49results about How to "Shorten unit time" patented technology

The invention provides an aramid thin sheet material comprising two components of aramid staple fibers and fibrillated aramid, or said two components and aramid fibrid, in particular, characterized by satisfying both of the following expressions (1) and (2): [internal resistance] (μm)≦250 (μm)  expression (1) [Oken-type gas permeability] (sec / 100 cm3)≧0.5 (sec / 100 cm3)  expression (2) wherein the [internal resistance] is a resistance value calculated by the following expression (3): [internal⁢ ⁢resistance⁢ ]⁢(μ⁢ ⁢m)=[electrical⁢ ⁢conductivity⁢ of⁢ ⁢electrolyic⁢ ⁢solution][electrical⁢ ⁢conductivityof⁢ ⁢electrolyticsolution⁢-⁢injected⁢ thin⁢ ⁢sheet⁢ ⁢material]×[thickness⁢ of⁢ ⁢the⁢  ⁢thinsheet ⁢material]⁢(μ⁢ ⁢m).expression⁢ ⁢(3)

An equipment information security device is provided. The equipment information security device is installed on an equipment with confidential information, wherein the equipment or the device has a security interface, the device comprises: a fitting which is worn by a staff and combined with an electronic tag with or without authority to the corresponding equipment; a tag reader, which detects the electronic tag within a detecting area corresponding to the security interface; and an authority processing unit, which links to the tag reader: wherein the authority processing unit sets the security interface to an operation state and enables the security interface when there are only the authorized electronic tags being detected in the detecting area, and the authority processing unit sets the security interface to a security state and disables the security interface when one or more unauthorized electronic tags are detected in the detecting area.

A clock recovery circuit has a boundary detection circuit detecting a boundary in an input signal in accordance with a first signal, and performs recovery of a clock by controlling the timing of the first signal in accordance with the detected boundary. The clock recovery circuit has a boundary detection timing varying circuit and a variation reducing circuit. The boundary detection timing varying circuit dynamically varies boundary detection timing in the boundary detection circuit by applying a variation to the first signal, and the variation reducing circuit reduces a phase variation occurring in the recovered clock in accordance with the dynamic variation of the boundary detection timing performed by the boundary detection timing varying circuit.

A method for programming a non-volatile memory device including a plurality of memory cells includes verifying whether the memory cells are programmed or not by applying a program verification bias voltage, which is calculated and stored during an initialization operation preformed before the programming of the memory cells, after a program voltage is applied to word lines of the memory cells.

When information of its own station is transmitted to another mobile station by a CSMA access method, by a transmission control method and device, moving speed information and location information is transmitted with a predetermined minimum transmission power until a moving speed of its own station exceeds a first threshold, and the moving speed information and the location information is transmitted with a first transmission power proportional to the moving speed when the moving speed of its own station exceeds the first threshold. In this case, moving direction information of its own station may be acquired and transmitted in addition to the moving speed information and the location information. If the moving speed of the other mobile station exceeds a second threshold higher than the first threshold and a moving direction of the other mobile station is an approaching direction to its own station while its own station is not making transmission with the moving speed of its own station exceeding the first threshold, the first transmission power is switched over to a second transmission power proportional to the moving speed of the other mobile station and the moving speed information and the moving direction information is transmitted.

The invention provides a preparation method of a wave absorbing member. The method comprises the following steps: mixing silicon rubber and a wave absorbing agent according to different weight ratios so as to prepare a plurality of wave absorbing slurries; and making the wave absorbing slurries into wave absorbing members through a tape casting technology. The invention further provides a wave absorbing member prepared through the method mentioned above. The provided preparation method can solve the problems that in related technologies the manufacturing technology of wave absorbing members is too complicated and continuous production cannot be achieved. The provided preparation method can achieve continuous production of wave absorbing members, and shortens the unit time for producing a wave absorbing member.

The present invention relates to measures for preventing end deviation that may occur during high-duty printing such as one-pass printing, and in particular, to measures for preventing density unevenness (white stripes) in the case of ink with a low lightness such as black ink. According to the present invention, the amount of black ink ejected through the corresponding ejection ports is set to be larger than that of color ink ejected through the corresponding ejection ports. Two black ink ejection chips each having at least one black ink ejection port row are arranged on the respective sides of a color ink ejection chip.

A discharge controller includes secondary battery, a switch section for opening / closing a discharge path from the secondary battery to a load, a voltage detector for detecting a terminal voltage of the secondary battery, and a cut-off voltage control section for controlling the switch section to be opened when the terminal voltage as detected by the voltage detector is not more than a predetermined cut-off voltage of discharge VE, while measuring an amount of decrease per unit time of the terminal voltage as detected by the voltage detector to set the cut-off voltage of discharge VE to a lower voltage, for a larger amount of decrease per unit time of the terminal voltage as detected by the voltage detector.

A discharge controller includes a secondary battery, a switch section for opening / closing a discharge path from the secondary battery to a load, a voltage detector for detecting a terminal voltage of the secondary battery, and a cut-off voltage control section for controlling the switch section to be opened when the terminal voltage as detected by the voltage detector is not more than a predetermined cut-off voltage of discharge VE, while measuring an amount of decrease per unit time of the terminal voltage as detected by the voltage detector to set the cut-off voltage of discharge VE to a lower voltage, for a larger amount of decrease per unit time of the terminal voltage as detected by the voltage detector.

According to an embodiment, a light-projecting apparatus including a light-projector emitting an infrared light beam, a light-projector drive portion pulse-driving the light-projector; and a receiver; and a light-receiving apparatus including a light-receiver receiving the infrared light beam emitted by the light-projector, a light interruption judgment portion judging that the infrared light beam is interrupted when at least a predetermined number of pulses are successively not output by the light-receiver, a light-receiving state detection portion detecting a light-receiving state of the infrared light beam, and a transmitter transmitting the light-receiving state information to the receiver are provided. The period of the pulse driving signal in the light-projector drive portion is changed based on the information received by the receiver.

An object of the present invention is to provide a fuel cell system capable of starting below freezing point without increasing the size of the diluter. The fuel cell system 1 comprises an OCV purge execution unit 42 replacing gas retained in a fuel cell 10 by supplying additional anode gas from a supply device 20 to the fuel cell 10 when starting up the fuel cell. In addition, the fuel cell system 1 comprises a low temperature startup determination unit 41 determining whether to perform low temperature startup or normal startup on the fuel cell 10. The OCV purge execution unit 42 decreases the pressure of additional anode gas supplied from the supply device 20 and increases the total replacing amount of gas retained in the fuel cell 10 in a case of performing low temperature startup, as compared with a case of performing normal startup.

A method for programming a non-volatile memory device including a plurality of memory cells includes verifying whether the memory cells are programmed or not by applying a program verification bias voltage, which is calculated and stored during an initialization operation preformed before the programming of the memory cells, after a program voltage is applied to word lines of the memory cells.

A protective flowable or spreadable composition. The protective composition optionally and preferably features a base material according to various embodiments and aerogel, dispersed in an acrylic dispersion. Preferably the protective composition further comprises one or more of chopped glass fibers and titanium dioxide. Water or an aqueous solution is preferably added to determine the degree of viscosity, for example to apply the composition in flowable form (paint, sprayable material, coating and so forth) or in spreadable form.

A powdery-material feeding device is configured to feed a powdery material to a compression-molding machine configured to obtain a molded product by filling a die bore with the powdery material and to compress the powdery material with punches. The powdery-material feeding device includes a detector configured to detect a biologically-originated foreign matter mixedly contained in the powdery material to be fed to the compression-molding machine, and a controller configured to control to remove the powdery material mixedly containing the biologically-originated foreign matter detected by the detector to avoid feeding of the powdery material mixedly containing the biologically-originated foreign matter to the compression-molding machine, or to control to stop the feeding of the powdery material to the compression-molding machine.

A first working process performs a deposition working or an etching working to a workpiece by face-irradiating a focused ion beam to the workpiece, and a second working process then performs a deposition working or an etching working to the workpiece by edge-irradiating a focused ion beam to an edge of the workpiece. During the first working process, the deposition working or the etching working is performed to add the missing portion or remove the excess portion to a point slightly short of the edge boundary of the workpiece, i.e., to a point that is less than the irradiation width of the focused ion beam. The remaining missing portion or the remaining excess portion is eliminated in the second working process by edge-irradiating the focused ion beam to the edge of the workpiece.

The invention discloses a microfluidic chip for quick detection of enzyme-linked immunoassay. The microfluidic chip comprises a first chip layer and a second chip layer, at least one detection channelis distributed in the first chip layer, each detection channel is provided with a first sample inlet port, a second sample inlet port and a sample outlet port, and the second sample inlet port is located between the sample outlet port and the first sample inlet port; the second chip layer can move relative to the first chip layer, and a third sample inlet port and a fourth sample inlet port are formed in the second chip layer; when the second chip layer is at the first location, the third sample inlet port is communicated with the first sample inlet port, and the fourth sample inlet port is not communicated with the second sample inlet port; when the second chip layer is at the second location, the third sample inlet port is not communicated with the first sample inlet port, and the fourth sample inlet port is communicated with the second sample inlet port. By the arrangement, the amount of samples used for detection is greatly reduced, and after pretreating and adding of to-be-detected samples for incubation, results can be analyzed quickly by further adding a detection reagent.

A charging system includes a vehicle, a power supply facility, a mobile terminal, and a server. The power supply facility performs external charging by supplying power to the vehicle. The mobile terminal receives a user input from a user of the vehicle and provides a notification to the user. The server communicates with the mobile terminal. The mobile terminal sets a first notification condition in the server in response to the user input. A second notification condition is set in the server in advance. The server determines whether or not each of the first notification condition and the second notification condition is satisfied during the external charging. When the first notification condition is satisfied, the server provides a first notification to the user through the mobile terminal. When the second notification condition is satisfied, the server provides a second notification to the user through the mobile terminal.

The invention provides a cooling system of a device special for welding of a projection welding nut. The cooling system comprises an upper electrode body cooling system and a lower electrode body cooling system, wherein the upper electrode body cooling system comprises an upper water inlet mechanism and an upper water outlet mechanism; the upper water inlet mechanism and the upper water outlet mechanism are connected with a hollow upper holding rod of an upper electrode body; the lower electrode body cooling system comprises a lower water inlet mechanism and a lower water outlet mechanism; and the lower water inlet mechanism and the lower water outlet mechanism are connected with a hollow lower holding rod of a lower electrode body. According to the cooling system, the water inlet / outlet mechanisms and direct pipelines are added in the electrode bodies, cold water can enter the electrode bodies through the water inlet / outlet mechanisms and the direct pipelines to cool the electrode bodies, water cooling cycle operation is carried out through the water inlet / outlet mechanisms and the direct pipelines, the cooling efficiency is improved, the welding process is stable and reliable, the continuous working time is effectively prolonged, the production efficiency is improved, the tooling maintenance cost is reduced, and the utilization cycle and service life of electrodes are prolonged.

The invention discloses an installing machine of a flip product rotating dowel and an installing method thereof. The installing machine of the flip product rotating dowel and the installing method thereof are obtained based on comprehensive research on aspects like alignment and location of the dowel in the initial stage of installation, the amplitude of thrust force and installation positions in the installation process. The installing machine is formed in a manner that a calibration and location unit, a thrust force measuring unit and a servo power unit are integrated on an assembling platform. Part of units are connected to a sliding rail base of the assembling platform and driven by a servo motor to carry out high-accuracy sliding, and the dowel is calibrated and located by the calibration and location unit, monitored in real time by the thrust force measuring unit and pushed by the servo power unit after the dowel is installed and clamped. According to the dowel automatic installation scheme, the installation efficiency of the flip product rotating dowel can be improved, the unit time of manual installation can be shortened by over 70%, and the yield of flip products can be improved to more than 96%, the installation and connection depth of the dowel is stable, and the dowel is high in coaxiality and product uniformity.

A charging system includes a vehicle, a power supply facility, a mobile terminal, and a server. The power supply facility performs external charging by supplying power to the vehicle. The mobile terminal receives a user input from a user of the vehicle and provides a notification to the user. The server communicates with the mobile terminal. The mobile terminal sets a first notification condition in the server in response to the user input. A second notification condition is set in the server in advance. The server determines whether or not each of the first notification condition and the second notification condition is satisfied during the external charging. When the first notification condition is satisfied, the server provides a first notification to the user through the mobile terminal. When the second notification condition is satisfied, the server provides a second notification to the user through the mobile terminal.

The invention discloses a distillation condensed steam capturing device and a distillation condensed steam capturing technology thereof. The device comprises a top, which is arranged on the top of thedevice and is in a domical shape; a lower part, which is arranged on the bottom of the device; a middle part, which is arranged right above the lower part; an upper part, which is arranged between the middle part and the top; and a condenser pipe, which connects a through hole in a partition plate of the top and a through hole in a top plate of the middle part and goes through a steam capturing net. Through improvement of the technology, most droplets in a free state are effectively captured, the converging of droplets is promoted, and the distillation efficiency is improved. By adopting thetechnology, the time for producing a same output of distilled water is shortened effectively.

A tip is welded appropriately using an energy beam. The tip is welded to a base portion by irradiating the interface between the base portion and the tip with the energy beam. The welding the tip to the base portion includes: applying the energy beam continuously, while moving the irradiation position of the energy beam, in a first period of time; and applying the energy beam a plurality of times according to a pulsed output pattern, while moving the irradiation position of the energy beam, in a second period of time subsequent to the first period of time.

The invention discloses an intelligent milk bottle sleeve capable of distinguishing drinking objects. The detection process comprises the following steps: acquiring the initial weight of a liquid in a milk bottle and detecting whether the milk bottle is in an idle state at present in real time; if no, acquiring the present tilt angle value of the milk bottle; judging whether the present tilt angle value is changed from being smaller than 90 degrees to being larger than 90 degrees, and if yes, acquiring a corresponding first time when the tilt angle of the milk bottle is 90 degrees, and then detecting the tilt angle of the milk bottle in real time; if the tilt angle of the milk bottle is changed from being larger than 90 degrees to being smaller than 90 degrees, acquiring a corresponding second time and the present weight of the liquid in the milk bottle when the tilt angle of the milk bottle is 90 degrees; and after determining the present flow rate of the liquid in the milk bottle, comparing the present flow rate with a first flow rate threshold and a second flow rate threshold which are set in advance, and judging whether the liquid in the milk bottle is drunk by an adult or a child. According to the intelligent milk bottle sleeve, whether the liquid in the milk bottle is drunk by an adult or a child is determined according to weight reduction of the liquid in the milk bottle in unit time, the judgment result is displayed, and therefore, convenience is brought for a user.

A fuel cell system includes a drive motor, a fuel cell, an auxiliary machine, a secondary battery, a temperature sensor, a current sensor, and a control section. The control section controls the secondary battery for discharging by driving the drive motor or the auxiliary machine and for charging through power generation by the fuel cell or regeneration by the drive motor when a temperature measured by the temperature sensor is lower than a specified value.

A clock recovery circuit has a boundary detection circuit detecting a boundary in an input signal in accordance with a first signal, and performs recovery of a clock by controlling the timing of the first signal in accordance with the detected boundary. The clock recovery circuit has a boundary detection timing varying circuit and a variation reducing circuit. The boundary detection timing varying circuit dynamically varies boundary detection timing in the boundary detection circuit by applying a variation to the first signal, and the variation reducing circuit reduces a phase variation occurring in the recovered clock in accordance with the dynamic variation of the boundary detection timing performed by the boundary detection timing varying circuit.

The invention discloses a water-saving efficient injection system for water-source heat pumps. The water-saving efficient injection system is structurally characterized in that one end of a water supply pump of the heat pumps is connected with a water mixer by a pipeline, the other end of the water supply pump is connected with filters by pipelines, the filters are positioned on the upper portion of a water distributing and treating device, and the water distributing and treating device is connected with return water wells by pipelines; the water mixer, a cyclone sand remover and submersible pumps are sequentially serially connected onto the same pipeline, the submersible pumps are positioned in pumping wells, the water mixer is connected with a port a of a water-source heat pump unit, a pipeline is connected between a port b of the water-source heat pump unit and the top of the water distributing and treating device, the port b and the port a of the water-source heat pump unit are positioned on the same side, a port c and a port d of the water-source heat pump unit are connected with a fan coil by pipelines, and the port c and the port d of the water-source heat pump unit are opposite to the port a. The water-saving efficient injection system has the advantages that water is led to the water distributing and treating device via the corresponding pipeline after being utilized by the water-source heat pumps, and can be injected to the return water wells and supplemented to the water-source heat pump unit via the water distributing and treating device; the water-saving efficient injection system is high in injection efficiency, the utilization rate of energy contained in the water can be increased, water resource exploitation can be reduced, and the initial investment and the operating cost can be decreased.