CN205057446U - Full -automatic glasses lock pin machine - Google Patents

Full -automatic glasses lock pin machine Download PDF

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Publication number
CN205057446U
CN205057446U CN201520804603.7U CN201520804603U CN205057446U CN 205057446 U CN205057446 U CN 205057446U CN 201520804603 U CN201520804603 U CN 201520804603U CN 205057446 U CN205057446 U CN 205057446U
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CN
China
Prior art keywords
contact pin
plastics
folding
earpiece working
earpiece
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Withdrawn - After Issue
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CN201520804603.7U
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Chinese (zh)
Inventor
郑能健
诸国光
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Pan Jianqing
Zhu Mianmian
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Pan Jianqing
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Priority to CN201520804603.7U priority Critical patent/CN205057446U/en
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Publication of CN205057446U publication Critical patent/CN205057446U/en
Withdrawn - After Issue legal-status Critical Current
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Abstract

The utility model discloses a full -automatic glasses lock pin machine, its technical scheme main points are including revolving stage, earpiece working of plastics conveyor, contact pin device, remove useless device and discharging device, the lower terminal surface of revolving stage is equipped with and orders about the rotatory rotary actuator of circular revolving stage, earpiece working of plastics conveyor, contact pin device and go useless device respectively with first station, second station and the setting of third station one -to -one, earpiece working of plastics conveyor one side is equipped with earpiece working of plastics loading attachment, contact pin device one side is equipped with the contact pin loading attachment who is used for carrying the contact pin to the contact pin device, adopt earpiece working of plastics loading attachment and contact pin loading attachment to realize autoloading, the automatic waste material of getting rid of is realized to a little the unnecessary waste material through going useless device to extrude the earpiece working of plastics because of the contact pin inserts simultaneously, improves production efficiency, also guarantees product quality.

Description

Full-automatic glasses core inserting machine
Technical field
The utility model relates to technical field of mechanical equipment, and more particularly, it relates to a kind of full-automatic glasses core inserting machine.
Background technology
In use further can bend to make the earpiece of spectacle-frame thus extend the service life of spectacle-frame, earpiece is made up of earpiece working of plastics and earpiece contact pin, usually an earpiece contact pin can be inserted by earpiece working of plastics, but a pin machine beaten by existing glasses is automanual, manually earpiece working of plastics and contact pin are placed into machine intimate could realize lock pin action to needs, make production efficiency low, when contact pin inserts in earpiece working of plastics simultaneously, earpiece working of plastics can insert because of contact pin the remaining waste material that reduces a lot extruded, a pin machine waste material beaten by existing glasses needs artificial blade of taking to scratch, make production efficiency low and manual operation easily scratches earpiece working of plastics, affect product quality, also there is potential safety hazard simultaneously.
Utility model content
For the deficiency that prior art exists, the purpose of this utility model is to provide a kind of full-automatic glasses core inserting machine, solves the problem needing artificial loading and artificial removal's waste material, enhances productivity.
For achieving the above object, the utility model provides following technical scheme:
A kind of full-automatic glasses core inserting machine, comprise turntable, earpiece working of plastics conveying device, contact pin apparatus, remove waste-removing device and drawing mechanism, the lower surface of described turntable is provided with the rotating driver ordering about circular rotating platform and rotate, described turntable is provided with the first station, the second station and the 3rd station, described first station, the second station and the 3rd station even circumferential distribute, and described first station, the second station and the 3rd station are equipped with the rotation clamping mould for clamping earpiece working of plastics; Described earpiece working of plastics conveying device, contact pin apparatus and go waste-removing device to arrange with the first station, the second station and the 3rd station one_to_one corresponding respectively; Described earpiece working of plastics conveying device side is provided with earpiece working of plastics feeding device, and described contact pin apparatus side is provided with for the contact pin feeding device to contact pin apparatus conveying contact pin; Described earpiece working of plastics feeding device carries earpiece working of plastics by described earpiece working of plastics conveying device to the rotation clamping mould on turntable; When earpiece working of plastics is positioned at rotation clamping mould, described rotating driver orders about turntable and the rotation clamping mould being clamped with earpiece working of plastics is rotated to contact pin apparatus, and contact pin is inserted by described contact pin apparatus and rotates in earpiece working of plastics that clamping mould holder holds; After contact pin inserts earpiece working of plastics, described rotating driver orders about turntable and this rotation clamping mould is rotated to removing waste-removing device, described in go waste-removing device for removing the waste material on earpiece working of plastics.
The utility model is arranged further: described earpiece working of plastics conveying device comprises the heating container for Heating glasses pin working of plastics, and described heating container is provided with the die cavity suitable with earpiece plastic part shape; Described earpiece working of plastics feeding device comprises earpiece working of plastics container and the earpiece working of plastics material loading passage of built-in vibrating motor, described earpiece working of plastics material loading passage end is connected with the discharge end of earpiece working of plastics container, and the other end is connected with the die cavity of heating container; The side of described heating container is provided with material folding assembly, and described material folding assembly comprises material folding gas pawl and material folding track, and described material folding gas pawl can slide along material folding track, and described material folding gas pawl is provided with the material folding mould for clamping earpiece working of plastics; Described heating container is also provided with the material folding chute be connected with die cavity, and described material folding mould is placed in material folding chute and is built in immediately below die cavity, and described material folding mould stretches out material folding chute by material folding track and is placed on above rotation clamping mould.
The utility model is arranged further: described material folding track comprises Y-axis material folding track and X-axis material folding track, and described Y-axis material folding track setting direction parallels with material folding chute setting direction, described X-axis material folding track and material folding chute setting direction perpendicular.
The utility model is arranged further: described contact pin feeding device comprises contact pin container and the contact pin material loading passage of built-in vibrating motor; Described contact pin material loading passage end is connected with the discharge end of contact pin container, the other end is provided with contact pin arrangement platform, contact pin is sequentially arranged on contact pin arrangement platform, described contact pin arrangement platform side is provided with moves pin push rod, described pin push rod one end of moving is provided with and moves pin cylinder, the contact pin on other end alignment pin arrangement platform.
The utility model is arranged further: described contact pin apparatus comprises for contact pin being delivered to rotation clamping mould place conveying mechanism, described conveying mechanism is provided with contact pin push rod and the heating stylus cage with contact pin putting hole, described contact pin push rod one end is provided with contact pin pushing motor, and the other end is arranged towards heating stylus cage direction; When heating stylus cage moves to contact pin arrangement platform by conveying mechanism, described in move pin cylinder order about move pin push rod move forward promote contact pin enter in putting hole; When the heating stylus cage with contact pin moves to rotation clamping mould by conveying mechanism, described contact pin pushing motor orders about contact pin push rod and moves forward promotion contact pin, inserts in the earpiece working of plastics of rotation clamping mould.
The utility model is arranged further: described conveying mechanism comprises X-axis delivery track, Y-axis delivery track and Z axis delivery track, described Z axis delivery track one end is fixed in frame, the other end extends straight up, described Y-axis delivery track is placed in Z axis delivery track and can moves up and down, described X-axis delivery track is placed in Y-axis delivery track and can moves left and right, described contact pin push rod is positioned on Y-axis delivery track, and described heating stylus cage is positioned on X-axis delivery track.
The utility model is arranged further: described heating stylus cage and rotation clamp between mould and be provided with contact pin position-limit mechanism, described contact pin position-limit mechanism comprises left limit block and right limit block, left limit block and right limit block are equipped with limiting cylinder, the opposite face of described left limit block and right limit block all establishes limited impression, when under limiting cylinder effect, when described left limit block and right limit block fit, the limited impression of described left limit block and right limit block coordinates the spacing hole being formed and wear for contact pin.
The utility model is arranged further: described in remove waste-removing device, comprise erecting bed and be arranged on removing material gas pawl and removing material cylinder on erecting bed, described except expecting that gas pawl is provided with two blades be oppositely arranged, two blades are positioned at and rotate above clamping mould, described except expecting that the blade that cylinder orders about except material gas pawl moves forward and backward above rotation clamping mould.
The utility model is arranged further: described erecting bed is provided with except material track, described except expecting that track extends near clamping mould direction, described except expecting that cylinder can drive blade movable above rotation clamping mould along except the slip of material track.
The utility model is arranged further: each blade is provided with installation briquetting, and described installation briquetting is fixed on except on material gas pawl by key screw blade.
The utility model beneficial effect: earpiece working of plastics and contact pin are placed on respectively in earpiece working of plastics feeding device and contact pin feeding device, described earpiece working of plastics feeding device carries earpiece working of plastics by described earpiece working of plastics conveying device to the rotation clamping mould on turntable, when earpiece working of plastics is positioned at rotation clamping mould, described rotating driver orders about turntable and rotates 120 °, the rotation clamping mould being clamped with earpiece working of plastics is rotated to the second station present position alignment pin device, contact pin feeding device can be delivered on contact pin apparatus contact pin simultaneously, contact pin is inserted by described contact pin apparatus and rotates in earpiece working of plastics that clamping mould holder holds, after contact pin inserts earpiece working of plastics, described rotating driver orders about turntable and rotates 120 ° again, the rotation of this rotation clamping mould is removed waste-removing device to the 3rd station present position aligning, earpiece working of plastics feeding device and contact pin feeding device is adopted to realize self-feeding, simultaneously by removing waste-removing device earpiece working of plastics because contact pin inserts the remaining waste material that reduces a lot extruded, realize automatically removing waste material, enhance productivity, also ensure product quality.
Accompanying drawing explanation
Fig. 1 is the structural representation one of a kind of full-automatic glasses core inserting machine of the utility model;
Fig. 2 is the structural representation two of a kind of full-automatic glasses core inserting machine of the utility model;
Fig. 3 is turntable and the structural representation rotated when clamping die assembly;
Fig. 4 is earpiece working of plastics conveying device and earpiece working of plastics feeding device structural representation when assembling;
Fig. 5 is the structural representation of heating container;
Fig. 6 is the structural representation of contact pin apparatus;
Fig. 7 is the structural representation of contact pin position-limit mechanism;
Fig. 8 is the structural representation of waste-removing device.
Description of reference numerals: 1, turntable; 11, the first station; 12, the second station; 13, the 3rd station; 2, earpiece working of plastics conveying device; 21, heating container; 211, die cavity; 212, material folding chute; 22, material folding assembly; 221, material folding gas pawl; 222, material folding mould; 223, material folding track; 2231, Y-axis material folding track; 2232, X-axis material folding track; 3, contact pin apparatus; 31, conveying mechanism; 311, X-axis delivery track; 312, Y-axis delivery track; 313, Z axis delivery track; 32, heating stylus cage; 321, putting hole; 33, contact pin push rod; 34, contact pin pushing motor; 35, contact pin position-limit mechanism; 351, left limit block; 352, right limit block; 353, limiting cylinder; 4, waste-removing device is removed; 41, erecting bed; 411, except material track; 42, except material gas pawl; 43, except material cylinder; 44, blade; 45, briquetting is installed; 5, clamping mould is rotated; 51, clamping gas pawl is rotated; 52, the left mould of clamping is rotated; 53, the right mould of clamping is rotated; 6, earpiece working of plastics feeding device; 61, earpiece working of plastics container; 62, earpiece working of plastics material loading passage; 7, contact pin feeding device; 71, contact pin container; 72, contact pin material loading passage; 73, contact pin arrangement platform; 74, pin push rod is moved; 75, pin cylinder is moved.
Detailed description of the invention
With reference to accompanying drawing 1 to Fig. 8, a kind of full-automatic glasses core inserting machine of the utility model is described in further details.
A kind of full-automatic glasses core inserting machine, comprise turntable 1, earpiece working of plastics conveying device 2, contact pin apparatus 3, remove waste-removing device 4 and drawing mechanism, the lower surface of described turntable 1 is provided with the rotating driver ordering about circular rotating platform 1 and rotate, described turntable 1 is provided with the first station 11, second station 12 and the 3rd station 13, described first station 11, second station 12 and the distribution of the 3rd station 13 even circumferential, described first station 11, second station 12 and the 3rd station 13 are equipped with the rotation clamping mould 5 for clamping earpiece working of plastics, the wherein said clamping mould 5 that rotates comprises rotating clamping gas pawl 51 and being arranged on the rotation rotated on clamping gas pawl 51 and clamps left mould 52 and rotate the right mould 53 of clamping, described rotation clamping gas pawl 51 orders about the left mould of clamping and the right mould of clamping opens or closes, be convenient to rotate clamping mould 5 and clamp earpiece working of plastics.
Described earpiece working of plastics conveying device 2, contact pin apparatus 3 and go waste-removing device 4 to arrange with the first station 11, second station 12 and the 3rd station 13 one_to_one corresponding respectively; Described earpiece working of plastics conveying device 2 side is provided with earpiece working of plastics feeding device 6, and described contact pin apparatus 3 side is provided with the contact pin feeding device 7 for carrying contact pin to contact pin apparatus 3; Described earpiece working of plastics feeding device 6 carries earpiece working of plastics by described earpiece working of plastics conveying device 2 to the rotation clamping mould 5 on turntable 1; When earpiece working of plastics is positioned at rotation clamping mould 5, described rotating driver orders about turntable 1 and the rotation clamping mould 5 being clamped with earpiece working of plastics is rotated to contact pin apparatus 3, and contact pin is inserted by described contact pin apparatus 3 and rotates in earpiece working of plastics that clamping mould 5 clamps; After contact pin inserts earpiece working of plastics, described rotating driver orders about turntable 1 and this rotation clamping mould 5 is rotated to removing waste-removing device 4, described in go waste-removing device 4 for removing the waste material on earpiece working of plastics.
Described earpiece working of plastics conveying device 2 comprises the heating container 21 for Heating glasses pin working of plastics, and described heating container 21 is provided with the die cavity 211 suitable with earpiece plastic part shape; Described earpiece working of plastics feeding device 6 comprises earpiece working of plastics container 61 and the earpiece working of plastics material loading passage 62 of built-in vibrating motor, described earpiece working of plastics material loading passage 62 one end is connected with the discharge end of earpiece working of plastics container 61, and the other end is connected with the die cavity 211 of heating container 21; The side of described heating container 21 is provided with material folding assembly 22, described material folding assembly 22 comprises material folding gas pawl 221 and material folding track 223, described material folding gas pawl 221 can slide along material folding track 223, and described material folding gas pawl 221 is provided with the material folding mould 222 for clamping earpiece working of plastics; Described heating container 21 is also provided with the material folding chute 212 be connected with die cavity 211, described material folding mould 222 is placed in material folding chute 212 and is built in immediately below die cavity 211, and described material folding mould 222 stretches out material folding chute 212 by material folding track 223 and is placed on above rotation clamping mould 5.
Described material folding track 223 comprises Y-axis material folding track 2231 and X-axis material folding track 2232, and described Y-axis material folding track 2231 setting direction parallels with material folding chute 212 setting direction, and described X-axis material folding track 2232 is perpendicular with material folding chute 212 setting direction.
Described contact pin feeding device 7 comprises contact pin container 71 and the contact pin material loading passage 72 of built-in vibrating motor; Described contact pin material loading passage 72 one end is connected with the discharge end of contact pin container 71, the other end is provided with contact pin arrangement platform 73, contact pin is sequentially arranged on contact pin arrangement platform 73, described contact pin arrangement platform 73 side is provided with moves pin push rod 74, described pin push rod 74 one end of moving is provided with and moves pin cylinder 75, the contact pin on other end alignment pin arrangement platform 73.
Described contact pin apparatus 3 comprises for contact pin being delivered to rotation clamping mould 5 place conveying mechanism 31, described conveying mechanism 31 is provided with contact pin push rod 33 and the heating stylus cage 32 with contact pin putting hole 321, described contact pin push rod 33 one end is provided with contact pin pushing motor 34, and the other end is arranged towards heating stylus cage 32 direction; When heating stylus cage 32 moves to contact pin arrangement platform 73 by conveying mechanism 31, described in move pin cylinder 75 order about move pin push rod 74 move forward promote contact pin enter in putting hole 321; When the heating stylus cage 32 with contact pin moves to rotation clamping mould 5 by conveying mechanism 31, described contact pin pushing motor 34 orders about contact pin push rod 33 and moves forward promotion contact pin, inserts in the earpiece working of plastics of rotation clamping mould 5.
Described conveying mechanism 31 comprises X-axis delivery track 311, Y-axis delivery track 312 and Z axis delivery track 313, described Z axis delivery track 313 one end is fixed in frame, the other end extends straight up, described Y-axis delivery track 312 is placed in Z axis delivery track 313 and can moves up and down, described X-axis delivery track 311 is placed in Y-axis delivery track 312 and can moves left and right, described contact pin push rod 33 is positioned on Y-axis delivery track 312, and described heating stylus cage 32 is positioned on X-axis delivery track 311.
Described heating stylus cage 32 and rotation clamp between mould 5 and are provided with contact pin position-limit mechanism 35, described contact pin position-limit mechanism 35 comprises left limit block 351 and right limit block 352, left limit block 351 and right limit block 352 are equipped with limiting cylinder 353, the opposite face of described left limit block 351 and right limit block 352 all establishes limited impression, under acting at limiting cylinder 353, when described left limit block 351 and right limit block 352 fit, the limited impression of described left limit block 351 and right limit block 352 coordinates the spacing hole being formed and wear for contact pin.
Described go waste-removing device 4 to comprise erecting bed 41 and be arranged on erecting bed 41 except material gas pawl 42 and except material cylinder 43, described except expecting that gas pawl 42 is provided with two blades be oppositely arranged 44, two blades 44 are positioned at and rotate above clamping mould 5, described except expecting that the blade 44 that cylinder 43 orders about except material gas pawl 42 moves forward and backward above rotation clamping mould 5.
Described erecting bed 41 is provided with except expecting track 411, and the described material track 411 that removes is near the extension of clamping mould direction, along removing, the described material cylinder 43 that removes can expect that track 411 slip band cutting blade 44 is movable above rotation clamping mould 5.
Each blade 44 is provided with installs briquetting 45, and described installation briquetting 45 is fixed on except on material gas pawl 42 by key screw blade 44, can stablize and firmly blade 44 is fixed on except on material gas pawl 42, also be convenient to dismounting and the assembling of blade 44 simultaneously.
Described drawing mechanism comprises discharging swivel mount, described discharging swivel mount is provided with fluctuating orbit, suction assembly is slidably connected at fluctuating orbit, described suction assembly comprises suction support and is positioned at several suction nozzles on suction support, the suction inlet of suction nozzle aims at earpiece, and the other end connects tracheae, after earpiece completes useless operation, suction nozzle will be drawn earpiece and be rotated on the workpiece cassette of discharging place by discharging swivel mount, completes discharging action.
Operation principle: earpiece working of plastics and contact pin are placed on respectively in earpiece working of plastics feeding device 6 and contact pin feeding device 7, earpiece working of plastics feeding device 6 built-in vibrating motor vibration make earpiece working of plastics output in the die cavity 211 of heating container 21 along earpiece working of plastics material loading passage 62 ordered arrangement, a nethermost earpiece working of plastics can fall in the material folding mould 222 in material folding chute 212, material folding gas pawl 221 drives material folding mould 222 to clamp earpiece working of plastics, described material folding mould 222 stretches out material folding chute 212 by material folding track 223 and is placed on above rotation clamping mould 5, then material folding gas pawl 221 unclamps, earpiece working of plastics is fallen into and is rotated in clamping mould 5, material folding track 223 drives material folding gas pawl 221 and material folding mould 222 to turn back to the next earpiece working of plastics to be conveyed such as original position, realize automatic transport earpiece working of plastics, do not need earpiece working of plastics of manually taking, enhance productivity, when earpiece working of plastics is positioned at rotation clamping mould 5, described rotating driver orders about turntable 1 and rotates 120 °, the rotation clamping mould 5 being clamped with earpiece working of plastics is rotated to the second station 12 present position alignment pin device 3, waits for contact pin,
While the conveying of earpiece working of plastics, the built-in vibrating motor vibration of contact pin feeding device 7 makes contact pin output on contact pin arrangement platform 73 along contact pin material loading passage 72 ordered arrangement and once heat contact pin, heating stylus cage 32 is moved by conveying mechanism 31 and is placed in contact pin arrangement platform 73 place, the described telescopic shaft moving pin cylinder 75 stretch out drive above move the pin that pin push rod 74 promotes foremost, pin is entered in heating stylus cage 32 and carries out post bake, move pin push rod 74 and get back to original position, described heating stylus cage 32 is moved to by conveying mechanism 31 and rotates clamping mould 5 place wait contact pin, then contact pin push rod 33 enters in heating stylus cage 32 by contact pin pushing motor 34, pin is released, pin from heating stylus cage 32 out after, through contact pin position-limit mechanism 35, inject accurately in the earpiece working of plastics rotating and clamp in mould 5, when after pin starts to enter earpiece working of plastics and contact pin push rod 33 does not also encounter contact pin position-limit mechanism 35 time, the limiting cylinder 353 on contact pin position-limit mechanism 35 both sides drives left limit block 351 and right limit block 352 separately, make contact pin push rod 33 by promoting pin further until insert earpiece working of plastics completely, contact pin push rod 33 gets back to original position, left limit block 351 and the right limit block 352 of contact pin position-limit mechanism 35 get back to original position, heating stylus cage 32 moves to contact pin arrangement platform 73 place, treat next root pin, achieve and do not need manually to take pin just can complete contact pin action,
After contact pin inserts earpiece working of plastics, described rotating driver orders about turntable 1 and rotates 120 ° again, this rotation clamping mould 5 rotate to the 3rd station 13 present position aim at remove waste-removing device 4, describedly order about after two blades 44 open except material gas pawl 42, describedly order about except material gas pawl 42 moves forward drive two blades 44 and is placed near rotating clamping mould 5 direction and rotates directly over clamping mould 5 except material cylinder 43, now close except material gas pawl 42 orders about two blades 44, except material cylinder 43 moves backward away from rotation clamping mould 5 direction, the metallic member edge that blade 44 protrudes along pin in earpiece working of plastics is moved, the earpiece working of plastics waste material extruded because of contact pin is scratched, realize automatically removing waste material, and complete discharging action by suction nozzle.
The above is only preferred embodiment of the present utility model, protection domain of the present utility model be not only confined to above-described embodiment, and all technical schemes belonged under the utility model thinking all belong to protection domain of the present utility model.It should be pointed out that for those skilled in the art, do not departing from the some improvements and modifications under the utility model principle prerequisite, these improvements and modifications also should be considered as protection domain of the present utility model.

Claims (10)

1. a full-automatic glasses core inserting machine, is characterized in that: comprise turntable, earpiece working of plastics conveying device, contact pin apparatus, remove waste-removing device and drawing mechanism, and the lower surface of described turntable is provided with the rotating driver ordering about circular rotating platform and rotate,
Described turntable is provided with the first station, the second station and the 3rd station, described first station, the second station and the 3rd station even circumferential distribute, and described first station, the second station and the 3rd station are equipped with the rotation clamping mould for clamping earpiece working of plastics;
Described earpiece working of plastics conveying device, contact pin apparatus and go waste-removing device to arrange with the first station, the second station and the 3rd station one_to_one corresponding respectively;
Described earpiece working of plastics conveying device side is provided with earpiece working of plastics feeding device, and described contact pin apparatus side is provided with for the contact pin feeding device to contact pin apparatus conveying contact pin;
Described earpiece working of plastics feeding device carries earpiece working of plastics by described earpiece working of plastics conveying device to the rotation clamping mould on turntable; When earpiece working of plastics is positioned at rotation clamping mould, described rotating driver orders about turntable and the rotation clamping mould being clamped with earpiece working of plastics is rotated to contact pin apparatus, and contact pin is inserted by described contact pin apparatus and rotates in earpiece working of plastics that clamping mould holder holds; After contact pin inserts earpiece working of plastics, described rotating driver orders about turntable and this rotation clamping mould is rotated to removing waste-removing device, described in go waste-removing device for removing the waste material on earpiece working of plastics.
2. full-automatic glasses core inserting machine according to claim 1, is characterized in that: described earpiece working of plastics conveying device comprises the heating container for Heating glasses pin working of plastics, and described heating container is provided with the die cavity suitable with earpiece plastic part shape; Described earpiece working of plastics feeding device comprises earpiece working of plastics container and the earpiece working of plastics material loading passage of built-in vibrating motor, described earpiece working of plastics material loading passage end is connected with the discharge end of earpiece working of plastics container, and the other end is connected with the die cavity of heating container; The side of described heating container is provided with material folding assembly, and described material folding assembly comprises material folding gas pawl and material folding track, and described material folding gas pawl can slide along material folding track, and described material folding gas pawl is provided with the material folding mould for clamping earpiece working of plastics;
Described heating container is also provided with the material folding chute be connected with die cavity, and described material folding mould is placed in material folding chute and is built in immediately below die cavity, and described material folding mould stretches out material folding chute by material folding track and is placed on above rotation clamping mould.
3. full-automatic glasses core inserting machine according to claim 2, it is characterized in that: described material folding track comprises Y-axis material folding track and X-axis material folding track, described Y-axis material folding track setting direction parallels with material folding chute setting direction, described X-axis material folding track and material folding chute setting direction perpendicular.
4. full-automatic glasses core inserting machine according to claim 1, is characterized in that: described contact pin feeding device comprises contact pin container and the contact pin material loading passage of built-in vibrating motor;
Described contact pin material loading passage end is connected with the discharge end of contact pin container, the other end is provided with contact pin arrangement platform, contact pin is sequentially arranged on contact pin arrangement platform, described contact pin arrangement platform side is provided with moves pin push rod, described pin push rod one end of moving is provided with and moves pin cylinder, the contact pin on other end alignment pin arrangement platform.
5. full-automatic glasses core inserting machine according to claim 4, it is characterized in that: described contact pin apparatus comprises for contact pin being delivered to rotation clamping mould place conveying mechanism, described conveying mechanism is provided with contact pin push rod and the heating stylus cage with contact pin putting hole, described contact pin push rod one end is provided with contact pin pushing motor, and the other end is arranged towards heating stylus cage direction;
When heating stylus cage moves to contact pin arrangement platform by conveying mechanism, described in move pin cylinder order about move pin push rod move forward promote contact pin enter in putting hole;
When the heating stylus cage with contact pin moves to rotation clamping mould by conveying mechanism, described contact pin pushing motor orders about contact pin push rod and moves forward promotion contact pin, inserts in the earpiece working of plastics of rotation clamping mould.
6. full-automatic glasses core inserting machine according to claim 5, it is characterized in that: described conveying mechanism comprises X-axis delivery track, Y-axis delivery track and Z axis delivery track, described Z axis delivery track one end is fixed in frame, the other end extends straight up, described Y-axis delivery track is placed in Z axis delivery track and can moves up and down, described X-axis delivery track is placed in Y-axis delivery track and can moves left and right, and described contact pin push rod is positioned on Y-axis delivery track, and described heating stylus cage is positioned on X-axis delivery track.
7. full-automatic glasses core inserting machine according to claim 6, it is characterized in that: described heating stylus cage and rotation clamp between mould and be provided with contact pin position-limit mechanism, described contact pin position-limit mechanism comprises left limit block and right limit block, left limit block and right limit block are equipped with limiting cylinder, the opposite face of described left limit block and right limit block all establishes limited impression, when under limiting cylinder effect, when described left limit block and right limit block fit, the limited impression of described left limit block and right limit block coordinates the spacing hole being formed and wear for contact pin.
8. full-automatic glasses core inserting machine according to claim 1, it is characterized in that: described in remove waste-removing device, comprise erecting bed and be arranged on removing material gas pawl and removing material cylinder on erecting bed, described except expecting that gas pawl is provided with two blades be oppositely arranged, two blades are positioned at and rotate above clamping mould, described except expecting that the blade that cylinder orders about except material gas pawl moves forward and backward above rotation clamping mould.
9. full-automatic glasses core inserting machine according to claim 8, it is characterized in that: described erecting bed is provided with except material track, described except expecting that track extends near clamping mould direction, described except expecting that cylinder can drive blade movable above rotation clamping mould along except the slip of material track.
10. full-automatic glasses core inserting machine according to claim 8 or claim 9, is characterized in that: each blade is provided with installation briquetting, and described installation briquetting is fixed on except on material gas pawl by key screw blade.
CN201520804603.7U 2015-10-13 2015-10-13 Full -automatic glasses lock pin machine Withdrawn - After Issue CN205057446U (en)

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Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105328433A (en) * 2015-10-13 2016-02-17 诸国光 Full-automatic spectacle core insertion machine
CN107052785A (en) * 2017-01-09 2017-08-18 杏晖光学(厦门)有限公司 A kind of automatic setup system of safety glasses
CN108356516A (en) * 2018-02-02 2018-08-03 温州智信机电科技有限公司 Shape memory alloy glasses leg card group center and technique
CN108356494A (en) * 2018-02-02 2018-08-03 温州智信机电科技有限公司 Shape memory alloy glasses leg kludge
CN108655678A (en) * 2018-03-30 2018-10-16 昆山三多乐电子有限公司 The automatic press-in device of seal washer
CN108890262A (en) * 2018-07-17 2018-11-27 厦门淳诚工贸有限公司 A kind of eyeglasses leg cover core inserting machine

Cited By (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105328433A (en) * 2015-10-13 2016-02-17 诸国光 Full-automatic spectacle core insertion machine
CN107052785A (en) * 2017-01-09 2017-08-18 杏晖光学(厦门)有限公司 A kind of automatic setup system of safety glasses
CN107052785B (en) * 2017-01-09 2019-04-30 杏晖光学(厦门)有限公司 A kind of automatic setup system of safety glasses
CN108356516A (en) * 2018-02-02 2018-08-03 温州智信机电科技有限公司 Shape memory alloy glasses leg card group center and technique
CN108356494A (en) * 2018-02-02 2018-08-03 温州智信机电科技有限公司 Shape memory alloy glasses leg kludge
CN108356516B (en) * 2018-02-02 2019-12-17 沈祥明 shape memory alloy glasses leg clamping set center and process
CN108655678A (en) * 2018-03-30 2018-10-16 昆山三多乐电子有限公司 The automatic press-in device of seal washer
CN108890262A (en) * 2018-07-17 2018-11-27 厦门淳诚工贸有限公司 A kind of eyeglasses leg cover core inserting machine

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