32results about How to "Increase liquid volume" patented technology

PCT No. PCT/JP98/05062 Sec. 371 Date Sep. 8, 1999 Sec. 102(e) Date Sep. 8, 1999 PCT Filed Nov. 10, 1998 PCT Pub. No. WO99/24148 PCT Pub. Date May 20, 1999This invention is related to a wet gas process which would not require a spray pump, and which would allow the absorption liquid to be recovered smoothly even if the flow velocity of the gases entrained to the liquid should decrease. A wet gas processing apparatus in which the absorption liquid collected in the first liquid storage tank is sprayed in a specified direction (which may be upward, horizontal or downward) by a discharge unit consisting of spray nozzles (14) or the like in the absorption tower. The sprayed liquid is brought into contact with the exhaust gases which are conducted into the tower, and the targeted components of the gases are absorbed and removed. This processing apparatus is distinguished by the following. The first liquid storage tank for the absorption liquid comprises a pressure tank (11) which generates a pressurized gas in the space above the surface of the collected liquid (11a). The increased pressure of the pressurized gas is employed to spray the liquid collected in the pressurized tank from the spray nozzle unit in the absorption tower. This apparatus is further distinguished as the following. This invention has overflow ports which generate a virtually horizontal overflow or source flow. The absorption liquid propelled by the overflow ports makes orthogonal contact with the flow of exhaust gases, which results in both atomization of the liquid and liquid-vapor contact.

A packaging structure of a driving circuit for a liquid crystal display device comprises a base film, a plurality of first metal lines being formed on the base film and being disposed with a certain distance between neighboring first metal lines, an insulating film on the first metal lines, the insulating film exposing both ends of the first metal lines, and a plurality of second metal lines on the insulating film, the second metal lines being formed parallel to the first metal lines.

The invention relates to a multifunctional composite froth suppressing and recovering device used in biological fermentation. The invention is characterized in that the device comprises a novel foam suppressor, an exhaust internal drainage gas tray, a tank gas-liquid separation recoverer, a double L pipe and a recovered gas-liquid dispersing station, wherein, the devices are supported and communicated with one another in application, comprehensively solve three-high problems generally existed in the process of biological fermentation, namely the 'high froth' which affects yield, the 'high ventilation volume' which affects environment and the 'high energy consumption' which affects efficiency. When the device is matched with a bioreactor to use in fermenting production, overflow and liquid escape of a froth layer can be effectively prevented, and liquid loading volume and tank laying yield of fermentation liquid can be improved; meanwhile, environmental pollution is prevented, and obvious effects of energy economization and emission reduction are performed.

An aerosol-generating system may include a liquid storage portion configured to hold aerosol-forming substrate, a vaporizer, and a pump. The liquid storage portion includes a movable wall and an outlet. The vaporizer includes a heating element having a structure that at least partially defines an internal passage. The pump may deliver liquid aerosol-forming substrate from the outlet of the liquid storage portion to the internal passage of the heating element. The pump may include a micro stepper motor with a drive shaft that is configured to rotate a particular amount based on performing an individual step, a piston connected to the movable wall, and a lead screw connecting the drive shaft to the piston and configured to translate rotation of the drive shaft into axial movement of the piston and the movable wall. The vaporizer may at least partially vaporize the delivered liquid aerosol-forming substrate.

A drive circuit of a thin-film transistor type liquid crystal display. A plurality of source drivers is connected in series. Each of the source drives has a charge pump therein to compensate the voltage drop caused by the metal wires for connecting the neighboring source drivers. The charge pump is preferably disposed at an input of the power line. A capacitor is further connected to each of the power lines for rectifying and filtering the power source transmitted by the power lines. The drive circuit also has a plurality of gate drivers. When the voltage drop caused by the power transmission line between the gate drivers is significant enough to affect a normal operation of the gate drivers, the charge pump is installed in each of the gate drivers.

A droplet-jetting device, which is usable for an ink-jet recording apparatus, comprises a pressure chamber disposed between a cavity plate and a pressure-generating section of a piezoelectric actuator. The pressure-generating section and the cavity plate are connected by a connecting section. When a voltage is applied to the piezoelectric actuator, the pressure-generating section is elongated to depress the bottom of the pressure chamber downwardly so that the volume of the pressure chamber is increased. The droplet-jetting device is realized, in which the area of arrangement of the pressure-generating section is decreased to suppress the electrostatic capacity and the pull-eject can be performed by applying the voltage only when the device is driven.

The present application provides apparatuses and methods for the size-selective fractionation of ligand-capped nanoparticles that utilizes the tunable thermophysical properties of gas-expanded liquids. The nanoparticle size separation processes are based on the controlled reduction of the solvent strength of an organic phase nanoparticle dispersion through increases in concentration of the antisolvent gas, such as CO₂, via pressurization. The method of nanomaterial separation contains preparing a vessel having a solvent and dispersed nanoparticles, pressurizing the chamber with a gaseous antisolvent, and causing a first amount of the nanoparticles to precipitate, transporting the solution to a second vessel, pressurizing the second vessel with the gaseous antisolvent and causing further nanoparticles to separate from the solution.

A liquid pump for pumping groundwater samples from small diameter sub-terrain wells, comprising a tubular casing having inlet apertures, a top cap provided with a fluid communication port and a liquid outlet port, a top bladder mandrel secured to the top cap, a mandrel sealing member disposed in a lower end of the casing, a bottom bladder mandrel secured to the mandrel sealing member, and a flexible bladder extending between the top bladder mandrel and the bottom bladder mandrel and defining a liquid chamber for receiving the liquid therein and a fluid chamber for receiving a fluid under pressure therein that surrounds the liquid chamber, with the bladder disposed therebetween. The fluid chamber is in fluid communication with the fluid communication port connected to a source of the actuating gas, while the liquid chamber is in one-way fluid communication with the liquid inlet and the liquid outlet port.

The invention provides a production method of a colored tape with the long printing service life. The method comprises the following steps that a, colored tape grey cloth is manufactured by selecting nylon 66 yarns with high breaking strength; b, preshrinking and washing treatment of a new process are carried out on the colored tape grey cloth; c, the washed colored tape grey cloth is soaked in ink adsorption accelerant solution pool and is extruded by a compression roller to sufficiently adsorb accelerant solutions; d, the colored tape grey cloth is dried and shaped through the standard of the new process; e, a professional fusion cutting machine is used for carrying out fusion cutting on the colored tape grey cloth, and a colored backing tape is formed; f, a professional ink coating machine is used for coating the colored backing tape with ink. After the six production procedures are carried out, the ink adsorption speed and volume of the colored backing tape are increased, the ink adsorption volume of the colored backing tape is increased by 10-15%, printing characters of the colored tape are improved to be 260-280 thousands per meter from 200 thousands per meter, and the service life of the whole printing colored tape is prolonged.

The invention relates to an efficient spiral coil reaction device. The efficient spiral coil reaction device is characterized in that the efficient spiral coil reaction device comprises a tank component, a power component, a heat exchanger assembly and a stirring component, wherein the power component is installed above the tank component; part of the heat exchange assembly is installed on the outer wall of the tank component, and the other part of the heat exchange assembly is installed in a tank; the stirring component is installed in the tank component, and the top of the stirring componentis connected with the power component; the heat exchange assembly comprises a steam inlet, a clamp sleeve, a heating coil pipe and a condensate outlet; the steam outlet is formed in the upper end ofthe clamp sleeve; the clamp sleeve is installed at the two sides of the outer wall of the tank; the condensate outlet is formed in the bottom of the clamp sleeve; the heating coil pipe is installed inthe tank, the upper end of the heating coil pipe is connected with the steam inlet, and the lower end of the heating coil pipe is connected with the clamp sleeve.

A liquid supply unit is provided with a first liquid housing chamber having a liquid supply part, a second liquid housing chamber, and a liquid communication part bringing the first liquid housing chamber and the second liquid housing chamber into communication, and a gap which receives a partition wall is formed between a first outer wall that defines the first liquid housing chamber and a second outer wall that defines the second liquid housing chamber.