CN208462298U - A kind of linear multi-station detection device - Google Patents
A kind of linear multi-station detection device Download PDFInfo
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- CN208462298U CN208462298U CN201820958158.3U CN201820958158U CN208462298U CN 208462298 U CN208462298 U CN 208462298U CN 201820958158 U CN201820958158 U CN 201820958158U CN 208462298 U CN208462298 U CN 208462298U
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Abstract
The utility model is suitable for intelligent terminal detection technique field, provide a kind of linear multi-station detection device, including multiple monomer detection devices arranged side by side, transmission channel is equipped between multiple monomer detection devices, under control of the control system, conveying mould group, which drives multiple groups jig component to translate in the transmission channel between multiple monomer detection devices, makes multiple intelligent terminals (calling in the following text: workpiece for measurement) successively by each monomer detection device.Multiple monomer detection devices by being arranged side by side by the utility model, and the transmission channel that can be used in jig component conveying is formed between multiple monomer detection devices, under control of the control system, jig component is successively detected by each monomer detection device automatically together with workpiece for measurement thereon, it realizes in an equipment while multiple functions of multiple workpieces for measurement is detected, improve the utilization rate of equipment and the detection efficiency of workpiece for measurement.
Description
Technical field
The utility model belongs to intelligent terminal detection technique field, in particular to a kind of linear multi-station detection device.
Background technique
With the development of science and technology, user is to electronic intelligences such as mobile phone, tablet computer, smartwatch, intelligent medical devices
The function and quality requirement of terminal device are higher and higher.The Integration Assembly And Checkout of intelligent terminal is changed from traditional bilateral assembly line
So far modular production operation mode, and start the monomer-type semi-automatic production line promoted, production chains and life instantly
Producing efficiency has very big promotion, but still is unable to satisfy the development of current phone function and quality requirement, between production capacity and cost
Remain very big contradiction.3C (computer (Computer), communication (Communication) and consumer electronics product
(Consumer Electronics)) product diversification and personalized function it is more and more, the flexibility and scalability of producing line are wanted
Ask higher and higher, device detection is professional require it is higher and higher.
The more equipment with different test functions are needed to the test of the different function of intelligent terminal at present, even and
The test of same function can not be general to multiple product, first is that causing equipment overlapping investment, utilization rate of equipment and installations low, second is that test
Low efficiency that efficiency is lower, workpiece for measurement circulates.
Utility model content
The purpose of this utility model is to provide a kind of linear multi-station detection devices, it is intended to which it is right in the prior art to solve
The lower technical problem low with utilization rate of equipment and installations of the testing efficiency of workpiece for measurement.
The utility model is realized in this way a kind of linear multi-station detection device, comprising:
Multiple monomer detection devices arranged side by side are equipped with transmission channel between multiple monomer detection devices；
Mould group is conveyed, is translated in the transmission channel；
The multiple groups jig component translated in the transmission channel is driven by the conveying mould group, each jig component is used for
It fixes and connects a workpiece for measurement；And
Control system, the control system and multiple monomer detection devices, the conveying mould group, multiple workpieces for measurement
Communicate to connect；The control system controls the conveying mould group and drives jig component and multiple workpieces for measurement described in multiple groups
Successively pass through each monomer detection device.
The conveying mould group includes upper layer conveying assembly and lower layer's conveying assembly, and the upper layer conveying assembly and lower layer convey
The translation direction of component is on the contrary, lower layer's conveying assembly flows back for idle jig component.
The upper layer conveying assembly and lower layer's conveying assembly include belt and on the belt and for fixing
The connecting elements of multiple jig components.
Each monomer detection device is equipped with two groups of opposite opening portions, and the upper layer conveying assembly is opposite across one group
Opening portion, lower layer's conveying assembly pass through another group of opposite opening portion.
The upstream of multiple monomer detection devices is equipped with feeder, the first cylinder is equipped in the feeder and by institute
The first lifting mould group of the first cylinder driving is stated, first cylinder drives the first lifting mould group by lower layer's conveying group
The jig component of part conveying is pushed to the upper layer conveying assembly and drives conveying.
The downstream of multiple monomer detection devices is equipped with blanking machine, the second cylinder is equipped in the blanking machine and by institute
The second lifting mould group of the second cylinder driving is stated, second cylinder drives the second lifting mould group by the upper layer conveying group
The jig component of part conveying is reduced to be driven by lower layer's conveying assembly and convey.
Each jig component is equipped with a USB and plugs component, the USB plug component and the workpiece for measurement
USB interface connects or disconnects automatically.
Defective products grabbing assembly is equipped in each monomer detection device, each jig component is equipped with for putting
Set the NonConforming Product Area of defective products.
It is equipped with screen in monomer detection device described in two of them and detects mould group, this two monomer detection devices are all provided with
There are screen detection light source and screen detection camera, shows and detect for the screen to the workpiece for measurement.
It wherein is equipped with camera detection mould group in three monomer detection devices, for the camera shooting to the workpiece for measurement
Head imaging function is detected, and the camera detection component includes camera detection light source assembly, relaying mirror assembly, white card group
Part, black card component and chart figure component.
The camera detection light source assembly taken the photograph after including remote burnt parsing power light source, proactive white card light source, after take the photograph Bai Kaguang
Source, after take the photograph nearly burnt parsing power light source, proactive fixed-focus parsing power light source and rear pair and take the photograph parsing power light source.
The beneficial effect of linear multi-station detection device provided by the utility model is, by detecting multiple monomers
Device is arranged side by side, and the transmission channel that can be used in jig component conveying is formed between multiple monomer detection devices, is controlling
Under the control of system processed, jig component is successively examined by each monomer detection device automatically together with workpiece for measurement thereon
It surveys, realize in an equipment while multiple functions of multiple workpieces for measurement is detected, improve the utilization rate of equipment
With the detection efficiency of workpiece for measurement.
Detailed description of the invention
Fig. 1 is the overall package schematic diagram of linear multi-station detection device provided by the embodiment of the utility model
Fig. 2 is the shell knot of the monomer detection device of linear multi-station detection device provided by the embodiment of the utility model
Structure schematic diagram；
The schematic diagram of internal structure of Fig. 3 linear multi-station detection device provided by the embodiment of the utility model；
Fig. 4 is the internal structure signal of the feeder of linear multi-station detection device provided by the embodiment of the utility model
Figure；
Fig. 5 is the interior of the first monomer detection device of linear multi-station detection device provided by the embodiment of the utility model
Portion's structural schematic diagram；
Fig. 6 is the interior of the second comonomer detection device of linear multi-station detection device provided by the embodiment of the utility model
Portion's structural schematic diagram；
Fig. 7 is the interior of the Third monomer detection device of linear multi-station detection device provided by the embodiment of the utility model
Portion's structural schematic diagram；
Fig. 8 is the interior of the 4th monomer detection device of linear multi-station detection device provided by the embodiment of the utility model
Portion's structural schematic diagram；
Fig. 9 is the interior of the 5th monomer detection device of linear multi-station detection device provided by the embodiment of the utility model
Portion's structural schematic diagram；
Figure 10 is that the internal structure of the blanking machine of linear multi-station detection device provided by the embodiment of the utility model is shown
It is intended to.
Meaning marked in the figure are as follows:
Linear multi-station detection device 100, monomer detection device 1, the first monomer detection device 11, second comonomer detection
Device 12, Third monomer detection device 13, the 4th monomer detection device 14, the 5th monomer detection device 15, feeder 16, blanking
Machine 17, shell 19, opening portion 190, three color warning lamps 109, liquid crystal display 18, transmission channel 10, upper layer translate channel 101, under
Layer translation channel 102, the first lifting mould group 161, the second lifting mould group 171 convey mould group 2, upper layer conveying assembly 21, lower layer is defeated
Sending component 22, jig component 3, NonConforming Product Area 30, positioning plate 31, screen detect light source 41, and screen detects camera 42, proactive
Fixed-focus parses power light source 131, after take the photograph remote burnt parsing power light source 132, proactive white card light source 141, rear pair takes the photograph parsing power light source 142,
Proactive white card light source 151, after take the photograph nearly burnt parsing power light source 152.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only to explain this
Utility model is not used to limit the utility model.
It should be noted that when component is referred to as " being fixed on " or " being set to " another component, it can directly or
It connects on another component.When a component is known as " being connected to " another component, it be can be directly or indirectly
It is connected on another component.The orientation or positional relationship of the instructions such as term " on ", "lower", "left", "right" is based on attached drawing
Shown in orientation or positional relationship, be merely for convenience of describing, rather than the device or element of indication or suggestion meaning must have
There is specific orientation, be constructed and operated in a specific orientation, therefore should not be understood as the limitation to this patent.Term " first ",
" second " is used merely to facilitate description purpose, is not understood to indicate or imply relative importance or implicitly indicates technical characteristic
Quantity.The meaning of " plurality " is two or more, unless otherwise specifically defined.
In order to illustrate technical solution described in the utility model, carried out specifically below in conjunction with specific accompanying drawings and embodiments
It is bright.
Fig. 1, Fig. 3 and Fig. 5 are please referred to 9, the utility model provides a kind of linear multi-station detection device 100, comprising:
Multiple monomer detection devices 1, conveying mould group 2, multiple jig components 3 for being used to fix and connect a workpiece for measurement (not shown),
And the control system (not shown) communicated to connect with multiple monomer detection devices 1, conveying mould group 2, multiple jig components 3,
Wherein, multiple monomer detection devices 1 are arranged side by side and are formed with transmission channel 10, Mei Yidan between multiple monomer detection devices 1
Body detection device 1 may be used to carry out workpiece for measurement Function detection, control system and each monomer detection device 1, conveying
Mould group 2 and multiple workpieces for measurement communicate to connect, so that control system, which can control conveying mould group 2, drives multiple groups jig component 3
It is translated in transmission channel 10, multiple workpieces for measurement is made successively to carry out the detection of function by each monomer detection device 1.This reality
It is suitable for intelligent terminal detection technique field with novel, what workpiece, workpiece for measurement here referred to is smart terminal product, such as intelligence
Energy mobile phone, plate, smartwatch etc..
The linear multi-station detection device 100 that the embodiments of the present invention provide is filled by detecting multiple monomers
It sets 1 to be arranged side by side, and forms the transmission channel 10 that can be used in the conveying of jig component 3 between multiple monomer detection devices 1,
Under the control of control system, jig component 3 successively carries out automatically by each monomer detection device 1 together with workpiece for measurement thereon
Detection realizes in an equipment while detecting to multiple functions of multiple workpieces for measurement, improves the utilization of equipment
The detection efficiency of rate and workpiece for measurement.
Specifically, it referring to Fig. 2, each monomer detection device 1 all includes a shell 19, is equivalent to and forms one secretly
Room, so that the detection between multiple monomer detection devices 1 is independent of each other.It is designed on the shell 19 of each monomer detection device 1
Scram button (not shown), start button (not shown), power switch (not shown), keyboard components (not shown), three color warning lamps
109 and a liquid crystal display 18 etc..Power switch is used to open or closes corresponding monomer detection device 1, and start button is used for
The test for starting current monolithic detection device 1, can be used for individually testing.Scram button is detected in emergency circumstances stopping,
Keyboard components are set on shell in the form of collapsible, convenient for management and space utilization.Three color warning lamps 109 are referred to different colours
Show the working condition of current monolithic detection device 1, display 18 shows detection process and testing result for intuitiveization.
Fig. 4 to Figure 10 is please referred to, conveying mould group 2 includes upper layer conveying assembly 21 and lower layer's conveying assembly 22, transmission channel
10 include that upper layer translation channel 101 and lower layer translate channel 102, the translation side of upper layer conveying assembly 21 and lower layer's conveying assembly 22
To on the contrary, upside conveying assembly moves in the translation channel 101 of upper layer, for driving workpiece for measurement successively to examine by each monomer
It surveys device 1 to be detected, lower layer's conveying assembly 22 moves in lower layer's translation channel 102, for so that multiple jig components 3 one
One returns.Feeding is equipped in the upstream (according to the translation direction of upper layer conveying assembly 21) of multiple monomer detection devices 1 side by side
Machine 16, feeder 16 are interior equipped with the first cylinder (not shown) and by the first lifting mould group 161 of the first cylinder driving, the first gas
Cylinder drives the first lifting mould group 161 to promote the jig component 3 that lower layer's conveying assembly 22 conveys, then, 3 energy of jig component
It is enough to turn to drive conveying by upper layer conveying assembly 21 again, placement workpiece for measurement can be continued and make it into each monomer detection device
1.Blanking machine 17, blanking machine are equipped in the downstream (according to the translation direction of upper layer conveying assembly 21) of multiple monomer detection devices 1
Equipped with the second cylinder (not shown) and by the second lifting mould group 171 of the second cylinder driving in 17, the second cylinder drives second
Lifting mould group 171 reduces the jig component 3 that upper layer conveying assembly 21 conveys, and jig component 3 can turn to be conveyed by lower layer
Component 22, which drives, returns to 16 side of feeder.
It is formed on the shell 19 of each monomer detection device 1 there are four opening portion 190, it is opposite and positioned at shell 19 two-by-two
Two sides, upper layer conveying assembly 21 pass through one group of opposite opening portion 190 and its corresponding upper layer and translate channel 101, and lower layer is defeated
Sending component 22 passes through another group of opposite opening portion 190 and its corresponding lower layer translates channel 102.
Feeder 16 and blanking machine 17 can be used as operating space and open to operator, at the feeder 16, operation
Workpiece for measurement is placed in jig component 3 by personnel, and jig component 3 fixes workpiece for measurement under the driving of control system,
At blanking machine 17, operator takes out the workpiece for measurement for having already passed through detection.Idle drop of the jig component through blanking machine 17
Low and lower layer's conveying assembly 22 reverse transfer flows back again and reaches feeder 16.
It is additionally provided in each monomer detection device 1 and is inserted with the USB that the USB interface of corresponding workpiece for measurement connects or disconnects
Pull out component (not shown).That is, after workpiece for measurement is fixed in jig component 3, being controlled at feeder 16 namely at operating space
Under the control of system processed, USB plugs component and connects automatically with the USB interface of corresponding workpiece for measurement forward, at the operating space,
The survey of some such as software and hardwares can be carried out according to the detection time of subsequent set each monomer detection device 1 distribution
Examination, after the completion of software and hardware test, USB plug component is automatically exited from and is disconnected with the USB interface of corresponding workpiece for measurement,
Under the drive for conveying mould group 2, jig component 3 enters first monomer display device together with workpiece for measurement thereon, when first
After the completion of detection in monomer detection device 1, under control of the control system, USB plug component automatically exit from and with it is corresponding
The USB interface of workpiece for measurement disconnects.Into after second monomer detection device 1, above-mentioned USB connection is repeated again and is broken
Start work.
It is equipped in each monomer detection device 1 defective products grabbing assembly (not shown), is additionally provided in each jig component 3
For placing the NonConforming Product Area 30 (not shown) of defective products.When a workpiece for measurement is judged in current monolithic detection device 1
Be set to it is unqualified after, control system is abandoned by controlling the clamp system (not shown) of jig component 3 in the monomer detection device 1
Fixation to workpiece for measurement, and drive USB plug component to exit and connect with the USB of workpiece for measurement, defective products grabbing assembly is driven
It is dynamic, NonConforming Product Area 30 is placed on after grabbing the workpiece for measurement.At this point, detection process can be suspended, operator can
With judged according to information shown on three color warning lamps 109 or liquid crystal display be in which monomer detection device 1 to
Survey workpiece test be it is unqualified, be drawn off, be such as put into defective products tag slot and functional fault tag slot, waiting is tested again
Deng.Qualified workpiece for measurement is all detected in all monomer detection devices 1 and then reaches blanking machine 17, and operator is in the blanking
It is handled at machine 17, such as sticks qualified mark or classification, subregion placement.Optionally, when a workpiece for measurement is at certain
It is detected as unqualified and after being placed in NonConforming Product Area 30 in one monomer detection device 1, can continue on to subsequent
In monomer detection device 1, but without detection, located after it reaches blanking machine 17 further according to the display of test result
Reason.These can be realized by editor control program and detection program, on the basis of same detection device, Ke Yiying
With different control programs.
Upper layer conveying assembly 21 and lower layer's conveying assembly 22 can be Belt Conveying component, include by third motor
The belt (not shown) of drive (not shown) and on belt and for fixing the connecting elements of multiple jig components 3 (not
Diagram).Be equipped in each monomer detection device 1, in feeder 16 and blanking machine 17 one for position and fixed fixture component 3
Positioning plate 31, when the jig component 3 on the belt of upper layer conveying assembly 21 is reached in a monomer detection device 1, jig group
Part 3 is connect with the positioning plate 31 in monomer detection device 1 automatically, when the test item in current monomer detection device 1 is complete
Cheng Hou, the jig component 3 on the belt of upper layer conveying assembly 21 separate with positioning plate 31 and continue to move down.Lower layer's conveying group
Part 22 can only correspond to the movement of upper layer conveying assembly 21 and be moved or be suspended, and no setting is required corresponds to lower layer's conveying assembly 22
Positioning plate 31.
Specifically, control system includes the industrial personal computer in each monomer detection device 1 and is communicatively coupled to multiple
The main controller of industrial personal computer.Main controller includes middle control module, the sub-control drive module communicated to connect respectively with middle control module, conveying drive
Dynamic model block, detection drive module and data processing module.Wherein, sub-control drive module and each sub-control machine communicate to connect, each
The communication connection such as the corresponding defective products grabbing assembly of sub-control machine, USB plug-in module, middle control module pass through sub-control drive module
Control the mechanical action of defective products grabbing assembly, USB plug-in module etc.；Feed drive module and conveying mould group 2, first go up and down mould
Group 161 and the second lifting mould group 171 communicate to connect, and middle control module is gone up and down by feed drive module control conveying mould group 2, first
The movement of mould group 161 and the second lifting mould group 171；It detects drive module and each monomer detection device 1 and each USB is plugged
Module communication connection, so that middle control module, which can control each workpiece for measurement, shows the image, camera shooting action needed
The transmission of the picture data occur, shot and the analysis of picture data, also can control the inspection in each monomer detection device 1
It surveys；Data processing module receives detection data, obtains testing result, and will test result and return to middle control module, middle control module
The movement of next step is further controlled according to testing result.
As shown in Figure 1, in the present embodiment, the quantity of monomer detection device 1 is five.By the shifting of upper layer conveying assembly 21
Dynamic direction, respectively the first monomer detection device 11, second comonomer detection device 12, Third monomer detection device the 13, the 4th are single
Body detection device 14 and the 5th monomer detection device 15 can carry out six groups of test items.Wherein at feeder 16, Ye Jicao
Make at area, the test of software and hardware is carried out to workpiece for measurement, as WIFI test, memory test, hardware version test, software version are surveyed
Examination, SD card test etc..After USB plug-in module and workpiece for measurement communicate to connect, driving detection module is to be measured in control system
Workpiece carries out WIFI test, memory test, hardware version test, software version test, SD card test etc..
First monomer detection device, 11 to the 5th monomer detection device 15 mainly to the screen display function of workpiece for measurement and
Camera imaging function is detected.
Specifically, Fig. 5 and Fig. 6 are please referred to, is equipped with screen in the first monomer detection device 11 and second comonomer detection device 12
Curtain detection device, is detected for the screen display function to workpiece for measurement.Wherein, the screen in the first monomer detection device 11
Curtain detection device includes screen detection light source 41 and screen detection camera 42, can be used for carrying out the test of LCD white screen, red screen is surveyed
Examination, green screen test, blue screen test, ash screen test etc., the screen detection component in second comonomer detection device 12 also may include
Screen detects light source 41 and screen and detects camera 42, the test item of progress can for blank screen test, charging instruction lamp test and
Glisten lamp test.
Camera detecting device is equipped in 13 to the 5th monomer detection device 15 of Third monomer detection device, for to be measured
The camera imaging function of workpiece is detected.Camera detecting device specifically includes camera detection light source assembly, relay lens
Component, white card component, black card component and chart figure component etc., camera detection light source group take the photograph remote burnt parsing power light source after including
132, proactive white card light source 151, after take the photograph white card light source, after take the photograph nearly burnt parsing power light source 152, proactive fixed-focus parsing power light source 131,
Pair takes the photograph parsing power light source 142 afterwards, and the test item that can be carried out includes proactive white card test, proactive black card test, proactive fixed-focus
The test of parsing power, after take the photograph the test of white card, after take the photograph black card test, after take the photograph nearly burnt parsing power test, after take the photograph it is remote it is burnt parse power test, after
Pair takes the photograph parsing power test etc..
Screen detection device and camera detecting device are communicatively connected to detection drive module, in detection drive module phase
It should instruct down, control the first screen detection light source 41, the second screen detection light source 41, camera detection light source group play open and close
It closes or adjusts, control the first screen detection camera 42, the second screen detect camera 42 to the screen institute of workpiece for measurement below
The picture of display is shot, and the white card component of control, black card component and display of corresponding pattern of chart figure component etc..
As shown in Figure 7 to 9, the preceding relay lens being located above jig component 3 is equipped in Third monomer detection device 13 (not
Diagram), proactive fixed-focus parsing power light source 131, preceding chart figure component (not shown) and the rear relaying positioned at the lower section of jig component 3
Mirror (not shown), after take the photograph remote burnt parsing power light source 132 and rear chart figure component (not shown), be able to carry out proactive fixed-focus parsing
Remote burnt parsing power test is taken the photograph in power test with after；It is equipped in 4th monomer detection device 14 and is located at the proactive white of 3 top of jig component
Card light source 151, proactive white card component (not shown) and the rear pair positioned at the lower section of jig component 3 take the photograph light source 142, after take the photograph white card light source
(not shown), after take the photograph white card component (not shown), be able to carry out proactive white card test, after take the photograph that white card is tested and rear pair takes the photograph parsing power
Test；Proactive white card light source 151, the proactive black card component for being located at 3 top of jig component are equipped in 5th monomer detection device 15
(not shown) and taken the photograph behind the lower section of jig component 3 white card light source (not shown), after take the photograph black card component (not shown), after take the photograph it is close
Coke parsing power light source 152 and rear relay lens (not shown), be able to carry out proactive black card test, after take the photograph black card test and after take the photograph nearly coke
Parse power test.
As shown in table 1 below, feeder 16 and five monomer detection devices 1 carry out following test item arrangement respectively, can
Multiple test items of software and hardware test, screen the display test and camera imaging functional test of multiple workpieces for measurement are carried out simultaneously
Mesh, hence it is evident that the diversity for improving test item improves utilization rate of equipment and installations and detection efficiency.
1 test item distribution table of table
It is understood that energy at feeder 16 and in 11 to the 5th monomer detection device 15 of the first monomer detection device
The multiple test items enough carried out can be exchanged, change and be reconfigured, the utility model to this with no restriction.
The utility model is to provide a kind of wire body layout thinking, is not limited solely to the layout shape of 5 monomer detection devices
Formula can extend, change and be revised as the combination unit of more detection stations, monomer detection device and more detection functions, can
With the test item of expansion with reference to as shown in table 2 below.
2 multiplexing Bits Expanding test item layout table of table
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model
Protection scope within.
Claims (10)
1. a kind of linear multi-station detection device characterized by comprising
Multiple monomer detection devices arranged side by side are equipped with transmission channel between multiple monomer detection devices；
Mould group is conveyed, is translated in the transmission channel；
The multiple groups jig component translated in the transmission channel is driven by the conveying mould group, each jig component is for fixing
And connect a workpiece for measurement；And
Control system, the control system and multiple monomer detection devices, the conveying mould group, multiple workpieces for measurement are logical
Letter connection；The control system controls the conveying mould group and drives jig component described in multiple groups and multiple workpieces for measurement successively
By each monomer detection device.
2. linear multi-station detection device as described in claim 1, which is characterized in that the conveying mould group includes that upper layer is defeated
The translation direction of sending component and lower layer's conveying assembly, the upper layer conveying assembly and lower layer's conveying assembly is on the contrary, the lower layer is defeated
Sending component is for idle jig component reflux.
3. linear multi-station detection device as claimed in claim 2, which is characterized in that each monomer detection device
Shell is equipped with two groups of opposite opening portions, and the upper layer conveying assembly passes through one group of opposite opening portion, lower layer's conveying group
Part passes through another group of opposite opening portion.
4. linear multi-station detection device as claimed in claim 2, which is characterized in that multiple monomer detection devices
Upstream is equipped with feeder, and the first cylinder and the first lifting mould group by first cylinder driving are equipped in the feeder,
First cylinder drive it is described first lifting mould group by the jig component that lower layer's conveying assembly conveys be pushed to by
The upper layer conveying assembly drives conveying.
5. linear multi-station detection device as claimed in claim 4, which is characterized in that multiple monomer detection devices
Downstream is equipped with blanking machine, and the second cylinder and the second lifting mould group by second cylinder driving are equipped in the blanking machine,
Second cylinder drive it is described second lifting mould group by the jig component that the upper layer conveying assembly conveys be reduced to by
Lower layer's conveying assembly drives conveying.
6. linear multi-station detection device as described in claim 1, which is characterized in that each jig component is equipped with
One USB plugs component, and the USB interface of USB the plug component and the workpiece for measurement connects or disconnects automatically.
7. linear multi-station detection device as described in claim 1, which is characterized in that in each monomer detection device
Equipped with defective products grabbing assembly, each jig component is equipped with the NonConforming Product Area for placing defective products.
8. linear multi-station detection device as described in claim 1, which is characterized in that the detection dress of monomer described in two of them
It is equipped with screen in setting and detects mould group, this two monomer detection devices are equipped with screen detection light source and screen detection camera,
It shows and detects for the screen to the workpiece for measurement.
9. linear multi-station detection device as described in claim 1, which is characterized in that wherein three monomer detection dresses
It is equipped with camera detection mould group in setting, is detected for the camera imaging function to the workpiece for measurement, the camera
Detection components include camera detection light source assembly, relaying mirror assembly, white card component, black card component and chart figure component.
10. linear multi-station detection device as claimed in claim 9, which is characterized in that the camera detection light source group
Part taken the photograph after including remote burnt parsing power light source, proactive white card light source, after take the photograph white card light source, after take the photograph nearly burnt parsing power light source, proactive fixed
Coke parsing power light source and rear pair take the photograph parsing power light source.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820958158.3U CN208462298U (en) | 2018-06-20 | 2018-06-20 | A kind of linear multi-station detection device |
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| CN201820958158.3U CN208462298U (en) | 2018-06-20 | 2018-06-20 | A kind of linear multi-station detection device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108668520A (en) * | 2018-06-20 | 2018-10-16 | 深圳市鑫信腾科技有限公司 | A kind of linear multi-station detection device |
| CN110261777A (en) * | 2019-07-09 | 2019-09-20 | 安徽新动新能源科技有限公司 | A kind of test device in battery pack production process |
-
2018
- 2018-06-20 CN CN201820958158.3U patent/CN208462298U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108668520A (en) * | 2018-06-20 | 2018-10-16 | 深圳市鑫信腾科技有限公司 | A kind of linear multi-station detection device |
| CN110261777A (en) * | 2019-07-09 | 2019-09-20 | 安徽新动新能源科技有限公司 | A kind of test device in battery pack production process |
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