two material loading slide rails on described material loading base plate, and material loading slide rail symmetry is positioned at square slotted eye both sides, on every material loading slide rail, coordinates material loading slide block is installed respectively, described material loading lift cylinder fixed head is arranged on two material loading slide blocks, and the bottom of material loading lift cylinder fixed head links together by material loading contiguous block and charging belt, described material loading lift cylinder is arranged on material loading lift cylinder fixed head top, the piston rod of material loading lift cylinder is connecting material loading lifter plate, two material loading cylinder axis are installed on material loading lifter plate, two material loading linear bearings are installed on material loading lift cylinder fixed head, and two material loading cylinder axis pass from corresponding material loading linear bearing respectively, the below of material loading lifter plate is provided with material loading rotary cylinder, the rotating shaft of material loading rotary cylinder is connected with material loading gripper cylinder, two material loading jaws are installed under material loading gripper cylinder, and material loading jaw can product clamping.
It comprises moving and lifting cylinder described product automatic shift detent mechanism, displacement base plate, base plate locating shaft, displacement air cylinder fixed plate, displacement cylinder, displacement slide rail, displacement slide block, moving and lifting plate, displacement connecting plate, displacement linear bearing, displacement cylinder axis, displacement guide pillar, displacement positioning plate, displacement location-plate, support plate and product orientation carrier, described moving and lifting cylinder top is connecting moving and lifting plate, displacement linear bearing is installed on moving and lifting plate, described displacement connecting plate bottom is provided with displacement cylinder axis, and displacement cylinder axis passes from displacement linear bearing, described displacement base plate is arranged in frame, displacement cylinder is arranged on displacement base plate bottom by displacement air cylinder fixed plate, displacement base plate is provided with displacement slide rail, on displacement slide rail, coordinate displacement slide block is installed, and moving and lifting plate links together with displacement slide block, and is separately installed with base plate locating shaft on displacement four angles of base plate, the front and back side of described displacement connecting plate is connecting respectively a displacement positioning plate by displacement guide pillar, is vertically installed with a displacement location-plate on each displacement positioning plate, on described each displacement location-plate, be respectively equipped with five groups of displacement orientation angles, described support plate is fixedly mounted in frame, and six set product positioning carriers are installed on support plate, on product orientation carrier, can place product, distance between described every group of displacement orientation angle and the distance between every set product positioning carrier equate.
It comprises described automatic pressing lining mechanism and presses lining base, presses lining base plate, presses lining cylinder, presses lining air cylinder fixed plate, presses lining push rod, presses lining slide rail, presses lining slide block, material storing box, pressure lining connecting plate, presses charging baffle plate before lining, presses lining rear feeding baffle plate, presses the left charging baffle plate of lining, presses the right charging baffle plate of lining, presses lining gear to tear air cylinder fixed plate open, press lining gear to tear cylinder a open and press lining gear to tear cylinder b open, described pressure lining floor installation, in frame, is pressed lining base plate to be arranged on and is pressed on lining base; On described pressure lining base plate, be provided with one and press lining slide rail, press on lining slide rail and coordinate pressure lining slide block is installed; Described pressure lining air cylinder fixed plate and material storing box are arranged on respectively left part and the right part of pressing lining base plate, press lining cylinder to be arranged on and press in lining air cylinder fixed plate, press the piston rod of lining cylinder connecting pressure lining push rod, press lining push rod bottom to link together with pressing lining slide block, press lining push rod can pass material storing box; Described material storing box top is provided with presses lining connecting plate, the front charging baffle plate of described pressure lining, pressure lining rear feeding baffle plate, the pressure left charging baffle plate of lining and the right charging baffle plate of pressure lining are arranged on respectively pressure lining connecting plate top, and the front charging baffle plate of pressure lining, pressure lining rear feeding baffle plate, the pressure left charging baffle plate of lining and the square pressure lining feeding-passage of the right charging baffle plate formation one of pressure lining with charging aperture; Described pressure lining gear is torn air cylinder fixed plate open and is arranged on the right lateral side of pressing lining connecting plate, press lining gear to tear cylinder a open and press lining gear to tear cylinder b open to be separately fixed at and to press lining gear to tear open in air cylinder fixed plate, and press lining gear tear open cylinder b be positioned at press lining gear tear open cylinder a under; Described pressure lining keeps off the piston rod of tearing cylinder a open and press lining gear to tear cylinder b open and can press in lining feeding-passage from pressing lining rear feeding baffle plate to pass and can be deep into respectively.
It comprises base plate described automatic pressing bearing mechanism, motor fixing plate, servomotor, leading screw, feed screw nut, contiguous block, screw mandrel front support seat, screw mandrel rear support seat, slide rail, slide block, movable plate, buffer stopper, limiting plate, mounting bar, photoelectric sensor, pressure sensor sense holder, pressure sensor, guide pillar, push pedal fixed head, push pedal, transverse slat, stringer board, feeding mechanism and Dang Chai mechanism, described motor fixing plate, screw mandrel front support seat and screw mandrel rear support seat are fixedly mounted on respectively on base plate, servomotor is arranged on motor fixing plate, the main shaft of servomotor is connected with screw mandrel, the rear and front end of screw mandrel is connected with screw mandrel rear support seat supports by screw mandrel front support seat respectively, on screw mandrel, coordinate feed screw nut is installed, two slide rails are installed on described base plate, on slide rail, coordinate slide block is installed, on two slide blocks, movable plate is installed, on described movable plate, be installed with contiguous block and pressure sensor sense holder, contiguous block and feed screw nut are fixed together, and pressure sensor sense holder front end is provided with pressure sensor, the front end of described contiguous block is connected with push pedal fixed head by guide pillar, and push pedal fixed head front end is connected with push pedal, described push pedal front end is provided with two stringer boards, and two stringer board tops are provided with transverse slat.One buffer stopper is also installed on described base plate, a limiting plate is installed on movable plate, movable plate reach can contact with buffer stopper by limiting plate, thus the stroke of moving-limiting plate; On described base plate, mounting bar is installed, three photoelectric sensors are installed on mounting bar, the bottom of movable plate is provided with sensing chip, and the displacement of movable plate is determined by photoelectric sensor.
Described feeding mechanism comprises front charging baffle plate, rear feeding baffle plate, left charging baffle plate and right charging baffle plate, front charging baffle plate, rear feeding baffle plate, left charging baffle plate and right charging baffle plate are arranged on transverse slat respectively, and front charging baffle plate, rear feeding baffle plate, left charging baffle plate and right charging baffle plate enclose to connect to form and one hold feeding-passage with the last item of charging aperture; Described transverse slat is provided with slotted eye, and feeding-passage is connected with slotted eye, in feeding-passage, can enter bearing.Described Dang Chai mechanism comprises that gear tears that air cylinder fixed plate, gear are torn cylinder a open, gear is torn cylinder b, backgauge air cylinder fixed plate and backgauge cylinder open open, described gear is torn air cylinder fixed plate open and is vertically mounted on transverse slat, gear is torn cylinder a and gear open and is torn cylinder b open and be arranged on respectively gear and tear open in air cylinder fixed plate, and gear tear open cylinder b be positioned at gear tear open cylinder a under, and gear is torn the piston rod that cylinder a and gear tear cylinder b open open and can be passed from rear feeding baffle plate respectively, can stop the bearing in feeding-passage; Described backgauge air cylinder fixed plate is fixedly mounted on stringer board, and backgauge cylinder is arranged in backgauge air cylinder fixed plate, and the piston rod of backgauge cylinder is connecting material blocking block, and material blocking block can block bearing and prevent from dropping; Described screw mandrel front support seat is provided with a square slotted eye, and push pedal can be passed from square slotted eye, and described two stringer boards are positioned at square slotted eye both sides.
As preferably, it comprises positioning plate, cam lift cylinder, positioned-lifting air cylinder fixed plate, cam, cam baffle plate, positioning slide, location slide plate, localization handspike, rotating shaft, localization handspike gripper shoe, roller, positioning linear bearing and position block described detent mechanism, described positioning plate is arranged in frame, positioned-lifting air cylinder fixed plate is arranged on the bottom of positioning plate, and cam lift cylinder is arranged in positioned-lifting air cylinder fixed plate; The elevating lever of described cam lift cylinder links together through positioning plate and cam; On described positioning plate, be installed with cam baffle plate, cam baffle plate is provided with positioning slide, and cam is provided with location slide plate, and positioning slide and location slide plate are installed togather; Described localization handspike gripper shoe is arranged on positioning plate, and positioning linear bearing is installed in localization handspike gripper shoe, and described localization handspike left end is provided with roller by rotating shaft, and right part passes from positioning linear bearing; On described positioning plate, be also installed with the position block that anti-throw-out lever swings; The action of described cam lift cylinder, rises cam along the positioning slide on cam baffle plate, cam and roller contact, and roller rolls localization handspike is moved forward along positioning linear bearing direction, withstands product and reach the object of location.
As preferably, a stiffener a is installed between described cam baffle plate and positioning plate and strengthens fixing, a stiffener b is installed between described localization handspike gripper shoe and positioning plate and strengthens fixing.
As preferably, described displacement orientation angle is V-shaped groove structure, and the two ends of product may be stuck in V-shaped groove.
As preferably, described pressure lining push rod is rectangular structure.
As preferably, it comprises blanking base described automatic material blanking mechanism, blanking gripper shoe, blanking reinforcement, blanking base plate, blanking stepper motor, blanking belt driving wheel, blanking holder, blanking belt supporting roller, blanking belt, blanking slide rail, blanking slide block, blanking contiguous block, blanking movable plate, blanking lift cylinder fixed head, blanking lift cylinder, blanking lifter plate, blanking linear bearing, blanking cylinder axis, blanking mounting bar, blanking photoelectric sensor, blanking sensing chip, blanking gripper cylinder and blanking jaw, described blanking base has two, be arranged on respectively in frame, a blanking gripper shoe is installed on each blanking base, two blanking gripper shoe tops are provided with blanking base plate, on described blanking base plate, be installed with blanking stepper motor, the main shaft of blanking stepper motor and blanking belt driving wheel link together, described blanking belt supporting roller is fixedly mounted on blanking base plate by a blanking holder, between blanking belt driving wheel and blanking belt supporting roller, links together by blanking belt, on described blanking base plate, be installed with two blanking slide rails, on every blanking slide rail, coordinate blanking slide block is installed respectively, described blanking movable plate is arranged on two blanking slide blocks, and the bottom of blanking movable plate links together by blanking contiguous block and blanking belt, on described blanking base plate, by blanking mounting bar, blanking photoelectric sensor is installed, a blanking sensing chip matching with blanking photoelectric sensor is installed on blanking movable plate, described blanking lift cylinder fixed head is fixed on blanking movable plate, blanking lift cylinder is arranged on blanking lift cylinder fixed head, the piston rod of blanking lift cylinder is connecting blanking lifter plate, the below of blanking lifter plate is provided with blanking gripper cylinder, two blanking jaws are installed under blanking gripper cylinder, and blanking jaw can product clamping.
As preferably, two blanking cylinder axis are installed on described blanking lifter plate, two blanking linear bearings are installed on blanking movable plate, and two blanking cylinder axis pass from corresponding blanking linear bearing respectively.
As preferably, described blanking photoelectric sensor has three.
The beneficial effects of the utility model are:
The material loading stepper motor of automatic feed mechanism of the present utility model drives, charging belt driving wheel drives charging belt supporting roller to rotate by charging belt, because the bottom of material loading lift cylinder fixed head links together by material loading contiguous block and charging belt, charging belt rotates and makes material loading air cylinder fixed plate along with charging belt moves, make material loading lift cylinder along material loading slide rail transverse shifting, then under the acting in conjunction of material loading rotary cylinder and material loading gripper cylinder, material loading jaw can clamp product, product is displaced to next operating position place, its transverse shifting distance is determined by material loading photoelectric sensor, it can realize automatic operation, its material loading position is accurate, simple to operate.
The moving and lifting air cylinder driven of product automatic shift detent mechanism of the present utility model, moving and lifting plate can drive displacement location-plate to rise and product can be risen; Then the cylinder that is shifted action can drive moving and lifting plate to move along displacement slide rail, and product is moved forward to a station, and under last moving and lifting cylinder, general who has surrendered's product is placed on product orientation carrier, and the action of a station of product reach is completed.On product orientation carrier of the present invention, can place and positioning product, and displacement location-plate is provided with the displacement orientation angle of V-shaped groove structure can positioning product, can realize like this product automatic shift location, it moves a station at every turn and can locate, and is convenient to operate at each station place.
The pressure lining feeding-passage of automatic pressing lining mechanism of the present utility model enters lining, by press lining gear tear cylinder a open and press lining gear tear the cooperation of cylinder b open, lining can be divided into single, then send into one by one material storing box, next press lining cylinder action band dynamic pressure lining push rod along pressing the reach of lining slide rail, press lining push rod can promote the reach of material storing box neck bush, thereby carry out pressing action.Its bonding accurcy is high, and pressing position standard, can realize automatic operation, and operating efficiency is high.
The last item of automatic pressing bearing of the present utility model mechanism holds feeding-passage place and enters bearing, bearing is divided into single by Dang Chai mechanism, bearing enters bottom, blocking bearing by backgauge air cylinder driven material blocking block prevents from dropping, now servomotor action, screw mandrel rotates and makes feed screw nut drive contiguous block, carries out pressing action thereby contiguous block drives movable plate to drive push pedal to travel forward, in the time moving to certain distance, pressure sensor senses the size of pressure, stops action in the time reaching the pressure of setting.For the bearing at pressing product two ends, its bonding accurcy is high, and pressing position standard, can realize automatic operation, and operating efficiency is high, has improved product quality.
The blanking stepper motor of automatic material blanking mechanism of the present utility model drives, blanking belt driving wheel drives blanking belt supporting roller to rotate by blanking belt, the bottom of blanking movable plate links together by blanking contiguous block and blanking belt, blanking belt rotates and makes blanking movable plate along with belt moves, make blanking lift cylinder arrive product place along blanking slide rail transverse shifting, transverse shifting distance is determined by blanking photoelectric sensor, then under the acting in conjunction of blanking lift cylinder and blanking gripper cylinder, blanking jaw can clamp product, product is displaced to blanking streamline place.
The utility model can be realized unmanned operation, can be suitable for different products by changing carrier, and bonding accurcy is high, effectively controls yield rate thereby can realize control pressure force.Compact conformation, occupation of land space is little.
Brief description of the drawings:
Below in conjunction with accompanying drawing, the utility model is described further:
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the top view of Fig. 1;
Fig. 3 is the structural representation that the utility model does not comprise material loading streamline, lining vibrating disk, bearing throwing disc and blanking streamline;
Fig. 4 is the top view of Fig. 3;
Fig. 5 is the structural representation of automatic feed mechanism of the present utility model;
Fig. 6 is the front view of Fig. 5;
Fig. 7 is the left view of Fig. 5;
Fig. 8 is the structural representation of product automatic shift detent mechanism of the present utility model;
Fig. 9 is the front view of Fig. 8;
Figure 10 is the structural representation of detent mechanism of the present utility model;
Figure 11 is the structural representation of automatic pressing lining mechanism of the present utility model;
Figure 12 is the front view of Figure 11;
Figure 13 is the structural representation of automatic pressing bearing of the present utility model mechanism;
Figure 14 is the front view of Figure 13;
Figure 15 is the top view of Figure 13;
Figure 16 is the structural representation of automatic material blanking mechanism of the present utility model;
Figure 17 is the left view of Figure 16.
Detailed description of the invention:
Embodiment, see accompanying drawing 1~17, a kind of automatic pressing bearing and lining mechanism, it comprises frame 1, material loading streamline I, automatic feed mechanism II, product automatic shift detent mechanism III, detent mechanism IV, lining vibrating disk V, automatic pressing lining mechanism VI, bearing throwing disc VII, automatic pressing bearing mechanism VIII, automatic material blanking mechanism IX and blanking streamline X, described material loading streamline and blanking streamline lay respectively at right side and the left side of frame, on material loading streamline, be placed with many set products 2, blanking streamline is used for placing finished product; Described automatic feed mechanism, product automatic shift detent mechanism, detent mechanism, lining vibrating disk, automatic pressing lining mechanism, bearing throwing disc, automatic pressing bearing mechanism, automatic material blanking mechanism are arranged on respectively in frame; Described automatic feed mechanism is for being displaced to the product of material loading streamline automatically the product orientation carrier of product automatic shift detent mechanism; Described automatic pressing lining mechanism and automatic pressing bearing mechanism respectively have two groups, lay respectively at the both sides of product automatic shift localization machine, every group of automatic pressing lining mechanism and every group of automatic pressing bearing mechanism all correspondence are provided with one group of detent mechanism, every group of corresponding one group of lining vibrating disk of automatic pressing lining mechanism, every group of corresponding one group of bearing throwing disc of automatic pressing bearing mechanism, lining vibrating disk vibrates lining, lining can enter in automatic pressing lining mechanism, bearing throwing disc can throw away bearing, and bearing can enter in automatic pressing bearing mechanism.
Described product automatic shift detent mechanism for product displacement and location; Described automatic pressing lining mechanism is for the lining at pressing product two ends; Described automatic pressing bearing mechanism is for the bearing at pressing product two ends; Described detent mechanism reaches the object of location for withstanding product; Described automatic material blanking mechanism is for the automatic blanking of product after pressing.
Described automatic feed mechanism comprises material loading base plate 3, material loading support column 4, material loading motor fixing plate 5, material loading stepper motor 6, charging belt driving wheel 7, charging belt supporting roller 8, charging belt 9, material loading slide rail 10, material loading slide block 11, material loading contiguous block 12, material loading lift cylinder fixed head 13, material loading lift cylinder 14, material loading lifter plate 15, material loading linear bearing 16, material loading cylinder axis 17, material loading photoelectric sensor 18, material loading sensing chip 19, material loading rotary cylinder 20, material loading gripper cylinder 21 and material loading jaw 22, the bottom of described material loading base plate is provided with four and works the material loading support column that supports fixation, material loading support column is fixedly mounted in frame, the cooperation of material loading support column lower end is provided with guide pin bushing, whole automatic feed mechanism can be fixedly mounted in frame like this, ensure the even running of whole mechanism, on described material loading base plate, be installed with material loading motor fixing plate, described material loading stepper motor is arranged on material loading motor fixing plate, the main shaft of material loading stepper motor and charging belt driving wheel link together, described charging belt supporting roller is fixedly mounted on material loading base plate by a holder, between charging belt driving wheel and charging belt supporting roller, links together by charging belt, three material loading photoelectric sensors are installed on described material loading base plate, a material loading sensing chip matching with material loading photoelectric sensor is installed on material loading lift cylinder fixed head, described material loading base plate is provided with a square slotted eye, is installed with two material loading slide rails on described material loading base plate, and material loading slide rail symmetry is positioned at square slotted eye both sides, on every material loading slide rail, coordinates material loading slide block is installed respectively, described material loading lift cylinder fixed head is arranged on two material loading slide blocks, and the bottom of material loading lift cylinder fixed head links together by material loading contiguous block and charging belt, described material loading lift cylinder is arranged on material loading lift cylinder fixed head top, the piston rod of material loading lift cylinder is connecting material loading lifter plate, two material loading cylinder axis are installed on material loading lifter plate, two material loading linear bearings are installed on material loading lift cylinder fixed head, and two material loading cylinder axis pass from corresponding material loading linear bearing respectively, in the process that material loading lift cylinder driving drive material loading lifter plate moves up and down, material loading cylinder axis play the guiding role, thereby can obtain high-precision easy motion, the below of described material loading lifter plate is provided with material loading rotary cylinder, and the rotating shaft of material loading rotary cylinder is connected with material loading gripper cylinder, and two material loading jaws are installed under material loading gripper cylinder, and material loading jaw can product clamping.
It comprises displacement base plate 23 described product automatic shift detent mechanism, base plate locating shaft 24, displacement air cylinder fixed plate 25, displacement cylinder 26, displacement slide rail 27, displacement slide block 28, moving and lifting cylinder 29, moving and lifting plate 30, displacement connecting plate 31, displacement linear bearing 32, displacement cylinder axis 33, displacement guide pillar 34, displacement positioning plate 35, displacement location-plate 36, support plate 37 and product orientation carrier 38, described moving and lifting cylinder top is connecting moving and lifting plate, displacement linear bearing is installed on moving and lifting plate, described displacement connecting plate bottom is provided with displacement cylinder axis, and displacement cylinder axis passes from displacement linear bearing, between moving and lifting plate and displacement connecting plate, link together by displacement cylinder axis like this, moving and lifting plate moves up and down and can drive displacement connecting plate to move up and down, described displacement base plate is arranged in frame, displacement cylinder is arranged on displacement base plate bottom by displacement air cylinder fixed plate, displacement base plate is provided with displacement slide rail, on displacement slide rail, coordinate displacement slide block is installed, and moving and lifting plate links together with displacement slide block, and is separately installed with base plate locating shaft on displacement four angles of base plate, like this when displacement air cylinder driven, can drive moving and lifting plate to move along displacement slide rail, be convenient to moving and lifting plate and steadily move forward, the front and back side of described displacement connecting plate is connecting respectively a displacement positioning plate by displacement guide pillar, is vertically installed with a displacement location-plate on each displacement positioning plate, on described each displacement location-plate, be respectively equipped with five groups of displacement orientation angles 39, displacement orientation angle is V-shaped groove structure, and the two ends of product may be stuck in V-shaped groove, described support plate is fixedly mounted in frame, and six set product positioning carriers are installed on support plate, on product orientation carrier, can place product, distance between described every group of displacement orientation angle and the distance between every set product positioning carrier equate.
It comprises positioning plate 40, cam lift cylinder 41, positioned-lifting air cylinder fixed plate 42, cam 43, cam baffle plate 44, positioning slide 45, location slide plate 46, localization handspike 47, rotating shaft 48, localization handspike gripper shoe 49, roller 50, positioning linear bearing 51 and position block 52 described detent mechanism, described positioning plate is arranged in frame, positioned-lifting air cylinder fixed plate is arranged on the bottom of positioning plate, and cam lift cylinder is arranged in positioned-lifting air cylinder fixed plate; The elevating lever of described cam lift cylinder links together through positioning plate and cam; On described positioning plate, be installed with cam baffle plate, cam baffle plate is provided with positioning slide, and cam is provided with location slide plate, and positioning slide and location slide plate are installed togather; Described localization handspike gripper shoe is arranged on positioning plate, and positioning linear bearing is installed in localization handspike gripper shoe, and described localization handspike left end is provided with roller by rotating shaft, and right part passes from positioning linear bearing; On described positioning plate, be also installed with the position block that anti-throw-out lever swings; One stiffener a53 is installed between described cam baffle plate and positioning plate and strengthens fixing, a stiffener b54 is installed between described localization handspike gripper shoe and positioning plate and strengthens fixing.The action of described cam lift cylinder, rises cam along the positioning slide on cam baffle plate, cam and roller contact, and roller rolls localization handspike is moved forward along positioning linear bearing direction, withstands product and reach the object of location.
It comprises pressure lining base 55 described automatic pressing lining mechanism, press lining base plate 56, press lining cylinder 57, press lining air cylinder fixed plate 58, press lining push rod 59, press lining slide rail 60, press lining slide block 61, material storing box 62, press lining connecting plate 63, press the front charging baffle plate 64 of lining, press lining rear feeding baffle plate 65, press the left charging baffle plate 66 of lining, press the right charging baffle plate 67 of lining, press lining gear to tear air cylinder fixed plate 68 open, press lining gear to tear cylinder a69 open and press lining gear to tear cylinder b70 open, described pressure lining floor installation is in frame, press lining base plate to be arranged on and press on lining base, on described pressure lining base plate, be provided with one and press lining slide rail, press on lining slide rail and coordinate pressure lining slide block is installed, described pressure lining air cylinder fixed plate and material storing box are arranged on respectively left part and the right part of pressing lining base plate, press lining cylinder to be arranged on and press in lining air cylinder fixed plate, press the piston rod of lining cylinder connecting pressure lining push rod, press lining push rod bottom to link together with pressing lining slide block, pressing lining push rod is rectangular structure, and it can pass material storing box, described material storing box top is provided with presses lining connecting plate, the front charging baffle plate of described pressure lining, pressure lining rear feeding baffle plate, the pressure left charging baffle plate of lining and the right charging baffle plate of pressure lining are arranged on respectively pressure lining connecting plate top, and the front charging baffle plate of pressure lining, pressure lining rear feeding baffle plate, the pressure left charging baffle plate of lining and the square pressure lining feeding-passage 71 of the right charging baffle plate formation one of pressure lining with charging aperture, described pressure lining gear is torn air cylinder fixed plate open and is arranged on the right lateral side of pressing lining connecting plate, press lining gear to tear cylinder a open and press lining gear to tear cylinder b open to be separately fixed at and to press lining gear to tear open in air cylinder fixed plate, and press lining gear tear open cylinder b be positioned at press lining gear tear open cylinder a under, described pressure lining keeps off the piston rod of tearing cylinder a open and press lining gear to tear cylinder b open and can press in lining feeding-passage from pressing lining rear feeding baffle plate to pass and can be deep into respectively.When after throat-fed, first press lining gear to tear cylinder b action open, lining is blocked in the piston rod top of pressing lining gear to tear cylinder b open, then press lining gear to tear cylinder a action open, charging aperture is stopped, then press lining gear to tear cylinder b action open, the piston rod of pressing lining gear to tear cylinder b open resets, then material is just admitted in material storing box, the piston rod of then pressing lining gear to tear cylinder b open stops again presses lining feeding-passage, now presses lining gear to tear cylinder a open and moves, exposes charging aperture charging again, feeding and so forth, is divided into material single and feeding one by one like this.
It comprises base plate 72 described automatic pressing bearing mechanism, motor fixing plate 73, servomotor 74, leading screw 75, feed screw nut 76, contiguous block 77, screw mandrel front support seat 78, screw mandrel rear support seat 79, slide rail 80, slide block 81, movable plate 82, pressure sensor sense holder 83, pressure sensor 84, guide pillar 85, push pedal fixed head 86, push pedal 87, transverse slat 88, stringer board 89, buffer stopper 90, limiting plate 91, mounting bar 92, photoelectric sensor 93, feeding mechanism and Dang Chai mechanism, described motor fixing plate, screw mandrel front support seat and screw mandrel rear support seat are fixedly mounted on respectively on base plate, between base plate and motor fixing plate, strengthen fixing by two reinforcements 94, guarantee mechanism stable is firm, make operating steadily of servomotor, servomotor is arranged on motor fixing plate, and the main shaft of servomotor is connected with screw mandrel, and the rear and front end of screw mandrel is connected with screw mandrel rear support seat supports by screw mandrel front support seat respectively, on screw mandrel, coordinates feed screw nut is installed, two slide rails are installed on described base plate, on slide rail, coordinate slide block is installed, on two slide blocks, movable plate is installed, on described movable plate, be installed with contiguous block and pressure sensor sense holder, contiguous block and feed screw nut are fixed together, and pressure sensor sense holder front end is provided with pressure sensor, the front end of described contiguous block is connected with push pedal fixed head by guide pillar, and push pedal fixed head front end is connected with push pedal, described push pedal front end is provided with two stringer boards, and two stringer board tops are provided with transverse slat, one buffer stopper is also installed on described base plate, a limiting plate is installed on movable plate, movable plate reach can contact with buffer stopper by limiting plate, thus the stroke of moving-limiting plate, on described base plate, mounting bar is installed, three photoelectric sensors are installed on mounting bar, the bottom of movable plate is provided with sensing chip, and the displacement of movable plate is determined by photoelectric sensor.
Described feeding mechanism comprises front charging baffle plate 95, rear feeding baffle plate 96, left charging baffle plate 97 and right charging baffle plate 98, front charging baffle plate, rear feeding baffle plate, left charging baffle plate and right charging baffle plate are arranged on transverse slat respectively, and front charging baffle plate, rear feeding baffle plate, left charging baffle plate and right charging baffle plate enclose to connect to form and one hold feeding-passage 99 with the last item of charging aperture; Described transverse slat is provided with slotted eye, and feeding-passage is connected with slotted eye, in feeding-passage, can enter bearing; Described Dang Chai mechanism comprises that gear tears that air cylinder fixed plate 100, gear are torn cylinder a101 open, gear is torn cylinder b102, backgauge air cylinder fixed plate 103 and backgauge cylinder 104 open open, described gear is torn air cylinder fixed plate open and is vertically mounted on transverse slat, gear is torn cylinder a and gear open and is torn cylinder b open and be arranged on respectively gear and tear open in air cylinder fixed plate, and gear tear open cylinder b be positioned at gear tear open cylinder a under, and gear is torn the piston rod that cylinder a and gear tear cylinder b open open and can be passed from rear feeding baffle plate respectively, can stop the bearing in feeding-passage; Described backgauge air cylinder fixed plate is fixedly mounted on stringer board, and backgauge cylinder is arranged in backgauge air cylinder fixed plate, and the piston rod of backgauge cylinder is connecting material blocking block, and material blocking block can block bearing and prevent from dropping; Described screw mandrel front support seat is provided with a square slotted eye, and push pedal can be passed from square slotted eye, and described two stringer boards are positioned at square slotted eye both sides.
Bearing is entered at described charging aperture place, bearing is divided into single by Dang Chai mechanism, bearing enters bottom, blocking bearing by backgauge air cylinder driven material blocking block prevents from dropping, now servomotor action, screw mandrel rotates and makes feed screw nut drive contiguous block, carries out pressing action thereby contiguous block drives movable plate to drive push pedal to travel forward, in the time moving to certain distance, pressure sensor senses the size of pressure, stops action in the time reaching the pressure of setting.
It comprises blanking base 105 described automatic material blanking mechanism, blanking gripper shoe 106, blanking reinforcement 107, blanking base plate 108, blanking stepper motor 109, blanking belt driving wheel 110, blanking holder 111, blanking belt supporting roller 112, blanking belt 113, blanking slide rail 114, blanking slide block 115, blanking contiguous block 116, blanking movable plate 117, blanking lift cylinder fixed head 118, blanking lift cylinder 119, blanking lifter plate 120, blanking linear bearing 121, blanking cylinder axis 122, blanking mounting bar 123, blanking photoelectric sensor 124, blanking sensing chip 125, blanking gripper cylinder 126 and blanking jaw 127, described blanking base has two, be arranged on respectively in frame, a blanking gripper shoe is installed on each blanking base, two blanking gripper shoe tops are provided with blanking base plate, on described blanking base plate, be installed with blanking stepper motor, the main shaft of blanking stepper motor and blanking belt driving wheel link together, described blanking belt supporting roller is fixedly mounted on blanking base plate by a blanking holder, between blanking belt driving wheel and blanking belt supporting roller, links together by blanking belt, on described blanking base plate, be installed with two blanking slide rails, on every blanking slide rail, coordinate blanking slide block is installed respectively, described blanking movable plate is arranged on two blanking slide blocks, and the bottom of blanking movable plate links together by blanking contiguous block and blanking belt, on described blanking base plate, by blanking mounting bar, blanking photoelectric sensor is installed, a blanking sensing chip matching with blanking photoelectric sensor is installed on blanking movable plate, described blanking lift cylinder fixed head is fixed on blanking movable plate, blanking lift cylinder is arranged on blanking lift cylinder fixed head, the piston rod of blanking lift cylinder is connecting blanking lifter plate, the below of blanking lifter plate is provided with blanking gripper cylinder, two blanking jaws are installed under blanking gripper cylinder, and blanking jaw can product clamping, two blanking cylinder axis are installed on described blanking lifter plate, two blanking linear bearings are installed on blanking movable plate, and two blanking cylinder axis pass from corresponding blanking linear bearing respectively, described blanking photoelectric sensor has three.
The utility model course of work: product arrives assigned address through material loading streamline, automatic feed mechanism clamps product by material loading jaw, material loading rotary cylinder half-twist, material loading stepper motor carries out shift motion product is displaced on first product orientation carrier on product automatic shift detent mechanism; Product automatic shift detent mechanism is displaced to product on second product orientation carrier by displacement, location, namely on the first station; Then lining enters automatic pressing lining mechanism by lining vibrating disc vibration discharging, and automatic pressing lining mechanism and detent mechanism are by lining in one end pressing of product; Then product automatic shift detent mechanism moves on to product on the 3rd product orientation carrier, and, on the second station, automatic pressing lining mechanism and detent mechanism are by lining in the other end pressing of product; Then product automatic shift detent mechanism moves on to product on the 3rd station, and bearing enters automatic pressing bearing mechanism by the discharging of bearing throwing disc, and automatic pressing bearing mechanism and detent mechanism are by one end pressing upper bearing (metal) of product; Then product moves on on the 4th station, and automatic pressing bearing mechanism and detent mechanism are by the other end pressing upper bearing (metal) of product; Final product is moved on the 5th station, and product is moved on on blanking streamline by automatic material blanking mechanism, and this mechanism action finishes.
Above-described embodiment is the specific descriptions that the utility model is carried out; just the utility model is further described; can not be interpreted as the restriction to the utility model protection domain, those skilled in the art according to the content of above-mentioned utility model make some nonessential improvement and adjust all fall into protection domain of the present utility model within.

Claims (8)

1. an automatic pressing bearing and lining mechanism, it is characterized in that: it comprises frame, material loading streamline, automatic feed mechanism, product automatic shift detent mechanism, detent mechanism, lining vibrating disk, automatic pressing lining mechanism, bearing throwing disc, automatic pressing bearing mechanism, automatic material blanking mechanism and blanking streamline, described material loading streamline and blanking streamline lay respectively at right side and the left side of frame, on material loading streamline, be placed with many set products, blanking streamline is used for placing finished product; Described automatic feed mechanism, product automatic shift detent mechanism, detent mechanism, lining vibrating disk, automatic pressing lining mechanism, bearing throwing disc, automatic pressing bearing mechanism, automatic material blanking mechanism are arranged on respectively in frame; Described automatic feed mechanism is for being displaced to the product of material loading streamline automatically the product orientation carrier of product automatic shift detent mechanism; Described automatic pressing lining mechanism and automatic pressing bearing mechanism respectively have two groups, lay respectively at the both sides of product automatic shift localization machine, every group of automatic pressing lining mechanism and every group of automatic pressing bearing mechanism all correspondence are provided with one group of detent mechanism, every group of corresponding one group of lining vibrating disk of automatic pressing lining mechanism, every group of corresponding one group of bearing throwing disc of automatic pressing bearing mechanism, lining vibrating disk vibrates lining, lining can enter in automatic pressing lining mechanism, bearing throwing disc can throw away bearing, and bearing can enter in automatic pressing bearing mechanism;
Described product automatic shift detent mechanism for product displacement and location; Described automatic pressing lining mechanism is for the lining at pressing product two ends; Described automatic pressing bearing mechanism is for the bearing at pressing product two ends; Described detent mechanism reaches the object of location for withstanding product; Described automatic material blanking mechanism is for the automatic blanking of product after pressing;
Described automatic feed mechanism comprises material loading base plate, material loading support column, material loading motor fixing plate, material loading stepper motor, charging belt driving wheel, charging belt supporting roller, charging belt, material loading slide rail, material loading slide block, material loading contiguous block, material loading lift cylinder fixed head, material loading lift cylinder, material loading lifter plate, material loading linear bearing, material loading cylinder axis, material loading photoelectric sensor, material loading sensing chip, material loading rotary cylinder, material loading gripper cylinder and material loading jaw, the bottom of described material loading base plate is provided with four and works the material loading support column that supports fixation, material loading support column is fixedly mounted in frame, on described material loading base plate, be installed with material loading motor fixing plate, described material loading stepper motor is arranged on material loading motor fixing plate, the main shaft of material loading stepper motor and charging belt driving wheel link together, described charging belt supporting roller is fixedly mounted on material loading base plate by a holder, between charging belt driving wheel and charging belt supporting roller, links together by charging belt, three material loading photoelectric sensors are installed on described material loading base plate, a material loading sensing chip matching with material loading photoelectric sensor is installed on material loading lift cylinder fixed head, described material loading base plate is provided with a square slotted eye, is installed with two material loading slide rails on described material loading base plate, and material loading slide rail symmetry is positioned at square slotted eye both sides, on every material loading slide rail, coordinates material loading slide block is installed respectively, described material loading lift cylinder fixed head is arranged on two material loading slide blocks, and the bottom of material loading lift cylinder fixed head links together by material loading contiguous block and charging belt, described material loading lift cylinder is arranged on material loading lift cylinder fixed head top, the piston rod of material loading lift cylinder is connecting material loading lifter plate, two material loading cylinder axis are installed on material loading lifter plate, two material loading linear bearings are installed on material loading lift cylinder fixed head, and two material loading cylinder axis pass from corresponding material loading linear bearing respectively, the below of material loading lifter plate is provided with material loading rotary cylinder, the rotating shaft of material loading rotary cylinder is connected with material loading gripper cylinder, two material loading jaws are installed under material loading gripper cylinder, and material loading jaw can product clamping,
It comprises moving and lifting cylinder described product automatic shift detent mechanism, displacement base plate, base plate locating shaft, displacement air cylinder fixed plate, displacement cylinder, displacement slide rail, displacement slide block, moving and lifting plate, displacement connecting plate, displacement linear bearing, displacement cylinder axis, displacement guide pillar, displacement positioning plate, displacement location-plate, support plate and product orientation carrier, described moving and lifting cylinder top is connecting moving and lifting plate, displacement linear bearing is installed on moving and lifting plate, described displacement connecting plate bottom is provided with displacement cylinder axis, and displacement cylinder axis passes from displacement linear bearing, described displacement base plate is arranged in frame, displacement cylinder is arranged on displacement base plate bottom by displacement air cylinder fixed plate, displacement base plate is provided with displacement slide rail, on displacement slide rail, coordinate displacement slide block is installed, and moving and lifting plate links together with displacement slide block, and is separately installed with base plate locating shaft on displacement four angles of base plate, the front and back side of described displacement connecting plate is connecting respectively a displacement positioning plate by displacement guide pillar, is vertically installed with a displacement location-plate on each displacement positioning plate, on described each displacement location-plate, be respectively equipped with five groups of displacement orientation angles, described support plate is fixedly mounted in frame, and six set product positioning carriers are installed on support plate, on product orientation carrier, can place product, distance between described every group of displacement orientation angle and the distance between every set product positioning carrier equate,
It comprises described automatic pressing lining mechanism and presses lining base, presses lining base plate, presses lining cylinder, presses lining air cylinder fixed plate, presses lining push rod, presses lining slide rail, presses lining slide block, material storing box, pressure lining connecting plate, presses charging baffle plate before lining, presses lining rear feeding baffle plate, presses the left charging baffle plate of lining, presses the right charging baffle plate of lining, presses lining gear to tear air cylinder fixed plate open, press lining gear to tear cylinder a open and press lining gear to tear cylinder b open, described pressure lining floor installation, in frame, is pressed lining base plate to be arranged on and is pressed on lining base; On described pressure lining base plate, be provided with one and press lining slide rail, press on lining slide rail and coordinate pressure lining slide block is installed; Described pressure lining air cylinder fixed plate and material storing box are arranged on respectively left part and the right part of pressing lining base plate, press lining cylinder to be arranged on and press in lining air cylinder fixed plate, press the piston rod of lining cylinder connecting pressure lining push rod, press lining push rod bottom to link together with pressing lining slide block, press lining push rod can pass material storing box; Described material storing box top is provided with presses lining connecting plate, the front charging baffle plate of described pressure lining, pressure lining rear feeding baffle plate, the pressure left charging baffle plate of lining and the right charging baffle plate of pressure lining are arranged on respectively pressure lining connecting plate top, and the front charging baffle plate of pressure lining, pressure lining rear feeding baffle plate, the pressure left charging baffle plate of lining and the square pressure lining feeding-passage of the right charging baffle plate formation one of pressure lining with charging aperture; Described pressure lining gear is torn air cylinder fixed plate open and is arranged on the right lateral side of pressing lining connecting plate, press lining gear to tear cylinder a open and press lining gear to tear cylinder b open to be separately fixed at and to press lining gear to tear open in air cylinder fixed plate, and press lining gear tear open cylinder b be positioned at press lining gear tear open cylinder a under; Described pressure lining gear is torn cylinder a open and can be pressed in lining feeding-passage through being also deep into from pressure lining rear feeding baffle plate respectively with the piston rod of pressing lining gear to tear cylinder b open;
It comprises base plate described automatic pressing bearing mechanism, motor fixing plate, servomotor, leading screw, feed screw nut, contiguous block, screw mandrel front support seat, screw mandrel rear support seat, slide rail, slide block, movable plate, buffer stopper, limiting plate, mounting bar, photoelectric sensor, pressure sensor sense holder, pressure sensor, guide pillar, push pedal fixed head, push pedal, transverse slat, stringer board, feeding mechanism and Dang Chai mechanism, described motor fixing plate, screw mandrel front support seat and screw mandrel rear support seat are fixedly mounted on respectively on base plate, servomotor is arranged on motor fixing plate, the main shaft of servomotor is connected with screw mandrel, the rear and front end of screw mandrel is connected with screw mandrel rear support seat supports by screw mandrel front support seat respectively, on screw mandrel, coordinate feed screw nut is installed, two slide rails are installed on described base plate, on slide rail, coordinate slide block is installed, on two slide blocks, movable plate is installed, on described movable plate, be installed with contiguous block and pressure sensor sense holder, contiguous block and feed screw nut are fixed together, and pressure sensor sense holder front end is provided with pressure sensor, the front end of described contiguous block is connected with push pedal fixed head by guide pillar, and push pedal fixed head front end is connected with push pedal, described push pedal front end is provided with two stringer boards, and two stringer board tops are provided with transverse slat, one buffer stopper is also installed on described base plate, a limiting plate is installed on movable plate, movable plate reach can contact with buffer stopper by limiting plate, thus the stroke of moving-limiting plate, on described base plate, mounting bar is installed, three photoelectric sensors are installed on mounting bar, the bottom of movable plate is provided with sensing chip, and the displacement of movable plate is determined by photoelectric sensor,
Described feeding mechanism comprises front charging baffle plate, rear feeding baffle plate, left charging baffle plate and right charging baffle plate, front charging baffle plate, rear feeding baffle plate, left charging baffle plate and right charging baffle plate are arranged on transverse slat respectively, and front charging baffle plate, rear feeding baffle plate, left charging baffle plate and right charging baffle plate enclose to connect to form and one hold feeding-passage with the last item of charging aperture; Described transverse slat is provided with slotted eye, and feeding-passage is connected with slotted eye, in feeding-passage, can enter bearing; Described Dang Chai mechanism comprises that gear tears that air cylinder fixed plate, gear are torn cylinder a open, gear is torn cylinder b, backgauge air cylinder fixed plate and backgauge cylinder open open, described gear is torn air cylinder fixed plate open and is vertically mounted on transverse slat, gear is torn cylinder a and gear open and is torn cylinder b open and be arranged on respectively gear and tear open in air cylinder fixed plate, and gear tear open cylinder b be positioned at gear tear open cylinder a under, and gear is torn the piston rod that cylinder a and gear tear cylinder b open open and can be passed from rear feeding baffle plate respectively, can stop the bearing in feeding-passage; Described backgauge air cylinder fixed plate is fixedly mounted on stringer board, and backgauge cylinder is arranged in backgauge air cylinder fixed plate, and the piston rod of backgauge cylinder is connecting material blocking block, and material blocking block can block bearing and prevent from dropping; Described screw mandrel front support seat is provided with a square slotted eye, and push pedal can be passed from square slotted eye, and described two stringer boards are positioned at square slotted eye both sides.
2. a kind of automatic pressing bearing according to claim 1 and lining mechanism, it is characterized in that: it comprises positioning plate, cam lift cylinder, positioned-lifting air cylinder fixed plate, cam, cam baffle plate, positioning slide, location slide plate, localization handspike, rotating shaft, localization handspike gripper shoe, roller, positioning linear bearing and position block described detent mechanism, described positioning plate is arranged in frame, positioned-lifting air cylinder fixed plate is arranged on the bottom of positioning plate, and cam lift cylinder is arranged in positioned-lifting air cylinder fixed plate; The elevating lever of described cam lift cylinder links together through positioning plate and cam; On described positioning plate, be installed with cam baffle plate, cam baffle plate is provided with positioning slide, and cam is provided with location slide plate, and positioning slide and location slide plate are installed togather; Described localization handspike gripper shoe is arranged on positioning plate, and positioning linear bearing is installed in localization handspike gripper shoe, and described localization handspike left end is provided with roller by rotating shaft, and right part passes from positioning linear bearing; On described positioning plate, be also installed with the position block that anti-throw-out lever swings; The action of described cam lift cylinder, rises cam along the positioning slide on cam baffle plate, cam and roller contact, and roller rolls localization handspike is moved forward along positioning linear bearing direction, withstands product and reach the object of location.
3. a kind of automatic pressing bearing according to claim 2 and lining mechanism, it is characterized in that: a stiffener a is installed between described cam baffle plate and positioning plate and strengthens fixing, a stiffener b is installed between described localization handspike gripper shoe and positioning plate and strengthens fixing.
4. a kind of automatic pressing bearing according to claim 1 and lining mechanism, is characterized in that: described displacement orientation angle is V-shaped groove structure, and the two ends of product may be stuck in V-shaped groove.
5. a kind of automatic pressing bearing according to claim 1 and lining mechanism, is characterized in that: described pressure lining push rod is rectangular structure.
6. a kind of automatic pressing bearing according to claim 1 and lining mechanism, it is characterized in that: it comprises blanking base described automatic material blanking mechanism, blanking gripper shoe, blanking reinforcement, blanking base plate, blanking stepper motor, blanking belt driving wheel, blanking holder, blanking belt supporting roller, blanking belt, blanking slide rail, blanking slide block, blanking contiguous block, blanking movable plate, blanking lift cylinder fixed head, blanking lift cylinder, blanking lifter plate, blanking linear bearing, blanking cylinder axis, blanking mounting bar, blanking photoelectric sensor, blanking sensing chip, blanking gripper cylinder and blanking jaw, described blanking base has two, be arranged on respectively in frame, a blanking gripper shoe is installed on each blanking base, two blanking gripper shoe tops are provided with blanking base plate, on described blanking base plate, be installed with blanking stepper motor, the main shaft of blanking stepper motor and blanking belt driving wheel link together, described blanking belt supporting roller is fixedly mounted on blanking base plate by a blanking holder, between blanking belt driving wheel and blanking belt supporting roller, links together by blanking belt, on described blanking base plate, be installed with two blanking slide rails, on every blanking slide rail, coordinate blanking slide block is installed respectively, described blanking movable plate is arranged on two blanking slide blocks, and the bottom of blanking movable plate links together by blanking contiguous block and blanking belt, on described blanking base plate, by blanking mounting bar, blanking photoelectric sensor is installed, a blanking sensing chip matching with blanking photoelectric sensor is installed on blanking movable plate, described blanking lift cylinder fixed head is fixed on blanking movable plate, blanking lift cylinder is arranged on blanking lift cylinder fixed head, the piston rod of blanking lift cylinder is connecting blanking lifter plate, the below of blanking lifter plate is provided with blanking gripper cylinder, two blanking jaws are installed under blanking gripper cylinder, and blanking jaw can product clamping.
7. a kind of automatic pressing bearing according to claim 6 and lining mechanism, it is characterized in that: two blanking cylinder axis are installed on described blanking lifter plate, two blanking linear bearings are installed on blanking movable plate, and two blanking cylinder axis pass from corresponding blanking linear bearing respectively.
8. a kind of automatic pressing bearing according to claim 6 and lining mechanism, is characterized in that: described blanking photoelectric sensor has three.
CN201420220618.4U 2014-05-02 2014-05-02 Automatic bearing and bushing pressing mechanism Expired - Fee Related CN203804550U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
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Application Number Priority Date Filing Date Title
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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104368978A (en) * 2014-11-19 2015-02-25 昆山丘钛微电子科技有限公司 Full-automatic composing machine table structure
CN104723241A (en) * 2015-04-03 2015-06-24 苏州博众精工科技有限公司 Clamping positioning mechanism
CN108724085A (en) * 2018-07-12 2018-11-02 温州职业技术学院 Fibre core and silica gel ring assemble method

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104368978A (en) * 2014-11-19 2015-02-25 昆山丘钛微电子科技有限公司 Full-automatic composing machine table structure
CN104723241A (en) * 2015-04-03 2015-06-24 苏州博众精工科技有限公司 Clamping positioning mechanism
CN108724085A (en) * 2018-07-12 2018-11-02 温州职业技术学院 Fibre core and silica gel ring assemble method

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Granted publication date: 20140903

Termination date: 20160502