CN205366619U - Thin base plate is with card casket - Google Patents
Thin base plate is with card casket Download PDFInfo
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- CN205366619U CN205366619U CN201520830070.XU CN201520830070U CN205366619U CN 205366619 U CN205366619 U CN 205366619U CN 201520830070 U CN201520830070 U CN 201520830070U CN 205366619 U CN205366619 U CN 205366619U
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- thin substrate
- substrate cassette
- rear end
- back support
- support rod
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Abstract
The utility model provides a thin base plate is with card casket, includes: at least one back support frame and a plurality of backs bracing piece, wherein, these back support frame settings are at a thin base plate is with card casket's rear side, and these back bracing piece interval arrangements are established on each back support frame, and its rear end sets firmly on this back support frame, and its depth cantilever is protruding to be stretched in this thin base plate is with card casket, supply to support glass substrate's middle part, and wherein this back bracing piece has the front bevel that backward partly extends from its front end, make its front end become a taper, are equipped with an at least sealing pieces on this front bevel to seal it (involution), borrowing this, comparing bracing piece behind present uniform section, the clear space behind the taper between the upper and lower back bracing piece of bracing piece is great, makes glass substrate in the difficult problem that takes place the scratch when putting of getting, effect that the production yield of consequently reaching glass substrate increases by a wide margin.
Description
Technical field
This utility model relates to a kind of thin substrate cassette, refers in particular to a kind of front bevel being provided with in back support rod front end and partly extending backward, makes the clear space between upper and lower back support rod relatively big, makes the problem that glass substrate is not susceptible to scratch in time picking and placeing.
Background technology
General existing substrate cartridge transports for carrying liquid crystal glass base, in order to avoid glass substrate to produce fragment or fragmentation in transport process, but along with the demand of substrate slimming increases day by day, such as the size of glass substrate is done bigger and bigger now, but thickness does thinner and thinner, more must be careful in transport process, regardless of whether because glass substrate becomes large-sized, when utilizing existing substrate cartridge to transport, although the cross side support bar of thinning glass substrate is subject in cassette left and right sides is supported, but position, intermediate portion can produce downsagging (i.e. sag of chain) because of self gravitation, and then cause the middle part of thinning glass substrate, substrate is made to subject to collision because sag of chain is serious and impaired.
The defect that position, intermediate portion can be seriously sagging is caused because of thinning in order to improve glass substrate, just have additional back support rod in the middle part of the framework of existing substrate cartridge, the middle part of support glass substrate is come, to avoid producing downsagging by multiple back support rods being parallel to each other.But, after existing substrate cartridge sets up this back support rod, owing to the space between upper and lower back support rod is too little, cause the flow perturbation given birth to when carrying thin substrate with mechanical arm, the substrate easily making cassette levels occurs the problem of scratch to increase in time picking and placeing, therefore thinning glass substrate not cracky, problem that actually industry needs solution badly in the process picked and placeed how are allowed.
Utility model content
In view of this, the present utility model people is in line with manufacturing development and the design experiences of being engaged in Related product for many years, for above-mentioned target, designs in detail and after scrupulous assessment, obtains the true this utility model having practicality eventually.
Main purpose of the present utility model, it is in that to provide a kind of thin substrate cassette, the structural design of the front bevel that part extends backward it is provided with in the back support rod front end of this thin substrate cassette, make the clear space between upper and lower back support rod relatively big, make the problem that glass substrate is not susceptible to scratch in time picking and placeing.
For reaching above-mentioned purpose, thin substrate cassette of the present utility model, it specifically includes that at least one rear support stand and multiple back support rod；Wherein, such rear support stand is arranged on the rear side of a thin substrate cassette；And such back support rod is spaced and is located on each rear support stand, its rear end (namely limits end) and is fixedly arranged on this rear support stand, its depth cantilever convexedly stretches in this thin substrate cassette, for the middle part of support glass substrate, wherein this back support rod has the front bevel structure extended from its front end toward rear section；Whereby, the clear space between upper and lower back support rod can be increased, and can effectively reduce glass substrate is loaded/removal time, the disturbance that is vulnerable between glass substrate air-flow and cause the defect that the surface of glass substrate is scraped off accidentally.
The surface of each this back support rod is wherein further provided with the on-slip protuberance of at least one longitudinal arrangement.
Wherein this on-slip protuberance has the contact surface coefficient of friction more than 0.8.Wherein this on-slip protuberance is one-body molded with this back support rod.
The mode that wherein such on-slip protuberance is arranged at equal intervals is located at respectively on this back support rod.
Wherein this on-slip protuberance is have the rubber of this coefficient of friction, fluorubber (fluorinerubber), silica gel (siliconerubber) or polyurethane (PU) plastics.
Wherein respectively this back support rod the longitudinal length that longitudinal bracing length is glass substrate 20%～100%.
Wherein the longitudinally front plagioclase degree of this front bevel is equal to the 10%～90% of the longitudinal bracing length of this back support rod.
Wherein the front oblique thickness of this front bevel is equal to the 10%～90% of the gross thickness of this back support rod.
Wherein this front bevel longitudinally before plagioclase degree equal to back support rod longitudinal bracing length 10%～90%, and the front oblique thickness of this front bevel equal to back support rod gross thickness 10%～90%.
Wherein the material of the hollow pipe of this back support rod is carbon fibre composite material.
Wherein the end face of this thin substrate cassette is provided with a upper cover plate.
Wherein the back side of this thin substrate cassette is further provided with a backboard.
Wherein such rear support stand back side is from top to bottom installed with multi-disc transverse direction stiffening plate.
Wherein this thin substrate cassette front opening place arranged on left and right sides is provided with a front apron on the position of corresponding each collateral strut, and this front apron is positioned at collateral strut front, and its height is slightly above the height at least 0.1mm～10mm of this collateral strut.
Wherein this front apron is positioned at collateral strut front, and its height is 1mm～3mm slightly above the height of this collateral strut.
Wherein each rear support stand is to being provided with a backboard on the rear end of back support rod, and this backboard is plastic material.
Wherein being equiped with an electric-conductor bottom the underframe of this thin substrate cassette, the material of this electric-conductor is conductive material or antistatic material.
Wherein the upper frame rear end of this thin substrate cassette is provided with the reinforcement part that a thickness is thicker.
Wherein such collateral strut is installed in respectively on this collateral fagging in riveted clasp riveted mode.
Wherein this collateral strut front end and glass substrate contact portion are provided with a contact site, and this contact site material is conductive material or antistatic material.
Wherein respectively the dual-side of this collateral fagging is provided with an inner fovea part.
The contiguous block central authorities that wherein respectively this collateral fagging connects with this upper and lower framework are provided with an inner fovea part, and the bottom of this inner fovea part has an inclined-plane.
Wherein this sealed piece is a lid with bottom, dual-side and front end, or a cover plate with bottom and front end, and it is incorporated in conjunction with assembly on the breach of front bevel of this hollow pipe.
Wherein this sealed piece is a lid with bottom, dual-side and front end, or a cover plate with bottom and front end, and it utilizes its rear end to plug on the breach of the front bevel being incorporated into this hollow pipe, thus being incorporated on this front bevel.
Wherein this rear end member is have the metal material of high intensity.
Wherein the surface of this rear end member is provided with rough surface, and this rear end member is incorporated in the rear end of this hollow pipe in conjunction with assembly, by the stiction that its rough surface produces so that it is be securely joined with in the rear end of this hollow pipe.
Wherein the surface of this rear end member is provided with rough surface, and this rear end member plugs in the rear end being incorporated into this hollow pipe, thus being incorporated on the rear end of this hollow pipe.
Wherein the surface of this rear end member is provided with the groove of multiple compartment of terrain arrangement.
Wherein respectively the rear end member end of the rear end of this back support rod is provided with a junction, and this connecting portion is to the one side of rear support stand being provided with multiple screw, and this face centre is respectively equipped with an inclined plane toward direction, upper and lower, left and right；And this rear support stand is provided with a perforation matched on the position of corresponding such screw, penetrates perforation by multiple screws and be screwed together on such screw, making this back support rod rear end be fixedly arranged on this rear support stand.
Wherein respectively the rear end member end of the rear end of this back support rod is provided with a junction, and this connecting portion is to the one side of rear support stand being provided with multiple screw, and this face centre is provided with a ring-like boss；And this rear support stand is provided with a perforation matched on the position of corresponding such screw, penetrates perforation by multiple screws and be screwed together on such screw, making this back support rod rear end be fixedly arranged on this rear support stand.
Wherein the dual-side of this thin substrate cassette is respectively equipped with a hound, the joint of this hound and collateral fagging is provided with an embeded slot, it is embedded on each collateral fagging by embeded slot, and utilize screw to be locked on each collateral fagging by each hound, make such hound be fixedly arranged on the dual-side of this thin substrate cassette.
Wherein the dual-side of this thin substrate cassette is respectively equipped with a hound, the joint of this hound and collateral fagging is provided with an embeded slot, it is embedded on each collateral fagging by embeded slot, and utilize screw to be locked on upper frame, collateral fagging by each hound, make such hound be fixedly arranged on the dual-side of this thin substrate cassette.
Wherein the dual-side of this thin substrate cassette is respectively equipped with a hound, the joint of this hound and collateral fagging is provided with an embeded slot, it is embedded on each collateral fagging by embeded slot, and utilize screw to be locked on underframe, collateral fagging by each hound, make such hound be fixedly arranged on the dual-side of this thin substrate cassette.
Wherein the dual-side of this thin substrate cassette is respectively equipped with a hound, the joint of this hound and collateral fagging is provided with an embeded slot, it is embedded on each collateral fagging by embeded slot, and utilize screw to be locked on upper frame, underframe by each hound, make such hound be fixedly arranged on the dual-side of this thin substrate cassette.
For just your auditor to the purpose of this utility model, shape, constructional device feature and effect thereof, further understanding and understanding can be done, hereby coordinate accompanying drawing for embodiment, describe in detail as follows:
Accompanying drawing explanation
Fig. 1 is the stereo appearance figure of thin substrate cassette of the present utility model.
Fig. 2 is the side view of the rear support stand of this utility model thin substrate cassette, back support rod.
Fig. 3 is the back support rod front end enlarged diagram of thin substrate cassette of the present utility model.
Fig. 4 A is the assembling schematic diagram of the back support rod rear end of thin substrate cassette of the present utility model.
Fig. 4 B is the assembling schematic diagram of another embodiment of back support rod rear end of thin substrate cassette of the present utility model.
Fig. 4 C is the schematic diagram that back support rod of the present utility model adjusts angle of inclination.
It it is the schematic rear view of 5 thin substrate cassettes of the present utility model.
Fig. 6 is the collateral fagging enlarged diagram of thin substrate cassette of the present utility model.
Fig. 7 is the back support rod three-dimensional exploded view of thin substrate cassette of the present utility model.
Fig. 8 is the use schematic diagram of the rear support stand of thin substrate cassette of the present utility model, back support rod.
Description of reference numerals
Upper frame 11
Underframe 12
Collateral fagging 13
Collateral strut 14
Rear support stand 20
Back support rod 30
Thin substrate cassette 10
Accommodation space WS
Front bevel 31
Rear putting groove 301
On-slip protuberance 32
Plagioclase degree B before longitudinally
Longitudinal bracing length D
Leading edge thickness A
Gross thickness C
Connecting portion 33
Rear end member 304
Groove 3041
Hollow pipe 302
Sealed piece 303
First screw 331
Second screw 333
3rd screw 334
4th screw 335
Ring-like boss 336
Inclined plane 332
Perforation 21
Screw 22
Upper cover plate 15
Backboard 16
Flanging 161
Horizontal stiffening plate 162
Front apron 17
Backboard 34
Electric-conductor 18
Hound 19
Embeded slot 191
Reinforcement part 111
Contact site 141
Riveted clasp 143
Inner fovea part 131
Contiguous block 132
Inner fovea part 1321
Inclined-plane 1322
Known uiform section back support rod 80
Sag of chain E
Clear space G
Sag of chain F
Space H.
Detailed description of the invention
This utility model relates to one " thin substrate cassette ", refers to shown in Fig. 1, comprising: a upper frame 11 and a underframe 12, multiple collateral fagging 13 toward each other, multiple collateral strut 14, at least one rear support stand 20 and multiple back support rod 30.
Wherein, this upper frame 11 is located at the upside of this thin substrate cassette 10, and this underframe 12 is then located at the downside of this thin substrate cassette 10.
Such rear support stand 20 is arranged on the rear side of this thin substrate cassette 10, and between this upper and lower framework 11,12.
Such collateral fagging 13 is arranged on the both sides of this thin substrate cassette 10, and between this upper and lower framework 11,12, itself and this rear support stand 20, this upper and lower framework 11,12 common definition one receive the accommodation space WS of glass substrate；Refer to shown in Fig. 6, and the dual-side of each this collateral fagging 13 is provided with an inner fovea part 131, utilize the design of this indent, reduce air resistance coefficient during carrying, and contiguous block 132 central authorities that respectively this collateral fagging 13 connects with this upper and lower framework 11,12 are provided with an inner fovea part 1321, the bottom of this inner fovea part 1321 has the inclined-plane 1322 that a gradient is 5～45 degree, has hydrophobicity by the design on inclined-plane 1322, has the function of Quick drainage during washing.
The arrangement of such collateral strut 14 from top to bottom compartment of terrain is located on the collateral fagging 13 in opposite directions of such left and right, and its front end protrudes out toward this accommodation space WS, with the position, left and right of lateral support (or cross-brace) glass substrate.
The arrangement of such back support rod 30 from top to bottom compartment of terrain is located on this rear support stand 20, and its front end protrudes out toward the opening of this thin substrate cassette 10, with backward support (or longitudinal bracing) glass substrate.
Refer to Fig. 1, shown in 2, respectively this back support rod 30 has a longitudinal bracing length, and the direction along this longitudinal bracing length has a front bevel 31 extended from the front end of this back support rod 30 toward rear section.
Such back support rod 30 from top to bottom compartment of terrain arranges, make the rear putting groove 301 forming the arrangement of multiple vertical distance between each back support rod 30, each rear putting groove 301 is for the middle part of accommodating each glass substrate, the rear end (or restriction end) of such back support rod 30 is fixedly arranged on this rear support stand 20, its front end (or free end) protrudes out toward the opening of this thin substrate cassette 10, with backward support glass substrate.
By the composition of said structure, referring again to Fig. 1, shown in 2, during use, the design of the respectively front bevel 31 of this back support rod 30 can be passed through, make the space of each rear putting groove 301 front end of increase, whereby after picking and placeing support (not shown) and gripping lower floor's glass substrate (not shown), and in the process up moving and exiting simultaneously backward, the flow perturbation within cassette is caused because of this process, make upper strata glass substrate and the back support rod 30 carrying this lower floor's glass substrate swing up and down simultaneously, and cause that lower floor's glass substrate is scraped off；Or the lower floor's glass substrate gripped is because of this disturbance, and scratch upper strata glass substrate, therefore by the design of the front bevel 31 of this back support rod 30, can avoid upper strata glass substrate or carry this upper strata glass substrate the careless scratch of back support rod 30 this pick and place lower floor's glass substrate that support is just gripping.
Referring again to Fig. 2, shown in 3, the surface of this back support rod 30 is respectively further provided with the on-slip protuberance 32 of at least one longitudinal arrangement, can be respectively that point-to-point (inpoint-to-pointcontact), linear contact lay or the face of contacting contacts between this on-slip protuberance 32 and glass substrate, point-to-point contact can reduce the abrasion of glass substrate, linear contact lay contacts the adhesive force that can increase glass substrate with face, can have preferably skidproof effect；This on-slip protuberance 32 can be one-body molded with this back support rod 30；And such on-slip protuberance 32 is arranged at equal intervals and is located at respectively on this back support rod 30, the support effect that glass substrate can be formed with equally spaced arrangement architecture by on-slip protuberance 32 is preferably.
Respectively this on-slip protuberance 32 has the contact surface coefficient of friction more than 0.8, it has the coefficient of friction roughened surface more than 0.8, can effectively reduce pick and place support glass substrate is loaded/removal time, the disturbance being vulnerable between glass substrate air-flow, and cause the glass substrate in accommodation space WS and be easily generated skew or scraped the risk of damage.
As it has been described above, this on-slip protuberance 32 adopts has the coefficient of friction material more than 0.8, as: rubber, fluorubber (fluorinerubber), silica gel (siliconerubber) or polyurethane (PU) plastics etc..
Referring again to Fig. 2, shown in 3, respectively the longitudinal bracing length of this back support rod 30 is set to the 20%～100% of the longitudinal length of glass substrate so that back support rod 30 can effective the sinking of support glass substrate.
Shown in Fig. 2, the longitudinally front plagioclase degree B of this front bevel 31 is equal to the 10%～90% of the longitudinal bracing length D of back support rod 30；And the leading edge thickness A of this front bevel 31 equal to this back support rod 30 gross thickness C 10%～90%, to avoid the back support rod 30 of the downward loading of carrying upper strata glass substrate, the upper surface of scratch lower floor glass substrate accidentally because its leading edge is sunk；Also can effectively reduce simultaneously pick and place support (not shown) glass substrate is loaded/removal time, the disturbance being vulnerable between glass substrate air-flow, and the upper surface causing lower floor's glass substrate is scraped off accidentally.
Shown in Fig. 7, the body of rod of this back support rod 30 pultrusion processes at lower cost makes carbon fibre composite hollow pipe 302, this hollow pipe 302 front end recycles simple secondary operations (milling plane mill mode) and is provided with front bevel 31, hollow pipe 302 front end is made to become a taper, this hollow pipe 302 is provided with a rough surface in these front bevel both sides and top, (sealing) is sealed with at least one sealed piece 303 on this front bevel 31, water droplet is avoided to penetrate into, water is made to have waterproof when cleaning, hydrophobicity, and the material of the body of rod of this back support rod 30 is carbon fibre composite, there is light weight, vibrate little, endurance, corrosion resistant advantage.
Shown in Fig. 7, this sealed piece 303 can be a lid with bottom, dual-side and front end, or one have bottom and the cover plate of front end, its in conjunction with assembly (as: adhesive agent bind, AB gluing closes, chimeric mode combines, Ka Gou combines, screw combines, riveted mode combines ... etc.) be incorporated on the breach of front bevel 31 of this hollow pipe 302, and utilize the stiction of this hollow pipe 302 front end rough surface generation so that it is it is securely joined with on this front bevel 31；When this coupling unit is that adhesive agent binds or AB gluing closes, can prevent moisture from entering hollow pipe 302, there is the effect of waterproof.
Shown in Fig. 7, this sealed piece 303 can be a lid with bottom, dual-side and front end, or one have bottom and the cover plate of front end, its available its rear end plugs on the breach of the front bevel 31 being incorporated into this hollow pipe 302, and is incorporated on this front bevel 31.
Shown in Fig. 7, the rear end of this hollow pipe 302 is in conjunction with a rear end member 304, this rear end member 304 is have the metal material (such as aluminium material) of high intensity, this rear end member 304 places in the rear end being incorporated into this hollow pipe 302, to strengthen the intensity of this hollow pipe 302 rear end, the surface of this rear end member 304 is provided with rough surface, and on this surface and be provided with multiple compartment of terrain arrangement groove 3041, this rear end member 304 in conjunction with assembly (as: adhesive agent binds, AB gluing closes, chimeric mode combines, Ka Gou combines, screw combines, riveted mode combines ... etc.) be incorporated in the rear end of this hollow pipe 302, by the stiction that its rough surface and such groove 3041 produce, it is made to be securely joined with in the rear end of this hollow pipe 302.
Shown in Fig. 7, the rear end of this hollow pipe 302 is in conjunction with a rear end member 304, this rear end member 304 is have the metal material (such as aluminium material) of high intensity, this rear end member 304 places in the rear end being incorporated into this hollow pipe 302, to strengthen the intensity of this hollow pipe 302 rear end, the surface of this rear end member 304 is provided with rough surface, and on this surface and be provided with multiple compartment of terrain arrangement groove 3041, respectively this groove 3041 is arranged with an o-ring, this rear end member 304 plugs in the rear end being incorporated into this hollow pipe 302, and it is incorporated on the rear end of this hollow pipe 302, order utilizes o-ring to stop, and moisture enters, and there is the effect of waterproof.
Shown in Fig. 4 A, respectively rear end member 304 end of the rear end (or restriction end) of this back support rod 30 is provided with a junction 33, this connecting portion 33 is to the one side central authorities of rear support stand 20 being provided with one first screw 331, one jiao (such as the upper left corner or the lower left corner) in this face is provided with one second screw 333, another angle of adjacent second screw 333 in this face (as: the upper right corner or the lower right corner) it is provided with one the 3rd screw 334, and relative second screw 333, the other end of the 3rd screw 334 (as: upper end or lower end) it is provided with one the 4th screw 335, and this face centre is up, under, left, right direction is respectively equipped with an inclined plane 332；And this rear support stand 20 is at corresponding such screw 331, 333, 334, the position of 335 is provided with multiple perforation 21 matched, penetrate perforation 21 by multiple screws 22 and be screwed together in such screw 331, 333, 334, on 335, this back support rod 30 rear end is made to be fixedly arranged on this rear support stand 20, and the design of respectively this inclined plane 332 can be passed through, make each screw 331 of adjustment, 333, 334, 335 degrees of tightness screwed togather, and this back support rod 30 can be adjusted up, under, left, the angle of inclination (as shown in Figure 4 C) of right direction, adjust the best angle to support glass substrate whereby.
Shown in Fig. 4 B, respectively rear end member 304 end of the rear end (or restriction end) of this back support rod 30 is provided with a junction 33, this connecting portion 33 is to the one side central authorities of rear support stand 20 being provided with one first screw 331, one jiao (such as the upper left corner or the lower left corner) in this face is provided with one second screw 333, another angle of adjacent second screw 333 in this face (as: the upper right corner or the lower right corner) it is provided with one the 3rd screw 334, and relative second screw 333, the other end of the 3rd screw 334 (as: upper end or lower end) it is provided with one the 4th screw 335, and this face centre is provided with a ring-like boss 336, this ring-like boss 336 is provided with the inclined plane tilted to surrounding, the angle of inclination of this inclined plane is between 0.5 degree～2 degree；And this rear support stand 20 is at corresponding such screw 331, 333, 334, the position of 335 is provided with multiple perforation 21 matched, penetrate perforation 21 by multiple screws 22 and be screwed together in such screw 331, 333, 334, on 335, this back support rod 30 rear end is made to be fixedly arranged on this rear support stand 20, and the setting of this ring-like boss 336 can be passed through, make each screw 331 of adjustment, 333, 334, 335 degrees of tightness screwed togather, and this back support rod 30 can be adjusted up, under, left, the angle of inclination (as shown in Figure 4 C) of right direction, adjust the best angle to support glass substrate whereby.
Shown in Fig. 1, the end face of this thin substrate cassette 10 is provided with a upper cover plate 15, with the stop by this upper cover plate 15, it is prevented that the dust fall of top or the thing that drops fall on the glass baseplate surface in this accommodation space WS.
Refer to shown in Fig. 5, the back side of this thin substrate cassette 10 is provided with a backboard 16, airborne dust during to stop that carrying machines and tool is carried enters in this accommodation space WS, this backboard 16 arranged on left and right sides is respectively equipped with a flanging 161, strengthen the intensity of backboard 16 whereby, order is entered on the glass baseplate surface in this accommodation space WS by this upper cover plate 15, backboard 16 blocks dust, the cleanliness factor of glass substrate can be made to be greatly improved 5% to 10%, therefore improve the fine ratio of product of glass substrate；Such rear support stand 20 back side is from top to bottom installed with multi-disc transverse direction stiffening plate 162, whereby reinforcement rear support stand 20, after back support rod 30 to the intensity of support glass substrate.
Shown in Fig. 1, this thin substrate cassette 10 front opening place arranged on left and right sides is provided with a front apron 17 on the position of corresponding each collateral strut 14, this front apron 17 is positioned at collateral strut 14 front, and its height is slightly above the height at least 0.1mm～10mm of this collateral strut 14, preferred embodiment height is 1mm～3mm, the material of this front apron 17 is carbon fibre composite, make this front apron 17 just can block the glass substrate front end supported on collateral strut 14, it is to avoid glass substrate skids off this thin substrate cassette 10 from opening part when carrying.
Shown in Fig. 2, respectively this rear support stand 20 is to being provided with a backboard 34 on the rear end (or restriction end) of back support rod 30, this backboard 34 is plastic material, its can block on back support rod 30 support glass substrate rear end, it is to avoid glass substrate in carrying time this rear support stand 20 of its rear end direct collision and cause damage.
Shown in Fig. 1, being equiped with an electric-conductor 18 bottom the underframe 12 of this thin substrate cassette 10, the material of this electric-conductor 18 is conductive material or antistatic material, for instance: ultra-high molecular weight polyethylene, the impedance of conductive material is 101～106Ohm-sq, antistatic material is 106～1012Ohm-sq, its can by this accommodation space WS glass substrate produce electrostatic, guide out this thin substrate cassette 10, to prevent electrostatic breakdown glass substrate, improve produce yield, and can in carrying time buffering collision of closed strength, it is to avoid glass substrate damage.
Shown in Fig. 1, the dual-side of this thin substrate cassette 10 is respectively equipped with a hound 19, this hound 19 front end be lower and rear end be on be engaged on such collateral fagging 13 with constant slope, the joint of this hound 19 and collateral fagging 13 is provided with an embeded slot 191, it is embedded on each collateral fagging 13 by embeded slot 191, and utilize screw that each hound 19 is locked in each collateral fagging 13 (or upper frame 11, collateral fagging 13, or underframe 12, collateral fagging 13, or upper frame 11, underframe 12) on, such hound 19 is made to be fixedly arranged on the dual-side of this thin substrate cassette 10, to produce the moment of anti-direction of rotation counterclockwise, prevent this thin substrate cassette 10 from leaning forward deformation.
Shown in Fig. 1, upper frame 11 rear end of this thin substrate cassette 10 is provided with the thicker reinforcement part of a thickness 111, by the reinforcement stress of the reinforcement part 111 of this thicker shape, it is prevented that upper frame 11 sagging deflections.
Referring again to Fig. 1, shown in 6, such collateral strut 14 is installed on such collateral fagging 13 in riveted clasp 143 riveted mode, utilizes the riveted mode of riveted clasp 143 can increase the assembling speed of collateral strut 14, makes assembling speed improve 30%～40%.
Such collateral strut 14 front end contacts part and is provided with a contact site 141 with glass substrate, and this contact site 141 is conductive material, or antistatic material, for instance: ultra-high molecular weight polyethylene, the impedance of conductive material is 101～106Ohm-sq, antistatic material is 106～1012Ohm-sq；When making this contact site 141 contact glass substrate, the static guiding that glass substrate produces can be fallen, prevent electrostatic breakdown glass substrate whereby, and production yield can be improved.
Refer to shown in Fig. 8, thin substrate is by cassette 10 because limitation in height, and the glass substrate holding relatively multi-disc number under identical height relatively has its economic benefit, but need to have requirement of strength concurrently, therefore support bar height can not be excessively thick, in order to avoid affecting glass substrate to pick and place entrance clear space；General existing its front end of uiform section back support rod 80 is not provided with front bevel person, during backward support glass substrate, sag of chain E can be produced, and because prismatic relation, lower floor clear space G (as shown in Figure 8) can be invaded in its tip, the clear space that the glass substrate that accounts for enters is bigger, cause, clear space G between lower back support rod 80 is too little (such as: only 28mm), make produced flow perturbation during with mechanical arm moving glass substrate, the glass substrate easily making cassette levels occurs the problem of scratch to increase in time picking and placeing, and this existing back support rod 80 front end deadweight inertia is big, it is big that vibration produces amplitude, converge to quiescent time long；Otherwise, this utility model uses the back support rod 30 of the hollow pipe under identical material usage, its rigidity is strong compared with other cross sections, and this back support rod 30 front end has a front bevel 31 extended from the front end of this back support rod 30 toward rear section, its front end is made to become a taper, during carrying identical weight, produce sag of chain F, and because the relation that its front end is a taper, its tip still can in projected area (as shown in Figure 8), with in order, space H between lower back support rod 30 relatively big (such as: 35mm), during with mechanical arm moving glass substrate, the clear space that glass substrate enters relatively big (such as: maintain 35mm), and make the problem that glass substrate is not susceptible to scratch in time picking and placeing, therefore the effect that the production yield that can reach glass substrate is significantly increased.
By detailed description above, those of ordinary skill in the art can be made to understand, and this utility model is really up to becoming object defined above, meets the regulation of Patent Law, therefore proposes patent application.But the above, be only preferred embodiment of the present utility model, when not limiting protection domain of the present utility model with this；Therefore, all simple equivalences made according to this utility model claim and utility model description change and modify, and all should still belong in the protection domain that this utility model is contained.
Claims (35)
1. a thin substrate cassette, including:
One upper frame and a underframe, be respectively provided at the upper and lower side of this thin substrate cassette；
At least one rear support stand, this rear support stand is arranged on the rear side of this thin substrate cassette and between this upper and lower framework；
Multiple collateral faggings toward each other, this collateral fagging is arranged on the both sides of this thin substrate cassette and between this upper and lower framework, and itself and this rear support stand, this upper and lower framework are collectively forming the accommodation space of a storage glass substrate；
Multiple collateral struts, this collateral strut is from top to bottom spaced and is located on this collateral fagging and its front end protrudes out toward this accommodation space, with lateral support glass substrate；
Multiple back support rods, this back support rod is from top to bottom spaced and is located on this rear support stand and its front end protrudes out toward the opening of this thin substrate cassette, with backward support glass substrate；
Wherein the body of rod of this back support rod is a hollow pipe, this hollow pipe has a longitudinal bracing length, direction along this longitudinal bracing length has a front bevel extended from the front end of this back support rod toward rear section, hollow pipe front end is made to become a taper, this front bevel is provided with at least one sealed piece, to be sealed；
Wherein the rear end of this hollow pipe is in conjunction with a rear end member, and this rear end member is the material with high intensity, and this rear end member places in the rear end being incorporated into this hollow pipe, to strengthen the intensity of this hollow pipe.
2. thin substrate cassette as claimed in claim 1, is wherein further provided with the on-slip protuberance of at least one longitudinal arrangement on the surface of each this back support rod.
3. thin substrate cassette as claimed in claim 2, wherein this on-slip protuberance has the contact surface coefficient of friction more than 0.8.
4. thin substrate cassette as claimed in claim 3, wherein this on-slip protuberance is one-body molded with this back support rod.
5. thin substrate cassette as claimed in claim 4, the mode that wherein this on-slip protuberance is arranged at equal intervals is located at respectively on this back support rod.
6. thin substrate cassette as claimed in claim 5, wherein this on-slip protuberance is have the rubber of this coefficient of friction, fluorubber, silica gel or polyurethane plastics.
7. thin substrate cassette as claimed in claim 1, wherein respectively this back support rod the longitudinal length that longitudinal bracing length is glass substrate 20%～100%.
8. thin substrate cassette as claimed in claim 7, wherein the longitudinally front plagioclase degree of this front bevel is equal to the 10%～90% of the longitudinal bracing length of this back support rod.
9. thin substrate cassette as claimed in claim 7, wherein the front oblique thickness of this front bevel is equal to the 10%～90% of the gross thickness of this back support rod.
10. thin substrate cassette as claimed in claim 7, wherein this front bevel longitudinally before plagioclase degree equal to back support rod longitudinal bracing length 10%～90%, and the front oblique thickness of this front bevel equal to back support rod gross thickness 10%～90%.
11. thin substrate cassette as claimed in claim 7, wherein the material of the hollow pipe of this back support rod is carbon fibre composite material.
12. thin substrate cassette as claimed in claim 1, wherein the end face of this thin substrate cassette is provided with a upper cover plate.
13. thin substrate cassette as claimed in claim 1, wherein the back side of this thin substrate cassette is further provided with a backboard.
14. thin substrate cassette as claimed in claim 1, wherein this rear support stand back side is from top to bottom installed with multi-disc transverse direction stiffening plate.
15. thin substrate cassette as claimed in claim 1, wherein this thin substrate cassette front opening place arranged on left and right sides is provided with a front apron on the position of corresponding each collateral strut, this front apron is positioned at collateral strut front, and its height is slightly above the height at least 0.1mm～10mm of this collateral strut.
16. thin substrate cassette as claimed in claim 15, wherein this front apron is positioned at collateral strut front, and its height is 1mm～3mm slightly above the height of this collateral strut.
17. thin substrate cassette as claimed in claim 1, wherein each rear support stand is to being provided with a backboard on the rear end of back support rod, and this backboard is plastic material.
18. thin substrate cassette as claimed in claim 1, being wherein equiped with an electric-conductor bottom the underframe of this thin substrate cassette, the material of this electric-conductor is conductive material or antistatic material.
19. thin substrate cassette as claimed in claim 1, wherein the upper frame rear end of this thin substrate cassette is provided with the reinforcement part that a thickness is thicker.
20. thin substrate cassette as claimed in claim 1, wherein this collateral strut is installed in respectively on this collateral fagging in riveted clasp riveted mode.
21. thin substrate cassette as claimed in claim 1, wherein this collateral strut front end and glass substrate contact portion are provided with a contact site, and this contact site material is conductive material or antistatic material.
22. thin substrate cassette as claimed in claim 1, wherein respectively the dual-side of this collateral fagging is provided with an inner fovea part.
23. thin substrate cassette as claimed in claim 1, the contiguous block central authorities that wherein respectively this collateral fagging connects with this upper and lower framework are provided with an inner fovea part, and the bottom of this inner fovea part has an inclined-plane.
24. thin substrate cassette as claimed in claim 1, wherein this sealed piece is a lid with bottom, dual-side and front end, or a cover plate with bottom and front end, and it is incorporated in conjunction with assembly on the breach of front bevel of this hollow pipe.
25. thin substrate cassette as claimed in claim 1, wherein this sealed piece is a lid with bottom, dual-side and front end, or one have bottom and the cover plate of front end, it utilizes its rear end to plug on the breach of the front bevel being incorporated into this hollow pipe, thus being incorporated on this front bevel.
26. thin substrate cassette as claimed in claim 1, wherein this rear end member is have the metal material of high intensity.
27. thin substrate cassette as claimed in claim 26, wherein the surface of this rear end member is provided with rough surface, this rear end member is incorporated in the rear end of this hollow pipe in conjunction with assembly, by the stiction that its rough surface produces so that it is be securely joined with in the rear end of this hollow pipe.
28. thin substrate cassette as claimed in claim 26, wherein the surface of this rear end member is provided with rough surface, and this rear end member plugs in the rear end being incorporated into this hollow pipe, thus being incorporated on the rear end of this hollow pipe.
29. the thin substrate cassette as described in claim 27 or 28, wherein the surface of this rear end member is provided with the groove of multiple compartment of terrain arrangement.
30. thin substrate cassette as claimed in claim 1, wherein respectively the rear end member end of the rear end of this back support rod is provided with a junction, this connecting portion is to the one side of rear support stand being provided with multiple screw, and to the one side centre of rear support stand being respectively equipped with an inclined plane toward direction, upper and lower, left and right；And this rear support stand, to being provided with a perforation matched on the position of screw, is penetrating perforation by multiple screws and is being screwed together on this screw, this back support rod rear end is made to be fixedly arranged on this rear support stand.
31. thin substrate cassette as claimed in claim 1, wherein respectively the rear end member end of the rear end of this back support rod is provided with a junction, this connecting portion is to the one side of rear support stand being provided with multiple screw, and to the one side centre of rear support stand being provided with a ring-like boss；And this rear support stand, to being provided with a perforation matched on the position of screw, is penetrating perforation by multiple screws and is being screwed together on this screw, this back support rod rear end is made to be fixedly arranged on this rear support stand.
32. thin substrate cassette as claimed in claim 1, wherein the dual-side of this thin substrate cassette is respectively equipped with a hound, the joint of this hound and collateral fagging is provided with an embeded slot, it is embedded on each collateral fagging by embeded slot, and utilize screw to be locked on each collateral fagging by each hound, make this hound be fixedly arranged on the dual-side of this thin substrate cassette.
33. thin substrate cassette as claimed in claim 1, wherein the dual-side of this thin substrate cassette is respectively equipped with a hound, the joint of this hound and collateral fagging is provided with an embeded slot, it is embedded on each collateral fagging by embeded slot, and utilize screw to be locked on upper frame, collateral fagging by each hound, make this hound be fixedly arranged on the dual-side of this thin substrate cassette.
34. thin substrate cassette as claimed in claim 1, wherein the dual-side of this thin substrate cassette is respectively equipped with a hound, the joint of this hound and collateral fagging is provided with an embeded slot, it is embedded on each collateral fagging by embeded slot, and utilize screw to be locked on underframe, collateral fagging by each hound, make this hound be fixedly arranged on the dual-side of this thin substrate cassette.
35. thin substrate cassette as claimed in claim 1, wherein the dual-side of this thin substrate cassette is respectively equipped with a hound, the joint of this hound and collateral fagging is provided with an embeded slot, it is embedded on each collateral fagging by embeded slot, and utilize screw to be locked on upper frame, underframe by each hound, make this hound be fixedly arranged on the dual-side of this thin substrate cassette.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520830070.XU CN205366619U (en) | 2015-10-23 | 2015-10-23 | Thin base plate is with card casket |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520830070.XU CN205366619U (en) | 2015-10-23 | 2015-10-23 | Thin base plate is with card casket |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205366619U true CN205366619U (en) | 2016-07-06 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520830070.XU Active CN205366619U (en) | 2015-10-23 | 2015-10-23 | Thin base plate is with card casket |
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| Country | Link |
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| CN (1) | CN205366619U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109795767A (en) * | 2019-03-06 | 2019-05-24 | 志圣科技（广州）有限公司 | A kind of glass substrate many storage layers mechanism |
| CN110789814A (en) * | 2018-08-02 | 2020-02-14 | 中勤实业股份有限公司 | Substrate cassette, rod body structure and waterproof breathable assembly with nano film |
| CN113511513A (en) * | 2020-04-10 | 2021-10-19 | 中勤实业股份有限公司 | Cantilever and damping structure thereof and cassette with cantilever |
-
2015
- 2015-10-23 CN CN201520830070.XU patent/CN205366619U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110789814A (en) * | 2018-08-02 | 2020-02-14 | 中勤实业股份有限公司 | Substrate cassette, rod body structure and waterproof breathable assembly with nano film |
| CN109795767A (en) * | 2019-03-06 | 2019-05-24 | 志圣科技（广州）有限公司 | A kind of glass substrate many storage layers mechanism |
| CN109795767B (en) * | 2019-03-06 | 2024-03-12 | 志圣科技（广州）有限公司 | Mechanism is deposited to glass substrate multilayer |
| CN113511513A (en) * | 2020-04-10 | 2021-10-19 | 中勤实业股份有限公司 | Cantilever and damping structure thereof and cassette with cantilever |
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