193results about How to "Easy to pressurize" patented technology

A gas generator includes an oxygen inlet, a gaseous fuel inlet, a water, steam and/or CO2 inlet and a water borne fuel inlet. The water borne fuel is combusted within the gas generator along with the oxygen and the gaseous fuel to produce products of combustion including substantially only steam and carbon dioxide. The water borne fuel can be a water fuel solution, emulsion, mixture or other combination. The water borne fuel can either provide only a small portion of the total fuel into the gas generator or provide up to all of the fuel input into the gas generator. The combustion products are discharged from the gas generator and then power is extracted, such as through a turbine. The products of combustion can then be separated, such as within a condenser. Carbon dioxide is thus removed and can be readily sequestered away from the atmosphere to avoid emission of greenhouse gases.

An ear cleaning device that creates a negative pressure within the patient's ear to draw fluid thereinto and provide cleansing thereof so as to substantially reduce the risk of damage to the tympanic membrane. The ear cleaning device includes a first container and a second container mechanically operably coupled together and in general axial alignment. Additionally, an ear chamber is included that is operably intermediate the first container and the second container. The ear chamber further includes a membrane to create a hermetic seal around a patient's ear. The first container is configured to receive a store a desired cleaning fluid. Operably coupled to the second container is a pressure reducing device. The ear cleaning device utilizes a hermetic seal between the second container, ear chamber and first container to transport the fluid from the first container into the ear chamber wherein the fluid is introduced in the ear canal of the patient and is subsequently collected within the second container.

An apparatus and a method for filling a container containing a dry powdered salt concentrate for use in dialysis with purified fluid and removing the trapped air or gases generated during the filling of the container, while maintaining the required fluid level in the container and without the need for evacuating gases from the container prior to filling.

An efficient grinding device of a double autorotation grinding disc of a high precision ball comprises a frame, a grinding disc device installed on the frame and a load pressure device; the grinding disc device comprises an upper grinding disc; the load pressure device is installed at the upper end of the upper grinding disc; the efficient double autorotation V-shaped groove grinding device of the high precision ball further comprises an inner disc of a lower grinding disc and an outer disc of the lower grinding disc; the outer disc and the inner disc of the lower grinding disc are coaxially arranged; the inner disc of the lower grinding disc is inserted in the outer disc of the lower grinding disc; a conical grinding surface on the outer side of the inner disc of the lower grinding disc and a conical grinding surface on the inner side of the outer disc of the lower grinding disc form a V-shaped groove structure; the outer disc of the lower grinding disc is fixedly installed on the frame; the upper grinding disc is installed on a rotating shaft; the rotating shaft is connected with a drive motor of the upper grinding disc; the inner disc of the lower grinding disc is installed on a main shaft; and the main shaft is connected with a drive motor of the lower grinding disc. The efficient grinding device of the double autorotation grinding disc of the high precision ball has the advantages of simple structure, low processing cost, higher processing precision and processing efficiency.

The invention discloses a high-precise ball highly-efficient grinding and polishing processing method, in the processing devices for realizing the processing method, a V-shaped groove is formed by a pyramidal face abrasive surface of the outer of an inner plate of a lower grinding plate and a pyramidal face abrasive surface of the inside of an outer plate of the lower grinding plate, a loading pressure device acts on a ball billet through an upper grinding plate, three processing contact points of the grinding ball are formed by the V-shaped groove and the upper grinding plate, the upper grinding plate, the outer plate of the lower grinding plate and the inner plate of the lower grinding plate share a same rotary shaft; a rotating shafts of two plates among the upper grinding plate, the outer plate of the lower grinding plate and the inner plate of the lower grinding plate are driven by an electric motor; relative orientation changing is carried out on a ceramic ball through adjusting the velocity combination of the omega[B] and omega[C], so that the grinding trails are distributed on the face of the ball uniformly, thus grinding the surface of the ceramic ball uniformly. In the invention, the higher processing precision and processing efficiency can be realized, and the processing device has simple structure and low manufacturing cost.

The invention discloses a bag type grouting anchoring device and an anchoring method. The front end and the rear end of an anchor rod are respectively and fixedly sleeved with an annular expanding bag. An area between the front annular expanding bag and the rear annular expanding bag is a grouting gap. A first grouting pipe is respectively communicated with an inner cavity of the front annular expanding bag and an inner cavity of the rear annular expanding bag. A second grouting pipe is communicated with the grouting gap. According to the bag type grouting anchoring device and the anchoring method, the anchor rod is fixed through grouting which is conducted twice, the two ends of the anchor rod are effectively sealed after grouting is conducted for the first time, so that pressurization of grout is facilitated when grouting is conducted for the second time, the high-pressure grout goes deep into a soft coal seam, and therefore a firm structure is formed. By the adoption of the bag type grouting anchoring device and the anchoring method, the anchoring effect is improved and operation is simple and convenient. The bag type grouting anchoring device and the anchoring method are suitable for popularization and application.

The invention discloses a device for measuring actual triaxial creep of a geotechnical engineering test specimen. The device comprises a support structure, and also comprises four confining pressure plates, an upper compression plate and a lower compression plate so as to form a closed cavity for wrapping a test specimen, wherein the confining pressure plates comprise two long confining pressure plates and two short confining pressure plats, the upper compression plate and the lower compression plate are a rectangular top steel plate and a rectangular bottom steel plate, the two outwards-bent L-shaped long confining pressure plates are overlapped on two adjacent side surfaces of the bottom steel plate, the two outwards-bent L-shaped short confining pressure plates are overlapped on the other two side surfaces of the bottom steel plate, the bottom ends of the short of the bottom steel plate plates are arranged on the bottom steel plate, the top steel plate is overlapped at the top ends of the long confining pressure plates, the top steel plate is clung to the inner side surfaces of the two short confining pressure plates, pressure sensors corresponding to the four confining pressure plates and the upper compression plate and the lower compression plate are vertically arranged inside the support structure, and grating rulers are arranged on the pressure sensors. The invention also provides a method for measuring the actual triaxial creep of the geotechnical engineering test specimen by using the device.

A hydrogen energy supply chain comprises a liquefaction factory, a low-temperature storage tank, a pump, a vaporizer, gas cylinders and hydrogen adding mechanisms. The technological process of the hydrogen energy supply chain has the technical characteristics that hydrogen gas produced through hydrogen production by a hydrogen resource place is liquefied into liquid hydrogen by the liquefaction hydrogen factory, then the liquid hydrogen is conveyed to a hydrogen user market place through a low-temperature storage tank transport means, is pressurized through the pump and is vaporized into high-pressure gaseous hydrogen through the vaporizer, the gaseous hydrogen is loaded to the gas cylinders, and then the gas storage cylinders of hydrogen fuel cells are filled completely to the rated pressure through hydrogen adding machines. According to the hydrogen energy supply chain, hydrogen liquefaction, storage, transport and other proven technologies in the aerospace field of China are used and extended to the downstream, pressurization of the pump and vaporization of the vaporizer are added for obtaining the high-pressure hydrogen gas, and the complete hydrogen energy supply chain is formed with combination of personal authorized patent technology of a gas station.

The invention discloses a solid oxide fuel cell stack array and a power generation system thereof. The solid oxide fuel cell stack array comprises a support body and a cell stack group, wherein the support body is of a hierarchical structure, and at least comprises an upper tray and a lower tray; the cell stack group is carried by the lower tray; the upper tray is placed on the cell stack group; the cell stack group comprises a plurality of cell stacks; the cell stacks are horizontal; fastening pieces are arranged among the cell stacks. The solid oxide fuel cell stack array is characterized in that support columns are arranged between the upper tray and the lower tray to construct the support body; the fastening pieces on the left and right sides of the cell stacks are set as movable blocks and fixed blocks; the support columns are provided with screw holes; force application screw rods are combined with the support columns through the screw holes, and the inner ends of the force application screw rods are pressed against the outer surface of respective movable block; the strokes of the force application screw rods are adjusted through rotation of the force application screw rods, so that the side faces of the movable blocks generate pressures on adjacent cell stacks, and the cell stack group is pressed and fastened. The structure is convenient to implement, and is stable and effective.

A high flow rate fuel valve suitable for an accumulator fuel injection device by which a large amount of fuel is amplified using a piston and used and a fuel supply pump using the high flow rate fuel valve are provided. For this purpose, in a fuel supply pump with a fuel inlet valve and fuel outlet valve, the fuel inlet valve has a valve main body, a valve body received in the valve main body, an inlet chamber provided inside the valve main body, inlet holes, a seat portion where the valve body and part of valve main body are in contact with each other. The inlet holes are arranged in a non-radial pattern relative to the inlet chamber.

A pipe clamping device having a stronger gripping force by an elastic deform of a clamp ring during screw-tightening is provided. The pipe clamping device includes at least one clamp ring installed between a female bracket and a male bracket, and made of an elastic material to have a predetermined deform, pressure rings installed in the upper and lower portions of the clamp ring, respectively, and an O-ring formed between the pressure ring and the female bracket and pressurizes the pressure rings to closely contact and seal the pipe. Accordingly a pipe can be easily inserted into and assembled with the clamp ring during an assembly. After assembly, when the female bracket is screw-tightened with the male bracket, the entrance of the blade is narrowed and thus the inner diameter of the clamp ring is also narrowed.

The invention relates to a garbage fuel rod forming machine, which is a mechanical device capable of processing domestic garbage and other waste into rod-like fuel. The structure of the forming machine consists of a base, a motor, a speed reducer, a coupling, a box body, a screw, a hopper, a cutter plate, a forming plate and forming pipes. One end of the base is provided with the motor and the speed reducer; the motor and the speed reducer are connected into a whole; the other end of the base is provided with the box body; the front end of the box body is provided with the forming plate; a plurality of horn-shaped forming pipe holes are arranged on the forming plate; the forming pipes are arranged in the forming pipe holes; the screw is arranged in the box body; the front end of the screw is provided with a front bearing; the back end of the screw is provided with a back bearing; a power input end of the screw is connected with an output shaft of the speed reducer through the coupling; a square-tenon short shaft is arranged between the front end of the screw and the forming plate; the cutter plate is arranged on the square-tenon short shaft; the cutter plate moves back and forth on the square-tenon short shaft; the periphery of a material discharge end of the box body is provided with a cooling water tank; the upper part of the box body is provided with a feed port; and the upper part of the feed port is provided with the hopper.

The Easy Sprayer Assembly: is a portable sprayer assembly; comprising a platform/base, the platform/base providing support and stability for the said assembly. The platform/base providing a thin flat sturdy surface to support and facilitate the operation of an attached foot actuated manual pump. The said foot pump being the means of pressurizing the tank of a sprayer apparatus the tank of the said sprayer apparatus being also attached to the before said platform/base in close proximity to the before said foot pump. An operator actuates the foot actuated manual pump whilst the supporting base of the assembly is flat on the ground. Air inters the tank directly if the pump is internal to the tank. Air enters through an airline connected to an air inlet located generally on the upper section of the sprayer tank if the pump is external.

A method for sealing a flexible liner that has been emplaced in a borehole manifesting artesian water flow. The upper end of the liner is closed with a plug, and a mud tube is extended from the plug down to a small volume of mud at the bottom end of the liner. The pressure in the liner interior is increased according to the weight of the mud column in the mud tube. Pressure in the liner interior can be regulated by allowing mud to move up and down in the mud tube, and by adding or withdrawing water from the closed liner interior.

A pressurized pen having excellent feeling of using it by allowing an easy knocking operation with small force is disclosed. The pressurizing member 18 includes an elastic cylindrical member 19. The elastic cylindrical member 19 has a large-diameter front cylinder portion of which a front end 20a in air-tight manner communicates directly with the rear opening portion 6b of an ink containing tube 6 and which forms the pressurizing chamber 22, and a small-diameter rear cylinder portion 21 which is coaxially connected to a rear end of the front cylinder portion 20 and in which the front end portion 17a of the pressing member 17 is pressed into a rear aperture 21a thereof. The inside of the ink containing tube 6 is pressurized by allowing the pressing member 17 to press the rear cylinder portion 21 into the front cylinder portion 20 and compressing the elastic cylindrical member 19 in the axial direction with the pressing chamber 22 air-tight.

The invention relates to the technical field of energy conservation and environmental protection, and discloses an energy-saving environment-friendly concealed regulating fire hydrant. The energy-saving environment-friendly concealed regulating fire hydrant comprises a concealed tank, wherein a water inlet pipe is fixedly connected to the surface of the concealed tank; a water storage tank is fixedly connected to the interior of the concealed tank; a pressurizing pipe is movably connected to the interior of the water storage tank; a return spring sleeves the surface of the pressurizing pipe; apiston is movably connected to one end, away from the pressurizing pipe, of the return spring; and a piston rod is fixedly connected to one end, away from the return spring, of the piston. Accordingto the energy-saving environment-friendly concealed regulating fire hydrant, a retaining block on the surface of the piston rod can move upwards along with the piston rod; when the retaining block isin contact with a push plate, the retaining block can push the push plate to slide upwards on the surface of a sliding rail to make a connecting port gradually extends out of the ground surface; whenthe retaining block is in contact with the push plate, the piston does not move any more, the water pressure in the water storage tank increases, then water flows into a drain pipe in the piston fromthe pressurizing pipe, and a connecting port is lifted to complete discharging, so that the effect of guaranteeing the water supply pressure while reducing the valve opening pressure is achieved.