Abstract: A detection method for a touch panel and a touch panel are provided. The detection method includes the following. Driving signals are provided to multiple touch driving electrodes of a touch panel, and sensing signals are obtained from multiple touch sensing electrodes of the touch panel. Target sensing signals from detection units corresponding to a preset touch sensing electrode are detected, where the preset touch sensing electrode is at least one of the multiple touch sensing electrodes. A determination result is obtained by determining the target sensing signals detected. A state of the touch panel is determined according to the determination result, where the state of the touch panel is a bending operation state or a touch operation state.

Abstract: A terminal device includes a main body and a flexible touch panel. The main body includes a substrate, an earphone assembly, and a microphone assembly. The earphone assembly and the microphone assembly are respectively set on two opposite ends of the substrate. The flexible touch panel is on the substrate. The flexible touch panel is between the earphone assembly and the microphone assembly. The flexible touch panel is set on the substrate, to realize the touch and control function during using by a user. The whole substrate is thin, and the earphone assembly and the microphone assembly are set respectively on both ends of the substrate, communication may be realized simultaneously, the whole structural compactness of the terminal device may also be improved, and the whole thickness of the terminal device may be reduced.

Abstract: A bonding method of a flexible display module is provided. The flexible display module includes a flexible display panel having a first bonding area and an integrated driving circuit having a second bonding area. The bonding method includes: attaching, through a colloid, a transfer plate to a surface of the flexible display panel; solidifying the colloid facing the first bonding area to form a fixed portion; flattening the transfer plate to flatten the first bonding area through the fixed portion; aligning the second bonding area with the first bonding area pre-laminating the first bonding area and the second bonding area at a first temperature; breaking the fixed portion, and separating the flexible display panel and the transfer plate; flattening the flexible display panel; laminating the first bonding area and the second bonding area at a second temperature to form the flexible display module.

Abstract: A bonding apparatus is provided, which includes a base frame and a bonding platform, a tensioning mechanism, and an elevating mechanism which are disposed on the base frame. The tensioning mechanism includes a first tensioning portion and a second tensioning portion disposed on both sides of the bonding platform respectively. The first tensioning portion and the second tensioning portion are respectively connected to both ends of an object and used to tension the object. The bonding platform includes a bonding plane and the bonding plane is used to contact the object. The elevating mechanism is used to drive the bonding plane and/or the tensioning mechanism to generate a relative displacement between the bonding plane and the tensioning mechanism, and make a surface of the object in contact with the bonding plane flat under an action of both of the bonding platform and the tensioning mechanism.

Abstract: A bonding method of a flexible display module is provided. The bonding method includes: preparing a flexible display panel having a first bonding area; attaching a middle substrate to a surface of the flexible display panel away from the first bonding area; aligning a second bonding area of an integrated drive circuit with the first bonding area; pre-laminating the first bonding area and the second bonding area at a first temperature; stripping the flexible display panel; flattening the flexible display panel; and laminating the first bonding area and the second bonding area at a second temperature to form a flexible display module.

Abstract: A bonding apparatus is provided, which includes a base frame and a bonding platform, a tensioning mechanism, and an elevating mechanism which are disposed on the base frame. The tensioning mechanism includes a first tensioning portion and a second tensioning portion disposed on both sides of the bonding platform respectively. The first tensioning portion and the second tensioning portion are respectively connected to both ends of an object and used to tension the object. The bonding platform includes a bonding plane and the bonding plane is used to contact the object. The elevating mechanism is used to drive the bonding plane and/or the tensioning mechanism to generate a relative displacement between the bonding plane and the tensioning mechanism, and make a surface of the object in contact with the bonding plane flat under an action of both of the bonding platform and the tensioning mechanism.

Abstract: A terminal device includes a main body and a flexible touch panel. The main body includes a substrate, an earphone assembly, and a microphone assembly. The earphone assembly and the microphone assembly are respectively set on two opposite ends of the substrate. The flexible touch panel is on the substrate. The flexible touch panel is between the earphone assembly and the microphone assembly. The flexible touch panel is set on the substrate, to realize the touch and control function during using by a user. The whole substrate is thin, and the earphone assembly and the microphone assembly are set respectively on both ends of the substrate, communication may be realized simultaneously, the whole structural compactness of the terminal device may also be improved, and the whole thickness of the terminal device may be reduced.

Abstract: A bonding method of a flexible display module is provided. The flexible display module includes a flexible display panel having a first bonding area and an integrated driving circuit having a second bonding area. The bonding method includes: attaching, through a colloid, a transfer plate to a surface of the flexible display panel; solidifying the colloid facing the first bonding area to form a fixed portion; flattening the transfer plate to flatten the first bonding area through the fixed portion; aligning the second bonding area with the first bonding area pre-laminating the first bonding area and the second bonding area at a first temperature; breaking the fixed portion, and separating the flexible display panel and the transfer plate; flattening the flexible display panel; laminating the first bonding area and the second bonding area at a second temperature to form the flexible display module.

Abstract: A bonding method of a flexible display module is provided. The bonding method includes: preparing a flexible display panel having a first bonding area; attaching a middle substrate to a surface of the flexible display panel away from the first bonding area; aligning a second bonding area of an integrated drive circuit with the first bonding area; pre-laminating the first bonding area and the second bonding area at a first temperature; stripping the flexible display panel; flattening the flexible display panel; and laminating the first bonding area and the second bonding area at a second temperature to form a flexible display module.

Abstract: Embodiments of the disclosed technology provide a TFT-LCD and manufacturing method and driving method thereof. The TFT-LCD comprises a color filter substrate, an array substrate, and a liquid crystal layer sandwiched between the color filter substrate and the array substrate. A first strip-like electrode and a second strip-like electrode are formed in the area of a black matrix on the color filter substrate, an area surrounded by the first strip-like electrode and the second strip-like electrode comprises at least one sub-pixel area, and the first strip-like electrode and second strip-like electrode are electrically insulated from each other.

Abstract: Embodiments of the disclosed technology provide a TFT-LCD and manufacturing method and driving method thereof. The TFT-LCD comprises a color filter substrate, an array substrate, and a liquid crystal layer sandwiched between the color filter substrate and the array substrate. A first strip-like electrode and a second strip-like electrode are formed in the area of a black matrix on the color filter substrate, an area surrounded by the first strip-like electrode and the second strip-like electrode comprises at least one sub-pixel area, and the first strip-like electrode and second strip-like electrode are electrically insulated from each other.