57results about How to "Memory" patented technology

A multi-processor includes multiple processing clusters for performing assigned applications. Each cluster includes a set of compute engines, with each compute engine coupled to a set of cache memory. A compute engine includes a central processing unit and a coprocessor with a set of application engines. The central processing unit and coprocessor are coupled to the compute engine's associated cache memory. The sets of cache memory within a cluster are also coupled to one another.

The invention relates to method for manufacturing antistatic ray-proof worsted fabric, which successively comprises the following steps: firstly, carrying out the cleaning treatment and the sizing and film mulching treatment to rust-less steel fiber, secondly, blending by selecting treated rust-less steel fiber with wool, polyester fiber, bamboo fiber, tenel, modal fiber or spun silk, manufacturing mixed sliver with homogeneous mix, thirdly, spinning the mixed sliver and obtaining the worsted spinning yarn, fourthly, warping, weaving and obtaining the grey fabric, fifthly, carrying out birth repairing, dyeing and finishing and post-processing to the grey fabric, namely obtaining the antistatic ray-proof worsted fabric, wherein the materials feeding proportion by weight of the wool, the polyester fiber, the bamboo fiber, the tenel, the modal fiber, the spun silk, viscose or cashmere are respectively that the rust-less fiber 15-45 parts, the wool 45-75 parts, the polyester fiber 5-50 parts, the bamboo fiber, the tenel, the modal fiber, the spun silk, the viscose or the cashmere 5-20 parts. The method of the invention selectes length and fineness of the rust-less fiber and carries out the prophase film mulching treatment to the fiber, which enables the performances of the fiber is suitable for the requirements of the worsted process and enables the fiber to achieve the goal of being applied at high proportion.

The invention relates to a novel biologically degradable macromolecular external securing material for medical purposes, wherein the essential component of the material is polylactic acid, or can be added poly gamma-caprolactone, inorganic mineral substance (such as calcium carbonate, titanium white, talcum powder, barium sulfate, montmorillonite), silicon alky coupling agent or coloring agent. The invention also discloses its preparation process.

This invention provides a controlled flux magnet synchronous motor of integral hybrid rotor magnetic-circuit structure including a motor splindle, a stator winding, a rotor iron core, a AlNiCo magnet, NdFeB magnet and a rotor iron core, in the rotor iron core, the magnets are place in W shape, AlNiCo is set tangentially and the NdFeB is set in radial position which can be a parallelogram or a rectangle considering the limit of the rotor space. The advantage is that an ampltude controlled d-axis vector is applied to alter the magnetization intensity of the rotor magnet and memerizes the altered flux density.

The present invention discloses a continuous reinforced plastic composite pipe and the production technique for buried heat insulation of oil field; the continuous reinforced plastic composite pipe consists of an anticorrosive coating, a reinforced layer and a coating layer; crosslinked polyethylene foamed material is continuously rolled on the continuous reinforced plastic composite pipe to form a continuous insulating course, and fluid sealant layers are respectively coated between the coating layer and the insulating layer, the insulating layer and the protective layer. The reinforced layer is weaved by metal steel wires; the anticorrosive coating and the coating layer are made of crosslinked polyethylene material; the protective layer is made of polyethylene; the insulating course is made of crosslinked polyethylene foam. The pipe of the present invention is a long-distance flexible continuous pipe; the insulating course is made of crosslinked polyethylene flexible material; the continuous reinforced plastic composite pipe has good memory, rebound resilience and concentricity inside and outside the pipeline and ensures that the continuous heat insulation pipeline prevents being squashed after being coiled and buried; thereby the thickness of the insulating course is consistent and achieving better heat insulation effect. The pipeline paved by the invention, even if the local part is damaged, water can be effectively prevented to seep into the insulating course in order to ensure the heat insulation effect.

The invention belongs to the technical field of software reliability growth models, and particularly relates to a software reliability growth model for introducing faults based on Weibull distribution. In order to solve the above problems, the invention adopts the technical scheme that the software reliability growth model for introducing faults based on Weibull distribution comprises the following steps of (1) constructing a fault total number function; (2) constructing a fault introduction intensity function; (3) assuming a fault total number function to conform to the Weibull distribution,and constructing a fault total number function a (t) and a fault introduction intensity function eta (t); and (4) investigating the change condition of the fault introduction rate along with the testtime according to the fault introduction process, so that the fault introduction intensity function can be rewritten in the following form.

The invention provides an alignment mark search system applied to a lithography device and a search method thereof. The system comprises an optical imaging system, a signal conditioning system and a master control system, wherein, the optical imaging system obtains the image of a datum plate and outputs a first light intensity signal, the signal conditioning system receives the first light intensity signal, adopts a digital potentiometer controller to realize bidirectional voltage regulation and outputs light intensity data, the master control system adjusts the position of the datum plate according to the light intensity data. The alignment mark search system of the invention contributes to accurately obtaining corresponding position information concerning reference marks of machines, carrying out demarcation and correction on machine constants relative to machine mark positions rapidly, shortening correction time of the machine constants after complete installation of the machines and improving efficiency of the complete machines after restoring to normal operation.

A method is disclosed that enables a user to administer a dialing plan or plans. The disclosed private-branch exchange, or other type of telephone exchange or switch, analyzes the dialing plan that it uses and then makes a recommendation for the dialing plan. In order to analyze the dialing plan, the private-branch exchange (PBX) considers the usage characteristics of one or more number-consuming objects, which includes the telephone numbers associated with the dialing plan. The PBX then identifies, for possible deletion, a list of inactive or underutilized objects such as unused telephone numbers. In some embodiments, the PBX can anticipate the future availability of telephone numbers based on the usage characteristics that were part of the analysis. In at least some of those embodiments, the PBX is able to construct a dialing plan tree and identify a revised dialing plan.

The invention discloses an overdue monitoring method for optimizing a recurrent neural network based on an ant colony algorithm, and the method comprises the following steps: firstly, selecting a modeling sample, and collecting credit data of the sample, and labelling the performance data of the sample; preprocessing the collected credit data, and randomly segmenting the modeling sample into a training set and a test set; determining a recurrent neural network topology structure and initializing network parameters according to the training set features, and establishing a recurrent neural network model; pre-training the weight and bias in the recurrent neural network by using an ant colony algorithm, and training the recurrent neural network by using a gradient descent algorithm; inputting a test set sample to the trained recurrent neural network for prediction comparison and evaluation. According to the method, the optimal weight and bias of the recurrent neural network are determined by using the ant colony algorithm, the convergence rate of the neural network is increased, the accuracy of the prediction model is improved, and the requirement of real-time detection of Internet financial fraud behaviors can be met.

The invention discloses a reducible fallopian contraceptive element, which is composed of 3-5 concentric circular cylinders on one shaft, wherein the upper surface of shaft and upper bottom of first cylinder is on the same surface, the nickel-cemented alloy filament net is set on the external surface of cylinder and external surface of shaft, the cylinder and shaft is made of polyester film or medical polyester fibre.

The invention relates to a polylactide metal fiber fabric which is characterized in that polylactide with high molecular weight is synthesized firstly, metal fiber and the polylactide are blended and then spun to obtain the polylactide with a specification of 1.56-1.65detx*38 mm and the metal fiber with a spinning specification of 1.56-2.65 detx*38 mm, and the degradable metal fabric is weaved by the procedures of blowing, cotton carding, drawing, spinning, weaving, dyeing and the like.

The invention relates to a polycaprolactone metal fiber fabric which is characterized in that polycaprolactone with high molecular weight is firstly synthesized and is then weaved into fibers with a size of 1.56-1.65detx*38 mm, then the metal fibers are selected to be blended with the polycaprolactone metal fiber, wherein the metal fibers comprise silver fiber, copper fiber, gold fiber, stainless steel fiber and the like and have the size of 1.56-2.65detx*38 mm; and the two fibers are weaved into the fabric through procedures of blowing, cotton carding, drawing, yarn spinning, dyeing and the like.

The invention provides a method for making liquid crystal display. The method comprises providing a base board with a first electrode on it; forming a graphical projection structure on the base board for separating it into plural pixel areas; filling a liquid crystal layer into each pixel area; filling a monomer molecule layer into each pixel area on the liquid crystal layer; aggregating the monomer molecule layer to be a high polymer material layer and separating with the liquid crystal layer. The inventive method has the advantages of being able to improve the display quality of single base board structure.

The invention discloses an intelligent fuse. The intelligent fuse comprises two electrodes, memory metal and a shell; the memory metal is spring-shaped, wherein one end of the memory metal is fixed onan electrode of the intelligent fuse in the shell, and the other end of the memory metal is not fixed in the shell and is in contact with the electrode at the other end of the shell; the temperatureof a circuit component can be directly transmitted to the memory metal spring through the electrode when an electric appliance works. After the technical scheme is adopted, when the intelligent fuse is electrified to work, the high temperature is transmitted to a memory metal spring through the electrode once the heat accumulation temperature generated by a resistor of an electrical and electronicelement reaches the memory metal deformation temperature, and the electrode in contact with the deformation end of the memory metal spring is disconnected with a power supply. The disconnected intelligent fuse stops electrifying an electric appliance circuit, and the temperature of the components of the electric appliance circuit begins to drop. When the temperature is reduced to the normal temperature, the intelligent fuse resumes working. Components in an electric appliance circuit are ensured to always work in a constant temperature state lower than memory metal metamorphosis temperature,thereby avoiding the factors of fire and explosion caused by overload of current of the electric appliance circuit and spontaneous combustion of heat accumulation temperature generated by resistance of internal circuit components higher than critical points of the circuit components.

The invention provides a water removing device for a rear-view mirror of an automobile, which relates to the automobile field. The device includes a shell, and the inside of the shell is hollow. The inner wall of the shell is fixedly connected with the mirror surface, the right windward surface of the shell is provided with an air inlet, the outer surface of the shell is arranged on the right sideof the mirror surface with an air outlet, the inner wall of the shell is arranged on the left side of the air inlet and is fixedly connected with the wind hood, and the inside of the shell is provided with a wind driving device. According to the water removing device, the magnetic pole of the permanent magnet block 1 is opposite to the magnetic pole of the side close to the permanent magnet block2 so that the permanent magnet block 1 and the permanent magnet block 2 can be magnetically attracted by each other, and the rubber wiper bar arranged on the left side of the bar-shaped block can bestuck on the reflector surface through the magnetic force between the permanent magnet block 1 and the permanent magnet block 2, thereby effectively preventing the problem of dropping the wiper devicein the running process of the vehicle, and facilitating the wiping operation of the wiper device.

The invention discloses a fabric for weaving sports socks. The fabric comprises a skin-friendly fabric layer and a surface layer, wherein the skin-friendly fabric layer and the surface layer are integrally sewn on a fabric surface through elastic contraction threads, the skin-friendly fabric layer comprises a skin-friendly layer and a mesh-like heat dissipation fabric layer, dot-matrix heat dissipation holes are formed in the positions, corresponding to foot arches, of the skin-friendly layer, the mesh-like heat dissipation fabric layer is formed on the inner side of the skin-friendly fabric layer, and is formed by blending 65-80% by mass of high-elasticity fibers and the balance of CoolMax fibers, the mesh-like heat dissipation fabric layer is formed into a grid structure in a weaving process so as to separate a gap structure layer between the skin-friendly layer and the surface layer through the grid structure, the surface layer is a composite fabric layer, a sweat-permeable elasticfabric layer and a pure cotton fabric layer are sequentially arranged from the side of the skin-friendly fabric layer to the outside, and dot-matrix heat dissipation holes are formed in the pure cotton fabric layer and correspond to foot arches. According to the invention, the fabric characteristics of gas permeation and high elasticity, has good moisture absorption and quick-drying performance after sweating, and improves the exercise comfort and the protection effect.

The invention provides an intelligent foam metal reinforced boiling heat transfer cooling device. The intelligent foam metal reinforced boiling heat transfer cooling device comprises a sealing cavity(5), wherein the sealing cavity (5) is filled with a refrigeration fluid (2); a bottom intelligent foam metal (3) is fixed on the inner surface of the bottom of the sealing cavity (5) and is immersedinside the refrigeration fluid (2); a top foam metal (7) is fixed on the inner surface of the top of the sealing cavity (5); a guide pipe (5) is arranged at the upper end of the side surface of the sealing cavity (5); a draught fan (1) is arranged on the outer surface of the top of the sealing cavity (5). The bottom intelligent foam metal (3) has a whole memory effect, and the porosities and poresizes of the foam metals change along with temperature. According to the cooling device provided by the invention, boiling heat transfer is reinforced by using the intelligent foam metals, the evaporation core and heat transfer areas are increased, the flow resistance is also reduced, and the escape speed of bubbles is increased effectively, so that the heat transfer quantity is obviously increased, and the cooling capacity is greatly strengthened.