WO2019153313A1 - 一种电子设备屏幕保护膜贴合辅助装置 - Google Patents
一种电子设备屏幕保护膜贴合辅助装置 Download PDFInfo
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- WO2019153313A1 WO2019153313A1 PCT/CN2018/076360 CN2018076360W WO2019153313A1 WO 2019153313 A1 WO2019153313 A1 WO 2019153313A1 CN 2018076360 W CN2018076360 W CN 2018076360W WO 2019153313 A1 WO2019153313 A1 WO 2019153313A1
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- corrugated hose
- film
- base
- cleaning
- fixed
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B33/00—Packaging articles by applying removable, e.g. strippable, coatings
- B65B33/02—Packaging small articles, e.g. spare parts for machines or engines
Definitions
- the present invention relates to the field of electronic devices, and in particular to an electronic device screen protector film bonding auxiliary device.
- the phone screen also called the display, is used to display images and colors.
- the screen size is calculated on the diagonal of the screen, usually in inches, which is the length of the diagonal of the screen.
- the screen material is gradually becoming more and more important as the color screen of the mobile phone is becoming more and more popular.
- the color screen of mobile phones varies with LCD quality and R&D technology.
- LCD quality and R&D technology There are several types of TFT, TFD, UFB, STN and OLED.
- TFT time division multiplexing
- TFD time division multiplexing
- UFB ultrasonic feedback
- STN optical frequency division multiplexing
- OLED organic light-emitting diode
- the invention provides a screen protection film bonding auxiliary device for an electronic device, which solves the problem of the existing manual film, and realizes that the device can assist the user to perform filming, the filming efficiency is low, the filming effect is good, and the rich film is not required.
- the film experience can also quickly and better complete the technical effect of the film.
- an electronic device screen protector film attachment auxiliary device comprising:
- the operation table is fixed on the upper surface of the base, and the four fixed structures are evenly distributed on the operation surface.
- the fixing structure comprises: a fixing plate, a screw rod, a rotating handle and a fixing piece;
- the operation table is fixedly connected, and a screw hole is arranged in the middle of the fixing plate.
- the heating structure comprises: the first corrugated hose and the electric a heating rod and a disc; a cavity is arranged in the disc, one end of the first corrugated hose is connected to the side of the base, and the other end of the first corrugated hose is connected to the electric heating rod through the upper surface of the disc, the first corrugated hose and The disc is fixedly connected, the electric heating rod is suspended and fixed in the cavity of the disc, and the electric heating rod is connected to the power source through the switch;
- the tear film structure comprises: a second corrugated hose and a tweezers; the second corrugated hose has one end and a base Side connection, the other end of the second corrugated hose is connected with the tweezers, the tweezers include a first head and a second head, the first head is hingedly connected with the
- the lower surface of the cleaning board is fixed from right to left: a first sponge, a soft brush, a second sponge, a mirror cloth, a rubber ball fixed on the surface of the cleaning board, and one end of the water pipe
- the rubber ball is connected, the other end of the water pipe extends into the first sponge, and the cleaning liquid is stored in the rubber ball
- the four film structures are evenly distributed on the operation surface, and the film structure comprises: a fourth corrugated hose, a clip; a fourth corrugation One end of the hose is connected to the side of the operation table, and the other end of the fourth corrugated hose is connected with the clip;
- the bubble removing structure comprises: a fifth corrugated hose, a spring column, a first pressing rod, a second pressing rod; One end of the hose is connected to the side of the base, and the other end of the fifth corrugated hose is connected with the upper end of the spring post.
- One end of the first pressing rod and one end of the second pressing rod are connected with the lower
- the electronic device screen protector film bonding auxiliary device in the present application comprises: a base, a work surface, four fixed structures, a heating structure, a tear film structure, a cleaning structure, four film structures, and a bubble removal.
- the user sits at the base and completes the mobile phone film on the operation table. Firstly, the mobile phone is fixed by a fixed structure, and the effect is fixed and fixed, and then the heating screen is used to preheat the collecting screen.
- the purpose of preheating is to make The original film is separated from the screen of the mobile phone to be easily torn off.
- the original film is torn off by the tear film structure, and then the screen of the mobile phone is cleaned by the cleaning structure to prevent the film from being stained or bubbles and other defects caused by dust and dust.
- the bubble can be quickly removed by the initial bubble structure, and the whole device can complete a series of operations of the film, and the filming efficiency is high, and the filming effect is good.
- the specific manner of fixing by using four fixed structures in the present application is: placing the mobile phone in the middle of the operation table, the screen of the mobile phone is facing upward, and then rotating the rotating handle to advance the screw, and the screw rod drives the fixed piece to move to the mobile phone.
- the four fixed pieces are pressed and fixed from the four directions, and the fixing is fixed, which is convenient for the subsequent operation.
- the application uses the heating structure for heating, specifically: firstly opening the switch, heating the air in the disk by using an electric heating rod, then heating the surface of the disk, heating the surface of the screen with a disk, and fixing the electric heating rod to the disk
- the temperature of the disc can be prevented from being too high in the cavity, and the flexible deformation of the corrugated hose facilitates the moving of the disc to heat different positions of the screen.
- the tear film structure can be used to quickly remove the original film, specifically, the blade of the end of the first hoe is cut from the side into the original film, and then the first hoe and the second are pressed.
- the hoe is inserted into the original film by means of a fixing nail, and then the film is torn off by pulling it, and the film can be quickly peeled off.
- the cleaning structure can be used to quickly complete the cleaning of the screen surface, and the cleaning effect is better.
- the rubber ball is first pressed, so that the cleaning liquid in the rubber ball flows into the first sponge through the water pipe, and then the cleaning plate is operated.
- the cleaning plate is operated.
- wipe the surface of the touch screen with a sponge with a cleaning solution then clean the soft brush, then clean the second sponge and absorb most of the moisture on the surface of the screen.
- use the lens cloth to clean the residual liquid and impurities. It is fast and clean, and does not need to be wiped repeatedly like a traditional manual towel, saving manpower, high efficiency and good effect.
- the film can be applied.
- the traditional film is applied by the user's hands, which is difficult to align and needs repeated trials, and the application can quickly perform the bonding by using four film structures.
- the clips in the four film structures respectively sandwich the four corners of the film, and then move the fourth corrugated hose separately, and the flexible shape of the fourth corrugated hose facilitates alignment of the film with the screen, and the mechanical energy can be obtained after the alignment is completed. Fit, avoiding the manual alignment, the hand is easy to shake and can not be quickly aligned.
- the card is used for manually pressing the card, which is time-consuming and labor-intensive, and is prone to soreness for a long time, and in the process of extrusion.
- the bubbles are erratic, and the direction and trajectory of the movement are not fixed. It is easy to cause the bubbles to be squeezed out and squeezed into the middle of the film, which is counterproductive.
- the bubble removing structure in the present application can solve the above problem.
- the bubble is removed, the bubble is placed in the angle between the first pressing rod and the second pressing rod, and then the spring column is pressed, and the first pressing rod and the second are utilized. Pressing the rod to squeeze, so that the bubble can only move outside the angle end point within the angle of the angle, avoiding the possibility of the bubble floating everywhere, ensuring the effect and efficiency of the bubble removal, and using the spring column to protect the screen of the mobile phone.
- the surface of the fixing piece is provided with a protective layer, and the protective layer is made of rubber.
- the cover of the phone can be protected with a protective layer.
- a lower surface of the disc is provided with a layer of a thermally conductive silicone.
- the thermal silica layer can be used to conduct heat while avoiding damage to the screen of the phone.
- the lower surface of the base is provided with a brake caster. It is easy to move with the brake casters.
- the device further includes an illumination structure, the illumination structure includes: a sixth corrugated hose, an LED illumination lamp, one end of the sixth corrugated hose is connected to the side of the base, and the other end of the sixth corrugated hose is connected with the LED illumination lamp. .
- the lighting structure can be used to supplement the light to make it more accurate when the film is applied.
- a cavity is disposed in the base, and a battery is installed in the cavity.
- the invention solves the problem of the existing manual film, realizes that the device can assist the user to apply the film, the filming efficiency is low, the filming effect is good, and the technical effect of the film can be completed quickly and without the need of rich filming experience.
- FIG. 1 is a schematic structural view of a fixing structure in the present application.
- FIG. 2 is a schematic structural view of a heating structure in the present application.
- FIG. 3 is a schematic structural view of a tear film structure in the present application.
- Figure 4 is a schematic view showing the structure of the cleaning structure in the present application.
- Figure 5 is a schematic structural view of a film structure in the present application.
- Fig. 6 is a schematic view showing the structure of a bubble removing structure in the present application.
- the invention provides a contact net geometric parameter detecting and measuring system based on binocular stereo vision, and solves the technical problem that the existing monocular vision detecting method has inherent errors, and realizes reasonable measurement system design and geometric parameter detection. Accurate technical results of measurement results.
- the present application provides an electronic device screen protector film bonding auxiliary device, and the device includes:
- Base 1 operation table 2
- 4 fixed structures, heating structure, tear film structure, cleaning structure, 4 film structures, bubble removal structure
- the operation table is fixed on the upper surface of the base, and the four fixed structures are evenly distributed on the operation table.
- the fixing structure comprises: a fixing plate 3, a screw rod 4, a rotating handle 5, and a fixing piece 6; The lower surface of the plate is fixedly connected with the operation table, and a screw hole is arranged in the middle of the fixing plate.
- the heating structure comprises: the first ripple a hose 7, an electric heating rod 8, a disc 9; a cavity is arranged in the disc, one end of the first corrugated hose is connected to the side of the base, and the other end of the first corrugated hose is connected to the electric heating rod through the upper surface of the disc
- the first corrugated hose is fixedly connected to the disc, the electric heating rod is suspended and fixed in the cavity of the disc, and the electric heating rod is connected to the power source through the switch
- the tear film structure comprises: a second corrugated hose 10 and a tweezers; One end of the second corrugated hose is connected to the side of the base, and the other end of the second corrugated hose is connected with the tweezers.
- the tweezers include a first boring head 11 and a second boring head 12, and the first boring head is hingedly connected with the second boring head, first The inner surface of the end of the hoe There is a blade 13, and the inner surface of the end of the second head is fixed with a fixing nail 14;
- the cleaning structure comprises: a third corrugated hose 15, a cleaning plate 16, a rubber ball 17, a water pipe 18; The side of the base is connected, and the other end of the third corrugated hose is connected to the surface of the cleaning plate.
- the lower surface of the cleaning plate is fixed from right to left in sequence: a first sponge 19, a soft brush 20, a second sponge 21, and a mirror cloth 22
- the rubber ball is fixed on the surface of the cleaning plate, one end of the water pipe is connected with the rubber ball, the other end of the water pipe extends into the first sponge, and the cleaning liquid is stored in the rubber ball;
- the four film structures are evenly distributed on the operation table, and the film structure
- the fourth corrugated hose 23 and the clip 24 are connected; one end of the fourth corrugated hose is connected to the side of the operation table, and the other end of the fourth corrugated hose is connected to the clip;
- the defoaming structure comprises: a fifth corrugated hose 25, a spring post 26, a first pressing rod 27, and a second pressing rod 28; one end of the fifth corrugated hose is connected to the side of the base, and the other end of the fifth corrugated hose is connected to the upper end of the spring post, one end of the first pressing rod and the second
- the electronic device screen protector film bonding auxiliary device in the present application comprises: a base, a work surface, four fixed structures, a heating structure, a tear film structure, a cleaning structure, four film structures, and a bubble removal.
- the user sits at the base and completes the mobile phone film on the operation table. Firstly, the mobile phone is fixed by a fixed structure, and the effect is fixed and fixed, and then the heating screen is used to preheat the collecting screen.
- the purpose of preheating is to make The original film is separated from the screen of the mobile phone to be easily torn off.
- the original film is torn off by the tear film structure, and then the screen of the mobile phone is cleaned by the cleaning structure to prevent the film from being stained or bubbles and other defects caused by dust and dust.
- the bubble can be quickly removed by the initial bubble structure, and the whole device can complete a series of operations of the film, and the filming efficiency is high, and the filming effect is good.
- the specific manner of fixing by using four fixed structures in the present application is: placing the mobile phone in the middle of the operation table, the screen of the mobile phone is facing upward, and then rotating the rotating handle to advance the screw, and the screw rod drives the fixed piece to move to the mobile phone.
- the four fixed pieces are pressed and fixed from the four directions, and the fixing is fixed, which is convenient for the subsequent operation.
- the application uses the heating structure for heating, specifically: firstly opening the switch, heating the air in the disk by using an electric heating rod, then heating the surface of the disk, heating the surface of the screen with a disk, and fixing the electric heating rod to the disk
- the temperature of the disc can be prevented from being too high in the cavity, and the flexible deformation of the corrugated hose facilitates the moving of the disc to heat different positions of the screen.
- the tear film structure can be used to quickly remove the original film, specifically, the blade of the end of the first hoe is cut from the side into the original film, and then the first hoe and the second are pressed.
- the hoe is inserted into the original film by means of a fixing nail, and then the film is torn off by pulling it, and the film can be quickly peeled off.
- the cleaning structure can be used to quickly complete the cleaning of the screen surface, and the cleaning effect is better.
- the rubber ball is first pressed, so that the cleaning liquid in the rubber ball flows into the first sponge through the water pipe, and then the cleaning plate is operated.
- the cleaning plate is operated.
- wipe the surface of the touch screen with a sponge with a cleaning solution then clean the soft brush, then clean the second sponge and absorb most of the moisture on the surface of the screen.
- use the lens cloth to clean the residual liquid and impurities. It is fast and clean, and does not need to be wiped repeatedly like a traditional manual towel, saving manpower, high efficiency and good effect.
- the film can be applied.
- the traditional film is applied by the user's hands, which is difficult to align and needs repeated trials, and the application can quickly perform the bonding by using four film structures.
- the clips in the four film structures respectively sandwich the four corners of the film, and then move the fourth corrugated hose separately, and the flexible shape of the fourth corrugated hose facilitates alignment of the film with the screen, and the mechanical energy can be obtained after the alignment is completed. Fit, avoiding the manual alignment, the hand is easy to shake and can not be quickly aligned.
- the card is used for manually pressing the card, which is time-consuming and labor-intensive, and is prone to soreness for a long time, and in the process of extrusion.
- the bubbles are erratic, and the direction and trajectory of the movement are not fixed. It is easy to cause the bubbles to be squeezed out and squeezed into the middle of the film, which is counterproductive.
- the bubble removing structure in the present application can solve the above problem.
- the bubble is removed, the bubble is placed in the angle between the first pressing rod and the second pressing rod, and then the spring column is pressed, and the first pressing rod and the second are utilized. Pressing the rod to squeeze, so that the bubble can only move outside the angle end point within the angle of the angle, avoiding the possibility of the bubble floating everywhere, ensuring the effect and efficiency of the bubble removal, and using the spring column to protect the screen of the mobile phone.
- the surface of the fixing piece is provided with a protective layer, and the protective layer is made of rubber.
- the cover of the phone can be protected with a protective layer.
- a lower surface of the disc is provided with a layer of a thermally conductive silicone.
- the thermal silica layer can be used to conduct heat while avoiding damage to the screen of the phone.
- the lower surface of the base is provided with a brake caster. It is easy to move with the brake casters.
- the device further includes an illumination structure, the illumination structure includes: a sixth corrugated hose, an LED illumination lamp, one end of the sixth corrugated hose is connected to the side of the base, and the other end of the sixth corrugated hose is connected with the LED illumination lamp. .
- the lighting structure can be used to supplement the light to make it more accurate when the film is applied.
- a cavity is disposed in the base, and a battery is installed in the cavity.
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Abstract
一种电子设备屏幕保护膜贴合辅助装置，装置包括：底座（1）、操作台面（2）、4个固定结构、加热结构、撕膜结构、清洁结构、4个贴膜结构、除气泡结构；固定结构包括：固定板（3）、丝杆（4）、旋转手柄（5）、固定片（6）；加热结构包括：第一波纹软管（7）、电加热棒（8）、圆盘（9）；撕膜结构包括：第二波纹软管（10）、镊子；清洁结构包括：第三波纹软管（15）、清洁板（16）、橡胶球（17）、水管（18）；贴膜结构包括：第四波纹软管（23）、夹子（24）；除气泡结构包括：第五波纹软管（25）、弹簧柱（26）、第一按压杆（27）、第二按压杆（28）；该装置解决了现有的基于单目视觉的检测方法存在先天的误差的技术问题，实现了测量系统设计合理，几何参数检测测量结果准确的技术效果。
Description
本发明涉及电子设备领域，具体地，涉及一种电子设备屏幕保护膜贴合辅助装置。
手机屏幕也称显示屏，用于显示图像及色彩。荧幕尺寸依荧幕对角线计算，通常以英寸(inch)作单位，指荧幕对角的长度。屏幕材质引随着手机彩屏的逐渐普遍，手机屏幕的材质也越来越显得重要。
手机的彩色屏幕因为LCD品质和研发技术不同而有所差异，其种类大致有TFT、TFD、UFB、STN和OLED几种。一般来说能显示的颜色越多越能显示复杂的图象，画面的层次也更丰富。
随着手机触摸屏的普及，现在使用的手机屏幕基本上均为触摸屏，但是触摸屏在使用的过程中容易损坏，破裂导致无法使用，更换触摸屏则成本较高，因此，用户在使用手机前通常都会在手机屏幕上贴上一层保护膜。
在现有技术中，在对手机进行贴膜时，通常都是人工进行效率较低，且贴合效果较差，气泡不容易处理，粉尘也不容易处理，不同经验的贴膜人员贴合效果差异较大。
发明内容
本发明提供了一种电子设备屏幕保护膜贴合辅助装置，解决了现有的手工贴膜存在的问题，实现了装置能够辅助用户进行贴膜，贴膜效率较低，贴膜效果较好，不需要丰富的贴膜经验也可快速较好的完成贴膜的技术效果。
为实现上述发明目的，本申请提供了一种电子设备屏幕保护膜贴合辅助装置，所述装置包括：
底座、操作台面、4个固定结构、加热结构、撕膜结构、清洁结构、4个贴膜结构、除气泡结构；
所述操作台面固定在所述底座上表面，所述4个固定结构均匀分布在所述操作台面上，所述固定结构包括：固定板、丝杆、旋转手柄、固定片；固定板下表面与操作台面固定连接，固定板中部设有螺孔，丝杆一端穿过螺孔向操作台面中部延伸与固定片连接，丝杆另一端与旋转手柄连接；加热结构包括：第一波纹软管、电加热棒、圆盘；圆盘内设有空腔，第一波纹软管一端与底座侧面连接，第一波纹软管另一端穿过圆盘上表面与电加热棒连接，第一波纹软管与圆盘固定连接，电加热棒悬空固定在圆盘的空腔内，电加热棒通过开关与电源连接；所述撕膜结构包括：第二波纹软管、镊子；第二波纹软管一端与底座侧面连接，第二波纹软管另一端与镊子连接，镊子包括第一镊头和第二镊头，第一镊头与第二镊头铰链连接，第一 镊头的端头内表面固定有刀片，第二镊头的端头内表面固定有固定钉；所述清洁结构包括：第三波纹软管、清洁板、橡胶球、水管；第三波纹软管一端与底座侧面连接，第三波纹软管另一端与清洁板上表面连接，清洁板下表面从右到左依次固定有：第一海绵、软质毛刷、第二海绵、拭镜布，橡胶球固定在清洁板上表面，水管一端与橡胶球连通，水管另一端延伸至第一海绵内，橡胶球内存储有清洁液；所述4个贴膜结构均匀分布在操作台面上，贴膜结构包括：第四波纹软管、夹子；第四波纹软管一端与操作台面侧边连接，第四波纹软管另一端与夹子连接；所述除气泡结构包括：第五波纹软管、弹簧柱、第一按压杆、第二按压杆；第五波纹软管一端与底座侧面连接，第五波纹软管另一端与弹簧柱上端连接，第一按压杆的一端和第二按压杆的一端均与弹簧柱下端连接，第一按压杆和第二按压杆位于同一水平面内，第一按压杆与第二按压杆的夹角为30度。
其中，本发明的原理为：本申请中的电子设备屏幕保护膜贴合辅助装置包括：底座、操作台面、4个固定结构、加热结构、撕膜结构、清洁结构、4个贴膜结构、除气泡结构；用户坐在底座旁，在操作台面上完成手机贴膜，首先利用固定结构将手机进行固定，固定稳固便于贴合的效果，然后利用加热结构对收集屏幕进行预热，预热的目的是使得原有的膜与手机屏幕脱离便于撕掉，加热完成后利用撕膜结构将原有的膜撕去，然后利用清洁结构将手机屏幕进行清洁，避免灰尘和粉尘导致贴膜出现污点或气泡和其他不良效果，然后贴膜完成后当发现气泡可以利用初气泡结构进行气泡快速去除，整个装置能够完成贴膜的一系列操作，且贴膜效率较高，贴膜效果较好。
进一步的，本申请中利用4个固定结构进行固定的具体方式为：将手机放置在操作台面中部，手机屏幕朝上，然后转动旋转手柄，使得丝杆前进，丝杆带动固定片向手机移动，4个固定片分别从4个方向对手机进行挤压固定，固定稳固，便于后面的操作。
进一步的，本申请利用加热结构进行加热具体为：首先打开开关利用电加热棒对圆盘内的空气进行加热，然后圆盘表面升温，利用圆盘加热屏幕表面，电加热棒悬空固定在圆盘的空腔内可以避免圆盘温度过高，利用波纹软管的可弯曲变形便于移动圆盘对屏幕的不同位置进行加热。
进一步的，本申请中利用撕膜结构可以快速的将原有的膜去除，具体为利用第一镊头的端头的刀片从侧面切入原有的膜下面，然后按压第一镊头与第二镊头，利用固定钉插入原有的膜中，然后拉拽将膜撕下，能够快速的将膜撕下。
进一步的，本申请中能够利用清洁结构快速的完成屏幕表面清洁，且清洁效果较好，具体为首先按压橡胶球，使得橡胶球内的清洁液通过水管流入第一海绵内，然后操作清洁板，首先利用带有清洁液的海绵对触摸屏表面进行擦拭，然后软质毛刷进行清洁，然后第二海绵 进行清洁并吸收掉屏幕表面的大部分水分，最后利用拭镜布完成残留液体和杂质的清洁；清洁快速，不需要像传统人工使用毛巾反复擦拭，节省人力，效率较高且效果较好。
进一步的，在清洁完后就可以进行贴膜了，传统的贴膜是用户双手进行贴合，很不容易对准，且需要反复尝试，而本申请利用4个贴膜结构可以快速的进行贴合，将4个贴膜结构中的夹子分别夹住膜的4个角，然后分别移动第四波纹软管，利用第四波纹软管的可弯曲定型便于将膜与屏幕对准，对准完成后就可以机械能贴合，避免了传统的手工对准时手容易抖动导致无法快速对准。
进一步的，在贴膜完成后，由于各种原因往往会有气泡，现有技术中主要采用人工使用卡片进行挤压气泡，费时费力小较低，长时间受容易酸痛，且在挤压的过程中气泡飘忽不定，移动的方向和轨迹也不定，容易导致气泡反而没有挤压出去被挤压到了膜的中部，适得其反。而本申请中的除气泡结构则可以解决上述问题，在除气泡时，将气泡放置在第一按压杆与第二按压杆的夹角内，然后按压弹簧柱，利用第一按压杆、第二按压杆进行挤压，使得气泡只能够在夹角的范围内朝夹角端点外移动，避免了气泡到处飘逸的可能，保障气泡去除的效果和效率，且利用弹簧柱可以对手机屏幕进行保护。
进一步的，所述固定片表面设有保护层，所述保护层采用橡胶制成。利用保护层可以对手机外壳进行保护。
进一步的，圆盘下表面设有导热硅胶层。利用导热硅胶层可以导热的同时避免损坏手机屏幕。
进一步的，所述底座下表面设有带刹脚轮。利用带刹脚轮便于移动。
进一步的，所述装置还包括照明结构，所述照明结构包括：第六波纹软管、LED照明灯，第六波纹软管一端与底座侧面连接，第六波纹软管另一端与LED照明灯连接。利用照明结构可以补充光线便于在贴膜的时候贴合更加准确。
进一步的，所述底座内设有空腔，所述空腔内安装有蓄电池。
本申请提供的一个或多个技术方案，至少具有如下技术效果或优点：
解决了现有的手工贴膜存在的问题，实现了装置能够辅助用户进行贴膜，贴膜效率较低，贴膜效果较好，不需要丰富的贴膜经验也可快速较好的完成贴膜的技术效果。
此处所说明的附图用来提供对本发明实施例的进一步理解，构成本申请的一部分，并不构成对本发明实施例的限定；
图1是本申请中固定结构的结构示意图；
图2是本申请中加热结构的结构示意图；
图3是本申请中撕膜结构的结构示意图；
图4是本申请中清洁结构的结构示意图；
图5是本申请中贴膜结构的结构示意图；
图6是本申请中除气泡结构的结构示意图。
本发明提供了一种基于双目立体视觉的接触网几何参数检测测量系统，解决了现有的基于单目视觉的检测方法存在先天的误差的技术问题，实现了测量系统设计合理，几何参数检测测量结果准确的技术效果。
为了能够更清楚地理解本发明的上述目的、特征和优点，下面结合附图和具体实施方式对本发明进行进一步的详细描述。需要说明的是，在相互不冲突的情况下，本申请的实施例及实施例中的特征可以相互组合。
在下面的描述中阐述了很多具体细节以便于充分理解本发明，但是，本发明还可以采用其他不同于在此描述范围内的其他方式来实施，因此，本发明的保护范围并不受下面公开的具体实施例的限制。
请参考图1-图6，本申请提供了一种电子设备屏幕保护膜贴合辅助装置，所述装置包括：
底座1、操作台面2、4个固定结构、加热结构、撕膜结构、清洁结构、4个贴膜结构、除气泡结构；
所述操作台面固定在所述底座上表面，所述4个固定结构均匀分布在所述操作台面上，所述固定结构包括：固定板3、丝杆4、旋转手柄5、固定片6；固定板下表面与操作台面固定连接，固定板中部设有螺孔，丝杆一端穿过螺孔向操作台面中部延伸与固定片连接，丝杆另一端与旋转手柄连接；加热结构包括：第一波纹软管7、电加热棒8、圆盘9；圆盘内设有空腔，第一波纹软管一端与底座侧面连接，第一波纹软管另一端穿过圆盘上表面与电加热棒连接，第一波纹软管与圆盘固定连接，电加热棒悬空固定在圆盘的空腔内，电加热棒通过开关与电源连接；所述撕膜结构包括：第二波纹软管10、镊子；第二波纹软管一端与底座侧面连接，第二波纹软管另一端与镊子连接，镊子包括第一镊头11和第二镊头12，第一镊头与第二镊头铰链连接，第一镊头的端头内表面固定有刀片13，第二镊头的端头内表面固定有固定钉14；所述清洁结构包括：第三波纹软管15、清洁板16、橡胶球17、水管18；第三波纹软管一端与底座侧面连接，第三波纹软管另一端与清洁板上表面连接，清洁板下表面从右到左依次固定有：第一海绵19、软质毛刷20、第二海绵21、拭镜布22，橡胶球固定在清洁板上表面，水管一端与橡胶球连通，水管另一端延伸至第一海绵内，橡胶球内存储有清洁液；所述4个贴膜结构均匀分布在操作台面上，贴膜结构包括：第四波纹软管23、夹子24；第四 波纹软管一端与操作台面侧边连接，第四波纹软管另一端与夹子连接；所述除气泡结构包括：第五波纹软管25、弹簧柱26、第一按压杆27、第二按压杆28；第五波纹软管一端与底座侧面连接，第五波纹软管另一端与弹簧柱上端连接，第一按压杆的一端和第二按压杆的一端均与弹簧柱下端连接，第一按压杆和第二按压杆位于同一水平面内，第一按压杆与第二按压杆的夹角为30度。
其中，本发明的原理为：本申请中的电子设备屏幕保护膜贴合辅助装置包括：底座、操作台面、4个固定结构、加热结构、撕膜结构、清洁结构、4个贴膜结构、除气泡结构；用户坐在底座旁，在操作台面上完成手机贴膜，首先利用固定结构将手机进行固定，固定稳固便于贴合的效果，然后利用加热结构对收集屏幕进行预热，预热的目的是使得原有的膜与手机屏幕脱离便于撕掉，加热完成后利用撕膜结构将原有的膜撕去，然后利用清洁结构将手机屏幕进行清洁，避免灰尘和粉尘导致贴膜出现污点或气泡和其他不良效果，然后贴膜完成后当发现气泡可以利用初气泡结构进行气泡快速去除，整个装置能够完成贴膜的一系列操作，且贴膜效率较高，贴膜效果较好。
进一步的，本申请中利用4个固定结构进行固定的具体方式为：将手机放置在操作台面中部，手机屏幕朝上，然后转动旋转手柄，使得丝杆前进，丝杆带动固定片向手机移动，4个固定片分别从4个方向对手机进行挤压固定，固定稳固，便于后面的操作。
进一步的，本申请利用加热结构进行加热具体为：首先打开开关利用电加热棒对圆盘内的空气进行加热，然后圆盘表面升温，利用圆盘加热屏幕表面，电加热棒悬空固定在圆盘的空腔内可以避免圆盘温度过高，利用波纹软管的可弯曲变形便于移动圆盘对屏幕的不同位置进行加热。
进一步的，本申请中利用撕膜结构可以快速的将原有的膜去除，具体为利用第一镊头的端头的刀片从侧面切入原有的膜下面，然后按压第一镊头与第二镊头，利用固定钉插入原有的膜中，然后拉拽将膜撕下，能够快速的将膜撕下。
进一步的，本申请中能够利用清洁结构快速的完成屏幕表面清洁，且清洁效果较好，具体为首先按压橡胶球，使得橡胶球内的清洁液通过水管流入第一海绵内，然后操作清洁板，首先利用带有清洁液的海绵对触摸屏表面进行擦拭，然后软质毛刷进行清洁，然后第二海绵进行清洁并吸收掉屏幕表面的大部分水分，最后利用拭镜布完成残留液体和杂质的清洁；清洁快速，不需要像传统人工使用毛巾反复擦拭，节省人力，效率较高且效果较好。
进一步的，在清洁完后就可以进行贴膜了，传统的贴膜是用户双手进行贴合，很不容易对准，且需要反复尝试，而本申请利用4个贴膜结构可以快速的进行贴合，将4个贴膜结构中的夹子分别夹住膜的4个角，然后分别移动第四波纹软管，利用第四波纹软管的可弯曲定 型便于将膜与屏幕对准，对准完成后就可以机械能贴合，避免了传统的手工对准时手容易抖动导致无法快速对准。
进一步的，在贴膜完成后，由于各种原因往往会有气泡，现有技术中主要采用人工使用卡片进行挤压气泡，费时费力小较低，长时间受容易酸痛，且在挤压的过程中气泡飘忽不定，移动的方向和轨迹也不定，容易导致气泡反而没有挤压出去被挤压到了膜的中部，适得其反。而本申请中的除气泡结构则可以解决上述问题，在除气泡时，将气泡放置在第一按压杆与第二按压杆的夹角内，然后按压弹簧柱，利用第一按压杆、第二按压杆进行挤压，使得气泡只能够在夹角的范围内朝夹角端点外移动，避免了气泡到处飘逸的可能，保障气泡去除的效果和效率，且利用弹簧柱可以对手机屏幕进行保护。
进一步的，所述固定片表面设有保护层，所述保护层采用橡胶制成。利用保护层可以对手机外壳进行保护。
进一步的，圆盘下表面设有导热硅胶层。利用导热硅胶层可以导热的同时避免损坏手机屏幕。
进一步的，所述底座下表面设有带刹脚轮。利用带刹脚轮便于移动。
进一步的，所述装置还包括照明结构，所述照明结构包括：第六波纹软管、LED照明灯，第六波纹软管一端与底座侧面连接，第六波纹软管另一端与LED照明灯连接。利用照明结构可以补充光线便于在贴膜的时候贴合更加准确。
进一步的，所述底座内设有空腔，所述空腔内安装有蓄电池。
尽管已描述了本发明的优选实施例，但本领域内的技术人员一旦得知了基本创造性概念，则可对这些实施例作出另外的变更和修改。所以，所附权利要求意欲解释为包括优选实施例以及落入本发明范围的所有变更和修改。
显然，本领域的技术人员可以对本发明进行各种改动和变型而不脱离本发明的精神和范围。这样，倘若本发明的这些修改和变型属于本发明权利要求及其等同技术的范围之内，则本发明也意图包含这些改动和变型在内。
Claims (6)
- 一种电子设备屏幕保护膜贴合辅助装置，其特征在于，所述装置包括：底座、操作台面、4个固定结构、加热结构、撕膜结构、清洁结构、4个贴膜结构、除气泡结构；所述操作台面固定在所述底座上表面，所述4个固定结构均匀分布在所述操作台面上，所述固定结构包括：固定板、丝杆、旋转手柄、固定片；固定板下表面与操作台面固定连接，固定板中部设有螺孔，丝杆一端穿过螺孔向操作台面中部延伸与固定片连接，丝杆另一端与旋转手柄连接；加热结构包括：第一波纹软管、电加热棒、圆盘；圆盘内设有空腔，第一波纹软管一端与底座侧面连接，第一波纹软管另一端穿过圆盘上表面与电加热棒连接，第一波纹软管与圆盘固定连接，电加热棒悬空固定在圆盘的空腔内，电加热棒通过开关与电源连接；所述撕膜结构包括：第二波纹软管、镊子；第二波纹软管一端与底座侧面连接，第二波纹软管另一端与镊子连接，镊子包括第一镊头和第二镊头，第一镊头与第二镊头铰链连接，第一镊头的端头内表面固定有刀片，第二镊头的端头内表面固定有固定钉；所述清洁结构包括：第三波纹软管、清洁板、橡胶球、水管；第三波纹软管一端与底座侧面连接，第三波纹软管另一端与清洁板上表面连接，清洁板下表面从右到左依次固定有：第一海绵、软质毛刷、第二海绵、拭镜布，橡胶球固定在清洁板上表面，水管一端与橡胶球连通，水管另一端延伸至第一海绵内，橡胶球内存储有清洁液；所述4个贴膜结构均匀分布在操作台面上，贴膜结构包括：第四波纹软管、夹子；第四波纹软管一端与操作台面侧边连接，第四波纹软管另一端与夹子连接；所述除气泡结构包括：第五波纹软管、弹簧柱、第一按压杆、第二按压杆；第五波纹软管一端与底座侧面连接，第五波纹软管另一端与弹簧柱上端连接，第一按压杆的一端和第二按压杆的一端均与弹簧柱下端连接，第一按压杆和第二按压杆位于同一水平面内，第一按压杆与第二按压杆的夹角为30度。
- 根据权利要求1所述的电子设备屏幕保护膜贴合辅助装置，其特征在于，所述固定片表面设有保护层，所述保护层采用橡胶制成。
- 根据权利要求1所述的电子设备屏幕保护膜贴合辅助装置，其特征在于，圆盘下表面设有导热硅胶层。
- 根据权利要求1所述的电子设备屏幕保护膜贴合辅助装置，其特征在于，所述底座下表面设有带刹脚轮。
- 根据权利要求1所述的电子设备屏幕保护膜贴合辅助装置，其特征在于，所述装置还包括照明结构，所述照明结构包括：第六波纹软管、LED照明灯，第六波纹软管一端与底座侧面连接，第六波纹软管另一端与LED照明灯连接。
- 根据权利要求1所述的电子设备屏幕保护膜贴合辅助装置，其特征在于，所述底座内 设有空腔，所述空腔内安装有蓄电池。
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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| CN114803029A (zh) * | 2022-06-28 | 2022-07-29 | 靖江市永盛光电科技有限公司 | 一种手机背光板加工过程中导光板fpc组装装置 |
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