38results about How to "Improve sophistication" patented technology

A financing mode method based on block chain credit currency or digital storage comprises the following steps: firstly, collecting and integrating information of a financing party to obtain industrialdata; Evaluating the industrial data; The risk control guarantee mechanism receives the financing demand application from the platform, carries out offline investigation and evaluation on the financing party, and determines whether a financing condition is met or not; if the financing requirement condition is met, a guarantee and insurance contract is signed, the financing party pays related fees, the financing party needs to apply for a block chain initial account, then a digital certificate transaction or a credit coin transaction is selected according to own requirements, and transaction rules agreement firstly pays digital certificates or credit coins to a platform party to be delivered by a supplier; After the financing party confirms that the receipt is correct, the digital certificate or credit coin is transferred to the supplier for payment or credit coin receiving through the platform, and the combined methods such as risk control guarantee agencies (or financial institutions), earlier compensation funds or insurance and the like are combined and utilized, so that the purposes of reducing financing cost and improving efficiency are achieved.

Disclosed is an identification recognition system for area security. The system consists of a plurality of area security sub-systems. Each sub-system includes an independent computer system as well as input / output devices, and all sub-systems are connected with internal audio and video communications. To expand the security coverage and enhance the integral security efficiency, this identification recognition system may also connect to external area security systems with real-time audio and video communications. With the saved information for the moving / living objects entering the security area as well as the fast computational ability, the identification recognition system for area security provides a real-time behavior analysis and habit recognition with high efficiency and accuracy of identification recognition.

A semiconductor device comprises a base frame having a first surface and a second surface which opposes the first surface, and having an opening portion a semiconductor chip 30 which includes a first main surface on which a plurality of electrode pads is provided and a second main surface, and which is disposed within the opening portion; an insulating film formed on the first surface and first main surface; a plurality of wiring patterns which extend from the electrode pads, respectively to the upper side of the first surface of the base frame, respectively; a sealing portion formed on the wiring patterns and insulating film; and a plurality of external terminals provided on the wiring patterns in a region including the upper side of the base frame.

A semiconductor device comprises: a semiconductor chip; an extension portion formed in contact with the side surfaces so as to surround the semiconductor chip; an insulating film formed on a surface of the extension portion and the semiconductor chip; each of a plurality of wiring patterns electrically connected to each electrode pad, respectively and extended from the electrode pads to the surface of the extension portion; a sealing portion formed such that a part of each of the wiring patterns is exposed; and a plurality of external terminals provided over the wiring patterns in a region including the upper side of the extension portion.

A semiconductor device comprises: a semiconductor chip having a firstmain surface, asecondmain surface, and a plurality of side surfaces; an extension portion which contacts and surrounds the side surfaces of the semiconductor chip; a base, which is capable of conducting heat generated by the semiconductor chip; an insulating film which is formed on the first face and the first main surface; a plurality of wiring patterns extended from electrode pads to the upper side of the first face of the extension portion; a sealing portion which is formed on the wiring patterns and insulating film; and a plurality of external terminals provided over the wiring patterns in a region including the upper side of the extension portion.

A self-help application platform such as one hosting an interactive voice response (IVR) has a browser that executes application scripts to implement the self-help application. The execution of the application scripts is performed by utilizing various application resources, such as media conversions from text to speech (TTS) and speech to text (automatic speech recognition ASR) and other media servers. The platform is provided with a dynamic resource selection mechanism in which the application is executed with an updated optimum set of application resources distributed over different locations. The selection is based on the profiles of the browser, users, route, and quality of service. The selection is further modulated by the browser's previous experiences with the individual resources. The selection is made dynamically during the executing of the application script.

The invention discloses a process for plating a precious metal film on a porous ceramic based on magnetron sputtering through vacuum plating. The process comprises the following steps: placing the porous ceramic in a vacuum chamber of a magnetron sputtering device; pumping out air in the vacuum chamber, and when the vacuum degree of the inside of the vacuum chamber is less than 5*10<-2> Pa, inflating an inert gas with a preset concentration into the vacuum chamber; galvanizing a metal target is galvanized and carrying out sputter coating; enabling ions generated by the metal target to collide with argon atoms in the process of flying to the surface of the porous ceramic in an accelerated mode under the action of electric fields so as to ionize large amounts of argon ions and electrons, and enabling the electrons fly to the surface of the porous ceramic; enabling the argon ions to bombard the metal target in an accelerated mode under the action of electric fields so as to sputter a large number of target atoms or molecules of the metal target, and depositing neutral target atoms or molecules on the surface of the porous ceramic so as to form a precious metal thin film with the thickness of 1-15 mu m; introducing the atmosphere or other preset gas into the vacuum chamber, and taking out a workpiece. According to the invention, the tightness and homogeneity of prepared porous ceramic coated films can be improved.