CN205380430U - Automatic assembly machine for slide rail - Google Patents
Automatic assembly machine for slide rail Download PDFInfo
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- CN205380430U CN205380430U CN201620220208.9U CN201620220208U CN205380430U CN 205380430 U CN205380430 U CN 205380430U CN 201620220208 U CN201620220208 U CN 201620220208U CN 205380430 U CN205380430 U CN 205380430U
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- slide rail
- cylinder
- block
- feeding
- frame
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Abstract
The utility model discloses an automatic assembly machine for slide rail, including the frame, its characterized in that: be equipped with in proper order in the frame that the slide rail cup joints dress pearl mechanism, the ball divides the material to blow pearl mechanism, dog assembly devices and dog riveting mechanism, the exit end that the ball divides the material to blow pearl mechanism cup joints dress pearl mechanism with the slide rail to be connected, and dog assembly devices locates the slide rail and cup joints the exit end of adorning pearl mechanism, is equipped with feeding mechanism between dog assembly devices and the dog riveting mechanism. The utility model discloses an automatic assembly machine for slide rail stability is strong, assembly degree of automation is high.
Description
Technical field
This utility model relates to the process and assemble field of slide rail, the slide rail automatic assembling machine that specifically a kind of automaticity is high.
Background technology
Slide rail is the articulating members of at present application domestic drawer or plate body very widely, and it utilizes the mutual slip of active rail and retaining rail, it is achieved the extraction of drawer or plate body and pushing.Owing to slide rail self has relatively multi-part, and its assembling needs the means such as riveted joint, grafting, clamping to realize, thus existing slide rail is installed and is generally installed as master with staff.But, staff operation has that Assembly stability is strong, assemble second-rate defect, leverages the normal use after slide rail assembling.Additionally, due to the difference in size of parts is relatively big in slide rail, the as easy as rolling off a log phenomenon occurring that burst parts, parts misplace in assembling process.Especially for the riveted joint of some parts, owing to the part of riveted joint is relatively small, traditional machining tool is difficulty with automation riveting.It addition, hand assembled needs to expend substantial amounts of labour force, its efficiency of assembling is low, thus improve the processing cost of slide rail.Therefore, traditional slide rail assembling mode still awaits further improvement.
Summary of the invention
The purpose of this utility model is in that to overcome the deficiencies in the prior art, it is provided that the slide rail automatic assembling machine that a kind of stability is strong, assembly automation degree is high.
The purpose of this utility model is achieved in that a kind of slide rail automatic assembling machine, including frame, it is characterized in that: described frame is sequentially provided with slide rail socket bead loading mechanism, ball sub-material Chui Zhu mechanism, block assemble mechanism and block riveting mechanism, the port of export of ball sub-material Chui Zhu mechanism is socketed bead loading mechanism with slide rail and is connected, block assemble mechanism is located at slide rail and is socketed the port of export of bead loading mechanism, is provided with feed mechanism between block assemble mechanism and block riveting mechanism.
Described slide rail socket bead loading mechanism include the bearing being located in frame, the traveller being located on bearing, be located on traveller slip location refueling device and substep activity push away connection device.
Slip cylinder that the described location refueling device that slides includes being located on traveller and the slide that traveller is slidably connected and the longitudinal cylinder set gradually, lifter plate, oiling slide block and thruster cylinder, the piston rod of slip cylinder is fixed on slide, longitudinal cylinder is fixed on slide, its piston rod is fixed on lifter plate, thruster cylinder is fixed on lifter plate, its piston rod is fixed on oiling slide block, and the slide block that refuels is slidably connected with lifter plate.
Described substep activity pushes away the pedestal that connection device includes being slidably connected on traveller, the longitudinal cylinder being located on pedestal, the longitudinal pushing block being slidably connected on pedestal and is located at and laterally urges cylinder on bearing, the piston rod of longitudinal cylinder is fixing with longitudinal pushing block to be connected, laterally urges the piston rod of cylinder and fixes with pedestal and be connected.
Ball containing rack, point pearl groove being located on ball containing rack that described ball sub-material Chui Zhu mechanism includes being located in frame and blow pearl frame, divide pearl groove has and be available for the cell body that ball passes through, divide pearl groove to be provided with and cut a pearl cylinder, the piston rod cutting pearl cylinder is provided with the block that can put in cell body, ball containing rack, point pearl groove and blow pearl frame and connect with body, blow pearl frame and be provided with the installing hole that can connect air blowing cylinder body.
Described block assemble mechanism includes vibration transporter, block erecting device and the slide rail jack unit of being located in frame, and the port of export of vibration transporter is corresponding with block erecting device position, and slide rail jack unit is corresponding with the position of block erecting device.
Described vibration transporter includes being located at the vibration Transport disc in frame, is located at the vibration transmitter of the vibration Transport disc port of export and is located at the transmission slideway in vibration Transport disc and vibration transmitter.
Described block erecting device includes the bearing being located in frame, the active supporting plate being located in a bearing and the bidirectional pushing device being located on active supporting plate.
Described slide rail jack unit includes the top-bearing jar being located in frame and the top pressure head being located on top-bearing jar piston rod, and top pressure head is corresponding with block erecting device position.
Described block riveting mechanism includes mounting seat and the punching press base of being located in frame, and mounting seat is provided with Bidirectional positioning mechanism and punching mechanism, and punching mechanism is corresponding with punching press position base.
Described Bidirectional positioning mechanism includes located lateral cylinder and the longitudinal register cylinder of being located in mounting seat, the piston rod of located lateral cylinder is provided with the top pressure head that position when being stopped on punching mechanism is corresponding with slide rail, and the piston rod of longitudinal register cylinder is provided with the top pressing board that position when being stopped on punching mechanism is corresponding with slide rail.
Punching cylinder that described punching mechanism includes being located in mounting seat and be connected to the staking punch on punching cylinder piston rod, staking punch is corresponding with punching press position base.
The punching press seat that described punching press base includes being located in frame and the fixing drift that to be located on punching press seat corresponding with punching mechanism position.
Described feed mechanism includes the fixing seat of feeding being located in frame, the feeding lifter plate being located on the fixing seat of feeding and the feeding adjustable shelf being located on feeding lifter plate, and feeding adjustable shelf is put corresponding with feeding fixed seating.
Described frame is provided with feeding lift cylinders, and the piston rod of feeding lift cylinders is fixed on feeding lifter plate.
Described feeding adjustable shelf is provided with and can come and go the feeding slide block slided on feeding lifter plate, and feeding lifter plate is provided with feeding cylinder, and the piston rod of feeding cylinder is fixing with feeding slide block to be connected.
Described frame is provided with discharge belt, and discharge belt is corresponding with the port of export position of feed mechanism.
The beneficial effects of the utility model are in that, utilize the combinative structure of slide rail socket bead loading mechanism, ball sub-material Chui Zhu mechanism, block assemble mechanism and block riveting mechanism, it is achieved the automatization of the operation such as the socket of slide rail, the assembling of block, riveted joint.Slide rail is socketed in bead loading mechanism, utilize slide location refueling device and substep movable push away connection device in horizontal and vertical location, top pressure effect, it is truly realized the socket between rail body, oiling, assembly automation, thus the stability of rail body suit, accuracy and reliability are greatly improved, and improve the efficiency of rail body assembling.In ball sub-material Chui Zhu mechanism, utilize a point pearl groove, cut the combinative structure of pearl cylinder, make ball realize rationed transmission.And blow pearl frame can external air blowing cylinder body, and by the air pressure of air blowing cylinder body quantitative ball be delivered to slide rail socket bead loading mechanism on, improve ball assembling stability.In block assemble mechanism, utilize the combinative structure of vibration transporter, block erecting device and slide rail jack unit, it is achieved block is from being transported to the automation mechanized operation being assembled to slide rail.Even if block itself is smaller, it is also possible to by changing or adjust block erecting device and slide rail jack unit, it is assembled, thus improve the simplicity of block assembling.In block riveting mechanism, by Bidirectional positioning mechanism, the block on slide rail is riveted by the location of slide rail, punching mechanism and punching press base, it is achieved that the automatic riveting of small size block on slide rail, thus improve the quality of block riveted joint.Cooperating by said mechanism, makes the socket of slide rail, assembling constitute the organic whole of an automatization, saves substantial amounts of assembling labour force, greatly improves efficiency of assembling.
Accompanying drawing explanation
Fig. 1 is the structural representation of this utility model most preferred embodiment；
Fig. 2 is the structural representation of this utility model slide rail set connection mechanism；
Fig. 3 is the structural representation of this utility model ball assemble mechanism；
Fig. 4 is the structural representation of this utility model block assemble mechanism；
Fig. 5 is the structural representation of this utility model block riveting mechanism；
Fig. 6 is the structural representation of this utility model feed mechanism；
Fig. 7 is the assembling schematic diagram of this utility model feed mechanism and discharge belt.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model will be further described, according to Fig. 1, slide rail automatic assembling machine of the present utility model mainly includes frame 1, slide rail socket bead loading mechanism 2, ball sub-material Chui Zhu mechanism 3, block assemble mechanism 4, block riveting mechanism 5 and feed mechanism 6.Wherein slide rail socket bead loading mechanism 2, ball sub-material Chui Zhu mechanism 3, block assemble mechanism 4, block riveting mechanism 5 are successively set in frame 1, and feed mechanism 6 is then arranged between block assemble mechanism 4 and block riveting mechanism 5.The port of export of ball sub-material Chui Zhu mechanism 3 is socketed bead loading mechanism 2 with slide rail and is connected, and block assemble mechanism 4 is located at the port of export of slide rail socket bead loading mechanism 2.Utilize the combination of slide rail socket bead loading mechanism 2, ball sub-material Chui Zhu mechanism 3, block assemble mechanism 4, block riveting mechanism 5, realize the automatization of the operations such as the socket of slide rail, the assembling of block, riveted joint, thus saving substantial amounts of assembling labour force, and improve efficiency of assembling.
According to Fig. 2, slide rail of the present utility model socket bead loading mechanism 2 mainly include bearing 201, traveller 202, slide location refueling device and substep activity push away connection device.Bearing 201 is located in frame 1, and it is fixed with frame 1 and is connected；Traveller 202 is then located on bearing 201, and it is similarly fixing and is connected with bearing 201；The location refueling device that slides pushes away connection device with substep activity and may be contained within traveller 202, and slip location refueling device and step by step activity push away connection device and all can come and go slip on traveller 202.The location refueling device that slides includes slip cylinder 203, slide 204 and the longitudinal cylinder 205 set gradually, lifter plate 206, oiling slide block 207 and thruster cylinder 208, and slip cylinder 203 is located on traveller 202, and it is fixed with traveller 202 and is connected；Slide 204 is located on traveller 202, and itself and traveller 202 are slidably connected.The piston rod of slip cylinder 203 is fixed on slide 204, longitudinal cylinder 205 is fixed on slide 204, and its piston rod is fixed on lifter plate 206, and thruster cylinder 208 is fixed on lifter plate 206, its piston rod is fixed on oiling slide block 207, and the slide block 207 that refuels is slidably connected with lifter plate 206.Slide 204, lifter plate 206 and the slide block 207 that refuels form three-dimensional slip positioning and quantitative oil-filling mechanism on traveller 202, have ensured the accuracy that rail body refuels in frame 1.Substep activity pushes away connection device and then includes pedestal 209, vertical cylinder 210, longitudinal pushing block 211 and laterally urge cylinder 212, and pedestal 209 is slidably connected on traveller 202；Vertical cylinder 210 is located on pedestal 209, and it is connected for fixing with pedestal 209；Longitudinal pushing block 211 is slidably connected on pedestal 209；Laterally urging cylinder 212 and be then located on bearing 201, it is connected for fixing with bearing 201.The piston rod of vertical cylinder 210 is fixing with longitudinal pushing block 211 to be connected, laterally urges the piston rod of cylinder 212 and fixes with pedestal 209 and be connected.Pedestal 209 and longitudinal pushing block 211 form substep activity on traveller 202 and push away connection mechanism, make pearl nest first position arrival to treat bead loading position corresponding to lower rail, then overlap the upper rail of access, bead loading in set termination process together with lower rail.This mechanism makes the socket of rail body more stable, and achieves the automatization of rail body suit.Under the movable cooperation pushing away connection device of three-dimensional slip positioning and quantitative oil-filling mechanism and substep, improve the socket between rail body, oiling, the stability of assembling, accuracy and reliability.
According to Fig. 3, ball of the present utility model sub-material Chui Zhu mechanism 3 includes ball containing rack 31, point pearl groove 32 and blows pearl frame 33.Ball containing rack 31 is located in frame 1, and all the other frames 1 connect for fixing；And point pearl groove 32 and blow pearl frame 33 and be all located on ball containing rack 31.Divide pearl groove 32 has and be available for the cell body 34 that ball passes through, divide pearl groove 32 to be provided with and cut a pearl cylinder 35, the piston rod cutting pearl cylinder 35 is provided with section pearl block 36 that can put in cell body 34, ball containing rack 31, point pearl groove 32 and blow pearl frame 33 and connect with body, blow pearl frame 33 and be provided with the installing hole 37 that can connect air blowing cylinder body.Utilize a point pearl groove 32, cut pearl cylinder 35 and cut the combination of pearl block 36, make the conveying of ball realize staggered transmission.And blow pearl frame 33 can external air blowing cylinder body, and by the air pressure of air blowing cylinder body ball be delivered to slide rail set connection mechanism 2 on, improve ball assembling stability.
According to Fig. 4, block assemble mechanism 4 of the present utility model includes vibration transporter, block erecting device and the slide rail jack unit of being located in frame 1, the port of export of vibration transporter is corresponding with block erecting device position, and slide rail jack unit is corresponding with the position of block erecting device.Vibration transporter includes being located at the vibration Transport disc 41 in frame 1, is located at the vibration transmitter 42 of vibration Transport disc 41 port of export and is located at the transmission slideway 43 in vibration Transport disc 41 and vibration transmitter 42.Transmitting and can also arrange feeding-distribution device on slideway 43, feeding-distribution device can adopt left and right feeding distribution mechanism, and it includes left material distribution cylinder 401, left limit plate 402, right material distribution cylinder 403 and right limit plate 404.The left side transmitting slideway 43 is all located at by left material distribution cylinder 401, left limit plate 402, and the right side transmitting slideway 43 is all located at by right material distribution cylinder 403 and right limit plate 404.The piston rod slip cross-under of left material distribution cylinder 401 is on left limit plate 402, and can extend in transmission slideway 43, and the piston rod slip cross-under of right material distribution cylinder 403 is on right limit plate 404, and it can extend in transmission slideway 43 equally.Pressed by the top of left material distribution cylinder 401 and the piston rod of right material distribution cylinder 403, it is achieved that block is in the left and right sub-material transmitted on slideway 43.And block erecting device includes the bearing 44 being located in frame 1, the active supporting plate 45 being located in a bearing 44 and the bidirectional pushing device being located on active supporting plate 45.Propping up and can arrange propelling movement cylinder 405 in bearing 44, the piston rod pushing cylinder 405 is fixed on active supporting plate 45.Utilize the promotion pushing cylinder 405, active supporting plate 45 can be driven to come and go in a bearing 44 and slide.Additionally, bidirectional pushing device can adopt longitudinal-horizontal slip combinative structure, it includes material folding cylinder 406, fixture block 407, splicing cylinder 408 and splicing block 409, and wherein folder cylinder 406 is located on active supporting plate 45；Fixture block 407 is located on charging cylinder 406 paw, and it is fixed with material folding cylinder 406 paw and is connected；Active supporting plate 45 sidepiece is then located at by splicing cylinder 408；And splicing block 409 is located on splicing cylinder 408 piston rod.It should be noted that splicing block 409 is corresponding with the position of fixture block 407, to ensure stability and the reliability that block pushes.And splicing block 409 is all corresponding with the port of export position of vibration transporter with fixture block 407.Utilize material folding cylinder 406 and splicing cylinder 408 in the horizontal direction with the impetus of vertical direction, it is achieved that block grafting on slide rail after vibration transporter output.And slide rail jack unit includes the top-bearing jar 46 being located in frame 1 and the top pressure head 47 being located on top-bearing jar 46 piston rod, top pressure head 47 is corresponding with block erecting device position.By the cooperation of above-mentioned vibration transporter, block erecting device and slide rail jack unit, improve stability and the reliability of grafting on block body in-orbit.
According to Fig. 5, block riveting mechanism 5 of the present utility model includes mounting seat 501 and the punching press base of being located in frame 1, and mounting seat 501 is provided with Bidirectional positioning mechanism and punching mechanism, and punching mechanism is corresponding with punching press position base.Bidirectional positioning mechanism includes located lateral cylinder 502 and longitudinal register cylinder 503, located lateral cylinder 502 and longitudinal register cylinder 503 and is all located in mounting seat 501.The piston rod of located lateral cylinder 502 is provided with fixing head 504, and fixing head 504 is fixing with the piston rod of located lateral cylinder 502 to be connected, and when being stopped on punching mechanism with slide rail, position is corresponding；And the piston rod of longitudinal register cylinder 503 is provided with top pressing board 505, top pressing board 505 is fixing with the piston rod of longitudinal register cylinder 503 to be connected, and when being stopped on punching mechanism with slide rail, position is corresponding.By the propelling movement of fixing head 504 and top pressing board 505 and positioning action, make slide rail more accurate in the location of punching mechanism, and improve slide rail stability in punching course.Additionally, top briquetting 506 can be set between piston rod and the top pressing board 505 of longitudinal register cylinder 503, top briquetting 506 is provided with the top pressure guide pillar 507 being slidably connected with mounting seat 501, and top pressure guide pillar 507 is provided with top pressure limited block 508, and top pressure guide pillar 507 can reciprocatingly slide under the drive of top briquetting 506.Top briquetting 506 can to the piston rod of positional cylinder and top pressing board 505 connection, positioning action；And push up pressure guide pillar 507 and can improve the reciprocating stability of top pressing board 505；Top pressure limited block 508 is then the position-limiting action that reciprocatingly slided to top pressure guide pillar 507.And the punching mechanism punching cylinder 509 that includes being located in mounting seat 501 and be connected to the staking punch 510 on punching cylinder 509 piston rod, staking punch 510 is corresponding with punching press position base.Pressing block 511 can be set between punching cylinder 509 piston rod and staking punch 510, pressing block 511 is provided with the punching press guide pillar 512 being slidably connected with mounting seat 501, punching press guide pillar 512 is provided with punching press limited block 513, and punching press guide pillar 512 can reciprocatingly slide under the drive of pressing block 511.Pressing block 511 can to the piston rod of punching cylinder 509 and staking punch 510 connection, positioning action；And punching press guide pillar 512 can improve the reciprocating stability of staking punch 510；Punching press limited block 513 is then the position-limiting action that reciprocatingly slided to punching press guide pillar 512.Additionally, pressing block 511 is provided with wedge anchorage 514, wedge anchorage 514 is corresponding with punching press position base.Additionally, the punching press base punching press seat 515 that includes being located in frame 1 and the fixing drift 516 that to be located on punching press seat 515 corresponding with punching mechanism position.Punching press seat 515 can arrange the positioning sliding block 517 corresponding with wedge anchorage 514 position, positioning sliding block 517 can the sliding along with the pressure down of wedge anchorage 514, thus slide rail itself is played location, compress effect.By Bidirectional positioning mechanism, the block on slide rail is riveted by the location of slide rail, punching mechanism and punching press base, it is achieved that the automatic riveting of small size block on slide rail, thus improve the quality of block riveted joint.
According to Fig. 6 and Fig. 7, feed mechanism 6 of the present utility model includes the fixing seat 61 of feeding, feeding lifter plate 62 and feeding adjustable shelf 63.Fixing seat is located in frame 1；Feeding lifter plate 62 is located on the fixing seat 61 of feeding, and it can vertically be gone up and reciprocate；Feeding adjustable shelf 63 is then located on feeding lifter plate 62, and it can be gone up in the horizontal direction and reciprocate.Additionally, feeding adjustable shelf 63 is corresponding with fixing seat 61 position of feeding.Frame 1 is provided with feeding lift cylinders 64, and the piston rod of feeding lift cylinders 64 is fixed on feeding lifter plate 62, and feeding lift cylinders 64 can move up and down under the driving of feeding lift cylinders 64.Feeding adjustable shelf 63 is provided with and can come and go the feeding slide block 65 slided on feeding lifter plate 62, and feeding lifter plate 62 is provided with feeding cylinder 66, the piston rod of feeding cylinder 66 is fixing with feeding slide block 65 to be connected, and feeding adjustable shelf 63 can reciprocate in the horizontal direction under the drive of feeding cylinder 66.It addition, can also arrange discharge belt 7 in frame 1, discharge belt 7 is corresponding with the port of export position of feed mechanism 6.Discharge belt 7 can be easy to the Producer slide rail to machining and carries timely, it is to avoid go out the phenomenon that ready-made article overstocks.
Above-mentioned specific embodiment is only the good detailed description of the invention of this utility model effect, and all slide rail automatic assembling machines identical or equivalent with this structure, all in the protection domain of the application.
Claims (17)
1. a slide rail automatic assembling machine, including frame (1), it is characterized in that: described frame (1) is sequentially provided with slide rail socket bead loading mechanism (2), ball sub-material Chui Zhu mechanism (3), block assemble mechanism (4) and block riveting mechanism (5), the port of export of ball sub-material Chui Zhu mechanism (3) is socketed bead loading mechanism (2) with slide rail and is connected, block assemble mechanism (4) is located at the port of export of slide rail set connection mechanism (2), is provided with feed mechanism (6) between block assemble mechanism (4) and block riveting mechanism (5).
2. slide rail automatic assembling machine according to claim 1, it is characterised in that: described slide rail set connection mechanism (2) includes the bearing (201) being located in frame (1), the traveller (202) being located on bearing (201), the slip positioner being located on traveller (202) and bi-directional movable and pushes away connection device.
3. slide rail automatic assembling machine according to claim 2, it is characterized in that: described slip positioner includes the slip cylinder (203) being located on traveller (202), the slide (204) being slidably connected with traveller (202), and the longitudinal cylinder set gradually (205), lifter plate (206), oiling slide block (207) and thruster cylinder (208), the piston rod of slip cylinder (203) is fixed on slide (204), longitudinal cylinder (205) is fixed on slide (204), its piston rod is fixed on lifter plate (206), thruster cylinder (208) is fixed on lifter plate (206), its piston rod is fixed in oiling slide block (207), the slide block (207) that refuels is slidably connected with lifter plate (206).
4. slide rail automatic assembling machine according to claim 2, it is characterized in that: described bi-directional movable pushes away the pedestal (209) that connection device includes being slidably connected on traveller (202), the vertical cylinder (210) being located on pedestal (209), the longitudinal pushing block (211) being slidably connected on pedestal (209) and is located at and laterally urges cylinder (212) on bearing (201), the piston rod of vertical cylinder (210) is fixing with longitudinal pushing block (211) to be connected, laterally urges the piston rod of cylinder (212) and fixes with pedestal (209) and be connected.
5. slide rail automatic assembling machine according to claim 1, it is characterized in that: described ball sub-material Chui Zhu mechanism (3) includes the ball containing rack (31) being located in frame (1), it is located at point pearl groove (32) on ball containing rack (31) and blows pearl frame (33), divide and pearl groove (32) has the cell body (34) being available for ball and passing through, divide pearl groove (32) to be provided with and cut a pearl cylinder (35), the piston rod cutting pearl cylinder (35) is provided with section pearl block (36) that can put in cell body (34), ball containing rack (31), divide pearl groove (32) and blow pearl frame (33) with body connection, blow pearl frame (33) and be provided with the installing hole (37) that can connect air blowing cylinder body.
6. slide rail automatic assembling machine according to claim 1, it is characterized in that: described block assemble mechanism (4) includes vibration transporter, block erecting device and the slide rail jack unit of being located in frame (1), the port of export of vibration transporter is corresponding with block erecting device position, and slide rail jack unit is corresponding with the position of block erecting device.
7. slide rail automatic assembling machine according to claim 6, it is characterised in that: vibration Transport disc (41), the vibration transmitter (42) being located at vibration Transport disc (41) port of export that described vibration transporter includes being located in frame (1) and be located at the transmission slideway (43) in vibration Transport disc (41) and vibration transmitter (42).
8. slide rail automatic assembling machine according to claim 6, it is characterised in that: a bearing (44), the active supporting plate (45) being located in a bearing (44) that described block erecting device includes being located in frame (1) and be located at the bidirectional pushing device on active supporting plate (45).
9. slide rail automatic assembling machine according to claim 6, it is characterized in that: described slide rail jack unit includes the top-bearing jar (46) being located in frame (1) and the top pressure head (47) being located on top-bearing jar (46) piston rod, and top pressure head (47) is corresponding with block erecting device position.
10. slide rail automatic assembling machine according to claim 1, it is characterized in that: described block riveting mechanism (5) includes mounting seat (501) and the punching press base of being located in frame (1), mounting seat (501) is provided with Bidirectional positioning mechanism and punching mechanism, and punching mechanism is corresponding with punching press position base.
11. slide rail automatic assembling machine according to claim 10, it is characterized in that: described Bidirectional positioning mechanism includes located lateral cylinder (502) and the longitudinal register cylinder (503) of being located in mounting seat (501), the piston rod of located lateral cylinder (502) is provided with the corresponding fixing head in position when being stopped on punching mechanism (504) with slide rail, and the piston rod of longitudinal register cylinder (503) is provided with the corresponding top pressing board in position when being stopped on punching mechanism (505) with slide rail.
12. slide rail automatic assembling machine according to claim 10, it is characterized in that: described punching mechanism includes the punching cylinder (509) being located in mounting seat (501) and the staking punch (510) being connected on punching cylinder (509) piston rod, and staking punch (510) is corresponding with punching press position base.
13. slide rail automatic assembling machine according to claim 10, it is characterised in that: the punching press seat (515) that described punching press base includes being located in frame (1) goes up the fixing drift (516) corresponding with punching mechanism position with being located at punching press seat (515).
14. slide rail automatic assembling machine according to claim 1, it is characterized in that: described feed mechanism (6) includes the fixing seat (61) of feeding being located in frame (1), the feeding lifter plate (62) being located on the fixing seat (61) of feeding and the feeding adjustable shelf (63) being located on feeding lifter plate (62), and feeding adjustable shelf (63) is corresponding with fixing seat (61) position of feeding.
15. slide rail automatic assembling machine according to claim 14, it is characterised in that: described frame (1) is provided with feeding lift cylinders (64), and the piston rod of feeding lift cylinders (64) is fixed on feeding lifter plate (62).
16. slide rail automatic assembling machine according to claim 14, it is characterized in that: described feeding adjustable shelf (63) is provided with can at the upper feeding slide block (65) coming and going slip of feeding lifter plate (62), feeding lifter plate (62) is provided with feeding cylinder (66), and the piston rod of feeding cylinder (66) is fixing with feeding slide block (65) to be connected.
17. according to the described slide rail automatic assembling machine of claim 1 to claim 16 any one, it is characterised in that: described frame (1) is provided with discharge belt (7), and discharge belt (7) is corresponding with the port of export position of feed mechanism (6).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620220208.9U CN205380430U (en) | 2016-03-19 | 2016-03-19 | Automatic assembly machine for slide rail |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620220208.9U CN205380430U (en) | 2016-03-19 | 2016-03-19 | Automatic assembly machine for slide rail |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205380430U true CN205380430U (en) | 2016-07-13 |
Family
ID=56352429
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620220208.9U Expired - Fee Related CN205380430U (en) | 2016-03-19 | 2016-03-19 | Automatic assembly machine for slide rail |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205380430U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105643272A (en) * | 2016-03-19 | 2016-06-08 | 广东星徽精密制造股份有限公司 | Automatic assembling machine for slide rail |
| CN107717451A (en) * | 2017-12-02 | 2018-02-23 | 辜元丁 | Slide rail automatic assembling machine |
-
2016
- 2016-03-19 CN CN201620220208.9U patent/CN205380430U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105643272A (en) * | 2016-03-19 | 2016-06-08 | 广东星徽精密制造股份有限公司 | Automatic assembling machine for slide rail |
| CN105643272B (en) * | 2016-03-19 | 2018-05-11 | 广东星徽精密制造股份有限公司 | A kind of slide automatic assembling machine |
| CN107717451A (en) * | 2017-12-02 | 2018-02-23 | 辜元丁 | Slide rail automatic assembling machine |
| CN107717451B (en) * | 2017-12-02 | 2024-01-16 | 中山市海宝精密五金有限公司 | Automatic assembly machine for sliding rail |
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Granted publication date: 20160713 Termination date: 20200319 |