Abstract: A filament coiling device is provided. The filament coiling device includes: an automatic winding mechanism configured to drive a filament reel to rotate; an automatic filament arranging mechanism disposed opposite to the automatic winding mechanism and configured to automatically thread a front end of a filament into a bottom hole of the filament reel and guide the filament to be wound around the filament reel in a preset filament arranging manner; an automatic tail filament cutting and fixing mechanism disposed on the automatic winding mechanism and configured to cut off a tail end of the filament that has been wound and fix the tail end of the filament to the filament reel; and an automatic loading and unloading mechanism configured to convey and mount a filament reel not wound with a filament to the automatic winding mechanism and transfer the filament reel wound with a filament for storage.

Abstract: A delivery and storage device and a filament coiling device are provided. The delivery and storage device includes a device body, a plurality of storage bins, and a traveling assembly. The device body includes a chassis. The plurality of storage bins are disposed on the chassis and arranged in a direction parallel to the chassis. Each storage bin includes a stacking cavity and a pick-and-place opening formed in a top of the stacking cavity. The stacking cavity is configured to accommodate filament reels stacked in a direction perpendicular to the chassis and restrict the filament reels from moving in the direction parallel to the chassis. The delivery and storage device can effectively increase a number of filament reels stored, and is adaptable to an external loading and unloading mechanism which picks up a filament reel vertically.

Abstract: An automatic filament ending device is provided, which includes a device base plate, a plurality of composite motion module pillars are provided on the device base plate. The top of the composite motion module pillars is provided with a mounting top plate. A Y-axis linear motion module is provided the mounting top plate and is movably connected with a module mounting plate. The module mounting plate is provided with an X-axis linear motion module. A filament winding module is provided on a bottom plate. A filament threading module is provided on the X-axis linear motion module. The filament threading module includes a rotation platform connected to a platform mounting plate. A lower side of a main mounting plate is provided with a filament cutting module, a filament feeding module and a filament tensioning module.

Abstract: A method for location reminder and an electronic device are disclosed. The method includes extracting a target voiceprint feature from a voice configured for searching for a terminal; determining whether the target voiceprint feature meets a preset condition in relation to a preset voiceprint feature, in response to the target voiceprint feature unmatching with the preset voiceprint feature; detecting whether the terminal is located at a preset location in response to the target voiceprint feature meeting the preset condition in relation to the preset voiceprint feature; and triggering a location reminder in a preset manner for reminding a user where the terminal is, in response to the terminal being located at the preset location.

Abstract: An object of the present invention is to provide a gas barrier film which exhibits excellent gas barrier property and flexibility and suppresses the decreases in adhesive property between layers and optical properties under high humidity conditions. A gas barrier film including at least a substrate layer including at least a flexible substrate, an undercoat layer, and an inorganic thin film layer in this order, in which a water vapor transmission rate through the gas barrier film at 23° C. and 50% RH is 0.001 g/m2/day or less and a number of durability N measured by performing a steel wool test of an outermost surface on an inorganic thin film layer side of the gas barrier film using #0000 steel wool under conditions of a load of 50 gf/cm2, a speed of 60 rpm/min, and a one-way distance of 3 cm satisfies Formula (1): N?200??(1).

Abstract: An object of the present invention is to provide a gas barrier laminated film having high adhesion under a high-temperature working environment.

Abstract: An object of the present invention is to provide a gas barrier laminated film having high adhesion under a high-temperature working environment.

Abstract: Described herein is a technology for a dashboard used for visualizing data. In some implementations, a dashboard with one or more dashboard item is provided. Performance of the dashboard is evaluated to determine a load time of the dashboard. Possible suggestions for improving performance of the dashboard are provided if performance issues are determined from evaluating performance of the dashboard.

Abstract: Described herein is a technology for a dashboard used for visualizing data. In some implementations, a dashboard with one or more dashboard item is provided. Performance of the dashboard is evaluated to determine a load time of the dashboard. Possible suggestions for improving performance of the dashboard are provided if performance issues are determined from evaluating performance of the dashboard.

Abstract: The present invention discloses a method for zooming image, and the method is implemented to an electronic device having a touch panel. When the touch panel of the electronic device detects that touch points on the touch panel are pressed simultaneously, and one of touch points is moved thereon, then the electronic device will determine whether to zoom in or out an image displayed on the electronic device according to the moving direction of the touch point, and determine to zoom in or out the image in a proportion according to the moving distance of the touch point. Thus, the image displayed on the electronic device can be zoomed in/out by the operation of touch points at the touch panel.