38results about How to "To achieve the purpose of integration" patented technology

The invention relates to an inhibitor for inhibiting the production of acrylamide when frying potatoes and its application method. It belongs to the field of food science and technology. The invention aims at the problem that potato crisps are easy to generate toxic acrylamide under high-temperature frying conditions. Through the anti-oxidation mechanism, the food safety single and composite antioxidant mainly composed of blueberry anthocyanins are screened out to inhibit acrylamide. generation. This technology can not only achieve a good acrylamide inhibition effect, but also achieve the purpose of integrating various nutrients, and has a good market prospect.

The invention discloses an EPC magnetic core for integrating a transformer and an inductor in a forward converter, and aims to achieve magnetic integration of a transformer winding and an inductor winding, reduce the volume and the weight of a system, save an installation space of a power supply and reduce the system cost. The EPC magnetic core comprises two magnetic cores, wherein the two magnetic cores are same in structure, each magnetic core comprises a magnetic core main yoke, a left side yoke and a right side yoke are symmetrically arranged at two ends of the magnetic core main yoke, a magnetic core middle post is arranged on the magnetic core main yokes, a hole is formed in the magnetic core middle post and penetrates through the magnetic core middle post and the magnetic core main yoke, the two magnetic cores are symmetrically abutted along an axial direction of a top surface of the magnetic core middle post, holes of the two magnetic cores communicate with each other, the inductor winding passes through the holes and is wound along a radial direction of the magnetic core middle post, a high-voltage winding and a low-voltage winding are wound along an axial direction of the magnetic core middle post and are wound outside the magnetic core middle post and the inductor winding, and the high-voltage winding is wound outside the low-voltage winding.

The invention discloses special integrated equipment for vertical electro-gas welding. One plate-shaped frame body is provided with a positioning wheel, a back sliding block guide ejection wheel mechanism, a cooling through pipe component for a back sliding block and a cooling water quick joint module respectively; and the whole equipment is provided with a displacement adjusting module, and is additionally provided with vehicle-mounted mobile equipment. The special integrated equipment for vertical electro-gas welding integrates various functional modules, such as water cooling, a mobile carrier and the like, so that the equipment guarantees finishing of a welding operation, achieves an integration purpose, and reduces dependence on environment or other equipment. The equipment implements around design, production and welding technique tests of the back sliding block, so that formation of back welding lines is not lower than the original level of using disposable ceramic pads, the ceramic pads are replaced, the construction cost is reduced, and the construction efficiency is improved.

The invention discloses a silicon Schottky junction with a Bi2Se3 thin film as a contact layer and a preparation method thereof. The silicon Schottky junction includes a Si substrate, and a Bi2Se3 Schottky contact layer is arranged on the upper part of the Si substrate. The bottom of the sheet is provided with an ohmic contact back electrode, the Bi2Se3 Schottky contact layer is provided with an ohmic contact electrode, and an adhesive layer is provided between the Bi2Se3 Schottky contact layer and the ohmic contact electrode, and the adhesive layer is made of Cr Or made of Ti. The present invention adopts the above-mentioned structure, which can form a stable Schottky junction between Bi2Se3 and n-type Si. In addition, the adhesive layer can effectively paste the Bi2Se3 single crystal sheet and the Si sheet together, which is suitable for large-scale production. And the quality of the heterojunction interface can be guaranteed.

The invention provides a touch display panel, a manufacturing method thereof and a touch display device. The touch display panel comprises a first substrate, a second substrate, a nano metal grating, an organic light emitting layer and a phase difference piece, wherein the first substrate and the second substrate are arranged oppositely, the nano metal grating is located at the position, away from or close to one side of the second substrate, of the first substrate, the organic light emitting layer is located at the position, close to one side of the first substrate, of the second substrate, and the phase difference piece is located between the nano metal grating and the phase difference piece; a round polaroid is formed by the phase difference piece and the nano metal grating, and the nano metal grating is divided into at least one grating unit communicated mutually to form a touch sensor. The purpose of integrating the round polaroid and the touch sensor is achieved, the thickness of the displayer is reduced, manufacturing cost is reduced, and adverse factors caused by polaroid can be avoided, for example, the polaroid is prone to being affected with damp.

The invention belongs to the technical field of detection and in particular discloses a novel security inspection door. In the security inspection door, a radioactive detection system is arranged in a metal detection system, wherein a radioactive detector is arranged in a small coil or arranged between a big coil and the small coil and outside the magnetic lines between the big coil and the smallcoil or arranged between the big coil and the small coil and coated with a screening layer. The security inspection door smartly solves the problem of the interference of the radioactive detection system with and realizes the integration of the metal detection and radioactive detection of the security inspection door.

The invention relates to a groove-type compound parabolic concentrating power generation component, and belongs to the field of solar concentrating power generation technology application. The groove-type compound parabolic concentrating power generation component comprises a groove-type compound parabolic reflecting surface, a vertical reflecting surface, a total reflection transparent film, a photovoltaic cell, a heat dissipation support plate, heat dissipation fins, a fixing bottom plate and keel buckles, wherein the groove-type compound parabolic reflecting surface is formed by horizontally moving a compound parabola along a symmetric axis. The parabolic total reflection transparent film with a thin upper portion and a thick lower portion is attached on a parabolic portion, a photovoltaic component is horizontally placed above a focus of a parabolic surface, light can be collected on the photovoltaic component for concentrating power generation when sunlight enters the groove-type compound parabolic reflecting surface, the concentrating angle and the incident drift angle of a concentrator can be enlarged by the total reflection transparent film, the heat dissipation support plate and the heat dissipation fins are mounted at the bottom of the component, hot air generated by the photovoltaic component in power generation is collected to a building energy storage device by the aid of the 'chimney effect' and then is used, the whole device is connected with an inclined slope roof through the fixing bottom plate and the keel buckles, and a semicircular drainage channel has an automatic drainage function.

The invention relates to an intelligent electronic lock and a control method, wherein an electric clutch is arranged inside an inner hole of a door handle and the electric clutch can be used for directly opening and closing a door lock square key rod. The intelligent electronic lock and the control method comprise an intelligent electronic handling door handle lock or an intelligent electronic spherical door handle lock. The door lock square key rod is matched with a square key sleeve in an inserting mode. The square key sleeve is matched with a front handle shaft hole in a sliding mode. A password controller can be used by a user to control a motor shaft to rotate positively and negatively. An eccentric wheel can be driven by the motor shaft to rotate positively and negatively. The positive rotation and the negative rotation of the eccentric wheel force a movable pin to open and lock the square key sleeve. Furthermore, the square key sleeve can be achieved to brake and lock the door lock square key rod or open the door lock square key rod to achieve a purpose that the door lock square key rod can be used for driving a door lock spring bolt to open or lock . The intelligent electronic lock and the control method has the advantages that the purpose that the electric clutch is integrated with the front handle shaft of the door handle can be achieved; the purpose that a fixing shell of the motor and a shaft shell of the front handle are matched to locate can be achieved; the purposes that the electric clutch is used for directly braking the door lock square key rod and the door lock can be braked without a lock cylinder can be achieved.