43results about How to "Adjust the mixing ratio" patented technology

The invention relates to ore melting and molten mass adjusting method in continuously basalt fiber producing process. It completes the milting process under the condition of low molten mass level height in melting technology process of localized heating in melting furnace. The invention could effectively melt ore, equalize the mass, and remove air bubble. And it increases the melt temperature of ore to achieve the effect of increasing kinds of fiber and improving quality.

The invention provides a binary fluid matching and mixing device. The binary fluid matching and mixing device comprises a valve body, a temperature adjusting device, a mixing device, a pressure adjusting device and a flow adjusting device, wherein the valve body comprises an upper cavity and a lower cavity; the temperature adjusting device is mounted in the upper cavity; the mixing device is positioned inside the lower cavity of the valve body; the pressure adjusting device is mounted between two ends of the mixing device and the lower cavity; the flow adjusting device is used for controlling the gas flow on one side, so as to control the volume ratio of binary gas. The binary fluid matching and mixing device can realize temperature compensation and mixing of fluid, and the ratio and flow are continuously adjusted. The structure is compact, a plurality of flow meters and proportional valves or flow controllers are canceled, the quantity of components is reduced, the structure of a fluid air distribution system is simplified, and the cost is reduced.

A vehicular automotive soil treating machine having a main frame structure provided on an automotive drive means to support thereon a soil feeding stage including at least a soil hopper and an additive hopper, a soil processing stage including a soil processing trough which is internally provided with a mixing means for mixing soil and additive material while being transferred from one to the other end of the soil processing trough, and a processed soil discharging stage including a soil discharging conveyer. The soil processing trough is provided with an inlet opening on the upper side of its fore end portion and an outlet opening on the bottom side of its rear end portion.

The invention relates to a novel oxyhydrogen flame gun, belonging to the field of machines. The flame temperature of the existing oxyhydrogen flame guns cannot be freely controlled. The novel oxyhydrogen flame gun comprises a gun barrel, a mixed gas delivery pipe, a gun nozzle fixedly mounted at the front end of the mixed gas delivery pipe, a hydrogen gas inlet pipe, an oxygen gas inlet pipe, a hydrogen gas inlet pipe connector, an oxygen gas inlet pipe connector and a regulating device, wherein the front ends of the hydrogen gas inlet pipe and the oxygen gas inlet pipe are both in sealed connection with the tail end of the regulating device, and the tail ends of the hydrogen gas inlet pipe and the oxygen gas inlet pipe are respectively connected with the hydrogen gas inlet pipe connector and the oxygen gas inlet pipe connector; the tail end of the mixed gas delivery pipe is in sealed connection with the front end of the regulating device; the gun barrel is sleeved outside the hydrogen gas inlet pipe and the oxygen gas inlet pipe and is fixedly mounted on the regulating device; and gas inflows of hydrogen and oxygen gases are respectively regulated through the regulating device, so as to control the mixture ratio of mixed gas of the hydrogen and oxygen gases. After the structure is adopted, the novel oxyhydrogen flame gun can be used for freely and easily regulating the mixture ratio of the mixed gas, and therefore the aim of regulating the flame temperature is achieved.

The invention belongs to cleaning and sterilizing equipment in the field of cleaning and sterilizing, and relates to a rotary distributing device. The rotary distributing device comprises a shell and an inner core positioned in the shell, and is characterized in that the shell or the inner core is connected with a driving device, so that one of the shell and the inner core becomes a rotating piece, and the other one becomes a fixed piece; annular air delivering cavities and annular liquid delivering cavities are formed in a position where the shell is connected with the inner core in the peripheral direction; sealing bodies are arranged on the periphery of each annular liquid delivering cavity and the periphery of each annular air delivering cavity; the rotating piece is provided with air outlet tubes and liquid outlet tubes; the fixed piece is provided with air inlet tubes and liquid inlet tubes; each air inlet tube, the corresponding annular air delivering cavity and the corresponding air outlet tube communicate with one another; each liquid inlet tube, the corresponding annular liquid delivering cavity and the corresponding liquid outlet tube communicate with one another; and each air outlet tube and the corresponding liquid outlet tube are connected with the same sprayer. By the rotary distributing device, the problems that by existing cleaning equipment and existing sterilizing equipment, air and liquid cannot be mixed when the air and the liquid are about to be sprayed out, and high efficiency of using during distributing cannot be achieved are solved.

The invention relates to a mixing valve (1) for mixing two coating agent components (e.g. a base and a hardener) to form a multi-component mixture, comprising two coating agent inlets (2) for supplying the two coating agent components, two coating agent valves (5-8) for controlling the coating agent flow through the two coating agent inlets (2, 3), as well as a coating agent outlet (4) for the delivery of the multi-component mixture in a specified outflow direction (18). The invention provides that at least one of the coating agent valves (5-8) is designed as a rotary slide valve having two plane-parallel valve disks (5-8) which are rotatable relative to each other about a rotational axis.

The invention provides a double-phase high-entropy alloy. The alloy comprises a first alloy component in an FCC phase and a second alloy component in a BCC phase, wherein the first alloy component is FeCoCrNi, and the second alloy component is FeCoCrNiAl. The double-phase high-entropy alloy contains an FCC structure and a BCC structure in a proper proportion, and is excellent in comprehensive mechanical properties, high in hardness and strength, and good in plasticity and toughness. In addition, the invention further provides a preparation method of the double-phase high-entropy alloy. Through the method, the production period is short, parts in complex shapes can be directly formed, and the formed parts are high in precision and density, and have excellent comprehensive mechanical properties.

The invention discloses a milk powder can for mixing and brewing. The milk powder can includes a first storage can, a second storage can and a collecting outlet, wherein the first storage can and the second storage can are arranged side by side; the bottom of the first storage can is provided with a first outlet, and the bottom of the second storage can is provided with a second outlet; the first outlet and the second outlet are each communicated with the collecting outlet. The milk powder can is novel in structure, separates milk powder to be stored, effectively ensures the quality of the milk powder, and facilitates mixing and brewing of the milk powder in the later stage.

The invention discloses a full-automatic integrated static mixing and filling machine. The full-automatic integrated static mixing and filling machine comprises a material A quantitative extrusion device, a material B quantitative extrusion device, a static mixing device, a mixed material constant-pressure storage tank, a filling execution device and a pressing device, wherein the material A quantitative extrusion device and the material B quantitative extrusion device are both hinged to the pressing device, and materials are quantitatively extruded after the pressing device swings downwards by a certain angle; discharge ports of the material A quantitative extrusion device and the material B quantitative extrusion device are respectively connected with an input port of the static mixing device through a one-way valve and a pipeline; an output port of the static mixing device is connected with an input port of the mixed material constant-pressure storage tank through a one-way valve and a pipeline; and an output port of the mixed material constant-pressure storage tank is connected with an input port of the filling execution device through a one-way valve and a pipeline. The filling machine is compact in structure and small in occupied production space, and high-precision material matching can be achieved; and meanwhile, the automation degree is high, the labor intensity of workers is reduced, and the filling efficiency is improved.

The invention discloses a load self-adaptation gas-fired device of a gas engine. The load self-adaptation gas-fired device of the gas engine comprises an air channel, an air inlet, a gas channel, a gas inlet, a mixed gas channel, a mixed gas outlet, an upper diaphragm assembly, a lower diaphragm assembly, a gas chamber, a mixed gas chamber and an air chamber, wherein the gas chamber and the mixed gas chamber are separated by the upper diaphragm assembly, the air chamber and the mixed gas chamber are separated by the lower diaphragm assembly, the upper diaphragm assembly and a lower piston are fixedly connected into a whole through an adjusting threaded rod, the lower diaphragm assembly and an upper piston are fixedly connected into a whole through a pressure plate, metering holes are formed in a piston sleeve, and are used for input of air and gas and output of mixed gas, the metering holes are in a plugged or an open state along with movement of a piston head, and the upper diaphragm assembly and the lower diaphragm assembly can move vertically along with changes of air pressure, and drive the upper piston and the lower piston to move perpendicularly, so that the size of the air metering hole and the size of the gas metering hole are changed. The load self-adaptation gas-fired device of the gas engine can automatically provide the mixed gas with the appropriate amount according to the requirement of the gas engine, and can also automatically adjust the concentration of the mixed gas according to the requirement of load changes so that the purpose of improving power performance of the gas engine and the purpose of saving energy can be achieved.

The invention discloses a hydrogen circulating pump test system for a fuel cell engine and a test method thereof.The test system comprises a circulating pump, an inlet of the circulating pump is connected with a hydrogen source through a first pipeline, and a proportional valve, a first three-way valve and a temperature control heat exchange assembly are sequentially arranged on the first pipeline in the flow direction; a first pressure sensor, a first temperature sensor and a humidity sensor are arranged on the first pipeline at the downstream position of the temperature control heat exchange assembly, and a second temperature sensor, a second pressure sensor, a second three-way valve and a throttling valve are arranged on the second pipeline between an outlet of the circulating pump and the first three-way valve. The second temperature sensor and the second pressure sensor are located on the upstream of the second three-way valve and the throttling valve, and the second three-way valve is connected with the pressure release valve through a third pipeline. According to the test system, the circulating pump can completely simulate the running state environment of the fuel cell engine, and whether the hydrogen circulating pump for the fuel cell engine can meet the use conditions or not is evaluated under the condition of completely simulating the temperature, pressure and humidity environment conditions.

The invention provides a flameout detection protection and re-ignition device for a heating furnace, and relates to the technical field of heating equipment. The technical problems that no detection means is used for fire extinguishing of the heating furnace, manual discovery is required and hidden dangers exist are solved. The flameout detection protection and re-ignition device for the heating furnace comprises a furnace body, a ventilation door and a chimney are arranged on the furnace body, and the flameout detection protection and re-ignition device further comprises a fire nozzle, a gassupply assembly and two fire extinguishing monitoring assemblies, wherein the fire extinguishing monitoring assemblies are installed in a premixing area and a flame area respectively; the device further comprises a sleeve type tee joint, a switching air valve and a high-pressure fan; a combustible gas sensor is arranged in the chimney; the self-pressurization high-energy high-frequency igniter isarranged in the furnace body and is close to the fire nozzle; and a flame stabilizer is arranged in the air inducing area. The flameout detection protection and re-ignition device disclosed by the invention has the characteristics of safety and capability of monitoring whether fire is extinguished in the heating furnace in real time and closing fuel gas in time or not.

The invention discloses an automatic feeding stirrer with the proportion being adjustable. The automatic feeding stirrer comprises a base and a stirring tank. A stand column is arranged above the right side of the base. A spiral feeding mechanism is fixed to the stand column. A first discharging bin and a second discharging bin are arranged above a feeding barrel. A support is arranged at the lower side of the stirring tank, wherein the stirring tank is supported by the support. A discharging pipe is arranged at the lower side of the stirring tank. The bottom of the discharging pipe is provided with a first valve. A material containing tank is located below the discharging pipe. The stirring tank is internally provided with a rotating rod and stirring rods, wherein the stirring rods are connected with the rotating rod. The automatic feeding stirrer is provided with the spiral feeding mechanism, and materials can be better delivered to a feeding opening of a machine body; the automaticfeeding stirrer is provided with two material bins which communicate with a feeding barrel of the spiral feeding mechanism, and the two types of materials can be mixed in the feeding process; operation is more convenient to conduct, and manpower is saved; and the automatic feeding stirrer is provided with three gate valves, and the discharging speed and the mixing ratio of the two types of materials can be adjusted.