CN210706124U

CN210706124U - Attached tool of better protection film of pad pasting effect

Info

Publication number: CN210706124U
Application number: CN201921673169.8U
Authority: CN
Inventors: 钱赛俊
Original assignee: Shenzhen Whale Fall Technology Co Ltd
Current assignee: Shenzhen Whale Fall Technology Co Ltd
Priority date: 2019-09-30
Filing date: 2019-09-30
Publication date: 2020-06-09
Anticipated expiration: 2029-09-30
Also published as: WO2021063199A1

Abstract

The utility model discloses an attached tool of protection film that pad pasting effect is better, including tool body and plectrum, respectively be provided with the plectrum groove above the both ends of tool body, the position in plectrum groove is higher than the electronic product screen of placing in the tool body, respectively inserts the plectrum through toward two plectrum grooves, and two plectrums set up in opposite directions to make the front portion of two plectrums stretch into respectively in the tool body and hang on the electronic product screen, with the both ends of holding the protection film respectively, form the control structure that makes the protection film slowly be close to the screen through taking out two plectrums towards the outside respectively. The utility model discloses directly through all setting up the plectrum groove at the both ends of tool, make the tool both sides all have the plectrum to control the pad pasting process respectively from the both ends of protection film, make the protection film can not influence the levelling of glue because of on one side earlier with the screen contact, can make the glue levelling more even like this, thereby improve the precision of pad pasting, further reduce the bubble and produce, realize better attached effect.

Description

Attached tool of better protection film of pad pasting effect

Technical Field

The utility model relates to a display screen protection accessory technical field, concretely relates to a tool for giving equipment pad pasting such as cell-phone, like liquid glass protection film laminating etc.

Background

With the development of electronic technology, mobile electronic devices represented by smartphones are widely applied, and a large feature of such electronic devices is touch operation. The display screen is frequently subjected to operations such as scratching, pressing and scraping, and sometimes subjected to accidents such as falling and impact, so that the risk of breakage is high. In order to protect the display screen, a protective film, such as a tempered glass film, is generally attached at present. However, the operation of attaching a film to a display screen is a very delicate technique, and is affected by dust, errors in equipment, errors in accessories, and the like, and also causes problems such as positional deviation and generation of bubbles due to slight operation errors. For this reason, numerous inventors, including the applicant, have invented some devices for applying glass films, but previous film application devices are not only complicated in structure, not easy to handle, difficult to position accurately, and difficult to control precisely during the film application process. The simple protective film attaching jig provided by the applicant solves the problems, but only one end of the protective film is provided with the shifting sheet, so that the other end of the protective film can be contacted with a display screen, and the glue at the end cannot be leveled uniformly. In addition, the narrower of the poking sheet can cause the phenomenon that the protective film inclines to one side due to the unstable support of the wider protective film.

SUMMERY OF THE UTILITY MODEL

The to-be-solved technical problem of the utility model is to provide an attached tool of protection film that simple structure, design are more reasonable, the operation is more convenient, pad pasting process control precision is higher, the pad pasting effect is better.

In order to solve the technical problem, the utility model adopts the following technical scheme: the utility model provides an attached tool of protection film that pad pasting effect is better, including the tool body that can the holding electronic product and the plectrum that is used for supporting the protection film, its characterized in that: the two poking sheet grooves are respectively arranged at the two ends of the jig body, the positions of the poking sheet grooves are higher than the electronic product screen placed in the jig body, the poking sheets are respectively inserted into the two poking sheet grooves, the two poking sheets are arranged in opposite directions, the front parts of the two poking sheets are respectively stretched into the jig body to be suspended on the electronic product screen or contacted with the screen, so that the two ends of the protective film are respectively supported, and the protective film is slowly close to the screen by being respectively pulled away from the two poking sheets towards the outer side.

Furthermore, the shifting pieces at the two ends are of inclined structures, and the outer sides of the shifting pieces are higher than the inner sides; each end is equipped with two plectrums respectively, and two plectrums are separated a section distance and are set up to flush to connect between two plectrums and become one, make two plectrums to the support range of protection film be greater than the thickness sum of two plectrums, thereby can support the great scope of protection film, avoid the protection film to take place to incline towards one side and influence the pad pasting effect.

Furthermore, a connecting bottom plate is arranged at the bottoms of the two shifting pieces, the two shifting pieces at the same end are connected into an integral structure through the connecting bottom plate, and two sides of the connecting bottom plate respectively protrude a part outside the two shifting pieces to form a guide wing edge; the upper parts of the two sides of the plectrum groove are respectively provided with a plectrum limiting groove through plectrum limiting edges, and the guide wing edges formed at the two sides of the connecting bottom plate are embedded in the plectrum limiting grooves to form a moving guide structure when the plectrum is pulled outwards, so that the plectrum can keep a stable moving process; the rear ends of the two shifting pieces are connected with each other through a rear connecting edge.

Furthermore, the shifting pieces at the two ends are respectively connected with a linkage bracket, and the two linkage brackets are oppositely arranged and are arranged on the supporting surfaces at the two sides of the jig body; the inner side edge position around the jig body is provided with a guide edge which protrudes upwards, and the two linkage brackets respectively abut against the guide edge to form a moving guide structure; the end parts of two sides of one linkage support are respectively connected with an outer rack, the end parts of two sides of the other linkage support are respectively connected with an inner rack, the inner rack and the outer rack which are positioned on the same side of the jig body are arranged oppositely, a gear is arranged between the inner rack and the outer rack, and the inner rack and the outer rack are respectively meshed with the gear from the inner side and the outer side to form a structure which can move reversely along with the rotation of the gear. Like this when the pad pasting operation, only need stir the plectrum of one end, the plectrum drives its linkage support of connecting, and rack (or outer rack) in the linkage support drives, and interior rack (or outer rack) drive gear, gear drive outer rack (or inner rack) through another linkage support to the plectrum synchronous motion of driving the other end is favorable to the both ends of accurate control protection film to realize laminating with the screen is synchronous like this, further reaches better pad pasting effect.

Further, the gear passes through the bolt and installs the intermediate position at tool body both sides holding surface to make interior rack and outer rack in tool body middle part position butt joint, the distance of gear to both ends plectrum is the same, and distance and dynamics are all controlled more easily when making to stir the plectrum. Of course, the gears can also perform their function in other areas than the middle position.

A knob or a hand crank can also extend out of the top of the gear to form a structure for driving the gear to rotate, so that the gear can be driven to rotate by rotating the knob or shaking the hand crank, and the gear drives the inner rack and the outer rack to move so as to realize the synchronous movement of the poking plates on two sides.

Preferably, a convex guide rib is arranged on one surface of the inner rack opposite to the guide edge, a guide groove matched with the guide rib is arranged on the outer side surface of the guide edge, and a horizontal guide structure for the moving process of the inner rack is formed by embedding the guide rib into the guide groove, so that the inner rack and the outer rack cannot move up and down during moving.

Preferably, the front end of the connecting base plate integrally projects forward of the front end of the pick to form a supporting front end, the supporting front end is of an inclined structure, and the front edge of the supporting front end is the thinnest part with a thickness of 1-200 wires, preferably 40 wires. The plectrum is dialled slowly outwards earlier, then highly makes the plectrum pause through the front end and falls, takes away again when glue is about to contact the support front end, can make like this form better gummosis space between electronic product screen and the protection film, makes glue be difficult to spill over the four sides to protect electronic product, also make the laminating effect better.

Or, the front end of the connecting bottom plate extends out of at least one supporting point towards the front of the front end of the poking sheet so as to support the protective film before the protective film completely falls into the screen, and the thickness of the supporting point is 1-200 wires, preferably 40 wires. When the film is pasted, the protective film is placed on the supporting point after the glue is dripped, leveling is carried out on the protective film, and then the protective film is taken away.

Furthermore, the outer side faces of the rear ends of the two shifting pieces are respectively provided with a stop block to form a stop structure for inserting the shifting pieces into the shifting piece grooves, so that the shifting pieces are prevented from being pushed into the mobile phone screen carelessly. And the stop blocks are respectively arranged beside the shifting sheet grooves at the two ends and are not lower than the highest position of the protective film after the protective film is supported by the shifting sheets, so that the stop blocks form a stop structure for the protective film.

Furthermore, limit convex strips are arranged on four sides of the inner side surface of the jig body, and each limit convex strip is provided with a peripheral guide and limit structure for the protection film when the jig body is placed in pair; the bottom surface of the jig body is provided with a plurality of claw hooking sheets, an electronic product is supported and clamped by the claw hooking sheets to form a positioning structure after being placed in the jig body, and the claw hooking sheets are supported on the supporting surface to support the whole jig body, so that the electronic product placed in the jig body is isolated from the supporting surface (such as a desktop) and forms a horizontal plane, the bottom of the electronic product cannot touch the desktop, a avoidance position for protruding parts such as a camera is formed, and the screen of the electronic product is leveled through water. The side surfaces of two sides of the jig body are provided with grooves for placing the glue absorption cotton slivers.

The utility model discloses directly through all setting up the plectrum groove at the both ends of tool, make the tool both sides all have the plectrum to control the pad pasting process respectively from the both ends of protection film, make the protection film can not influence the levelling of glue because of on one side earlier with the screen contact, can make the glue levelling more even like this, thereby improve the precision of pad pasting, further reduce the bubble and produce, realize better attached effect.

Drawings

FIG. 1 is a schematic structural view of the present invention;

fig. 2 is an exploded schematic view of the present invention.

In the figure, 1 is a jig body, 11 is a supporting surface, 12 is a guiding edge, 13 is a plectrum limiting edge, 14 is a bolt, 2 is a plectrum, 21 is a connecting bottom plate, 22 is a supporting front end, 23 is a guiding wing edge, 24 is a rear connecting edge, 25 is a stop dog, 3 is a linkage support, 31 is an outer rack, 4 is a linkage support, 41 is an inner rack, 42 is a guiding rib, 5 is a gear, and 6 is a mobile phone.

Detailed Description

In this embodiment, referring to fig. 1 and 2, the protective film attaching jig with better film attaching effect includes a jig body 1 capable of accommodating an electronic product (hereinafter, described as a mobile phone 6) and a dial plate 2 for supporting a protective film, wherein dial plate grooves are respectively disposed on two ends of the jig body 1, the dial plate grooves are higher than a mobile phone screen placed in the jig body 1, the dial plates 2 are respectively inserted into the two dial plate grooves, the two dial plates 2 are oppositely disposed, and front portions of the two dial plates 2 respectively extend into the jig body 1 to be suspended above the mobile phone screen, so as to respectively support two ends of the protective film, and the protective film is slowly close to the screen by respectively pulling out the two dial plates 2 toward the outside to form a control structure.

The shifting pieces 2 at the two ends are of inclined structures, and the outer sides of the shifting pieces 2 are higher than the inner sides; every one end is equipped with two plectrums 2 respectively, and two plectrums 2 are at a distance interval and are set up flushly to connect into one whole between two plectrums 2, make two plectrums 2 be greater than the thickness sum of two plectrums 2 to the support range of protection film, thereby can support the great scope of protection film, avoid the protection film to take place to incline towards one side and influence the pad pasting effect.

A connecting bottom plate 21 is arranged at the bottom of the two shifting pieces 2, the two shifting pieces 2 at the same end are connected into an integral structure through the connecting bottom plate 21, and two sides of the connecting bottom plate 21 respectively protrude a part outside the two shifting pieces 2 to form a guide wing edge 23; the upper parts of the two sides of the plectrum groove are respectively provided with a plectrum limiting groove through a plectrum limiting edge 13, and the guide wing edges 23 formed at the two sides of the connecting bottom plate 21 are embedded in the plectrum limiting grooves to form a moving guide structure when the plectrum 2 is pulled outwards, so that the plectrum 2 can keep a stable moving process; the rear ends of the two shifting pieces 2 are connected with each other through a rear connecting edge 24.

The plectrum 2 at both ends is respectively connected with a

linkage bracket

3, 4, the two

linkage brackets

3, 4 are oppositely arranged and are arranged on the supporting surfaces 11 at both sides of the jig body 1; a guide edge 12 which protrudes upwards is arranged at the position of the inner side edge surrounding the jig body 1, and the two

linkage brackets

3 and 4 respectively abut against the guide edge 12 to form a moving guide structure; two side end parts of one linkage support 3 are respectively connected with an outer rack 31, two side end parts of the other linkage support 4 are respectively connected with an inner rack 41, the inner rack 41 positioned on the same side of the jig body 1 is opposite to the outer rack 31, a gear 5 is arranged between the inner rack 41 and the outer rack 31, and the inner rack 41 and the outer rack 31 are respectively meshed with the gear 5 from the inner side and the outer side to form a structure capable of moving reversely along with the rotation of the gear 5. Like this when the pad pasting operation, only need stir plectrum 2 of one end, plectrum 2 drives its linkage support 4 (or linkage support 3) of connecting, rack 41 (or outer rack 31) in linkage support 4 drives, interior rack 41 (or outer rack 31) drive gear 5, gear 5 drives outer rack 31 (or inner rack 41), through another linkage support 3, thereby drive 2 synchronous motion of plectrum of the other end, be favorable to the both ends of accurate control protection film to realize laminating with the screen is synchronous like this, further reach better pad pasting effect.

Gear 5 passes through bolt 14 to be installed at the intermediate position of tool body 1 both sides holding surface 11 to make internal rack 41 and outer rack 31 dock in tool body 1 middle part position, gear 5 is the same to the distance of both ends plectrum 2, and distance and dynamics are all controlled more easily when making to stir plectrum 2.

A knob or a hand crank can also extend out of the top of the gear 5 to form a structure for driving the gear 5 to rotate, so that the gear 5 can be driven to rotate by rotating the knob or shaking the hand crank, and the gear 5 drives the inner rack 41 and the outer rack 31 to move, thereby realizing the synchronous movement of the poking plates 2 on two sides.

A convex guide rib 42 is provided on a surface of the inner rack 41 facing the guide edge 12, a guide groove (not shown) matching with the guide rib 42 is provided on an outer side surface of the guide edge 12, and the guide rib 42 is fitted into the guide groove to form a horizontal guide structure in a moving process of the inner rack 41, so that the inner rack 41 and the outer rack 31 do not move up and down and generate displacement when moving.

The front end of the connecting base plate 21 integrally projects forward of the front end of the paddle 2 to form a supporting front end 22, the supporting front end 22 is of an inclined structure, and the front edge of the supporting front end 22 is the thinnest part and has a thickness of 15 wires. The plectrum 2 is dialled outwards slowly at first, then makes plectrum 2 pause and fall through the height of 40 silks in front, and the glue is taken out again when will contact the support front end soon, can make the glue levelling effect of last part better like this.

Alternatively, the front end of the connection base 21 is extended forward of the front end of the pick 2 by at least one support point to support the protective film before the protective film is completely dropped into the screen, the support point having a thickness of 40 wires. When the film is pasted, the protective film is placed on the supporting point after the glue is dripped, leveling is carried out on the protective film, and then the protective film is taken away.

The outer side surfaces of the rear ends of the two shifting pieces 2 are respectively provided with a stop block 25 to form a stop structure for inserting the shifting pieces 2 into the shifting piece grooves, so that the shifting pieces 2 are prevented from being pushed all by accident and falling on a mobile phone screen to influence film pasting operation. A stop block (not shown) is respectively arranged beside the two end shifting piece grooves, and the stop block is not lower than the highest position of the protective film after the protective film is supported by the shifting pieces, so that the stop block forms a stop structure for the protective film, and the protective film cannot be taken out together when the shifting pieces 2 are pulled out.

The four sides of the inner side surface of the jig body 1 are provided with limiting convex strips (not marked), and each limiting convex strip is provided with a peripheral guiding and limiting structure for the protection film when being placed into the jig body 1; the bottom surface of the jig body 1 is provided with a plurality of claw hook sheets, the mobile phone 6 is supported and clamped by the claw hook sheets to form a positioning structure after being placed in the jig body 1, and the claw hook sheets are supported on the supporting surface to support the whole jig body 1, so that the mobile phone 6 placed in the jig body 1 is isolated from the supporting surface (such as a desktop), the bottom of the mobile phone 6 cannot touch the desktop, and the avoidance of protruding parts such as a camera is formed. The side surfaces of two sides of the jig body are provided with grooves for placing the glue absorption cotton slivers. The partial structure can be directly applied to the prior art.

The above description is only a preferred embodiment of the present invention, and should not be taken as limiting the scope of the invention, i.e. the present invention is intended to cover all equivalent variations and modifications within the scope of the present invention.

Claims

1. The utility model provides an attached tool of protection film that pad pasting effect is better, including the tool body that can the holding electronic product and the plectrum that is used for supporting the protection film, its characterized in that: the two poking sheet grooves are respectively arranged at the two ends of the jig body, the positions of the poking sheet grooves are higher than the electronic product screen placed in the jig body, the poking sheets are respectively inserted into the two poking sheet grooves, the two poking sheets are arranged in opposite directions, the front parts of the two poking sheets are respectively stretched into the jig body to be suspended on the electronic product screen or contacted with the screen, so that the two ends of the protective film are respectively supported, and the protective film is slowly close to the screen by being respectively pulled away from the two poking sheets towards the outer side.

2. The protective film attaching jig with better attaching film effect according to claim 1, characterized in that: the shifting pieces at the two ends are of inclined structures, and the outer sides of the shifting pieces are higher than the inner sides; each end is respectively provided with two shifting pieces which are arranged in a flush mode at intervals, and the two shifting pieces are connected into a whole, so that the supporting range of the two shifting pieces for the protective film is larger than the sum of the thicknesses of the two shifting pieces.

3. The protective film attaching jig with better attaching film effect according to claim 2, characterized in that: the bottom of the two shifting pieces is provided with a connecting bottom plate, the two shifting pieces at the same end are connected into an integral structure through the connecting bottom plate, and two sides of the connecting bottom plate respectively protrude a part outside the two shifting pieces to form a guide wing edge; the upper parts of the two sides of the plectrum groove are respectively provided with a plectrum limiting groove through plectrum limiting edges, and the guide wing edges formed by the two sides of the connecting bottom plate are embedded in the plectrum limiting grooves to form a moving guide structure when the plectrum is pulled outwards; the rear ends of the two shifting pieces are connected with each other through a rear connecting edge.

4. The protective film attaching jig with better attaching film effect according to claim 1, characterized in that: the shifting pieces at the two ends are respectively connected with a linkage bracket, and the two linkage brackets are oppositely arranged and are arranged on the supporting surfaces at the two sides of the jig body; the inner side edge position around the jig body is provided with a guide edge which protrudes upwards, and the two linkage brackets respectively abut against the guide edge to form a moving guide structure; the end parts of two sides of one linkage support are respectively connected with an outer rack, the end parts of two sides of the other linkage support are respectively connected with an inner rack, the inner rack and the outer rack which are positioned on the same side of the jig body are arranged oppositely, a gear is arranged between the inner rack and the outer rack, and the inner rack and the outer rack are respectively meshed with the gear from the inner side and the outer side to form a structure which can move reversely along with the rotation of the gear.

5. The protective film attaching jig with better attaching film effect according to claim 4, characterized in that: the gear is arranged in the middle of the supporting surfaces at two sides of the jig body through bolts so that the inner rack and the outer rack are butted at the middle of the jig body; a knob or a hand crank extends out of the top of the gear to form a structure for driving the gear to rotate.

6. The protective film attaching jig with better attaching film effect according to claim 4, characterized in that: the side of the inner rack opposite to the guide edge is provided with a convex guide rib, the outer side surface of the guide edge is provided with a guide groove matched with the guide rib, and the guide rib is embedded into the guide groove to form a horizontal guide structure for the moving process of the inner rack.

7. The protective film attaching jig with better film attaching effect according to claim 3, characterized in that: the front end of the connecting bottom plate integrally extends towards the front of the front end of the plectrum to form a supporting front end, the supporting front end is of an inclined structure, the front edge of the supporting front end is the thinnest part, and the thickness of the supporting front end is 1-200 threads.

8. The protective film attaching jig with better film attaching effect according to claim 3, characterized in that: the front end of the connecting bottom plate extends out of at least one supporting point towards the front of the front end of the poking sheet so as to support the protective film before the protective film completely falls into the screen, and the thickness of the supporting point is 1-200 filaments.

9. The protective film attaching jig with better film attaching effect according to claim 3, characterized in that: the outer side surfaces of the rear ends of the two shifting pieces are respectively provided with a stop block to form a stop structure for inserting the shifting pieces into the shifting piece grooves; and the stop blocks are respectively arranged beside the shifting sheet grooves at the two ends and are not lower than the highest position of the protective film after the protective film is supported by the shifting sheets, so that the stop blocks form a stop structure for the protective film.

10. The protective film attaching jig with better attaching film effect according to claim 1, characterized in that: the four sides of the inner side surface of the jig body are provided with limiting convex strips, and each limiting convex strip is provided with a peripheral guiding and limiting structure when the protection film is placed into the jig body; the bottom surface of the jig body is provided with a plurality of claw hooking sheets, the electronic product is supported and clamped by the claw hooking sheets to form a positioning structure after being placed in the jig body, and the claw hooking sheets are supported on the supporting surface to support the whole jig body so that the electronic product placed in the jig body is isolated from the supporting surface and forms a horizontal plane; the side surfaces of two sides of the jig body are provided with grooves for placing the glue absorption cotton slivers.