42results about How to "Improve acceleration efficiency" patented technology

The invention discloses a browser and a domain name resolution method thereof. The method comprises the following steps of: starting the browser, invoking DNS (Domain Name Server) acceleration data information, wherein the DNS acceleration data information comprises a plurality of domain names acquired in advance and IP address information corresponding to each domain dame; receiving an access request initiated by a user to a certain URL (Uniform Resource Locator), resolving the access request, and extracting the domain name corresponding to the URL; and detecting whether the DNS acceleration data information contains the domain name corresponding to the URL, and if so, acquiring the IP address information corresponding to the domain name, and performing access processing by utilizing the IP address information. The domain names acquired in advance in the DNS acceleration data information comprise a plurality of main domain names and a subdomain name corresponding to each main domain name. The DNS acceleration data information is formed by counting certain main domain names in advance. When the DNS acceleration data information is invoked by a user side browser, webpage browsing acceleration can be realized. The acceleration processing process consumes short time, and the efficiency of DNS acceleration is increased.

The invention relates to a variable cross-section channel structure of a low-power cusp magnetic field plasma thruster, which relates to the field of cusp magnetic field plasma thrusters. The present invention aims to solve the problem that under the low power working condition of the existing tangential magnetic field plasma thruster, the insufficient ionization leads to performance degradation when the current density is low, and the performance degradation is also caused by the intensified interaction between the plasma and the wall surface when the current density is high. The problem. The channel is constructed by a ceramic channel and a permanent magnet. The ceramic channel is a one-piece structure, which is divided into two sections: the upstream part of the channel and the downstream part of the channel. The channel structure gradually expands from the upstream part of the channel to the downstream part of the channel. The outer wall of the ceramic channel is used for To achieve clearance fit with the inner wall of the permanent magnet. This structure increases the atomic density and ionization rate in the upstream ionization area, and at the same time reduces the interaction with the channel wall during the accelerated ejection of ions generated by ionization, prolonging the life of the thruster. It is used in the low power working condition of the tangent magnetic field plasma thruster.

The invention provides a GPU (Graphics Processing Unit) acceleration method and a GPU acceleration device. The method comprises the following steps: calling a GPU driver in the kernel through a continuous physical memory allocation function in an EXA driver to make a GPU allocate a contiguous physical address buffer area for the EXA driver; filling out the contiguous physical address buffer area with to-be-accelerated data; and submitting the physical addresses in the contiguous physical address buffer area and corresponding acceleration instructions to the GPU driver to make the GPU accelerate data. According to the technical scheme provided by the invention, one buffer area allocation operation and a large number of memcpy operations are saved, the time for submitting acceleration instructions to the GPU is shortened effectively, and the efficiency of GPU acceleration is improved.

The invention relates to the technical field of in vitro diagnosis, in particular to a method and device for controlling a stepper motor. The method comprises the steps of substituting characteristicparameters and system operation parameters of the stepper motor into a pre-established rotating speed-output torque mathematical model, generating a rotating speed-output torque curve formula of the stepper motor and generating a rotating speed-acceleration curve of the stepper motor on the basis of the rotating speed-output torque curve formula, total load torque and rotational inertia of load; generating corresponding time-rotating speed curves on the basis of the rotating speed-acceleration curve and discretizing the time-rotating speed curves to generate corresponding control signals, wherein the control signals are pulse frequencies corresponding to various time points on the timeline after the time-rotating speed curve is discretized; and controlling the stepper motor on the basis ofthe control signals. By adopting the method, the out-of-step phenomenon of the stepper motor during high-speed operation is avoided while the acceleration efficiency is improved.

The invention provides a game acceleration system based on multiple paths. The system comprises a game client for sending a data packet; an accelerator client for monitoring and taking over the data packet sent by the game client, redirecting the taken over data packet to a proxy server, and sending the redirected data packet to the proxy server through a preset main link and at least one auxiliary link; the proxy server for receiving the data packet sent by the accelerator client, restoring the received data packet into the data packet pointing to a game server and sending the restored data packet to the game server; and the game server for receiving the restored data packet sent by the proxy server. By adoption of the technical scheme of the invention, the manufacturing problems of highprocessing cost and long production period of the existing method are solved. By adoption of the technical scheme of the invention, the game acceleration efficiency can be improved.

The present invention provides a small electromagnetic acceleration system which comprises a ZVS boost module which converts low voltage direct current into high frequency alternating current, a power supply module which provides low voltage direct current to the ZVS boost module, a voltage control module which carries out automatic controlling on the output voltage of the ZVS boost module, a control signal module which is used for detecting the position of an accelerated object and generating a control signal, a coaxial coil set module for generating a strong pulse magnetic field to accelerate a magnetic or non-magnetic conductor, a switch tube module which is formed by a solid-state switch, controlled by the signal of the control signal module and used for conducting a capacitor and an emitting coil circuit, a motherboard with the integration of interfaces which are connected to the above modules and each acceleration unit capacitance and voltage indication, and a speed measurement module which is used for detecting the speed of the accelerated object. The system has the advantages of small size, light weight, high efficiency, long life, and the direct display of an acceleration process to people.

The invention discloses a vectorized Montgomery modular multiplier design method based on an NEON engine. The method comprises the steps that 1, data are input; 2, the data are initialized; data iterative computation is carried out; 4, Z and CT are accumulated for updating the Z value according to the iterative results; 5, overflow judging and processing are carried out on the computing result Z. The carry data are cached independently, accumulation of each iteration for the carry data is reduced, and the carry data are accumulated at a time only after the last iteration is finished, so that high data calculation and low data calculation do not depend on each other, vectorized data parallel processing can be carried out through the NEON engine, specifically, the operation speed of the MMM based on an ARM Cortex-A series chip can be improved, and the overall performance of a public key encryption system is improved.

The invention discloses an electric bicycle drive axle. An assistance ring, a spring and a resistance ring are also mounted on a first-level gear shaft; the assistance ring, the spring and the resistance ring are connected from left to right in sequence; limit sheets are respectively mounted on the left side and the right side of each of the assistance ring and the resistance ring; and the assistance ring and the resistance ring are in key connection with the first-level gear shaft. The electric bicycle drive axle has the beneficial effects that resistance is provided during braking, so that the braking efficiency is improved; meanwhile, the mechanical energy of an electric bicycle is changed into elastic potential energy for storage, then the elastic potential energy is released again during acceleration so as to provide power for the electric bicycle; and not only is energy saved, but also braking and accelerating efficiencies are improved.

The invention discloses a hyperbolic nozzle of a sand blasting machine. The hyperbolic nozzle comprises an air inlet and a sand inlet. A hyperbolic spout is arranged under an air valve of the air inlet. The longitudinal section of an inner cavity of the hyperbolic spout is of a hyperbolic structure, the diameter of the top end of the inner cavity of the hyperbolic spout ranges from 4 mm to 6 mm, the diameter of the bottom end of the inner cavity ranges from 10 mm to 15 mm, and the length ranges from 110 mm to 130 mm. The spout part of the nozzle is improved, the inner cavity of the spout is of the specific hyperbolic structure, energy of compressed air can be effectively used for accelerating sand through the structure, accelerating efficiency can be effectively improved on the premise of not improving power of the compressed air, and the effects of saving energy and improving efficiency are achieved. The hyperbolic nozzle is simple in structure, low in cost and ideal in use effect.

The invention discloses a sectional type pulsed plasma thruster. The sectional type pulsed plasma thruster comprises a first-section electrode, a second-section electrode, an insulating part and two energy storage capacitors, wherein the insulating part is clamped between the first-section electrode and the second-section electrode; the two energy storage capacitors are connected with the first-section electrode and the second-section electrode correspondingly; and the two energy storage capacitors are used for providing corresponding voltages for the first-section electrode and the second-section electrode correspondingly. According to the sectional type pulsed plasma thruster, the working medium utilization rate and the energy conversion efficiency can be improved, and the overall acceleration efficiency of the thruster can be improved.

The embodiment of the invention provides a data acceleration processing method and device and electronic equipment, and the method comprises the steps: obtaining table information of a to-be-accelerated first data table, and storing the first data table in a data warehouse; calling a first data definition template corresponding to the data warehouse and a second data definition template corresponding to the first acceleration library, and creating a first acceleration table in the first acceleration library according to the table information; generating a first acceleration task script according to the first acceleration task template; and executing the first acceleration task script, acquiring data in the first data table, and synchronizing the data into the first acceleration table. In the embodiment of the invention, the data definition template corresponding to the data warehouse and the first acceleration library and the first acceleration task template for executing data conversion are preset, so that automatic data acceleration processing is realized for a user, and the user only needs to provide information of a data table to be accelerated specifically; and the user does not need to intervene in a complex data conversion process between databases, so that the operation of the user is greatly facilitated, and the data acceleration efficiency is also improved.

The invention discloses a preparation method of a radio frequency superconducting resonant cavity based on a high heat conduction material and high radio frequency performance superconducting material composite board The method comprises the following steps: (1) preparing the double-layer material A/B composite board; (2) forming cavity parts; (3) machining and manufacturing a flange; (4) completely removing a material B in a vacuum electron beam welding seam area; 5) cleaning the parts with ultrapure water, ultrasonically cleaning and airing; (6) carrying out acid pickling on the surface of a part material A by about 5-10 micrometers before electron beam welding; (7) cleaning the parts subjected to acid pickling with ultrapure water, ultrasonically cleaning and airing; 8) carrying out vacuum electron beam welding on parts of the whole cavity; and (9) covering the welding seam area of the whole cavity with a material B.

The invention discloses a double-section coaxial toothed cathode pulse plasma thruster, and belongs to the technical field of micro satellite aerospace propulsion. The product mainly comprises a first-stage cathode, a first-stage anode, an insulating coating layer, a second-stage cathode, a second-stage anode, a propellant, an insulating outer shell, an insulating base, a supply spring and a spark plug. The inner surface of the primary cathode is provided with sharp teeth, so that the primary cathode is easier to discharge compared with a common cylindrical inner surface by utilizing a point discharge principle, and the system safety is improved; and the toothed cathode is used, so that the electric field and the current between the electrodes are more uniform, the non-uniform ablation of the propellant is improved, the indentation of the end face of the solid propellant in the continuous working process is reduced, the reliability is remarkably improved, and the working life is prolonged. The secondary cathode is in the shape of an expanded spray pipe, so that charged particles and neutral gas generated by discharging between the primary electrodes are accelerated more sufficiently, and the primary electrodes and the secondary electrodes are charged by respective independent capacitors, so that the reasonability of energy distribution is improved, and the overall acceleration efficiency of the thruster is improved.

The invention discloses an aging test device and an aging test method for an O-shaped sealing ring. The aging test device for the O-shaped sealing ring comprises an air valve, a barometer, a flange top cover, at least one flange plate and a flange bottom cover, the flange plate and the flange bottom cover are each provided with an O-shaped groove for installing an O-shaped sealing ring, a plurality of through air holes are formed in each O-shaped groove, and the through air holes are used for enabling aged background gas to make full contact with the O-shaped sealing rings; a through hole is formed in the center of the flange top cover, the air valve is installed at the top of the flange top cover through the through hole, a through hole is formed in the side face of the air valve, and the barometer is connected with the air valve through the through hole. The flange top cover, the flange plate and the flange bottom cover are detachably connected in sequence from top to bottom. The aging test device is simple in structure and convenient to operate, the contact area between the O-shaped sealing ring and background gas used for aging can be increased, the O-shaped sealing ring can make full contact with the background gas, and therefore the acceleration efficiency is improved, and an efficient, rapid and accurate aging test is achieved.

The present invention relates to a torque converter with increased fluid acceleration efficiency and, more specifically, to a torque converter device capable of increasing the flow rate of a fluid byimproving the structure of a stator of the torque converter so as to increase torque. According to the present invention, the torque converter with increased fluid acceleration efficiency comprises: an impeller portion receiving a rotational force from a power source to rotate and configured to make a fluid flow; a turbine portion provided to be rotated by the flowing fluid; and a stator portion provided between the impeller portion and the turbine portion, capable of rotating in one direction, and configured to increase acceleration of the fluid. The stator portion has thirty-three blades formed along the circumferential surface. Accordingly, the torque converter with increased fluid acceleration efficiency can increase the flow rate of the oil.

The invention discloses a data acceleration method and device, gateway equipment and a readable storage medium, and the method comprises the steps: carrying out the hash operation of received streaming data, and determining a hash value of the streaming data; judging whether a hash value of the streaming data exists in a pre-stored hash table or not; and if so, performing hardware acceleration onthe streaming data. According to the method, the hash operation is carried out on the preset data in the received streaming data to obtain the hash value of the streaming data, and whether hardware acceleration needs to be carried out on the streaming data or not can be determined only by judging the hash value once, so that the hardware acceleration efficiency is improved.