CN106334936A - Automatic assembling method of reflector lamp - Google Patents
Automatic assembling method of reflector lamp Download PDFInfo
- Publication number
- CN106334936A CN106334936A CN201610913391.5A CN201610913391A CN106334936A CN 106334936 A CN106334936 A CN 106334936A CN 201610913391 A CN201610913391 A CN 201610913391A CN 106334936 A CN106334936 A CN 106334936A
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- China
- Prior art keywords
- shot
- light body
- light
- assembling mechanism
- lens
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P21/00—Machines for assembling a multiplicity of different parts to compose units, with or without preceding or subsequent working of such parts, e.g. with programme control
- B23P21/004—Machines for assembling a multiplicity of different parts to compose units, with or without preceding or subsequent working of such parts, e.g. with programme control the units passing two or more work-stations whilst being composed
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Automatic Assembly (AREA)
Abstract
The invention discloses an automatic assembling method of a reflector lamp. The automatic assembling method of the reflector lamp comprises the steps that after a reflector lamp body is fixed to a carrier of a conveying device, a PCB, an aluminum molding ring, an aluminum substrate, a rubber ring, a lens and an iron ring are sequentially and automatically assembled, and thus automatic assembling of the reflector lamp is achieved. According to the automatic assembling method of the reflector lamp, traditional manual machining is replaced with automatic machining, and accordingly the automatic assembling method has the advantages that the machining efficiency is high, the precision is high, the product percent of pass is high, and the labor intensity is low.
Description
Technical field
The present invention relates to LED lamp package technique field is and in particular to a kind of automatic assemble method of shot-light.
Background technology
Led shot-light is the shot-light as light source for the application light emitting diode, have that directivity is strong, light ray energy concentration degree is high,
Low power consumption and other advantages, its application is more and more extensive.
Led shot-light is mainly formed by the assembling of lamp main body, pcb plate, aluminium profiles circle, aluminium base, elastic tape, lens and iron ring.Phase
In the technology of pass, the assembling of led shot-light is substantially to be completed by manual, and packaging efficiency is low, precision is low, conforming product rate
Low, high labor intensive and high processing costs.
It is therefore desirable to providing a kind of automatic assemble method of new shot-light to solve above-mentioned technical problem.
Content of the invention
The purpose of the present invention is to overcome above-mentioned technical problem, provides a kind of packaging efficiency height, automatic group of the shot-light of high precision
Dress method.
Technical scheme is as follows:
A kind of automatic assemble method of shot-light, comprises the steps:
Step one, offer have the conveyer device of carrier, start described conveyer device and simultaneously transmit described carrier to correspondence
Assembling station；
Step 2, provide shot-light body installing mechanism and shot-light body, described shot-light body installing mechanism is by described shot-light
Bulk transport installs station to shot-light body, and described shot-light body is attached to described carrier；
Step 3, offer pcb plate assembling mechanism and pcb plate, described pcb plate is delivered to pcb by described pcb plate assembling mechanism
Plate assembles station, and described pcb plate is assembled to described shot-light body；
Step 4, offer aluminium profiles circle assembling mechanism and aluminium profiles circle, described aluminium profiles circle is conveyed by described aluminium profiles circle assembling mechanism
Assemble station to aluminium profiles circle, and described aluminium profiles circle is assembled to described shot-light body；
Step 5, offer aluminium base assembling mechanism and aluminium base, described aluminium base is conveyed by described aluminium base assembling mechanism
Assemble station to aluminium base, and described aluminium base is assembled to compression after described shot-light body；
Step 6, offer screw locking machine structure, described aluminium base is locked in described shot-light originally by described screw locking machine structure
Body；
Step 7, offer elastic tape assembling mechanism and elastic tape, described elastic tape is conveyed by described elastic tape assembling mechanism
Assemble station to elastic tape, and described elastic tape is assembled to described shot-light body；
Step 8, offer lens assembling mechanism and lens, described lens are delivered to lens group by described lens assembling mechanism
Dress station, and described lens are assembled to described shot-light body；
Step 9, offer iron ring assembling mechanism and iron ring, described iron ring is delivered to iron ring group by described iron ring assembling mechanism
Dress station, and described iron ring is assembled to described shot-light body；
Step 10, offer discharging mechanism, described discharging mechanism grips the shot-light being completed to finished product area, described carrier
Shot-light body is delivered to by described conveyer device station is installed, enter next group circulation workflow.
Preferably, described shot-light body installing mechanism include for the shot-light body storing shot-light body shake disk with described
Shot-light body shake disk connection shot-light bulk transport band, be used for described shot-light body located at described shot-light bulk transport strap end portion
Misplace to the shot-light body dislocation cylinder of gripping position, be used for by described shot-light originally above described shot-light body dislocation cylinder
Body grips and is attached to the shot-light body assembly mechanical hand of described carrier.
Preferably, described pcb plate assembling mechanism include for store pcb plate the first rotating disk, for by described first turn
The pcb plate assembly mechanical hand that the described pcb plate of disk shifts and assembles.
Preferably, described aluminium profiles circle assembling mechanism includes aluminium profiles circle conveyer belt, conveys strap end portion located at described aluminium profiles circle
Aluminium profiles circle assembly mechanical hand above aluminium profiles circle dislocation cylinder, the cylinder that misplaces located at described aluminium profiles circle.
Preferably, described aluminium base assembling mechanism include for store aluminium base the second rotating disk, for by described second
Aluminium base assembly mechanical hand and the aluminium base pressure located at described conveyer device side that the described aluminium base of rotating disk shifts and assembles
Close cylinder.
Preferably, described elastic tape assembling mechanism includes shaking disk and described elastic tape for the elastic tape storing elastic tape
The elastic tape that the disk that shakes connects directly shakes, the elastic tape of the end that directly shakes located at described elastic tape dislocation cylinder, wrong located at described elastic tape
Elastic tape assembly mechanical hand above the cylinder of position.
Preferably, described lens assembling mechanism includes lens conveyer belt, conveys the lens mistake of strap end portion located at described lens
Lens assembly mechanical hand above position cylinder, the cylinder that misplaces located at described lens and the lens pressure located at described conveyer device side
Close cylinder.
Preferably, described iron ring assembling mechanism includes being connected for the iron ring the storing iron ring disk and described iron ring disk that shakes that shakes
Iron ring conveyer belt, located at described iron ring convey strap end portion iron ring dislocation cylinder, located at described iron ring dislocation cylinder above
Iron ring assembly mechanical hand and the pressing cylinder of the iron ring located at described conveyer device side.
Preferably, described conveyer device is ringwise.
Compared to correlation technique, the automatic assemble method of shot-light that the present invention provides has the beneficial effects that: described shot-light is automatic
Shot-light body is fixed on after the carrier of described conveyer device by assemble method, successively automatically assembling pcb plate, aluminium profiles circle, aluminium base,
Elastic tape, lens, iron ring, thus realize the automatic assembling of shot-light.The automatic assemble method of shot-light that the present invention provides is using machinery
Automatically processing substitutes traditional manual processing, thus making it have high in machining efficiency, high precision, conforming product rate, hand labor
The advantages of low intensity.
Brief description
For the technical scheme being illustrated more clearly that in the embodiment of the present invention, will make to required in embodiment description below
Accompanying drawing be briefly described it should be apparent that, drawings in the following description are only some embodiments of the present invention, for
For those of ordinary skill in the art, on the premise of not paying creative work, can also be obtained other according to these accompanying drawings
Accompanying drawing, wherein:
The stereochemical structure of the shot-light automatic assembling that the automatic assemble method of shot-light that Fig. 1 provides by the present invention is adopted is illustrated
Figure；
Fig. 2 is the overlooking the structure diagram of shot-light automatic assembling shown in Fig. 1.
Specific embodiment
In order that technical problem solved by the invention, technical scheme and beneficial effect become more apparent, below in conjunction with
Drawings and Examples, the present invention will be described in further detail.It should be appreciated that specific embodiment described herein only in order to
Explain the present invention, be not intended to limit the present invention.
The shot-light being adopted please refer to Fig. 1 and Fig. 2, the automatic assemble method of shot-light that wherein Fig. 1 provides by the present invention
The perspective view of automatic assembling；Fig. 2 is the overlooking the structure diagram of shot-light automatic assembling shown in Fig. 1.Described penetrate
Lamp automatic assembling 100 includes frame 1, conveyer device 2, the shot-light body installing mechanism setting gradually along described conveyer device 2
3rd, pcb plate assembling mechanism 4, aluminium profiles circle assembling mechanism 5, aluminium base assembling mechanism 6, screw locking machine structure 7, elastic tape assembling mechanism 8,
Lens assembling mechanism 9, iron ring assembling mechanism 10 and discharging mechanism (non-label).
Described conveyer device 2 includes conveyer belt 21 and is fixed on the multiple spaced carrier on described conveyer belt 21
22, described conveyer belt 21 ringwise, makes described carrier 22 reusable edible.Described carrier 22 has mounting groove (non-label), uses
In fixing shot-light body (not shown), workpiece in whole assembling process is made not produce displacement.
Described shot-light installing mechanism 3 includes shaking disk 31 and described shot-light body for the shot-light body storing shot-light body
Shot-light bulk transport band 32 that the disk 31 that shakes connects, being used for located at described shot-light bulk transport band 32 end will be wrong for described shot-light body
Position extremely grips the shot-light body dislocation cylinder 33 of position, is used for described shot-light located at described shot-light body dislocation cylinder 33 top
Body grips and is attached to the shot-light body assembly mechanical hand 34 of described carrier 22.
Described shot-light bulk transport band 32 can shake the shot-light body in disk 31 for conveying described shot-light body for directly shaking
To its end.
Misplace that cylinder 33 is located at described shot-light bulk transport band 32 and described shot-light body of described shot-light body shakes disk 31
Relative one end, for misplacing the shot-light body being delivered to described shot-light bulk transport band 32 end to described shot-light body group
The gripping position of dress mechanical hand 34.
Described shot-light body assembly mechanical hand 34 includes the first vertical cylinder 341, located at described first vertical cylinder 341 end
First clamp device (non-label) in portion is connected with described first vertical cylinder 341 and is used for driving described first vertical cylinder
First flat-removing air cyclinder 342 of 341 horizontal movements, is assembled to after described shot-light body assembly mechanical hand 34 crawl shot-light body
Carrier 22 on described conveyer device 2.
Described pcb plate assembling mechanism 4 include for store pcb plate (non-label) the first rotating disk 41, for by described the
The pcb plate assembly mechanical hand 42 that the described pcb plate of one rotating disk 41 shifts and assembles.Described pcb plate assembly mechanical hand 42 is using true
The attached mode of suction, adsorbs the described pcb plate on described first rotating disk 41 and transfers to the top of described carrier 22, and will be described
Pcb plate is assembled to described shot-light body.Described pcb plate assembly mechanical hand 42 is rotatable, and the anglec of rotation is 0-360 degree.
Described aluminium profiles circle assembling mechanism 5 is used for for aluminium profiles circle being assembled to described shot-light body, and it includes aluminium profiles circle conveyer belt
51st, located at described aluminium profiles circle conveyer belt 51 end aluminium profiles circle dislocation cylinder 52, located at described aluminium profiles circle misplace cylinder 52 above
Aluminium profiles circle assembly mechanical hand 53.
Described aluminium profiles circle dislocation cylinder 52 be used for by the aluminium profiles circle being delivered to described aluminium profiles circle conveyer belt 51 end misplace to
The gripping position of described aluminium profiles circle assembly mechanical hand 53.
Described aluminium profiles circle assembly mechanical hand 53 includes the second vertical cylinder 531, located at described second vertical cylinder 531 end
The second clamp device (non-label) be connected with described second vertical cylinder 531 and be used for driving described second vertical cylinder 531
Second flat-removing air cyclinder 532 of horizontal movement, described aluminium profiles circle assembly mechanical hand 53 is assembled to institute after capturing described aluminium profiles circle
State the shot-light body that carrier 22 carries.
Described aluminium base assembling mechanism 6 is used for for aluminium base being assembled to described shot-light body, and it is included for storing aluminium base
Second rotating disk 61 of plate (non-label), the aluminium base for shifting and assembling the described aluminium base of described second rotating disk 61 assemble
Mechanical hand 62 and the pressing cylinder 63 of the aluminium base located at described conveyer device 2 side.In the same manner, described aluminium base assembly mechanical hand 62
By the way of vac sorb, adsorb the described aluminium base on described second rotating disk 61 and transfer to the top of described carrier 22,
And described aluminium base is assembled to described shot-light body.Described aluminium base presses cylinder 63 and pastes the described aluminium base pressing assembling
Tightly.
The quantity of described screw locking machine structure 7 is three, is distributed in described aluminium base assembling mechanism 6 and the assembling of described elastic tape
Between mechanism 8, for described aluminium base is fixedly installed in described shot-light body.Described screw locking machine structure 7 adopts prior art
In automatic locking screw machine.
Described elastic tape assembling mechanism 8 is used for for elastic tape being assembled to shot-light body, and it is included for storing elastic tape (not
Diagram) the elastic tape disk 81 and described elastic tape elastic tape that disk 81 is connected that shakes that shakes directly shake 82, directly shake 82 located at described elastic tape
The elastic tape dislocation cylinder 83 of end, the elastic tape assembly mechanical hand 84 of cylinder 83 top that misplaces located at described elastic tape.
Described elastic tape assembly mechanical hand 84 includes the 3rd vertical cylinder 841, located at described 3rd vertical cylinder 841 end
The 3rd clamp device (non-label) be connected with described 3rd vertical cylinder 841 and be used for driving described 3rd vertical cylinder 841
3rd flat-removing air cyclinder 842 of horizontal movement, described elastic tape assembly mechanical hand 84 is assembled to institute after capturing described aluminium profiles circle
State the shot-light body that carrier 22 carries.
Described lens assembling mechanism 9 is used for for lens being assembled to shot-light body, and it includes lens conveyer belt 91, located at described
The lens dislocation cylinder 92 of lens conveyer belt 91 end, the lens assembly mechanical hand 93 of cylinder 92 top that misplaces located at described lens
And the lens pressing cylinder 94 located at described conveyer device 2 side.Described lens assembly mechanical hand 93 is used for described lens are wrong
The lens that position cylinder 92 dislocation comes grip and are assembled to shot-light body, and described lens press cylinder 94 and are used for the lens after assembling
Pressing is adjacent to.
Described iron ring assembling mechanism 10 is used for for iron ring being assembled to shot-light body, and it includes shaking for the iron ring storing iron ring
The shake iron ring conveyer belt 102 that disk 101 is connected, the iron ring located at described iron ring conveyer belt 102 end of disk 101 and described iron ring is wrong
Position cylinder 103, the iron ring assembly mechanical hand 104 of cylinder 103 top that misplaces located at described iron ring and located at described conveyer device 2 one
The iron ring pressing cylinder 105 of side.
Described iron ring assembly mechanical hand 104 includes the 4th vertical cylinder 1041, located at described 4th vertical cylinder 1041 end
4th clamp device (non-label) in portion is connected with described 4th vertical cylinder 1041 and is used for driving described 4th vertical cylinder
4th flat-removing air cyclinder 1042 of 1041 horizontal movements, described iron ring assembly mechanical hand 104 is assembled to after capturing described iron ring
The shot-light body that described carrier 22 carries.
After completing assembling, the product after assembling is delivered to the corresponding position of described discharging mechanism by described conveyer device 2, by
Mechanical hand grips finished product in described carrier 22, and, to finished product area, described carrier 22 moves to described shot-light originally with described conveyer belt 21
The corresponding position of body installing mechanism 3, starts the assembling of next shot-light product.
The automatic assemble method of shot-light being provided based on the structure of described shot-light automatic assembling 100, the present invention, including following
Step:
Step one, the described conveyer device 2 of startup simultaneously transmit described carrier 22 to corresponding assembling station；
Described shot-light bulk transport to shot-light body is installed station by step 2, described shot-light body installing mechanism 3, and will
Described shot-light body is attached to described carrier 22；
Specifically, described shot-light body stores and shakes in disk 31 to described shot-light body, under vibration force, described shot-light body
Exported by the described shot-light body disk 31 that shakes, and move to its end along described shot-light bulk transport band, light pricker induction apparatuss sense
Described shot-light body dislocation cylinder 33 is sent the signal to, described shot-light body dislocation cylinder 33 is by shot-light after described shot-light body
Body misplaces to the gripping position of described shot-light body assembly mechanical hand 34, by described shot-light body assembly mechanical hand 34 by shot-light
Body grips and is attached in the mounting groove of described carrier 22.
Described pcb plate is delivered to pcb plate assembling station by step 3, described pcb plate assembling mechanism 4, and by described pcb plate
It is assembled to described shot-light body；
Specifically, described first rotating disk 41 rotates, and the pcb storing thereon plate is delivered to described pcb plate assembly mechanical hand
42 gripping position；Described pcb plate assembly mechanical hand 42 rotates so as to position is corresponding with pcb plate, described pcb plate assembly mechanical
The negative pressure of handss 42 is opened, and after vacsorb pcb plate, described pcb plate assembly mechanical hand 42 turns to pcb plate again and assembles station
Above shot-light body, and pcb plate is attached at described shot-light body.
Described aluminium profiles circle is delivered to aluminium profiles circle assembling station by step 4, described aluminium profiles circle assembling mechanism 5, and by described aluminum
Type circle is assembled to described shot-light body；
Specifically, the work of described aluminium profiles circle assembling mechanism 5 is similar to the operation principle of shot-light body installing mechanism 3.
Described aluminium base is delivered to aluminium base assembling station by step 5, described aluminium base assembling mechanism 6, and by described aluminum
Substrate mounting compresses to described shot-light body；
Specifically, described second rotating disk 61 rotates, and the aluminium base storing thereon is delivered to described aluminium base assembly mechanical
The gripping position of handss 62, described aluminium base assembly mechanical hand 62 rotates, and aluminium base described in vac sorb, then aluminium base assembling
Mechanical hand 62 rotates again and assembles above the shot-light body of station to aluminium base, by aluminium base assembling and described shot-light body, institute
State aluminium base pressing cylinder 63 and compress described aluminium base.
Described aluminium base is locked in described shot-light body for step 6, described screw locking machine structure 7；
Described elastic tape is delivered to elastic tape assembling station by step 7, described elastic tape assembling mechanism 8, and by described rubber
Apron is assembled to described shot-light body；
Specifically, the operation principle phase of the operation principle of described elastic tape assembling mechanism 8 and described shot-light installing mechanism 3
Seemingly.
Described lens are delivered to lens assembling station by step 8, described lens assembling mechanism 9, and described lens are assembled
To described shot-light body；
Specifically, the operation principle phase of the operation principle of described lens assembling mechanism 9 and described aluminium profiles circle assembling mechanism 5
Seemingly, difference is, described lens are assembled to after shot-light body, and described lens pressing cylinder 94 compresses described lens.
Described iron ring is delivered to iron ring assembling station by step 9, described iron ring assembling mechanism 10, and by described iron ring group
It is filled to described shot-light body；
Specifically, the operation principle of described iron ring assembling mechanism 10 is similar to the operation principle of described lens assembling mechanism 9.
Step 10, offer discharging mechanism, described discharging mechanism grips the shot-light being completed to finished product area, described carrier
22 are delivered to shot-light body by described conveyer device 2 installs station, enters next group circulation workflow.
Compared to prior art, the automatic assemble method of shot-light that the present invention provides has the beneficial effects that: described shot-light is automatic
Shot-light body installing mechanism 3 that kludge 100 includes setting gradually along conveyer device 2, pcb plate assembling mechanism 4, the assembling of aluminium profiles circle
Mechanism 5, aluminium base assembling mechanism 6, screw locking machine structure 7, elastic tape assembling mechanism 8, lens assembling mechanism 9, iron ring assembling mechanism
10 and discharging mechanism, in the automatic assemble method of shot-light, shot-light body is fixed on after the carrier of described conveyer device 2, successively from
Dynamic assembling pcb plate, aluminium profiles circle, aluminium base, elastic tape, lens, iron ring, thus realize the automatic assembling of shot-light.The present invention provides
Shot-light automatic assembling adopt machine automatization processing to substitute traditional manual processing, thus making it have high in machining efficiency, smart
Degree height, conforming product rate, the low advantage of hand labor intensity.
The foregoing is only embodiments of the invention, not thereby limit the present invention the scope of the claims, every using this
Equivalent structure or equivalent flow conversion that bright description is made, or directly or indirectly it is used in the technology neck of other correlations
Domain, is included within the scope of the present invention.
Claims (9)
1. a kind of automatic assemble method of shot-light is it is characterised in that comprise the steps:
Step one, offer have the conveyer device of carrier, start described conveyer device and simultaneously transmit described carrier to corresponding group
Dress station；
Step 2, provide shot-light body installing mechanism and shot-light body, described shot-light body installing mechanism is by described shot-light body
It is delivered to shot-light body and station is installed, and described shot-light body is attached to described carrier；
Step 3, offer pcb plate assembling mechanism and pcb plate, described pcb plate is delivered to pcb plate group by described pcb plate assembling mechanism
Dress station, and described pcb plate is assembled to described shot-light body；
Step 4, offer aluminium profiles circle assembling mechanism and aluminium profiles circle, described aluminium profiles circle is delivered to aluminum by described aluminium profiles circle assembling mechanism
Type circle assembles station, and described aluminium profiles circle is assembled to described shot-light body；
Step 5, offer aluminium base assembling mechanism and aluminium base, described aluminium base is delivered to aluminum by described aluminium base assembling mechanism
Substrate mounting station, and described aluminium base is assembled to compression after described shot-light body；
Step 6, offer screw locking machine structure, described aluminium base is locked in described shot-light body described screw locking machine structure；
Step 7, offer elastic tape assembling mechanism and elastic tape, described elastic tape is delivered to rubber by described elastic tape assembling mechanism
Apron assembles station, and described elastic tape is assembled to described shot-light body；
Step 8, offer lens assembling mechanism and lens, described lens are delivered to lens assembling work by described lens assembling mechanism
Position, and described lens are assembled to described shot-light body；
Step 9, offer iron ring assembling mechanism and iron ring, described iron ring is delivered to iron ring assembling work by described iron ring assembling mechanism
Position, and described iron ring is assembled to described shot-light body；
Step 10, offer discharging mechanism, described discharging mechanism grips the shot-light being completed to finished product area, and described carrier is by institute
State conveyer device and be delivered to shot-light body installation station, enter next group circulation workflow.
2. the automatic assemble method of shot-light according to claim 1 is it is characterised in that described shot-light body installing mechanism includes
Shot-light body for storing shot-light body shake disk and described shot-light body shake the shot-light bulk transport band that disk is connected, located at institute
State shot-light bulk transport strap end portion for described shot-light body misplaces to the shot-light body dislocation cylinder of gripping position, located at institute
State above shot-light body dislocation cylinder for described shot-light body grips and is attached to the shot-light body kludge of described carrier
Tool handss.
3. the automatic assemble method of shot-light according to claim 1 is it is characterised in that described pcb plate assembling mechanism includes using
The first rotating disk and the pcb plate assembly mechanical for shifting and assembling the described pcb plate of described first rotating disk in storage pcb plate
Handss.
4. the automatic assemble method of shot-light according to claim 1 is it is characterised in that described aluminium profiles circle assembling mechanism includes aluminum
Type circle conveyer belt, located at described aluminium profiles circle convey strap end portion aluminium profiles circle dislocation cylinder and located at described aluminium profiles circle dislocation cylinder on
The aluminium profiles circle assembly mechanical hand of side.
5. the automatic assemble method of shot-light according to claim 1 is it is characterised in that described aluminium base assembling mechanism includes using
The second rotating disk, the aluminium base kludge for shifting and assembling the described aluminium base of described second rotating disk in storage aluminium base
Tool handss and the pressing cylinder of the aluminium base located at described conveyer device side.
6. the automatic assemble method of shot-light according to claim 1 is it is characterised in that described elastic tape assembling mechanism includes using
The elastic tape disk and described elastic tape elastic tape that disk is connected that shakes that shakes in storage elastic tape directly shakes, directly shakes located at described elastic tape
The elastic tape dislocation cylinder of end and the elastic tape assembly mechanical hand above described elastic tape dislocation cylinder.
7. the automatic assemble method of shot-light according to claim 1 is it is characterised in that described lens assembling mechanism includes lens
Lens group above conveyer belt, the lens dislocation cylinder conveying strap end portion located at described lens, the cylinder that misplaces located at described lens
Dress mechanical hand and the pressing cylinder of the lens located at described conveyer device side.
8. the automatic assemble method of shot-light according to claim 1 it is characterised in that described iron ring assembling mechanism include for
Shake disk and described iron ring of the iron ring of storage iron ring shakes the iron ring conveyer belt that disk is connected, the ferrum located at described iron ring conveying strap end portion
Iron ring assembly mechanical hand above circle dislocation cylinder, the cylinder that misplaces located at described iron ring and the ferrum located at described conveyer device side
Circle pressing cylinder.
9. the automatic assemble method of shot-light according to claim 1 it is characterised in that described conveyer device ringwise.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610913391.5A CN106334936B (en) | 2016-10-19 | 2016-10-19 | The automatic assemble method of shot-light |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610913391.5A CN106334936B (en) | 2016-10-19 | 2016-10-19 | The automatic assemble method of shot-light |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106334936A true CN106334936A (en) | 2017-01-18 |
| CN106334936B CN106334936B (en) | 2018-09-21 |
Family
ID=57840276
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610913391.5A Active CN106334936B (en) | 2016-10-19 | 2016-10-19 | The automatic assemble method of shot-light |
Country Status (1)
| Country | Link |
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| CN (1) | CN106334936B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107900673A (en) * | 2017-10-31 | 2018-04-13 | 马鞍山市盛力锁业科技有限公司 | A kind of lock body assembles device |
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|---|---|---|---|---|
| EP0424374B1 (en) * | 1988-06-06 | 1995-05-10 | Riegens A/S | A plant and a method for producing a reflector for a lighting fitting or luminaire, especially a fluorescent lamp or tube or the like |
| JPH05299890A (en) * | 1992-04-22 | 1993-11-12 | Matsushita Electric Ind Co Ltd | Component mounter |
| CN102615504A (en) * | 2012-04-23 | 2012-08-01 | 广州昀昶专用设备制造有限公司 | Automatic detection assembling machine for light-emitting diode (LED) lamp with base |
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| CN107900673A (en) * | 2017-10-31 | 2018-04-13 | 马鞍山市盛力锁业科技有限公司 | A kind of lock body assembles device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN106334936B (en) | 2018-09-21 |
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