43 results about "Streaming current" patented technology

A semiconductor device comprises a plurality of memory cells, a central processing unit, a timer circuit which times a RESET time, and a timer circuit which times a SET time. A threshold voltage of an NMOS transistor of each memory cell is lower than that of the peripheral circuit, thereby easily executing a RESET operation. The direction of a flowing current is changed across the RESET operation and the SET operation, and the bit lines are activated at high speed, thus preventing system malfunctions. Further, the semiconductor device can overcome such problems as a wrong write operation and data destruction, resulting from the variation in the CMOS transistors when operating phase change elements with minimum size CMOS transistors at a core voltage (e.g. 1.2 V). According to the present invention, stable operations can be realized at a low voltage, using minimum-size cell transistors.

A power generation apparatus that will not exhaust carbon dioxide is provided where a strong rotating motion is created by the combination of solar heat energy, gravitational energy, and ocean current or tidal current energy. In the sea area having stream current such as ocean current and tidal current, the power generation apparatus is constructed by a weight mass provided with a rotation axis (shaft) on the top part thereof, a floating body provided with a bearing for fitting in the rotation axis where it moves up and down according to the swell on the ocean surface, a normal rotation conversion generator for converting the reverse motion produced on the rotation axis to a normal rotating motion by using a one-way clutch or a ratchet mechanism, and a mooring member for fastening the wire rope between the anchor and the connecting point of the floating body and weight mass.

An active cathodic protection system, the apparatus comprising a rectifier element with at least one electrical connection to a source of electrical current, the rectifier element associated with a direct current positive (+) output terminal for electrical connection of via an anode connector to a consumable anode, a direct current negative (−) output terminal for electrical connection via a cathode connector to the structure to be protected, grounding means for electrical grounding of the apparatus and anti-cross connection means for preventing the continuing flow of electrical current when the anode connector is associated with the negative output terminal and the cathode connector is associated with the positive output terminal.

A method and apparatus for current measurement using Hall sensors without iron cores, used to estimate a flowing current in an electric conducting cable are provided by the exemplary examples of the present invention. The method for current measurement using Hall sensors without iron cores includes the following step: (a) providing Hall sensors to be attached to or located near the electric conducting cable; (b) using each of the Hall sensors to measure the flux density of the magnetic field generated by the flowing current, so as to generate an output voltage according to the flux density of the magnetic field; (c) performing a statistical operation on the output voltages of the Hall sensors, so as to generate a statistical voltage; (d) estimating the flowing current in the electric conducting cable according to the statistical voltage.

A bleed-type proportional electromagnetic valve having an input port, output port, and ejection port is disclosed. Fluid force and pressing force, proportionate to an output pressure and a current flowing in a solenoid coil respectively, act on a bleed valve for controlling the output pressure, whereby the valve can obtain an output pressure commensurate to the flowing current by displacing the valve to a position that those forces counterbalance, wherein the valve is provided with a stop valve disposed so as to be in sliding contact with a passage between the input and output port, and in contact with or separated from a valve seat. This enable the stop valve to contact with the valve seat so as to close the input port and communicate the output port with the ejection port when controlling the output pressure to be minimum.

A power generation apparatus that will not exhaust carbon dioxide is provided where a strong rotating motion is created by the combination of solar heat energy, gravitational energy, and ocean current or tidal current energy. In the sea area having stream current such as ocean current and tidal current, the power generation apparatus is constructed by a weight mass provided with a rotation axis (shaft) on the top part thereof, a floating body provided with a bearing for fitting in the rotation axis where it moves up and down according to the swell on the ocean surface, a normal rotation conversion generator for converting the reverse motion produced on the rotation axis to a normal rotating motion by using a one-way clutch or a ratchet mechanism, and a mooring member for fastening the wire rope between the anchor and the connecting point of the floating body and weight mass.

A method for making chlorine dioxide, by passing an aqueous feed solution comprising sodium chlorite into a non-membrane electrolysis cell comprising an anode and a cathode, adjacent to the anode, while flowing electrical current between the anode and the cathode to electrolyze the aqueous feed solution and convert the halogen dioxide salt to halogen dioxide. The anode is preferably a porous anode through which the aqueous feed solution passes to maximize the conversion of chlorite to chlorine dioxide.

An electronic equipment includes a monitor circuit and a message generation circuit. The monitor circuit is operative to obtain information corresponding to media content reproduced by the electronic equipment, and the message generation circuit is operative to include the obtained information in an outgoing message.

A magneto-resistance effect element, including: a first magnetization layer of which a magnetization is substantially fixed in one direction; a second magnetization layer of which a magnetization is rotated in accordance with an external magnetic field; an intermediate layer which contains insulating portions and magnetic metallic portions and which is provided between the first magnetic layer and the second magnetic layer; and a pair of electrodes to flow current in a direction perpendicular to a film surface of a multilayered film made of the first magnetic layer, the intermediate layer and the second magnetic layer; wherein the magnetic metallic portions of the intermediate layer contain non-ferromagnetic metal.

The invention relates to a continuous multiple arc type wave-absorbing bank. The continuous multiple arc type wave-absorbing bank comprises a main body and a slope protector, wherein the upstream surface of the main body is provided with an inclined slope, and the slope protector comprises a circular-arc protecting surface and a horizontal connecting section. Combining with the mechanical properties of a stream current, the continuous multiple arc type wave-absorbing bank adopts a continuous multiple arc type embankment structure with the inclined slope, and the protecting surface of the wave-absorbing bank consists of a plurality of continuous circular arcs and the horizontal connecting section. The horizontal connecting section enables the stream current to be capable of smoothly entering the circular arcs. The stream current interacts with circular arc surfaces to reduce part of wave energy, thereby realizing wave absorption for the first time. The circular arc surfaces enable the stream current to change a flow direction, and prevent the stream current from longitudinally running-up along a dam; the stream current changing the direction due to the action of the circular arcs is ejected along tangent lines at the tail parts of the circular arcs to smack upwelling waves; and most of the wave energy is eliminated by utilizing the impact of the stream current to decrease the high running-up of the waves, thereby realizing the wave absorption for the second time. The plurality of circular arcs are arranged, so that the gradual wave absorption can be realized. By virtue of a model experiment, the wave-absorbing rate can be up to 69%-82%, and the wave-absorbing effect is obvious.

The invention discloses a liquid magnetizer with a variant Halbach permanent magnet array. The liquid magnetizer with the variant Halbach permanent magnet array structurally comprises a shell, a permanent magnet device, a liquid conveying pipe and a liquid distributor, wherein the permanent magnet device consists of 3-9 groups of annular permanent magnet arrays and jackets thereof; each group of annular permanent magnet arrays is formed by assigning 4n (n=1, 2, 3,...) trapezoidal or square (or square and triangular) permanent magnet components according to a Halbach array; radial magnetizing components between each two magnetic rings are mutually staggered and arranged spirally; the liquid conveying pipe is made of a nonferrous thin-wall material; the outer wall of the liquid conveying pipe is tightly stick to the permanent magnet device; the inner wall of the liquid conveying pipe and the liquid distributor form an annular passage; and the liquid distributor is of a hollow columnar structure, is internally filled with far-infrared activating balls, specially-made mineralizing balls and pure natural tourmalines, and is communicated with a stream current by virtue of permeable holes. The liquid magnetizer with the variant Halbach permanent magnet array has strong magnetism collecting capability and no magnetized dead angles, also has the effects of magnetization, activation, mineralization and weak alkalization, and can be widely applied to the treatment of water, beverages and other liquids.

A display panel device includes: a luminescence element; a capacitor including first and second capacitor electrodes; a driver having a gate connected to the first capacitor electrode for allowing a drain current to flow through the luminescence element; a first switch switchably interconnecting a data line and the first capacitor electrode for supplying a signal voltage to the capacitor; a second switch switchably interconnecting a source of the driver and the second capacitor electrode; and a controller. The controller is configured to: turn ON the first switch while the second switch is ON to supply the signal voltage to the first capacitor electrode and flow a current between the source of the driver and the second capacitor electrode; and, after predetermined time period, turn OFF the second switch to cause non-conduction between the source of the driver and the second capacitor electrode.

A method and apparatus for producing both a gas and electrical power from a flowing liquid, the method comprising: a) providing a source liquid containing ions that when neutralized form a gas; b) providing a velocity to the source liquid relative to a solid material to form a charged liquid microjet, which subsequently breaks up into a droplet spay, the solid material forming a liquid-solid interface; and c) supplying electrons to the charged liquid by contacting a spray stream of the charged liquid with an electron source. In one embodiment, where the liquid is water, hydrogen gas is formed and a streaming current is generated.The apparatus comprises a source of pressurized liquid, a microjet nozzle, a conduit for delivering said liquid to said microjet nozzle, and a conductive metal target sufficiently spaced from said nozzle such that the jet stream produced by said microjet is discontinuous at said target. In one arrangement, with the metal nozzle and target electrically connected to ground, both hydrogen gas and a streaming current are generated at the target as it is impinged by the streaming, liquid spray microjet.

The invention relates to an automatic sewage chemical feeder which has the structure that: a source water flowmeter (1) is connected with a PLC (Programmable Logic Controller) (2) which is connected with a frequency converter (3), the frequency converter (3) is connected with a metering pump (4) which is connected with a reaction tank (5), the reaction tank (5) is connected with a sampler (7) which is connected with an SCD (Streaming Current Detector), and the SCD is connected with the metering pump (4). The invention can improve the water quality, reduces the chemical consumption, has the remarkable advantages of real time, reliability, safety, maintainability and the like, and ensures the accuracy of the chemical addition, thereby lowering the production cost and improving the economic benefit.

An active cathodic protection system, the apparatus comprising a rectifier element with at least one electrical connection to a source of electrical current, the rectifier element associated with a direct current positive (+) output terminal for electrical connection of via an anode connector to a consumable anode, a direct current negative (−) output terminal for electrical connection via a cathode connector to the structure to be protected, grounding means for electrical grounding of the apparatus and anti-cross connection means for preventing the continuing flow of electrical current when the anode connector is associated with the negative output terminal and the cathode connector is associated with the positive output terminal. The cathodic protection system also includes a microprocessor controlled device for shutting the system if an improper current is sensed. The microprocessor controlled device is also used as a circuit interrupter in combination with a reference cell to determine the existence of the proper cathodic shift used to insure that the system is properly operating.

An etching method for a silicon substrate, which can easily smooth the etching surface of the (110)-oriented silicon, is disclosed. A container is filled with KOH solution. In the KOH solution is immersed a (110)-oriented silicon wafer having a PN junction and is also disposed a platinum electrode plate to face the silicon wafer. To between a platinum electrode of the silicon wafer and the platinum electrode plate are connected a constant voltage power source, an ammeter and a contact in series. A controller starts etching from one surface on which the PN junction is formed, and terminates voltage application when the specified time lapses after the formation of an anodic oxide film is equilibrated with the etching of the anodic oxide film on the etching surface on the PN junction part. In this case, the controller detects flowing current through the ammeter, and the point of time when the equilibrium state is obtained is the point of inflection of the detected current to the constant current after the peak thereof.

A feedback control for a polymer dispensing system, which otherwise continuously adjusts the polymer feedrate so as to keep the measured streaming current of filtrate from a sludge dewatering process at one predetermined setpoint. The feedback control includes a video camera focused on sludge as it trails behind plows on a dewatering belt, a video image processing system for converting the video signal into single numbers known as “camera readings”, and a computer programmed both to compare them with a “camera reading” setpoint and to determine whether the filtrate charge is more positive or more negative than it normally is whenever the “camera reading” deviates from its setpoint by a threshold amount. A controller, activated by the computer, incrementally resets the polymer feedrate in such a direction as to restore the normal cationic charge of the filtrate. The feedback control uses the streaming current value measured immediately after each “camera reading” excursion to update the streaming current setpoint.

When a potential of a power supply line varies according to a flowing current, the gate-source voltage Vgs of a transistor also varies, leading to variations in the constant current between each source follower. In order to solve this problem, a potential Vb of the gate terminal of a transistor as a constant current source is changed in the same manner as a power supply line Vss which is connected to the source terminal of the transistor. Therefore, variations in the constant current are suppressed and variations in the output of the source followers are thus suppressed. In addition, by connecting the circuit having source followers to the output side of a signal line driver circuit, it can be prevented that luminance unevenness of a striped pattern is recognized in a display portion of a semiconductor device.

The present invention relates to a semiconductor memory device in which information is written into a storage element by flowing current. The invention aims at shortening write speed and reducing power consumption by preventing parasitic capacitors from prolonging the time required for a write current to reach a predetermined value. The apparatus includes storage elements for storing information, a constant current source for writing information into the storage element by flowing current, and a boost circuit for charging parasitic capacitors by a time when an amount of a current flowed by said constant current source reaches an amount of a current required to write information into the storage element, at a predetermined position related to the storage element.

The invention relates to an ultraprecise hydraulic step drive device, belonging to a step drive device which uses a valveless piezoelectric stack pump and an electrorheological valve to drive and control a precise hydraulic cylinder. Electrorheological fluid flows in pipelines; five electrorheological valves are distributed on each pipeline; and the valveless electrorheological valve outputs precise pulse power to realize drive to the precise hydraulic cylinder. The system can realize forward and reverse precise step drive of the hydraulic cylinder. The device has the advantages of high output displacement resolution, quick response speed, large output load, low noise and long service life, and has significant value in the field of precise drive. The invention relates to a piezoelectric / electrorheological mixed ultraprecise hydraulic step drive device.

A filter system and method of filtering a feed liquid utilizing a combined plurality of filter assemblies. Each filter assembly includes a filter housing, a filter cartridge and a spiral passageway for imparting secondary flow currents, particularly Dean-Flow currents, to fluid flowing within the spiral passageways to prevent particulate build-up on filter surfaces so as to extend filter life and duration between replacement. The filter system can be operated within positive or negative pressure filtration processes. A dual-stage filtration process utilizing a cap filter and a cylindrical depth filter is also disclosed.

The invention provides a fluid power generation device based on a funnel-shaped nano channel film. A funnel-shaped nano channel comprises a neck part and a conical part. The diameter of the neck opening end is relatively small, so that the possibility of electric charge separation when a working fluid flows through double charge layers near the inner surface of the channel is enhanced, the ion selectivity is improved, and higher and more stable dynamic current can be generated; the diameter of the opening end of the conical part is large, and the conical nano channel can reduce the influence of the channel on the flux of the film, so that flowing current is improved, and the stability of the flowing current is improved; therefore, the two ends of the funnel-shaped nano channel can facilitate selective ion passing; and bidirectional currents which change in directions alternately and basically equal in sizes can be obtained when the fluid is intermittently changed in the direction of passing the funnel-shaped nano channel.

A method for facilitating multimedia streaming using server-side playlists comprises a plurality of operations. An operation is performed for streaming current playlist selection data from a server that supports server-side playlists to a client having a jitter buffer. An operation is performed for receiving at the server a request for streaming multimedia content corresponding to a different playlist selection. An operation is performed for communicating client-server specification information between the server and the client for enabling the different playlist selection data to be streamed from the server to the client at a data transfer rate greater than a maximum data presentation rate. The operation for communicating client-server specification information includes transmitting from the server for reception by the client information acknowledging that the server supports faster than real-time streaming and receiving at the server information designating a current size of the jitter buffer and a maximum data rate at which data is receivable by the client. The server performs an operation for streaming the different playlist selection data from the server for reception by the client after the operation for communicating client-server specification information is performed. The different playlist selection data is streamed at a data transfer rate greater than the maximum data transfer rate at which data is outputable from the jitter buffer.

The embodiment of the invention provides a sewage treatment device and method. The device includes: a reaction unit, a first reagent regulation unit, a mixing unit, a second reagent regulation unit and a filter unit. The first reagent regulation unit controls the input flow rate of a first reagent output to a reaction container according to the flow rate of radioactive wastewater and / or the pH value of first liquid. The second reagent regulation unit controls the input flow rate of a second reagent put into the mixing unit according to the flow rate of radioactive wastewater and / or the streaming current value of a second liquid. The sewage treatment device can achieve precise adding of the first reagent and second reagent and lower the reagent cost, also can reduce the generation of radioactive precipitate and reduce the follow-up solid waste treatment cost at the same time. The sewage treatment device also has the advantages of high automation degree, few manual operation, safety andreliability, convenient equipment overhaul and maintenance, etc.

Disclosed are an apparatus for generating hydrogen and a fuel cell power generation system that have the same. The apparatus in accordance with an embodiment of the present invention include: an electrolytic bath configured to contain electrolyte solution; an anode placed inside the electrolytic bath and configured to generate an electron; a cathode placed inside the electrolytic bath and configured to generate hydrogen by receiving the electron from the anode; a controller electrically connected to the anode and the cathode, and configured to control flow of electricity between the anode and the cathode; and a mechanical switch electrically connected to the controller in parallel and configured to flow electricity between the anode and the cathode in order to start the controller.

This invention supplies a new washing method of the texture by machine and air washing machine. The existing washing machine can be divided into wave-type, drum-type and agitated according to the model of washing. These machine can not absolutely avoid the cloth was damaged, twisted and high consumption of electricity during the washing. The theory of the new texture washing method is that the water contained laundry soap powder in the washing machine is collided by the air, so the forming air and stream current pass through the fibers of the texture, circulate and remove the dirt. There is no wave and drum in the air washing machine, but there is air inlet hole at the bottom of the machine, they connect with the airway and air compressing engine which is fixed at the upper part of the machine. During the washing, the texture washed by this way is not damaged, twisted and the use lever of electricity is one-third time of the exiting normal machine by experience.

To provide a flush toilet bowl device that prevents disabling of rotation of a disk part due to entanglement and accumulation of fibrous foreign matters between the disk part and a pressure feeding part. The flush toilet bowl device of the present invention is of a non-installed type, and includes a crushing part for decomposing sewage by stream current decomposition, and a pressure feeding part 36 for pressure-feeding the crushed sewage and flushing water. The pressure feeding part 36 is the centrifugal-type pressure feeding part 36 having an impeller 62 disposed on an inner side of a side wall of the pressure feeding part, the impeller 62 including a disk part 66 and a protrusion 68, and a radial-direction flow channel 74 and a circumferential-direction flow channel 76. A side wall 64 ofthe pressure feeding part 36 includes a crushing region 78 of the side wall 64 and a regulating part 80, the crushing region being a region where the sewage flowing from the radial-direction flow channel 74 toward the circumferential-direction flow channel 76 crushes with the flushing water due to centrifugal force generated by rotation of the impeller 62, and the regulating part being formed between the crushing region and a gap part 70 formed between the side wall 64 and the disk part 66 and inhibiting the sewage and the flushing water from flowing into the gap part 70 from the crushing region.