31results about How to "Stable injection volume" patented technology

In a liquid-ejecting method for ejecting liquid contained in a liquid chamber from a nozzle as a liquid droplet group, the ejection amount of each liquid droplet of the continuously ejected liquid-droplet group can be stabilized corresponding to a wide frequency band of a pulse signal. Also, when one pixel is formed with a plurality of liquid droplets using a head capable of deflecting the ejecting direction of the liquid droplet, the image quality is improved by reducing the landing positional displacement between plural liquid droplets for forming the one pixel.

An injector has a lift limiting member provided by a single plate member. The plate member has a stopper face, multiple hole sections, a flow passage hole, and a spring seat face. An axial end face of a needle head section of a needle contacts the stopper face when the needle lifts by a predetermined amount. Transmitting sections of a pressurizing piston are loosely inserted in the hole sections. High pressure fuel can pass through the flow passage hole. The spring seat face receives an end portion of a spring that biases the needle in a valve closing direction. The lift limiting member limits a valve opening lift position of the needle, so a stable injection quantity is obtained. Thus, a surface area of the single plate member can be used in multiple functions.

The invention relates to an electric pressurization outpouring type liquid container, which reduces a sealing component, decreases the unevenness of force applied on the sealing component due to the inclination or shake of a cover body and makes it hard for air in a container body to leak. A middle bolt capable of free dismounting is disposed in the container body, and a middle bolt air feeding path for the air from a pump and a middle bolt discharging path for air in the container are disposed in the middle bolt. A sealing component is disposed in the cover body. The sealing component is disposed between a vapor hole and the middle bolt discharging path and is used for preventing exhaust air from leakage. The sealing component is clamped between a discharging hole and the middle bolt air feeding path and is used for preventing air from leakage. Through reducing the sealing component, the unevenness of force applied on the sealing component due to the inclination or shake of the cover body is reduced and air in the container body is hard to leak out. At the time of outpouring operation, the outpouring amount will not be reduced and will be stable.

An ejection head unit being attachable to an inhaler for ejecting a medicine to cause a user to inhale the medicine has a plurality of ejection heads having an element generating energy for ejecting the medicine, and a plurality of ejection nozzles through which the medicine is ejected by the element. An inhaler for ejecting a medicine to allow inhalation thereof by a user has an air flow path guiding a medicine that is inhaled accompanying inspiration by the user to a suction port, an ejection head unit having a plurality of ejection heads including an element generating energy for ejecting the medicine and a plurality of ejection nozzles through which the medicine is ejected by the element, and a positioning unit for positioning a single ejection head among the plurality of ejection heads at an opening provided in one portion of the air flow path.

The invention relates to equipment for treating unsymmetrical dimethylhydrazine-containing wastewater. The equipment comprises a wastewater conveying mechanism, a flow detection mechanism, a concentration detection mechanism, a catalyst sampling mechanism, a degradation reaction mechanism and a control mechanism. The degradation reaction mechanism is respectively communicated with the wastewater conveying mechanism and the catalyst sampling mechanism through pipelines, and the degradation reaction mechanism is used for degrading unsymmetrical dimethylhydrazine in the wastewater; and the control mechanism is electrically connected with and controls the wastewater conveying mechanism and the catalyst sampling mechanism, and is used for adjusting the flow of the wastewater and the sampling amount of the catalyst according to the concentration of unsymmetrical dimethylhydrazine in the wastewater. When the concentration of unsymmetrical dimethylhydrazine in the wastewater is large, the flow of the wastewater can be properly reduced and the sampling amount of the catalyst can be increased, and on the contrary, the flow of the wastewater can be properly increased and the sampling amount of the catalyst can be properly reduced. Therefore, the unsymmetrical dimethylhydrazine amount treated in unit time in the degradation reaction mechanism is relatively stable, so that the fluctuation of each discharge index of the treated wastewater is relatively small.

The invention relates to a liquid-ejecting method and liquid-ejecting apparatus. In a liquid-ejecting method for ejecting liquid contained in a liquid chamber from a nozzle as a liquid droplet group, the ejection amount of each liquid droplet of the continuously ejected liquid-droplet group can be stabilized corresponding to a wide frequency band of a pulse signal. Also, when one pixel is formed with a plurality of liquid droplets using a head capable of deflecting the ejecting direction of the liquid droplet, the image quality is improved by reducing the landing positional displacement between plural liquid droplets for forming the one pixel.

The invention discloses a spot plating electrode module and a spot plating device, and relates to the field of electroplating. The device comprises an insulating upper cover and an insulating lower cover, wherein the insulating upper cover and the insulating lower cover are encircled to form a cavity, a through hole for plating liquid pressed into the cavity is formed in the insulating upper cover, the butt joint surface of the insulating lower cover and the insulating upper cover is provided with a liquid outlet communicating with the cavity, the liquid outlet comprises a plurality of liquidspraying grooves extending outwards along the butt joint surface, and anode coating is coated on the inner walls of the liquid spraying grooves. The insulating upper cover and the insulating lower cover encircle to form a cavity, the plating liquid is pressed into the cavity through the through hole, liquid spraying grooves extending outwards is arranged on the butt joint surface of the insulatinglower cover, and the liquid spraying grooves communicate with the cavity; when the plating liquid is pressed into the cavity, the liquid is sprayed outwards through the liquid spraying grooves, and then the liquid is accurately sprayed onto the material belt through the liquid spraying grooves, the redundant plating liquid is not needed to be removed, so that the plating liquid is saved, the working procedures are reduced, and the electroplating efficiency is improved; the anode coating coated on the inner walls of the liquid spraying grooves can enhance the conductivity of the inner walls ofthe liquid spraying grooves and accelerate the electron flow speed, and the spot plating is high in adhesion degree, fast in speed and is more uniform.

Provided are an apparatus and a method of constructing a guide line for a road, and the apparatus includes a painting apparatus part that stores a lane paint, is driven by receiving power, and supplies the lane paint, a nozzle part that is installed in the painting apparatus part and sprays the lane paint supplied from the painting apparatus part on a road to form a guide line for a road including at least one of a directional mark and a lane, and an adjustment part that is installed in the painting apparatus part and adjusts at least one of a location and an interval of the lane paint sprayed from the nozzle part.

The invention provides a method for detecting the content of organic volatile matters in an enameled wire. The method comprises the following steps: S1, preparing a target organic volatile matter standard substance into mixed standard substance solutions with different concentrations; s2, taking one mixed standard substance solution, and injecting the mixed standard substance solution into a headspace sample injection bottle of a gas chromatography-mass spectrometer; s3, introducing the solution into a non-polar chromatographic column for separation; s4, the separated gas enters a mass spectrometer, a component table and a test method are established according to qualitative results, and then quantitative scanning is performed; s5, repeating the steps S2-S4 to test mixed standard solutions with other concentrations, and drawing an external standard method standard curve; and S6, adding ethanol into the enameled wire sample, putting the enameled wire sample into a headspace bottle, and testing the enameled wire sample according to the conditions of the steps S2 to S4 to obtain the content of each target organic volatile matter. The method has the advantages that ethanol is added into the enameled wire sample, so that the sample size can be kept stable, and the release amount of organic volatile matters is increased; due to the weak-polarity chromatographic column, the overall chromatographic retention time is shortened, and the detection speed is increased.

The invention discloses a liquid measure ejector and a spraying control method thereof and belongs to the fields of miniature aviation piston engine fuel spraying, wherein the ejector comprises a shell, a limit disc, a piston, a solenoid, a spring clamp seat, a bias spring, a unidirectional loading valve, a cone spring, an oil pumping diaphragm and a spray passageway; and the liquid ejector can deliver a specific amount of liquid through operating the solenoid, the liquid spraying quantity of each system operating cycle can be controlled through controlling the spraying times. The invention also discloses an ejector control method based on the quantitative liquid spraying function of the ejector, the spraying times required for the engine in each cycle can be confirmed by the method.