CN216264474U - Bayonet lamp holder contact nail mechanism - Google Patents
Bayonet lamp holder contact nail mechanism Download PDFInfo
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- CN216264474U CN216264474U CN202122984658.9U CN202122984658U CN216264474U CN 216264474 U CN216264474 U CN 216264474U CN 202122984658 U CN202122984658 U CN 202122984658U CN 216264474 U CN216264474 U CN 216264474U
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- nail
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- binding
- cylinder
- pushing head
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Abstract
The utility model discloses a bayonet lamp holder contact nail mechanism, which comprises a vibration nail feeding disc and a nail mounting rack, wherein the vibration nail feeding disc is provided with two nail outlet channels, two guide grooves which are respectively butted with the two nail outlet channels extend from the nail mounting rack, a nail separating pushing head and a nail moving pushing head are respectively arranged in the two guide grooves from an inlet end to an outlet end in sequence, and a nail mounting block and a nail mounting cylinder are arranged between the outlet ends of the two guide grooves; the nail separating pushing head is connected with a nail separating cylinder which drives the nail separating pushing head to reciprocate vertical to the guide groove so as to allow only one contact nail to pass to the outlet end in each reciprocating process; the nail moving pushing head is arranged at the outlet end and is connected with a nail moving cylinder so as to push the contact nails into the nail installing block; the binding block is provided with a contact nail positioning groove for the contact nail to fall into and be positioned, and is connected with a binding cylinder for driving the binding cylinder to move longitudinally so as to push out the contact nail and install the contact nail on the lamp holder. According to the utility model, the contact nail is automatically installed at the preset position on the lamp cap, so that the production efficiency of LED lamp production and assembly is improved.
Description
Technical Field
The utility model relates to the technical field of LED lamp production and assembly equipment, in particular to a bayonet lamp cap contact nail mechanism.
Background
The bayonet lamp holder is provided with two contact nails usually in the bottom of lamp holder, the contact nail includes the pin fin, the nail needle, in the LED lamp production assembling process that has the bayonet lamp holder, need to install the bottom at the lamp holder with the peg pin grafting of contact nail, the electronic component in the nail needle intercommunication LED lamp, the pin fin exposes outside the lamp holder, in order to supply to access into the circuit, so two contact nails play crucial effect in the use of LED lamp, if can use an automatic dress to connect and contact the nail structure, install the predetermined position on the lamp holder with the contact nail automatically, will promote the production efficiency of LED lamp production assembling process by a wide margin.
SUMMERY OF THE UTILITY MODEL
The utility model aims to provide a bayonet lamp holder contact pin mounting mechanism, which overcomes the defects, automatically mounts a contact pin at a preset position on a lamp holder and improves the production efficiency of the LED lamp in the production and assembly process.
In order to achieve the above purpose, the solution of the utility model is: a bayonet lamp holder contact nail mechanism comprises a vibration nail feeding disc and a nail installing rack, wherein the vibration nail feeding disc is provided with two nail outlet channels, two guide grooves which are respectively butted with the two nail outlet channels extend from the nail installing rack, each guide groove comprises an inlet end and an outlet end, the two guide grooves are respectively and sequentially provided with a nail distributing pushing head and a nail moving pushing head from the inlet end to the outlet end, and a nail installing block and a nail installing cylinder are arranged between the outlet ends of the two guide grooves;
the nail separating pushing head is connected with a nail separating cylinder which drives the nail separating pushing head to reciprocate in the direction vertical to the extension direction of the guide groove, so that only one contact nail passes through to the outlet end in each reciprocating process;
the nail moving pushing head is arranged at the outlet end and is connected with a nail moving cylinder so as to push the contact nails into the nail installing block;
the binding block is provided with a contact nail positioning groove for the contact nail to fall into the positioning, the binding block is connected with a binding cylinder, and the binding cylinder is connected with and drives the binding block to move longitudinally so as to push out the contact nail and install the contact nail on the lamp head.
Further, the binding frame is communicated with a sliding groove between the outlet ends of the two guide grooves, and the contact nails are pushed into the binding block through the sliding groove by the nail moving pushing head.
Further, the binding machine frame is provided with and is on a parallel with the guide bar of spout, the transition of guide bar one side is formed with the low spigot surface in middle height both sides, two move the nail pushing head and be close to one side of binding piece is connected with respectively protects the nail piece, protect the horizontal pin joint in nail piece middle part move on the nail pushing head, it protects nail end, drive end to protect nail piece both ends to form respectively, the exit end will contact the nail discharge to move the nail pushing head with between protecting the nail end, the drive end with the spigot surface offsets, so that protect the nail piece and remove the in-process of binding piece along with moving the nail pushing head and emit the contact nail gradually.
Further, the chute is provided with two first vacuum air holes at the two outlet ends.
Further, the guide groove is vertically extended from an inlet end, an outlet end of the guide groove is horizontally extended, and the outlet end and the inlet end are in smooth transition.
Further, a nail pushing claw is arranged between the nail separating pushing head and the nail moving pushing head, the nail pushing claw is connected with a longitudinal nail pushing cylinder which drives the nail pushing claw to vertically extend into or withdraw from the guide groove, and the longitudinal nail pushing cylinder is connected with a transverse nail pushing cylinder which pushes the longitudinal nail pushing cylinder to move along the extension direction of the guide groove so as to push the contact nail out to the outlet end when the nail pushing claw extends into the guide groove.
Furthermore, two detection light eyes are arranged on the binding rack and used for detecting that contact nails pass through, and the detection light eyes are arranged between the material distributing pushing head and the nail pushing claws.
Further, the vertical extension of binding piece has two binding support arms, two the contact nail constant head tank sets up respectively two binding support arm tops, the binding frame be in be provided with the dog between two binding support arms, the dog orientation the both sides of two binding support arms form the cambered surface of laminating with the pin fin lateral wall profile of contact nail.
Furthermore, a second vacuum air hole is formed in the groove bottom of each of the two contact nail positioning grooves.
After the scheme is adopted, the utility model has the beneficial effects that: the nail separating pushing head is connected with a nail separating cylinder which drives the nail separating pushing head to reciprocate in the direction vertical to the extending direction of the guide groove, so that only one contact nail passes through to the outlet end in each reciprocating process, and then two contact nails arranged on one lamp holder are automatically separated from the vibration disc; the contact nail moving and pushing head is arranged at the outlet end and is connected with a nail moving cylinder so as to push the contact nails into the nail installing block, and then the separated contact nails are automatically transferred to the nail installing block for installing the contact nails; the utility model discloses a contact nail, including binding piece, binding piece and binding piece, be equipped with on the binding piece and supply the contact nail to fall into the contact nail constant head tank of location, and then ensured that the contact nail can install preset position on the lamp holder, the binding piece is connected with the binding cylinder, the binding cylinder is connected and is driven binding piece longitudinal motion to push out the contact nail and install on the lamp holder, realized that the preset position on the lamp holder is installed to the contact nail automatically, promoted the production efficiency of LED lamp production assembling process.
Drawings
FIG. 1 is a schematic structural view of the present invention;
FIG. 2 is an enlarged view of a portion of FIG. 1 at A;
FIG. 3 is a schematic cross-sectional view of the present invention;
FIG. 4 is an enlarged view of a portion of FIG. 3 at B;
FIG. 5 is a schematic cross-sectional view of the contact pin mounted to the base of the present invention;
FIG. 6 is a schematic cross-sectional view of the staple driving head of the present invention;
fig. 7 is a partial enlarged view at C in fig. 6.
Description of reference numerals: 1-vibration nail feeding disc, 2-binding rack, 3-nail discharging channel, 4-guide groove, 5-inlet end, 6-outlet end, 7-minute nail pushing head, 8-nail moving pushing head, 9-binding block, 10-binding cylinder, 11-minute nail cylinder, 12-contact nail, 13-nail moving cylinder, 14-contact nail positioning groove, 15-lamp cap, 16-slide groove, 17-guide rod, 18-guide surface, 19-nail protection sheet, 20-nail protection end, 21-drive end, 22-first vacuum air hole, 23-nail pushing claw, 24-longitudinal nail pushing cylinder, 25-transverse nail pushing cylinder, 26-detection light hole, 27-binding support arm, 28-stop block, 29-second vacuum air hole, 30-opening, 31-blocking wall, 32-nail separating channel and 33-longitudinal nail pushing cylinder slide rail.
Detailed Description
The utility model is described in detail below with reference to the accompanying drawings and specific embodiments.
The utility model provides a bayonet lamp holder contact nail mechanism, as shown in figures 1-7, and mainly shown in figures 1 and 6, the bayonet lamp holder contact nail mechanism comprises a vibration nail feeding disc 1 and a nail installing rack 2, the vibration nail feeding disc 1 is the prior art, the description in the embodiment is omitted, the vibration nail feeding disc 1 is provided with two nail discharging channels 3, two guide grooves 4 respectively butted with the two nail discharging channels 3 extend from the nail installing rack 2, each guide groove 4 comprises an inlet end 5 and an outlet end 6, the guide grooves 4 vertically extend from the inlet end 5, the outlet ends 6 of the guide grooves 4 horizontally extend, the outlet ends 6 are in smooth transition with the inlet ends 5, the two guide grooves 4 are respectively and sequentially provided with a nail distributing push head 7, a nail pushing claw 23 and a nail moving push head 8 from the inlet end 5 to the outlet end 6, a nail installing block 9 is arranged between the outlet ends 6 of the two guide grooves 4, A stapling cylinder 10;
with reference to fig. 2 again, an opening 30 for extending the nail of the contact nail is disposed at the top of the guide groove 4, blocking walls 31 for blocking the head of the contact nail 12 extend from two sides of the opening 30 of the guide groove 4, the nail separating pushing head 7 is connected to a nail separating cylinder 11 for driving the nail separating pushing head to reciprocate perpendicular to the extending direction of the guide groove 4, the nail separating cylinder 11 is fixed on the nailing machine frame 2, a nail separating channel 32 inclined from the extending direction of the guide groove 4 is disposed on one side of the guide groove having the opening 30 of the nail separating pushing head 7, the nail separating pushing head 7 enables the nail of one contact nail 12 to enter when the entrance of the nail separating channel 32 coincides with the guide groove 4 during the movement, the entrance of the nail separating channel 32 deviates from the guide groove 4 when the nail separating pushing head 7 continues to move forward, and the nail of the contact nail 12 behind the blocking wall enters the nail separating channel 32, when the outlet of the nail separating channel 32 is coincided with the guide groove 4, the contact nails 12 leave the nail separating channel 32 from the outlet of the nail separating channel 32, so that only one contact nail 12 passes to the outlet end 6 in each reciprocating process, and two contact nails 12 needing to be installed on one lamp holder 15 are separated from the vibration nail feeding disc 1;
with reference to fig. 1 and 4 again, the nail pushing claw 23 is connected to a longitudinal nail pushing cylinder 24 for driving the nail pushing claw to vertically extend into or exit from the guide groove 4, the longitudinal nail pushing cylinder 24 is transversely slidably connected to the nailing machine frame 2 through a longitudinal nail pushing cylinder slide rail 33, the longitudinal nail pushing cylinder 24 is connected to a transverse nail pushing cylinder 25 for pushing the longitudinal nail pushing cylinder to move along the extension direction of the guide groove 4, and the transverse nail pushing cylinder 25 is fixed on the nailing machine frame 2 to push the contact nails out to the outlet end 6 when the nail pushing claw 23 extends into the guide groove 4, so as to ensure that the contact nails 12 can smoothly slide out of the outlet end 6;
with reference to fig. 3 and 4 again, the nail-moving pusher 8 is disposed at the outlet end 6, the nail-moving pusher 8 is connected to a nail-moving cylinder 13 to push the contact nails into the nailing block 9, specifically, the nailing machine frame 2 is communicated with a chute 16 between the outlet ends 6 of the two guide slots 4, the chute 16 is provided with two first vacuum air holes 22 at the two outlet ends 6, after the nail-pushing claw 23 pushes the contact nails 12 out of the outlet end 6, the first vacuum air holes 22 adsorb the contact nails 12 to position the contact nails 12, then the first vacuum air holes 22 stop adsorbing the contact nails 12, the nail-moving pusher 8 pushes the contact nails into the nailing block 9 through the chute, in order to ensure that the contact nails do not deviate from the predetermined position or even fly out of the chute 16 in the process that the nail-moving pusher 8 pushes the contact nails to move along the chute 16, the nailing machine frame 2 is provided with a guide rod 17 parallel to the chute 16, a guide surface 18 with a high middle part and two low sides is formed on one side of the guide rod 17 in a transition manner, one side of each of the two nail moving pushing heads 8, which is close to the binding block 9, is connected with a nail protection sheet 19, the middle part of each nail protection sheet 19 is transversely pivoted on the corresponding nail moving pushing head 8, two ends of each nail protection sheet 19 are respectively provided with a nail protection end 20 and a driving end 21, the contact nails are discharged to a position between the corresponding nail moving pushing head 8 and the corresponding nail protection end 20 through the outlet ends 6, and the driving ends 21 abut against the guide surface 18, so that the corresponding nail protection sheets 19 gradually release the contact nails in the process of moving the corresponding nail moving pushing heads 8 to the binding block 9;
it is shown with the combination of fig. 5, fig. 6 and fig. 7 again that important, be equipped with on the binding piece 9 and supply the contact nail to fall into the contact nail constant head tank 14 of location, the shape of contact nail constant head tank 14 tank bottom formation with the laminating of the pin fin terminal surface of contact nail 12, binding piece 9 is connected with binding cylinder 10, binding cylinder 10 is fixed on binding frame 2, the vertical extension of binding piece 9 has two binding support arms 27, two contact nail constant head tank 14 sets up respectively two binding support arms 27 top, two the tank bottom of contact nail constant head tank 14 is provided with second vacuum gas pocket 29, second vacuum gas pocket 29 adsorbs the contact nail that falls into in the constant head tank 14, binding frame 2 is in be provided with dog 28 between two binding support arms 27, dog 28 orientation the both sides of two binding support arms 27 form the cambered surface of nail fin lateral wall profile laminating with the contact nail, when the contact nail 12 is pushed into the binding block 9 by the nail moving pushing head 8, firstly the stop block 28 is used for preliminarily limiting the contact nail 12, then the contact nail 12 falls into the positioning groove 14, the position of the contact nail 12 is determined at the moment, the contact nail 12 is sucked by the second vacuum air hole 29, the binding air cylinder 10 is connected with and drives the binding block 9 to move longitudinally, when the binding air cylinder 10 acts to enable the binding block 9 to drive the contact nail 12 to move upwards, the nail needle of the contact nail 12 is inserted into a preset position on the lamp holder 15 to push out and install the contact nail on the lamp holder 15, and then the second vacuum air hole 29 stops sucking the contact nail 12, so that one binding is completed.
Preferably, two detection light eyes 26 are arranged on the binding rack 2 and used for detecting the passing of the nails 12, and the detection light eyes 26 are arranged between the nail separating pushing head 7 and the nail pushing claws 23.
The above description is only a preferred embodiment of the present invention, and is not intended to limit the design of the present invention, and all equivalent changes made in the design key point of the present invention fall within the protection scope of the present invention.
Claims (9)
1. The utility model provides a bayonet lamp holder dress touches nail mechanism which characterized in that: the nail feeding device comprises a vibration nail feeding disc (1) and a binding rack (2), wherein the vibration nail feeding disc (1) is provided with two nail outlet channels (3), two guide grooves (4) which are respectively butted with the two nail outlet channels (3) extend from the binding rack (2), each guide groove (4) comprises an inlet end (5) and an outlet end (6), a nail separating pushing head (7) and a nail moving pushing head (8) are sequentially arranged on each guide groove (4) along the inlet end (5) to the outlet end (6), and a binding block (9) and a binding cylinder (10) are arranged between the outlet ends (6) of the two guide grooves (4);
the nail separating pushing head (7) is connected with a nail separating cylinder (11) which drives the nail separating pushing head to reciprocate perpendicular to the extending direction of the guide groove (4) so that only one contact nail (12) can pass to the outlet end (6) in each reciprocating process;
the nail moving pushing head (8) is arranged at the outlet end (6), and the nail moving pushing head (8) is connected with a nail moving cylinder (13) so as to push the contact nails into the nail installing block (9);
be equipped with on binding piece (9) and supply the contact nail to fall into contact nail constant head tank (14) of location, binding piece (9) are connected with binding cylinder (10), binding cylinder (10) are connected and are driven binding piece (9) longitudinal motion to release the contact nail and install on the lamp holder.
2. The bayonet lamp fitting contact pin mechanism of claim 1, wherein: the binding rack (2) is communicated with a sliding groove (16) between the outlet ends (6) of the two guide grooves (4), and the contact nails are pushed into the binding block (9) through the sliding groove (16) by the nail moving pushing head (8).
3. The bayonet cap contact pin mechanism of claim 2, wherein: binding frame (2) are provided with and are on a parallel with guide bar (17) of spout (16), guide bar (17) one side transition is formed with middle high both sides low spigot surface (18), two move nail pushing head (8) and be close to one side of binding piece (9) is connected with respectively protects nail piece (19), protect nail piece (19) middle part horizontal pin joint move on nail pushing head (8), it forms respectively to protect nail end (20), drive end (21) to protect nail piece (19) both ends, exit end (6) will contact the nail discharge extremely move nail pushing head (8) with between protecting nail end (20), drive end (21) with spigot surface (18) offset, so that protect nail piece (19) to emit the contact nail gradually at the in-process that moves nail pushing head (8) and move binding piece (9).
4. The bayonet cap contact pin mechanism of claim 2, wherein: the chute (16) is provided with two first vacuum air holes (22) at the two outlet ends (6).
5. The bayonet lamp fitting contact pin mechanism of claim 1, wherein: the guide groove (4) vertically extends from an inlet end (5), an outlet end (6) of the guide groove (4) horizontally extends, and the outlet end (6) and the inlet end (5) are in smooth transition.
6. The bayonet cap contact pin mechanism of claim 5, wherein: divide nail pusher (7) with it pushes away to move and is provided with between nail pusher (8) and pushes away nail claw (23), it is connected with its vertical nail pushing cylinder (24) that stretches into perpendicularly or withdraw from to push away nail claw (23) the guide way (4), vertical nail pushing cylinder (24) are connected with and promote its horizontal nail pushing cylinder (25) that moves along guide way (4) extending direction to push away the contact nail to exit end (6) when pushing away nail claw (23) and stretching into guide way (4).
7. The bayonet cap contact pin mechanism of claim 6, wherein: the nail installing machine frame (2) is provided with two detection light eyes (26) for detecting that contact nails pass through, and the detection light eyes (26) are arranged between the nail separating pushing head (7) and the nail pushing claw (23).
8. The bayonet lamp fitting contact pin mechanism of claim 1, wherein: the vertical extension of binding piece (9) has two binding support arms (27), two contact nail constant head tank (14) sets up respectively two binding support arm (27) top, binding frame (2) are in be provided with dog (28) between two binding support arms (27), dog (28) orientation the both sides of two binding support arms (27) form the cambered surface of laminating with the pin fin lateral wall profile of contact nail.
9. The bayonet lamp fitting contact pin mechanism of claim 1, wherein: and a second vacuum air hole (29) is formed at the bottom of each of the two contact pin positioning grooves (14).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122984658.9U CN216264474U (en) | 2021-11-30 | 2021-11-30 | Bayonet lamp holder contact nail mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122984658.9U CN216264474U (en) | 2021-11-30 | 2021-11-30 | Bayonet lamp holder contact nail mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN216264474U true CN216264474U (en) | 2022-04-12 |
Family
ID=81041952
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202122984658.9U Active CN216264474U (en) | 2021-11-30 | 2021-11-30 | Bayonet lamp holder contact nail mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN216264474U (en) |
-
2021
- 2021-11-30 CN CN202122984658.9U patent/CN216264474U/en active Active
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