Grg Banking Equipment Co., Ltd.

Guangzhou Ucweb Computer Technology Co., Ltd

Dongguan Lingjie Precision Machining Technology Co., Ltd.

Guang Chen

Tiancai Liang

Dingxi Chen

Ming Li

Dong Tan

Kun Wang

Yao Li

Yang Chang

Xiaoliang Wang

Le Wang

Haowei Wang

Quanyao Yu

Pingping Liang

Xuehua Li

A manufacturing method for a vapor chamber, a vapor chamber and a middle frame vapor chamber are disclosed. The manufacturing method for a vapor chamber includes preparing different raw materials for various parts of the vapor chamber, and machining and molding the various parts according to predetermined shapes of the various parts by using corresponding raw materials, assembling the machined and molded various parts of the vapor chamber, and welding and sealing the assembled various parts of the vapor chamber, performing a surface heat treatment on the vapor chamber, performing a passivating treatment on the vapor chamber, assembling the vapor chamber, injecting water into the vapor chamber assembled with the liquid injection pipe, vacuumizing the vapor chamber injected with water, performing a sealing treatment on the vacuumized vapor chamber, and welding the vapor chamber with a reinforcing rib.

Manufacturing method for vapor chamber, vapor chamber and middle frame vapor chamber

Methods and apparatuses are provided for displaying a browser navigation page. The disclosed methods and apparatuses may generate a browser navigation page that have one or more icons displayed with preset areas at irregular positions in the browser navigation page. The disclosed methods and apparatuses may generate a browser navigation page in which the areas of the icons may be adjusted according to click counts of the icons.

Method, apparatus, and devices for displaying browser navigation page

A method and device for banknote identification based on thickness signal identification, allowing for simple and highly efficient identification and separation of abnormal banknotes by means of combining two thickness identification methods, namely an upward-facing area identification method and a downward-facing area identification method, for banknote identification. The recognition method comprises: collecting a thickness signal of a banknote; preprocessing the thickness signal; utilizing an upward-facing area identification method to identify the thickness signal, thus acquiring an upward-facing processing identification result; utilizing a downward-facing area identification method to identify the thickness signal, thus acquiring a downward-facing processing identification result; merging the upward-facing identification processing result and the downward-facing processing identification result on the basis of a predetermined rule, acquiring a merged result; and, identifying the merged result, thus acquiring an identification result.

Method and device for banknote identification based on thickness signal identification

A method and a device for automatically diagnosing a sorter fault are provided. The method includes: obtaining a banknote image of a banknote by scanning; performing data processing on the banknote image based on a preset detection algorithm, to obtain a processing result; and sending a feedback information if the processing result satisfies a preset condition.

Automatic fault diagnosis method and device for sorting machine

A device for identifying thickness of a sheet-like medium and method thereof are provided. The device includes: a frame, a thickness shaft, a floating shaft and a sensor; where: both ends of the thickness shaft are arranged on the two lateral plates of the frame via bearings; both ends of the floating shaft are arranged on the two lateral plates of the frame via bearings and an outer surface of the floating shaft is tangently contacted with an outer surface of the thickness shaft; and the sensor is arranged on the facade of the frame, and configured to detect an amplitude of a point of tangency where the floating shaft is tangent to the thickness shaft.

Sheet type medium thickness identification device and identification method thereof

A valuable file identification device, comprising a housing; a hollow transparent drum; an annular clamping belt supported by at least two tension rollers and pressing against the transparent drum, the outer surface of the annular clamping belt and the outer surface of the transparent drum forming a clamping and conveying channel for the valuable file, and the length of the clamping and conveying channel being greater than that of the valuable file in the conveying direction; at least one information acquisition device, the information acquisition element of the information acquisition device being adjacent to the inner surface of the transparent drum, facing at least a part of the outer surface of the annular clamping belt, and being fixed relative to the side wall of the housing; and a power-driven device respectively driving the transparent drum and the annular clamping belt to move synchronously in opposite directions.

Growing community of inventors

Guangdong, China

Guang Chen