87results about How to "Impact speed" patented technology

A malware detection system seeking to identify computer viruses, worms, Trojans, banned files and the like acts to determine from the file name, file size and storage location of a computer file being tested, whether that computer file potentially matches a specific known malware free computer file stored within a list of such specific known malware free computer files. If a match occurs indicating that the candidate computer file is potentially the specific known malware free computer file, then this is confirmed by calculating a checksum of the candidate computer file and comparing this against a stored corresponding checksum of the specific known malware free computer file. If these checksums match, then the candidate computer file can be passed as clean without requiring further time consuming malware detection scanning.

Conventional schedulers employ designs allocating specific processor and memory resources, such as memory for configuration data, state data, and scheduling engine processor resources for specific aspects of the scheduler, such as layers of the scheduling hierarchy, each of which consumes dedicated processor and memory resources. A generic, iterative scheduling engine, applicable to an arbitrary scheduling hierarchy structure having a variable number of hierarchy layers, receives a scheduling hierarchy structure having a predetermined number of layers, and allocates scheduling resources such as instructions and memory, according to scheduling logic, in response to design constraints and processing considerations. The resulting scheduling logic processes the scheduling hierarchy in iterative manner which allocates the available resources among the layers of the hierarchy, such that the scheduler achieves throughput requirements corresponding to enqueue and dequeue events with consideration to the number of layers in the scheduling hierarchy and the corresponding granularity of queuing.

A processing system has a processor core executing instructions of a first instruction set and an instruction translator for generating translator output signals corresponding to one or more instructions of the first instruction set so as to emulate instructions of a second instruction set. The instruction translator provides translator output signals specifying operations that are arranged so that the input variables to an instruction of the second instruction set are not changed until the final operation emulating that instruction is executed. An interrupt handler services an interrupt after execution of an operation of the instructions of the first instruction set. Arranging the translated sequences of instructions such that the input state is not altered until the final instruction is executed has the result that processing may be restarted after the interrupt either by rerunning the complete emulation if the final operation had not started when the interrupt occurred, or by running the next instruction from the second instruction set if the final operation had started when the interrupt occurred.

The invention discloses dynamic impact test equipment. The dynamic impact test equipment comprises a ground rail, a counterguard wall surface, a trolley, a traction device, a braking device, a cushioning device and a test recording device, wherein the counterguard wall surface is provided with a test sample piece. The trolley is arranged on the ground rail, can run along the ground rail and is provided with an impact device. The impact device can run together with the trolley, can slide on the trolley under the effect of inertia and then impacts the test sample piece which is installed on the counterguard wall surface. The dynamic impact test equipment can conduct a high speed dynamic impact test of automobile body components and parts and is simple in structure and low in cost.

The invention discloses electronic equipment, mobile communication equipment and a remote control device. The electronic equipment comprises a mobile communication equipment main body and the remote control device, and the equipment main body comprises a multi-contact touch screen, a first communication interface and a remote control unit, wherein the multi-contact touch screen is used for displaying information and inputting signals including touch signals; the first communication interface is positioned on the lateral surface of the equipment main body, and the first communication interface and the remote control device are connected by insertion; and the remote control unit is connected with a display unit, an input unit and the first communication interface and used for generating or finding remote control coded data corresponding to the input touch signals, sending the remote control coded data to the remote control device through the first communication interface and controlling the remote control device to send remote control coded signals corresponding to the input touch signals to controlled external equipment. The cost can be lower, and the mobile communication equipment can be more conveniently and effectively used for carrying out wireless remote control on the controlled external equipment.

The invention discloses a gating system of a large-section iron casting for an medium pressure external cylinder in a steam turbine; the gating system comprises a weighing ladle, a sprue, a runner and an ingate, the runner consists of an upper runner and a lower runner, a refractory ceramic filter is arranged between the upper runner and the lower runner, the minimum sectional area ratio of the sprue, the runner, a transition sprue, a transition runner and the ingate is 1.2:1.34:1:1.07:1.24; the sprue, the upper runner and the lower runner are arranged at the middle part of the casting, and the ingate of an ingate is arranged at the inner wall of an axle hole of the casting; and the gating system of the structure mainly plays a role in buffering, decompressing and steady entry of melted iron, the molding sand in the scour cast is avoided, the casting is heated evenly, with the advantages of being not easy to be mingled with impurities, carry sand, produce air gaps and cracks.

The invention discloses a one-axle multi-cylinder multi-dimensional ball hammer type micro-nano high-energy ball mill. The ball mill is characterized in that a round disk is driven through the rotation of an eccentric shaft driving system and an eccentric shaft support system, a plurality of cylindrical milling tanks are arranged on the round disk, the tank body is driven to regularly swing in a multi-dimension manner up and down, left and right, front and back through the synchronous rotation of the eccentric shaft and the eccentric shaft support system, the ball material in the tank body is thrown up to produce multi-dimensional hammer action, so that fierce impacting, chopping and grinding in multi-dimension can be achieved. Since the multi-dimensional impacting and grinding have no dead angle, the material can be ground into uniform micro-nano powder, the processing efficiency, the yield and the quality of the micro-nano powder are obviously improved; the ball mill has a stable structure, can be easily enlarged to form the scale production, and is suitable for the demand of nanometer application engineering.

The invention relates to a method of printing on a media comprising: providing a printhead 300 comprising a plurality of nozzles (301, . . . , 310, . . . , 319, . . . ) defining a print zone, at least one 310 of the nozzles of the print zone being faulty, the print head comprising within the print zone one or more healthy zones 371, 372; submitting a first region 281 of the media to N print zone passes; and, submitting a second region 282 of the media to M print zone passes using a healthy zone to overlap a faulty nozzle, at least two of the M passes being separated by an advance of the media relative to the printhead; producing alternate first and second regions when printing on the media; whereby M>N and N>0.

An image processing system for high performance digital imaging in a digital camera. The reflected light from an image is focused through a lens and optically filtered. A CCD array converts this image into an electrical signal. This electrical signal is processed and then converted into an equivalent digital signal. A digital signal processor is then used to process the raw digital signal. The DSP includes a capture data path, a data flow control, an image processing data path, a compression/decompression engine, a resize circuit, a display processing circuit, and a rotation circuit. Data is routed between the DSP and memory via a bus. By selectively activating and reusing certain parts of the hardware architecture and various data paths, at least four modes of operation can be supported: live view, instant review, and play mode. Furthermore, the correct image is automatically displayed in all four modes, regardless of the orientation of the image or the physical orientation of the camera (both at the time the picture was taken and at the time the picture is being rendered for display).

The invention discloses a PM2.5 (Particular Matter 2.5) single-grade atmosphere sampling cutter. The PM2.5 single-grade atmosphere sampling cutter is roughly cylindrical; the PM2.5 single-grade atmosphere sampling cutter comprises a cutting opening cover layer, an impacting nozzle layer, an impacting plate layer, a particular matter collecting layer, a gas organic pollutant collecting layer and a gas discharging layer, wherein the cutting opening cover layer, the impacting nozzle layer, the impacting plate layer, the particular matter collecting layer, the gas POPs (Persistent Organic Pollutants) collecting layer and the gas discharging layer are sequentially sealed and connected in series; the impacting nozzle layer comprises impacting nozzles and an impacting nozzle plate; the impacting nozzles are arrayed at an equal interval and are vertically inserted into the impacting nozzle plate to form an annular ring; the impacting nozzles are internally provided with reversed conical through holes; and the impacting plate layer is provided with an impacting plate and the impacting plate is an annular groove. With the adoption of the PM2.5 single-grade atmosphere sampling cutter disclosed by the invention, the characteristic that a previous air sampling device has middle and small flow is broken through; and a flow design standard of 300 L/min can meet the POPs sampling requirements so that the cutting grain diameter of the cutter is accurate and the target of accurately layering the target particular matters under the cutting of an inertia impacting force can be realized.

The invention relates to a processing device for tea powder. A processing device for ultrafine tea powder, which includes sequentially connected compressed air power source and oil-water separator, gas storage tank, primary filter, gas dryer, precision filter and sterilizing filter, material bin, fluidized bed Jet Mill, Cyclone Collector, Bag Collector and High Pressure Induced Fan. The device integrates crushing, grading, mixing and homogenizing, and realizes the unique advantages of on-line operation.

The invention relates to a crusher, in particular to a vertical impact crusher which comprises a crushing cavity shell, a rotor arranged in the crushing cavity shell and a feeding device used for feeding for the rotor. A crushing cavity is formed by the space between the rotor and the crushing cavity shell. Materials entering the rotor are thrown out from multiple distributing openings formed in the circumferential side wall of the rotor and fly to the crushing cavity shell to be subjected to impact crushing. The crushing cavity shell is rotary, and the rotating direction of the crushing cavity shell is opposite to the rotating direction of the rotor. A plurality of impact plates are arranged in the crushing cavity, rotate along with the crushing cavity shell and impact with the materials thrown out from the rotor. Plate hammers are arranged on the faces, impacting with the materials, of the impact plates, each plate hammer is composed of a wear-resisting plate and a hammer edge arranged at the end, close to the rotor, of the wear-resisting plate, and parts of the hammer edges protrude relative to the faces, impacting with the materials, of the wear-resisting plates. By means of the vertical impact crusher, the impact force and the impact speed of the materials are increased, and the material crushing effect is further improved.

The invention relates to a fuel cell arrangement (1) having at least one fuel cell (2) with a cathode (3) and an anode. The cathode (3) and the anode each have a reactant feed (4) and a reactant discharge (5), a humidifying device (10) and sensors (12, 13, 14) being provided at least at one of the reactant feeds (4). In particular, the sensors (12, 13, 14) are at least one fluid mass sensor (12) and two pressure sensors (13, 14), the fluid mass sensor (12) and one of the pressure sensors (13) being arranged upstream of the humidifying device (10) and one of the pressure sensors (14) being arranged downstream of the humidifying device (10). The humidifying device (10) can be operated in a controlled manner on the basis of the measurements of the sensors (12, 13, 14). The invention further relates to a method for controlling the humidity of a reactant for such a fuel cell arrangement (1).

The invention relates to the field of building material machinery, in particular to an electromagnetic combined synthetic stone pressure plate device. The pressure plate device solves the problem that at present, when the electromagnetic vibration theory is applied to controlling a one-piece pressing tool to achieve integral vibration and pressing, the actual press power applied on part of a material is insufficient, and the pressing requirement on achieving the best compaction effect cannot be satisfied. The device comprises a vacuum cover provided with a supporting plate therein, wherein the supporting plate is provided with electromagnets, and a pressing device is arranged under the supporting plate; the pressing device is provided with a driving rod the end part of which is connected with movable iron cores of the electromagnets through a connecting piece; and a compression spring is arranged between the connecting piece and an electromagnet base. The pressing tool comprises vibrating plates the number of which is in accordance with that of the electromagnets on the supporting plate and which form a rectangular pressing tool through matrix arrangement on the same plane, the vibrating plates are corresponding to the electromagnets on the supporting plate one by one, and each vibrating plate is connected with the movable iron cores of the electromagnets through the driving rod. The pressure plate device has a reasonable and simple structure, good molding effect on pressing artificial quartzes, and high compactness of the finished products.

The invention relates to a mounting bolt capable of obtaining the temperature of mounted equipment. The mounting bolt comprises a bolt body and a wireless temperature measurement module and a wireless transmission antenna which are arranged on the bolt body, wherein a temperature sensor and a wireless transmission and control unit which obtains the numerical value measured by the temperature sensor and converts the numerical value into wireless signals to be sent out are arranged in the wireless temperature measurement module, and the wireless transmission and control unit is electrically connected with the temperature sensor or the temperature sensor is integrated in a wireless transmission and control chip; the antenna is arranged on the outer surface of a bolt head and is connected with a radio frequency port of the wireless temperature measurement module through a cable. The invention also relates to an axle using the bolt. The mounting bolt capable of obtaining the temperature of mounted equipment has the following beneficial effects that the temperature sensor is arranged in a bolt body of the mounting bolt, so the temperature is accurately measured, and can not be affected by the ambient temperature and the operating speed of a train.

The invention provides a data desensitization method and device. The method comprises the following steps of: receiving to-be-desensitized original data in real time; respectively desensitizing the original data by adoption of a first desensitization algorithm and a second desensitization algorithm so as to obtain first desensitized data and second desensitized data, and obtaining the first desensitized data and the second desensitized data in to-be-analyzed data; and if second encrypted data of the second desensitized data is same as preset second encrypted data, analyzing the second desensitized data and returning an analysis result, wherein the analysis result is the original data.

The present document discloses a method and a system for playing a set-top box power-on advertisement and a set-top box, the method includes: according to the power-on advertisement playing notification returned by the IPTV platform, the set-top box acquiring from the advertisement management module the URL address corresponding to a content of the power-on advertisement in which a subscriber is interested and analyzed according to a hotness value of the subscriber watching TV programs/videos on demand, wherein the hotness value is analyzed by the advertisement management module according to a watching record of the subscriber of the set-top box by means of cloud statistical analysis; the set-top box establishing a connection with an advertisement media server according to the URL address, and playing the power-on advertisement.

The invention discloses a wave-energy energy-collecting power generation device for ships. The wave-energy energy-collecting power generation device comprises two balanced drainage energy-collecting mechanisms, connecting components, protection components and a power generation system, wherein the two balanced drainage energy-collecting mechanisms are symmetrically arranged on the two sides of a ship body and are connected with the ship body through the connecting components; the protection components are mounted at the top end and on the bottom part of each of the balanced drainage energy-collecting mechanisms; and the power generation system is mounted in the balanced drainage energy-collecting mechanisms. According to the wave-energy energy-collecting power generation device for the ships disclosed by the invention, power is generated by adopting marine-renewable wave energy instead of fossil energy such as gasoline or diesel, so that the sailing cost of the ships is reduced, voyages of the ships can be increased, and pollution to a marine environment is reduced. By adopting the balanced drainage energy-collecting mechanisms, wave is converged and accelerated, so that water flowing kinetic energy can be effectively improved, and the power generation efficiency is promoted; and meanwhile, a water turbine is driven by bidirectionally utilizing wave energy so as to generate thepower, so that the adaptability of the power generation device on complicated and changeable marine conditions also can be improved.

The invention relates to an SHPB (split Hopkinson pressure bar) explosive power source device which can accurately control impact speed/energy. The SHPB explosive power source device comprises a cylinder body, a cylinder cap, conducting rods and wires, and is characterized in that the cylinder cap is fixed on the cylinder body through bolts; a bullet launch bar is arranged at the center of the cylinder cap and is integrally designed with the cylinder cap; two conical through holes are symmetrically formed in two sides of the bullet launch bar on the cylinder cap, and rubber plugs are assembled in the conical through holes; the conducting rods are inserted on the rubber plugs; one end, located on the outer side of the cylinder body, of each conducting rod is connected with a power control system through the corresponding wire, and the other ends, located in the cylinder body, of the conducting rods are connected to an explosion fuse wire. During working, strong current is introduced to the explosion fuse wire through the wires to fuse and sublime the explosion fuse wire, high-pressure gas is generated to push a bullet to be ejected at a high speed, and explosion energy can be accurate by controlling parameters such as electric current, explosion fuse wire material and length and the like, so that the bullet impact speed is accurately controlled.