502results about How to "No dead ends" patented technology

The invention discloses a radiating material and a preparation method of the radiating material. The radiating material comprises a component A and a component B, wherein the component A is an ionic modified resin, or a mixture of more than one ionic modified resin, or a composite of more than one ionic modified resin; and the component B is one or more mixed material with the far infrared emission rate greater than 0.80 or thermal conduction coefficient greater than 5W/m.K, and grain size smaller than 30mu. In use, the radiating material can not only improve the radiating performance of metal parts, but also achieve certain other special functions (for example, self-cleaning, infrared stealth, thermal insulation, corrosion resistance, thermostability, self-lubricating, insulation and other properties), and can be prepared into most needed color according to requirement.

The invention relates to a one-step copper smelting technology and a device thereof. The interior of a furnace body is divided into three zones, namely a smelting zone, a blowing zone and a refining zone, by a retaining wall; and two rows of spray guns which are arranged in a staggered manner and have an included angle with a vertical line are arranged at the bottoms of the zones; return dust is mixed and then added into mixed copper concentrate and a solvent through a charging opening of the smelting zone, oxygen-enriched air is sprayed through the spray guns to carry out self-heating smelting, to generate copper matte; the spray guns in the blowing zone spray oxygen-enriched air so as to blow copper matte into crude copper and slag; the spray guns in the refining zone supply oxygen-enriched air for oxidization, and supply natural gas as a reductant for reduction, and the generated anode copper with high purity is interruptedly discharged form a copper discharging opening, so that the low-altitude pollution problem caused by SO2 can be solved, the operation environment can be greatly improved, the utilization rate of sulfur and heat can be obviously increased, and further the economic benefits can be increased further; in addition, the invention provides a one-step copper smelting technology which is more advanced, shorter in flow, lower in investment, lower in comprehensive energy consumption, higher in recovery rate, and better in comprehensive utilization in comparison with the existing continuous copper smelting technology.

The invention relates to a staged membrane bioreactor device, for treating sewage or micro-polluted source water, with a water container, pertaining to the environmental protection technology field. The device consists of a half-reaction zone, an anaerobic reaction zone, an aeration reaction zone and a pure water zone. The half-reaction is communicated with the bottom of the aeration zone, the bottom of the half-reaction is provided with an empty valve, one side of the half-reaction zone has a water inlet pump, the inside of the half-reaction has an internal ring filled with stuff, and the top of the half-reaction is provided with a stirrer, and the effluent of the half-reaction automatically flows into the anaerobic reaction zone. The top of the anaerobic reaction zone is provided with a stirrer, the bottom thereof is provided with a sludge empty valve, and a sludge empty device is shaped like a horn mouth and positioned in the anaerobic reaction zone, and the top of the anaerobic reaction zone is provided with a drug feeding mouth. The bottom of the aeration reaction zone has an internal return pump, the lower part of the aeration reaction zone is provided with an aeration pipe with an air inlet positioned at one side of the aeration reaction zone, and a fan is connected to the aeration pipe through the air inlet; the top of the aeration reaction zone is provided with an overflow pipe, the bottom of the aeration reaction zone is provided with an empty valve, while the middle is provided with a membrane component. The pure water zone is divided into two units, and the inside of each unit is provided with an effluent valve. The invention has the advantages of good effluent quality, multi purposes, small land occupancy, flexible and convenient using method, and is applied to the treatment of domestic sewage and micro-polluted source water, and can widen and facilitate the application of membrane bioreactor water treatment and water resource reutilization technique.

The invention discloses a metal roof plate and plane tile combined roof system and a construction method thereof. The method comprises the following steps that a plurality of longitudinally and transversely staggered purlines are arranged on a roof steel structure of a building structure, and the upper surfaces of the plurality of purlines are controlled in the same plane; a bottom plate is arranged on the roof steel structure, and is fixed on a side surface support plate of the plurality of purlines; a dustproof layer, a sound absorbing layer and a steel wire net are sequentially paved on the bottom plate; an aluminum alloy support frame is arranged in a position, corresponding to the longitudinally and transversely connected position, on the steel wire net; a heat insulation layer and a waterproof ventilated membrane are sequentially laid on the steel wire net; the lower part of the aluminum alloy support frame is embedded in the heat insulation layer and is fixed with the purlines; the upper part of the aluminum alloy support frame is exposed out of the waterproof ventilated membrane; a metal roof plate is arranged on the waterproof ventilated membrane, and is fixed at the upper part, exposed out of the waterproof ventilated membrane, of the aluminum alloy support frame; a connecting device is arranged on the metal roof plate; and plane tiles of a tiled roof are arranged on the connecting device.

An integrative machine with functions of vegetable washing, dish washing and disinfection solves the problems of repeated expenditure and large occupied area of the prior separated vegetable washing machine and dish washing machine. The integrative machine is characterized in that two buckles are arranged on the left side of the upper end of a moving basket bracket; two pins are respectively arranged on the front and the rear sides of the left end of the moving basket bracket; an exhaust fan is fixed on the upper part of a housing and is communicated with a sealed chamber; the air inlet of a one-way air discharge door is fixed on the air outlet of the exhaust fan; and the air outlet of the one-way air discharge door is connected with an exhaust pipe. The fruits and vegetables can be washed by swaying and rotating the basket for the first time and then by swaying and sprinkling the basket for the second time. Water droplets on the washed dishes can be blown off by the fan, and the dished can be dried by a FIR drying device. No dead corners are present for the UV rays and the ejected water flow due to the swaying of the dish washing basket.

The invention provides a rock sample porosity determination method, and belongs to the oil-gas geology exploration and development field. The method comprises the following steps: determining and calculating to obtain the entity volume of a rock sample, covering the external surface of the rock sample with a film, determining and calculating to obtain the volume of the film covered rock sample, peeling the film from the rock sample, determining and calculating to obtain the volume of the film, calculating to obtain a difference between the volume of the film covered rock sample and the volume of the film in order to obtain the bulk volume of the rock sample, calculating to obtain a difference between the bulk volume of the rock sample and the entity volume of the rock sample in order to obtain the pore volume of the rock sample, and finally calculating to obtain the ratio of the pore volume of the rock sample to the bulk volume of the rock sample in order to obtain the porosity of the rock sample. The rock sample porosity determination method has the advantages of simplification of present rock sample porosity determination methods, analytic period shortening, work efficiency improvement, applied apparatus reduction, analytic precision improvement, and cost reduction.

The invention discloses a dead-corner-free eccentric variable-blade-length stirring device which comprises a barrel. A stirring shaft is arranged in the barrel, the stirring shaft and the center axis of the barrel are eccentrically arranged, an upper stirring mechanism and a lower stirring mechanism which are perpendicular to each other are fixed to the stirring shaft, and the upper stirring mechanism and the lower stirring mechanism are identical in structure. The upper stirring mechanism and the lower stirring mechanism both comprise a sleeve and a telescopic rod. The closed ends of the sleeves are installed on the stirring shaft through threads, the other ends of the sleeves are open, cavities are formed in the sleeves, and the telescopic rods are disposed in the cavities in a sliding mode. The ends, far away from the sleeves, of the telescopic rods are provided with grooves, and sliding assemblies are installed at the open ends of the grooves. A sliding rail matched with the sliding assemblies is installed on the inner wall of the barrel. The lengths of the upper stirring mechanism and the lower stirring mechanism are changed all the time along with stirring. The center of relative stirring of the upper stirring mechanism and the lower stirring mechanism is not the center axis of the barrel any more, the maximum stirring radius can be larger than the radius of the barrel, and the effect of liquid is better.

The invention relates to a high-solid anaerobic reaction device and method for organic garbage. The device comprises a pulverizer, a pretreatment pond and an anaerobic fermentation tank, wherein the pulverizer is arranged above the pretreatment pond; a spiral conveying device is arranged below the material outlet of the pretreatment pond and connected with the anaerobic fermentation tank; a liquid-collecting pipe is connected to the bottom of the anaerobic fermentation tank and connected to a four-way pipe fitting; the other three ports of the four-way pipe fitting are connected with a water draining pipe, a pretreatment pond backflow pipe and a biogas slurry spraying return pipe respectively; the anaerobic fermentation tank is internally sequentially provided with a spraying perforated plate and a sieve plate from top to bottom. According to the anaerobic reaction device for the organic garbage with the high solid content, the material pulverization, pretreatment and fermentation are integrated, the material uniformity is guaranteed, an anaerobic fermentation process is facilitated, the solid concentration and uniformity of a material are regulated through fermentation liquor backflow, and the stable fermentation of organic garbage is realized; the anaerobic reaction device has the characteristics of wide adaptability, high treatment efficiency, compact layout, stable operation, small land occupation area and the like.

The invention provides a chemical oxygen self-rescuer with diversion enhancement heat-transfer and cooling performances. The chemical oxygen self-rescuer comprises a breathing hose, an air bag, an oxygen generator, an upper shell and a lower shell and is characterized in that the oxygen generator is arranged in the lower shell, and a phase-change cooling-material cooling layer is arranged between the outer wall of the oxygen generator and the lower shell; a porous exhaling catheter is arranged on a vertical center shaft of the oxygen generator, and an upper-layer filtering baffle plate and a lower-layer filtering baffle plate are respectively arranged on the planes on which the upper catheter mouth and the lower catheter mouth of the porous exhaling catheter; the porous exhaling catheter is connected with the outer wall of the oxygen generator through a vertical support shunt heat-conducting plate. The oxygen generator with a diversion enhancement heat-transfer technology and the phase-change material melting decalescence cooling layer are adopted. The chemical oxygen self-rescuer has the advantages that the suction temperature and the temperature of the handheld surface of a product are low, the oxygen generating efficiency is high, and meanwhile the air tightness is conveniently inspected.

The invention relates to a whole bin whole-base ventilation low-speed drying grain storage system which comprises a grain bin and a grain bin treatment device. The system is characterized in that the grain bin is a whole-base ventilation grain bin, a ventilation structure is arranged on a base plate of the grain bin, the ventilation structure is connected with a ventilation inlet formed in the grain bin, and the ventilation structure is communicated with an inner cavity of the grain bin. The grain bin treatment device comprises a shell, and an air inlet and an air outlet are formed in the shell. The air outlet of the grain bin treatment device is connected with the ventilation inlet of the grain bin. According to the whole bin whole-base ventilation low-speed drying grain storage system, no drying pipelines exist in the grain bin, drying efficiency and the drying effect are greatly improved, the system can adapt to unprocessed grain conditions and climatic features in different areas, and the commodity value of the grain is ensured through low-temperature low-speed drying. In addition, by the adoption of technology application of ozone mould prevention and sterilization and pesticide residue degradation, it is ensured that no mould loss is produced in the treatment process, and meanwhile the drying season can be prolonged.

The invention discloses a column-shaped denitrifying reactor through integrated nitrated and denitrificated biological film method in the environmental protective technique domain, which comprises the following parts: water collecting system, aerating reacting region, anaerobic region and sediment region, wherein the aerating reacting region is full of suspension fill with aerating pipe on the bottom; the gas inlet and water outlet are opened on the bottom; the gas inlet connects aerating pipe with top opening interconnecting hole; the peole-shaped mud baffle board is set in the sediment region with hole on the top, which connects one end of gas collecting pipe; the other end of gas collecting pipe pierces the water collecting system; the mud drainage valve lies on one side of sediment region under the mud baffle board; the bottom of water collecting system possesses overflow dam with water drainage pipe on one side; the sampling valve is set around aerating reacting region and sediment region.

The invention provides a micro hollow fiber thermal insulating coating for buildings and an application method thereof. The micro hollow fiber thermal insulating coating for buildings is divided into a I-type single-component micro hollow fiber thermal insulating coating for buildings and a II-type double-component micro hollow fiber thermal insulating coating for buildings, and is used as an exterior wall thermal insulating coating or used to pipes and other various places needing coating the thermal insulating coating. The coating is added with super hollow fibers and aramid fibers with high-temperature resistance, acid and alkali resistance and light weight, so that the coating has the advantages of low thermal coefficient and heat storage coefficient, obvious heat retaining effect, nontoxic formula, environmental protection, excellent fire resistance, super-strong chemical stability, high cohesional strength, noise removal, high cost performance, long service life, wide application, simple and easy construction, good effect, labor and physical resource conservation, and obvious economic and environment-friendly benefits.

The invention provides a reclaimed copper smelting process and a device. The process device is composed of a smelting furnace and two parallelly arranged redox furnaces, which are in connection with two branch chutes through a main chute. The three furnaces are arranged in the shape of the Chinese character ''pin''. A furnace body consists of a feed inlet, a flue gas outlet, a copper matte outlet, a slag notch, a side wall jack on a furnace body lateral part and a spray gun jack at the furnace body bottom. The slag notch is located at the furnace body end face, the copper outlet is located on the furnace body end face at the slag notch end or the lower part of the furnace body. The furnace body is cylindrical and rotatable. The furnace body has a round cross section and its radial dimension is consistent in the axial direction of the furnace body. The spray gun is in a casing pipe form, and is inserted into the spray gun jack so as to spray oxygen and natural gas into the furnace at the same time. The included angle alpha between the opening direction of the spray gun and the vertical direction is greater than or equal to -65 degrees and smaller than or equal to +65 degrees. The process and the device involved in the invention have the advantages of high production intensity, high efficiency, short cycle, energy saving and environmental protection, and good economic benefits.

A mechanical arm control system achieving positioning through vision comprises a mechanical arm data processing system and a mechanical arm power system. An industrial camera generates an image by capturing work environment video, and an executing mechanism recognizes data in the image for a processing module. According to the processing module, the distance measuring algorithm and the four-element algorithm are adopted for positioning a bearing of a target control mechanical arm, the mechanical arm is controlled to achieve the high-precision operation task, and control signals are generated to control the mechanical arm to move. Through the above manner, traditional mechanical arm single operation and poor work environment interaction are avoided, and the problem about difficult mechanical arm positioning is solved.

The invention discloses a horizontal type stirring ball-milling reactor for intensifying bentonite modification, and provides a ball mill which is uniform in material blending, has no stirring dead angle and controllable ball-milling temperature, can add materials at any time, and is high in ball-milling efficiency and used for intensifying bentonite modification. According to the invention, the main body structurally comprises a bracket, a stirring shaft mounted on the bracket, a stirring device mounted on the stirring shaft and composed of plough disc stirring blades and S-shaped stirring blades, and a ball-milling cylinder; the S-shaped stirring blades are mounted on the adjacent two groups of plough disc stirring blades; the stirring shaft is connected with a motor through a belt; the ball-milling cylinder comprises two layers of an outer cylinder and an inner cylinder; a cooling liquid flow leading channel is formed between the outer cylinder and the inner cylinder; the outer cylinder is provided with a coolant inlet pipe, a feed opening, a discharge opening and a coolant return pipe; the coolant inlet pipe and the coolant return pipe are respectively connected with a coolant inlet pipeline and a coolant return pipeline of a cooling system; milling balls are arranged in the ball-milling cylinder. The reactor can be used for polysaccharide superpolymer modification.

The invention discloses a fluid bed granulating drier applied in various fields such as pharmacy, food, feeds, pigments and chemical industry. The fluid bed granulating drier comprises an adhesive tank, an air compressor and a fluid bed, wherein a hot air inlet is formed in the lower half part of the fluid bed and is connected with a heater; an air outlet of the fluid bed is connected with an exhaust fan via a pipeline; a filter is connected with the upper half part of the heater and is provided with an air inlet; filter cloth and a muffler are arranged at the air outlet of the fluid bed. The drier has a simple structure, is reasonable in design, completes the processes of mixing, granulating and drying in the same equipment, is quick in mass heat transfer, is operated at closed negative pressure, thus avoiding dust flying, is uniform in granules, does not have dead angles, is cleaned thoroughly, is free from cross pollution and is energy-saving and environment-friendly.

A granulating, fluidizing and drying system is provided with a vibration fluidizing machine, a granulating machine, a cyclone separator, a water film dust remover, a crusher, a heating device and a cooling device. A ventilation area on a bed plate of the vibration fluidizing machine is formed by connecting round unit ventilation areas which are arranged in a line. A screening device is arranged at the tail end of the bed plate, air holes at the middle square positions of the unit ventilation areas on the bed plate are straight holes, and air holes on four bow-shaped parts of the unit ventilation areas on the bed plate are scale holes. The air outlet direction of the scale holes on two bow-shaped parts on the front part in each unit ventilation area is towards a box wall, and the air outlet direction of the scale holes on two bow-shaped parts on the rear part in each unit ventilation area is towards the connection position of two unit ventilation areas. Air inlet tubes corresponding to the unit ventilation areas one by one are arranged in an air chamber. The granulating, fluidizing and drying system can integrally achieve granulation, drying, cooling and screening, has high efficiency, treats exhausted tail gas, and is favorable for environment protection. By means of a special shape of the bed plate and the distribution of the air holes, fluidization of the vibration fluidizing machine is stable and free of dead corners.

The invention discloses a bottle washing device capable of shaking a bottle body. The bottle washing device comprises a bottle washing water distributing device. A bottle rotating guide track is arranged on the periphery of the bottle washing water distributing device and is fixed through a plurality of columns. The bottle washing water distributing device comprises a movable rotary plate, a bottle clamping device and a nozzle are arranged at the end of the movable rotary plate, the bottle clamping device is hinged to the movable rotary plate, a guide rod is arranged on the bottle clamping device, and the guide rod clamps the bottle rotating guide track. The bottle rotating guide track is provided with a wave-shaped track. The bottle washing device capable of shaking the bottle body can wash the inside of the bottle body in all the directions, and dead spaces do not exist.

The invention relates to a pulse type airflow mixer. The pulse type airflow mixer comprises a powder particle feed port, a pulse bin top dust remover and a mixture bin. The powder particle feed port is formed in the top of the mixture bin, the pulse bin top dust remover is arranged beside the powder particle feed port, the bottom of the mixture bin is set in a conical shape, airflow mixing head nozzles are connected to the bottom of the mixture bin in a circle and connected with high-pressure air pipes, the high-pressure air pipes are communicated with an annular air bag through electromagnetic valves, and a butterfly valve is arranged at the bottom of the mixture bin. The mixing and homogenizing speed is high, products are not broken, high efficiency and energy saving are achieved, and the mixing and homogenizing value is high.

The invention relates to a dust cleaning device for a belt conveyor belt surface. The dust cleaning device is characterized by mainly comprising a dust collection hood, a dust blowing device and a negative pressure dust collection device, wherein the dust collection hood is installed below a conveyor belt at the discharge end of a belt conveyor, spring telescopic rods are installed between the dust collection hood and a supporting part, the upper end of the dust collection hood is connected with the dust blowing device in the direction of the cross section of the belt, a conical dust collection chamber is arranged at the lower end of the dust collection hood, the dust collection chamber is connected with the negative pressure dust collection device, and the amount of negative pressure of the negative pressure dust collection device is larger than the discharge of compressed air of the dust blowing device. Positive pressure is provided by the compressed air to blow off dust adhering to the belt or a part in a belt crack, dust is then absorbed through the negative pressure, accordingly, air under positive pressure and negative pressure is adopted as power to blow the dust away from the belt, the dust is blown off more thoroughly, and no dead angle is left during dust blowing; meanwhile, the spring telescopic rods can maintain good sealing performance between the dust collection hood and the belt, so that the dust collection effect is guaranteed.