CN106681872A - On-line testing device and method for notebook-computer-motherboard-double-connecting-board function - Google Patents
On-line testing device and method for notebook-computer-motherboard-double-connecting-board function Download PDFInfo
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- CN106681872A CN106681872A CN201611158351.0A CN201611158351A CN106681872A CN 106681872 A CN106681872 A CN 106681872A CN 201611158351 A CN201611158351 A CN 201611158351A CN 106681872 A CN106681872 A CN 106681872A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/22—Detection or location of defective computer hardware by testing during standby operation or during idle time, e.g. start-up testing
- G06F11/2205—Detection or location of defective computer hardware by testing during standby operation or during idle time, e.g. start-up testing using arrangements specific to the hardware being tested
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G37/00—Combinations of mechanical conveyors of the same kind, or of different kinds, of interest apart from their application in particular machines or use in particular manufacturing processes
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- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Theoretical Computer Science (AREA)
- Computer Hardware Design (AREA)
- Quality & Reliability (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Mechanical Engineering (AREA)
- Tests Of Electronic Circuits (AREA)
Abstract
The invention discloses an on-line testing device and method for the notebook-computer-motherboard-double-connecting-board function. The on-line testing device mainly comprises a testing machine table, the testing machine table comprises a first belt conveying line for conveying to-be-tested double connecting boards and a testing fixture for testing the double connecting boards on the first belt conveying line, and also comprises a positioning device arranged at the front end in the movement direction of the first belt conveying line and used for positioning the double connecting boards, and a driving mechanism for driving the first belt conveying line to move up and down is arranged below the first belt conveying line. The on-line testing device and method can directly test the double connecting boards, two motherboards can be tested at the same time at a time, the testing efficiency is improved, and meanwhile the step that a single board is put into the fixture is reduced.
Description
Technical field
The present invention relates to mainboard test equipment, more particularly to notebook mainboard doubly-linked plate function on-line testing equipment and test
Method.
Background technology
Notebook mainboard is after finalization of the manufacture doubly-linked plate, and when being tested, doubly-linked plate is first cut apart with a knife or scissors and becomes single by needs
Tested again after plate, surrounding does not have unnecessary edge strip after cutting due to veneer, therefore need first to put veneer in test
Put in tool, so as to draw test splice, tool is put on streamline and is flowed in test equipment so that the plug of tester
It is connected with test splice, so as to carry out the test of various functions, but this kind of method, in test, veneer is first put into tool by needs
It is interior, and one block of plate can only be tested every time, not only test loaded down with trivial details, while testing efficiency is low.
The content of the invention
Present invention solves the technical problem that it is online to be to provide a kind of notebook mainboard doubly-linked plate function of raising testing efficiency
Test equipment.
The technical solution adopted for the present invention to solve the technical problems is：Notebook mainboard doubly-linked plate function on-line testing sets
Standby, including tester table, the tester table includes the first belt transmission line for transmitting doubly-linked plate to be measured and for
The measurement jig that doubly-linked plate on one belt transmission line is tested, also including being arranged on before the first belt transmission line direction of motion
End for the positioner that positioned to doubly-linked plate, the first belt transmission line lower section is provided with the first belt transmission line of driving
The drive mechanism of up and down motion.
It is further：Also include work top, the work top lower section is provided with raising plate, above-mentioned drive mechanism
Drive shaft is connected with raising plate, is provided with first belt transmission line through work top on the raising plate, and described
One belt transmission line includes the first left side board transmission line and the first right side board transmission line, and the measurement jig includes lower measurement jig
With upper measurement jig, the lower measurement jig be arranged on work top and positioned at the first left side board transmission line and first right side
Between board transmission line, the first belt transmission line top is provided with pressing plate, and pressing plate lower section is provided with measurement jig, the upper survey
Examination tool is located at lower measurement jig top.
It is further：The first track screw mandrel is provided with the raising plate, survey is stretched out in described first track screw mandrel one end
Commissioning stage, the first track screw mandrel stretches out tester table one end and is provided with the first rotation handwheel, on the first track screw mandrel
The first feed screw nut is provided with, first left side board transmission line is fixed on the first feed screw nut, lower measurement jig passes through spiral shell
Bolt is fixed on work top, and the upper measurement jig is bolted on pressing plate.
It is further：First left side board transmission line includes the first left side belt strip, first left side belt strip
Outside is provided with the first guide plate, and first guide plate is bending structure so that the first left side belt strip and the first guide plate
Between formed for board under test left side accommodate groove；First right side board transmission line includes the first right side belt strip, described
First right side belt strip outside is provided with the second guide plate, and second guide plate is bending structure so that the first right side belt
The groove accommodated for board under test left side is formed between bar and the second guide plate.
It is further：The positioner is stopper, and the first belt transmission line direction of motion front end is additionally provided with the
One photoelectric sensor.
It is further：Also include transporting the lifting board of doubly-linked plate to be measured to tester table, the lifting board includes
First frame, is provided with upper layer transport line, lower floor's transmission line and drives upper layer transport line and lower floor's transmission in first frame
The up-down drive device that line moves up and down, is connected between the upper layer transport line and lower floor's transmission line by connecting rod.
It is further：The upper layer transport line includes the second belt transmission line, and second belt transmission line includes the
Two left side board transmission lines and the second right side board transmission line, second right side board transmission line lower section is provided with the second track screw mandrel,
The second feed screw nut is provided with the second track screw mandrel, second left side board transmission line is fixed on the second feed screw nut
On, described second track screw mandrel one end is provided with the second rotation handwheel；
Lower floor's transmission line includes the 3rd belt transmission line, and the 3rd belt transmission line is transmitted including the 3rd left plate
Line and the 3rd right side board transmission line, the 3rd right side board transmission line lower section is provided with the 3rd track screw mandrel, the 3rd track
The 3rd feed screw nut is provided with screw mandrel, the 3rd left side board transmission line is fixed on the 3rd feed screw nut, the 3rd rail
Road screw mandrel one end is provided with the 3rd rotation handwheel.
It is further：The lower measurement jig and upper measurement jig include tool platform, are provided with the tool platform
Tool platform is stretched out and towards doubly-linked plate to be measured in double needle, described double needle one end, and the double needle other end is connected to syringe needle and turns
Connect module.
It is further：Also include being arranged on scanner on upper layer transport line, the scanner is towards in upper layer transport line
The doubly-linked plate of upper transmission.
It is further：The measurement jig includes tool platform, and double needle, the double needle are provided with the tool platform
Tool platform is stretched out and towards doubly-linked plate to be measured in one end, and the double needle other end is connected to syringe needle switching module.
The invention also discloses a kind of notebook mainboard doubly-linked plate function on-line testing method, including：
A, doubly-linked plate is placed on the upper layer transport line of elevator flows into tester table；
B, doubly-linked plate are blocked block and stop when moving to top into after the first belt transmission line, the first photoelectric sensor
After detecting doubly-linked partitioned signal, the first belt transmission line declines so that doubly-linked plate falls on lower measurement jig, while top board band
Dynamic upper measurement jig is pushed so that test pin mark is contacted with test interface, signal is drawn and is tested；
After the completion of C, test, top board drives upper measurement jig return, the first belt transmission line rise and rotate backward by
Doubly-linked plate spreads out of tester table, and lower floor's transmission line of elevator rises to the first belt transmission line sustained height, and it is double that reception spreads out of
Connecting plate, after reception, lower floor's transmission line of elevator declines, and flows into external transmission lines；
D, the doubly-linked plate tested is carried out into cutting plate operation, cut into two pieces of finished product mainboards.
The invention has the beneficial effects as follows：The present invention transports duplex board to be measured using lifting board to tester table so that outward
Doubly-linked plate to be measured in portion's streamline can it is incoming lifting board upper layer transport line, and from upper layer transport line flow into tester table,
Lower floor's transmission line of the incoming tester table of doubly-linked plate that tester table has been tested, by lower floor's transmission line outside streamline is flowed into
In, outside streamline is also double-decker so that operator can simultaneously carry out putting plate, receive plate operation in same position, subtract
The use of manpower is lacked, and in test, has only needed directly by the incoming upper layer transport line of doubly-linked plate, without the need for being loaded into controlling again
In tool again from the incoming tester table of upper layer transport line so that operation is simpler laborsaving.
Description of the drawings
Fig. 1 is notebook mainboard doubly-linked plate function on-line testing equipment schematic diagram.
Fig. 2 is tester table schematic internal view.
Fig. 3 is lifting board schematic internal view.
It is labeled as in figure：Tester table 1, lifting board 2, upper layer transport line 3, lower floor's transmission line 4, work top
5th, raising plate 6, stopper 7, the first photoelectric sensor 8, the first left side board transmission line 9, the first right side board transmission line 10,
Jacking cylinder 11, upper measurement jig 12, lower measurement jig 13, pressing plate 14, the first track screw mandrel 15, the first feed screw nut
17th, the second left side board transmission line 18, the second right side board transmission line 19, the second track screw mandrel 20, the second feed screw nut 21,
Two rotate handwheel 22, scanner 23, the first right side belt strip 24, the second guide plate 25, up-down drive device 26.
Specific embodiment
With reference to the accompanying drawings and detailed description the present invention is further described.
Notebook mainboard doubly-linked plate function on-line testing equipment as shown in Figure 1, including tester table (1), the test
Board includes the first belt transmission line for transmitting doubly-linked plate to be measured and for entering to the doubly-linked plate on the first belt transmission line
Row test measurement jig, also including be arranged on the first belt transmission line direction of motion front end for positioning to doubly-linked plate
Positioner, the first belt transmission line lower section be provided with drive the first belt transmission line move up and down drive mechanism, it is described
Drive mechanism is jacking cylinder.
The lifting board 2 includes the first frame, and upper layer transport line 3, lower floor's transmission line are provided with first frame
With the up-down drive device 26 for driving upper layer transport line 3 and lower floor's transmission line to move up and down, the up-down drive device 26 can be with
For cylinder etc., connected by connecting rod between the upper layer transport line 3 and lower floor's transmission line；
Also include work top 5, the lower section of the work top 5 is provided with raising plate 6, the drive shaft of above-mentioned drive mechanism with
Raising plate connects, and first belt transmission line through work top 5, first belt are provided with the raising plate 6
Transmission line includes the first left side board transmission line 9 and the first right side board transmission line 10, and the measurement jig includes lower measurement jig 13
With upper measurement jig 12, the lower measurement jig 13 is arranged on work top 5 and positioned at the first left side board transmission line 9 and
Between one right side board transmission line 10, the first belt transmission line top is provided with pressing plate 14, and the lower section of pressing plate 14 is provided with survey
Examination tool 12, the upper measurement jig 12 is located at the top of lower measurement jig 13.
When equipment works, the doubly-linked plate to be measured on outside streamline is flowed on upper layer transport line 3, and upper layer transport line 3 stops
Operating, up-down drive device 26 drives upper layer transport line 3 and lower floor's transmission line to decline so that the belt of upper layer transport line 3 and first
Transmission line is located in same level, and upper layer transport line 3 remains in operation on incoming first belt transmission line of doubly-linked plate to be measured, when
When doubly-linked plate to be measured moves to the first belt transport line front end, positioner stops the advance of doubly-linked plate to be measured, jacking cylinder
11 driving raising plates 6 decline so that the first belt transmission line declines, and now losing the doubly-linked plate to be measured of support will fall lower test
On tool 13, while pressing plate 14 is pushed so that upper measurement jig 12 and lower measurement jig form fixation to it so that doubly-linked to be measured
The test splice of plate is contacted with lower measurement jig 13 or the testing needle in upper measurement jig 12, and test signal is reached into functional test
Functional test is carried out in device, after the completion of test, jacking cylinder 11 drives the first belt transmission line to rise and plays doubly-linked top of the plate to be measured,
First belt transmission line adverse movement, by doubly-linked plate to be measured tester table 1 is transmitted out, in transmitting procedure, up-down drive device 26
Upper layer transport line 3 and lower floor's transmission line is driven to move upwards so that lower floor's transmission line and the first belt transmission line are located at same water
In plane so that flow out on the incoming lower floor's transmission line of the doubly-linked plate tested of tester table 1, in the driving of up-down drive device 26
Layer transmission line 3 and lower floor's transmission line, the outside streamline of doubly-linked plate flow direction on lower floor's transmission line；
Above-mentioned functional tester test philosophy is prior art, and its test philosophy to mainboard carried out functional test with originally
Principle it is identical, therefore the structure full disclosure such as principle, the circuit of functional tester is just repeated no more herein, and this is in survey
During examination, an increase joint number carries out test simultaneously to the two boards of doubly-linked plate, therefore those skilled in the art are according to above-mentioned institute
State the technical scheme of understanding the application that content can will be apparent that.
The present invention adopts above-mentioned construction so that the doubly-linked plate to be measured in outside streamline can the incoming upper strata for lifting board 2
Transmission line 3, and tester table 1 is flowed into from upper layer transport line 3, under the incoming tester table 1 of the doubly-linked plate that tester table 1 has been tested
Layer transmission line, is flowed in outside streamline by lower floor's transmission line, and outside streamline is also double-decker so that operator exist
Same position can simultaneously be carried out putting plate, receive plate operation, reduce the use of manpower, and in test, due to not carrying out cutting plate
Also be present waste material edge in operation, doubly-linked plate periphery, therefore only need directly by the incoming upper layer transport line 3 of doubly-linked plate, without the need for again
It is loaded in tool again from the incoming tester table 1 of upper layer transport line 3 so that operation is simpler laborsaving, and to one piece of doubly-linked
Plate is operated i.e. while test, and improves testing efficiency, while the step for decreasing insert row line during manual testing, leads to
Crossing winding displacement and coupling together doubly-linked plate to be measured and functional tester carries out functional test.
Additionally, the positioner can be various, such as stop cylinder etc., it is used herein for stopper (7), the
One belt transmission line direction of motion front end is additionally provided with the first photoelectric sensor, stop at stopper fortune when doubly-linked plate is moved to
Dynamic, the first photoelectric sensor is sensed after doubly-linked plate, and the first belt transmission line begins to decline, and this mechanism is simple and practical.
On the basis of the above, the first track screw mandrel 15, described one end of first track screw mandrel 15 are provided with the raising plate 6
Tester table is stretched out, the first track screw mandrel 15 stretches out tester table one end and is provided with the first rotation handwheel, first rail
The first feed screw nut 17 is provided with road screw mandrel 15, first left side board transmission line 9 is fixed on the first feed screw nut 17, under
Measurement jig 13 is bolted on work top 5, and the upper measurement jig 12 is bolted on pressing plate 14, by
It is not of uniform size in doubly-linked template difference, therefore measurement jig needs to follow the model of testing host to be changed, and is changing
When, the fixing bolt on lower first left side board transmission line 9 and lower measurement jig 13 is first dismantled, hand first rotates handwheel so that
First feed screw nut 17 drives the first left side board transmission line 9 to moving away from the first right side board transmission line 10, by lower measurement jig
13 and upper measurement jig 12 on bolt unclamp, upper measurement jig 12 and lower measurement jig 13 are disassembled, and will be new
Upper measurement jig 12 and lower measurement jig 13 are respectively fixed on pressing plate 14 and work top 5 by bolt, and hand first turn
Start to take turns, the first left side board transmission line 9 is moved to the first right side board transmission line 10 so that the first left side board transmission line 9 is abutted
Lower measurement jig 13, and be fixedly connected the first left side board transmission line 9 with lower measurement jig 13 by bolt, realize test
The quick change of tool 12 and lower measurement jig 13 so that this tester table 1 can be adapted to the test of the doubly-linked plate of different model size.
On the basis of the above, the upper layer transport line 3 includes the second belt transmission line, and second belt transmission line includes
Second left side board transmission line 18 and the second right side board transmission line 19, the lower section of second right side board transmission line 19 is provided with the second rail
Road screw mandrel 20, is provided with the second feed screw nut 21 on the second track screw mandrel 20, second left side board transmission line 18 is fixed
On the second feed screw nut 21, described one end of second track screw mandrel 20 is provided with the second rotation handwheel 22；
Lower floor's transmission line includes the 3rd belt transmission line, and the 3rd belt transmission line is transmitted including the 3rd left plate
Line and the 3rd right side board transmission line, the 3rd right side board transmission line lower section is provided with the 3rd track screw mandrel, the 3rd track
The 3rd feed screw nut is provided with screw mandrel, the 3rd left side board transmission line is fixed on the 3rd feed screw nut, the 3rd rail
Road screw mandrel one end is provided with the 3rd rotation handwheel, the size, width difference due to the doubly-linked plate of each model, therefore can be by second
Rotate handwheel 22 and the 3rd to rotate handwheel to adjust the width of the second belt transmission line and the 3rd belt transmission line so as to can transport
The doubly-linked plate of various width, prevents doubly-linked plate width long or too short so as in the second belt transmission line or the 3rd belt transport
Cannot normal transmission on line.
Additionally, the measurement jig includes tool platform, double needle is provided with the tool platform, described double needle one end is stretched
Go out tool platform and towards doubly-linked plate to be measured, the double needle other end is connected to syringe needle switching module, before being tested, syringe needle
Switching module is connected to functional tester by connecting line, and in test, pressing plate 14 is pushed so that doubly-linked plate to be measured is pressed in survey
Between examination tool 12 and lower measurement jig 13, the needle point on upper measurement jig 12 and lower measurement jig 13 is pressed in doubly-linked plate to be measured
At test interface, signal is caused with this carry out in functional tester various functions test, therefore in test without using surveying
Examination line carries out manually coupling together doubly-linked circuit board and functional tester, time saving and energy saving.
Additionally, also including being arranged on scanner 23 on upper layer transport line 3, the scanner 23 is towards in upper layer transport line 3
The doubly-linked plate of upper transmission, when every block of plate is tested, can be scanned, with this side using scanner 23 to doubly-linked plate to be measured
Just the different problems that each doubly-linked plate occurs are tracked and recorded to doubly-linked plate, and can be quickly found out and do not conformed to panel and found out,
Simultaneously prevented also from there is detection leakage phenomenon.
Additionally, first left side board transmission line 9 includes the first left side belt strip, belt strip outside in first left side sets
The first guide plate is equipped with, first guide plate is bending structure so that shape between the first left side belt strip and the first guide plate
Into the groove accommodated for board under test left side；First right side board transmission line 10 includes the first right side belt strip 24, described the
The outside of one right side belt strip 24 is provided with the second guide plate 25, and second guide plate 25 is bending structure so that the first right side
The groove accommodated for board under test left side, the first guide plate and the second guide plate are formed between the guide plate 25 of belt strip 24 and second
25 setting so that in transportation, doubly-linked plate both sides of the edge are all located in groove doubly-linked plate, in transport, due to doubly-linked
Plate both sides are blocked so that doubly-linked plate will not occur lateral displacement in transport, and the straight onwards transmission of energy prevents doubly-linked plate
Transverse shifting occurs in motor process to be caused in test, and testing needle cannot be inserted on the nominative testing of doubly-linked plate point, caused
Positioning is inaccurate so that functional test results occur deviation.
The invention also discloses notebook mainboard doubly-linked plate function on-line testing method, including：
A, doubly-linked plate is placed on the upper layer transport line of elevator flows into tester table；
B, doubly-linked plate are blocked block and stop when moving to top into after the first belt transmission line, the first photoelectric sensor
After detecting doubly-linked partitioned signal, the first belt transmission line declines so that doubly-linked plate falls on lower measurement jig, while top board band
Dynamic upper measurement jig is pushed so that test pin mark is contacted with test interface, signal is drawn and is tested；
After the completion of C, test, top board drives upper measurement jig return, the first belt transmission line rise and rotate backward by
Doubly-linked plate spreads out of tester table, and lower floor's transmission line of elevator rises to the first belt transmission line sustained height, and it is double that reception spreads out of
Connecting plate, after reception, lower floor's transmission line of elevator declines, and flows into external transmission lines；
D, the doubly-linked plate tested is carried out into cutting plate operation, cut into two pieces of finished product mainboards.
Particular embodiments described above, has been carried out further in detail to the purpose of the present invention, technical scheme and beneficial effect
Describe in detail it is bright, should be understood that the foregoing is only the present invention specific embodiment, be not limited to the present invention, it is all
Within the spirit and principles in the present invention, any modification, equivalent substitution and improvements done etc., should be included in the guarantor of the present invention
Within the scope of shield.
Claims (10)
1. notebook mainboard doubly-linked plate function on-line testing equipment, it is characterised in that：Including tester table (1), the test machine
Platform includes the first belt transmission line for transmitting doubly-linked plate to be measured and for carrying out to the doubly-linked plate on the first belt transmission line
The measurement jig of test, also including be arranged on the first belt transmission line direction of motion front end for being positioned to doubly-linked plate
Positioner, the first belt transmission line lower section is provided with the drive mechanism for driving the first belt transmission line to move up and down.
2. notebook mainboard doubly-linked plate function on-line testing equipment as claimed in claim 1, it is characterised in that：Also include work
Table top (5), work top (5) lower section is provided with raising plate (6), and the drive shaft of above-mentioned drive mechanism is connected with raising plate,
First belt transmission line through work top (5), the first belt transmission line bag are installed on the raising plate (6)
Include the first left side board transmission line (9) and the first right side board transmission line (10), the measurement jig include lower measurement jig (13) and
Upper measurement jig (12), the lower measurement jig (13) is arranged on work top (5) and positioned at the first left side board transmission line
(9) and the first right side board transmission line (10) between, the first belt transmission line top is provided with pressing plate (14), under pressing plate (14)
Side is provided with measurement jig (12), and the upper measurement jig (12) is positioned at lower measurement jig (13) top.
3. notebook mainboard doubly-linked plate function on-line testing equipment as claimed in claim 2, it is characterised in that：The raising plate
(6) the first track screw mandrel (15) is provided with, tester table, first track are stretched out in described first track screw mandrel (15) one end
Screw mandrel (15) stretches out tester table one end and is provided with the first rotation handwheel, and on the first track screw mandrel (15) first is provided with
Stem nut (17), first left side board transmission line (9) is fixed on the first feed screw nut (17), and lower measurement jig (13) passes through
It is bolted on work top (5), the upper measurement jig (12) is bolted on pressing plate (14).
4. notebook mainboard doubly-linked plate function on-line testing equipment as claimed in claim 2, it is characterised in that：Described first is left
Side plate transmission line (9) includes the first left side belt strip, and belt strip outside in first left side is provided with the first guide plate, described the
One guide plate is bending structure so that form what is accommodated for board under test left side between the first left side belt strip and the first guide plate
Groove；First right side board transmission line (10) includes the first right side belt strip (24), and first right side belt strip (24) is outward
Side is provided with the second guide plate (25), and second guide plate (25) is bending structure so that the first right side belt strip (24) with
The groove accommodated for board under test left side is formed between second guide plate (25).
5. notebook mainboard doubly-linked plate function on-line testing equipment as claimed in claim 1, it is characterised in that：The positioning dress
Stopper (7) is set to, the first belt transmission line direction of motion front end is additionally provided with the first photoelectric sensor.
6. notebook mainboard doubly-linked plate function on-line testing equipment as claimed in claim 1, it is characterised in that：Also include to survey
Commissioning stage (1) transports the lifting board of doubly-linked plate to be measured, and the lifting board (2) includes the first frame, in first frame
It is provided with upper layer transport line (3), lower floor's transmission line (4) and drives what upper layer transport line (3) and lower floor's transmission line (4) moved up and down
Up-down drive device (26), is connected between the upper layer transport line (3) and lower floor's transmission line (4) by connecting rod.
7. notebook mainboard doubly-linked plate function on-line testing equipment as claimed in claim 6, it is characterised in that：The upper strata passes
Defeated line (3) includes the second belt transmission line, and second belt transmission line is right including the second left side board transmission line (18) and second
Side plate transmission line (19), second right side board transmission line (19) lower section is provided with the second track screw mandrel (20), second rail
The second feed screw nut (21) is provided with road screw mandrel (20), second left side board transmission line (18) is fixed on the second feed screw nut
(21) on, described second track screw mandrel (20) one end is provided with the second rotation handwheel (22)；
Lower floor's transmission line (4) includes the 3rd belt transmission line, and the 3rd belt transmission line is transmitted including the 3rd left plate
Line and the 3rd right side board transmission line, the 3rd right side board transmission line lower section is provided with the 3rd track screw mandrel, the 3rd track
The 3rd feed screw nut is provided with screw mandrel, the 3rd left side board transmission line is fixed on the 3rd feed screw nut, the 3rd rail
Road screw mandrel one end is provided with the 3rd rotation handwheel.
8. notebook mainboard doubly-linked plate function on-line testing equipment as claimed in claim 6, it is characterised in that：Also include arranging
Scanner (23) on upper layer transport line (3), the scanner (23) is towards the doubly-linked transmitted on upper layer transport line (3)
Plate.
9. notebook mainboard doubly-linked plate function on-line testing equipment as claimed in claim 1, it is characterised in that：The test is controlled
Tool includes tool platform, and double needle is provided with the tool platform, and tool platform is stretched out and towards doubly-linked to be measured in described double needle one end
Plate, the double needle other end is connected to syringe needle switching module.
10. notebook mainboard doubly-linked plate function on-line testing method, including：
A, doubly-linked plate is placed on the upper layer transport line of elevator flows into tester table；
B, doubly-linked plate are blocked block and stop when moving to top into after the first belt transmission line, the detection of the first photoelectric sensor
To after doubly-linked partitioned signal, the first belt transmission line declines so that doubly-linked plate falls on lower measurement jig, while top board drives
Measurement jig is pushed so that test pin mark is contacted with test interface, signal is drawn and is tested；
After the completion of C, test, top board drives upper measurement jig return, the first belt transmission line to rise and rotate backward doubly-linked
Plate spreads out of tester table, and lower floor's transmission line of elevator rises to the first belt transmission line sustained height, receives the doubly-linked plate for spreading out of,
After reception, lower floor's transmission line of elevator declines, and flows into external transmission lines；
D, the doubly-linked plate tested is carried out into cutting plate operation, cut into two pieces of finished product mainboards.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611158351.0A CN106681872A (en) | 2016-12-15 | 2016-12-15 | On-line testing device and method for notebook-computer-motherboard-double-connecting-board function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611158351.0A CN106681872A (en) | 2016-12-15 | 2016-12-15 | On-line testing device and method for notebook-computer-motherboard-double-connecting-board function |
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| Publication Number | Publication Date |
|---|---|
| CN106681872A true CN106681872A (en) | 2017-05-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201611158351.0A Pending CN106681872A (en) | 2016-12-15 | 2016-12-15 | On-line testing device and method for notebook-computer-motherboard-double-connecting-board function |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107434163A (en) * | 2017-08-22 | 2017-12-05 | 东莞华懋精密机械科技有限公司 | A kind of full-automatic warehouse style loading and unloading software filling apparatus |
| CN108169523A (en) * | 2018-01-17 | 2018-06-15 | 深圳市精泰达科技有限公司 | Trigger structure is crossed in a kind of on-line testing |
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| CN110082667A (en) * | 2019-04-08 | 2019-08-02 | 珠海圣诺电子设备有限公司 | Server circuit mainboard p-wire |
| CN111408846A (en) * | 2020-04-24 | 2020-07-14 | 深圳泰德激光科技有限公司 | Assembly line for marking meter groove |
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