Abstract: A panel pickup and placing method includes providing a liquid crystal panel, a machine table, a panel pickup device, and a vacuum suction device; coupling the panel pickup device and the vacuum suction device together; moving the panel pickup device to have the vacuum suction device engaging a surface of the liquid crystal panel; the vacuum suction device sucking and adhering to the liquid crystal panel; moving the panel pickup device to have the vacuum suction device lifting the liquid crystal panel for transfer to the machine table; the vacuum suction device releasing the liquid crystal panel; and moving the panel pickup device to have the vacuum suction device departing from the liquid crystal panel in order to position the liquid crystal panel on the machine table. The combined panel pickup device includes a panel pickup device and a vacuum suction device mounted to the panel pickup device.

Abstract: An alignment process device for display panel is disclosed in the present invention and includes a conductive component array, which comprises at least two conductive components, and the at least two conductive components are arranged together in a form of one dimensional array, each conductive component array is utilized for contacting the display panel to provide power for the display panel; a base supports the conductive components; a power source port is connected to an external power source for providing power to the conductive components.

Abstract: An alignment process device for display panel is disclosed in the present invention and includes a conductive component array, which comprises at least two conductive components, and the at least two conductive components are arranged together in a form of one dimensional array, each conductive component array is utilized for contacting the display panel to provide power for the display panel; a base supports the conductive components; a power source port is connected to an external power source for providing power to the conductive components.

Abstract: The present invention provides a method for inspecting UV illuminance in multi-level UV bake furnace for TFT-LCD manufacturing process and a pickup assembly device for performing the method. The method for inspecting UV illuminance in multi-level UV bake furnace for TFT-LCD manufacturing process includes the following steps: Step 1: providing a multi-level bake furnace for TFT-LCD manufacturing process, a pickup device, an inspection control system, and a sensor for inspecting UV illuminance; Step 2: mounting the sensor on the pickup device; Step 3: connecting the inspection control system and the sensor with communication; Step 4: operating the pickup device to bring the sensor to a site in a level of the multi-level UV bake furnace where inspection of UV illuminance is to be made; and Step 5: sensor collecting data and transmitting the data so collected to the inspection control system to thereby realize inspection.

Abstract: The present invention relates to a panel pickup and placing method of UVM process and a combined panel pickup device for performing the method. The panel pickup and placing method of UVM process includes the following steps: Step 1: providing a liquid crystal panel, a machine table, a panel pickup device, and a vacuum suction device; Step 2: coupling the panel pickup device and the vacuum suction device together; Step 3: moving the panel pickup device to have the vacuum suction engaging a surface of the liquid crystal panel; Step 4: the vacuum suction device sucking and adhering to the liquid crystal panel; Step 5: moving the panel pickup device to have the vacuum suction device lifting the liquid crystal panel for transfer to the machine table; Step 6: the vacuum suction device releasing the liquid crystal panel; and Step 7: moving the panel pickup device to have the vacuum suction device departing from the liquid crystal panel in order to position the liquid crystal panel on the machine table.

Abstract: A curing device for liquid crystal display (LCD) panels comprises at least one layer of curing unit. The curing unit comprises two oppositely arranged platforms used for bearing LCD panels, lamps arranged between the two platforms, and an LCD panel bearing structure on the lower surface of the upper platform. Because of the LCD panel bearing structure, lamps between the two platforms can irradiate LCD panels above and below the lamps at the same time, more LCD panels can be cured in the irradiation furnace in the same size, or similarly, only a smaller irradiation furnace is needed to cure an equivalent number of LCD panels. The design of the curing device is optimized. In addition, irradiation surfaces above the lamps are fully used; compared with the existing curing device, the curing device of the present invention can greatly reduce energy consumption when used to cure an equivalent number of LCD panels.

Abstract: The present invention provides a method for inspecting UV illuminance in multi-level UV bake furnace for TFT-LCD manufacturing process and a pickup assembly device for performing the method. The method for inspecting UV illuminance in multi-level UV bake furnace for TFT-LCD manufacturing process includes the following steps: Step 1: providing a multi-level bake furnace for TFT-LCD manufacturing process, a pickup device, an inspection control system, and a sensor for inspecting UV illuminance; Step 2: mounting the sensor on the pickup device; Step 3: connecting the inspection control system and the sensor with communication; Step 4: operating the pickup device to bring the sensor to a site in a level of the multi-level UV bake furnace where inspection of UV illuminance is to be made; and Step 5: sensor collecting data and transmitting the data so collected to the inspection control system to thereby realize inspection.