CN205751950U - A kind of ganged switch production line - Google Patents
A kind of ganged switch production line Download PDFInfo
- Publication number
- CN205751950U CN205751950U CN201620685994.XU CN201620685994U CN205751950U CN 205751950 U CN205751950 U CN 205751950U CN 201620685994 U CN201620685994 U CN 201620685994U CN 205751950 U CN205751950 U CN 205751950U
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- China
- Prior art keywords
- gland
- feeding
- feeding belt
- station
- tonic
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Abstract
This utility model relates to a kind of switches set assembling production lines, is specifically related to a kind of ganged switch production line, pedestal assembling device is provided with the first feeding belt, and the first feeding belt is sequentially provided with: pedestal feeding station, fin feeding station；Gland assembling device is provided with the second feeding belt, and the second feeding belt is sequentially provided with: gland feeding station, gland expelling the toxic substance from the body with tonic feeding station, spring feeding station, upset gland station；Detection device connects the 3rd feeding belt；First feeding belt is disposed adjacent with upset gland station, and one end of the 3rd feeding belt is connected with the first feeding belt, and the other end of the 3rd feeding belt connects discharging opening.The beneficial effects of the utility model: control mechanical mechanism by various induction apparatuss and complete gland assembling, it is ensured that the integrity degree of bulb in gland expelling the toxic substance from the body with tonic, improve product yield；By arranging pedestal assembling device, gland assembling device and detection device, it is achieved that the automated production of ganged switch, improve working (machining) efficiency, it is ensured that crudy.
Description
Technical field
This utility model relates to a kind of switches set assembling production lines, is specifically related to a kind of ganged switch production line.
Background technology
Along with becoming increasingly abundant of switch industry, the manufacture of switch also becomes more and more important.Generally, the assembling of switch produces and uses stream
The mode of production of waterline, its technological process length, operation content are loaded down with trivial details, and parts and related accessories that needs are used are many, and
And the work station structure of implementing each operation is relative complex, whole production line floor space is big, and operator's labor intensity is big, produce
Rate is the highest.
In prior art, the assembling of part is manually to complete mostly, this assembles ganged switch manually
Method not only time-consuming, effort installation effectiveness is the highest, and is provided with bulb in switching the expelling the toxic substance from the body with tonic of gland, manually installed be easily damaged
Bulb, has a strong impact on product yield.
In sum, how to be effectively improved installation effectiveness, cost-effective, improve product quality realize ganged switch automatization
Streamline is current those skilled in the art's urgent problem.
Summary of the invention
A kind of ganged switch production line, including pedestal assembling device, gland assembling device and detection device；Pedestal assembles
Device is provided with the first feeding belt, and the first feeding belt is sequentially provided with by pedestal successively assembling procedure: on pedestal feeding station, fin
Material station；Gland assembling device is provided with the second feeding belt, and the second feeding belt is sequentially provided with by gland successively assembling procedure: gland
Feeding station, gland expelling the toxic substance from the body with tonic feeding station, spring feeding station, upset gland station；Detection device connects the 3rd feeding belt；
First feeding belt is disposed adjacent with upset gland station, and one end of the 3rd feeding belt is connected with the first feeding belt, and the 3rd send
The other end of material strip connects discharging opening.
Preferably, pedestal feeding station is provided with seat vibration dish, and seat vibration dish connects straight line feeder,
Straight line feeder is communicated with base stand location body, and base stand location body one end communicates with the first feeding belt, this base stand location body and first
The other end that feeding belt is relative is provided with servo cylinder, is provided with fiber sensor in base stand location body；Seat vibration dish is by straight
Pedestal is sent in base stand location body by line feed appliance, after fiber sensor senses switch base, servo cylinder by pedestal from base
Push in the first feeding belt in seat positioning body.
Preferably, fin feeding station is provided with fin vibrating disk, and fin vibrating disk connects straight line feeder,
Straight line feeder is communicated with fin positioning body, and fin positioning body is provided with fiber sensor, and this fin positioning body is provided above
Mechanical hand；Fin is sent into fin positioning body position by straight line feeder by fin vibrating disk, and fiber sensor senses out
After closing fin, the switch fin in fin positioning body is captured and is pressed in the pedestal on the first feeding belt by mechanical hand.
Preferably, gland feeding station is provided with gland vibrating disk, and gland vibrating disk connects straight line feeder,
Straight line feeder and the second feeding belt communicate；Gland is sent in the second feeding belt by gland vibrating disk by straight line feeder.
Preferably, gland expelling the toxic substance from the body with tonic feeding station is provided with gland expelling the toxic substance from the body with tonic vibrating disk, and gland expelling the toxic substance from the body with tonic vibrating disk connects
Having straight line feeder, straight line feeder connects has expelling the toxic substance from the body with tonic positioning body, expelling the toxic substance from the body with tonic positioning body to be provided above mechanical hand, and this expelling the toxic substance from the body with tonic positions
Body is provided with fiber sensor；Gland expelling the toxic substance from the body with tonic vibrating disk is sent in expelling the toxic substance from the body with tonic positioning body by straight line feeder, in expelling the toxic substance from the body with tonic positioning body
Fiber sensor sense gland expelling the toxic substance from the body with tonic after, mechanical hand by gland expelling the toxic substance from the body with tonic capture be pressed in the gland on the second feeding belt.
Preferably, spring feeding station is provided with spring vibration Moving plate, and spring vibration Moving plate connects spring location dress
Part, the upper surface of spring location assembly connects servo cylinder, and this spring location assembly is arranged on the second feeding belt
Side, the second assembly position, feeding belt correspondence spring location is provided with fiber sensor；Spring is sent into bullet by spring vibration Moving plate
In the assembly of spring location, after the fiber sensor at spring feeding station senses the gland on the second feeding belt, spring positions
Spring is positioned in the spring press-in gland in assembly by assembly by servo cylinder.
Preferably, the corresponding second feeding belt position of upset gland station is provided with fiber sensor and setting
Mechanical hand above fiber sensor, upset gland station is provided with upset gland positioning body, overturns gland positioning body one end
It is disposed with rotary cylinder and servo cylinder, the other end that this upset gland positioning body is relative with servo cylinder according to operation
Communicating and be provided with gland location assembly, gland location assembly is provided with fiber sensor, and fiber sensor is provided above
Mechanical hand；After fiber sensor at upset gland station senses gland, gland is captured and puts into upset gland by mechanical hand
Gland is overturn by positioning body position by rotary cylinder, and then the gland after upset is pushed gland location by servo cylinder
In assembly, after the fiber sensor of assembly position, gland location senses gland, gland is captured and is pressed into by mechanical hand
In pedestal on the first feeding belt.
Preferably, detection device is provided with switch detection conducting device and defective work withdrawing device；Switch
Detection conducting device is arranged at the lower section of the 3rd feeding belt, and this switch detection conducting device is provided with fiber sensor；Defective
Article taking-out apparatus is made up of mechanical hand and defective finished product placing box；Fiber sensor at switch detection conducting device senses
After the switch assembled, switch is detected, qualified products along the 3rd feeding belt from discharge hole for discharge；Mechanical hand is by the 3rd
Defective finished product on feeding belt captures and puts into defective finished product placing box.
Preferably, the first feeding belt and the second feeding belt are provided with correlation Fibre Optical Sensor, correlation light
Whether the assembly parts on the first feeding belt and the second feeding belt are existed by fiber sensor is detected.
The beneficial effects of the utility model are:
The first, by arranging gland feeding station, gland expelling the toxic substance from the body with tonic feeding station, spring feeding work in gland assembling device
Position, upset gland station, control mechanical mechanism by various induction apparatuss and complete gland assembling, it is ensured that bulb in gland expelling the toxic substance from the body with tonic
Integrity degree, improves product yield；
The second, by arrange pedestal assembling device, gland assembling device and detection device, it is achieved that ganged switch from
Dynamic metaplasia is produced, and improves working (machining) efficiency, it is ensured that crudy.
Accompanying drawing explanation
Fig. 1 is production line schematic diagram of the present utility model.
In figure: the first feeding belt 1, seat vibration dish 11, base stand location body 12, fin vibrating disk 13, fin positioning body 14,
Second feeding belt 2, gland vibrating disk 21, gland expelling the toxic substance from the body with tonic vibrating disk 22, expelling the toxic substance from the body with tonic positioning body 23, spring vibration Moving plate 24, spring position
Assembly 25, upset gland positioning body 26, rotary cylinder 27, gland position assembly the 28, the 3rd feeding belt 3, discharging opening 31, open
Close detection conducting device 32, defective finished product placing box 33, straight line feeder 4, fiber sensor 5, mechanical hand 6, servo cylinder
7。
Detailed description of the invention
With embodiment, the technical solution of the utility model is illustrated below in conjunction with the accompanying drawings.
With reference to shown in Fig. 1:
A kind of ganged switch production line, including pedestal assembling device, gland assembling device and detection device；Pedestal assembles
Device is provided with the first feeding belt 1, and the first feeding belt 1 is sequentially provided with by pedestal successively assembling procedure: pedestal feeding station, fin
Feeding station；Gland assembling device is provided with the second feeding belt 2, and the second feeding belt 2 is sequentially provided with by gland successively assembling procedure:
Gland feeding station, gland expelling the toxic substance from the body with tonic feeding station, spring feeding station, upset gland station；Detection device connects has the 3rd to send
Material strip 3；First feeding belt 1 is disposed adjacent with upset gland station, and one end of the 3rd feeding belt 3 is connected with the first feeding belt 1,
The other end of the 3rd feeding belt 3 connects discharging opening 31.
Pedestal feeding station is provided with seat vibration dish 11, and seat vibration dish 11 connects straight line feeder 4, linear feeding
Device 4 is communicated with base stand location body 12, and base stand location body 12 one end communicates with the first feeding belt 1, this base stand location body 12 and first
The other end that feeding belt 1 is relative is provided with servo cylinder 7, is provided with fiber sensor 5 in base stand location body 12.
Fin feeding station is provided with fin vibrating disk 13, and fin vibrating disk 13 connects straight line feeder 4, linear feeding
Device 4 is communicated with fin positioning body 14, and fin positioning body 14 is provided with fiber sensor 5, and this fin positioning body 14 is provided above
Mechanical hand 6.
Gland feeding station is provided with gland vibrating disk 21, and gland vibrating disk 21 connects straight line feeder 4, linear feeding
Device 4 communicates with the second feeding belt 2.
Gland expelling the toxic substance from the body with tonic feeding station is provided with gland expelling the toxic substance from the body with tonic vibrating disk 22, and gland expelling the toxic substance from the body with tonic vibrating disk 22 connects linear feeding
Device 4, straight line feeder 4 connects has expelling the toxic substance from the body with tonic positioning body 23, expelling the toxic substance from the body with tonic positioning body 23 to be provided above mechanical hand 6, this expelling the toxic substance from the body with tonic positioning body
23 are provided with fiber sensor 5.
Spring feeding station is provided with spring vibration Moving plate 24, and spring vibration Moving plate 24 connects has spring to position assembly 25, bullet
The upper surface of spring location assembly 25 connects servo cylinder 7, and this spring location assembly 25 is arranged on the second feeding belt 2
Side, assembly 25 position, the second feeding belt 2 corresponding spring location is provided with fiber sensor 5.
Corresponding second feeding belt 2 position of upset gland station is provided with fiber sensor 5 and is arranged at optical fiber sensing
Mechanical hand 6 above device 5, upset gland station be provided with upset gland positioning body 26, upset gland positioning body 26 one end according to
Operation is disposed with rotary cylinder 27 and servo cylinder 7, another relative with servo cylinder 7 of this upset gland positioning body 26
End communicates and is provided with gland location assembly 28, and gland location assembly 28 is provided with fiber sensor 5, on fiber sensor 5
Side is provided with mechanical hand 6.
Detection device is provided with switch detection conducting device 32 and defective work withdrawing device；Switch detection conducting device
32 lower sections being arranged at the 3rd feeding belt 3, this switch detection conducting device 32 is provided with fiber sensor 5；Defective work takes out
Device is made up of mechanical hand 6 and defective finished product placing box 33.
First feeding belt 1 and the second feeding belt 2 are provided with correlation Fibre Optical Sensor.
This utility model course of processing is as follows:
First feeding belt the 1, second feeding belt 2 and the 3rd feeding belt 3 are batch (-type) feeding；First feeding belt 1 and
Two feeding belts 2 are provided with correlation Fibre Optical Sensor, for the assembly parts on the first feeding belt 1 and the second feeding belt 2 being
No existence detects, with the equipment gouging abrasion avoiding room to cause.
The processing mode of pedestal feeding station is: pedestal is sent into pedestal by straight line feeder 4 and determined by seat vibration dish 11
In the body 12 of position, after fiber sensor 5 senses switch base, pedestal is pushed first in base stand location body 12 by servo cylinder 7
In feeding belt 1.
The processing mode of fin feeding station is: fin is sent into fin by straight line feeder 4 and determined by fin vibrating disk 13
Body 14 position, position, after fiber sensor 5 senses switch fin, the switch fin in fin positioning body 14 is grabbed by mechanical hand 6
Take and be pressed in the pedestal on the first feeding belt 1.
The processing mode of gland feeding station is: gland feeding second is sent by gland vibrating disk 21 by straight line feeder 4
In material strip 2.
The processing mode of gland expelling the toxic substance from the body with tonic feeding station is: gland expelling the toxic substance from the body with tonic vibrating disk 22 sends into expelling the toxic substance from the body with tonic by straight line feeder 4
In positioning body 23, after the fiber sensor 5 in expelling the toxic substance from the body with tonic positioning body 23 senses gland expelling the toxic substance from the body with tonic, gland expelling the toxic substance from the body with tonic is captured by mechanical hand 6
It is pressed in the gland on the second feeding belt 2.
The processing mode of spring feeding station is: spring is sent in the assembly 25 of spring location by spring vibration Moving plate 24, bullet
After fiber sensor 5 at spring feeding station senses the gland on the second feeding belt 2, spring location assembly 25 passes through servo
Spring is positioned in the spring press-in gland in assembly 25 by cylinder 7.
The processing mode of upset gland station is: after the fiber sensor 5 at upset gland station senses gland, machinery
Gland crawl is put into upset gland positioning body 26 position and is overturn gland by rotary cylinder 27 by hands 6, then watches
Gland after upset is pushed in the assembly 28 of gland location by convinced cylinder 7, the optical fiber sensing of assembly 28 position, gland location
After device 5 senses gland, gland is captured and is pressed in the pedestal completing fin feeding on the first feeding belt 1 by mechanical hand 6.
After fiber sensor 5 at switch detection conducting device 32 senses the switch assembled, switch is detected,
Qualified products in the 3rd feeding belt 3 from discharging opening 31 discharging；After detecting substandard product, mechanical hand 6 is by the 3rd feeding belt 3
On defective finished product capture and put into defective finished product placing box 33.
Above-described embodiment is only that of the present utility model ultimate principle, principal character and advantage have been shown and described.The industry
Skilled person will appreciate that, this utility model is not restricted to the described embodiments, described in above-described embodiment and description
Principle of the present utility model is simply described, on the premise of without departing from this utility model spirit and scope, this utility model also can
Having various changes and modifications, these changes and improvements both fall within claimed this utility model scope.
Claims (9)
1. a ganged switch production line, it is characterised in that: include pedestal assembling device, gland assembling device and detection dress
Put；
Described pedestal assembling device is provided with the first feeding belt (1), and described first feeding belt (1) is depended on by pedestal successively assembling procedure
Secondary it is provided with: pedestal feeding station, fin feeding station；
Described gland assembling device is provided with the second feeding belt (2), and described second feeding belt (2) is depended on by gland successively assembling procedure
Secondary it is provided with: gland feeding station, gland expelling the toxic substance from the body with tonic feeding station, spring feeding station, upset gland station；
Described detection device connects the 3rd feeding belt (3)；
Described first feeding belt (1) is disposed adjacent with upset gland station, one end of described 3rd feeding belt (3) and the first feeding
Band (1) is connected, and the other end of the 3rd feeding belt (3) connects discharging opening (31).
A kind of ganged switch production line the most according to claim 1, it is characterised in that: described pedestal feeding station is provided with
Seat vibration dish (11), described seat vibration dish (11) connects has straight line feeder (4), described straight line feeder (4) to be communicated with
Base stand location body (12), described base stand location body (12) one end communicates with the first feeding belt (1), this base stand location body (12) and the
The other end that one feeding belt (1) is relative is provided with servo cylinder (7), is provided with fiber sensor (5) in base stand location body (12).
A kind of ganged switch production line the most according to claim 1, it is characterised in that: described fin feeding station is provided with
Fin vibrating disk (13), described fin vibrating disk (13) connects has straight line feeder (4), described straight line feeder (4) to be communicated with
Fin positioning body (14), described fin positioning body (14) is provided with fiber sensor (5), and this fin positioning body (14) is provided above
There is mechanical hand (6).
A kind of ganged switch production line the most according to claim 1, it is characterised in that: described gland feeding station is provided with
Gland vibrating disk (21), described gland vibrating disk (21) connects straight line feeder (4), described straight line feeder (4) and second
Feeding belt (2) communicates.
A kind of ganged switch production line the most according to claim 1, it is characterised in that: described gland expelling the toxic substance from the body with tonic feeding station sets
Being equipped with gland expelling the toxic substance from the body with tonic vibrating disk (22), described gland expelling the toxic substance from the body with tonic vibrating disk (22) connects straight line feeder (4), described linear feeding
Device (4) connects has expelling the toxic substance from the body with tonic positioning body (23), described expelling the toxic substance from the body with tonic positioning body (23) to be provided above mechanical hand (6), this expelling the toxic substance from the body with tonic positioning body
(23) fiber sensor (5) it is provided with.
A kind of ganged switch production line the most according to claim 1, it is characterised in that: described spring feeding station is provided with
Spring vibration Moving plate (24), described spring vibration Moving plate (24) connects spring location assembly (25), described spring location assembly
(25) upper surface connects servo cylinder (7), and this spring location assembly (25) is arranged at the second feeding belt (2) top, institute
State assembly (25) position, the second feeding belt (2) corresponding spring location and be provided with fiber sensor (5).
A kind of ganged switch production line the most according to claim 1, it is characterised in that: described upset gland station correspondence the
Two feeding belts (2) position is provided with fiber sensor (5) and is arranged at the mechanical hand (6) of fiber sensor (5) top, institute
Stating upset gland station and be provided with upset gland positioning body (26), described upset gland positioning body (26) one end is according to operation successively
It is provided with rotary cylinder (27) and servo cylinder (7), another relative with servo cylinder (7) of this upset gland positioning body (26)
End communicates and is provided with gland location assembly (28), and described gland location assembly (28) is provided with fiber sensor (5), described
Fiber sensor (5) is provided above mechanical hand (6).
A kind of ganged switch production line the most according to claim 1, it is characterised in that: described detection device is provided with switch
Detection conducting device (32) and defective work withdrawing device；Described switch detection conducting device (32) is arranged at the 3rd feeding belt
(3) lower section, this switch detection conducting device (32) is provided with fiber sensor (5)；Described defective work withdrawing device is by machine
Tool hands (6) and defective finished product placing box (33) are constituted.
A kind of ganged switch production line the most according to claim 1, it is characterised in that: described first feeding belt (1) and
Second feeding belt (2) is provided with correlation Fibre Optical Sensor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620685994.XU CN205751950U (en) | 2016-06-30 | 2016-06-30 | A kind of ganged switch production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620685994.XU CN205751950U (en) | 2016-06-30 | 2016-06-30 | A kind of ganged switch production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205751950U true CN205751950U (en) | 2016-11-30 |
Family
ID=57380050
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620685994.XU Expired - Fee Related CN205751950U (en) | 2016-06-30 | 2016-06-30 | A kind of ganged switch production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205751950U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108857382A (en) * | 2018-06-23 | 2018-11-23 | 广东利元亨智能装备有限公司 | A kind of VVT automatic assembly line |
-
2016
- 2016-06-30 CN CN201620685994.XU patent/CN205751950U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108857382A (en) * | 2018-06-23 | 2018-11-23 | 广东利元亨智能装备有限公司 | A kind of VVT automatic assembly line |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161130 Termination date: 20200630 |