96results about How to "Change output" patented technology

The present invention provides a continuous blender having a drive unit assembly with a shell assembly mounting assembly and a shell assembly structured to be removably coupled to the shell assembly mounting assembly by one or more clamps. The drive unit assembly may be coupled to shell assemblies having different lengths and diameters. Thus, by changing the shell assembly coupled to the drive unit assembly, the output of the continuous blender may be dramatically changed.

A reconfigurable multi-port physical unclonable functions (RM-PUFs) circuit, including: an input signal interface, a first control circuit module, at least two RM-PUFs circuit units, and an output signal interface. Each RM-PUFs circuit unit includes a second control circuit module, an input module, an output module, and a deviation generation module. The input signal interface is connected to the first control circuit module, the first control circuit module is connected to the RM-PUFs circuit units, and the RM-PUFs circuit units are connected to the output signal interface.

The invention discloses a light emitting diode drive system, which drives a light emitting diode array in a two-dimensional (2D) / three-dimensional (3D) display device to work. The light emitting diode drive system comprises a power conversion circuit, a pulse width modulation controller, a 2D parameter circuit, a 3D parameter circuit, a current balancing circuit and a microcontroller; the three-dimensional parameter circuit is used for outputting a three-dimensional parameter control signal when the display device is in a 3D mode, and stopping outputting the three-dimensional parameter control signal when the display device is in a 2D mode; the two-dimensional parameter circuit is connected with the three-dimensional parameter circuit; a two-dimensional parameter control signal is generated according to output of the three-dimensional parameter circuit, and the pulse width modulation controller is used for generating the pulse width modulation signal according to the output of the two-dimensional parameter circuit and the three-dimensional parameter circuit, so as to control the power conversion circuit. The invention also provides the display device. The light emitting diode drive system can change output of the power conversion circuit under the 2D or 3D mode, so as to meet different load requirements; elasticity is high and stability is good.

[Object] To provide a gas sensor having a self-diagnostic function with a simplified structure.[Means of Realizing the Object] A gas sensor (30) includes two field-effect transistors and gate electrodes on gate insulation films (24) of the two field-effect transistors to detect gas using the gate electrodes. The gas sensor (30) includes a first gate electrode (5), a second gate electrode (6), and voltage applying means. The first gate electrode (5) is provided on one of the field-effect transistors. The second gate electrode (6) is provided on another one of the field-effect transistors. The voltage applying means is for, with the first gate electrode (5) and the second gate electrode (6) coupled to one another by wiring, applying thereto one of a direct-current voltage and an alternating-current voltage having a same potential or a constant voltage difference. The first gate electrode (5) and the second gate electrode (6) are made of different metals. The one field-effect transistor and the other field-effect transistor have approximately the same structures.

The invention provides a heat pump energy storage system for trans-critical CO2 power generation drive. The heat pump energy storage system comprises a solar collecting assembly, a trans-critical CO2power generation drive assembly, and a heat pump energy storage assembly, wherein the solar collecting assembly comprises a solar collector for collecting solar energy, an oil storage tank and an oilpump, and the oil storage tank and the oil pump are in loop connection with the solar collector through pipelines; the trans-critical CO2 power generation drive assembly comprises a first evaporator with a pipeline passing through, a turbo expander connected with the first evaporator, a heat regenerator connected with the turbo expander, a condenser connected with the heat regenerator, a working medium pump connected with the condenser, and a second evaporator connected with the working medium pump; and the heat pump energy storage assembly comprises a compressor connected with the turbo expander, a gas cooler connected with the compressor, a heat storage tank connected with the gas cooler, a third evaporator connected with the compressor, a cold storage tank connected with the third evaporator, an ejector connected with the gas cooler and the third evaporator, and a gas-liquid separator connected with the ejector.

An engine intake air quantity control apparatus is provided with a throttle valve, a supercharger, a variable intake valve operating device and an intake air control device. The throttle valve varies an intake air flow passage area of an intake passage. The supercharger supercharges intake air. The variable intake valve operating device changes an intake valve timing of an intake valve in accordance with an engine operating state. The intake air control device increases an opening degree of the throttle valve in accordance with a detected increase of an accelerator pedal depression amount, and increases an intake air quantity by starting to supercharge the intake air with the supercharger upon a prescribed throttle valve opening degree having been reached. The intake air control device changes the prescribed throttle valve opening degree in accordance with the intake valve timing of the intake valve.

The invention provides a modular reconfigurable flexible production method and system. The modular reconfigurable flexible production method is made by the following steps that an order production scheduling step, a route planning step, a refactoring step, a machine step, wherein the order production scheduling step that according to the information of a new order, combining the current processingcondition and the factory resource carry out the production scheduling. The route planning step that according to the production scheduling result, planning to obtain a production machining technology route and selecting a module or component required by working of the working table on the machining technology route. The refactoring step in which the corresponding modules, components and controlprocedures of the worktable are swiched, according to the new production and machining technology route. The machining step is to control the working table to perform machining according to the new production machining technology route. According to the invention, the whole production system can be reconstructed in real time to obtain a new configuration, update process, and change function or change system output quantity so as to meet the requirements of flexible customization production.

The invention discloses a multi-directional vamp polishing device which comprises a tandem round rod, a locking boss, isolation sleeves, a driving rotary wheel, outer tooth bosses, round rod through holes, clamping grooves, middle rotary wheels, outer rotary wheels, sleeve through holes, regulation jacks, ring grooves, regulation outer teeth, insertion rods, positioning grooves, snap springs, limiting baffles, a compression nut, a constant speed motor and annular brushes. According to the multi-directional vamp polishing device, the structure principle is simple; and through gear transfer of multiple combined rotary wheels, different transmission ratios are realized by adopting changeable outer teeth, so that output of the constant speed motor changes, an arc-shaped combined brush surface is more reasonable, and the operation process is convenient, rapid and effect.

Glycerol-3-phosphate acyltransferase is the initial enzyme of the glycerolipid biosynthetic pathway. Biochemical analyses indicated that the reaction mediated by glycerol-3-phosphate acyltransferase represents a potential rate-limiting step for the synthesis of phospholipids and storage neutralipid, triacylglycerol. The present invention relates to the cloning of genes encoding extraplastidic membrane-bound glycerol-3-phosphate acyltransferases. Heterologous expression of the genes, GPAT1, GPAT2, and GPAT3 in a yeast glycerol-3-phosphate acyltransferase mutant demonstrated that the encoded products could efficiently utilize glycerol-3-phosphate to mediate sn-1 stereo-specific fatty acid acylation. The invention encompasses the glycerol-3-phosphate acyltransferase peptides disclosed and fragments and homologues thereof, the corresponding gene sequences and fragments and homologues thereof, as well as the use of the peptide and gene sequences of the present invention for use in generating recombinant proteins, and transgenic plants with altered lipid metabolism. In this way, the present invention also encompasses the use of such recombinant peptides and transgenic plants for the production of lipid products for use, for example, in pharmaceutical and nutritional applications.

The invention provides a continuous nylon polymerization method which comprises the following polymerization raw materials in parts by mass: 5-60 parts of polymerization monomer dibasic acid and / or dibasic acid ester, 3-50 parts of diamine and 10-90 parts of reactive dispersion medium polyamide. The polymerization step comprises the following steps: continuously adding the polymerization raw materials into a material mixing device in proportion, mixing and reacting the raw materials in the material mixing device to form a continuously conveyed melt, and reacting the uniformly dispersed melt ina subsequent polymerization device until the nylon is polymerized to reach the required molecular weight. The method is an efficient, green and environment-friendly nylon polymerization method.

A non-contact type liquid level sensor according to the invention has an electromagnetic shield plate mounted on a housing for blocking effects from an external magnetic field onto a magnetoelectric converting element.

A gas sensor (30) includes two field-effect transistors and gate electrodes on gate insulation films (24) of the two field-effect transistors to detect gas using the gate electrodes. The gas sensor (30) includes a first gate electrode (5), a second gate electrode (6), and voltage applying means. The first gate electrode (5) is provided on one of the field-effect transistors. The second gate electrode (6) is provided on another one of the field-effect transistors. The voltage applying means is for, with the first gate electrode (5) and the second gate electrode (6) coupled to one another by wiring, applying thereto one of a direct-current voltage and an alternating-current voltage having a same potential or a constant voltage difference. The first gate electrode (5) and the second gate electrode (6) are made of different metals. The one field-effect transistor and the other field-effect transistor have approximately the same structures.