CN211757464U - Micro-display glass cleaning jig - Google Patents
Micro-display glass cleaning jig Download PDFInfo
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- CN211757464U CN211757464U CN201921977016.2U CN201921977016U CN211757464U CN 211757464 U CN211757464 U CN 211757464U CN 201921977016 U CN201921977016 U CN 201921977016U CN 211757464 U CN211757464 U CN 211757464U
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Abstract
The utility model provides a be applied to little size glass and wash micro-display glass cleaning jig in technical field, micro-display glass cleaning jig's tool lower cover (2) on set up a plurality of glass placing grid (3), set up strong point I (4) in every glass placing grid (3) respectively, set up glass positioning grid (5) on tool upper cover (1), set up strong point II (15) in every glass positioning grid (5) respectively, set up on tool upper cover (1) and connect accessory (6), set up on tool lower cover (2) and connect accessory (7) down, the utility model discloses a micro-display glass cleaning jig reaches display glass cleaning method a little can play similar draw-in groove effect, bears the little micro-display glass of size and gets into the cleaning machine and wash, effectively solves the inconvenient problem of little size glass cleaning.
Description
Technical Field
The utility model belongs to the technical field of small-size glass washs, more specifically say, relate to a micro-display glass washs tool.
Background
Display glass such as cell-phone or TV among the prior art when wasing, because its size is great, so can directly put into the draw-in groove, take into the cleaning machine again and wash, it is more convenient to wash, but the cover plate glass size that uses in the micro-display only has one or two cun littleer even, can't directly put into the draw-in groove. The glass of the micro display must be thoroughly processed and cleaned before being attached, otherwise, the display quality of the micro display is seriously affected, and the cost is increased. The material diameter of the dirt particles on the cover plate glass is small, so that the surface energy is large, and electrostatic force is often carried, so that the adhesion force with the surface of the cover plate glass is very firm. Therefore, the cleaning method not only needs ultrasonic and megasonic vibration cleaning, but also needs to add an optical glass cleaning agent. The existing cover plate glass cleaning process is roughly as follows: soaking in pure water, ultrasonically cleaning by using an optical glass cleaning agent, megasonically cleaning by using the optical glass cleaning agent, slowly pulling the pure water and air-drying. However, the prior art is inconvenient for convenient and quick cleaning because of the special feature of the microdisplay that the glass size is extremely small.
SUMMERY OF THE UTILITY MODEL
The utility model discloses the technical problem that will solve is: to prior art's not enough, provide a simple structure, can conveniently play similar draw-in groove effect, bear the weight of the less micro-display glass of size and get into the cleaning machine and wash, effectively solve the inconvenient problem of small-size glass washing, the high-efficient swift realization of while washs, saves time, reduce cost's micro-display glass washs tool.
To solve the technical problem, the utility model discloses the technical scheme who takes does:
the utility model relates to a micro-display glass washs tool, including tool upper cover, tool lower cover, the tool lower cover set up a plurality of glass placing grid, set up horizontal convex strong point I in every glass placing grid respectively, cover the glass positioning grid that sets up glass placing grid quantity and position one-to-one covered under the tool on the tool, set up horizontal convex strong point II in every glass positioning grid respectively, cover on the tool and set up the joint and go up the accessory, cover under the tool and set up the joint and go up the accessory, the tool upper cover sets up the structure that the accessory joint is connected under the joint that can be through accessory and tool lower cover on the joint.
The joint of tool lower cover under the accessory set up a plurality ofly, the accessory is the cylinder under the joint, the joint of lower cover is gone up the accessory and is set up to the structure with accessory quantity and position one-to-one under the joint, the accessory includes hole and permanent magnet on the joint of tool upper cover, every hole position sets up a permanent magnet.
Every glass placing lattice that covers under the tool include the glass of a plurality of square structures and place the cell, every glass places the cell and all sets up to hollow out construction, every corner position that every glass placed the cell sets up strong point I respectively.
Every glass location check that covers on the tool include the glass location cell of a plurality of square structures, every corner position of every glass location cell sets up strong point II respectively, every glass of glass placing cell places the cell and sets up to the structure that corresponds with a glass location cell position of the glass location check that corresponds.
And the side edge of the upper jig cover or the lower jig cover is provided with a cleaning manipulator fixing part.
When the fixture upper cover is connected with the fixture lower cover through the clamping connection upper accessory and the clamping connection lower accessory, each cylinder of the fixture lower cover is of a structure which can penetrate through the hole of the corresponding clamping connection upper accessory of the fixture upper cover and is connected with the permanent magnet of the clamping connection upper accessory in an adsorption mode.
The permanent magnet of accessory on every joint of tool upper cover pass through round pin axle swing joint in the hole side position that corresponds, when the cylinder of accessory passes the hole of accessory on the joint that corresponds of tool upper cover under every joint of tool lower cover, the permanent magnet that corresponds turns over a book and adsorbs on the cylinder that corresponds.
The utility model discloses still relate to a step simply, can play similar draw-in groove effect, bear the weight of the less micro-display glass of size and get into the cleaning machine and rinse, effectively solve the inconvenient problem of small-size glass washing, the abluent micro-display glass cleaning method is swiftly realized to high efficiency simultaneously.
The method for cleaning the glass of the micro display comprises the following cleaning steps: 1) separating the upper jig cover and the lower jig cover, and placing the micro-display glass to be cleaned on the glass placing grid; 2) buckling the upper jig cover on the lower jig cover, wherein a cylinder of the lower jig cover, which is clamped with the lower accessory, penetrates through a hole of the upper jig cover, which corresponds to the upper jig cover and is clamped with the upper accessory; 3) the permanent magnet clamped with the upper accessory is turned over, the permanent magnet is adsorbed to the corresponding cylinder clamped with the lower accessory, and each glass positioning grid and the corresponding glass placing grid clamp one piece of micro-display glass to be cleaned; 4) the micro-display glass cleaning jig is fixed through the cleaning manipulator, and the cleaning manipulator brings the micro-display glass cleaning jig for cleaning.
When the micro-display glass to be cleaned is placed on the glass placing grid, each micro-display glass to be cleaned is manually placed in one glass placing grid.
When the micro-display glass cleaning jig is fixed through the cleaning manipulator, the cleaning manipulator is clamped at the position of the cleaning manipulator fixing part of the micro-display glass cleaning jig, and the cleaning manipulator drives the micro-display glass cleaning jig to be cleaned through the cleaning machine.
Adopt the technical scheme of the utility model, can obtain following beneficial effect:
micro display glass washs tool and micro display glass washing method, through setting up tool upper cover and tool lower cover, and tool upper cover and tool lower cover can separate, also can the spiral-lock be connected. When tool upper cover and tool lower cover lock joint, glass placing grid and the cooperation of glass location check can realize every and treat the location of wasing micro display glass, and every glass placing grid position of tool lower cover is hollow out construction, and every glass location check position of tool upper cover is hollow out construction, and supporting point I is used for tool lower cover position chucking to treat and washs micro display glass, and supporting point II is used for tool upper cover position chucking to treat and washs micro display glass. Therefore, the micro-display glass to be cleaned is reliably clamped, the micro-display glass to be cleaned is effectively prevented from falling off, and meanwhile, the cleaning liquid in the cleaning machine convenient for the hollow part can clean stains on the surface of the micro-display glass to be cleaned conveniently. Because the utility model discloses the micro display glass that treats washing of processing, the size is less, has the particularity, only few tenths cun to one or two cuns to the quality is very light, can't directly put into the cleaning machine during the washing, otherwise can lead to glass to drop or damage because of unable fixed glass, and washs unclean. The utility model discloses then can effectively solve above-mentioned problem, realize that the batch of the less glass of size presss from both sides tightly and washs. Micro display glass washs tool and reaches display glass cleaning method a little, simple structure can play similar draw-in groove effect, bears the weight of the less micro display glass of size and gets into the cleaning machine and washs, effectively solves the inconvenient problem of small-size glass washing, high-efficient swift realization washing simultaneously saves time reduce cost.
Drawings
The contents of the description and the references in the drawings are briefly described as follows:
fig. 1 is a schematic structural view of a jig upper cover of a microdisplay glass cleaning jig according to the present invention;
fig. 2 is a schematic structural view of a lower cover of a micro-display glass cleaning jig according to the present invention;
fig. 3 is a schematic view of a partially enlarged structure of a jig upper cover of a microdisplay glass cleaning jig according to the present invention;
reference numerals: 1. the jig is covered; 2. a lower cover of the jig; 3. a glass placing grid; 4. a support point I; 5. a glass positioning grid; 6. clamping the upper accessory; 7. clamping the lower accessory; 8. a cylinder; 9. a hole; 10. a permanent magnet; 11. placing small grids on the glass; 12. glass positioning small grids; 13. cleaning the manipulator fixing piece; 14. micro-display glass to be cleaned; 15. and a supporting point II.
Detailed Description
The following description of the embodiments of the present invention will be made in detail with reference to the accompanying drawings, wherein the embodiments of the present invention are described in detail with reference to the accompanying drawings, for example, the shapes, structures, mutual positions and connection relations of the components, the functions and operation principles of the components, and the like:
as shown in the accompanying drawings 1-3, the utility model relates to a micro-display glass washs tool, including tool upper cover 1, tool lower cover 2 on set up a plurality of glass placing grid 3, set up horizontal convex strong point I4 in every glass placing grid 3 respectively, set up on the tool upper cover 1 with the glass locating grid 5 of glass placing grid 3 quantity and the position one-to-one on the tool lower cover 2, set up horizontal convex strong point II 15 in every glass locating grid 5 respectively, set up accessory 6 on the tool upper cover 1, set up accessory 7 under the joint on the tool lower cover 2, tool upper cover 1 sets up to the structure that accessory 7 joint is connected under the joint that can pass through accessory 6 and tool lower cover 2 on the joint. Above-mentioned structure, through setting up tool upper cover and tool lower cover, and tool upper cover and tool lower cover can separate, also can the spiral-lock be connected. When tool upper cover and tool lower cover lock joint, glass placing grid and the cooperation of glass location check can realize every and treat the location of wasing micro display glass, and every glass placing grid position of tool lower cover is hollow out construction, and every glass location check position of tool upper cover is hollow out construction, and supporting point I4 is used for tool lower cover position chucking to treat washing micro display glass, and supporting point II 15 is used for tool upper cover position chucking to treat washing micro display glass. Therefore, the micro-display glass to be cleaned is reliably clamped, the micro-display glass to be cleaned is effectively prevented from falling off, and meanwhile, the cleaning liquid in the cleaning machine convenient for the hollow part can clean stains on the surface of the micro-display glass to be cleaned conveniently. Because the utility model discloses the micro display glass that treats washing of processing, the size is less, has the particularity, only few tenths cun to one or two cuns, and the quality is very light, can't directly put into the cleaning machine during the washing, otherwise can lead to glass to drop or damage because of unable fixed glass, and washs unclean. The utility model discloses can effectively solve above-mentioned problem, realize that the batch of the less glass of size presss from both sides tightly and washs. Micro display glass washs tool, simple structure can conveniently play similar draw-in groove effect, bears the less micro display glass of size and gets into the cleaning machine and washs, effectively solves the inconvenient problem of small-size glass washing, high-efficient swift realization simultaneously washs, saves time reduce cost.
The joint of tool lower cover 2 under accessory 7 set up a plurality ofly, accessory 7 is the cylinder 8 under the joint, on the joint of tool upper cover 1 accessory 6 set up to with the joint under 7 quantity of accessory and the structure of position one-to-one, on the joint of tool upper cover 1 accessory 6 includes hole 9 and permanent magnet 10, every hole 9 position sets up a permanent magnet 10. Above-mentioned structure, when tool upper cover and tool lower cover joint are connected, every cylinder can clamp in a corresponding hole, like this, realizes the reliable location of tool upper cover and tool lower cover. Then, through the permanent magnet of every hole position, adsorb the cylinder that clamps in this hole, realize adsorbing. After a plurality of permanent magnets and a plurality of cylinder adsorb respectively, realized tool upper cover and tool lower cover's reliable joint and connected to ensure that press from both sides a plurality of micro-display glass of treating that press from both sides between tool upper cover and tool lower cover and rinse, can realize that the tool reliably rinses through the cleaning machine simultaneously, raise the efficiency. And the permanent magnet adopts high temperature resistant material to make, and the permanent magnet sets up to the structure that can bear the high temperature of 200 ~ 300, like this, can not lead to the tool to damage because of the long-time high temperature in the cleaning machine, prevents that glass from droing the fish tail.
Every glass placing grid 3 on the jig lower cover 2 comprises a plurality of glass placing cells 11 with square structures, every glass placing cell 11 is of a hollow structure, and each corner position of every glass placing cell 11 is provided with a supporting point I4 respectively. Every glass location check 5 on tool upper cover 1 include the glass location cell 12 of a plurality of square structures, every corner position of every glass location cell 12 sets up strong point II 15 respectively, every glass of glass placing check 3 places the cell 11 and sets up to the structure that corresponds with a glass location cell 12 position of the glass location check 5 that corresponds. Above-mentioned structure sets up a plurality of glass in every glass placing grid and places the cell, sets up a plurality of glass location cells in every glass location cell, like this for the tool is primary and secondary mould, and glass places the cooperation of cell and glass location cell, and the chucking that treats washing micro display glass that the adaptation size is less is convenient for follow-up washing operation. Compare the cleaning method among the prior art, the utility model discloses not only solved the less inconvenient problem of glass washing of size, can realize glass's the clamp tightly and wash high-efficiently swiftly again, save time reduce cost. Meanwhile, the small glass placing grids and the small glass positioning grids are in hollow-out states, the size of each small grid is the same as that of the cover plate glass, the cover plate glass is of a hollow-out structure, cleaning liquid is convenient to contact with the glass, and supporting points are respectively arranged at each corner of each small grid for preventing the glass from falling through the hollow-out portion. Like this, glass places little check, glass location little check, strong point I4, strong point II 15 cooperation, realizes the chucking of the micro-display glass that waits to wash that corresponds, and convenient and fast realizes chucking and washing.
And a cleaning manipulator fixing part 13 is arranged on the side edge of the jig upper cover 1 or the jig lower cover 2. Above-mentioned structure, the setting of cleaning machines hand mounting 13, the cleaning machines hand of being convenient for passes through the chucking and at cleaning machines hand mounting 13, realizes the joint and the removal of tool, is convenient for remove the washing.
When fixture upper cover 1 is connected through accessory 6 in the joint and accessory 7 joint under the joint of fixture lower cover 2, every cylinder 8 of fixture lower cover 2 sets up to the structure that can pass accessory 6 on the corresponding joint of fixture upper cover 1 hole 9 and adsorb with the permanent magnet 10 of accessory 6 on this joint and be connected. Every joint of tool upper cover 1 on the permanent magnet 10 of accessory 6 through round pin axle swing joint in the hole 9 side position that corresponds, when the cylinder 8 of accessory 7 passes the hole 9 of accessory 6 on the joint that corresponds of tool upper cover 1 under every joint of tool lower cover 2, the permanent magnet 10 that corresponds turns over to turn over and adsorbs on the cylinder 8 that corresponds. Above-mentioned structure, permanent magnet are for can flip structure, when needing separately tool upper cover and tool lower cover, upwards turn up the permanent magnet, and permanent magnet and cylinder separation, and when needing joint tool upper cover and tool lower cover, the permanent magnet turns up downwards, and permanent magnet and cylinder actuation realize the reliable connection of tool upper cover and tool lower cover. When the upper jig cover and the lower jig cover are connected, clamping of the micro-display glass to be cleaned is effectively achieved.
The utility model discloses still relate to a step simply, can play similar draw-in groove effect, bear the weight of the less micro-display glass of size and get into the cleaning machine and rinse, effectively solve the inconvenient problem of small-size glass washing, the abluent micro-display glass cleaning method is swiftly realized to high efficiency simultaneously.
The method for cleaning the glass of the micro display comprises the following cleaning steps: 1) separating the upper jig cover 1 and the lower jig cover 2, and placing the micro-display glass 14 to be cleaned on the glass placing grid 3; 2) buckling the upper jig cover 1 on the lower jig cover 2, and enabling a cylinder 8 of the lower jig cover 2, which is clamped with a lower accessory 7, to penetrate through a hole 9 of the upper jig cover 1, which is correspondingly clamped with an upper accessory 6; 3) the permanent magnet 10 of the upper accessory 6 is clamped in a turning mode, the permanent magnet 10 is adsorbed to the corresponding cylinder 8 of the lower accessory 7, and each glass positioning grid 5 and the corresponding glass placing grid 3 clamp one piece of micro-display glass 14 to be cleaned; 4) the micro-display glass cleaning jig is fixed through the cleaning manipulator, and the cleaning manipulator brings the micro-display glass cleaning jig for cleaning.
When placing the microdisplay glass 14 to be cleaned on the glass placing grid 3, each microdisplay glass 14 to be cleaned is manually placed in one glass placing cell 11.
When the micro-display glass cleaning jig is fixed through the cleaning manipulator, the cleaning manipulator is clamped at the position of the cleaning manipulator fixing part 12 of the micro-display glass cleaning jig, and then the cleaning manipulator drives the micro-display glass cleaning jig to be cleaned through the cleaning machine.
Micro-display glass washs tool, tool (mould) are the primary and secondary mould, divide into master model upper cover (tool upper cover 1) and master model lower cover (tool lower cover 2), the submodule then is glass placing grid 3 and glass location check 5, cover under master model upper cover and the master model and set up respective submodule respectively and place the position, every submodule passes through the screw hole on the diagonal and passes through the screw fixation on the master model tool (master model upper cover and master model lower cover) that corresponds, during the use, the size that the cell was placed to glass in the accessible change submodule placing grid is in order to adapt to not unidimensional glass's washing requirement.
Micro display glass washs tool and micro display glass washing method, through setting up tool upper cover and tool lower cover, and tool upper cover and tool lower cover can separate, also can the spiral-lock be connected. When tool upper cover and tool lower cover lock joint, glass placing grid and the cooperation of glass location check can realize every and treat the location of wasing micro display glass, and every glass placing grid position of tool lower cover is hollow out construction, and every glass location check position of tool upper cover is hollow out construction, and supporting point I is used for tool lower cover position chucking to treat and washs micro display glass, and supporting point II is used for tool upper cover position chucking to treat and washs micro display glass. Therefore, the micro-display glass to be cleaned is reliably clamped, the micro-display glass to be cleaned is effectively prevented from falling off, and meanwhile, the cleaning liquid in the cleaning machine convenient for the hollow part can clean stains on the surface of the micro-display glass to be cleaned conveniently. Because the utility model discloses the micro display glass that treats washing of processing, the size is less, has the particularity, only few tenths cun to one or two cuns to the quality is very light, can't directly put into the cleaning machine during the washing, otherwise can lead to glass to drop or damage because of unable fixed glass, and washs unclean. The utility model discloses then can effectively solve above-mentioned problem, realize that the batch of the less glass of size presss from both sides tightly and washs. Micro display glass washs tool and reaches display glass cleaning method a little, simple structure can play similar draw-in groove effect, bears the weight of the less micro display glass of size and gets into the cleaning machine and washs, effectively solves the inconvenient problem of small-size glass washing, high-efficient swift realization washing simultaneously saves time reduce cost.
The present invention has been described in detail with reference to the accompanying drawings, and it is obvious that the present invention is not limited by the above embodiments, and the present invention can be implemented in various ways without modification, and the present invention is not limited by the above embodiments.
Claims (7)
1. The utility model provides a micro-display glass washs tool which characterized in that: including tool upper cover (1), tool lower cover (2) on set up a plurality of glass placing grid (3), set up level convex strong point I (4) in every glass placing grid (3) respectively, set up glass locating grid (5) with glass placing grid (3) quantity and position one-to-one on tool upper cover (1) on tool lower cover (2), set up level convex strong point II (15) in every glass locating grid (5) respectively, set up on tool upper cover (1) and connect accessory (6) under the joint, set up on tool lower cover (2) under the joint accessory (7), tool upper cover (1) sets up the structure that accessory (7) joint is connected under the joint that can pass through joint accessory (6) and tool lower cover (2).
2. A microdisplay glass cleaning fixture according to claim 1, wherein: the joint of tool lower cover (2) under accessory (7) set up a plurality ofly, accessory (7) are cylinder (8) under the joint, accessory (6) set up to the structure with joint lower accessory (7) quantity and position one-to-one on the joint of tool upper cover (1), accessory (6) include hole (9) and permanent magnet (10) on the joint of tool upper cover (1), every hole (9) position sets up one permanent magnet (10).
3. A microdisplay glass cleaning fixture according to claim 1 or 2, wherein: every glass placing grid (3) on tool lower cover (2) include glass placing cell (11) of a plurality of square structures, every glass placing cell (11) all sets up to hollow out construction, every corner position that every glass placed cell (11) sets up strong point I (4) respectively.
4. A microdisplay glass cleaning fixture according to claim 3, wherein: every glass location check (5) on tool upper cover (1) include glass location cell (12) of a plurality of square structures, and every corner position of every glass location cell (12) sets up strong point II (15) respectively, and every glass of glass placing grid (3) is placed cell (11) and is set up to the structure that corresponds with a glass location cell (12) position of the glass location check (5) that corresponds.
5. A microdisplay glass cleaning fixture according to claim 1 or 2, wherein: the side of the upper jig cover (1) or the lower jig cover (2) is provided with a cleaning manipulator fixing part (13).
6. A microdisplay glass cleaning fixture according to claim 2, wherein: when fixture upper cover (1) is connected through accessory (6) on the joint and accessory (7) joint under the joint of fixture lower cover (2), every cylinder (8) of fixture lower cover (2) set up to be the hole (9) that can pass accessory (6) on the corresponding joint of fixture upper cover (1) and with this joint on permanent magnet (10) of accessory (6) adsorb the structure of being connected.
7. A microdisplay glass cleaning fixture according to claim 2 or 6, wherein: permanent magnet (10) of accessory (6) are gone up to every joint of tool upper cover (1) through round pin axle swing joint in hole (9) side position that corresponds, and when cylinder (8) of accessory (7) were gone up hole (9) of accessory (6) in the joint that corresponds of tool upper cover (1) were passed in cylinder (8) of every joint lower part (2), the permanent magnet (10) that correspond turned over and turn over and adsorb on corresponding cylinder (8).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921977016.2U CN211757464U (en) | 2019-11-15 | 2019-11-15 | Micro-display glass cleaning jig |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921977016.2U CN211757464U (en) | 2019-11-15 | 2019-11-15 | Micro-display glass cleaning jig |
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| Publication Number | Publication Date |
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| CN211757464U true CN211757464U (en) | 2020-10-27 |
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| CN201921977016.2U Active CN211757464U (en) | 2019-11-15 | 2019-11-15 | Micro-display glass cleaning jig |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110721973A (en) * | 2019-11-15 | 2020-01-24 | 安徽熙泰智能科技有限公司 | Micro-display glass cleaning jig and micro-display glass cleaning method |
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2019
- 2019-11-15 CN CN201921977016.2U patent/CN211757464U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110721973A (en) * | 2019-11-15 | 2020-01-24 | 安徽熙泰智能科技有限公司 | Micro-display glass cleaning jig and micro-display glass cleaning method |
| CN110721973B (en) * | 2019-11-15 | 2024-08-09 | 安徽熙泰智能科技有限公司 | Micro-display glass cleaning jig and micro-display glass cleaning method |
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