CN203414698U - Detection device for detecting liquid crystal module - Google Patents
Detection device for detecting liquid crystal module Download PDFInfo
- Publication number
- CN203414698U CN203414698U CN201320548202.0U CN201320548202U CN203414698U CN 203414698 U CN203414698 U CN 203414698U CN 201320548202 U CN201320548202 U CN 201320548202U CN 203414698 U CN203414698 U CN 203414698U
- Authority
- CN
- China
- Prior art keywords
- magnetite
- substrate
- plate
- fixed head
- pick
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Images
Landscapes
- Combinations Of Printed Boards (AREA)
Abstract
The utility model discloses a detection device for detecting a liquid crystal module. The detection device comprises an upper board and a flip assembly, wherein the upper board comprises a first upper board for placing a module to be detected and a second upper board; the flip assembly is arranged on the second upper board in a flippable manner and comprises a first detection substrate, a first substrate fixing plate, a second detection substrate and a second substrate fixing plate, wherein the first substrate fixing plate is used for fixing the first detection substrate, and the second substrate fixing plate is used for fixing the second detection substrate; the first detection substrate is provided with a first connector detecting port which is used for detecting connectors of the module to be detected, and the second detection substrate is provided with a second connector detecting port which is used for detecting the connectors of the module to be detected. The detection device has the advantages that the module to be detected is convenient to replace during operation, the damage rate of connector ports of the module to be detected is lowered, the service lives of the connector detecting ports of the detection substrates are prolonged, and the production efficiency is increased effectively.
Description
Technical field
The utility model relates to a kind of pick-up unit, particularly a kind of pick-up unit detecting for liquid crystal module.
Background technology
Existing liquid crystal module detects tool and is assembled by processing such as Vulcanite, sheet metal component, fixture, pcb board, electronic devices and components and various signal wires.What it adopted in testing process is the mode contacting completely, and the connector port being about on module to be measured is pressed in the connector detection port on contact detection substrate completely.And for the product of multi-link device port, be also the method conduction detection that adopts connector detection port crimping one by one.Existing mode mainly contains following two shortcomings: 1. detection speed is slow, and production efficiency is low; 2. the connector detection port on the connector port on module to be measured and detection substrate is all easily damaged, and has increased product fraction defective, causes production cost to increase.
What present common producer was generally used is a kind of easy pick-up unit, and it is configured to: contact substrate, line, simple signal plate or cell phone mainboard, corresponding line.During detection, product terminal adapter is directly buckled in the connector on contact substrate, need to be pressed into completely, because connector is smaller, the very bad contraposition of contraposition crimping, easily damage connector by pressure, and when opening, the male end of connector and female end have snap fit locking, need so firmly just can open, the FPC pad PIN pin that is easy to connector is welded on product is thrown off, serious meeting comes off whole connector, the result of doing is like this that speed of production is slow, product fraction defective is high, that contact substrate damages is fast (every kind the complete connection lifetime of connector limited general 20---50 time), manufacturing cost is large.
Summary of the invention
The technical problems to be solved in the utility model is to provide a kind of pick-up unit detecting for liquid crystal module; It is convenient that this device exchanges module to be measured in operating process, reduced the spoilage of connector port on module to be measured, increased the serviceable life of detecting connector detection port on substrate, effectively promoted production efficiency, and reduced production cost.
For solving the problems of the technologies described above, the utility model adopts following technical proposals:
The pick-up unit detecting for liquid crystal module, described pick-up unit comprises day plate and upset assembly; Within described day, plate comprises that one for placing the first day plate of module to be measured, and a second day plate;
Described upset assembly is turnover to be arranged on described second day plate, and this upset assembly comprises the first detection substrate, for the fixing described first first substrate fixed head, second that detects substrate, detects substrate and for the fixing described second second substrate fixed head that detects substrate;
First detects substrate is provided with the first connector detection port for detection of module connector to be measured, and described second detects substrate is provided with the second connector detection port for detection of module connector to be measured.
When module connector port to be measured has two, upset assembly overturns towards sky plate direction, after the upset of upset assembly, the first connector detection port and the to be measured module connector port conducting corresponding with the first connector detection port, same the second connector detection port and the to be measured module connector port conducting corresponding with the second connector detection port, in order to realize the object detecting.
Further, described day plate is provided with for placing the type groove of module connector port to be measured.
Further, on the plate face of described second day plate, be installed with limiting plate, this limiting plate is provided with for placing the die cavity of module connector port to be measured.Limiting plate is used for locating module connector port to be measured, the height that the connector detection port on control detection substrate and module connector port to be measured are chimeric.
Further, on the plate face of described first day plate, be disposed with the backing plate affixed with described first day plate and the module supporting plate affixed with described backing plate.
Further, described first substrate fixed head is located at described second substrate fixed head upper end, and described second substrate fixed head top is provided with upwardly extending web member, between the rear plate face of described first substrate fixed head and described web member, by limit shaft, is connected;
By described limit shaft, connect, described first substrate fixed head can move with respect to second substrate fixed head on limit shaft axial direction.
Further, in described die cavity, be provided with the first magnetite for fixing module connector port to be measured.
Further, after the upset of upset assembly, on the plate face that is crimped on described limiting plate that the interior plate face of described the first detection substrate and the second interior plate face that detects substrate mate by magnetic attraction, the first connector detection port and the second connector detection port are all corresponding with described cavity positions coupling.
It is fast that the mode of employing magnetic attraction has crimping speed; Dynamics is convenient to regulate (distance of controlling magnetite); Reduce panel (detecting operating platform is that module detects holding plane) whole height simultaneously, when the upper undercarriage of product to be measured (module to be measured), be not easy to collide with like this.
Further, described limiting plate is provided with at least one positioning pin rod, offers and the described positioning pin rod corresponding dowel hole that matches on described upset assembly.Upset assembly is after the upset of sky plate plate face, and positioning pin rod is located in described dowel hole.
From the angle of location, positioning pin rod effect is that the connector detection port on detection and localization substrate is accurately docked with the connector port of product (module to be measured).
Further, described first substrate fixed head is provided with the handle for upset assembly.
Further, the plate body two ends of described second substrate fixed head are respectively equipped with rotating shaft; Described second day plate is provided with the shaft seat matching with described rotating shaft.
By rotating shaft, be arranged in shaft seat, together with being crimped on limiting plate in order to the detection substrate after the upset of realization upset assembly.
Further, described first substrate fixed head and second substrate fixed head are laterally and are arranged side by side, and on the plate body of described first substrate fixed head and on the plate body of second substrate fixed head, are respectively equipped with rotating shaft; Described second day plate is provided with the shaft seat matching with described rotating shaft.
Further, described first substrate fixed head is provided with at least one second magnetite; Described second substrate fixed head is provided with at least one the 3rd magnetite;
One end of described the second magnetite and first substrate fixed head are affixed, and the other end is convexly set in the interior plate face of the first detection substrate;
One end of described the 3rd magnetite and second substrate fixed head are affixed, and the other end is convexly set in the interior plate face of the second detection substrate;
On described limiting plate, offer the through hole matching with described the second magnetite, the 3rd magnetite position;
On the second day plate of described limiting plate below, offer chute, in this chute, be provided with the shifting block that can slide in chute, the upper surface of this shifting block is provided with four magnetite different with the second magnetite, the 3rd magnetite polarity, and with described the second magnetite, the 5th magnetite that the 3rd magnetite polarity is identical;
After the upset of upset assembly, shifting block is at locked position, and the second magnetite, the 3rd magnetite coordinate with the 4th magnetite through through hole, and described first detects on the plate face that is crimped on described limiting plate of the plate face of substrate and the plate face coupling of the second detection substrate;
After the upset of upset assembly, shifting block is in folding position, and the second magnetite, the 3rd magnetite coordinate with the 5th magnetite through through hole, and described first detects the plate face of substrate, the plate face of the second detection substrate is all separated with the plate face of described limiting plate.
The utility model adopts magnetic force as crimp force, utilize magnet two like magnetic poles repel each other, the principle that there is a natural attraction between the sexes, when detection substrate (first detecting substrate and the second detection substrate) contacts with limiting plate crimping, by stirring shifting block, make the second magnetite and the 4th magnetite there is a natural attraction between the sexes to dock, there is a natural attraction between the sexes docks for the 3rd magnetite and the 4th magnetite; Suction makes detect the connector detection port (i.e. the first connector detection port and the second connector detection port) on substrate (first detecting substrate and the second detection substrate) and be placed on the module connector port to be measured conducting on limiting plate; And after having detected, back stir shifting block, make so again the second magnetite and the 5th magnetite contraposition, the 3rd magnetite and the 5th magnetite contraposition; Pass through principle of same-sex repulsion, make to detect between substrate (first detect substrate and second detect substrate) and limiting plate in opened condition, and make to detect connector detection port (i.e. the first connector detection port and the second connector detection port) and the module connector port to be measured disengaging on substrate (first detect substrate and second detect substrate).Shifting block is set easy to operate, the upper undercarriage speed of product (module to be measured) fast (can not hinder product picks and places), minimizes on tool height.
Further, be arranged side by side the 6th magnetite and the 7th magnetite on the bottom surface of described chute, the polarity of the polarity of described the 6th magnetite and the 7th magnetite is different;
On the lower surface of described shifting block, be also provided with the 8th magnetite, the polarity of described the 8th magnetite is identical with the polarity of the 6th magnetite;
Shifting block is at locked position, and the location matches of described the 8th magnetite and the 6th magnetite is corresponding to be repelled mutually;
Shifting block is in folding position, the corresponding adhesive mutually of location matches of described the 8th magnetite and the 7th magnetite.
The object of design is like this: when detection substrate (first detecting substrate and the second detection substrate) does not overturn, shifting block position is (being folding position) all the time in outside, even shifting block is pushed to locked position, shifting block also can slip back to folding position automatically;
This is a fool-proof design, prevents from detecting substrate in when upset, and the impulse force of upset adds that the suction of magnetite injures to the impact of module connector port to be measured.
Further, described shifting block is provided with shifting block handle.
Further, the second day plate at described second substrate fixed head rear portion is provided with at least one for limiting the block of described second substrate fixed head upset.
The object that block is set is, while making like this on product undercarriage, after the upset of upset assembly, limits its upturned position; When opening upset assembly, can fix upset assembly by magnetite simultaneously;
At tool, detect while having angle to require, product detects needs 45 degree view directions, and upset assembly upwards turns over, and at this moment by block, fix the assembly that overturns, and makes like this on product undercarriage easy.
Further, described block is provided with the 9th magnetite, and described second substrate fixed head is provided with the tenth magnetite matching with described the 9th magnetite position, and described the 9th magnetite polarity and the tenth magnetite polarity are different.
By coordinating of the 9th magnetite and the tenth magnetite, upset assembly, under folding condition, can be fixed together with block, and the arbitrarily situation of upset can not occur.
Further, described the first detection substrate and second detects substrate and is provided with the FPC soft arranging wire for being connected with external unit (main signal plate).
The utility model is compared with existing product, has following actively useful effect:
1, in operating process, exchange module to be measured for conveniently, quick.
2, because connector is half contact condition, so just reduce the spoilage of connector, to detecting the connector life-span on module and contact substrate, all improve a lot.
3, effectively promote production efficiency, and reduced production cost.
Accompanying drawing explanation
Fig. 1 is the structural front view before the upset of the utility model upset assembly.
Fig. 2 is the vertical view of Fig. 1.
Fig. 3 is the perspective view before the upset of the utility model upset assembly.
Fig. 4 is the structural front view after the upset of the utility model upset assembly.
Fig. 5 is the vertical view of Fig. 4.
Fig. 6 is the perspective view after the upset of the utility model upset assembly.
Fig. 7 is one of structural representation of day plate in the utility model.
Fig. 8 be day plate in the utility model structural representation two.
Fig. 9 is one of fit structure schematic diagram of day plate, backing plate and module supporting plate in the utility model.
Figure 10 be day plate in the utility model, backing plate and module supporting plate fit structure schematic diagram two.
Figure 11 is one of structural representation of limiting plate in the utility model.
Figure 12 be limiting plate in the utility model structural representation two.
Figure 13 is the fit structure front view of limiting plate and shifting block in the utility model.
Figure 14 is the right view of Figure 13.
Figure 15 is the upward view of Figure 13.
Figure 16 is one of fit structure schematic diagram of limiting plate and shifting block in the utility model.
Figure 17 be limiting plate and shifting block in the utility model fit structure schematic diagram two.
Figure 18 is the structural representation of shifting block in the utility model.
Figure 19 is the front view of assembly of overturning in the utility model.
Figure 20 is the rear view of assembly of overturning in the utility model.
Figure 21 is the vertical view of assembly of overturning in the utility model.
Figure 22 is one of the perspective view of assembly of overturning in the utility model.
Figure 23 be in the utility model, overturn assembly perspective view two.
Figure 24 is one of fit structure schematic diagram of first substrate fixed head and second substrate fixed head in the utility model.
Figure 25 be first substrate fixed head and second substrate fixed head in the utility model fit structure schematic diagram two.
Figure 26 is the fit structure schematic perspective view between first substrate fixed head in the utility model, second substrate fixed head and limit shaft.
Figure 27 is the fit structure front view between first substrate fixed head in the utility model, second substrate fixed head and limit shaft.
Figure 28 is the vertical view of Figure 27.
Figure 29 is the right view of Figure 27.
Figure 30 is the assembly structure schematic diagram between first substrate fixed head in the utility model, second substrate fixed head and limit shaft.
Embodiment
Below in conjunction with accompanying drawing, embodiment of the present utility model is described.
Embodiment 1:
As shown in Fig. 1 to 30, a kind of pick-up unit detecting for liquid crystal module, described pick-up unit comprises day plate 1 and upset assembly 2; Within described day, plate 1 comprises that one for placing the first day plate 11 of module to be measured, and a second day plate 12; On the plate face of described first day plate 11, be disposed with the backing plate 111 affixed with described first day plate 11 and the module supporting plate 112 affixed with described backing plate 111;
On the plate face of described second day plate 12, be installed with limiting plate 121, this limiting plate 121 is provided with for placing the die cavity 1211 of module connector port to be measured; Limiting plate 121 is for locating module connector port to be measured, controls the chimeric height of the connector detection port that detects on substrate and module connector port to be measured; In described die cavity 1211, be provided with the first magnetite 100 for fixing module connector port to be measured.
Described upset assembly 2 is arranged on described second day plate 12 towards plate 1 direction in sky is turnover, and this upset assembly 2 comprises the first detection substrate 21, for the fixing described first first substrate fixed head 22, second that detects substrate 21, detects substrate 23 and for the fixing described second second substrate fixed head 24 that detects substrate 23; (referring to Fig. 1～12)
Described first substrate fixed head 22 is located at described second substrate fixed head 24 upper ends, described second substrate fixed head 24 tops are provided with upwardly extending web member 241, between the rear plate face of described first substrate fixed head 22 and described web member 241, by limit shaft 2411, are connected;
By described limit shaft 2411, connect, described first substrate fixed head 22 can move with respect to second substrate fixed head 24 on limit shaft 2411 axial directions.(referring to Figure 20～30)
Described first detects the medial surface that substrate 21 is packed in first substrate fixed head 22, and described second detects the medial surface that substrate 23 is packed in second substrate fixed head 24;
First detects substrate 21 is provided with the first connector detection port 211 for detection of module connector to be measured, and described second detects substrate 23 is provided with the second connector detection port 231 for detection of module connector to be measured;
The plate body two ends of described second substrate fixed head 24 are respectively equipped with rotating shaft 242; Described second day plate 12 is provided with the shaft seat 122 matching with described rotating shaft 242.
By rotating shaft 242, be arranged in shaft seat 122, together with being crimped on limiting plate 121 in order to the first detection substrate 21, the second detection substrate 23 after 2 upsets of realization upset assembly.(referring to Fig. 2,3,5,6,19,20,22,23)
After 2 upsets of upset assembly, on the plate face that is crimped on described limiting plate 121 that the interior plate face of described the first detection substrate 21 and the second interior plate face that detects substrate 23 mate by magnetic attraction, the first connector detection port 211 and the second connector detection port 231 are all corresponding with described die cavity 1211 location matches; And what the first connector detection port 211 and the second connector detection port 231 all can be mated is crimped on module connector port to be measured.
It is fast that the mode of employing magnetic attraction has crimping speed; Dynamics is convenient to regulate (distance of controlling magnetite); Reduce panel (detecting operating platform is that module detects holding plane) whole height simultaneously, when the upper undercarriage of product to be measured (module to be measured), be not easy to collide with like this.(referring to Fig. 1～6)
Further, described first substrate fixed head 22 is provided with two the second magnetites 101; Described second substrate fixed head 24 is provided with two the 3rd magnetites 102; One end of the second magnetite 101 and first substrate fixed head 22 are affixed, and the other end is convexly set in the interior plate face of the first detection substrate 21; One end of the 3rd magnetite 102 and second substrate fixed head 24 are affixed, and the other end is convexly set in the interior plate face of the second detection substrate 23;
On described limiting plate 121, offer the through hole 1212 matching with described the second magnetite 101, the 3rd magnetite 102 positions;
On the second day plate 12 of described limiting plate 121 belows, offer chute 3, in this chute 3, being provided with can be at the shifting block 31 of chute 3 interior slips, and shifting block 31 is provided with shifting block handle 311; On the upper surface of described shifting block 31, coupling is provided with four four magnetites 103 different with the second magnetite 101, the 3rd magnetite 102 polarity, and four with described the second magnetite 101, the 5th magnetite 104 that the 3rd magnetite 102 polarity are identical;
When detecting use, after 2 upsets of upset assembly, shifting block 31 is locked position (making shifting block 31 slide to limiting plate 121 directions by shifting block handle 311), by the second magnetite 101, the 3rd magnetite 102 through through hole 1212, coordinate respectively with the 4th magnetite 103 contrapositions, described first detects on the plate face that is crimped on described limiting plate 121 of the plate face of substrate 21 and the plate face coupling of the second detection substrate 23;
After detecting use, after 2 upsets of upset assembly, shifting block 31 is in folding position (by shifting block handle 311, shifting block 31 being slided to limiting plate 121) in the other direction, by the second magnetite 101, the 3rd magnetite 102 through through hole 1212, coordinate respectively with the 5th magnetite 104 contrapositions, described first detects the plate face of substrate 21, the plate face of the second detection substrate 23 is all separated with the plate face of described limiting plate 121.
The utility model adopts magnetic force as crimp force, utilize magnet two like magnetic poles repel each other, the principle that there is a natural attraction between the sexes, when detection substrate (first detecting substrate 21 and the second detection substrate 23) contacts with limiting plate 121 crimping, by stirring 31 shifting blocks, make the second magnetite 101 and the 4th magnetite 103 there is a natural attraction between the sexes to dock, there is a natural attraction between the sexes docks for the 3rd magnetite 102 and the 4th magnetite 103; Suction makes detect the connector detection port (i.e. the first connector detection port 211 and the second connector detection port 231) on substrate (first detecting substrate 21 and the second detection substrate 23) and be placed on the module connector port to be measured conducting on limiting plate 121; And after having detected, back stir shifting block 31, make so again the second magnetite 101 and the 5th magnetite 104 contrapositions, the 3rd magnetite 102 and the 5th magnetite 104 contrapositions; Pass through principle of same-sex repulsion, make to detect between substrate (first detect substrate 21 and second detect substrate 23) and limiting plate 121 in opened condition, and make to detect connector detection port (i.e. the first connector detection port 211 and the second connector detection port 231) and the module connector port to be measured disengaging on substrate (first detect substrate 21 and second detect substrate 23).Shifting block 31 is set easy to operate, the upper undercarriage speed of product (module to be measured) fast (can not hinder product picks and places), minimizes on tool height.(referring to Fig. 1～18)
On the bottom surface of described chute 3, be arranged side by side the 6th magnetite 105 and the 7th magnetite 106, the polarity of the polarity of described the 6th magnetite 105 and the 7th magnetite 106 is different;
On the lower surface of described shifting block 31, be also provided with the 8th magnetite 107, the polarity of described the 8th magnetite 107 is identical with the polarity of the 6th magnetite 105;
Shifting block 31 is at locked position, and the location matches of described the 8th magnetite 107 and the 6th magnetite 105 is corresponding to be repelled mutually;
Shifting block 31 is in folding position, the corresponding adhesive mutually of location matches of described the 8th magnetite 107 and the 7th magnetite 106.
The object of design is like this: when the detection substrate in upset assembly 2 (first detecting substrate 21 and the second detection substrate 23) does not overturn, shifting block 31 positions are (being folding position) all the time in outside, even shifting block 31 is pushed to locked position, shifting block 31 also can slip back to folding position automatically;
This is a fool-proof design, and the assembly 2 that prevents from overturning is in when upset, and the impulse force of upset adds that the suction of magnetite injures to the impact of module connector port to be measured.(referring to Fig. 7,8,9,10,13～18)
Preferably, the second day plate 12 at described second substrate fixed head 24 rear portions is provided with at least one for limiting the block 4 of described second substrate fixed head 24 upsets.Described block 4 is provided with the 9th magnetite 108, and described second substrate fixed head 24 is provided with the tenth magnetite 109 matching with described the 9th magnetite 108 positions, and described the 9th magnetite 108 polarity and the tenth magnetite 109 polarity are different.
By coordinating of the 9th magnetite 108 and the tenth magnetite 109, upset assembly 2, under folding condition, can be fixed together with block 4, and the arbitrarily situation of upset can not occur.
The object that block 4 is set is, while making like this on product undercarriage, after 2 upsets of upset assembly, limits its upturned position; When opening upset assembly 2, can fix upset assembly by magnetite simultaneously.(referring to Fig. 2,3,6,20,22～27)
Further, described the first detection substrate 21 and second detects substrate 23 and is provided with the FPC soft arranging wire 5 for being connected with external unit (main signal plate), and described first substrate fixed head 22 is provided with the handle 6 for upset assembly 2.(referring to Figure 21,22,23)
Preferably, described limiting plate 121 is provided with four positioning pin rods 123, offers and the described positioning pin rod 123 corresponding dowel hole 1231 that matches on described upset assembly 2.Upset assembly 2 is after the 1 plate face upset of sky plate, and positioning pin rod 123 is located in described dowel hole 1231.
From the angle of location, positioning pin rod 123 effects are that the connector detection port on detection and localization substrate is accurately docked with the connector port of product (module to be measured).(referring to Fig. 2,3)
Embodiment 2:
The difference of the present embodiment and embodiment 1 is: first substrate fixed head and second substrate fixed head are laterally and are arranged side by side, and on the plate body of first substrate fixed head and on the plate body of second substrate fixed head, is respectively equipped with rotating shaft; Second day plate is provided with the shaft seat matching with described rotating shaft.
The word in the description orientation that adopted herein " on ", D score, " left side ", " right side " etc. are all convenience in order to illustrate based on the orientation shown in drawing in accompanying drawing, in actual device, these orientation may be different due to the disposing way of device.
In sum, embodiment described in the utility model only provides a kind of embodiment of the best, technology contents of the present utility model and technical characterstic disclose as above, yet are familiar with the content that the personage of the technology still may disclose based on the utility model and do various replacement and the modifications that do not deviate from the utility model creation spirit; Therefore, protection domain of the present utility model is not limited to the technology contents that embodiment discloses, therefore all equivalences of doing according to shape of the present utility model, structure and principle change, is all encompassed in protection domain of the present utility model.
Claims (17)
1. the pick-up unit detecting for liquid crystal module, is characterized in that: described pick-up unit comprises day plate and upset assembly; Within described day, plate comprises that one for placing the first day plate of module to be measured, and a second day plate;
Described upset assembly is turnover to be arranged on described second day plate, and this upset assembly comprises the first detection substrate, for the fixing described first first substrate fixed head, second that detects substrate, detects substrate and for the fixing described second second substrate fixed head that detects substrate;
First detects substrate is provided with the first connector detection port for detection of module connector to be measured, and described second detects substrate is provided with the second connector detection port for detection of module connector to be measured.
2. a kind of pick-up unit detecting for liquid crystal module according to claim 1, is characterized in that: within described day, plate is provided with for placing the type groove of module connector port to be measured.
3. a kind of pick-up unit detecting for liquid crystal module according to claim 1, is characterized in that: on the plate face of described second day plate, be installed with limiting plate, this limiting plate is provided with for placing the die cavity of module connector port to be measured.
4. according to a kind of pick-up unit detecting for liquid crystal module described in claim 1,2 or 3, it is characterized in that: on the plate face of described first day plate, be disposed with the backing plate affixed with described first day plate and the module supporting plate affixed with described backing plate.
5. a kind of pick-up unit detecting for liquid crystal module according to claim 1, it is characterized in that: described first substrate fixed head is located at described second substrate fixed head upper end, described second substrate fixed head top is provided with upwardly extending web member, between the rear plate face of described first substrate fixed head and described web member, by limit shaft, is connected;
By described limit shaft, connect, described first substrate fixed head can move with respect to second substrate fixed head on limit shaft axial direction.
6. a kind of pick-up unit detecting for liquid crystal module according to claim 3, is characterized in that: in described die cavity, be provided with the first magnetite for fixing module connector port to be measured.
7. a kind of pick-up unit detecting for liquid crystal module according to claim 3, it is characterized in that: after the upset of upset assembly, on the plate face that is crimped on described limiting plate that the interior plate face of described the first detection substrate and the second interior plate face that detects substrate mate by magnetic attraction, the first connector detection port and the second connector detection port are all corresponding with described cavity positions coupling.
8. a kind of pick-up unit detecting for liquid crystal module according to claim 3, is characterized in that: described limiting plate is provided with at least one positioning pin rod, offers and the described positioning pin rod corresponding dowel hole that matches on described upset assembly.
9. a kind of pick-up unit detecting for liquid crystal module according to claim 3, is characterized in that: described first substrate fixed head is provided with the handle for upset assembly.
10. a kind of pick-up unit detecting for liquid crystal module according to claim 3, is characterized in that: the plate body two ends of described second substrate fixed head are respectively equipped with rotating shaft; Described second day plate is provided with the shaft seat matching with described rotating shaft.
11. a kind of pick-up units that detect for liquid crystal module according to claim 3, it is characterized in that: described first substrate fixed head and second substrate fixed head are laterally and are arranged side by side, on the plate body of described first substrate fixed head and on the plate body of second substrate fixed head, be respectively equipped with rotating shaft; Described second day plate is provided with the shaft seat matching with described rotating shaft.
12. according to a kind of pick-up unit detecting for liquid crystal module described in claim 10 or 11, it is characterized in that: described first substrate fixed head is provided with at least one second magnetite; Described second substrate fixed head is provided with at least one the 3rd magnetite;
One end of described the second magnetite and first substrate fixed head are affixed, and the other end is convexly set in the interior plate face of the first detection substrate;
One end of described the 3rd magnetite and second substrate fixed head are affixed, and the other end is convexly set in the interior plate face of the second detection substrate;
On described limiting plate, offer the through hole matching with described the second magnetite, the 3rd magnetite position;
On the second day plate of described limiting plate below, offer chute, in this chute, be provided with the shifting block that can slide in chute, the upper surface of this shifting block is provided with four magnetite different with the second magnetite, the 3rd magnetite polarity, and with described the second magnetite, the 5th magnetite that the 3rd magnetite polarity is identical;
After the upset of upset assembly, shifting block is at locked position, and the second magnetite, the 3rd magnetite coordinate with the 4th magnetite through through hole, and described first detects on the plate face that is crimped on described limiting plate of the plate face of substrate and the plate face coupling of the second detection substrate;
After the upset of upset assembly, shifting block is in folding position, and the second magnetite, the 3rd magnetite coordinate with the 5th magnetite through through hole, and described first detects the plate face of substrate, the plate face of the second detection substrate is all separated with the plate face of described limiting plate.
13. a kind of pick-up units that detect for liquid crystal module according to claim 12, is characterized in that: on the bottom surface of described chute, be arranged side by side the 6th magnetite and the 7th magnetite, the polarity of the polarity of described the 6th magnetite and the 7th magnetite is different;
On the lower surface of described shifting block, be also provided with the 8th magnetite, the polarity of described the 8th magnetite is identical with the polarity of the 6th magnetite;
Shifting block is at locked position, and the location matches of described the 8th magnetite and the 6th magnetite is corresponding to be repelled mutually;
Shifting block is in folding position, the corresponding adhesive mutually of location matches of described the 8th magnetite and the 7th magnetite.
14. a kind of pick-up units that detect for liquid crystal module according to claim 13, is characterized in that: described shifting block is provided with shifting block handle.
15. a kind of pick-up units that detect for liquid crystal module according to claim 10, is characterized in that: the second day plate at described second substrate fixed head rear portion is provided with at least one for limiting the block of described second substrate fixed head upset.
16. a kind of pick-up units that detect for liquid crystal module according to claim 15, it is characterized in that: described block is provided with the 9th magnetite, described second substrate fixed head is provided with the tenth magnetite matching with described the 9th magnetite position, and described the 9th magnetite polarity and the tenth magnetite polarity are different.
17. a kind of pick-up units that detect for liquid crystal module according to claim 10, is characterized in that: described the first detection substrate and second detects substrate and is provided with the FPC soft arranging wire for being connected with external unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320548202.0U CN203414698U (en) | 2013-09-04 | 2013-09-04 | Detection device for detecting liquid crystal module |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320548202.0U CN203414698U (en) | 2013-09-04 | 2013-09-04 | Detection device for detecting liquid crystal module |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203414698U true CN203414698U (en) | 2014-01-29 |
Family
ID=49977580
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320548202.0U Withdrawn - After Issue CN203414698U (en) | 2013-09-04 | 2013-09-04 | Detection device for detecting liquid crystal module |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203414698U (en) |
-
2013
- 2013-09-04 CN CN201320548202.0U patent/CN203414698U/en not_active Withdrawn - After Issue
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN203405647U (en) | Detecting device used for detecting liquid crystal module | |
| CN103424902B (en) | A kind of pick-up unit detected for liquid crystal module | |
| CN103412425B (en) | A kind of pick-up unit detected for liquid crystal module | |
| CN104062785A (en) | Detection end device for liquid crystal module detector | |
| CN105281074B (en) | Electronic equipment and combinations thereof | |
| CN204142855U (en) | A kind of automatic butt jointing device and Machine Vision Inspecting System thereof | |
| CN103454793B (en) | A kind of pick-up unit detected for liquid crystal module | |
| CN204142647U (en) | Based on the on-line detecting system of machine vision | |
| CN105466946A (en) | Machine vision based on-line detection system and detection method thereof | |
| CN203414697U (en) | Detection device for detecting liquid crystal module | |
| CN203414698U (en) | Detection device for detecting liquid crystal module | |
| CN204179354U (en) | Connector and be connected with the mobile terminal of this connector | |
| CN202308450U (en) | Electric connection device and conductive terminal thereof | |
| CN211017466U (en) | Switching device for display panel detection | |
| CN207217896U (en) | Connected structure, connector assembly and mobile terminal | |
| CN108173019B (en) | Communication interface structure and electronic equipment | |
| CN203747124U (en) | Card connector | |
| CN202004192U (en) | Electric connector | |
| CN105372511A (en) | Automatic connection device and machine vision detection system | |
| CN201285837Y (en) | Electric connector terminal | |
| CN203747125U (en) | Card connector assembly | |
| CN110471201B (en) | Crimping jig | |
| CN202633569U (en) | Multipoint contact hanging table type board-to-board electric connector | |
| CN202693719U (en) | Plate-plate connector detection device | |
| CN209247971U (en) | Circuit board detection device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140129 Effective date of abandoning: 20160113 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |