205results about How to "Temperature rises fast" patented technology

The invention relates to a flow-bending double-effect heating solar-energy air heat collecting device, comprising an insulation soleplate and a heat collecting device core. The heat collecting device core comprises a heat absorbing board arranged on the insulation soleplate, and a sealed heating air channel is arranged between the heat absorbing board and the insulation soleplate. A horizontal first air-feeding pipeline and a horizontal air-venting pipeline are arranged on the upper part of the heat absorbing board. A horizontal bottom bracket is arranged on the lower part of the heat absorbing board, and a sealed second air-feeding pipeline is arranged in the bottom bracket. Sealed heat collecting tubes are vertically arranged by intervals between the bottom bracket and the air-venting pipeline, and the heat collecting tubes are arranged on the upper part of the face of the heat absorbing board. The upper end and the lower end of the heating air channel are communicated with the corresponding first and second air-feeding pipelines. The upper end and the lower end of the heat collecting tube are communicated with the corresponding air-venting pipeline and the second air-feeding pipeline. A glass cover used for covering the heat collecting device core is arranged on the insulation soleplate. Through two-time heating, the heating distance of the structure is approximately raised by one time. And the heat absorbing efficiency is enhanced and the heating effect is reinforced. One-time circulation temperature rises more quickly.

The present invention relates to the layered decoupling coal buring technological and mechanical layered decoupling furnace. Coal is burned in the combustion chamber to produce fume exhausted to gasifying chamber or flue and semi-coke conveyed to the mechanical grate of gasifying chamber; the coal on the semi-coke layer is ignited from the bottom, burnt in anoxic condition and gasifying pyrolyzed; NOx in the fume is reduced into N2; and after being mixed with the second draft, CO and smoke black are burnt out. The separated burning in the mechanical layered decoupling furnace produces lowered pollutant exhaust and high burning efficiency.

The invention discloses a nano long-acting liquid coolant. The nano long-acting liquid coolant comprises the following components of a base liquid which is composed of diatomic alcohol and a diluent, metal nanoparticles with a particle size of 3-100nm or carbon nano tube particles with a tube diameter of 8-100nm and length of 100-600nm, a dispersing agent, a corrosion inhibition additive, a pH regulator and a fluorescence colorant. The nano long-acting liquid disclosed by the invention is high in heat conductivity coefficient, good in heat transfer performance, good in liquidity and low in cost.

The invention discloses a water-cooled radiating light emitting diode (LED) street lamp, which comprises a lampshade, an LED chip, a radiating pedestal, a stand pipe, radiating water pipes, a submersible pump, a water tank and a radiating shell, wherein the LED chip is tightly attached to the radiating pedestal, the radiating pedestal is hollow, the central open pore of the radiating pedestal is connected with the stand pipe, and four sides of the radiating pedestal are connected with the water tank through the radiating water pipes; the water tank is fixedly connected with the inner wall of the radiating shell; the submersible pump is arranged in the water tank; and the drainage port of the submersible pump is connected with the stand pipe. The LED street lamp has the advantages that: by water-cooled radiating, over-high temperature rise of the LED chip is prevented, the LED chip is difficult to damage due to high temperature, and the service life of the lamp is prolonged; and the lamp is easy to manufacture, install, produce and operate.

A Raney nickel catalyst used for low-pressure hydrogenation of dinitrotoluenem. The catalyst is characterized by comprising, by mass, 80-90 wt% of nickel, 5-10 wt% of aluminium and 1.65-10 wt% of an auxiliary agent metal, wherein the nickel is in the form of a simple substance, the aluminium is in the form of the simple substance of an oxide and the auxiliary agent metal is in the form of the oxide. The catalyst is low in price and has an excellent performance of catalytic hydrogenation of the dinitrotoluenem (DNT) without an additional solvent and under a low-pressure condition of 1Mpa.

The present invention relates to a heating cooker which can execute the heating cook the heated object with added delicious components. During the temperature elevating process for the internal temperature of the heated object, the temperature that the enzyme for decomposing the delicious components in the heated object begins to activate is set to (T0); the temperature that the enzyme for decomposing the delicious components in the heated object begins to inactivate is set to (T1); the temperature that the enzyme for decomposing the protein of the heated object and generating the delicious components begins to inactivate is set to (T2). During the time t (01) in the range (T F24C 7/08 F24C 7/02 A47J 27/04 7 18 2 2007/1/22 101025275 2007/8/29 000000000 Hitachi Air Conditioning & Home Electrical Appliance Co., Ltd. Japan Tanaka Sachi Tategawa Akirayuki Otsu Noriyuki Hanasaka Teruhiko Honma Mitsu Seibori Akiko zhangjing qiang 11243 Japan 2006/2/20 2006-041789

The invention discloses a pole piece hot air automatic drying system, which comprises an unwinding module, a cooling module, a drying furnace module and a winding module. The roll module is set at the rear end of the outlet of the drying furnace module; the cooling module is set between the unwinding module and the drying furnace module; the drying furnace module includes a plurality of the above-mentioned oil roller assemblies, a plurality of oil rollers The components form at least two rows of oil roller assembly sequences in the drying furnace body. The pole piece base tape enters from the inlet position of the drying furnace body, crosses up and down through each oil roller assembly in the oil roller assembly sequence, and then exits the drying furnace body. Take your mouth and leave. By setting multiple oil roller assemblies in the drying furnace body to form an oil roller assembly sequence, the temperature of the oil roller assembly can be controlled by the mold temperature controller, so as to meet the needs of the pole piece heating equipment with fast operation speed, fast temperature rise, high uniformity and short heating time process requirements.

The invention provides a wall-mounted air conditioner indoor unit. The wall-mounted air conditioner indoor unit comprises a machine shell, wherein first air supply ports and an air duct communicatingwith the first air supply ports are defined in the machine shell, and the inner wall, close to the first air supply ports, of the air duct is in a gradually-reduced shape enabling the overflowing section of the air duct to be gradually reduced in the airflow direction; and flow guide parts, wherein the flow guide parts are arranged in the air duct, and air outlet gaps are defined between the flowguide parts and the inner wall of the air duct to guide airflow blown to the first air supply ports to the inner wall of the air duct, so that the airflow gradually flows out of the first air supply ports towards an airflow center under the guidance of the gradually-reduced portion on the inner wall of the air duct. Cavities are formed in the flow guide parts, and air inlets and air outlets whichcommunicate with the cavities are formed in the flow guide parts, so that the airflow in the machine shell enters the cavities through the air inlets and then is blown out through the air outlets. Thewall-mounted air conditioner indoor unit has better long-distance air supply and strong air supply effects.

The invention provides a preparation method of a fabric of a photo-thermal conversion material with a core-shell structure. The preparation method comprises the steps of (1) preparing copper sulfide nanoparticles; (2) preparing core-shell structure nanoparticles of polydopamine coated copper sulfide; (3) pretreating the fabric with a cationic modifier; and (4) depositing the shell-core structure nanoparticles of polydopamine coated copper sulfide on the surface of the cationic fabric. In addition, the invention also provides a fabric of the photothermal conversion material with the core-shellstructure, which is prepared according to the preparation method of the fabric of the photothermal conversion material with the core-shell structure. The method for preparing the photo-thermal conversion fabric by using the shell-core structure nano material is simple to operate and mild in condition. The prepared photo-thermal conversion fabric is rapid in temperature rise, the temperature rise temperature can be regulated and controlled by adjusting parameters of an infrared light source, the photo-thermal conversion capacity can still be kept after multiple times of infrared light irradiation, and the stability is good.

An exhaust gas emission control device of an internal combustion engine, comprises: DPF (17) provided in an exhaust passage (11) of the diesel engine (1) ; a throttle valve (25) for regulating the volume of intake air into the diesel engine (1) ; temperature raise control means (30) for performing restriction of intake air or post-injection or exhaust-stroke injection in order to raise the temperature of the DPF (17); and ECU (30) for controlling the throttle valve (25) in accordance with the operating state of the diesel engine (1). The ECU (30) controls the throttle valve (25) in order to retain the temperature of the DPF (17) by restriction of intake air when interrupting temperature raise control during temperature raise of the DPF (17).

A food garbage processor comprises: a main body, an external barrel fixed in the main body, an internal barrel with comminution blades disposed in the external barrel, a motor arranged in the main body to drive the comminution blades, a heater attached on the external barrel to heat the food in the internal barrel, an exhaust pipe connected with the internal barrel, an exhaust fan connected with the exhaust pipe to exhaust the gas in the internal barrel, a control part controlling the motor, the heater and the exhaust fan, a temperature switch measuring the temperature between the external barrel and the internal barrel and sending the result to the control part. Therefore, the conduction and the radiation heat generated by the heater quickens the temperature increase of the food in the internal barrel, compared with the traditional structure wherein the heater is disposed on the top of the cover, the cover structure is simplified and the design freedom of the cover is enlarged so as to eliminate the overheating and improve the product stability.

The automobile tail gas catalyzing unit includes an expanding section and a main carrier section. The expanding section is provided with porous spherical honeycomb board in the inlet plane fixed to the conic casing and tail gas tube and the spherical honeycomb board has dense flow channels with maximum angle to the axis being the expanding angle of the said section. The main carrier section consists of conic honeycomb sheets arranged discretely with flow channel direction perpendicular to the surface. The present invention may be used in gasoline engine catalyzing device and diesel engine catalyzing device and can homogenize tail gas flow rate, raise mass transfer rate, reduce the radius of the catalyzing device and reduce the harmful exhaust.

The invention relates to a high temperature-UV inactivation device for the harmful bacteria of kitchen garbage and a method thereof. The invention can further carry out UV disinfection even after the constant temperature and high temperature heat treatment of the kitchen garbage in a sealed spiral dryer, so as to inactivate the pathogen, conditioned pathogen and other harmful microorganisms in the kitchen garbage, and safe and sanitary renewable raw materials or feeds can be generated after the inactivation process. The inactivation device has compact structure, high sterilization rate and simple operation, so the invention is a very effective inactivation method of the harmful microorganisms of kitchen garbage.

The invention discloses a pole piece infrared hot air drying system. The pole piece infrared hot air drying system comprises an unwinding pattern assembly, a hot roller pattern assembly, a drying furnace pattern assembly, a driving pattern assembly and a winding pattern assembly, wherein the unwinding pattern assembly is provided with an unwinding rectification assembly, an unwinding swinging roller and an unwinding pressing belt platform assembly; a pole piece base band sequentially passes through the unwinding rectification assembly, the unwinding swinging roller and the unwinding pressing belt platform assembly and then enters the hot roller pattern assembly; the hot roller pattern assembly is provided with multiple hot rollers; the pole piece base band sequentially passes through each hot roller and then enters the drying furnace pattern assembly; furnace rollers are arranged up and down in parallel in a box of the drying furnace pattern assembly; multiple infrared lamps are arranged between the furnace rollers; a hot air circulation structure and a cooling circulation structure are also arranged at one side of the box; and the pole piece base band enters the driving pattern assembly sequentially through the furnace rollers and then enter the winding pattern assembly. The pole piece infrared hot air drying system has the beneficial effects that the pole piece base band is pretreated by using the hot roller pattern assembly and then enters the thermostatic controlled drying furnace pattern assembly; and the pole piece infrared hot air drying system meets the technological requirements of pole piece heating equipment on fast operation speed, fast temperature rising, high uniformity and short heating time.

The invention belongs to the technical field of microbes, and particularly relates to a method for preparing a low temperature-resistant garbage treatment composite microbial agent. The method comprises the following steps: strain collection, strain separation, strain enrichment, strain acclimation, primary strain screening, low temperature acclimation, and preparation of the composite microbial agent. The composite microbial agent prepared by the method of the invention is better than commercial common microbial agents in microbial agent growth, the removal rate of ammonia nitrogen and COD inlandfill leachate and the enzyme production activity of the cellulose at a low temperature of 10 DEG C; and outdoor simulated reactor test results show that the temperature of the center of the garbage rises fast, the concentrations of ammonia nitrogen and COD in the landfill leachate are low, and the sedimentation rate of the garbage after a reaction is high. The composite microbial agent is suitable for solid garbage treatment in northwest regions, and has a good application prospect.

The invention provides a wall-mounted air conditioner indoor unit. The wall-mounted air conditioner indoor unit comprises a machine shell, wherein a plurality of first air supply ports are defined inthe front portion of the machine shell, an air duct communicating with the plurality of first air supply ports is defined in the machine shell, and the inner wall, close to the first air supply ports,of the air duct is in a gradually-reduced shape enabling the overflowing section of the air duct to be gradually reduced in the airflow direction; and a plurality of flow guide parts, wherein each flow guide part corresponds to one first air supply port and is arranged in the air duct, and an air outlet gap is defined between each flow guide part and the inner wall of the air duct, so that airflow blown to the corresponding first air supply port is guided to the inner wall of the air duct, and the airflow gradually flows out of the first air supply port towards an airflow center in a gatheredmanner under the guidance of the gradually-reduced portion on the inner wall of the air duct. Each flow guide part is configured to move in the front-back direction so as to be close to or away fromthe corresponding first air supply port, so that the size of the air outlet gap is adjustable. The wall-mounted air conditioner indoor unit has better long-distance air supply and strong air supply effects.

The invention provides a wall-mounted air conditioner indoor unit. The wall-mounted air conditioner indoor unit comprises a machine shell, wherein first air supply ports and an air duct connected withthe first air supply ports are defined in the machine shell, and the inner wall, close to the first air supply ports, of the air duct is in a gradually-reduced shape enabling the overflowing sectionof the air duct to be gradually reduced in the airflow direction; and flow guide parts, wherein the flow guide parts are arranged in the air duct, and air outlet gaps are defined between the flow guide parts and the inner wall of the air duct so as to guide air supply airflow blown to the first air supply ports to the inner wall of the air duct and enable the air supply airflow to gradually flow out of the first air supply ports towards an airflow center in a gathered manner under guidance of the gradually-reduced portion on the inner wall of the air duct. Each flow guide part is of a hollow structure, air outlets are formed in the sides, facing the first air supply ports, of the flow guide parts, and the flow guide parts are configured to introduce or produce adjusting airflow; and in theflowing process of the air supply airflow, a negative-pressure environment is formed at the air outlets, so that the adjusting airflow is promoted to be mixed into the air supply airflow and blown out of the first air supply ports together. The wall-mounted air conditioner indoor unit has better long-distance air supply and strong air supply effects.

The invention discloses improvement of a method for cultivating high-quality non-polluted red grape in high yield in the conditions of southern high-humidity climate and open field, which comprises the following operating steps: 1, performing shallow sowing; 2, performing field management; and 3, supplementing nutrient. The method has the advantages that: the shallow sowing is to consider the characteristic of southern climate that the upper-layer soil is quick to rise temperature again, has good air permeability and is quick to drain after rainfall, so that the roots of the red grape can absorb more nutrient, and the balanced development of the red grape is facilitated; the field management builds a suitable environment to ensure the further growth of the red grape; and the nutrient supplementation and constant cares timely meet the requirement of the red grape on a great deal of nutrient in the fruit developing process, so that health fruit of the red grape is obtained. The method is particularly widely applied to the southern high-humidity climate for growing the red grape.

The invention discloses a centrifugal clutch structure. The centrifugal clutch structure comprises a clutch housing, a rotating wheel, shoe blocks, friction pieces, guide cylinders and springs. The rotating wheel is arranged in the clutch housing. The rotating wheel and the clutch housing are arranged on the same axis. The rotating wheel is uniformly provided with the at least three guide cylinders. The number of the shoe blocks is equal to that of the guide cylinders. Guide holes are arranged in the shoe blocks. The guide holes and the guide cylinders are slidably matched. The springs are arranged in the guide cylinders. One end of each spring is connected with the rotating wheel and the other end of each spring is connected with one shoe block. The friction pieces are fixed on the outer circular surfaces of the shoe blocks. The outer diameters of the friction pieces are the same as the inner diameter of the clutch housing. An accommodating cavity is arranged in each shoe block and filled with water. The springs are arranged in the guide cylinders. Each shoe block corresponds to a spring so that multiple shoe blocks can be arranged on the rotating wheels. Therefore, the number of the shoe blocks can be adjusted according to friction force provided according to the need. The centrifugal clutch structure helps the temperature of the friction prices from rising too fast.

The invention provides a wall-mounted air-conditioner indoor unit, which comprises a housing and a flow guide element, wherein a first air supply opening and an air duct connected with the first air supply opening are defined in the housing; the inner wall, close to the first air supply opening, of the air duct is in a convergent shape that a flow passing section is gradually diminished in an airflow direction; and the flow guide element is arranged in the air duct, and further, air outlet gaps are defined between the flow guide element and inner wall of the air duct to guide an airflow blownto the first air supply opening to the inner wall of the air duct, so that the airflow gradually flows, in an aggregation manner, out of the first air supply opening towards the center of the airflowunder the guidance of convergent parts of the inner wall of the air duct. The wall-mounted air-conditioner indoor unit provided in the invention has better long-distance air supply and strong air supply effects.

The present invention provides a defrosting control device, control method and air-conditioning system for an air-conditioning system, wherein the air-conditioning system includes a compressor (1), an indoor heat exchanger (2), an outdoor heat exchanger (3) and a throttling device ( 4), wherein, the control device includes: a judging unit for judging whether the outdoor heat exchanger (3) has reached the level where defrosting is required; an execution unit for controlling the throttling device according to the judgment result of the judging unit Action to defrost when needed. The present invention uses the executive unit to adjust the throttling device to control the defrosting, cancels the original control through the four-way valve reversing, and can effectively prevent the indoor heat exchanger from evaporating and absorbing heat during defrosting, causing indoor The ambient temperature is lowered, which increases the indoor ambient temperature, avoids slow temperature rise, reduces energy loss, reduces noise and abnormal noise, reduces power consumption, improves operational reliability, and prevents problems such as compressor oil shortage and poor lubrication.