31results about How to "Adjust reaction time" patented technology

The invention discloses a hot aerosol fire extinguishing agent which is prepared by an oxidant, a reductant, a performance modifying agent, and an adhesive. The invention not only has good fire extinguishing effect, but also is energy-saving, environment-friendly, and low in cost; meanwhile, the invention does not cause corrosion or damage of equipment after utilization, and can effectively prevent secondary combustion of files and equipment.

The invention belongs to the field of biomass energy utilization, and relates to a grinding belt-type device for rapid catalytic pyrolysis of biomass and a method. The device comprises a hopper, a feed system, a grinding belt-type pyrolysis reactor, a gas-solid separation system, a pyrolysis gas condensation system, a combustion system, a bio-oil collection tank, a charcoal collection tank, an airpreheating system and a flue gas purification system, wherein the grinding belt-type pyrolysis reactor comprises grinding belts, heating tubes, driving drums, tensioning devices, a sealed casing, a feed inlet, a discharge opening and a gas outlet. Pretreated material particles are continuously sheared and rubbed by the grinding belts with speed difference on two sides, and are heated by the multi-layer heating tubes to continuously pyrolyze on the surface while stripping the residual charcoal, so that a catalyst and heat can be fully fed inside the particles; the pyrolysis gas is rapidly condensed by gas-solid separation to obtain high-grade bio-oil fuel or bio-oil rich in specific high value-added products; combustible gas and coke produced by combustion generate high-temperature flue gas for heating the heating tubes, so as to achieve an autothermal pyrolysis process.

The invention relates to a hot-aerosol fire-extinguishing agent. The hot-aerosol fire-extinguishing agent comprises the following raw materials in percentage by weight: 10-30% of potassium nitrate, 10-30% of zinc nitrate, 10-30% of magnesium nitrate, 10-30% of guanidine nitrate, 6-10% of manganese dioxide, 0.2-0.8% of bamboo charcoal, 0.2-0.8% of azodicarbonamide, 0.5-1% of metallic magnesium, 0.2-0.8% of adhesive and 0.2-0.8% of thermite. The formula of the materials is improved, the ideal state of efficient fire extinguishment of potassium salt in an oxidizing agent is exerted, and the reaction time of the materials is adjusted, thus the concentration of the solid particles of the potassium salt after reaction in the oxidizing agent in a hot-aerosol fire-extinguishing gas is lowered to achieve no corrosion. The hot-aerosol fire-extinguishing agent is suitable for fire extinguishment for a generator room with a high accuracy requirement.

The invention discloses a hot aerosol fire extinguishing agent which is prepared by an oxidant, a reductant, a performance modifying agent, and an adhesive. The invention not only has good fire extinguishing effect, but also is energy-saving, environment-friendly, and low in cost; meanwhile, the invention does not cause corrosion or damage of equipment after utilization, and can effectively prevent secondary combustion of files and equipment.

The invention discloses a chip for rapidly detecting ischemia modified albumin in blood. The chip comprises a non-absorbent bottom plate and a non-absorbent cover plate, wherein a sample tank, a mixing tank and a detection tank are arranged on the bottom plate in sequence; micro-pipelines are arranged between the sample tank and the mixing tank and between the mixing tank and the detection tank; the sample tank is internally filled with a sample pad; the sample pad is coated with a cobalt standard product; the detection tank is internally filled with a detection pad; the detection pad is coated with a cobalt indicator; the cover plate is fixedly arranged above the bottom plate; and the cover plate is located above the sample tank and is provided with a sample feeding hole. The chip disclosed by the invention is simple in detection method, and a result is easy to judge; and the chip is suitable for being used in medical units including primary-level hospitals, emergency departments and the like or on bedsides of hospitalized patients, so that medical workers can rapidly judge dangers of the patients by layers and medical resources and health cost are saved.

The invention discloses a coal gasification device for a circulating fluidized bed. The coal gasification device comprises a start combustion chamber, a raising pipe and a primary cyclone separator, wherein the start combustion chamber is arranged at the lower end of the raising pipe; a slag discharge opening and a fuel inlet are further arranged in the lower end of the raising pipe; a pulverized coal inlet is arranged in the middle part of the raising pipe; a smoke outlet is arranged in the upper end of the raising pipe; the primary cyclone separator is connected with the smoke outlet of the raising pipe; an M-shaped material returner is arranged at the lower end of the primary cyclone separator; a material returning tuyere, a loosening tuyere and an ash discharge tuyere are respectively arranged at the bottom of the M-shaped material returner; a material returning pipe is arranged at the upper end of the material returning tuyere; an ash discharge pipe is arranged at the upper end of the ash discharge tuyere; and the material returning pipe is connected to the middle part of the raising pipe. According to the coal gasification device disclosed by the invention, ash discharge operations are carried out at the bottom of the raising pipe and inside the M-shaped material returner respectively. Compared with the situation of singly discharging slag at the bottom of the raising pipe in the prior art, the M-shaped material returner obviously has a lower carbon content.

The invention discloses a method for purifying vinosity, comprising an oxidation reduction reaction which is carried out on the surfaces of solid particles attached with TiO2 photochemical catalyst layers under the irradiation of ultraviolet light after the body is mixed with oxygen or ozone. The invention also discloses a device for realizing the method for purifying the vinosity. In the invention, multiple groups of ultraviolet light sources are evenly arranged at each part of a reaction chamber to directly irradiate the body and the surface of the photocatalyst; the ultraviolet light can efficiently decompose unsaturated compounds in the body, such as aldehydes, fusel oil, sulfide and other harmful components under the action of catalyst, eliminates impurities and peculiar smell in thewine, eliminates spicy, stimulated and bran taste of green wine, eliminates the off-flavor of edible alcohol, and deeply promotes the inherent quality of the wine.

The invention discloses a chip for rapidly detecting ischemia modified albumin in blood. The chip comprises a non-absorbent bottom plate and a non-absorbent cover plate, wherein a sample tank, a mixing tank and a detection tank are arranged on the bottom plate in sequence; micro-pipelines are arranged between the sample tank and the mixing tank and between the mixing tank and the detection tank; the sample tank is internally filled with a sample pad; the sample pad is coated with a cobalt standard product; the detection tank is internally filled with a detection pad; the detection pad is coated with a cobalt indicator; the cover plate is fixedly arranged above the bottom plate; and the cover plate is located above the sample tank and is provided with a sample feeding hole. The chip disclosed by the invention is simple in detection method, and a result is easy to judge; and the chip is suitable for being used in medical units including primary-level hospitals, emergency departments and the like or on bedsides of hospitalized patients, so that medical workers can rapidly judge dangers of the patients by layers and medical resources and health cost are saved.

The present invention provides a heat exchange type ventilator in which the size of a flow passage changing unit provided with a damper can be reduced. The ventilator includes a partition plate (211) partitioning an exhaust flow passage (209) from an intake flow passage (210), an exhaust damper receiver (213) having an exhaust opening (212), and an intake opening (214). The ventilator further includes a flow passage changing unit (222) having an intake damper receiver (215), an exhaust damper (216) opening and closing the exhaust opening (212), and an intake damper (217) opening and closing the intake opening (214). A damper side bent part (224) is provided in the exhaust damper (216) and the intake damper (217), and a receiving side bent part (223) is provided near the end parts of the exhaust damper receiver (213) and the intake damper receiver (215) along the damper side bent part (224).

The invention discloses a kit for rapidly detecting ischemia modified albumin in blood. The kit comprises a detection chip and a reagent bottle filled with detection reagents, wherein the detection chip comprises a non-absorbent bottom plate and a non-absorbent cover plate; a sample cell, a mixing cell and a detection cell are sequentially arranged on the bottom plate; micro pipelines are formed between the sample cell and the mixing cell and between the mixing cell and the detection cell; a sample pad is filled in the sample cell; a cobalt standard substance is coated on the sample pad; a detection pad is filled in the detection cell; a cobalt indicator is coated on the detection pad; the cover plate is fixedly arranged above the bottom plate; a sample injection hole is formed in a position, which is positioned above the sample cell, of the cover plate; and the detection reagents refer to phosphate buffer, borate buffer or Tris-HCl buffer. According to the kit disclosed by the invention, based on the principle of an albumin cobalt binding test, sample separation and detection analysis processes are integrated into a device, so that IMA detection is more convenient.

There is provided a heat exchange type ventilator capable of downsizing of a flow path switching unit in which dampers are provided. A flow path switching unit includes a partition plate (211) that partitions into an exhaust flow path (209) and an air supply flow path (210), an exhaust damper receiver (213) including an exhaust opening (212), and an air supply opening (214). Moreover, the flow path switching unit (222) includes an air supply damper receiver (215), an exhaust damper (216) that opens and closes an exhaust opening (212), and an air supply damper (217) that opens and closes the air supply opening (214), Damper-side bent portions (224) are provided in the exhaust damper (216) and the air supply damper (217), and receiver-side bent portions (223) are provided along the damper-side bent portions (224) in the vicinity of end portions of the exhaust damper receiver (213) and the air supply damper receiver (215).

The invention relates to the technical field of power grid detection, in particular to a power grid power failure detection circuit. According to key points of the scheme, a voltage detection unit reduces and rectifies a power grid voltage and transmits rectified signals to a judgment unit; the judgment unit compares output signals of the detection unit with the reference voltage, and at the sametime uses a monostable trigger to prevent the judgment error caused by the zero-crossing of a power grid voltage cycle, and outputs the state after comparison in the form of level; a traditional powergrid power failure detection circuit uses an energy storage device or a single chip microcomputer to calculate the waveform, the response time of the circuit is too long, the calculation is complex and the cost of the circuit is high. The power grid power failure detection circuit is realized entirely by discrete devices and does not need programming control over the single chip microcomputer, circuit components are few, the reaction speed is high and the reaction time of the circuit can be adjusted according to the actual situation, and the influence of the zero-crossing of the power grid voltage on the circuit can be eliminated.

In the invention, inorganic salt is as raw material including cadmium acetate, cadmium chloride or cadmium oxide. Solvent in high boiling point and strong polarity is selected as reaction medium. Surface-active agents: oleic acid, phospholipid, lecithin and polyvinyl alcohol pyridine are selected to modify surface of quantum point. Dispersed single material of semiconductor quantum point in adjustable size can be obtained through reaction in glass flask under lower reaction temperature 1l0 deg.C - 170 deg.C. Features of the invention are: easy to obtain all raw materials, low cost and toxicity, even dispersed single material of semiconductor quantum point in adjustable size.

The invention belongs to the field of biomass energy utilization, and relates to a grinding belt-type device for rapid catalytic pyrolysis of biomass and a method. The device comprises a hopper, a feed system, a grinding belt-type pyrolysis reactor, a gas-solid separation system, a pyrolysis gas condensation system, a combustion system, a bio-oil collection tank, a charcoal collection tank, an airpreheating system and a flue gas purification system, wherein the grinding belt-type pyrolysis reactor comprises grinding belts, heating tubes, driving drums, tensioning devices, a sealed casing, a feed inlet, a discharge opening and a gas outlet. Pretreated material particles are continuously sheared and rubbed by the grinding belts with speed difference on two sides, and are heated by the multi-layer heating tubes to continuously pyrolyze on the surface while stripping the residual charcoal, so that a catalyst and heat can be fully fed inside the particles; the pyrolysis gas is rapidly condensed by gas-solid separation to obtain high-grade bio-oil fuel or bio-oil rich in specific high value-added products; combustible gas and coke produced by combustion generate high-temperature flue gas for heating the heating tubes, so as to achieve an autothermal pyrolysis process.