CN204339160U - A kind of automation equipment be heat fused to for hardware on product - Google Patents
A kind of automation equipment be heat fused to for hardware on product Download PDFInfo
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- CN204339160U CN204339160U CN201420820317.5U CN201420820317U CN204339160U CN 204339160 U CN204339160 U CN 204339160U CN 201420820317 U CN201420820317 U CN 201420820317U CN 204339160 U CN204339160 U CN 204339160U
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Abstract
The utility model relates to a kind of automation equipment be heat fused to for hardware on product, and on its base plate, middle position is provided with rotating disk mechanism and states on rotating disk mechanism and be symmetrically installed with two groups of Carrier mechanism; Rear base plate being positioned at rotating disk mechanism is provided with Z-axis mechanism; Hardware and product are placed on wherein in one group of Carrier mechanism, have good positioning hardware and product; Then the rotary cylinder of rotating disk mechanism rotates 180 °, makes the heating component on Z-axis mechanism face wherein one group of Carrier mechanism, and the lifting module then on Z-axis mechanism declines, and drives the hot melt head on heating component to be heat fused on product by hardware; Meanwhile, place product and hardware again by another group Carrier mechanism, after the first set product hot melt terminates, lifting module rises, and rotary cylinder reverses rotation 180 ° again, is rotated by another set product and carries out hot melt operation to hot melt position.The utility model energy fast and accurately thermofusible, hot melt is effective, and operating speed is fast, and fraction defective is low.
Description
Technical field:
The utility model relates to fuse machine field, relates to a kind of automation equipment be heat fused to for hardware on product in particular, mainly button is heat fused to the hot melting equipment on support.
Background technology:
In the factory that some are small, being heat fused on product by five metals finding, is substantially all by manually completing.Because five metals finding volume is little, be not easy to realize location, the time causing artificial hot melt to expend is more, and easily causes the fatigue of workman, and the quality problems such as loosening, hot melt position is forbidden, hot melt poor effect easily can appear in the five metals finding after hot melt.At this moment, just need a kind of automation equipment be heat fused to for hardware on product, can thermofusible quickly and accurately.
Utility model content:
The purpose of this utility model is for the deficiencies in the prior art part, provides a kind of automation equipment be heat fused to for hardware on product, and energy is thermofusible fast and accurately, and its operating speed is fast, and product fraction defective is low.
Technology solution of the present utility model is as follows:
Be heat fused to the automation equipment on product for hardware, it comprises base plate, and on described base plate, middle position is provided with rotating disk mechanism; Described rotating disk mechanism is symmetrically installed with two groups of Carrier mechanism; The rear described base plate being positioned at rotating disk mechanism is provided with Z-axis mechanism, and the heating component on Z-axis mechanism faces wherein one group of Carrier mechanism.
Described Z-axis mechanism comprises module base plate, module bearing, module installing plate, mounting bar, photoelectric sensor, sensing chip and lifting module, and described module base plate is arranged on base plate; Described module bearing has two pieces, and symmetry is arranged on module base plate, is vertically installed with module installing plate between two pieces of module bearings, and module installing plate front portion is installed with lifting module and mounting bar, mounting bar is provided with three photoelectric sensors; Described heating component is arranged on lifting module.
Described heating component comprises heat block, hot melt head mounting blocks, ceramic gasket, hot melt head and thermal insulation board, and described heat block four sides and top are fixedly connected with thermal insulation board, are connected between described heat block and thermal insulation board by ceramic gasket; Described heat block lower end is provided with hot melt head mounting blocks, and hot melt head mounting blocks lower end is provided with hot melt head.
Described rotating disk mechanism comprises rotary cylinder mount pad, rotary cylinder Connection Block, rotary cylinder, shaft coupling, rotating shaft, rotating shaft mount pad, rotating disk and micrometer, the bottom of described base plate is provided with two rotary cylinder mount pads, the lower end of two rotary cylinder mount pads is provided with rotary cylinder Connection Block, the lower end of rotary cylinder Connection Block is provided with rotary cylinder, described rotary cylinder is linked together by shaft coupling and rotating shaft, described base plate is provided with rotating shaft mount pad, rotating shaft is arranged on base plate by rotating shaft mount pad, rotating shaft upper end is arranged on bottom rotating disk, described rotating disk is symmetrically installed with two micrometers, each micrometer is separately installed with one group of Carrier mechanism.
Described Carrier mechanism it comprise Carrier base, left carrier bearing, right carrier bearing, product base, paw air cylinder fixed plate, paw cylinder, paw slide rail, paw slide block, paw, cylinder slide rail Connection Block, cylinder slide attachment plate, drag hook plate, drag hook slide block, drag hook slide rail, stop screw, screw a, screw b, extension spring, jacking block, locating piece, spring a, tension cylinder, tension cylinder holder, button, button joint, rotating shaft a, seesaw, rotating shaft b, seesaw contiguous block, push rod fixed head, push rod, sliding track holder, slide rail, slide block, adjusting screw(rod) and spring b, described carrier bearing has two pieces, for left carrier bearing and right carrier bearing, left carrier bearing and right carrier bearing are arranged on Carrier base both sides respectively, carrier bearing is provided with product base, described paw air cylinder fixed plate is arranged on the sidepiece of right carrier bearing, paw cylinder is arranged in paw air cylinder fixed plate, its upper end is linked together by cylinder slide rail Connection Block and paw slide rail, and its sidepiece is linked together by cylinder slide attachment plate and paw slide block, described paw slide block cooperation is arranged on paw slide rail, described cylinder slide rail Connection Block is provided with paw, described product base is provided with lug boss and planar portions, and product base front portion is divided into lug boss, its lug boss be provided with one run through on the upside of lug boss, the slotted eye of rear side and downside, lug boss is also provided with product standing groove and locating piece standing groove, in product standing groove, places product, described drag hook plate is provided with extension, side and drag hook part, drag hook part passes from slotted eye, drag hook part holds product, drag hook plate bottom is fixedly connected with drag hook slide block, the cooperation of drag hook slide block is arranged on drag hook slide rail, and extension is provided with stop screw in drag hook plate side, and drag hook plate top left rear side is provided with screw a, the screw b that described screw a and product base rear portion are installed is linked together by extension spring, and drag hook plate is strained backward, when described drag hook plate is strained backward, product pulls back by its drag hook part, and product is located rearward, described jacking block is provided with stopper portions and part mounting groove, jacking block is through product base, hardware is placed in the part mounting groove at jacking block top, described locating piece is arranged in locating piece standing groove, be connected by spring a between locating piece with product base, jacking block to pusher, thus drives hardware part to locate rearward by spring a, described tension cylinder is arranged on product base by tension cylinder holder, and tension cylinder is positioned on the right side of drag hook plate, and the front end of tension cylinder is connected to drag hook plate, described button is through the lug boss of product base, and its lower end is linked together by one end of button joint and rotating shaft a and seesaw, described seesaw is arranged on product base bottom by seesaw contiguous block and rotating shaft b, is placed with push rod fixed head above the other end of seesaw, and push rod fixed head is provided with push rod, described sliding track holder is provided with clamping section and limiting section, and sliding track holder is arranged on inside left carrier bearing, is fixedly connected with slide rail inside it, and slide rail coordinates and is provided with slide block, slide block is fixedly connected on jacking block sidepiece, described adjusting screw(rod) passes from below through sliding track holder, withstands on slide block bottom, is provided with spring b between adjusting screw(rod) and jacking block, and adjusting screw(rod) is clamped by the clamping section of sliding track holder, stopper portions on described jacking block is placed in below the limiting section of sliding track holder.
As preferably, described lifting module comprises motor, shaft coupling, linear module, linear module slide block and slide block contiguous block, described linear module is arranged on module installing plate, linear module is parallel with mounting bar, motor is linked together by shaft coupling and linear module, linear module is provided with linear module slide block, described linear module slide block is provided with slide block contiguous block, the side of described slide block contiguous block is provided with the sensing chip matched with photoelectric sensor, described slide block contiguous block is provided with module thermal insulation board, the front portion of module thermal insulation board is provided with two heating component mount pads, the lower end of two heating component mount pads is connected to heating component.
As preferably, described heating component mount pad is L-type structure, and the side of L-type structure is spirally connected and is fixed on module thermal insulation board, and the lower end of L-type structure is connected to heat block by ceramic gasket.
As preferably, described base plate is symmetrically installed with two groups of buffer mounting stands, often organizes on buffer mounting stand and be separately installed with buffer, be provided with block bottom described rotating disk, rotary cylinder rotates can drive turntable rotation, after rotating 180 °, can block be stopped by buffer, rotating disk is located.
As preferably, described base plate is provided with a slotted eye, and buffer mounting stand is L-type structure, and the bottom of L-type is spirally connected and is fixed in slotted eye, and the upper lateral of L-type is connected to buffer, and buffer is positioned at below rotating disk.
As preferably, described rotating shaft is provided with rotating shaft apical ring and locking nut from top to bottom successively.
As preferably, in the product standing groove of described product base, alignment pin is installed, realizes the location to product.
As preferably, described paw front end is provided with three paw heads.
As preferably, described ceramic gasket is torus structure.
As preferably, described block is rectangular structure, and being spirally connected by four screws is fixed on below base plate.
The beneficial effects of the utility model are:
The motor of Z-axis mechanism of the present utility model drives and linear module slide block can be made to move up and down along linear module, move distance is determined by photoelectric sensor, linear module slide block can drive heat generating component to move up and down, thus make hot melt head arrive standard operation position, the top of the heat block surrounding of heat generating component is all provided with thermal insulation board, thermal insulation board makes heat be hedged off from the outer world, and prevents heat loss.
The rotary cylinder of rotating disk mechanism of the present utility model rotates and can drive turntable rotation, after rotating 180 °, can stop block by buffer.Be placed on by product a on first carrier, rotary cylinder rotates 180 °, carries out hot melt operation to product a, meanwhile, is placed on by product b on second carrier; After product a hot melt terminates, rotary cylinder reverses rotation 180 ° again, is rotated by product b and carries out hot melt operation to hot melt position.The utility model hot melt position is accurate, simple to operate, and energy is thermofusible fast and accurately, and operating speed is fast, and product fraction defective is low.
Carrier mechanism of the present utility model can accurately be had good positioning product and part so that next step operation, simultaneously can be simple, quick and easy pick and place product, paw presses down under the drive of paw cylinder, product of having good positioning; Drag hook plate is strained backward by the extension spring between screw a and screw b, and product is located rearward; Jacking block is promoted backward by the spring a between locating piece and jacking block, and part is located rearward; Button promotes push rod fixed head by seesaw and rises, and drives push rod jack-up product, conveniently takes out product; The utility model can accurately be had good positioning part and product, so that next step operation, can pick and place product fast and conveniently simultaneously.
The utility model wherein one group of Carrier mechanism places product a and hardware a, rotary cylinder driven rotary axle rotates 180 °, driven by rotary disc Carrier mechanism is made to rotate 180 °, the lifting module of Z-axis mechanism declines, drive heating component to arrive on product a and treat hot melt place, hardware a is heat fused on product a by hot melt head; Meanwhile, place product b and hardware b by another group Carrier mechanism, after product a hot melt terminates, lifting module rises, and rotary cylinder reverses rotation 180 ° again, is rotated by product b and carries out hot melt operation to hot melt position.The utility model hot melt position is accurate, simple to operate, and energy is thermofusible fast and accurately, and operating speed is fast, and product fraction defective is low.
Accompanying drawing illustrates:
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 another structural representation of the present utility model;
Fig. 3 is the structural representation of rotating disk mechanism of the present utility model;
Fig. 4 is the front view of Fig. 3;
Fig. 5 is the structural representation of Carrier mechanism of the present utility model;
Fig. 6 is the front view of Fig. 5;
Fig. 7 is the top view of Fig. 5;
Fig. 8 is the left view of Fig. 5;
Fig. 9 is the structural representation after the utility model removes Carrier base, left and right carrier bearing, product base, paw cylinder and paw;
Figure 10 is the front view of Fig. 9;
Figure 11 is the right view of Fig. 9;
Figure 12 is the structural representation of product base of the present utility model;
Figure 13 is the structural representation of drag hook plate of the present utility model;
Figure 14 is the structural representation of jacking block of the present utility model;
Figure 15 is the structural representation of sliding track holder of the present utility model;
Figure 16 is the structural representation of seesaw of the present utility model;
Figure 17 is the structural representation of Z-axis mechanism of the present utility model;
Figure 18 is the upward view of Figure 17.
Detailed description of the invention:
Embodiment, is shown in accompanying drawing 1 ~ 18, a kind of automation equipment be heat fused to for hardware on product, and it comprises base plate 1, and on described base plate, middle position is provided with rotating disk mechanism I; Described rotating disk mechanism is symmetrically installed with two groups of Carrier mechanism II; The rear described base plate being positioned at rotating disk mechanism is provided with Z-axis mechanism III, and the heating component on Z-axis mechanism faces wherein one group of Carrier mechanism.
Described rotating disk mechanism comprises rotary cylinder mount pad 2, rotary cylinder Connection Block 3, rotary cylinder 4, shaft coupling 5, rotating shaft 6, rotating shaft mount pad 7, rotating disk 8 and micrometer 9, the bottom of described base plate is provided with two rotary cylinder mount pads 2, the lower end of two rotary cylinder mount pads is provided with rotary cylinder Connection Block 3, the lower end of rotary cylinder Connection Block is provided with rotary cylinder 4, described rotary cylinder is linked together by shaft coupling 5 and rotating shaft 6, described base plate is provided with rotating shaft mount pad 7, rotating shaft is arranged on base plate by rotating shaft mount pad, rotating shaft upper end is arranged on bottom rotating disk 8, rotating disk is positioned at the middle position of base plate, described rotating disk is symmetrically installed with two micrometers 9, each micrometer is separately installed with one group of Carrier mechanism, Carrier mechanism can place product and part, micrometer can the position of accurate adjustment carrier, described base plate is symmetrically installed with two groups of buffer mounting stands 10, often organizes on buffer mounting stand and be separately installed with buffer 11, block 12 is installed bottom described rotating disk, rotary cylinder rotates can drive turntable rotation, after rotating 180 °, can block be stopped by buffer, rotating disk is located.
Described base plate is provided with a slotted eye, and buffer mounting stand is L-type structure, and the bottom of L-type is spirally connected and is fixed in slotted eye, and the upper lateral of L-type is connected to buffer
Described block is rectangular structure, and being spirally connected by four screws is fixed on below base plate.
Described rotating shaft is provided with rotating shaft apical ring 13 and locking nut 14 from top to bottom successively.
Described Carrier mechanism it comprise Carrier base 15, left carrier bearing 16, right carrier bearing 17, product base 18, paw air cylinder fixed plate 19, paw cylinder 20, paw slide rail 21, paw slide block 22, paw 23, cylinder slide rail Connection Block 24, cylinder slide attachment plate 25, drag hook plate 26, drag hook slide block 27, drag hook slide rail 28, stop screw 29, screw a30, screw b31, extension spring 32, jacking block 33, locating piece 34, spring a35, tension cylinder 36, tension cylinder holder 37, button 38, button joint 39, rotating shaft a40, seesaw 41, rotating shaft b42, seesaw contiguous block 43, push rod fixed head 44, push rod 45, sliding track holder 46, slide rail 47, slide block 48, adjusting screw(rod) 49 and spring b50, described carrier bearing has two pieces, for left carrier bearing and right carrier bearing, left carrier bearing and right carrier bearing are arranged on Carrier base both sides respectively, carrier bearing is provided with product base, described paw air cylinder fixed plate is arranged on the sidepiece of right carrier bearing, paw cylinder is arranged in paw air cylinder fixed plate, its upper end is linked together by " L " type cylinder slide rail Connection Block and paw slide rail, and its sidepiece is linked together by cylinder slide attachment plate and paw slide block, described paw slide block cooperation is arranged on paw slide rail, described cylinder slide rail Connection Block is provided with paw, and paw front end is provided with three paw heads, described product base is provided with lug boss 1801 and planar portions 1802, and product base front portion is divided into lug boss, its lug boss be provided with one run through on the upside of lug boss, the slotted eye 1803 of rear side and downside, lug boss is also provided with product standing groove 1804 and locating piece standing groove 1805, in product standing groove, places product, described drag hook plate is provided with extension, side 2601 and drag hook part 2602, drag hook part passes from slotted eye, drag hook part holds product, drag hook plate bottom is fixedly connected with drag hook slide block, the cooperation of drag hook slide block is arranged on drag hook slide rail, and extension is provided with stop screw in drag hook plate side, and drag hook plate top left rear side is provided with screw a, the screw b that described screw a and product base rear portion are installed is linked together by extension spring, and drag hook plate is strained backward, when described drag hook plate is strained backward, product pulls back by its drag hook part, and product is located rearward, described jacking block is provided with stopper portions 3301 and part mounting groove 3302, jacking block is through product base, hardware is placed in the part mounting groove at jacking block top, described locating piece is arranged in locating piece standing groove, be connected by spring a between locating piece with product base, jacking block to pusher, thus drives hardware part to locate rearward by spring a, described product and handware are located all rearward, make hot melt position accurate, described tension cylinder is arranged on product base by tension cylinder holder, and tension cylinder is positioned on the right side of drag hook plate, and the front end of tension cylinder is connected to drag hook plate, and the action of tension cylinder, promotes drag hook plate and travel forward, facilitate workman to pick and place product, described button is through the lug boss of product base, and its lower end is linked together by one end of button joint and rotating shaft a and seesaw, described seesaw is arranged on product base bottom by seesaw contiguous block and rotating shaft b, is placed with push rod fixed head above the other end of seesaw, and push rod fixed head is provided with push rod, described button pressed downwards, promotes push rod fixed head by seesaw and rises, and drives push rod jack-up product, conveniently takes out product, described sliding track holder is provided with clamping section 4601 and limiting section 4602, and sliding track holder is arranged on inside left carrier bearing, is fixedly connected with slide rail inside it, and slide rail coordinates and is provided with slide block, slide block is fixedly connected on jacking block sidepiece, described adjusting screw(rod) passes from below through sliding track holder, withstands on slide block bottom, is provided with spring b between adjusting screw(rod) and jacking block, and adjusting screw(rod) is clamped by the clamping section of sliding track holder, described jacking block can be fluctuated by spring b, prevents hot melt head from damaging product by pressure, stopper portions on described jacking block is placed in below the limiting section of sliding track holder.
In the product standing groove of described product base, alignment pin 51 is installed, realizes the location to product.
Described button pressed downwards, promotes push rod fixed head by seesaw and rises, and drives push rod jack-up product, conveniently takes out product.
Described Z-axis mechanism comprises module base plate 52, module bearing 53, module installing plate 54, mounting bar 55, photoelectric sensor 56, sensing chip 57 and lifting module, and described module base plate is arranged on base plate; Described module bearing has two pieces, symmetry is arranged on module base plate, is vertically installed with module installing plate between two pieces of module bearings, and module installing plate front portion is installed with lifting module and mounting bar, mounting bar is provided with three photoelectric sensors, photoelectric sensor can determine the lifting position being elevated module; Described heating component is arranged on lifting module.
Described lifting module comprises motor 58, shaft coupling 59, linear module 60, linear module slide block 61 and slide block contiguous block 62, described linear module is arranged on module installing plate, linear module is parallel with mounting bar, motor is linked together by shaft coupling and linear module, linear module is provided with linear module slide block, described linear module slide block is provided with slide block contiguous block, the side of described slide block contiguous block is provided with the sensing chip matched with photoelectric sensor, described slide block contiguous block is provided with module thermal insulation board 63, the front portion of module thermal insulation board is provided with two heating component mount pads 64, the lower end of two heating component mount pads is connected to heating component IV.
Described heating component comprises heat block 65, hot melt head mounting blocks 66, ceramic gasket 67, hot melt head 68 and thermal insulation board 69, described heat block four sides and top are fixedly connected with thermal insulation board, thermal insulation board makes heat be hedged off from the outer world, prevent heat loss, and connected by ceramic gasket between heat block and thermal insulation board, ceramic gasket is torus structure, ceramic gasket high temperature high voltage resistant, and switching performance is good; Described heat block lower end is provided with hot melt head mounting blocks, and hot melt head mounting blocks lower end is provided with hot melt head.
Described heat generating component mount pad is L-type structure, and the side of L-type structure is spirally connected and is fixed on module thermal insulation board, and the lower end of L-type structure is connected to heat block by ceramic gasket.
Described motor drives and linear module slide block can be made to move up and down along linear module, and move distance is determined by photoelectric sensor, and linear module slide block can drive heat generating component to move up and down, thus makes hot melt head arrive standard operation position.
Utility model works principle: place product a in the product standing groove wherein in one group of Carrier mechanism, place hardware a in the part mounting groove at jacking block top, paw presses down along paw slide rail under the drive of paw cylinder, and have good positioning product a; Drag hook plate is strained backward by the extension spring between screw a and screw b, and product a is located rearward; Jacking block is promoted backward by the spring a between locating piece and jacking block, and hardware a is located rearward, and can accurately have good positioning hardware a and product a; Then rotary cylinder driven rotary axle rotates 180 °, make driven by rotary disc Carrier mechanism rotate 180 °, can stop block by buffer, the lifting module of Z-axis mechanism declines, drive heating component to arrive on product a and treat hot melt place, hardware a is heat fused on product a by hot melt head; Meanwhile, place product b and hardware b by another group Carrier mechanism, after product a hot melt terminates, the rising of lifting module, button pressed downwards promotes push rod fixed head by seesaw and rises, and drives push rod jack-up product a, convenient taking-up product a.Then rotary cylinder reverses rotation 180 ° again, is rotated by product b and carries out hot melt operation to hot melt position.
Above-described embodiment is the specific descriptions of carrying out the utility model; 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 makes some nonessential improvement according to the content of above-mentioned utility model and adjustment all falls within protection domain of the present utility model.
Claims (10)
1. be heat fused to the automation equipment on product for hardware, it comprises base plate, it is characterized in that: on described base plate, middle position is provided with rotating disk mechanism; Described rotating disk mechanism is symmetrically installed with two groups of Carrier mechanism; The rear described base plate being positioned at rotating disk mechanism is provided with Z-axis mechanism, and the heating component on Z-axis mechanism faces wherein one group of Carrier mechanism;
Described Z-axis mechanism comprises module base plate, module bearing, module installing plate, mounting bar, photoelectric sensor, sensing chip and lifting module, and described module base plate is arranged on base plate; Described module bearing has two pieces, and symmetry is arranged on module base plate, is vertically installed with module installing plate between two pieces of module bearings, and module installing plate front portion is installed with lifting module and mounting bar, mounting bar is provided with three photoelectric sensors; Described heating component is arranged on lifting module;
Described heating component comprises heat block, hot melt head mounting blocks, ceramic gasket, hot melt head and thermal insulation board, and described heat block four sides and top are fixedly connected with thermal insulation board, are connected between described heat block and thermal insulation board by ceramic gasket; Described heat block lower end is provided with hot melt head mounting blocks, and hot melt head mounting blocks lower end is provided with hot melt head;
Described rotating disk mechanism comprises rotary cylinder mount pad, rotary cylinder Connection Block, rotary cylinder, shaft coupling, rotating shaft, rotating shaft mount pad, rotating disk and micrometer, the bottom of described base plate is provided with two rotary cylinder mount pads, the lower end of two rotary cylinder mount pads is provided with rotary cylinder Connection Block, the lower end of rotary cylinder Connection Block is provided with rotary cylinder, described rotary cylinder is linked together by shaft coupling and rotating shaft, described base plate is provided with rotating shaft mount pad, rotating shaft is arranged on base plate by rotating shaft mount pad, rotating shaft upper end is arranged on bottom rotating disk, described rotating disk is symmetrically installed with two micrometers, each micrometer is separately installed with one group of Carrier mechanism,
Described Carrier mechanism it comprise Carrier base, left carrier bearing, right carrier bearing, product base, paw air cylinder fixed plate, paw cylinder, paw slide rail, paw slide block, paw, cylinder slide rail Connection Block, cylinder slide attachment plate, drag hook plate, drag hook slide block, drag hook slide rail, stop screw, screw a, screw b, extension spring, jacking block, locating piece, spring a, tension cylinder, tension cylinder holder, button, button joint, rotating shaft a, seesaw, rotating shaft b, seesaw contiguous block, push rod fixed head, push rod, sliding track holder, slide rail, slide block, adjusting screw(rod) and spring b, described carrier bearing has two pieces, for left carrier bearing and right carrier bearing, left carrier bearing and right carrier bearing are arranged on Carrier base both sides respectively, carrier bearing is provided with product base, described paw air cylinder fixed plate is arranged on the sidepiece of right carrier bearing, paw cylinder is arranged in paw air cylinder fixed plate, its upper end is linked together by cylinder slide rail Connection Block and paw slide rail, and its sidepiece is linked together by cylinder slide attachment plate and paw slide block, described paw slide block cooperation is arranged on paw slide rail, described cylinder slide rail Connection Block is provided with paw, described product base is provided with lug boss and planar portions, and product base front portion is divided into lug boss, its lug boss be provided with one run through on the upside of lug boss, the slotted eye of rear side and downside, lug boss is also provided with product standing groove and locating piece standing groove, in product standing groove, places product, described drag hook plate is provided with extension, side and drag hook part, drag hook part passes from slotted eye, drag hook part holds product, drag hook plate bottom is fixedly connected with drag hook slide block, the cooperation of drag hook slide block is arranged on drag hook slide rail, and extension is provided with stop screw in drag hook plate side, and drag hook plate top left rear side is provided with screw a, the screw b that described screw a and product base rear portion are installed is linked together by extension spring, and drag hook plate is strained backward, when described drag hook plate is strained backward, product pulls back by its drag hook part, and product is located rearward, described jacking block is provided with stopper portions and part mounting groove, jacking block is through product base, hardware is placed in the part mounting groove at jacking block top, described locating piece is arranged in locating piece standing groove, be connected by spring a between locating piece with product base, jacking block to pusher, thus drives hardware part to locate rearward by spring a, described tension cylinder is arranged on product base by tension cylinder holder, and tension cylinder is positioned on the right side of drag hook plate, and the front end of tension cylinder is connected to drag hook plate, described button is through the lug boss of product base, and its lower end is linked together by one end of button joint and rotating shaft a and seesaw, described seesaw is arranged on product base bottom by seesaw contiguous block and rotating shaft b, is placed with push rod fixed head above the other end of seesaw, and push rod fixed head is provided with push rod, described sliding track holder is provided with clamping section and limiting section, and sliding track holder is arranged on inside left carrier bearing, is fixedly connected with slide rail inside it, and slide rail coordinates and is provided with slide block, slide block is fixedly connected on jacking block sidepiece, described adjusting screw(rod) passes from below through sliding track holder, withstands on slide block bottom, is provided with spring b between adjusting screw(rod) and jacking block, and adjusting screw(rod) is clamped by the clamping section of sliding track holder, stopper portions on described jacking block is placed in below the limiting section of sliding track holder.
2. a kind of automation equipment be heat fused to for hardware on product according to claim 1, it is characterized in that: described lifting module comprises motor, shaft coupling, linear module, linear module slide block and slide block contiguous block, described linear module is arranged on module installing plate, linear module is parallel with mounting bar, motor is linked together by shaft coupling and linear module, linear module is provided with linear module slide block, described linear module slide block is provided with slide block contiguous block, the side of described slide block contiguous block is provided with the sensing chip matched with photoelectric sensor, described slide block contiguous block is provided with module thermal insulation board, the front portion of module thermal insulation board is provided with two heating component mount pads, the lower end of two heating component mount pads is connected to heating component.
3. a kind of automation equipment be heat fused to for hardware on product according to claim 2, it is characterized in that: described heating component mount pad is L-type structure, the side of L-type structure is spirally connected and is fixed on module thermal insulation board, and the lower end of L-type structure is connected to heat block by ceramic gasket.
4. a kind of automation equipment be heat fused to for hardware on product according to claim 1, it is characterized in that: described base plate is symmetrically installed with two groups of buffer mounting stands, often organize on buffer mounting stand and be separately installed with buffer, bottom described rotating disk, block is installed, rotary cylinder rotates can drive turntable rotation, after rotating 180 °, can block be stopped by buffer, rotating disk is located.
5. a kind of automation equipment be heat fused to for hardware on product according to claim 4, it is characterized in that: described base plate is provided with a slotted eye, buffer mounting stand is L-type structure, the bottom of L-type is spirally connected and is fixed in slotted eye, the upper lateral of L-type is connected to buffer, and buffer is positioned at below rotating disk.
6. a kind of automation equipment be heat fused to for hardware on product according to claim 1, is characterized in that: described rotating shaft is provided with rotating shaft apical ring and locking nut from top to bottom successively.
7. a kind of automation equipment be heat fused to for hardware on product according to claim 1, is characterized in that: be provided with alignment pin in the product standing groove of described product base, realize the location to product.
8. a kind of automation equipment be heat fused to for hardware on product according to claim 1, is characterized in that: described paw front end is provided with three paw heads.
9. a kind of automation equipment be heat fused to for hardware on product according to claim 1, is characterized in that: described ceramic gasket is torus structure.
10. a kind of automation equipment be heat fused to for hardware on product according to claim 1, is characterized in that: described block is rectangular structure, and being spirally connected by four screws is fixed on below base plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201420820317.5U CN204339160U (en) | 2014-12-22 | 2014-12-22 | A kind of automation equipment be heat fused to for hardware on product |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420820317.5U CN204339160U (en) | 2014-12-22 | 2014-12-22 | A kind of automation equipment be heat fused to for hardware on product |
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| CN204339160U true CN204339160U (en) | 2015-05-20 |
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| CN201420820317.5U Withdrawn - After Issue CN204339160U (en) | 2014-12-22 | 2014-12-22 | A kind of automation equipment be heat fused to for hardware on product |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104493395A (en) * | 2014-12-22 | 2015-04-08 | 苏州博众精工科技有限公司 | Automatic equipment for hot melting hardware component on product |
| CN108437482A (en) * | 2018-03-23 | 2018-08-24 | 芜湖捷欧汽车部件有限公司 | A kind of plastic product clamping fusion splicing devices |
| CN110103481A (en) * | 2019-05-28 | 2019-08-09 | 苏州双荣橡塑有限公司 | Equipment is automatically installed in a kind of atmosphere lamp outer housing top nut |
-
2014
- 2014-12-22 CN CN201420820317.5U patent/CN204339160U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104493395A (en) * | 2014-12-22 | 2015-04-08 | 苏州博众精工科技有限公司 | Automatic equipment for hot melting hardware component on product |
| CN104493395B (en) * | 2014-12-22 | 2016-08-24 | 苏州博众精工科技有限公司 | A kind of automation equipment being heat fused on product for hardware |
| CN108437482A (en) * | 2018-03-23 | 2018-08-24 | 芜湖捷欧汽车部件有限公司 | A kind of plastic product clamping fusion splicing devices |
| CN110103481A (en) * | 2019-05-28 | 2019-08-09 | 苏州双荣橡塑有限公司 | Equipment is automatically installed in a kind of atmosphere lamp outer housing top nut |
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Granted publication date: 20150520 Effective date of abandoning: 20160824 |
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