CN102855515B - Holographic gradient identification card - Google Patents

Holographic gradient identification card Download PDF

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Publication number
CN102855515B
CN102855515B CN201210119919.3A CN201210119919A CN102855515B CN 102855515 B CN102855515 B CN 102855515B CN 201210119919 A CN201210119919 A CN 201210119919A CN 102855515 B CN102855515 B CN 102855515B
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China
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groove
substrate
draw
gate layer
arranges
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CN102855515A (en
Inventor
李大森
谢晓光
王卫国
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Guangzhou Tungkong Security Printing Co ltd
Tung Kong Security Printing Co ltd
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TUNG KONG SECURITY PRINTING CO Ltd
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Abstract

The invention discloses a holographic gradient identification card, which comprises a card main body and a card sleeve, wherein the card main body is positioned in the card sleeve and is connected with the card sleeve through a connecting seat; the card main body consists of a substrate, a connecting layer and a three-dimensional grating layer; a chip is arranged in the substrate; the substrate consists of two substrate bodies which are distributed on the left and right sides; the front sides of the two substrate bodies are connected with the connecting layer; the three-dimensional grating layer consists of four three-dimensional grating layers; the back of the first substrate body is provided with a first three-dimensional grating layer; the right side face of the first substrate body is provided with a third three-dimensional grating layer; the back of the second substrate body is provided with a second three-dimensional grating layer; the left side face of the second substrate body is provided with a fourth three-dimensional grating layer; a holographic identifier, an identification card and a detection piece are arranged on the connecting layer; the holographic identifier and the identification card are positioned on one side of the second substrate body; and the detection piece is positioned on one side of the first substrate body. After the first substrate body and the second substrate body are folded, the third three-dimensional grating layer and the fourth three-dimensional grating layer are coplanar; and the identification card and the detection piece are overlapped with each other.

Description

Holographic gradient identification card
Technical field
The present invention relates to a kind of anti-fraudulant identification card, is specifically a kind of holographic gradient identification card.
Background technology
The use of identification card in life is more and more extensive, such as: IC-card, bank card, purchase card etc.For preventing lawless person from forging identification card, people can increase anti-counterfeiting mark on identification card.Hologram marking is widely used in identification card as the method that the simple antifalse effect of a kind of structure is good.But, along with the maturation of hologram marking technology, undertaken merely false proof more and more weaker for guarantee identification card security aspect by hologram marking.And it is false proof to adopt 3 D grating technology to carry out, can not only be false proof, and appearance looks elegant.But general grating stereo IC-card only has a false proof grating layer, imitation difficulty is not high yet, cannot carry out combination anti-fake by multiple grating layer.Therefore, no matter be the identification card only having hologram marking or only have 3 D grating technology, its antifalse effect is all undesirable.In addition, current identification card is only a card, and area is comparatively large, easily extrudes card when carrying, and causes IC-card to bend and even fractures.Particularly in summer, people's clothes upper pocket is less, and IC-card carries more inconvenient.
Summary of the invention
Object of the present invention, is to provide a kind of holographic gradient identification card, and it had both possessed hologram marking technology, has again a 3 D grating technology, and, also can doubling, IC-card can be protected not to be bent damage, be convenient for carrying, therefore, it can solve prior art Problems existing.
The object of the invention is to be achieved through the following technical solutions: holographic gradient identification card, comprise card major and cutting ferrule, card major is positioned at cutting ferrule, and be connected with cutting ferrule by Connection Block, card major is made up of substrate, articulamentum and cubic light gate layer, chip in substrate, substrate is made up of first substrate and second substrate, distributes about first substrate and second substrate; First substrate is connected with articulamentum with the front of second substrate, and articulamentum is the resilient material that can fold; Cubic light gate layer is made up of the first cubic light gate layer, the second cubic light gate layer, the 3rd cubic light gate layer and the 4th cubic light gate layer; The first substrate back side arranges the first cubic light gate layer, and first substrate right flank arranges the 3rd cubic light gate layer, and the second substrate back side arranges the second cubic light gate layer, and second substrate left surface arranges the 4th cubic light gate layer; Articulamentum is provided with hologram marking, tab and detection lug, and hologram marking and tab are positioned at the side of second substrate, and detection lug is positioned at the side of first substrate; After first substrate and second substrate doubling, on the one hand, the 3rd cubic light gate layer and the 4th cubic light gate layer coplanar, on the other hand, tab and detection lug overlapping.
For realizing object of the present invention further, can also realize by the following technical solutions: described first substrate left part arranges the 4th magnet, second substrate right part arranges the 3rd magnet, the 4th magnet and the 3rd magnet attracting.Described first substrate front arranges the second magnet, and second substrate front arranges the first magnet, after first substrate and second substrate doubling, the first magnet and the second magnet correspondence attracting.The second penetrating draw-in groove of left and right and the 3rd draw-in groove is offered in described first substrate, second draw-in groove is identical with the 3rd draw-in groove width, the first draw-in groove that left and right is penetrating is offered in second substrate, first draw-in groove left end width is identical with the second draw-in groove, first draw-in groove right-hand member width is less than its left end width, in second draw-in groove, top sheet is set, top sheet length is greater than the second draw-in groove length, for grafting coordinates between top sheet with the second draw-in groove, in first draw-in groove, brace is installed, the width of brace is less than the width of the first draw-in groove right-hand member, for grafting coordinates between brace with the first draw-in groove.Described cutting ferrule is connected and composed by cutting ferrule lid and cutting ferrule body, is provided with five Connection Blocks in cutting ferrule body side by side; Described each Connection Block comprises holder, upper end and the cutting ferrule body of holder are hinged, holder bottom is symmetrical set two plugs, plug is offered boss through hole and groove, groove communicates with boss through hole, and flexure strip installed by plug, and positioning boss installed by flexure strip, positioning boss is positioned at inside plug, and a part for positioning boss is positioned at boss through hole; Sliding seat is installed in the bottom of holder, and two jacks are offered on the top of sliding seat, and jack coordinates with plug one_to_one corresponding, and the sidewall of jack offers side opening; Offer inner chamber and two through holes in sliding seat, through hole communicates with jack one_to_one corresponding respectively; Locating piece groove is offered in the lower end of sliding seat, installs locating piece in locating piece groove, and locating piece is provided with and connects folder; Five connection folders are all not coplanar, the upper installation card major of each connection folder; Install lifting connecting plate in inner chamber, lifting connecting plate installs two voussoirs, and voussoir lays respectively in through hole, installing connecting rods on lifting connecting plate, and one end of connecting rod penetrates in locating piece groove and is fixedly connected with locating piece; Return spring is installed in the periphery of connecting rod, and return spring is positioned at inner chamber; Holder arranges label, sliding seat is arranged lower label.The bottom of described holder arranges a long tooth and four short teeth between two plugs; Four short teeth groove and a long teeth groove are offered in the upper end of sliding seat, and long teeth groove is corresponding with long tooth, and four short teeth are corresponding with four short teeth groove.Mounting groove and cavity is offered in described holder, in cavity, fanning strip is installed, the sidewall of holder is offered the saturating groove of arc, the saturating groove of arc communicates with cavity, and corresponding with fanning strip, fanning strip is flexibly connected with holder by axle, installing connecting rods on the second arc, one end of connecting rod arranges spacing block set, and sliding sleeve installed by connecting rod; Install push rod in mounting groove, the upper end of push rod penetrates in cavity and is connected with sliding sleeve, and the lower end of push rod passes outside holder, push rod is arranged limit convex edge, the periphery mounting spring of push rod, and spring and limit convex are along being positioned at mounting groove; The upper end of mounting groove arranges positioned edge, and the lower end of mounting groove arranges lower positioned edge; Fanning strip is installed the first arc and the second arc; Described cutting ferrule covers offers display window, and after cutting ferrule lid and cutting ferrule body fasten, display window is corresponding with the saturating groove of arc.Tooth bar is installed in the lower end of long tooth, offers installation cavity in sliding seat, and install gear in installation cavity, the axle of gear installs gear shaft rod, and a bar shaped sliding tray is respectively offered at the two ends of gear shaft rod; Install two orienting sleeves in installation cavity, install a pull bar in each orienting sleeve, one end of pull bar arranges limited post, limited post coordinates with bar shaped sliding tray, the other end of pull bar is positioned at jack and installs fixture block, and offer fixture block groove inside voussoir, fixture block groove coordinates with fixture block; The axle of gear installs torsion spring, and one end is connected with gear, the pretightning force that torsion spring provides reversion to reset for gear.
Good effect of the present invention is: it not only has ordinary recognition cartoon and crosses cubic light gate layer and carry out antiforge function, and after this identification card doubling, by the combination pattern of the 3rd cubic light gate layer and the 4th cubic light gate layer, false proof effect can be improved further, prevent from forging; In addition, the IC-card area after folding is little, and the hardness in card face increases, and can prevent from being bent, be easy to carry simultaneously.It is provided with hologram marking, is provided with tab and detection lug simultaneously, when after identification card doubling, now can show figure in tab or word through detection lug, this figure or word can with the true and false of hologram marking contrast verification card, antifalse effect is better.Detection lug coordinates false proof with marker sheet be have employed Moire fringe principle.The present invention also has advantage compact, cheap for manufacturing cost and easy to use simple for structure.
Accompanying drawing explanation
Fig. 1 is the structural representation of card major of the present invention; Fig. 2 is the sectional structure schematic diagram along Figure 1A-A; Fig. 3 is the structural representation of holographic gradient identification card of the present invention, and in figure, cutting ferrule lid is open mode; Fig. 4 is the structural representation of sliding seat; Fig. 5 is that the B of Fig. 4 is to TV structure schematic diagram; Fig. 6 is the II partial enlargement structural representation of Fig. 1; Fig. 8 is Fig. 4 is IV partial enlargement structural representation; Fig. 9 is the V partial enlargement structural representation of Fig. 4; Figure 10 is the structural representation of described holder; Figure 11 is that the C of Figure 10 is to TV structure schematic diagram; Figure 12 is the III partial enlargement structural representation of Figure 10.
Reference numerals : 1 a first substrate 2 first stereoscopic grating layer 3 connection layer 4 chip 5 first magnet 6 second magnets 7 third magnet 8 fourth magnet 9 first card slot 10 a second card slot 11 tabs 12 top sheet 13 third pocket 14 a second substrate 15 second cubic bulk grating layer 16 third cubic bulk gate layer 17 fourth cubic bulk gate layer 18 stop ledge 19 plug 20 short tines 21 tooth 22 locating boss 23 short slots 24 long gullet 25 socket 26 side hole 27 positioned on attachment clip 28 down 29 positioned along the 30 lifting plate 31 link 32 locating block 33 block slot 34 complex bit spring 35 lumen 36 wedge 37 boss hole 38 panel 39 gear 40 rack 41 shaft 42 push - pull rod 43 the strip shaped groove sign at 44 45 restraining posts 46 guide sleeve 47 the latch 48 the card block the slot 49 via 50 label 51 groove 52 cavity 53 shaft 54 mounted on chamber 55 56 connector holder 57 display window 58 holographic identification card body 59 tab 60 Tablettest 61 card cover cap 62 card body 66 fixed abutment 67 movable abutment 68 arcuate slots 69 sector plate 70 first arcuate plate 71 second arcuate plate 72 ruling protrusion 73 link 74 runner 75 push rod 76 spring 77 fitting groove.
Embodiment
Holographic gradient identification card of the present invention comprises card major 55 and cutting ferrule, card major 55 is positioned at cutting ferrule, and be connected with cutting ferrule by Connection Block 56, card major 55 is made up of substrate, articulamentum 3 and cubic light gate layer, chip 4 in substrate, as shown in Figure 2, substrate is made up of first substrate 1 and second substrate 14, and first substrate 1 and second substrate about 14 distribute; First substrate 1 is connected with articulamentum 3 with the front of second substrate 14, articulamentum 3 is the resilient materials that can fold, cubic light gate layer is made up of the first cubic light gate layer 2, second cubic light gate layer 15, the 3rd cubic light gate layer 16 and the 4th cubic light gate layer 17, first substrate 1 back side arranges the first cubic light gate layer 2, first substrate 1 right flank arranges the 3rd cubic light gate layer 16, second substrate 14 back side arranges the second cubic light gate layer 15, and second substrate 14 left surface arranges the 4th cubic light gate layer 17.Articulamentum 3 is provided with hologram marking 58, tab 59 and detection lug 60, and hologram marking 58 and tab 59 are positioned at the side of second substrate 14, and detection lug 60 is positioned at the side of first substrate 1.After first substrate 1 and second substrate 14 doubling, on the one hand, the 3rd cubic light gate layer 16 and the 4th cubic light gate layer 17 coplanar, the pattern of the 3rd cubic light gate layer 16 and the 4th cubic light gate layer 17 can form enough identification icon information after combining, to carry out imitative pseudo-checking.On the other hand, tab 59 and detection lug 60 are overlapping, can figure on explicit identification sheet 59 or word through detection lug 60, and by the contrast on this figure or word and hologram marking 58, thus can play anti-fake effect further.
First substrate 1 left part arranges the 4th magnet 8, second substrate 14 right part the 3rd magnet the 7, four magnet 8 is set and the 3rd magnet 7 attracting, described card major 55 can be made to be in deployed condition under normal conditions, to be user-friendly to.When the present invention launches, under the effect by the 4th magnet 8 and the 3rd magnet 7, with ordinary stereo grating IC-card indistinction, all can play effect false proof and attractive in appearance by the first cubic light gate layer 2 and the second cubic light gate layer 15,3rd cubic light gate layer 16 and the 4th cubic light gate layer 17 respective be independent pattern, None-identified.After by doubling of the present invention, 3rd cubic light gate layer 16 and the 4th cubic light gate layer 17 are in same plane, can the pattern after the 3rd cubic light gate layer 16 and the 4th cubic light gate layer 17 combine be the pattern that people can identify, be identified the true and false of IC-card by this pattern.Meanwhile, in a folded configuration, area of the present invention reduces, and can resist larger stress after first substrate 1 and second substrate 14 overlap, can not cause damage because of bending to IC-card; In addition, in carrying process, IC-card can be placed in relatively little space, is convenient to people and carries.Described cubic light gate layer can be existing cubic light screen.Cubic light screen share when making stereoscopic photograph usually.The pattern that presents of the difference of angle is not identical yet according to the observation.Described cutting ferrule is mainly used for playing protection to card major 55 and collecting, and both available protecting cubic light gate layer can not be worn, and extends the serviceable life of card major 55, can prevent again card major 55 from losing.
In order to effectively keep folded state, first substrate 1 front arranges the second magnet 6, and second substrate 14 front arranges the first magnet 5, after first substrate 1 and second substrate 14 doubling, the first magnet 5 and the second magnet 6 corresponding attracting.After folding, under the first magnet 5 and the effect of the second magnet 6, first substrate 1 and second substrate 14 are not easily opened.
State when launching to better keep IC-card, as depicted in figs. 1 and 2, the second penetrating draw-in groove 10 of left and right and the 3rd draw-in groove 13 is offered in first substrate 1, second draw-in groove 10 is identical with the 3rd draw-in groove 13 width, the first draw-in groove 9 that left and right is penetrating is offered in second substrate 14, first draw-in groove 9 left end width is identical with the second draw-in groove 10, first draw-in groove 9 right-hand member width is less than its left end width, in second draw-in groove 10, top sheet 12 is installed, top sheet 12 length is greater than the second draw-in groove 10 length, for grafting coordinates between top sheet 12 with the second draw-in groove 10, in first draw-in groove 9, brace 11 is installed, as shown in Figure 1, the width of brace 11 is less than the width of the first draw-in groove 9 right-hand member, for grafting coordinates between brace 11 with the first draw-in groove 9.After launching IC-card, extract top sheet 12 out, insert the first draw-in groove 9 left end in the second draw-in groove 10, under top sheet 12 acts on, brace 11 right-hand member is pushed in the 3rd draw-in groove 13, extracts top sheet 12 out and puts back in the second draw-in groove 10.Because the first draw-in groove about 9 width is different, top sheet 12 is inserted the first draw-in groove 9 position and is defined, and brace 11 can be kept in middle position, to guarantee that, under the supporting role of brace 11, IC-card can not be bent because of external force.As shown in Figure 1, when the folding IC-card of needs, in the second draw-in groove 10, extract top sheet 12 out, insert the 3rd draw-in groove 13 right-hand member, under top sheet 12 acts on, the right-hand member of brace 11 is pushed back in the first draw-in groove 9, and now IC-card can fold.
For convenience card major 55 is taken out by cutting ferrule, meanwhile, facilitate again and card major 55 and cutting ferrule are connected and fixed, in case card major 55 is lost.As shown in Figure 3, inclusion is connected and composed by cutting ferrule lid 61 and cutting ferrule body 62 described cutting ferrule of the present invention.Five Connection Blocks are installed in cutting ferrule body 62 side by side; As shown in Figure 10, described each Connection Block comprises holder 66, upper end and the cutting ferrule body 62 of holder 66 are hinged, holder 66 bottom is symmetrical set two plugs 19, and each plug 19 is respectively offered boss through hole 37 and groove 51, groove 51 communicates with boss through hole 37, plug 19 is installed flexure strip 38, flexure strip 38 is installed positioning boss 22, positioning boss 22 is positioned at inside plug 19, and a part for positioning boss 22 is positioned at boss through hole 37; Groove 51 can be flexure strip 38 flexural deformation and provides space; Sliding seat 67 is installed in the bottom of holder 66, as shown in Figure 4 and Figure 5, two jacks 25 are offered on the top of sliding seat 67, and jack 25 coordinates with plug 19 one_to_one corresponding, the sidewall of jack 25 is offered side opening 26, side opening 26 coordinates with positioning boss 22 and holder 66 and sliding seat 67 is locked; Offer inner chamber 35 and two through holes 49 in sliding seat 67, inner chamber 35 communicates with through hole 49, and through hole 49 communicates with jack 25 one_to_one corresponding respectively; Locating piece groove 33 is offered in the lower end of sliding seat 67, installs locating piece 32 in locating piece groove 33, and locating piece 32 is provided with and connects folder 27; Five connection folders 27 are all not coplanar, and a card major 55 installed by each connection folder 27.Because five connection folders 27 are all not coplanar, therefore, as shown in Figure 3, five card major 55 from top to bottom superpose and are thrown in cutting ferrule; When a certain card major 55 need be taken out, only need as turned over book, by corresponding card major 55 relatively cutting ferrule overturn and open, can be extracted out.Install lifting connecting plate 30 in inner chamber 35, lifting connecting plate 30 installs two voussoirs 36, and voussoir 36 lays respectively in through hole 49, installing connecting rods 31 on lifting connecting plate 30, and one end of connecting rod 31 penetrates in locating piece groove 33 and is fixedly connected with locating piece 32; Return spring 34 is installed in the periphery of connecting rod 31, and return spring 34 is positioned at inner chamber 35, and return spring 34 provides reset pretightning force for being elevated connecting plate 30; Holder 66 is arranged label 50, sliding seat 67 is arranged lower label 44, upper label 50 and lower label 44 can guarantee that the card major 55 after by use accurately puts back to original position.
When holder 66 plugs together fixing with sliding seat 67, as shown in Figure 6, positioning boss 22 coordinates with side opening 26 described each Connection Block.When selecting certain card major 55, staff can select fast according to the mark on upper label 50 and lower label 44, and by under it.When getting card major 55, staff pulls card major 55, card major 55 drives locating piece 32, connecting rod 31, lifting connecting plate 30 and voussoir 36 to move down as shown in Figure 4 by connecting folder 27, when voussoir 36 is retracted in inner chamber 35 completely, positioning boss 22 loses the constraint of voussoir 36, position is as shown in Figure 10 reset under the drive of flexure strip 38, now, positioning boss 22 is separated with side opening 26, holder 66 and sliding seat 67 lose locking, sliding seat 67 can be separated with holder 66, takes off use by card major 55.When needing to put back in inclusion after card major 55 is finished using, first marking according on upper label 50 and lower label 44, sliding seat 67 being selected the grafting of its corresponding holder 66.Concrete grafting process is, plug 19 is corresponding with jack 25, and insert in jack 25, the elastic force that in insertion process, positioning boss 22 overcomes flexure strip 38 by the extruding of voussoir 36 inserts in side opening 26 through boss through hole 37, and now positioning boss 22 coordinates with side opening 26 and holder 66 and sliding seat 67 locked.
As Fig. 4,5, shown in 10 and 11, the bottom of holder 66 arranges a long tooth 21 and four short teeth 20 between two plugs 19; Four short teeth groove 23 and a long teeth groove 24 are offered in the upper end of sliding seat 67, and long teeth groove 24 is corresponding with long tooth 21, and four short teeth 20 are corresponding with four short teeth groove 23.Long tooth 21 on the holder 66 of different Connection Block and the difference that puts in order of short tooth 20, the long teeth groove 24 in corresponding sliding seat 67 and short teeth groove 23 also change with the long tooth 21 of corresponding holder 66 and short tooth 20.This design proposal is to prevent staff inadvertently by card major 55 wrong plug, because if be not that the holder 66 of same Connection Block is carried out grafting with sliding seat 67, can be different with the order of short tooth 20 because of long tooth 21, and cannot grafting success, thus remind staff to select the holder 66 of correct first wife and sliding seat 67 to carry out grafting, to guarantee that card major 55 can put back to original position after finishing using.
For the ease of user when cutting ferrule lid 61 need not be opened, clearly check whether used card major 55 playbacks all fast, so that whether Timeliness coverage card major 55 is lost, design following scheme: as shown in Figure 10, mounting groove 77 and cavity 52 is offered in holder 66, in cavity 52, fanning strip 69 is installed, fanning strip 69 is flexibly connected with holder 66 by axle 53, axle 53 can rotate relative to holder 66, the sidewall of holder 66 is offered the saturating groove 68 of arc, the saturating groove 68 of arc communicates with cavity 52, and it is corresponding with fanning strip 69, installing connecting rods 73 on second arc 71, one end of connecting rod 73 arranges spacing block set 72, connecting rod 73 is installed sliding sleeve 74, the space that enough connecting rods 73 should be had to swing in sliding sleeve 74, in mounting groove 77, push rod 75 is installed, the upper end of push rod 75 penetrates in cavity 52 and is connected with sliding sleeve 74, and the lower end of push rod 75 passes outside holder 66, push rod 75 is arranged limit convex along 18, the periphery mounting spring 76 of push rod 75, spring 76 and limit convex are positioned at mounting groove 77 along 18, the upper end of mounting groove 77 arranges positioned edge 28, and the lower end of mounting groove 77 arranges lower positioned edge 29, and upper positioned edge 28 and lower positioned edge 29 pairs of limit convexes are along 18 and spring 76 position-limiting actions, fanning strip 69 is installed the first arc 70 and the second arc 71.Described cutting ferrule lid 61 offers display window 57, and after cutting ferrule lid 61 and cutting ferrule body 62 fasten, display window 57 is corresponding with arc saturating groove 68.When holder 66 is separated with sliding seat 67, push rod 75 is positioned at bottom under the effect of spring 76, and limit convex contacts along 18 with lower positioned edge 29, and now, the first arc 70 is corresponding with arc saturating groove 68, and display card major 55 is not put back to; When after holder 66 with sliding seat 67 locking latch, sliding seat 67 can promote push rod 75 moves, push rod 75 is upwards swung by sliding sleeve 74 drivening rod 73, connecting rod 73 drives fanning strip 69 to rotate by axle 53, as shown in Figure 6, make the second arc 71 corresponding with arc saturating groove 68, display card major 55 is put back to.Under cutting ferrule buckling state, can observe by display window 57 information that the saturating groove 68 of all arcs shows.
As shown in Figure 10 and Fig. 4, tooth bar 40 is installed in the lower end of long tooth 21, offers installation cavity 54 in sliding seat 67, and install gear 39 in installation cavity 54, the axle of gear 39 is installed gear shaft rod 41, a bar shaped sliding tray 43 is respectively offered at the two ends of gear shaft rod 41; In installation cavity 54, two orienting sleeves 46 are installed, in each orienting sleeve 46, a pull bar 42 is installed, orienting sleeve 46 pairs of pull bars 42 play the guiding role, guarantee pull bar 42 only moving linearly, one end of pull bar 42 arranges limited post 45, and limited post 45 coordinates with bar shaped sliding tray 43, and the other end of pull bar 42 is positioned at jack 25 and installs fixture block 47, offer fixture block groove 48 inside voussoir 36, fixture block groove 48 coordinates with fixture block 47; The axle of gear 39 installs torsion spring, and one end is connected with gear 39, the pretightning force that torsion spring provides reversion to reset for gear 39, the pretightning force that torsion spring provides reversion to reset for gear 39.Fixture block 47 coordinates with fixture block groove 48 and plays the role of positioning to voussoir 36.While long tooth 21 inserts long teeth groove 24, tooth bar 40 inserts in installation cavity 54, originally tooth bar 40 does not engage with gear 39, voussoir 36 is still locked by fixture block 47, now, positioning boss 22 cannot promote voussoir 36, after tooth bar 40 engages with gear 39, positioning boss 22 major part has been positioned at the side of voussoir 36, also cannot promote voussoir 36 to move down, now, the lock function of fixture block 47 pairs of voussoirs 36 completes, rotated by tooth bar 40 driven gear 39, gear 39 drives two pull bars 42 to move in the lateral direction by gear shaft rod 41, fixture block 47 is separated with fixture block groove 48.When need by card major 55 by when holder 66 takes off, pull card major 55, card major 55 drives voussoir 36 to move down by locating piece 32, connecting rod 31 and lifting connecting plate 30, positioning boss 22 reset is departed from side opening 26, remove the locking between holder 66 and sliding seat 67, continue to pull card major 55 holder 66 can be separated with sliding seat 67.
Technical solutions according to the invention are not restricted in the scope of embodiment of the present invention.The technology contents of the not detailed description of the present invention is known technology.

Claims (8)

1. holographic gradient identification card, comprise card major (55) and cutting ferrule, card major (55) is positioned at cutting ferrule, and be connected with cutting ferrule by Connection Block (56), card major (55) is made up of substrate, articulamentum (3) and cubic light gate layer, chip (4) in substrate, is characterized in that: substrate is made up of first substrate (1) and second substrate (14), first substrate (1) and the distribution of second substrate (14) left and right; First substrate (1) is connected with articulamentum (3) with the front of second substrate (14), and articulamentum (3) is the resilient material that can fold; Cubic light gate layer is made up of the first cubic light gate layer (2), the second cubic light gate layer (15), the 3rd cubic light gate layer (16) and the 4th cubic light gate layer (17); First substrate (1) back side arranges the first cubic light gate layer (2), first substrate (1) right flank arranges the 3rd cubic light gate layer (16), second substrate (14) back side arranges the second cubic light gate layer (15), and second substrate (14) left surface arranges the 4th cubic light gate layer (17); Articulamentum (3) is provided with hologram marking (58), tab (59) and detection lug (60), and hologram marking (58) and tab (59) are positioned at the side of second substrate (14), and detection lug (60) is positioned at the side of first substrate (1); After first substrate (1) and second substrate (14) doubling, on the one hand, the 3rd cubic light gate layer (16) and the 4th cubic light gate layer (17) coplanar, on the other hand, tab (59) and detection lug (60) overlapping.
2. holographic gradient identification card according to claim 1, is characterized in that: described first substrate (1) left part arranges the 4th magnet (8), and second substrate (14) right part arranges the 3rd magnet (7), the 4th magnet (8) and the 3rd magnet (7) attracting.
3. holographic gradient identification card according to claim 1, it is characterized in that: described first substrate (1) front arranges the second magnet (6), second substrate (14) front arranges the first magnet (5), after first substrate (1) and second substrate (14) doubling, the first magnet (5) and the second magnet (6) corresponding attracting.
4. holographic gradient identification card according to claim 1, it is characterized in that: in described first substrate (1), offer penetrating the second draw-in groove (10) in left and right and the 3rd draw-in groove (13), second draw-in groove (10) is identical with the 3rd draw-in groove (13) width, the first draw-in groove (9) that left and right is penetrating is offered in second substrate (14), first draw-in groove (9) left end width is identical with the second draw-in groove (10), first draw-in groove (9) right-hand member width is less than its left end width, top sheet (12) is set in the second draw-in groove (10), top sheet (12) length is greater than the second draw-in groove (10) length, for grafting coordinates between top sheet (12) with the second draw-in groove (10), in first draw-in groove (9), brace (11) is installed, the width of brace (11) is less than the width of the first draw-in groove (9) right-hand member, for grafting coordinates between brace (11) with the first draw-in groove (9).
5. holographic gradient identification card according to claim 1, is characterized in that: described cutting ferrule is connected and composed by cutting ferrule lid (61) and cutting ferrule body (62), is provided with five Connection Blocks in cutting ferrule body (62) side by side; Described each Connection Block comprises holder (66), upper end and the cutting ferrule body (62) of holder (66) are hinged, holder (66) bottom is symmetrical set two plugs (19), plug (19) is offered boss through hole (37) and groove (51), groove (51) communicates with boss through hole (37), plug (19) is installed flexure strip (38), flexure strip (38) is installed positioning boss (22), positioning boss (22) is positioned at plug (19) inner side, and a part for positioning boss (22) is positioned at boss through hole (37); Sliding seat (67) is installed in the bottom of holder (66), and two jacks (25) are offered on the top of sliding seat (67), and jack (25) coordinates with plug (19) one_to_one corresponding, the sidewall of jack (25) is offered side opening (26); Offer inner chamber (35) and two through holes (49) in sliding seat (67), through hole (49) communicates with jack (25) one_to_one corresponding respectively; Locating piece groove (33) is offered in the lower end of sliding seat (67), installs locating piece (32) in locating piece groove (33), and locating piece (32) is provided with and connects folder (27); Five connections folder (27) are all not coplanar, the upper installation card major (55) of each connection folder (27); In inner chamber (35), lifting connecting plate (30) is installed, upper installation two voussoirs (36) of lifting connecting plate (30), voussoir (36) lays respectively in through hole (49), the upper installing connecting rods (31) of lifting connecting plate (30), one end of connecting rod (31) penetrates in locating piece groove (33) and is fixedly connected with locating piece (32); Return spring (34) is installed in the periphery of connecting rod (31), and return spring (34) is positioned at inner chamber (35); Holder (66) is arranged label (50), sliding seat (67) is arranged lower label (44).
6. holographic gradient identification card according to claim 5, is characterized in that: the bottom of described holder (66) is positioned between two plugs (19) and arranges a long tooth (21) and four short teeth (20); Four short teeth groove (23) and a long teeth groove (24) are offered in the upper end of sliding seat (67), and long teeth groove (24) is corresponding with long tooth (21), and four short teeth (20) are corresponding with four short teeth groove (23).
7. holographic gradient identification card according to claim 5, it is characterized in that: in described holder (66), offer mounting groove (77) and cavity (52), in cavity (52), fanning strip (69) is installed, the sidewall of holder (66) is offered the saturating groove of arc (68), the saturating groove of arc (68) communicates with cavity (52), and it is corresponding with fanning strip (69), fanning strip (69) is flexibly connected with holder (66) by axle (53), the upper installing connecting rods (73) of second arc (71), one end of connecting rod (73) arranges spacing block set (72), connecting rod (73) is installed sliding sleeve (74), in mounting groove (77), push rod (75) is installed, the upper end of push rod (75) penetrates in cavity (52) and is connected with sliding sleeve (74), the lower end of push rod (75) passes holder (66) outward, push rod (75) is arranged limit convex along (18), the periphery mounting spring (76) of push rod (75), spring (76) and limit convex are positioned at mounting groove (77) along (18), the upper end of mounting groove (77) arranges positioned edge (28), and the lower end of mounting groove (77) arranges lower positioned edge (29), upper installation first arc (70) of fanning strip (69) and the second arc (71), described cutting ferrule lid (61) offers display window (57), and after cutting ferrule lid (61) and cutting ferrule body (62) fasten, display window (57) is corresponding with the saturating groove of arc (68).
8. holographic gradient identification card according to claim 6, it is characterized in that: tooth bar (40) is installed in the lower end of described long tooth (21), installation cavity (54) is offered in sliding seat (67), in installation cavity (54), gear (39) is installed, the axle of gear (39) is installed gear shaft rod (41), a bar shaped sliding tray (43) is respectively offered at the two ends of gear shaft rod (41); In installation cavity (54), two orienting sleeves (46) are installed, in each orienting sleeve (46), a pull bar (42) is installed, one end of pull bar (42) arranges limited post (45), limited post (45) coordinates with bar shaped sliding tray (43), the other end of pull bar (42) is positioned at jack (25) and installs fixture block (47), fixture block groove (48) is offered in voussoir (36) inner side, and fixture block groove (48) coordinates with fixture block (47); The axle of gear (39) installs torsion spring, and one end is connected with gear (39), and torsion spring is the pretightning force that gear (39) provides reversion reset.
CN201210119919.3A 2012-04-23 2012-04-23 Holographic gradient identification card Active CN102855515B (en)

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CN108567317B (en) * 2018-05-10 2020-07-24 瑞安市华嘉机械制造有限公司 Frying machine capable of preventing pan sticking

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CN201082605Y (en) * 2007-09-21 2008-07-09 天津环球磁卡股份有限公司 Finance card with 3D optical grating

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US4849617A (en) * 1986-03-17 1989-07-18 Mitsubishi Denki Kabushiki Kaisha Semiconductor card which can be folded
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JP2000339437A (en) * 1999-05-31 2000-12-08 Toppan Forms Co Ltd Thin-thickness antenna of non-contacting ic card
JP2001092934A (en) * 1999-09-20 2001-04-06 Toshiba Corp Radio information storage medium, production of the same, leaflet provided with the same, status confirming system using the same and system for issuing the same
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