40results about How to "No additional energy consumption" patented technology

The invention provides an independent primary air system provided with a heat pipe exchanger. The independent primary air system is characterized by comprising a precooling unit, a cooling dehumidification unit, a reheating unit and an air supply unit. The precooling unit, the cooling dehumidification unit, the reheating unit and the air supply unit are sequentially arranged between an inlet and an outlet of the primary air system; the air supply system is arranged on the outlet of the primary air system. Primary air is precooled through an evaporator side of the heat pipe exchanger; the preprocessed primary air is cooled again through the cooling dehumidification unit; the primary air is bent through an air pipe and then heated again through a condenser side of the heat pipe exchanger; the processed air is sent indoors through the air supply unit, and indoor temperature and humidity are controlled to be 26 DEG C +/-0.5 DEG C and 50%+/-1%. The heat pipe exchanger of the independent primary air system achieves heat recovery in the precooling unit and the reheating unit, heat exchange efficiency is high, extra energy loss is avoided, and discharged heat can be recovered to the maximum; indoor air quality is improved; finally an air-conditioning system can save energy by 6%-9%.

The invention discloses a device for enhancing the heat dissipation performance of a freezer compressor shell. The device comprises heat pipes and heat dissipation fins; the heat pipes are arranged on the top part and the side surface of the upper shell of a compressor, and are closely connected with the shell; the heat dissipation fins are embedded on the heat pipes, and are uniformly distributed on the top part of the upper shell of the compressor; one side of each heat pipe is semicircular, and the other side is flat, and clings to the upper shell of the compressor; the heat pipes are arch-shaped; the multiple heat pipes are arranged at intervals; the middle part of each heat pipe is arranged on the top end of the upper shell of the compressor, and two ends of each pipe cling to the cylindrical cover-shaped periphery of the upper shell of the compressor from the top end; the distance between every two adjacent fins is 5mm; the lower end of each heat dissipation fin is arc-shaped; the upper end of each heat dissipation fin is linear; the sharp corners of each heat dissipation fin are rounded; and multiple round holes which are regularly arrayed are formed in each heat dissipation fin. According to the device, two phase change heat transfer cycles of each heat pipe share the same condensation end; working mediums at two sides absorb heat from hot ends to be evaporated, and encounter and are mixed in the middle part of each heat pipe, so that strong turbulent convection heat exchange is formed, and the heat dissipation effect is enhanced.

A method of increasing an anaerobic biological hydrogen production yield from organic waste water or waste is disclosed. According to the method, a magnetic field with certain intensity is evenly disposed on the outer wall of a traditional anaerobic hydrogen-producing reactor by means of permanent magnets or electrified coils, or a proper amount of a magnetic carrier material is added into the hydrogen-producing reactor and adopted as a carrier to which hydrogen-producing bacteria are attached, and temperature and a primary pH value of the organic waste water or the waste fed into the hydrogen-producing reactor are controlled, thus enhancing natural selection of anaerobic mixed flora, promoting culture and enrichment of anaerobic bacteria and improving biological activity and settling performance of the hydrogen-producing bacteria, and therefore objectives of efficiently enriching the hydrogen-producing bacteria and efficiently producing hydrogen from the organic waste water or the waste are achieved under a condition that inoculated sludge and the organic waste water are free of pretreatment.

The invention discloses a siphon-type closestool with water pressure. A water flushing pipe is connected to the bottom of a closestool body and connected with a closed cavity, gas is stored in the closed cavity in a sealed mode, and a water flushing control valve is arranged on a water flushing pipe and used for controlling whether the water flushing pipe is communicated with the bottom of the closestool body or not; the portion, located between the closed cavity and the water flushing control valve, of the water flushing pipe is connected with a water inlet branch pipe, and the water inlet branch pipe is directly connected with a tap water pipeline network; a water inlet control valve is arranged on the water inlet branch pipe and used for controlling whether the water inlet branch pipe is communicated with the tap water pipeline network or not. The siphon-type closestool with water pressure has the advantages of being good in energy saving effect, free of extra energy consumption, low in noise, small and exquisite in size and the like.

The invention relates to a measuring method for integral heat insulation performance of enclosure structure, which is a measuring method and device aiming at integral heat insulation performance of enclosure structure. It relates to the building heat engineering technology of heat insulation performance measurement of enclosure structure. The method measures and evaluates heat insulation performance of enclosure structure and monitors energy consumption level of building by adopting the method of dynamic data relevance of indoor and outdoor temperature. The method comprises following procedures in detail. 1.) Several indoor temperature sensors measuring indoor temperature (2) and outdoor temperature sensors measuring outdoor temperature (1) are connected with data collection and treatment device (3) respectively. 2.) Sampling interval, total sampling time and starting instruction are inputted by keyboard (4). 3.) Calculation program of related coefficient of indoor and outdoor temperature in the data collection and treatment device (3) is used to carry comparison and analysis; obtained related coefficient is between 0 and 1; the value of related coefficient of indoor and outdoor temperature time sequence represents integral heat insulation performance of enclosure structure.

The invention provides a yarn hairiness control device for a ring spinning frame, which comprises a holding jaw composed of a front roller and a front rubber roller, a yarn guide hook matched with the holding jaw, and a Matching traveler, steel ring and bobbin, a whole-fiber collecting plate is set between the gripping jaw and the yarn guide hook, and a plurality of “v”s are arranged on the upper surface of the whole-fiber collecting plate The whole fiber collecting groove is used to control the dissipated fibers in the spinning section that is not fully twisted. The whole fiber collecting plate is also provided with a plurality of positioning installation holes for fixing the whole fiber collecting plate. The invention can greatly reduce the hairiness of ring spinning, and can maintain the feature of soft hand feeling of ring spinning fabric while the hairiness reaches the level of compact spinning; the device has simple structure, convenient installation and wide adaptability.

The invention discloses a pitched roof photovoltaic efficiency-improving and fresh air preheating system, which comprises a photovoltaic module arranged on a pitched roof. An air space is reserved between the photovoltaic module and the pitched roof; an air heating collector is arranged on the pitched roof and communicates with the air space; a funnel cap without power is arranged on the top part of the air heating collector and communicates with the inner part of the air heating collector through a connecting pipe; a fresh air preheating system is arranged above a room, and comprises a fresh air pipeline; one end of the fresh air pipeline is sealed, and the other end of the fresh air pipeline penetrates through a wall of the room; a fresh air supply pipe communicating with the inner part of the room is arranged on the fresh air pipeline; the air heating collector is connected onto the fresh air pipeline through a guide air pipe; and a first butterfly valve and a second butterfly valve are arranged on the connecting pipe and the guide air pipe. According to the pitched roof photovoltaic efficiency-improving and fresh air preheating system provided by the invention, the surface working temperature of the photovoltaic module can be reduced, and the photovoltaic power generation efficiency is improved; and meanwhile, waste heat is effectively utilized for preheating fresh air, so that the heating load in winter is reduced.

The invention relates to a geothermal heat extraction device and belongs to the technical field of geothermal heat development. The geothermal heat extraction device comprises a heat insulation oil pipe 1, a sleeve pipe 2, a one-way valve set 3, a four-way joint 4, a reducing joint 5, a circulating tank 6, a T joint 7, a first temperature control solenoid valve 8, a second temperature control solenoid valve 9, a thermal flow control valve 10, a ground surface heat exchanger 11 and a corrugated pipe 12. The sleeve pipe 2 is fixedly connected with the lower end of the four-way joint 4. The upperend of the four-way joint 4 is fixedly connected with the big-diameter end of the reducing joint 5. The heat insulation oil pipe 1 is fixedly connected with the small-diameter end of the reducing joint 5. The first horizontal end of the four-way joint 4 is fixedly connected with the first temperature control solenoid valve 8. The second horizontal end of the four-way joint 4 is fixedly connectedwith the first end of the T joint 7. The second end of the T joint 7 is fixedly connected with the second temperature control solenoid valve 9. The third end of the T joint 7 is fixedly connected withthe first end of the thermal flow control valve 10. The second end of the thermal flow control valve 10 is connected with the first end of a return pipe of the ground surface heat exchanger 11. The second end of the return pipe communicates with the circulating tank 6.

A dynamic oil smoke protective cover for a draught fan is disclosed. The protective cover comprises a protective cover main body having a circular truncated cone shape. The bottom and the side wall of the protective cover main body are in plate structures. The top of the protective cover main body is opened to form a wind outlet. The bottom and the side wall of the protective cover main body are respectively provided with evenly arranged micro holes. The protective cover overcomes the oil smoke pollution problem that is not liable to control and caused by separation of pumping drainage and treatment of range hoods at present, protects impellers and motors of the draught fan from being contaminated by oil smoke, and largely prolongs the maintenance period and service lifetime of the draught fan. Pre-purification is adopted, and is matched with a self-cleaning device, and therefore oil smoke particles can be removed efficiently for a long term, oil smoke is prevented from entering the draught fan and a pipeline, and problems frequently caused by oil smoke tail purification devices, namely fire hazards caused by long-term oil accumulation in oil smoke pipelines, secondary pollution in an oil smoke discharging process, and oil dropping and leakage in an oil smoke discharging port, can be effectively overcome.

The invention discloses a hybrid electric vehicle power system based on magnetic transmission. The hybrid electric vehicle power system comprises elements such as a spline shaft sleeve and an engine permanent magnet turntable, the engine permanent magnet turntable is sleeved on a rotation shaft of a middle turntable and is connected together with an engine through the spline shaft sleeve, a motor permanent magnet turntable is also sleeved on the rotation shaft of the middle turntable and is connected with a motor through a straight-tooth transmission gear and a motor gear, high-energy permanent magnets are mounted on the engine permanent magnet turntable and the motor permanent magnet turntable, a first copper ring and a second copper ring are mounted on the left side and the right side of the middle turntable, the first high-energy permanent magnet and the first copper ring form a first magnetic coupling system, and the second high-energy permanent magnet and the second copper ring form a second magnetic coupling system. The hybrid electric vehicle power system has the advantages of simple structure, control accuracy, convenience in maintenance, high reliability and the like.

The invention discloses an application of a luffa water spray for treating acute pharyngitis. Experiments prove that the luffa water spray has an obvious effect on treating acute pharyngitis.

The invention relates to a processing method for spinning single yarns of plied yarn structures on a ring spinning frame. A twisting mechanism arranged at the front ends of a front leather roller and a front roller is adopted; the twisting mechanism consists of the twisting leather roller and the twisting roller which do rotary motion and reciprocating motion; fibers arranged in parallel in fiber strands are twisted under the friction action of the twisting mechanism to form pre-added twisting orientation; two bundles of pre-twisted ring spun staple fiber yarns subjected to twisting treatment are output through a twisting jaw composed of the twisting roller and the twisting leather roller; and the two bundles of pre-twisted ring spun staple fiber yarns are converged and plied in a triangular twisting area under the action of twisting force of cohesive twisting and internal torque force of slivers subjected to twisting finishing, so that the single yarns of the plied yarn structures integrating main body double-strand spiral type and local twisting cohesive type are formed, the strength, abrasion resistance and flexibility of the yarns are improved, the technological process of doubling and plying of the single yarns are reduced, the application range is wide, the operation is convenient, and the large-area popularization and application are facilitated.

The invention discloses an anti-backflow drainage system. The system includes a drainage branch pipe, a water collecting pipe and a discharge pipe, wherein the drainage branch pipe, the water collecting pipe and the discharge pipe are connected in sequence, a rectangular-block-shaped anti-backflow box is arranged between the water collecting pipe and the discharge pipe, the upper portion of the anti-backflow box is provided with a water inlet connected with the water collecting pipe, the lower portion of the anti-backflow box is provided with a water outlet connected with the discharge pipe, and the anti-backflow box is internally provided with a floating block which is larger than the water inlet in size and can not pass through the water outlet. Through the arrangement of the anti-backflow box, when backflow of sewage occurs, water flow and characteristics of buoyancy are made use of, the floating block automatically blocks the water inlet of the anti-backflow box, further backflow of sewage is prevented, without affecting free drainage of the drainage system, the problem that backflow is easy to occur in a drainage system in the prior art is solved, the structure is simple, the system is easy to maintain, and no additional energy is consumed.

The invention relates to a spinning method and spinning device for transverse motion twisting on a three-roller ring throstle. According to the invention, the behavior that a front roller drives a twisting leather roller to rotate is converted into axial reciprocating motion by utilizing the interaction of a sliding block fixed in a base frame and reciprocating thread grooves in two ends of a reciprocating shaft rod fixed on the twisting leather roller; the twisting leather roller is used for twisting and finishing drafted fiber strands, so that the twisting cohesion type internal and external transfer of fiber strand main bodies and the twisting type tight gathering and wrapping of outer layer fibers are integrated, and the winding tightness of the surface layers of positive and negative net-shaped cross winding type solidified yarns is formed; and meanwhile, the fibers in the yarn bodies are reversely twisted and deformed, so that residual torques in the yarns are balanced and finally the soft high-strength bright and clean yarns are formed. The mechanism design that the twisting leather roller rotates and moves transversely in a reciprocating mode is fundamentally achieved, and the spinning device is convenient to operate, free of additional energy consumption, reasonable in mechanism and easy to popularize and use.

The invention relates to the field of environmental protection apparatuses, and concretely relates to a mixed filler fluidized tank coupled constructed wetland sewage advanced treatment apparatus. Sewage sequentially flows through an anaerobic tank, a fluidized tank, a sedimentation tank, a primary wetland, a phosphorus removal tank and a secondary wetland; a flexible fiber rope filler is arrangedin the anaerobic tank, the fluidized tank is provided with a moving bed and a porous polymer mixed biological filler and can realize fluidized movement, a gravel and quartz stone filler is arranged in each of the primary wetland and the secondary wetland, and wetland plants are planted in each of the primary wetland and the secondary wetland; and an aeration tube is arranged in the fluidized tank, and is externally connected with an aeration control device, a return tube is arranged in the sedimentation tank and is externally connected with a return pump control device, and the control devices realize automatic control in a numerical control switch operation mode. The apparatus overcomes the deficiencies in the prior art, is obtained by innovating the universality of a traditional anaerobic, aerobic and ecologic sewage treatment technology, has the advantages of novel process, compact structure, high space utilization rate, small occupied area, enhancement of nitrogen and phosphorus removal, and stable water discharge, and has great promotion and application values.

The invention discloses a method for degrading red tide/water bloom algae by in-situ driving electro-Fenton through a sedimentary microbial fuel cell based on water body bottom mud, and belongs to the technical field of water body pollution treatment. The method comprises the following steps: introducing a carbon felt electrode as an anode into bottom mud of a water body, oxidizing organic matter resources contained in the bottom mud to generate electrons by virtue of an extracellular electron transfer mechanism by virtue of electricigens under a natural anaerobic environment condition, transferring the electrons to a gamma-FeOOH-loaded cathode fixed on the upper surface of the liquid surface of a cathode region through the anode, dissolving ferric iron in water to promote the reaction of dissolved oxygen and ferric iron to generate Fenton reagents H2O2 and Fe<2+>, and decomposing hydrogen peroxide under the catalytic action of ferrous ions to generate hydroxyl free radicals with strong oxidizing property; wherein energy and hydrogen peroxide are not required to be added in the process, and the purpose of removing red tide/water bloom algae in situ can be achieved. Meanwhile, the effect of reducing organic matters in the water body bottom mud can be realized by utilizing anodic reaction.

The invention discloses a gas turbine unit and gas turbine driving equipment, and relates to the field of gas turbines. A gas turbine unit includes a first skid assembly and a second skid assembly; the first skid assembly comprises a ventilation module and an air inlet module; the ventilation module comprises a ventilation pipeline, a ventilation filter, an equipment cabin and a ventilation valve, the ventilation filter, the equipment cabin and the ventilation valve are sequentially arranged on the ventilation pipeline in the airflow direction, the ventilation valve is provided with a first ventilation opening and a second ventilation opening, and the first ventilation opening communicates with the outside atmosphere. The air inlet module comprises an air inlet pipeline and an air inlet filter; the first skid assembly comprises a connecting pipeline, one end of the connecting pipeline is connected with the second ventilation opening, the other end of the connecting pipeline is connected with the air inlet pipeline, and the joint of the connecting pipeline and the air inlet pipeline is located on the upstream of the air inlet filter. The second skid block assembly comprises a gas turbine, and the gas inlet pipeline is connected with the gas turbine. A gas turbine drive apparatus includes a gas turbine set. The problems of energy loss or influence on output power of the gas turbine and the like can be solved.

The invention provides a device for carrying out gas-liquid separation by utilizing a magnetic screen, a working method and a spacecraft. The device comprises an inlet, a shell, a channel with a screen and an outlet, one end of the shell is provided with the inlet, and the other end of the shell is provided with the outlet; the channel with the screen is mounted in the shell; the channel with the screen forms a gradient magnetic field, gas-liquid mixed fluid flows into the channel with the screen through the inlet, gas-free liquid is separated out through the gradient magnetic field, and the gas-free liquid is discharged through the outlet. According to the device, magnetizing force is applied to gas-liquid mixing, the gas blocking capacity of a screen liquid film is improved, and therefore better gas-entrapment-free liquid discharging performance is obtained.