130results about How to "Implementation process" patented technology

The present invention concerns an imaging apparatus which works for size reductions, power savings, the efficient attainment of the quantity of light sensed, and prevention of contrast decreases due to a diffraction phenomenon, is well fit for the taking and appreciation of common still pictures, and comprises a taking lens and electronic imaging device combination that takes full advantage of the characteristics of an imaging device. The imaging apparatus comprises a taking optical system, and an electronic imaging device which is located on an image side of said taking optical system, includes an imaging plane I with a plurality of two-dimensionally arranged light sensors, and is adapted to convert an image formed through said imaging optical system into electrical signals. In at least one taking state, the apparatus satisfies at the same time condition (1) about relations of the area of the entrance pupil to the focal length of the taking optical system, condition (2) about the number of effective pixels of the imaging plane, condition (3) about the effective area of the imaging plane, and condition (4) about the division of the effective area of the imaging plane by the number of effective pixels.

Thermoplastic container (1) having a body (2) and a base (3) comprising: a concave arch (4), a concave dome (6) opening at the centre of said arch (4), an annular zone (5) surrounding the base of said arch and forming a flat foundation, claw-shaped zones (11) radially extending the base of the body (2) and offset projecting outwards relative to the arch, and radial grooves (12) delimited between the zones (11) in the shape of claws, said grooves having bottoms (13) which are formed by radial sections (4a) of the arch and which have a radially variable depth which is maximum in correspondence with said annular zone forming a foundation. Such a base is adapted for withstanding, without marked deformation, the hydrostatic pressure due to the liquid column increased by an excess pressure not exceeding approximately 2×10⁵ Pa.

The invention discloses a method for preparing a hydrophilic lubrication coating layer on a surface of an inert high-molecular material and a medical instrument. The method comprises the following steps: an inert high-molecular material is immersed into a grafting photoinitiator solution for 1-10min; the inert high-molecular material soaked with grafting photoinitiators is immersed into a grafting monomer solution for 5-20min, ultraviolet light irradiation modification and grafting polymerization are carried out and a grafting modification layer is formed on the surface of the inert high-molecular material; the inert high-molecular material after graft polymerisation is cleaned; the inert high-molecular material after cleaning is immersed into a hydrophilic gel solution for 1-10min; the hydrophilic gel solution attached to the surface of the inert high-molecular material is subjected to ultraviolet light polymerization solidification, and a hydrophilic gel layer is formed on the surface of the grafting modification layer. The hydrophilic lubrication coating layer prepared through the method has high hydrophilic lubricity and adhesive force.

The invention discloses a minor planet detection optimal multi-impulse transfer method of an interplanetary multibody system, and belongs to the technical field of aerospace engineering. The method includes steps of firstly, building a detector kinetic equation under a geological core rotating system, namely, a high-precision kinetic model; selecting a target minor planet according to task restriction and providing an initial state of the detector under the geological core rotating coordinate system; applying a disturbance method to obtain a detector single-impulse minor planet flyover track;applying an optimization algorithm to obtain a single-impulse minor planet flyover transfer track with the minimum flyover distance; based on a main vector theory, performing a multi-impulse transfertrack design, and acquiring an optimal multi-impulse transfer track which meets the main vector condition; bringing the acquired optimal multi-impulse transfer track to the high-precision kinetic model to progressively induce; amending the transfer track by a multi-grade parallel differential amending method, and realizing the accurate track transfer of minor planet detection under a multi-celestial-body strong disturbance nonlinear environment. The minor planet detection optimal multi-impulse transfer method has the advantages of small speed increment, good applicability, and good astringency.

An organic release agent is vacuum deposited over a substrate and surface treated with a plasma or ion-beam source in a gas rich in oxygen-based functional groups to harden a very thin layer of the surface of the deposited layer in a passivating environment. Aluminum is subsequently vacuum deposited onto the hardened release layer to form a very flat and specular thin film. The film is exposed to a plasma gas containing oxygen or nitrogen to passivate its surface. The resulting product is separated from the substrate, crushed to brake up the film into aluminum flakes, and mixed in a solvent to separate the still extractable release layer from the aluminum flakes. The surface treatment of the release layer greatly reduces wrinkles in the flakes, improving the optical chracteristics of the flakes. The passivation of the flake material virtually eliminates subsequent corrosion from exposure to moisture.

The invention provides a direct power prediction control method based on three-phase six-switch rectifier load current observation, and discloses a direct power prediction control technology for three-phase rectifier load current observation. The direct power prediction control method comprises the steps of: A, measuring three phases of currents, a three-phase power grid voltage and a DC side capacitor voltage through a current sensor and a voltage sensor respectively; B, calculating voltage vectors corresponding to eight kinds of switch combinations (000, 001, 010, 100, 011, 101, 110, 111) through the measured DC side capacitor voltage; C, passing a given DC voltage through a filter to obtain an instantaneous reference voltage of a sampling period at present, and acquiring an instantaneous reference value of active power according to a DC side and AC side power conservation principle, wherein the reference value of active power is calculated by adopting an observer to estimate a load current; D, predicting active power, reactive power and capacitor voltages corresponding to eight voltage vectors of a rectifier according to the measured phase currents and the phase voltages; E, and calculating a corresponding cost function F, and applying a switching state corresponding to the voltage vector with the minimal cost function value to the rectifier. The direct power prediction control method is applicable to various kinds of three-phase rectifiers and active filters.

The invention discloses a snore detection method and device based on time frequency similarity. The method includes the following steps that collected snore audio signals are acquired, and after the snore audio signals are subjected to noise estimation, voiced fragment extraction is carried out through the end point detection technology; the Euclidean distance of time domain energy or frequency domain energy of a current voiced fragment and a former voiced fragment is calculated, the Euclidean distance is compared with a threshold value, and the snore state is judged according to the comparison result. Average frequency spectrum energy and time domain energy of the voiced fragments serve as characteristics, the time frequency similarity of two adjacent voiced fragments is used for snore detection, the operation cost is reduced, and the requirements of hardware implementation and real-time detection are met. The short-time change of snores is neglected, the snores are detected starting from the periodicity of the snores within a long time, snore data does not need to be well labeled, and the method and device can adapt to most snore conditions.

The invention discloses a system for rapidly and accurately conducting artificial intelligent inquisition and diagnosis on pet diseases. The system comprises a client-side and a server-side, and the client-side is connected with the server-side through a network; the server-side comprises a central processor, a data storage module, an automatic pre-diagnosis module and an expert inquisition and diagnosis module, and the data storage module, the automatic pre-diagnosis module and the expert inquisition and diagnosis module are all connected with the central processor; the client-side module comprises a user client-side and an expert client-side, the user client-side comprises an illness state input module and a selection module, the data storage module, the automatic pre-diagnosis module and the expert inquisition and diagnosis module are all connected with the central processor through signals, the client-side is wirelessly connected with a server through one of the following communication modes namely WIFI, GPRS, 3G and 4G, and the server-side can be set up on a local area network, the internet and a private network or a cloud service network. The invention further discloses a method for rapidly and accurately conducting artificial intelligent inquisition and diagnosis on the pet diseases.

The invention relates to a mine emergent and daily dispatching communication network system which solves the problems that existing mine communication facilitates cannot meet daily commanding and dispatching, personnel positioning and mine up-down communication contact or do not have the basic communication function under the emergent situation. The mine emergent and daily dispatching communication network system comprises an overground communication unit and an underground communication unit. The overground communication unit comprises a computer and an overground ground penetrating communication device. The computer is used for sending control dispatching information to the overground ground penetrating communication device, receiving underground working state information sent by the overground ground penetrating communication device and displaying the underground working state information. The underground communication unit comprises N underground switching devices and M handheld terminals, wherein the M and the N are integers, the N is larger than or equal to 4, and the N is smaller than or equal to the M. According to the mine emergent and daily dispatching communication network system, underground communication is achieved by the adoption of a local area network, implementation is easy, the cost is low, and compared with an existing well emergent and daily dispatching communication network system, the year-to-year cost is reduced by more than 10%.

The present application provides a packet processing method, device and system. With the present application, timely processing can be performed on a received packet according to an added first flow table entry, so that the timely processing can be implemented for a flow whose importance is high, and the problem in the prior art that a forwarding device cannot add a new flow table entry to a flow table because all flow table entry resources are in use can be relieved, thereby improving the reliability of packet processing.

A cushion comprised of at least one chamber comprised of a barrier material, said barrier material comprised of an elastomer, said elastomer being at least semi-permeable to at least a first reactant compound, a second reactant compound disposed within said at least one chamber, wherein said first reactant compound and said second reactant compound react to form a resultant compound, and wherein a rate of diffusion of said resultant compound through said barrier material is less than a rate of diffusion of said first reactant compound through said barrier material. An article of footwear including a cushion, said cushion comprised of at least one chamber comprised of a barrier material, at least a first and a second solid or liquid reactant compounds disposed within said at least one chamber, wherein said first reactant compound and said second reactant compound react to form a resultant gaseous compound.

The present invention discloses a method and an apparatus for processing a document conforming to a docbase standard. The method includes: obtaining contents of a document conforming to a docbase standard via a docbase standard interface; generating an interim document which is in a format supported by a third-party software, and saving the contents of the document into the interim document as at least one embedded object and/or image; and providing the interim document for the third-party software for displaying. According to the method and the apparatus provided by the present invention, third-party software is able to process documents conforming to the docbase standard without any change.

The invention discloses a gas-phase corrosion inhibitor used for carbon steel. The corrosion inhibitor is composed of the materials of, by mass, 27-33% of phytic acid, 36-45% of tannic acid, and 22-37% of sodium silicate, wherein a total amount of the components is 100%. The invention also discloses a preparation method of the corrosion inhibitor used for carbon steel. The gas-phase corrosion inhibitor has an excellent corrosion inhibition performance upon carbon steel. The complex gas-phase corrosion inhibitor has the advantages of no toxicity, high efficiency, and low pollution to the environment. With the gas-phase corrosion inhibitor, problems of low corrosion inhibition performance and toxicity of existing corrosion inhibitors are solved.

The invention discloses a production method of high-purity aluminum oxide. The production method comprises the following steps: a, weighing metal aluminum, subjecting the metal aluminum to smelting with a metal catalyst, and reacting obtained alloy aluminum with water to prepare hydrogen; b, separating slurry after the reaction of the aluminum with water, and drying the separated suspended slurryto obtain pseudo-boehmite; c, roasting the pseudo-boehmite powder to obtain aluminum oxide powder; d, distilling the aluminum oxide powder to remove included metal catalyst components so as to obtainhigh-purity alpha-aluminum oxide powder. The invention further discloses a prepared high-purity aluminum oxide product. The method is simple in process and short in flow, a hydrogen byproduct is obtained while high-purity aluminum oxide is prepared, and economic benefits are remarkable; the alloy used as the raw material is low in gallium and indium consumption, low in cost and easy to recycle; and the prepared high-purity aluminum oxide is low in impurity content, high in additional value, free of pollution and equipment corrosion in the preparation process and easy to apply and popularize.

The present invention relates to an illumination device (1) for providing a controllable illumination configuration. The illumination device comprises a light-source unit (2; 20) comprising a plurality of individually controllable solid state light-sources (8); and an optical element (3) arranged to modulate light from the solid state light-sources through a modulation area (16) of the optical element (3). The illumination device (1) further comprises an actuator (4) connected to the light-source unit (2) and controllable to move the light-source unit relative to the optical element (3) in such a way that the solid state light-sources (8) pass the modulation area (16) of the optical element (3) in succession; and a control unit (5) configured to control each of the solid state light-sources (8) to emit light with a time-varying intensity corresponding to the illumination configuration while the solid state light-source (8) moves past the modulation area of the optical element.