Flexible screen test all-in-one machine

Abstract

The application discloses a flexible screen test all-in-one machine and relates to the technical field of measuring equipment, which comprises a shell, a bending test device and a bending test device; the bending test device and the bending test device are fixedly arranged in the shell; the bending test device is fixed with two opposite edges of a flexible screen through two clamping devices; one of the clamping devices can move one edge of the clamped flexible screen along a straight line on a horizontal plane; the other clamping device can control the rotation of one edge of the flexible screen; the bending test device is also fixed with two opposite edges of the flexible screen through two clamping devices; one of the clamped edges of the flexible screen moves along a straight line on a horizontal plane; the other controls one edge of the flexible screen to bend around the parallel line of the clamped edge. The flexible screen test all-in-one machine can conveniently perform multiple tests in the early stage of research and development without occupying too much space, and the test process of the flexible screen can be conveniently displayed in exhibition halls and the like.

Description

Technical Field

[0001] This invention relates to the field of measurement equipment technology, and more particularly to an integrated machine for testing flexible screens. Background Technology

[0002] With the development of the information society, people are increasingly reliant on electronic products to perform various tasks. Driven by technological advancements, more and more electronic products using flexible screens have been designed and manufactured, such as curved displays, curved TVs, and wearable devices with rollable display screens. For manufacturers and R&D companies of flexible screens, testing the performance of flexible screens is one of their key concerns.

[0003] When testing the quality of flexible screens in batches, specialized equipment is usually used to test the flexibility of the screens by bending and folding. However, due to the large size of the equipment and its limited functionality, it is necessary to adjust the rotation angle and moving distance according to the size of the flexible screen for each measurement. This is not convenient for testing screens of different sizes, and it is also inconvenient to bring multiple devices to exhibitions or other venues to show customers. Summary of the Invention

[0004] To address the aforementioned technical issues, the flexible screen testing all-in-one machine provided by this invention optimizes the structure of the internal measuring device, enabling flexible screens of different sizes to complete award tests without adjusting parameters, and also making it easier to display the flexible screen testing process in exhibition halls and other venues.

[0005] To achieve the above objectives, the technical solution adopted by the present invention is as follows:

[0006] The flexible screen testing integrated machine provided by this invention includes a housing, a bending test device, and a bending test device; both the bending test device and the bending test device are fixedly disposed within the housing; the bending test device includes a first clamping device and a second clamping device for fixing two opposite sides of the flexible screen respectively; the first clamping device can influence one side of the clamped flexible screen to move along a straight line on a horizontal plane; the second clamping device can control one side of the flexible screen to rotate; when the first clamping device and the second clamping device are respectively connected to the two opposite sides of the flexible screen, in the initial position, the flexible screen is a plane; when the second clamping device controls one side of the flexible screen to rotate, one end of the flexible screen clamped by the second clamping device is lifted relative to the plane where the flexible screen is located in the initial position; the flexible screen is clamped by the second clamping device. The other end of the selected side sinks relative to the plane where the flexible screen is located in the initial position; the bending test device includes a third clamping device and a fourth clamping device for fixing the two opposite sides of the flexible screen respectively; the third clamping device can affect the movement of one side of the clamped flexible screen along a straight line on a horizontal plane; the fourth clamping device can control one side of the flexible screen to bend around a line parallel to the clamping edge; when the third clamping device and the fourth clamping device are respectively connected to the two opposite sides of the flexible screen, in the initial position, the flexible screen is a plane; when the fourth clamping device controls one side of the flexible screen to bend, the side of the flexible screen clamped by the fourth clamping device is raised as a whole relative to the plane where the flexible screen is located in the initial position; the side of the flexible screen clamped by the fourth clamping device is always parallel to the side of the flexible screen clamped by the third clamping device.

[0007] The flexible screen testing all-in-one machine provided by the present invention preferably further includes a tensile testing device; the tensile testing device is fixedly disposed in the housing; the tensile testing device includes a fifth clamping device and a sixth clamping device for fixing two opposite sides of the flexible screen respectively; the fifth clamping device and the sixth clamping device can fix the two opposite sides of the flexible screen to move in opposite directions.

[0008] The flexible screen testing all-in-one machine provided by the present invention preferably further includes a curling testing device; the curling testing device is fixedly disposed in the housing; the curling testing device includes a seventh clamping device and an eighth clamping device for fixing two opposite sides of the flexible screen respectively; the seventh clamping device can affect one side of the clamped flexible screen to move along a straight line on a horizontal plane; the eighth clamping device can control one side of the clamped flexible screen to move in the vertical direction; when the seventh clamping device and the eighth clamping device are respectively connected to the two opposite sides of the flexible screen, in the initial position, the flexible screen is in a bent state; the two unclamped sides of the flexible screen are in the same "C" shape.

[0009] The flexible screen testing all-in-one machine provided by the present invention preferably includes a first clamping device comprising a first pressure plate and a first horizontal sliding assembly; the first pressure plate is fixedly disposed on the sliding end of the first horizontal sliding assembly; the first pressure plate can slide along a straight line on a horizontal plane via the first horizontal sliding assembly; the first pressure plate includes a first upper pressure plate and a first lower pressure plate; the distance between the first upper pressure plate and the first lower pressure plate is controlled by two sets of bolts and nuts; controlling the distance between the first upper pressure plate and the first lower pressure plate can release and clamp the flexible screen; the first lower pressure plate is fixedly disposed on the sliding end of the first horizontal sliding assembly; the first clamping device further includes a first restoring assembly; the first horizontal sliding assembly includes a first guide rail and a first slider; the first pressure plate is fixedly disposed on the first slider; the first guide rail is horizontally disposed; the first slider is disposed on the first guide rail; the first slider can be positioned relative to the first guide rail. The slide rail is oriented; the first recovery component is connected to the first slider; when the first slider is not affected by external force, the first recovery component can move the first slider to a fixed position on the first guide rail; the first recovery component includes a first fixed pulley frame, a first fixed pulley, and a first counterweight; the bottom of the first fixed pulley frame is fixedly connected to one end of the first guide rail; the first fixed pulley is fixedly mounted on the upper part of the first fixed pulley frame; the first fixed pulley can rotate relative to the first fixed pulley frame; the first counterweight is connected to the first slider via a rope; the rope connecting the first counterweight and the first slider is set on the first fixed pulley; controlling the horizontal movement of the first slider on the first guide rail will transmit power to the first counterweight through the rope and the first fixed pulley, causing the first counterweight to move in the vertical direction; the weight of the first counterweight reacts to the rope, giving the rope a tension, which will pull the first slider to a fixed position on the first guide rail.

[0010] The flexible screen testing integrated machine provided by the present invention preferably includes a second clamping device comprising a second pressure plate for fixing the flexible screen and a second rotating assembly for rotation; the second pressure plate is fixedly mounted on the rotating wheel of the second rotating assembly; the second pressure plate includes a second upper pressure plate and a second lower pressure plate; the distance between the second upper pressure plate and the second lower pressure plate is controlled by two sets of bolts and nuts; controlling the distance between the second upper pressure plate and the second lower pressure plate can loosen and clamp the flexible screen; the second lower pressure plate is fixedly mounted on the sliding end of the second horizontal sliding assembly; the second rotating assembly includes a rotating wheel; the second lower pressure plate is fixedly mounted on the rotating wheel; the second pressure plate can rotate with the rotation of the rotating wheel of the second rotating assembly; the second clamping device further includes a motor; the main shaft of the motor is connected to the rotating assembly via a belt; the rotating wheel rotates with the rotation of the main shaft of the motor.

[0011] The flexible screen testing all-in-one machine provided by the present invention preferably includes a third clamping device comprising a third pressure plate and a third horizontal sliding assembly; the third pressure plate is fixedly disposed on the sliding end of the third horizontal sliding assembly; the third pressure plate can slide along a straight line on a horizontal plane via the third horizontal sliding assembly; the third pressure plate includes a third upper pressure plate and a third lower pressure plate; the distance between the third upper pressure plate and the third lower pressure plate is controlled by two sets of bolts and nuts; controlling the distance between the third upper pressure plate and the third lower pressure plate can loosen and clamp the flexible screen; the third lower pressure plate is fixedly disposed on the sliding end of the third horizontal sliding assembly; the third clamping device further includes a third recovery assembly; the third horizontal sliding assembly includes a third guide rail and a third slider; the third pressure plate is fixedly disposed on the third slider; the third guide rail is horizontally disposed; the third slider is disposed on the third guide rail; the third slider can be positioned relative to the third guide rail. The slide rail is oriented; the third recovery component is connected to the third slider; when the third slider is not affected by external force, the third recovery component can move the third slider to a fixed position on the third guide rail; the third recovery component includes a third fixed pulley frame, a third fixed pulley, and a third counterweight; the bottom of the third fixed pulley frame is fixedly connected to one end of the third guide rail; the third fixed pulley is fixedly mounted on the upper part of the third fixed pulley frame; the third fixed pulley can rotate relative to the third fixed pulley frame; the third counterweight is connected to the third slider via a rope; the rope connecting the third counterweight and the third slider is set on the third fixed pulley; controlling the horizontal movement of the third slider on the third guide rail will transmit power to the third counterweight through the rope and the third fixed pulley, causing the third counterweight to move in the vertical direction; the weight of the third counterweight reacts to the rope, giving the rope a tension, which will pull the third slider to a fixed position on the third guide rail.

[0012] The flexible screen testing integrated machine provided by the present invention preferably includes a fourth clamping device comprising a fourth pressure plate for fixing the flexible screen and a fourth rotating assembly for rotation; the fourth pressure plate rotates via the fourth rotating assembly; the fourth pressure plate includes a fourth upper pressure plate and a fourth lower pressure plate; the distance between the fourth upper pressure plate and the fourth lower pressure plate is controlled by two sets of bolts and nuts; the flexible screen can be loosened and clamped by controlling the distance between the fourth upper pressure plate and the fourth lower pressure plate; the fourth lower pressure plate is fixedly mounted on the rotating assembly; the fourth rotating assembly includes a cylinder and two connecting plates; the two connecting plates are respectively fixedly mounted at both ends of the cylinder; the two connecting plates can rotate with the rotation of the cylinder; the fourth lower pressure plate is simultaneously fixedly connected to the two connecting plates; when the fourth pressure plate rotates with the cylinder; there is always a gap between the fourth pressure plate and the cylinder that allows the flexible screen to pass through.

[0013] The flexible screen testing integrated machine provided by the present invention preferably includes a seventh clamping device comprising a seventh pressure plate for fixing the flexible screen and a seventh horizontal sliding assembly; the seventh pressure plate is fixedly disposed on the sliding end of the seventh horizontal sliding assembly; the seventh pressure plate can slide along a straight line on a horizontal plane via the seventh horizontal sliding assembly; the seventh pressure plate includes a seventh upper pressure plate and a seventh lower pressure plate; the distance between the seventh upper pressure plate and the seventh lower pressure plate is controlled by two sets of bolts and nuts; controlling the distance between the seventh upper pressure plate and the seventh lower pressure plate can loosen and clamp the flexible screen; the seventh lower pressure plate is fixedly disposed on the sliding end of the seventh horizontal sliding assembly.

[0014] The flexible screen testing integrated machine provided by the present invention preferably includes an eighth clamping device comprising an eighth pressure plate for fixing the flexible screen and an eighth vertical sliding assembly; the eighth pressure plate is fixedly disposed on the sliding end of the eighth vertical sliding assembly; the eighth pressure plate can slide vertically through the eighth vertical sliding assembly; the eighth pressure plate includes an eighth upper pressure plate and an eighth lower pressure plate; the distance between the eighth upper pressure plate and the eighth lower pressure plate is controlled by two sets of bolts and nuts; controlling the distance between the eighth upper pressure plate and the eighth lower pressure plate allows for the loosening and clamping of the flexible screen. The screen; the eighth upper pressure plate is fixedly mounted on the sliding end of the eighth vertical sliding assembly; the eighth vertical sliding assembly includes an eighth vertical guide rail and an eighth slider; the eighth slider is slidably mounted on the eighth vertical guide rail; the eighth lower pressure plate is fixedly mounted on the eighth slider; the eighth pressure plate can slide up and down on the eighth vertical guide rail along with the eighth slider; the eighth vertical sliding assembly also includes a fixing seat; the eighth vertical guide rail is fixedly mounted on the fixing seat; the eighth slider includes a fixing device; the fixing device can loosen and fix the eighth slider and the eighth vertical guide rail.

[0015] The above technical solution has the following advantages or beneficial effects:

[0016] This invention discloses a flexible screen testing all-in-one machine, relating to the field of measurement equipment technology, including a housing, a bending test device, and a bending test device; both the bending test device and the bending test device are fixedly disposed within the housing; the bending test device includes a first clamping device and a second clamping device respectively used to fix two opposite sides of the flexible screen; the first clamping device can affect one side of the clamped flexible screen to move along a straight line on a horizontal plane; the second clamping device can control one side of the flexible screen to rotate; when the first clamping device and the second clamping device are respectively connected to the two opposite sides of the flexible screen, in the initial position, the flexible screen is in a plane; when the second clamping device controls one side of the flexible screen to rotate, one end of the flexible screen clamped by the second clamping device is lifted relative to the plane where the flexible screen is located in the initial position; the flexible screen is lifted by the first clamping device... The other end of the side gripped by the two clamping devices is lowered relative to the plane where the flexible screen is located in the initial position. The bending test device includes a third clamping device and a fourth clamping device for fixing two opposite sides of the flexible screen. The third clamping device can influence one side of the clamped flexible screen to move along a straight line on a horizontal plane. The fourth clamping device can control one side of the flexible screen to bend around a line parallel to the clamping edge. When the third and fourth clamping devices are connected to the two opposite sides of the flexible screen respectively, the flexible screen is in a plane in the initial position. When the fourth clamping device controls one side of the flexible screen to bend, the side of the flexible screen clamped by the fourth clamping device is raised relative to the plane where the flexible screen is located in the initial position. The side of the flexible screen clamped by the fourth clamping device is always parallel to the side of the flexible screen clamped by the third clamping device. The flexible screen testing all-in-one machine provided by this invention optimizes the structure of the measuring device, making it easier to perform multiple tests in the early stages of research and development without occupying too much space. It also facilitates the display of the flexible screen testing process in exhibition halls and other places. Attached Figure Description

[0017] The invention, its features, shape, and advantages will become more apparent from the following detailed description of non-limiting embodiments with reference to the accompanying drawings. Like reference numerals denote like parts throughout the drawings. The drawings are not intentionally drawn to scale; the focus is on illustrating the spirit of the invention.

[0018] Figure 1 This is an overall structural diagram of the flexible screen testing all-in-one machine provided in Embodiment 1 of the present invention.

[0019] Figure 2 This is a structural diagram of the bending test device of the flexible screen testing all-in-one machine provided in Embodiment 1 of the present invention.

[0020] Figure 3This is a structural diagram of the bending test device of the flexible screen testing all-in-one machine provided in Embodiment 1 of the present invention.

[0021] Figure 4 This is a structural diagram of the curling test device of the flexible screen testing all-in-one machine provided in Embodiment 1 of the present invention. Detailed Implementation

[0022] It should be noted that, unless otherwise specified, the embodiments and features described in this application can be combined with each other. It should also be noted that the terminology used in this invention is for describing specific implementations only and is not intended to limit the exemplary implementations according to this application.

[0023] It should be understood that when the terms “comprising” and / or “including” are used in this specification, they indicate the presence of features, steps, operations, devices, components and / or combinations thereof.

[0024] The terms “center,” “upper,” “lower,” “left,” “right,” “vertical,” “horizontal,” “inner,” and “outer” used in this context indicate the orientation or positional relationship based on the orientation or positional relationship shown in the accompanying drawings. They are used only for the purpose of facilitating the description of the present invention and simplifying the description, and do not indicate or imply that the device or element referred to must have a specific orientation, or be constructed and operated in a specific orientation. Therefore, they should not be construed as limitations on the present invention.

[0025] The terms “first,” “second,” and “third” are used for descriptive purposes only and should not be construed as indicating or implying relative importance.

[0026] Unless otherwise explicitly specified and limited, the terms "installation," "connection," and "linking" should be interpreted broadly. For example, they can refer to a fixed connection, a detachable connection, or an integral connection; they can refer to a mechanical connection or an electrical connection; they can refer to a direct connection or an indirect connection through an intermediate medium; and they can refer to the internal connection between two components. Those skilled in the art can understand the specific meaning of the above terms in this invention based on the specific circumstances.

[0027] The technical solutions of the embodiments of the present invention will be described below with reference to the accompanying drawings. Obviously, the described embodiments are only a part of the embodiments of the present invention, and not all of them. Therefore, the detailed description of the embodiments of the present invention provided in the accompanying drawings is not intended to limit the scope of the claimed invention, but merely to illustrate selected embodiments of the invention. All other embodiments obtained by those skilled in the art based on the embodiments of the present invention without inventive effort are within the protection scope of the present invention.

[0028] Example 1:

[0029] To address the problems of traditional testing methods for flexible screen bending performance, where measuring devices require parameter adjustments for different screen sizes, have limited functionality requiring separate measurements, and are inconvenient to bring to exhibitions or other venues for demonstration, Embodiment 1 of this invention provides an integrated flexible screen testing machine. Figure 1 , 2 As shown, the device includes a housing 1, a bending test device 2, and a bending test device 3. Both the bending test device 2 and the bending test device 3 are fixedly installed inside the housing 1. The bending test device 2 includes a first clamping device 21 and a second clamping device 22 for fixing two opposite sides of the flexible screen. The first clamping device 21 can influence one side of the clamped flexible screen to move along a straight line on a horizontal plane. The second clamping device 22 can control one side of the flexible screen to rotate. When the first clamping device 21 and the second clamping device 22 are respectively connected to the two opposite sides of the flexible screen, in the initial position, the flexible screen is a plane. When the second clamping device 22 controls one side of the flexible screen to rotate, one end of the flexible screen clamped by the second clamping device 22 is lifted relative to the plane where the flexible screen is located in the initial position. The other end of the flexible screen clamped by the second clamping device 22... One end of the flexible screen sinks relative to the plane where the flexible screen is located in the initial position; the bending test device 3 includes a third clamping device 31 and a fourth clamping device 32 for fixing two opposite sides of the flexible screen respectively; the third clamping device 31 can affect one side of the clamped flexible screen to move along a straight line on a horizontal plane; the fourth clamping device 32 can control one side of the flexible screen to bend around the parallel line of the clamping edge; when the third clamping device 31 and the fourth clamping device 32 are respectively connected to the two opposite sides of the flexible screen, in the initial position, the flexible screen is a plane; when the fourth clamping device 32 controls one side of the flexible screen to bend, the side of the flexible screen clamped by the fourth clamping device 32 is raised as a whole relative to the plane where the flexible screen is located in the initial position; the side of the flexible screen clamped by the fourth clamping device 32 is always parallel to the side of the flexible screen clamped by the third clamping device 31.

[0030] When the flexible screen testing all-in-one machine provided in Embodiment 1 of the present invention is working, the bending performance of the flexible screen is tested by the bending testing device 2. The first clamping device 21 and the second clamping device 22 respectively clamp two opposite sides of the flexible screen. The second clamping device 22 controls one side of the flexible screen to bend relative to the side clamped by the first clamping device 21, causing one corner of the rectangular flexible screen clamped by the second clamping device 22 to bend upwards, while the adjacent corner points downwards. The side of the flexible screen clamped by the first clamping device 21 remains horizontal. During the bending process, the side of the flexible screen changes from a straight line to a curve, resulting in a stretching effect between the two opposite sides of the flexible screen clamped by the first clamping device 21 and the second clamping device 22. At this time, the first clamping device 21 will automatically move closer to the side of the flexible screen clamped by the second clamping device 22 due to this stretching effect. Therefore, it is not necessary to calculate the distance the first clamping device 21 needs to move due to the bending of the flexible screen, making it suitable for different sizes. The flexible screen is measured to complete the bending operation; similarly, the bending performance of the flexible screen is tested; the bending performance of the flexible screen is tested by the bending test device 3; the two opposite sides of the flexible screen are clamped by the third clamping device 31 and the fourth clamping device 32 respectively, so that the initial position of the flexible screen is a plane parallel to the horizontal plane. The side of the flexible screen clamped by the third clamping device 31 is controlled to be on this plane. The side clamped by the fourth clamping device 32 is controlled to move upward parallel to the side clamped by the third clamping device 31. The fourth clamping device 32 rotates the side clamped by the fourth clamping device 32 around a line parallel to the initial position plane and parallel to the side of the flexible screen clamped by the third clamping device 31, so that one side of the flexible screen bends relative to its opposite side; the third clamping device 31 will automatically move on the horizontal plane due to the movement of the fourth clamping device 32, so that no additional calculation is required to control the moving distance of the third clamping device 31. In this embodiment, bending and folding performance tests can be completed in one device when testing the performance of flexible screens. The structure of the testing device is optimized, making it more convenient to test flexible screens of different sizes and to display the tested flexible screens externally.

[0031] The tensile properties of a flexible screen are also an important parameter. In this embodiment, a tensile testing device 4 is included. The tensile testing device 4 is fixedly disposed within the housing 1. The tensile testing device 4 includes a fifth clamping device 41 and a sixth clamping device 42, which are used to fix two opposite sides of the flexible screen, respectively. The fifth clamping device 41 and the sixth clamping device 42 can fix the two opposite sides of the flexible screen to move in opposite directions. The fifth clamping device 41 and the sixth clamping device 42 fix the two opposite sides of the flexible screen, respectively. In the initial state, the flexible screen is clamped into a plane. During the test, the fifth clamping device 41 is kept stationary, while the sixth clamping device 42 moves, moving one side of the flexible screen in the opposite direction relative to the opposite side of the flexible screen, thereby detecting its tensile properties.

[0032] The curling performance is a very important parameter of flexible screens. In this embodiment, a curling test device 5 is also included. The curling test device 5 is fixedly installed inside the housing 1. The curling test device 5 includes a seventh clamping device 51 and an eighth clamping device 52 for fixing two opposite sides of the flexible screen, respectively. The seventh clamping device 51 can control one side of the clamped flexible screen to move along a straight line on a horizontal plane. The eighth clamping device 52 can control one side of the clamped flexible screen to move in the vertical direction. When the seventh clamping device 51 and the eighth clamping device 52 are respectively connected to the two opposite sides of the flexible screen, the flexible screen is in a bent state in the initial position. The two unclamped sides of the flexible screen are in the same "C" shape. However, the housing 1 should not be too complicated with too many devices. The curling test device 5 can be interchanged with the tensile test device 4. By clamping the two opposite sides of the flexible screen with the seventh clamping device 51 and the eighth clamping device 52, the seventh clamping device 51 is controlled to make one side of the flexible screen move in the horizontal direction. The eighth gripping device 52 is controlled to move one end of the flexible screen in the vertical direction. In the initial position, the two sides of the flexible screen that are not gripped are in a "C" shape. By changing the two gripped sides of the flexible screen, the radius of the "C" can be changed, thereby detecting the rolling performance of the flexible screen.

[0033] To achieve the goal of allowing the first gripping device 21 to control one side of the flexible screen to automatically move according to the internal tension of the flexible screen when the second gripping device 22 moves, in this embodiment, the first gripping device 21 includes a first pressure plate 211 and a first horizontal sliding assembly 212; the first pressure plate 211 is fixedly mounted on the sliding end of the first horizontal sliding assembly 212; the first pressure plate 211 can slide along a straight line on a horizontal plane through the first horizontal sliding assembly 212; the first pressure plate 211 includes a first upper pressure plate 2111 and a first lower pressure plate 2112; the first upper pressure plate 2111 and the first lower pressure plate 2112 are connected by two... The bolts and nuts control the distance between the first upper pressure plate 2111 and the first lower pressure plate 2112; controlling the distance between the first upper pressure plate 2111 and the first lower pressure plate 2112 allows for the loosening and clamping of the flexible screen; the first lower pressure plate 2112 is fixedly mounted on the sliding end of the first horizontal sliding assembly 212; the first clamping device 21 also includes a first restoring assembly 213; the first horizontal sliding assembly 212 includes a first guide rail 2121 and a first slider 2122; the first pressure plate 211 is fixedly mounted on the first slider 2122; the first guide rail 2121 is horizontally positioned; the first slider 2122 is mounted on the first guide rail 2121. The first slider 2122 can slide relative to the first guide rail 2121; the first recovery component 213 is connected to the first slider 2122; when the first slider 2122 is not affected by external force, the first recovery component 213 can move the first slider 2122 to a fixed position on the first guide rail 2121; the first recovery component 213 includes a first fixed pulley frame 2131, a first fixed pulley 2132 and a first counterweight 2133; the bottom of the first fixed pulley frame 2131 is fixedly connected to one end of the first guide rail 2121; the first fixed pulley 2132 is fixedly mounted on the upper part of the first fixed pulley frame 2131; the first fixed pulley 2132 can slide relative to the first guide rail 2121. The first fixed pulley frame 2131 rotates; the first counterweight 2133 is connected to the first slider 2122 via a rope; the rope connecting the first counterweight 2133 and the first slider 2122 is set on the first fixed pulley 2132; controlling the horizontal movement of the first slider 2122 on the first guide rail 2121 will transmit the power to the first counterweight 2133 through the rope and the first fixed pulley 2132, so that the first counterweight 2133 moves in the vertical direction; the weight of the first counterweight 2133 reacts to the rope, the rope gets a tension, and the rope will pull the first slider 2122 to a fixed position on the first guide rail 2121. The first recovery component 213 can pull the side of the flexible screen that was clamped by the first clamping device 21 back to the initial flattened state when the second clamping device 22 rotates back to its initial state; it controls the distance between the first upper pressure plate 2111 and the second lower pressure plate 2212 to fix one side of the flexible screen. Compared with ordinary clamping, this method has a larger clamping area, which can reduce the impact on the testing of the flexible screen due to the small contact area of ​​the clamping part. All the pressure plates mentioned later have this effect.

[0034] The purpose of the second clamping device 22 is to rotate one side of the flexible screen being clamped, causing one side of the flexible screen to bend relative to its opposite side. In this embodiment, the second clamping device 22 includes a second pressure plate 221 for fixing the flexible screen and a second rotating assembly 222 for rotation. The second pressure plate 221 is fixedly mounted on the rotating wheel of the second rotating assembly 222. The second pressure plate 221 includes a second upper pressure plate 2211 and a second lower pressure plate 2212. The distance between the second upper pressure plate 2211 and the second lower pressure plate 2212 is controlled by two sets of bolts and nuts. The distance between the second upper pressure plate 2211 and the second lower pressure plate 2212 can loosen and clamp the flexible screen; the second lower pressure plate 2212 is fixedly mounted on the rotating wheel of the second rotating assembly 222; the second rotating assembly 222 includes a rotating wheel 2221; the second lower pressure plate 2212 is fixedly mounted on the rotating wheel 2221; the second pressure plate 221 can rotate with the rotation of the rotating wheel 2221 of the second rotating assembly 222; the second clamping device 22 also includes a motor 223; the main shaft of the motor 223 is connected to the rotating assembly 222 via a belt; the rotating wheel 2221 will rotate with the rotation of the main shaft of the motor 223. When the side clamped by the second pressure plate 221 rotates, the center point of this side is located at the center of the rotating wheel 2221. The center of the rotating wheel 2221 is always on the plane where the flexible screen is initially located. The second pressure plate is set on the center of the rotating wheel 2221. After the rotating wheel 2221 rotates, the side of the flexible screen clamped by the second pressure plate 221 lifts one end and presses down the other end relative to the plane where the flexible screen is initially located, thereby causing one side of the flexible screen to bend relative to the side clamped by the first clamping device 21.

[0035] The structure of the third clamping device 31 is the same as that of the first clamping device 21. In this embodiment, the third clamping device 31 includes a third pressure plate 311 and a third horizontal sliding assembly 312. The third pressure plate 311 is fixedly mounted on the sliding end of the third horizontal sliding assembly 312. The third pressure plate 311 can slide along a straight line on a horizontal plane through the third horizontal sliding assembly 312. The third pressure plate 311 includes a third upper pressure plate 3111 and a third lower pressure plate 3112. The third upper pressure plate 3111 and the third lower pressure plate 3112 are controlled by two sets of bolts and nuts. The distance between the third upper pressure plate 3111 and the third lower pressure plate 3112 can be controlled to release and clamp the flexible screen; the third lower pressure plate 3112 is fixedly mounted on the sliding end of the third horizontal sliding assembly 312; the third clamping device 31 also includes a third restoring assembly 313; the third horizontal sliding assembly 312 includes a third guide rail 3121 and a third slider 3122; the third pressure plate 311 is fixedly mounted on the third slider 3122; the third guide rail 3121 is horizontally positioned; the third slider 3122 is mounted on the third guide rail 3121; the third slider 3122 can be positioned relative to the third guide rail 3121. The guide rail 3121 slides; the third restoration component 313 is connected to the third slider 3122; when the third slider 3122 is not affected by external force, the third restoration component 313 can move the third slider 3122 to a fixed position on the third guide rail 3121; the third restoration component 313 includes a third fixed pulley frame 3131, a third fixed pulley 3132 and a third counterweight 3133; the bottom of the third fixed pulley frame 3131 is fixedly connected to one end of the third guide rail 3121; the third fixed pulley 3132 is fixedly mounted on the upper part of the third fixed pulley frame 3131; the third fixed pulley 3132 can move relative to the third fixed pulley frame 3121. 131 rotates; the third counterweight 3133 is connected to the third slider 3122 via a rope; the rope connecting the third counterweight 3133 and the third slider 3122 is set on the third fixed pulley 3132; controlling the horizontal movement of the third slider 3122 on the third guide rail 3121 will transmit the power to the third counterweight 3133 through the rope and the third fixed pulley 3132, causing the third counterweight 3133 to move vertically; the weight of the third counterweight 3133 reacts to the rope, giving the rope a tension, which pulls the third slider 3122 to a fixed position on the third guide rail 3121. The purpose of the third clamping device 31 is to cooperate with the fourth clamping device 32 when one side of the flexible screen moves, and when the two pairs of clamped sides of the flexible screen move closer to each other, the third clamping device 31 needs to move automatically.

[0036] The purpose of the fourth clamping device 32 is to control the overall translation of one side of the flexible screen relative to the other side, causing the flexible screen to bend. In this embodiment, the fourth clamping device 32 includes a fourth pressure plate 321 for fixing the flexible screen and a fourth rotating assembly 322 for rotation; the fourth pressure plate 321 rotates via the fourth rotating assembly 322; the fourth pressure plate 321 includes a fourth upper pressure plate 3211 and a fourth lower pressure plate 3212; the distance between the fourth upper pressure plate 3211 and the fourth lower pressure plate 3212 is controlled by two sets of bolts and nuts; the distance between the fourth upper pressure plate 3211 and the fourth lower pressure plate 3212 is controlled by the fourth upper pressure plate 3211 and the fourth lower pressure plate 3212; the distance between the fourth upper pressure plate 3211 and the fourth lower pressure plate 3212 is controlled by the fourth upper pressure plate 3211 and the fourth lower pressure plate 3212. The distance between 211 and the fourth lower pressure plate 3212 can loosen and clamp the flexible screen; the fourth lower pressure plate 3212 is fixedly mounted on the fourth rotating assembly 322; the fourth rotating assembly 322 includes a cylinder 3221 and two connecting plates 3222; the two connecting plates 3222 are respectively fixedly mounted at both ends of the cylinder 3221; the two connecting plates 3222 can rotate with the rotation of the cylinder 3221; the fourth lower pressure plate 3212 is fixedly connected to the two connecting plates 3222 at the same time; when the fourth pressure plate 321 rotates with the cylinder 3221; there is always a gap between the fourth pressure plate 321 and the cylinder 3221 that can pass through the flexible screen. The flexible screen passes through the gap between the fourth pressure plate 321 and the cylinder 3221. After one side of the flexible screen is fixed by the third clamping device 31, the fourth clamping device 32 bends around a horizontal axis located above the plane where the flexible screen is initially positioned. This horizontal axis is parallel to the side of the flexible screen clamped by the third clamping device 31. This horizontal axis is the axis of the cylinder 3221. The cylinder 3221 drives the fourth pressure plate 321 to rotate through the connecting plate 3222, thereby causing one side of the flexible screen to rotate. After the flexible screen bends, the third clamping device 31 automatically moves on the horizontal plane at the initial position of the flexible screen. The flexible screen adjusts its position from the gap so that it does not touch the cylinder 3221 and thus affect the test results.

[0037] The purpose of the seventh clamping device 51 is to control one side of the flexible screen to move on a horizontal plane when testing the roll-up performance of the flexible screen. In this embodiment, the seventh clamping device 51 includes a seventh pressure plate 511 for fixing the flexible screen and a seventh horizontal sliding assembly 512. The seventh pressure plate 511 is fixedly disposed on the sliding end of the seventh horizontal sliding assembly 512. The seventh pressure plate 511 can slide along a straight line on the horizontal plane through the seventh horizontal sliding assembly 512. The seventh pressure plate 511 includes a seventh upper pressure plate 5111 and a seventh lower pressure plate 5112. The distance between the seventh upper pressure plate 5111 and the seventh lower pressure plate 5112 is controlled by two sets of bolts and nuts. Controlling the distance between the seventh upper pressure plate 5111 and the seventh lower pressure plate 5112 can loosen and clamp the flexible screen. The seventh lower pressure plate 5112 is fixedly disposed on the sliding end of the seventh horizontal sliding assembly 512.

[0038] The purpose of the eighth clamping device 52 is to control one side of the flexible screen to move vertically during testing of the flexible screen's roll-up performance. In this embodiment, the eighth clamping device 52 includes an eighth pressure plate 521 for fixing the flexible screen and an eighth vertical sliding assembly 522. The eighth pressure plate 521 is fixedly mounted on the sliding end of the eighth vertical sliding assembly 522. The eighth pressure plate 521 can slide vertically via the eighth vertical sliding assembly 522. The eighth pressure plate 521 includes an eighth upper pressure plate 5211 and an eighth lower pressure plate 5212. The distance between the eighth upper pressure plate 5211 and the eighth lower pressure plate 5212 is controlled by two sets of bolts and nuts. The distance between the eighth upper pressure plate 5211 and the eighth lower pressure plate 5212 can be loosened. The system opens and clamps the flexible screen; the eighth upper pressure plate 5211 is fixedly mounted on the sliding end of the eighth vertical sliding assembly 522; the eighth vertical sliding assembly 522 includes an eighth vertical guide rail 5221 and an eighth slider 5222; the eighth slider 5222 is slidably mounted on the eighth vertical guide rail 5221; the eighth lower pressure plate 5212 is fixedly mounted on the eighth slider 5222; the eighth pressure plate 521 can slide up and down on the eighth vertical guide rail 5221 along with the eighth slider 5222; the eighth vertical sliding assembly 522 also includes a fixing seat 5221; the eighth vertical guide rail 5221 is fixedly mounted on the fixing seat 5221; the eighth slider 5222 includes a fixing device 52221; the fixing device 52221 can loosen and fix the eighth slider 5222 and the eighth vertical guide rail 5221. By fixing one side of the flexible screen vertically with the fixing device 52221, and moving the opposite side of the flexible screen held by the seventh clamping device, the radius of the flexible screen can be changed, thereby testing the rolling performance of the flexible screen. Compared with using a rolling motor, the advantage of this structure is that there is no rolling shaft, and the test results of the flexible screen will not be affected by the collision between the rolling shaft and the flexible screen.

[0039] In summary, this invention discloses a flexible screen testing all-in-one machine, relating to the field of measurement equipment technology, including a housing, a bending test device, and a bending test device; both the bending test device and the bending test device are fixedly disposed within the housing; the bending test device includes a first clamping device and a second clamping device respectively used to fix two opposite sides of the flexible screen; the first clamping device can affect one side of the clamped flexible screen to move along a straight line on a horizontal plane; the second clamping device can control one side of the flexible screen to rotate; when the first clamping device and the second clamping device are respectively connected to the two opposite sides of the flexible screen, in the initial position, the flexible screen is a plane; when the second clamping device controls one side of the flexible screen to rotate, one end of the flexible screen clamped by the second clamping device is lifted relative to the plane where the flexible screen is located in the initial position; the flexible screen is then... The other end of the side gripped by the second clamping device is lowered relative to the plane where the flexible screen is located in the initial position. The bending test device includes a third clamping device and a fourth clamping device for fixing two opposite sides of the flexible screen. The third clamping device can influence one side of the gripped flexible screen to move along a straight line on a horizontal plane. The fourth clamping device can control one side of the flexible screen to bend around a line parallel to the clamping edge. When the third and fourth clamping devices are respectively connected to the two opposite sides of the flexible screen, the flexible screen is a plane in the initial position. When the fourth clamping device controls one side of the flexible screen to bend, the side of the flexible screen gripped by the fourth clamping device is raised relative to the plane where the flexible screen is located in the initial position. The side of the flexible screen gripped by the fourth clamping device is always parallel to the side of the flexible screen gripped by the third clamping device. The flexible screen testing all-in-one machine provided by this invention can more conveniently perform multiple tests in the early stages of research and development without occupying too much space; and it is convenient to display the testing process of the flexible screen in exhibition halls and other places.

[0040] The above description is merely a preferred embodiment of the present invention and does not limit the patent scope of the present invention. Any equivalent structural transformations made based on the description and drawings of the present invention, or direct or indirect applications in other related technical fields, are similarly included within the patent protection scope of the present invention.

Claims

1. A flexible screen testing all-in-one machine, characterized in that, Includes housing, bending test device, and flexural test device; Both the bending test device and the flexural test device are fixedly installed inside the housing. The bending test device includes a first clamping device and a second clamping device for fixing two opposite sides of the flexible screen. The first clamping device can influence one side of the clamped flexible screen to move along a straight line on a horizontal plane. The second clamping device can control one side of the flexible screen to rotate. When the first clamping device and the second clamping device are respectively connected to the two opposite sides of the flexible screen, the flexible screen is in a plane in the initial position. When the second clamping device controls one side of the flexible screen to rotate, one end of the flexible screen clamped by the second clamping device is raised relative to the plane where the flexible screen is located in the initial position. The other end of the flexible screen clamped by the second clamping device is lowered relative to the plane where the flexible screen is located in the initial position. The bending test device includes a third clamping device and a fourth clamping device for fixing two opposite sides of the flexible screen, respectively. The third clamping device can influence one side of the clamped flexible screen to move along a straight line on a horizontal plane. The fourth clamping device can control one side of the flexible screen to bend around a line parallel to the clamping edge. When the third and fourth clamping devices are connected to the two opposite sides of the flexible screen, the flexible screen is in a plane in the initial position. When the fourth clamping device controls one side of the flexible screen to bend, the side of the flexible screen clamped by the fourth clamping device is lifted relative to the plane where the flexible screen is located in the initial position. The side of the flexible screen clamped by the fourth clamping device is always parallel to the side of the flexible screen clamped by the third clamping device. The third clamping device includes a third pressure plate and a third horizontal sliding assembly; the third pressure plate is fixedly mounted on the sliding end of the third horizontal sliding assembly; the third pressure plate can slide along a straight line on a horizontal plane via the third horizontal sliding assembly; the third pressure plate includes a third upper pressure plate and a third lower pressure plate; the distance between the third upper pressure plate and the third lower pressure plate is controlled by two sets of bolts and nuts; controlling the distance between the third upper pressure plate and the third lower pressure plate can loosen or clamp the flexible screen; the third lower pressure plate is fixedly mounted on the sliding end of the third horizontal sliding assembly. The third clamping device further includes a third recovery component; the third horizontal sliding component includes a third guide rail and a third slider; the third pressure plate is fixedly disposed on the third slider; The third guide rail is horizontally arranged; the third slider is arranged on the third guide rail; the third slider can slide relative to the third guide rail; the third recovery component is connected to the third slider; when the third slider is not affected by external force, the third recovery component can move the third slider to a fixed position on the third guide rail; The third restoration component includes a third fixed pulley frame, a third fixed pulley, and a third counterweight; The bottom of the third fixed pulley frame is fixedly connected to one end of the third guide rail; the third fixed pulley is fixed on the upper part of the third fixed pulley frame; the third fixed pulley can rotate relative to the third fixed pulley frame; the third counterweight is connected to the third slider through a rope; the rope connecting the third counterweight and the third slider is set on the third fixed pulley; When the fourth clamping device controls the bending of the flexible screen, it automatically pulls the third slider to move horizontally on the third guide rail, and then transmits the force to the third counterweight through the rope and the third fixed pulley, so that the third counterweight moves in the vertical direction. When the third slider is not affected by external forces, the weight of the third counterweight reacts to the rope, giving the rope a tension, which pulls the third slider to a fixed position on the third guide rail.

2. The flexible screen testing all-in-one machine as described in claim 1, characterized in that, The integrated machine also includes a tensile testing device; The tensile testing device is fixedly installed inside the housing; The tensile testing device includes a fifth clamping device and a sixth clamping device for fixing two opposite sides of the flexible screen, respectively; the fifth clamping device and the sixth clamping device can control the two opposite sides of the fixed flexible screen to move in opposite directions.

3. The flexible screen testing all-in-one machine as described in claim 1, characterized in that, The integrated machine also includes a curling test device; The curling test device is fixedly installed inside the housing; The curling test device includes a seventh gripping device and an eighth gripping device for fixing two opposite sides of the flexible screen, respectively. The seventh gripping device can control one side of the gripped flexible screen to move along a straight line on a horizontal plane. The eighth gripping device can control one side of the gripped flexible screen to move in the vertical direction. When the seventh gripping device and the eighth gripping device are connected to the two opposite sides of the flexible screen, the flexible screen is in a curled state in the initial position. The two ungripped sides of the flexible screen are in the same "C" shape.

4. The flexible screen testing all-in-one machine as described in claim 1, characterized in that, The first clamping device includes a first pressure plate and a first horizontal sliding assembly; the first pressure plate is fixedly mounted on the sliding end of the first horizontal sliding assembly; the first pressure plate can slide along a straight line on a horizontal plane via the first horizontal sliding assembly; the first pressure plate includes a first upper pressure plate and a first lower pressure plate; the distance between the first upper pressure plate and the first lower pressure plate is controlled by two sets of bolts and nuts; controlling the distance between the first upper pressure plate and the first lower pressure plate can loosen or clamp the flexible screen; the first lower pressure plate is fixedly mounted on the sliding end of the first horizontal sliding assembly. The first clamping device further includes a first recovery component; the first horizontal sliding component includes a first guide rail and a first slider; the first pressure plate is fixedly disposed on the first slider; The first guide rail is horizontally positioned; the first slider is positioned on the first guide rail; the first slider is capable of sliding relative to the first guide rail; the first recovery component is connected to the first slider; when the first slider is not affected by external force, the first recovery component is capable of moving the first slider to a fixed position on the first guide rail. The first recovery component includes a first fixed pulley frame, a first fixed pulley, and a first counterweight; The bottom of the first fixed pulley frame is fixedly connected to one end of the first guide rail; the first fixed pulley is fixed on the upper part of the first fixed pulley frame; the first fixed pulley can rotate relative to the first fixed pulley frame; the first counterweight is connected to the first slider through a rope; the rope connecting the first counterweight and the first slider is set on the first fixed pulley; When the second gripping device controls the rotation of the flexible screen, it automatically pulls the first slider to move horizontally on the first guide rail, and then transmits the force to the first counterweight through the rope and the first fixed pulley, so that the first counterweight moves in the vertical direction. When the first slider is not affected by external force, the weight of the first counterweight reacts to the rope, and the rope gains a tension. The rope will pull the first slider to a fixed position on the first guide rail. Thus, when the second clamping device rotates back to its initial state, the first restoration component pulls the side of the flexible screen that is clamped by the first clamping device back to the initial flattened state of the flexible screen.

5. The flexible screen testing all-in-one machine as described in claim 1, characterized in that, The second clamping device includes a second pressure plate for fixing the flexible screen and a second rotating assembly for rotating; The second pressure plate is fixedly mounted on the rotating wheel of the second rotating assembly; The second pressure plate includes a second upper pressure plate and a second lower pressure plate; the distance between the second upper pressure plate and the second lower pressure plate is controlled by two sets of bolts and nuts; controlling the distance between the second upper pressure plate and the second lower pressure plate can loosen or clamp the flexible screen; The second rotating component includes a rotating wheel; the second lower pressure plate is fixedly mounted on the rotating wheel; the second pressure plate can rotate with the rotation of the rotating wheel of the second rotating component; the second clamping device also includes a motor; the main shaft of the motor is connected to the second rotating component via a belt; the rotating wheel rotates with the rotation of the main shaft of the motor.

6. The flexible screen testing all-in-one machine as described in claim 1, characterized in that, The fourth clamping device includes a fourth pressure plate for fixing the flexible screen and a fourth rotating assembly for rotation; the fourth pressure plate rotates via the fourth rotating assembly; the fourth pressure plate includes a fourth upper pressure plate and a fourth lower pressure plate; the distance between the fourth upper pressure plate and the fourth lower pressure plate is controlled by two sets of bolts and nuts; the flexible screen can be loosened or clamped by controlling the distance between the fourth upper pressure plate and the fourth lower pressure plate; the fourth lower pressure plate is fixedly mounted on the fourth rotating assembly. The fourth rotating assembly includes a cylinder and two connecting plates; the two connecting plates are respectively fixedly disposed at both ends of the cylinder; the two connecting plates can rotate as the cylinder rotates; the fourth lower pressure plate is simultaneously fixedly connected to the two connecting plates.

7. The flexible screen testing all-in-one machine as described in claim 3, characterized in that, The seventh clamping device includes a seventh pressure plate for fixing the flexible screen and a seventh horizontal sliding assembly; the seventh pressure plate is fixedly disposed on the sliding end of the seventh horizontal sliding assembly; the seventh pressure plate can slide along a straight line on a horizontal plane via the seventh horizontal sliding assembly. The seventh pressure plate includes a seventh upper pressure plate and a seventh lower pressure plate; the distance between the seventh upper pressure plate and the seventh lower pressure plate is controlled by two sets of bolts and nuts; controlling the distance between the seventh upper pressure plate and the seventh lower pressure plate can loosen or clamp the flexible screen; the seventh lower pressure plate is fixedly mounted on the sliding end of the seventh horizontal sliding assembly.

8. The flexible screen testing all-in-one machine as described in claim 3, characterized in that, The eighth clamping device includes an eighth pressure plate for fixing the flexible screen and an eighth vertical sliding assembly; the eighth pressure plate is fixedly disposed on the sliding end of the eighth vertical sliding assembly; the eighth pressure plate can slide in the vertical direction through the eighth vertical sliding assembly. The eighth pressure plate includes an eighth upper pressure plate and an eighth lower pressure plate; the distance between the eighth upper pressure plate and the eighth lower pressure plate is controlled by two sets of bolts and nuts; controlling the distance between the eighth upper pressure plate and the eighth lower pressure plate can loosen or clamp the flexible screen; the eighth upper pressure plate is fixedly mounted on the sliding end of the eighth vertical sliding assembly; The eighth vertical sliding assembly includes an eighth vertical guide rail and an eighth slider; the eighth slider is slidably disposed on the eighth vertical guide rail; the eighth lower pressure plate is fixedly disposed on the eighth slider; the eighth pressure plate can slide up and down on the eighth vertical guide rail along with the eighth slider; The eighth vertical sliding assembly further includes a fixed base; the eighth vertical guide rail is fixedly mounted on the fixed base; The eighth slider includes a fixing device; the fixing device is capable of adjusting or fixing the position of the eighth slider on the eighth vertical guide rail.

Images