CN217818435U - Ultra-thin glass caliper structure - Google Patents
Ultra-thin glass caliper structure Download PDFInfo
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- CN217818435U CN217818435U CN202221141131.8U CN202221141131U CN217818435U CN 217818435 U CN217818435 U CN 217818435U CN 202221141131 U CN202221141131 U CN 202221141131U CN 217818435 U CN217818435 U CN 217818435U
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Abstract
The utility model provides an ultra-thin glass slide caliper rule structure for ultra-thin glass preparation technical field, support member (1) of ultra-thin glass slide caliper rule structure on install slide caliper rule (2), set up slide caliper rule upper grade pole (4) and slide caliper rule lower grade pole (5) on slide caliper rule body (3) of slide caliper rule (2), set up through-hole (6) on slide caliper rule upper grade pole (4), set up through-hole (7) down on slide caliper rule lower grade pole (5), set up main through-hole I (8) and main through-hole II (9) on slide caliper rule body (3), fish tape (10) pass through-hole (6), main through-hole I (8), main through-hole II (9), lower through-hole (7) in proper order. Ultra-thin glass slide caliper rule structure, simple structure can effectively solve the product and appear anchor clamps seal problem, avoids ultra-thin glass and slide caliper rule contact collision and fish tail product problem, promotes the product quality, is applicable to different thickness glass simultaneously and uses.
Description
Technical Field
The utility model belongs to the technical field of ultra-thin glass prepares, more specifically says, relates to an ultra-thin glass slide caliper rule structure.
Background
With the gradual increase of the status of the ultrathin flexible cover plate in the electronic display industry, the demand of products is also increasing synchronously. Meanwhile, the production and processing technology of the ultrathin flexible glass also becomes the key point of attention in the industry. The quality of the product is one of the most important links in the whole production process. In the ultra-thin flexible glass production process in the past, when carrying out chemical strengthening and washing stage, can use corresponding slide caliper rule and basket utensil, this slide caliper rule and basket utensil play fixed effect to ultra-thin glass, realize corresponding function in face machine and ultrasonic cleaner. The thickness of the ultrathin flexible glass produced at present is 30-100 mu m, and the ultrathin flexible glass has the characteristics of thin thickness, brittle material and the like, the product is easy to damage in the processes of glass clamping, cleaning and the like, the contact of a tool caliper is limited in the surface strengthening process, and the minimum diameter of the tool caliper can only realize 3mm, so that the contact area of the glass and a stop lever is large, and in the strengthening process, the tool and the glass can move relatively due to the transmission motion of equipment, the product can be attached to the stop lever, and the medicament at the attaching position cannot react with the product, so that the clamp print is formed; in the cleaning process, due to ultrasonic vibration, the glass can continuously rub against a contact point of the stop lever, so that burrs or scratches are formed on the surface of the stop lever, further scratches are generated on the surface of a product, and the quality of the product is seriously affected. Simultaneously, when producing not unidimensional product, need change slide caliper rule type, consuming time and wasting force, and because of the product edge is thinner, can cause the fish tail to the slide caliper rule contact surface, need change after using a period, this fish tail is the contingency nature, and personnel can't in time discover, have great quality hidden danger.
SUMMERY OF THE UTILITY MODEL
The utility model discloses the technical problem that will solve is: the ultra-thin glass caliper structure has the advantages that the structure is simple, the problem of clamp marks of products can be effectively solved when the ultra-thin glass is clamped, the product problem that the ultra-thin glass is in contact collision with the caliper is solved, the product quality is improved, the ultra-thin glass caliper structure can be applied to glass with different thicknesses, the universality is improved, the caliper does not need to be frequently replaced aiming at different products, and the labor intensity is reduced.
To solve the technical problem, the utility model discloses the technical scheme who takes is:
the utility model relates to an ultra-thin glass slide caliper rule structure, including supporting the member, support the member and go up installation slide caliper rule, slide caliper rule include the slide caliper rule body, set up on the slide caliper rule body shelves pole and slide caliper rule shelves pole down, set up the through-hole on the slide caliper rule shelves pole, set up down the through-hole on the slide caliper rule shelves pole down, set up main through-hole I and main through-hole II on the slide caliper rule body, the fish tape passes through-hole, main through-hole I, main through-hole II, lower through-hole in proper order.
The caliper rule body of installation caliper rule on set up the mounting hole that link up the caliper rule body, 3 every side of caliper rule body are twisted and are adorned the positioning bolt that can extend to in the mounting hole.
The ultrathin glass caliper structure comprises a support rod piece I and a support rod piece II, wherein the support rod piece I and the support rod piece II are respectively provided with a plurality of calipers.
The fish wire forms a glass clamping included angle between the caliper upper stop lever and the caliper lower stop lever.
The caliper upper stop lever is provided with a plurality of upper through holes which are arranged according to gaps.
The caliper lower stop lever is provided with a plurality of lower through holes which are arranged according to gaps.
The fishing line penetrates through the outer end part of the upper through hole and is provided with a fixed end II.
The fishing line penetrates through the outer end part of the lower through hole and is provided with a fixed end II.
When the ultrathin glass caliper structure clamps ultrathin glass, one end of the ultrathin glass is clamped between a caliper upper stop lever and a caliper lower stop lever of a caliper arranged on the support rod piece I, and an included angle position is clamped between the caliper upper stop lever and the caliper lower stop lever.
When the ultrathin glass caliper structure clamps ultrathin glass, the other end of the ultrathin glass is clamped at a glass clamping included angle position between a caliper upper stop lever and a caliper lower stop lever of a caliper arranged on the support rod piece II.
Adopt the technical scheme of the utility model, theory of operation and beneficial effect are as follows:
ultra-thin glass slide caliper rule structure, when needing to press from both sides and adorn ultra-thin glass, set up two support members, every support member installs slide caliper rule respectively, slide caliper rule symmetrical arrangement on two support members. Thus, one end of the ultrathin glass is clamped at the position of the included angle between the upper caliper stop rod and the lower caliper stop rod of one caliper mounted on one support rod piece, and the other end of the ultrathin glass is clamped at the position of the included angle between the upper caliper stop rod and the lower caliper stop rod of one caliper mounted on the other support rod piece. Therefore, the glass clamping included angle formed by the fishing line is in the shape of the included angle, the ultrathin glass can be reliably clamped, and the ultrathin glass can be reliably contacted and clamped no matter what thickness, and in the strengthening process, even if equipment transmission motion is generated, the tool and the glass move relatively, the product cannot be attached to the stop lever, so that the phenomenon that the medicament at the attaching position cannot react with the product is avoided, the product strengthening is reliably realized, and the clamp mark is avoided; in the cleaning process, even if because of ultrasonic vibration, glass also only contacts with the fish tape, and can not take place the friction with shelves pole contact point, can not lead to shelves pole surface to form burr or fish tail, can not lead to the product surface to produce the fish tail, promotes glass product quality. Ultra-thin glass slide caliper rule structure, simple structure through configuration optimization, when ultra-thin glass presss from both sides the dress, can effectively solve the product and appear anchor clamps seal problem, avoid ultra-thin glass and slide caliper rule contact collision and fish tail product problem, promote the product quality, be applicable to different thickness glass simultaneously and use, improve the commonality, need not frequently change slide caliper rule to different products, reduce intensity of labour.
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 an ultra-thin glass caliper structure according to the present invention;
FIG. 2 is a schematic view of a partial structure of the ultra-thin glass caliper structure of the present invention;
in the drawings, the reference numbers are respectively: 1. supporting the rod member; 2. a caliper; 3. a caliper body; 4. a caliper upper stop lever; 5. a caliper lower stop lever; 6. an upper through hole; 7. a lower through hole; 8. a main through hole I; 9. a main through hole II; 10. fishing line; 11. a support rod member I; 12. a support rod member II; 13. clamping an included angle by the glass; 14. ultra-thin glass.
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 and 2, the utility model relates to an ultra-thin glass slide caliper rule structure, including support member 1, install slide caliper rule 2 on the support member 1, slide caliper rule 2 includes slide caliper rule body 3, sets up slide caliper rule upper grade pole 4 and slide caliper rule lower grade pole 5 on the slide caliper rule body 3, sets up through-hole 6 on slide caliper rule upper grade pole 4, sets up down through-hole 7 on slide caliper rule lower grade pole 5, sets up main through-hole I8 and main through-hole II 9 on the slide caliper rule body 3, and fish tape 10 passes through-hole 6 in proper order, main through-hole I8, main through-hole II 9, lower through-hole 7. The structure provides an improved technical scheme aiming at the defects in the prior art. When the ultrathin glass needs to be clamped, two support rod members 1 are arranged, each support rod member 1 is respectively provided with a caliper 2, and the calipers 2 on the two support rod members 1 are symmetrically arranged. Thus, one end of the ultrathin glass 14 is clamped at the position of a glass clamping included angle 13 between the caliper upper stop rod 4 and the caliper lower stop rod 5 of one caliper 2 installed on one support rod member 1, and the other end of the ultrathin glass 14 is clamped at the position of a glass clamping included angle 13 between the caliper upper stop rod 4 and the caliper lower stop rod 5 of one caliper 2 installed on the other support rod member 1. Therefore, because the glass clamping included angle 13 formed by the fish wire is in the shape of the included angle, the ultrathin glass can be reliably clamped, and the ultrathin glass can be reliably contacted and clamped no matter what thickness, in the reinforcing process, even if equipment transmission motion is generated, the caliper structure (tooling) and the ultrathin glass (glass) move relatively, the product cannot be attached to the blocking rod, so that the phenomenon that the medicament at the attaching position cannot react with the glass product is avoided, the product reinforcement is reliably realized, and the clamp mark is prevented from being formed on the glass product; in the glass cleaning process, even if because of ultrasonic vibration, glass also only contacts with the fish tape, and can not take place the friction with shelves pole contact point, can not lead to shelves pole surface to form burr or fish tail, can not lead to the product surface to produce the fish tail, promotes glass product quality. Ultra-thin glass slide caliper rule structure, simple structure through configuration optimization, when ultra-thin glass presss from both sides the dress, can effectively solve the product and appear anchor clamps seal problem, avoid ultra-thin glass and slide caliper rule contact collision and fish tail product problem, promote the product quality, can be applicable to different thickness glass simultaneously and use, improve the commonality, need not frequently change slide caliper rule to different products, reduce intensity of labour.
The caliper body 3 of the installation caliper 2 is provided with an installation hole penetrating through the caliper body 3, and the side face of each side of the caliper body 3 is screwed with a positioning bolt capable of extending into the installation hole. The ultra-thin glass caliper structure include I11 and II 12 support members of support member, a plurality of calipers 2 are installed respectively to I11 and II 12 support members of support member. According to the structure, the caliper is sleeved on the support rod piece through the mounting hole of the caliper body, the positioning bolt is loosened, the caliper can be reliably adjusted relative to the upper position and the lower position of the support rod piece, the positioning bolt is screwed, and the caliper body are fixed.
The fish wire 10 forms a glass clamping included angle 13 between the caliper upper stop lever 4 and the caliper lower stop lever 5. Above-mentioned structure, glass press from both sides dress contained angle 13 and are the V font structure to the fish tape is flexible structure, when glass presss from both sides the dress, reliably blocks in glass side position, even if vibrations appear, because glass presss from both sides dress contained angle 13 and is flexible structure, thereby forms the buffering, protection glass.
The caliper upper gear rod 4 is provided with a plurality of upper through holes 6 which are arranged according to gaps. The caliper lower gear lever 5 is provided with a plurality of lower through holes 7 which are arranged according to gaps. With the structure, the fish wire can pass through different upper through holes and different lower through holes, so that when the fish wire forms the glass clamping included angle 13, the crossing part of the fish wire forms a clamping point. And the fish line passes through different upper through holes and different lower through holes, and the horizontal position of the clamping point changes, so that the glass clamp is suitable for clamping glass with different sizes.
The fishing line 10 passes through the outer end part of the upper through hole 6 and is provided with a fixed end II. Above-mentioned structure, fish tape one end passes the through-hole, and then realizes that the fish tape is fixed through modes such as knoing.
The fishing line 10 passes through the outer end part of the lower through hole 7 and is provided with a fixed end II. According to the structure, the end head of the other end of the fishing line penetrates through the lower through hole, and then the fishing line is fixed in modes such as knotting.
When the ultrathin glass caliper structure clamps the ultrathin glass 14, one end of the ultrathin glass 14 is clamped at the position of a glass clamping included angle 13 between a caliper upper stop lever 4 and a caliper lower stop lever 5 of a caliper 2 installed on the support rod piece I11. When the ultrathin glass caliper structure clamps the ultrathin glass 14, the other end of the ultrathin glass 14 is clamped at a glass clamping included angle 13 position between a caliper upper stop lever 4 and a caliper lower stop lever 5 of one caliper 2 installed on the support rod member II 12. Above-mentioned structure reliably realizes pressing from both sides dress at ultra-thin glass both ends, satisfies the user demand.
Ultra-thin glass slide caliper rule structure, when needing to press from both sides dress ultra-thin glass, set up two and support the member, every supports the member and installs slide caliper rule respectively, two slide caliper rule symmetrical arrangement that support on the member. Thus, one end of the ultrathin glass is clamped at the position of the included angle between the upper caliper stop rod and the lower caliper stop rod of one caliper mounted on one support rod piece, and the other end of the ultrathin glass is clamped at the position of the included angle between the upper caliper stop rod and the lower caliper stop rod of one caliper mounted on the other support rod piece. Therefore, the glass clamping included angle formed by the fishing line is in the shape of the included angle, the ultrathin glass can be reliably clamped, and the ultrathin glass can be reliably contacted and clamped no matter what thickness, and in the strengthening process, even if equipment transmission motion is generated, the tool and the glass move relatively, the product cannot be attached to the stop lever, so that the phenomenon that the medicament at the attaching position cannot react with the product is avoided, the product strengthening is reliably realized, and the clamp mark is avoided; in the cleaning process, even if because of ultrasonic vibration, glass also only contacts with the fish tape, and can not take place the friction with shelves pole contact point, can not lead to shelves pole surface to form burr or fish tail, can not lead to the product surface to produce the fish tail, promotes glass product quality. Ultra-thin glass slide caliper rule structure, simple structure through configuration optimization, when ultra-thin glass presss from both sides the dress, can effectively solve the product and appear anchor clamps seal problem, avoid ultra-thin glass and slide caliper rule contact collision and fish tail product problem, promote the product quality, be applicable to different thickness glass simultaneously and use, improve the commonality, need not frequently change slide caliper rule to different products, reduce intensity of labour.
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 (10)
1. The utility model provides an ultra-thin glass slide caliper rule structure which characterized in that: including support member (1), installation slide caliper rule (2) on support member (1), slide caliper rule (2) are including slide caliper rule body (3), set up slide caliper rule upper grade pole (4) and slide caliper rule lower grade pole (5) on slide caliper rule body (3), set up through-hole (6) on slide caliper rule upper grade pole (4), set up through-hole (7) down on slide caliper rule lower grade pole (5), set up main through-hole I (8) and main through-hole II (9) on slide caliper rule body (3), fish tape (10) pass upper through-hole (6) in proper order, main through-hole I (8), main through-hole II (9), through-hole (7) down.
2. The ultra-thin glass caliper structure of claim 1, wherein: the caliper body (3) of the installation caliper (2) is provided with an installation hole penetrating through the caliper body (3), and the side face of each side of the caliper body (3) is screwed with a positioning bolt capable of extending into the installation hole.
3. The ultra-thin glass caliper structure according to claim 1 or 2, characterized in that: the ultrathin glass caliper structure comprises a support rod piece I (11) and a support rod piece II (12), wherein the support rod piece I (11) and the support rod piece II (12) are respectively provided with a plurality of calipers (2).
4. The ultra-thin glass caliper structure according to claim 1 or 2, characterized in that: the fish wire (10) forms a glass clamping included angle (13) between the caliper upper stop lever (4) and the caliper lower stop lever (5).
5. The ultra-thin glass caliper structure according to claim 1 or 2, characterized in that: the caliper upper gear lever (4) is provided with a plurality of upper through holes (6) which are arranged according to gaps.
6. The ultra-thin glass caliper structure of claim 5, wherein: the caliper lower gear lever (5) is provided with a plurality of lower through holes (7) which are arranged according to gaps.
7. The ultra-thin glass caliper structure of claim 5, wherein: the fishing line (10) penetrates through the outer end part of the upper through hole (6) and is provided with a fixed end II.
8. The ultra-thin glass caliper structure of claim 6, wherein: the fishing line (10) penetrates through the outer end part of the lower through hole (7) and is provided with a fixed end II.
9. The ultra-thin glass caliper structure of claim 3, wherein: when the ultrathin glass caliper structure clamps ultrathin glass (14), one end of the ultrathin glass (14) is clamped at a position of a glass clamping included angle (13) between a caliper upper stop lever (4) and a caliper lower stop lever (5) of a caliper (2) installed on a support rod piece I (11).
10. The ultra-thin glass caliper structure of claim 9, wherein: when the ultrathin glass caliper structure clamps ultrathin glass (14), the other end of the ultrathin glass (14) is clamped at a glass clamping included angle (13) between a caliper upper stop lever (4) and a caliper lower stop lever (5) of a caliper (2) installed on the support rod piece II (12).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202221141131.8U CN217818435U (en) | 2022-05-12 | 2022-05-12 | Ultra-thin glass caliper structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202221141131.8U CN217818435U (en) | 2022-05-12 | 2022-05-12 | Ultra-thin glass caliper structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN217818435U true CN217818435U (en) | 2022-11-15 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202221141131.8U Active CN217818435U (en) | 2022-05-12 | 2022-05-12 | Ultra-thin glass caliper structure |
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| Country | Link |
|---|---|
| CN (1) | CN217818435U (en) |
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2022
- 2022-05-12 CN CN202221141131.8U patent/CN217818435U/en active Active
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