CN207446759U - A kind of fingerprint module automatic marking device - Google Patents
A kind of fingerprint module automatic marking device Download PDFInfo
- Publication number
- CN207446759U CN207446759U CN201721437641.9U CN201721437641U CN207446759U CN 207446759 U CN207446759 U CN 207446759U CN 201721437641 U CN201721437641 U CN 201721437641U CN 207446759 U CN207446759 U CN 207446759U
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- cylinder
- fingerprint module
- plate
- pedestal
- positioning
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Abstract
The utility model discloses a kind of fingerprint module automatic marking devices, and including fixed pedestal, pedestal is equipped with conveying assembly, positioning component, translation mechanism and ink cartridge carrier, and translation mechanism, which is equipped with, gets component ready, and conveying assembly is used to convey fingerprint module；Positioning component is located at the front of translation mechanism, is positioned for conveying assembly to be conveyed the fingerprint module come；Translation mechanism includes the slide being arranged on pedestal, the sliding block being slidably connected with slide, the motor that driving sliding block is moved along slide；Component is got ready for the fingerprint module on positioning component to be marked.The fingerprint module automatic marking device of the utility model feeding, blanking and can automatically can position to conveying the whole plate fingerprint module come, while can adapt to the use of different size of whole plate fingerprint module automatically；It can automatically be moved to above fingerprint module when detecting undesirable fingerprint module and automatically defective products be marked.
Description
Technical field
The utility model is related to fingerprint module technical field of measurement and test more particularly to a kind of fingerprint module automatic marking devices.
Background technology
With the development of electronic technology, more and more mobile terminals employ fingerprint identification technology.Fingerprint identification technology
Fingerprint module is relied primarily on, fingerprint module is the product that IC chip has been connected with board circuit, mainly by fingerprint collecting
Module, fingerprint identification module and extended function module (such as lockset drive module) composition.Fingerprint identification technology is compared with traditional
Numerical ciphers or nine grids password have better security, are more efficiently experienced moreover, fingerprint identification technology also has.
Therefore, this also brings opportunities and challenges for fingerprint module packaging enterprise, how to enhance product performance and produce effect
Whether rate is that they want concern, the assembling of fingerprint module to be detected after completing, connected such as sensitivity, with circuit
Deng.At present, it is that detection is carried out at the same time to whole plate fingerprint module when detecting fingerprint module, it is thus desirable to whole plate fingerprint module
It is positioned, is positioned at present by manually feeding, manually, positioning accuracy is low and affects testing efficiency；Work as detection
When to one of them or several fingerprint modules being defective products, manually defective products is marked, the mode one of hand labeled
Aspect adds artificial labor intensity, on the other hand affects testing efficiency.
In view of the above shortcomings, the designer, is actively subject to research and innovation, to found a kind of fingerprint of new structure
Module automatic marking device makes it with more the utility value in industry.
Utility model content
The purpose of this utility model is that propose a kind of fingerprint module automatic marking device, it being capable of automatically feeding, blanking
And can be positioned automatically to conveying the whole plate fingerprint module come, while can adapt to different size of whole plate fingerprint module
It uses；Can when detecting undesirable fingerprint module, be automatically moved to above fingerprint module and automatically to defective products into
Line flag.
For this purpose, the utility model uses following technical scheme：
A kind of fingerprint module automatic marking device, including fixed pedestal, the pedestal is equipped with conveying assembly, positioning group
Part, translation mechanism and ink cartridge carrier, the translation mechanism are equipped with and get component ready, wherein,
The conveying assembly is used to convey fingerprint module；
The positioning component is located at the front of the translation mechanism, for the fingerprint module for carrying out conveying assembly conveying
It is positioned；
The translation mechanism includes the slide being arranged on the pedestal, the sliding block being slidably connected with the slide, driving
The motor that the sliding block is moved along the slide；
Described to get component ready for the fingerprint module on the positioning component to be marked, the component of getting ready includes branch
Frame, multiple cylinder mount frames, multiple cylinders, multiple clamping pieces, multiple mark nibs, wherein,
The stent is mounted on the sliding block；
Each cylinder mount frame is mounted side by side on the bracket end, and staggers before and after each cylinder mount frame；
Each cylinder is vertically installed at respectively on each cylinder mount frame, and the telescopic rod of each cylinder is downward；
Each clamping piece is separately mounted on the telescopic rod of each cylinder, and it is each that each clamping piece is respectively used to clamping
The mark nib, the clamping piece include rectangle block body, and the rectangle block body is equipped with written jack close to its end, and
The end is concaved with the opening for extending to the written jack, and the two side of the opening is equipped with opposite bolt hole；
Each mark nib is respectively inserted in the written jack；
The ink cartridge carrier is close to the extreme, and support has open print cartridge, and the print cartridge is for housing sponge, respectively
The end of the mark nib can be contacted with the sponge in the print cartridge.
Further, the conveying assembly includes two guide rail bearings, guide assembly, the driving guide assembly with respect to institute
The lifting cylinder and adjusting part of pedestal lifting are stated, wherein,
Two guide rail bearings are mounted on the pedestal and opposite；
The guide assembly includes being mounted on two guide rail bearings and parallel two rail support plates, two
Conveyer belt that is opposite and being set respectively along two rail support plate length directions, the power of the driving conveyer belt fill
It puts；
The lifting cylinder is two, the telescopic rods of two lifting cylinders through the pedestal respectively with described in two
Guide rail bearing connects, and each guide rail bearing is respectively connected with the guide rod that activity passes through the pedestal；
The adjusting part includes passing perpendicularly through the guide rail bearing and the screw rod of two rail support plates, the spiral shell
Bar is threadedly coupled with rail support plate one of them described；Guide rail is equipped on the guide rail bearing along its length, it is and described
The rail support plate of screw flight connection is slidably matched with the guide rail；The screw rod stretches out another guide supporting
The end of plate is connected with belt wheel, and synchronous belt is connected between the belt wheel of two screw rod ends.
Further, the positioning component is located between two rail support plates, including being arranged on the pedestal
Probe floor board framing, pushing material component and backgauge component, wherein,
The probe floor board framing includes the supporting rack being arranged on the pedestal, and support frame as described above is equipped with positioning table, institute
It states and probe bottom plate is fixed on positioning table；
The pushing material component includes the first bearing positioned at the positioning table side, on first bearing and court
To the positioning pusher cylinder of edge of table, the push plate on the telescopic rod of the pusher cylinder, the push plate parallel to
The positioning edge of table；
The backgauge component includes the second bearing positioned at another side of the positioning table, on second bearing
Multiposition cylinder, be connected with the telescopic rod of the multiposition cylinder slide plate, with the slide plate rotation connection baffle, the multidigit
The telescopic rod of cylinder has the first stop place and the second stop place, when the telescopic rod of the multiposition cylinder is in the first stop place
When putting, the telescopic rod of the multiposition cylinder answers back to the baffle, and the relatively described slide plate of the baffle is made to turn to horizontal level, and
It is parallel with the positioning table；When the telescopic rod of the multiposition cylinder is in the second stop place, the baffle declines and is pressed on
On the positioning table, and the edge of the end of the baffle closely probe bottom plate.
Further, the multiposition cylinder is equipped with limited block, and the limited block is connected with the slide plate slides, and described
Slide plate is equipped with the block that can be contradicted with limited block, described when the telescopic rod of the multiposition cylinder is in the first stop place
Block is contradicted with the limited block.
Further, the end that the slide plate is connected with the baffle is equipped with multiple positioning columns, and the baffle is grown along it
It spends direction and is equipped with the slot hole equal with the positioning column number, when the relatively described slide plate of the baffle turns to horizontal level,
Each positioning column is located in each slot hole respectively.
Further, cylinder, and two groups of institutes are kept out there are two being set on the pedestal between two rail support plates
It states and keeps out cylinder respectively positioned at support frame as described above both sides, the telescopic rod for keeping out cylinder is higher than after stretching out where the conveyer belt
Plane.
Further, the power set are two groups, are separately mounted in two rail support plates, the power dress
Drive motor, driving wheel and driven wheel including being mounted in the rail support plate are put, the conveyer belt is wound on the master
On driving wheel and the driven wheel, and the driving wheel and the output shaft of the drive motor are sequentially connected.
Further, the elongated slot passed through for the conveyer belt is equipped in the rail support plate along its length.
Further, the stent includes two opposite side plates, the top plate being connected between the two side plates tops and company
The bottom plate being connected between two side plate bottoms, two side plates are equipped with the corresponding handle slot in position.
Further, the link block for installing the rectangle block body is connected in the telescopic rod end of the cylinder, it is described
Link block is equipped with multiple first adjustment holes, and the rectangle block body is equipped with multiple second adjustment holes.
The beneficial effects of the utility model are：Using guide assembly automatic transport whole plate fingerprint module, and by pusher and
The mode of backgauge, when whole plate fingerprint module is delivered on positioning table, kept out by baffle in front end whole plate fingerprint module after
It is continuous to be fed forward, whole plate fingerprint module is pushed by position corresponding with probe bottom plate by the push plate of side, so as to automatic and essence
Quasi- ground positions fingerprint module；When it is defective products to detect some or certain several fingerprint modules, electric motor starting, driving is respectively
Cylinder is moved to above whole plate fingerprint module, and the cylinder above corresponding defective products starts, and drives mark nib by marked
On corresponding fingerprint module, then cylinder drives mark nib to retract, and motor drives each cylinder to retract, and moves each mark nib
It moves to above print cartridge, the ink overflowed in mark nib is drawn using sponge；In addition, during blanking, lifting cylinder is by guide rail group
Part rises, and the full page fingerprint module that detection is got well is made to be lifted from probe bottom plate and the baffle that staggers, is moved with conveyer belt, so as to automatic
Blanking；For the whole plate fingerprint module of different in width, the spacing between two rail support plates can be adjusted using adjusting part, with
Adapt to the use of different size of whole plate fingerprint module.
Description of the drawings
Fig. 1 is the structure diagram for the fingerprint module automatic marking device that specific embodiment of the present invention provides；
Fig. 2 be specific embodiment of the present invention provide fingerprint module automatic marking device in translation mechanism and beat
The mounting structure schematic diagram of point component；
Fig. 3 is the structure diagram for getting component ready；
Fig. 4 is the structure diagram for getting the clamping piece in component ready；
Fig. 5 is the structure diagram for getting the cylinder mount frame in component ready；
Fig. 6 be conveying assembly in the fingerprint module automatic marking device that specific embodiment of the present invention provides with it is fixed
The mounting structure schematic diagram of hyte part；
Fig. 7 is the mounting structure schematic diagram of positioning component；
Fig. 8 is the structure diagram of the backgauge component in positioning component；
Fig. 9 is the mounting structure schematic diagram of the mostly cylinder in backgauge component.
In figure：10- pedestals, 11- side plates, 12- top plates, 13- bottom plates, 14- handle slots, 15- supporting racks, 16- positioning tables,
17- probe bottom plates, 18- guide rail bearings, 20- cylinder mount frames, 21- transverse slats, 22- risers, the 3rd adjustment holes of 23-, 24- cylinders are determined
Position slot, 30- cylinders, 40- clamping pieces, 41- nib jacks, 42- openings, 43- bolts, the second adjustment holes of 44-, 50- mark nibs,
60- gets component ready, 61- slides, 62- sliding blocks, 63- motors, 64- ink cartridge carriers, 65- print cartridges, 70- link blocks, and 71- first is adjusted
Hole, the first bearings of 80-, 81- pusher cylinders, 82- push plates, 90- backgauge components, the second bearings of 91-, 92- multiposition cylinders, 93- are slided
Plate, 94- baffles, 95- limiting plates, 96- positioning columns, 97- slot holes, 100- positioning components, 200- conveying assemblies, 201- guide supportings
Plate, 202- conveyer belts, 203- keep out cylinder, 204- drive motors, 205- driving wheels, 206- driven wheels, 207- lifting cylinders,
208- guide rods, 209- screw rods, 210- guide rails, 211- belt wheels, 212- synchronous belts.
Specific embodiment
Further illustrate the technical solution of the utility model below with reference to the accompanying drawings and specific embodiments.
As shown in Figure 1, the fingerprint module automatic marking device of the utility model, including fixed pedestal 10, on pedestal 10
Equipped with conveying assembly 200, positioning component 100, translation mechanism and ink cartridge carrier 64, translation mechanism is equipped with and gets component 60 ready, defeated
Sending component 200 is used to convey fingerprint module；Positioning component 100 is located at the front of translation mechanism, for conveying assembly 200 to be conveyed
The fingerprint module come is positioned；Translation mechanism includes the slide 61 being arranged on pedestal 10, the cunning being slidably connected with slide 61
Block 62, the motor 63 that driving sliding block 62 is moved along slide 61；Get ready component 60 for the fingerprint module on positioning component 100 into
Line flag.
As shown in Figures 2 to 5, getting component ready includes stent, multiple cylinder mount frames 20, multiple cylinders 30, multiple clampings
Part 40, multiple mark nibs 50, wherein, stent is mounted on sliding block 62；Each cylinder mount frame 20 is mounted side by side on bracket end,
And stagger before and after each cylinder mount frame 20；Each cylinder 30 is vertically installed at respectively on each cylinder mount frame 20, and each cylinder 30
Telescopic rod is downward；Link block 70 is respectively connected in the telescopic rod end of each cylinder 30, each clamping piece 40 is separately mounted to each cylinder
On 30 telescopic rod, each clamping piece 40 is respectively used to clamp each mark nib 50, and clamping piece 40 includes rectangle block body, rectangular block
Body is equipped with written jack 41 close to its end, and the end is concaved with the opening 42 for extending to written jack 41, opening
42 two side is equipped with opposite bolt hole；Each mark nib 50 is respectively inserted in written jack 41；In addition, ink cartridge carrier 64 leans on
Nearly 61 end of slide, support have open print cartridge 65, and for print cartridge 65 for housing sponge, the end of each mark nib 50 can be with ink
Sponge contact in box 65.During adjustment notch nib 50, mark nib 50 is inserted in vertically in written jack 41, bolt 43 is worn
In the bolt hole of the two side of opening 42 and clamping screw, written jack 41 is made to clamp mark nib 50.It is positioned when detecting
When some or certain several fingerprint modules on component 100 are defective products, motor 63 starts, and each cylinder 30 is driven to be moved to whole plate and is referred to
Above line module, the cylinder 30 above corresponding defective products starts, and drives mark nib 50 by marked in corresponding fingerprint
On module, then cylinder 30 drives mark nib 50 to retract, and motor 63 drives each cylinder 30 to retract, in this way, can mark automatically
Bad fingerprint module saves the detection efficiency for manually, improving fingerprint module；In addition, each mark nib 50 is finishing mark
Afterwards, 65 top of print cartridge can be retracted into, the ink overflowed in mark nib 50 is drawn using sponge, ink is avoided to drip and pollute
Device.
Specifically, the utility model is equipped with multiple first adjustment holes 71 on link block 70, rectangle block body is equipped with more
A second adjustment hole 44.Since fingerprint module is that whole plate is detected, in order to adapt to different size of whole plate fingerprint module, this reality
With new in a manner that adjustment hole is set, to adjust the installation site of clamping piece 40, it is right to choose suitable second adjustment hole 44
First adjustment hole 71 of position needed for standard so that mark nib 50 can face fingerprint module, so as to can accurately mark it is bad
Product.
Meanwhile for the adjustable range for increasing position, the cylinder mount frame 20 of the utility model can also adjust installation position
It puts, specifically, cylinder mount frame 20 includes transverse slat 21 connected vertically and riser 22, transverse slat 21 and riser 22 are square along its length
To equipped with multiple 3rd adjustment holes 23.When to adjust written 50 opposite brackets of mark apart from when, may be selected needed on transverse slat 21
The 3rd adjustment hole 23, by corresponding 3rd adjustment hole 23 by the rack-mount suitable position of cylinder mount frame 20；When
Adjust 50 opposite fingerprint modules of mark nib apart from when, the 3rd adjustment hole 23 needed on riser 22 may be selected, by right
Cylinder 30 is mounted on 20 suitable position of cylinder mount frame by the 3rd adjustment hole 23 answered.
In order to further facilitate the installation of cylinder 30, the utility model is determined on riser 22 equipped with cylinder along its length
Position slot 24.When cylinder 30 is installed, cylinder 30 is stuck in cylinder locating slot 24, is then locked at selected 3rd adjustment hole 23
On.
Stent in the utility model include two opposite side plates 11, the top plate 12 being connected between 11 top of both side plate and
The bottom plate 13 being connected between 11 bottom of both side plate.For convenience of carrying, the utility model is equipped with position phase on two side plates 11
Corresponding handle slot 14.
As shown in fig. 6, the conveying assembly of the utility model includes two guide rail bearings 18, guide assembly, driving guide rail group
Part is with respect to the lifting cylinder 207 and adjusting part that pedestal 10 lifts.Two guide rail bearings 18 are mounted on pedestal 10 and opposite；
Guide assembly includes being mounted on two guide rail bearings 18 and parallel two rail support plates 201, two are opposite and point
Not along the conveyer belt 202 of two 201 length directions of rail support plate settings, the power set of driving conveyer belt 202；Guide supporting
The elongated slot passed through for conveyer belt 202 is equipped on plate 201 along its length；Power set are two groups, are separately mounted to two and lead
In rail support plate 201, power set include be mounted on rail support plate 201 on drive motor 204, driving wheel 205 with it is driven
Wheel 206, conveyer belt 202 is on driving wheel 205 and driven wheel 206, and driving wheel 205 and the output shaft of drive motor 204
It is sequentially connected.Lifting cylinder 207 is two, the telescopic rods of two lifting cylinders 207 through pedestal 10 respectively with two guide rail branch
Seat 18 connects, and each guide rail bearing 18 is respectively connected with the guide rod 208 that activity passes through pedestal 10.Adjusting part includes passing perpendicularly through leading
Rail bearing 18 and the screw rod of two rail support plates 201 209, screw rod 209 are threadedly coupled with one of rail support plate 201；
Guide rail 210, the rail support plate 201 being threadedly coupled with screw rod 209 and guide rail 210 are equipped on guide rail bearing 18 along its length
It is slidably matched；The end that screw rod 209 stretches out another rail support plate 201 is connected with belt wheel 211, two 209 ends of screw rod
Synchronous belt 212 is connected between belt wheel 211.
Positioning component 100 is located between two rail support plates 201, for conveying the whole plate fingerprint film come to guide assembly
Group is positioned.Specifically, as shown in Figs. 7-9, positioning component 100 includes the probe floor board framing being arranged on pedestal 10, pusher
Component and backgauge component 90, wherein, probe floor board framing includes the supporting rack 15 being arranged on pedestal 10, and supporting rack 15 is equipped with fixed
Position platform 16, is fixed with probe bottom plate 17 on positioning table 16；Pushing material component includes the first bearing 80 positioned at 16 side of positioning table, peace
On the first bearing 80 and the pusher cylinder 81 towards 16 edge of positioning table, pushing away on the telescopic rod of pusher cylinder 81
Plate 82, push plate 82 is parallel to 16 edge of positioning table；Backgauge component 90 include positioned at 16 another side of positioning table the second bearing 91,
Multiposition cylinder 92 on the second bearing 91, the slide plate 93 being connected with the telescopic rod of multiposition cylinder 92 are rotated with slide plate 93
The baffle 94 of connection, the telescopic rod of multiposition cylinder 92 has the first stop place and the second stop place, when multiposition cylinder 92
For telescopic rod at the first stop place, baffle 94 turns to horizontal level with respect to slide plate 93, and parallel with positioning table 16；Work as multidigit
At the second stop place, baffle 94 declines and is pressed on positioning table 16 telescopic rod of cylinder 92, and the end of baffle 94 is tight
Suffer the edge of probe bottom plate 17.The utility model is being delivered to positioning by way of pusher and backgauge when whole plate fingerprint module
On platform 16, can whole plate fingerprint module be kept out in front end by baffle 94 and continue to be fed forward, by the push plate 82 of side by whole plate
Fingerprint module be pushed into 17 corresponding position of probe bottom plate, so as to automatic and accurately fingerprint module is positioned.
In order to make the telescopic rod of multiposition cylinder 92 at the first stop place, baffle 94 can turn to water with respect to slide plate 93
Prosposition is put, and the utility model is equipped with limited block 95 on multiposition cylinder 92, and limited block 95 is slidably connected with slide plate 93, and slide plate 93
The block that can be contradicted with limited block 95 is equipped with, when the telescopic rod of multiposition cylinder 92 is in the first stop place, block and limit
Position block 95 contradicts.That is, the telescopic rod of multiposition cylinder 92 to the first stop place when moving, since block and limited block 95 support
It touching, slide plate 93 cannot be moved relative to multiposition cylinder 92, so as to, the upward top baffle 94 of telescopic rod of multiposition cylinder 92,94 phase of baffle
90 ° are rotated to slide plate 93 into horizontality.
It is equipped in order to which baffle 94 is made accurately to rotate, on the end that the utility model is connected in slide plate 93 with baffle 94 multiple
Baffle 94 is set the slot hole 97 equal with 96 numbers of positioning column by positioning column 96 along its length, when baffle 94 is with respect to slide plate
93 when turning to horizontal level, and each positioning column 96 is located in each slot hole 97 respectively.It is closed using the matching of positioning column 96 and slot hole 97
System, makes to turn inclined in 94 rotation process of baffle, so as to improve the positioning accuracy to whole plate fingerprint module.
In addition, being equipped with cushion on the end that the utility model is contacted in baffle 94 with positioning table 16, can be enhanced using cushion
Frictional force between baffle 94 and positioning table 16, so that it is guaranteed that the positioning accuracy to whole plate fingerprint module.
The utility model sets on pedestal 10 between two rail support plates 201 that there are two keep out cylinder 203, and two groups
It keeps out cylinder 203 and is located at 15 both sides of supporting rack respectively, be higher than 202 place of conveyer belt after keeping out the telescopic rod stretching of cylinder 203
Plane.When multiple whole plate fingerprint modules are placed sequentially on conveyer belt 202, when previous whole plate fingerprint module is located at probe bottom plate
When on 17, the cylinder 203 of keeping out in 15 front of supporting rack starts, and the whole plate fingerprint module that the latter conveying comes is blocked, so that probe
Whole plate fingerprint module on bottom plate 17 is detected；It is previous when the full page fingerprint module detected is exported with conveyer belt 202
When not transferring out also, the cylinder 203 of keeping out at 15 rear of supporting rack starts, and the whole plate fingerprint module that the latter has been detected is kept off
Firmly, so that previous fingerprint module transfers out.
The operation principle of the utility model is：Using guide assembly automatic transport whole plate fingerprint module, and by pusher and
When whole plate fingerprint module is delivered on positioning table 16, whole plate fingerprint mould is kept out by baffle 94 in front end for the mode of backgauge
Group continues to be fed forward, by the push plate 82 of side by whole plate fingerprint module be pushed into 17 corresponding position of probe bottom plate, so as to
Automatically and accurately fingerprint module is positioned；Then whole plate fingerprint module is detected on probe bottom plate 17, works as detection
When to some or certain several fingerprint modules being defective products, motor 63 starts, and each cylinder 30 is driven to be moved on whole plate fingerprint module
Square, the cylinder 30 above corresponding defective products starts, and drives mark nib 50 by marked on corresponding fingerprint module, so
Exhaust hood 30 drives mark nib 50 to retract, and motor 63 drives each cylinder 30 to retract, and each mark nib 50 is made to be moved to print cartridge 65
Top draws the ink overflowed in mark nib 50 using sponge；Then, lifting cylinder 207 rises guide assembly, makes inspection
The whole plate fingerprint module surveyed is lifted from probe bottom plate 17 and the baffle 94 that staggers, and is moved with conveyer belt 202, under automatic
Material；For the whole plate fingerprint module of different in width, the spacing between two rail support plates can be adjusted using adjusting part, with suitable
Answer the use of different size of whole plate fingerprint module.
The technical principle of the utility model is described above in association with specific embodiment.These descriptions are intended merely to explain this reality
With new principle, and the limitation to scope of protection of the utility model cannot be construed in any way.Based on explanation herein,
Those skilled in the art would not require any inventive effort the other specific embodiments that can associate the utility model,
These modes are fallen within the scope of protection of the utility model.
Claims (10)
1. a kind of fingerprint module automatic marking device, which is characterized in that including fixed pedestal, the pedestal is equipped with conveying group
Part, positioning component, translation mechanism and ink cartridge carrier, the translation mechanism are equipped with and get component ready, wherein,
The conveying assembly is used to convey fingerprint module；
The positioning component is located at the front of the translation mechanism, and the fingerprint module for conveying assembly conveying to be come carries out
Positioning；
The translation mechanism includes the slide being arranged on the pedestal, the sliding block being slidably connected with the slide, described in driving
The motor that sliding block is moved along the slide；
The component of getting ready for the fingerprint module on the positioning component to be marked, it is described get ready component include stent,
Multiple cylinder mount frames, multiple cylinders, multiple clamping pieces, multiple mark nibs, wherein,
The stent is mounted on the sliding block；
Each cylinder mount frame is mounted side by side on the bracket end, and staggers before and after each cylinder mount frame；
Each cylinder is vertically installed at respectively on each cylinder mount frame, and the telescopic rod of each cylinder is downward；
Each clamping piece is separately mounted on the telescopic rod of each cylinder, and each clamping piece is respectively used to clamp each described
Mark nib, the clamping piece include rectangle block body, and the rectangle block body is equipped with written jack, and the end close to its end
Portion is concaved with the opening for extending to the written jack, and the two side of the opening is equipped with opposite bolt hole；
Each mark nib is respectively inserted in the written jack；
For the ink cartridge carrier close to the extreme, support has open print cartridge, and the print cartridge is each described for housing sponge
The end of mark nib can be contacted with the sponge in the print cartridge.
2. fingerprint module automatic marking device according to claim 1, which is characterized in that the conveying assembly includes two
The lifting cylinder and adjusting part of the relatively described pedestal lifting of guide rail bearing, guide assembly, the driving guide assembly,
In,
Two guide rail bearings are mounted on the pedestal and opposite；
The guide assembly includes being mounted on two guide rail bearings and parallel two rail support plates, two it is opposite
And the conveyer belt, the power set of the driving conveyer belt that set respectively along two rail support plate length directions；
The lifting cylinder is two, the telescopic rods of two lifting cylinders through the pedestal respectively with two guide rails
Bearing connects, and each guide rail bearing is respectively connected with the guide rod that activity passes through the pedestal；
The adjusting part includes passing perpendicularly through the guide rail bearing and the screw rod of two rail support plates, the screw rod with
One of them described rail support plate is threadedly coupled；Guide rail is equipped on the guide rail bearing along its length, with the screw rod
The rail support plate being threadedly coupled is slidably matched with the guide rail；The screw rod stretches out another rail support plate
End is connected with belt wheel, and synchronous belt is connected between the belt wheel of two screw rod ends.
3. fingerprint module automatic marking device according to claim 2, which is characterized in that the positioning component is located at two
Between the rail support plate, including the probe floor board framing, pushing material component and backgauge component being arranged on the pedestal, wherein,
The probe floor board framing includes the supporting rack being arranged on the pedestal, and support frame as described above is equipped with positioning table, described fixed
Probe bottom plate is fixed on the platform of position；
The pushing material component includes the first bearing positioned at the positioning table side, on first bearing and towards institute
The pusher cylinder for positioning edge of table, the push plate on the telescopic rod of the pusher cylinder are stated, the push plate is parallel to described
Position edge of table；
The backgauge component includes the second bearing, more on second bearing positioned at another side of the positioning table
Position cylinder, the slide plate being connected with the telescopic rod of the multiposition cylinder, the baffle with slide plate rotation connection, the multiposition cylinder
Telescopic rod have the first stop place and the second stop place, when the telescopic rod of the multiposition cylinder is in the first stop place
When, the telescopic rod of the multiposition cylinder answers back to the baffle, and the relatively described slide plate of the baffle is made to turn to horizontal level, and with
The positioning table is parallel；When the telescopic rod of the multiposition cylinder is in the second stop place, the baffle declines and is pressed on institute
It states on positioning table, and the edge of the end of the baffle closely probe bottom plate.
4. fingerprint module automatic marking device according to claim 3, which is characterized in that the multiposition cylinder is equipped with limit
Position block, the limited block are connected with the slide plate slides, and the slide plate is equipped with the block that can be contradicted with limited block, works as institute
The telescopic rod of multiposition cylinder is stated at the first stop place, the block is contradicted with the limited block.
5. fingerprint module automatic marking device according to claim 3, which is characterized in that the slide plate connects with the baffle
The end connect is equipped with multiple positioning columns, and the baffle is equipped with the slot hole equal with the positioning column number along its length,
When the relatively described slide plate of the baffle turns to horizontal level, each positioning column is located in each slot hole respectively.
6. fingerprint module automatic marking device according to claim 3, which is characterized in that in described in two on the pedestal
Cylinder is kept out there are two being set between rail support plate, and cylinder is kept out described in two groups and is located at support frame as described above both sides respectively, it is described
Keep out cylinder telescopic rod stretch out after higher than the plane where the conveyer belt.
7. fingerprint module automatic marking device according to claim 2, which is characterized in that the power set are two groups,
It is separately mounted in two rail support plates, the power set include the driving horse being mounted in the rail support plate
Reach, driving wheel and driven wheel, the conveyer belt on the driving wheel and the driven wheel, and the driving wheel with it is described
The output shaft of drive motor is sequentially connected.
8. fingerprint module automatic marking device according to claim 2, which is characterized in that along it in the rail support plate
Length direction is equipped with the elongated slot passed through for the conveyer belt.
9. fingerprint module automatic marking device according to claim 1, which is characterized in that the stent includes two opposite
Side plate, the top plate being connected between the two side plates tops and the bottom plate being connected between two side plate bottoms, described in two
Side plate is equipped with the corresponding handle slot in position.
10. fingerprint module automatic marking device according to claim 1, which is characterized in that the flexible rod end of the cylinder
The link block for installing the rectangle block body is connected in portion, the link block is equipped with multiple first adjustment holes, the rectangle
Block body is equipped with multiple second adjustment holes.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721437641.9U CN207446759U (en) | 2017-11-01 | 2017-11-01 | A kind of fingerprint module automatic marking device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721437641.9U CN207446759U (en) | 2017-11-01 | 2017-11-01 | A kind of fingerprint module automatic marking device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207446759U true CN207446759U (en) | 2018-06-05 |
Family
ID=62253343
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721437641.9U Expired - Fee Related CN207446759U (en) | 2017-11-01 | 2017-11-01 | A kind of fingerprint module automatic marking device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207446759U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107694958A (en) * | 2017-11-01 | 2018-02-16 | 江苏凯尔生物识别科技有限公司 | A kind of fingerprint module automatic marking device |
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2017
- 2017-11-01 CN CN201721437641.9U patent/CN207446759U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107694958A (en) * | 2017-11-01 | 2018-02-16 | 江苏凯尔生物识别科技有限公司 | A kind of fingerprint module automatic marking device |
| CN107694958B (en) * | 2017-11-01 | 2024-03-29 | 江苏凯尔生物识别科技有限公司 | Automatic marking device for fingerprint module |
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