92results about How to "Has a diversion effect" patented technology

The invention relates to an onboard efficient cotton cleaning device, which belongs to the technical field of agricultural machinery and comprises a vertical flow channel with an input hole in the middle of one side. A cellular box with honeycomb holes on the lateral wall is installed on the top of the vertical flow channel, an upper toothed roller and a lower toothed roller supported inside a lower casing are installed on the lower portion of the vertical flow channel, an upper brush and a lower brush radially extending towards the upper toothed roller and the lower toothed roller are respectively mounted at the same-side lower ends of the vertical flow channel and the input hole and on the lower casing, beating rods are distributed at intervals on the sides, corresponding to the input hole, of the upper toothed roller and the lower toothed roller along circular tracks, a cotton collection channel for delivering air flow from bottom to top is arranged at the bottom of the casing. A suction hole on the side, opposite to the beating rods, of the upper toothed roller is reserved in the middle of the cotton collection channel, a return hole lower than the input hole is reserved on the side, opposite to the input hole, of the vertical flow channel, and a distribution channel extends up diagonally from the return hole and out of the vertical flow channel. The onboard efficient cotton cleaning device is capable of preventing unginned cotton from being blown out of an impurity hole and impurities from directly entering a cotton collection box in a short-pass manner, and accordingly the rate of impurities is lowered effectively.

The invention relates to a rotating piece type automatic-cleaning and heat-transfer enhancing device, in particular to a device used for a heat transfer pipe for a tubular heat exchange device. The device comprises one or more rotating piece(s), hanging parts, an axial line and limiting rivets and is used by being placed in a heat exchanger, wherein the number of the hanging parts is two, and the two hanging parts are respectively fixed at both ends of the heat transfer pipe; the rotating pieces are placed in the heat transfer pipe of the heat exchanger; the rotating pieces are used and arranged in groups, and the limiting rivets are arranged between each group of the rotating pieces at intervals; the axial line penetrates through an axle holes of the rotating pieces and the limiting rivets, and both ends of the axial line are fixed on the two hanging parts; the rotating pieces are of screw twisted shapes, concavo-convex slot structures are alternatively arranged at the position of the axial line at intervals and are axle holes of the axial line, the friction between the rotating pieces and the axial line can be effectively reduced, thus the service life of the rotating pieces is prolonged; and the rotating pieces have simple molds, can be made of plastics or metal and can be molded by pressing or by injection according to the different materials. The device has the dual functions of automatic on-line cleaning and scaling control and enhancing heat transfer in the heat transfer pipe and is convenient to manufacture, assemble, use and replace.

The invention discloses a low-noise device for a centrifugal compressor of a turbocharger, aiming at overcoming the defect of serious airflow turbulence after an air guide wheel air incoming re-circulating structure is adopted by a turbocharger with the lowest cost so as to lower noise and improve the efficiency of the compressor. The low-noise device has the following technical scheme that based on the prior art, a space is formed between a shell 4 of an air compressor and an air guide sleeve 3, and a flow guide cover 15 is arranged in the low-noise device so as to form secondary air inlet passages 7 and 14; and arc flow guide treatment is carried out at the turning of the channel of related parts, and the air guide sleeve 3 is provided with 3 grooves or 3-20 circular holes at the radial circumference corresponding to an impeller 1 of the air compressor. The low-noise device can be widely applied to compressors to lower the noise and has wide application prospect.

The invention discloses a soft package non-modular power battery system which comprises an upper cover and a lower box body assembly which are fixedly connected, and a battery management system, a pressing rod assembly, a low-voltage wiring harness, a soft package battery cell assembly, a high-voltage assembly, a cross beam assembly and a liquid cooling system are sequentially arranged between theupper cover and the lower box body assembly from top to bottom. According to the technical scheme, a modular structure is avoided, soft package battery cells are directly integrated into the batterybox, the process of integrating the battery cells into a module is omitted, the assembly error caused by intermediate integration of the module is omitted, the process is simplified, and the cost is reduced; the system is non-modular, materials such as a module shell, a module end plate and a heat conduction structural adhesive are omitted, the weight is obviously reduced, the cost is obviously reduced, a heat exchange path is changed into a battery cell, heat conduction structural adhesive and liquid cooling pipe, the heat transfer path is shortened, and the efficiency is improved.

The invention belongs to the oil and gas exploration technology field and discloses a filling adaptive water control screen pipe. A base pipe in a valve shield is provided with a large displacement filling hole and an adaptive flow control valve. The external portion of the large displacement filling hole is provided with a self-reset filling mechanism. Or a water-swelling rubber is arranged in anannulus between the base pipe and the valve shield. The self-reset filling mechanism is formed by a spring, a slide sleeve, a sealing ring, a soluble support sleeve and a positioning ring. When the soluble support sleeve supports the slide sleeve, the large displacement filling hole is in an open state. After the soluble support sleeve is corroded by water, the slide sleeve closes and seals the large displacement filling hole. After the water-swelling rubber is swelled in the water, a filling channel between the overflow hole channel of an overflow end ring and the large displacement fillinghole of the base pipe is closed. In the invention, the adaptive flow control valve and a large displacement filling mechanism are effectively combined in the screen pipe so that the large displacementdemand of filling work is satisfied and effective sand prevention and water control during a production process can be realized; and a water control completion effect is effectively improved, and a water control validity period is prolonged.

The invention discloses a device for extracting water from air. The device is characterized in that the device comprises an inner cylinder assembly, an outer cylinder assembly, a heat dissipation and diversion assembly and a water collecting assembly, the inner cylinder assembly is located inside the outer cylinder assembly, the inner wall of the inner cylinder assembly is a metal polygonal cylinder, an inner side thermoelectric chip attaches to the corresponding outer wall of the metal polygonal cylinder, the inner wall of the outer cylinder assembly is a metal cylinder, an outer side thermoelectric chip attaches to the outer wall of the metal cylinder, the inner cylinder assembly and the outer cylinder assembly are connected through the heat dissipation and diversion assembly, and the bottom of the outer cylinder assembly is connected with the water collecting assembly. The inner side thermoelectric chip of the inner cylinder and the outer side thermoelectric chip of the outer cylinder are utilized to condense water vapor in air for water taking, the heat dissipation and diversion assembly makes the air fully in contact with a condensation face, an air exhausting pipe is utilized to perform waste heat recovery, and the condensing efficiency is improved. The device has the advantages of being convenient to carry, high in efficiency and compact in structure, saving energy and the like, facilitates relieving of the fresh water resource shortage problem and has practicability and convenience.

The invention relates to the technical field of indoor air purifying, and develops a novel air conditioning assembly which is small in resistance, is low in noise, is good in treatment effect and does not generate secondary pollution so as to achieve the purpose of improving quality of indoor air. The invention discloses a purifying air duct which utilizes a photocatalysis technology; a pulse xenon lamp is taken as a light source, and nano zinc oxide co-mixed with activated carbon is taken as a catalyst, so that VOCs can be purified, microorganisms are removed, and guide and noise reduction effects are achieved; the air pipe has the characteristics of high purifying efficiency, low noises and no secondary pollution, and is very wide in application prospect. With the adoption of the technical scheme, the air pipe with purifying and guide effects consists of a reflecting air duct, a variable-angle type purifying guide plate assembly, a light module unit, a pollutant monitoring unit and a control unit. The air pipe is mainly used for designing and manufacturing air purifying equipment.

The invention discloses a thermal shroud assembly of a supercharged engine. The thermal shroud assembly comprises an upper exhaust manifold shroud, a lower exhaust manifold shroud and a lower supercharge shroud, wherein the upper exhaust manifold shroud consists of a flat plate, a transition arc-surface plate and a rear side plate; an arc convex rib is arranged on the front edge of the flat plate; a vent hole is formed in the middle of the flat plate; an avoiding bulge is arranged on the right side of the transition arc-surface plate; a hoop avoiding notch is formed in the left part of the rear side plate; a return water tube avoiding notch is formed in the right part of the rear side plate; an abdication groove is formed in the front side of the lower exhaust manifold shroud; an abdication arc surface is arranged on the left part of the rear side of the lower exhaust manifold shroud; an avoiding arc surface is arranged at the right part of the rear side of the lower exhaust manifold shroud; the lower supercharger shroud comprises a first bracket, a second bracket and a lower shroud body; an abdication notch is formed in the right side of the lower shroud body; a connecting arm is arranged at the right end of the upper side of the lower shroud body; a triangular connecting plate is arranged at the right end of the lower side of e lower shroud body; an arc avoiding groove is formed in the lower side of the lower shroud body. By adopting the thermal shroud assembly, thermal conduction can be effectively cut off under the condition that a sufficient part assembling space is ensured, and meanwhile the thermal shroud assembly has good NVH (Noise Vibration and Harshness) performance.

The invention provides a spilling water filtration device which comprises a spilling water portion and a filtration portion. A lint filter is arranged on the filtration portion, a filtration cavity is formed between the filtration portion and the lint filter, water inlets are formed in the two sides of the filtration cavity respectively, water deflection baffles which swing in the filtration cavity water inflow direction are arranged in the filtration cavity, and the water deflection baffles deflect water currents which enter the filtration cavity from the water inlets into the lint filter. By means of the spilling water filtration device, the lint collection rate can reach to about 90%. The spilling water filtration device has the advantages that the structure is simple, the production cost is low, the filtration effect is good, and the spilling water filtration device is worth popularizing and applying.

The invention refers to a micro power dissipation electric control valve. Driving shaft is equipped on the middle of the up bear frame. The upside of the down bear frame is equipped with motion valve plate. And the downside is fixed with fixed valve plate. The up end surface of the motion valve plate is connected to the down end surface of the driving shaft. The inter-space between the motion valve plate and the fixed valve plate is actively oriented by the central shaft of the valve plate. Blowhole and drain-hole, which are connected to fillister, are set on the motion valve plate. And blowhole and drain-hole are also set on the constant valve plate, of which the up end surface of the none-hole region is set with annular blowhole fillister and annular drain-hole fillister that connects to the fillister of the down end surface of the motion valve plate. The outer force caused by the open and close process of the invention has no direct relationship with the pressure of the air and liquid in the pipe. Thus, it can satisfy the design request of the micro power dissipation but mass flow. It has been verified that the invention could save more than 80% energy compared with the same type electric control valve driven by electric mini-motor.

The invention discloses a waste heat recycle cyclone dust collector which comprises an inner cylinder and an outer cylinder, wherein the outer cylinder is externally provided with a water jacket; a spiral flow guide body is arranged on an inner wall of the outer cylinder; the flow guide body is hollow; a flow guide groove is formed in the middle of the flow guide body; the upper end of the flow guide groove extends to the outside of the outer cylinder; a water inlet is formed at the upper end of the flow guide groove; the lower end of the flow guide groove is communicated with the bottom of the water jacket; and an air outlet is formed at the upper part of the water jacket. The waste heat recycle cyclone dust collector can increase heat absorption area of phenol water and a waste heat conversion rate of smoke.

The invention discloses an air insulating container material discharging mouth. The air insulating container material discharging mouth comprises a material discharging mouth and a container opening sealing body. The lower part of the material discharging mouth is in a shape of bell mouth; the top of the material discharging mouth is in a shape of a slit; the bottom of the material discharging mouth is connected with the container opening sealing body; the top of the material discharging mouth is higher than the container opening sealing body; in a normal state, the top of the material discharging mouth is in an automatic closed state; during discharging, the material discharging mouth is automatically opened under the pressure; after discharging, the material discharging mouth is automatically closed; and the slit-shaped top has a flow guide effect. The container opening sealing body comprises a sealing pad plug, a cover body seat and a sealing ring. According to the air insulating container material discharging mouth, the inside and outside air convection of a container can be reduced, and the slit-shaped top of the material discharging mouth has the flow guide effect during discharging. The container opening sealing body has the advantages of simple structure, good sealing performance and low production cost.

The invention relates to a stepless speed governing range hood which comprises a smoke collecting hood (1) and a flow rectification plate (2) which corresponds to an oil smoke suction inlet; a first air inlet (21) is formed between the edge of the left side of the flow rectification plate (2) and an inner side wall (12) of the smoke collecting hood (1); and a second air inlet (22) is formed between the edge of the right side of the flow rectification plate (2) and an inner side wall (12) of the smoke collecting hood (1). The stepless speed governing range hood is characterized in that a firstwind adjustment plate (31) corresponding to the first air inlet (21) and a second wind adjustment plate (32) corresponding to the second air inlet (22) are rotationally connected with the flow rectification plate (2); the inner side walls (12) of the smoke collecting hood (1) are arc-shaped in the longitudinal sections; and when the flow rectification plate (2) rotates from a smoke collecting hoodinlet to the oil smoke suction inlet, in the direction of the extension line of the flow rectification plate (2) in the longitudinal section, the distance between the edge of the left side or right side of the flow rectification plate (2) and the corresponding inner side wall (12) of the smoke collecting hood (1) is increased gradually. Stepless speed governing can be carried out on the oil smokesuction velocity, and the range of a negative pressure smoke drawing zone is changed, so that the oil smoke suction and discharge effects are improved; and the flow guide effect on an oil smoke flowis significant and the oil and gas separation effect is good.

The invention relates to a falling film type devolatilizer and a falling film element thereof. The falling film type devolatilizer comprises a vertical shell, a seal head connected with the upper endof the vertical shell, and a bottom shell connected with the lower end of the vertical shell; a material box body and at least one falling film element are arranged in the devolatilizer; the falling film element is provided with a plurality of falling film flow channels; a bottom plate of the material box body is a film distribution plate; and film distribution structures are distributed on the film distribution plate for all the falling film flow channels. The devolatilizer has the advantages of large film forming area, controllable film forming form, wide flow regulation range and the like,and is suitable for devolatilization processes such as high-viscosity polymer production, spinning solution deaeration, solution concentration and the like.

The invention discloses a through-wall purifying ventilating pipe with a ventilating flow adjusting structure. The through-wall purifying ventilating pipe comprises a ventilating pipe and an air volume adjusting device comprising a valve and a transmission unit. The transmission unit comprises a screw rod, a nut and a driving motor. A circle of retaining flanges is arranged on the inner side of the ventilating pipe. Four limiting sensors, a PLC, a PM2.5 sensor and a CO2 sensor are further arranged. The through-wall purifying ventilating pipe with the ventilating flow adjusting structure is small in mounting space, easy to operate and reliable in structure; and a filter net of a novel structure is arranged in the ventilation pipe, the purpose of prolonging the contact time of gas and the filter net is achieved by prolonging the filter path of the gas, and the purifying efficiency of the filter net is high.

The invention discloses a reactor for performing continuous multiphase catalytic reaction and separation. The reactor comprises a reactor shell, a nozzle and a filtering-type guiding device, wherein the nozzle is connected with a liquid reactant and a gas reactant; the reactor is characterized in that the filtering-type guiding device is arranged in the reactor shell and is immersed in a serous fluid of the reactor, the filtering-type guiding device is composed of inner and outer concentric cylinders, at least one of the cylinders is a filtering-type cylinder, the upper and lower ends of the two cylinders are connected and sealed, and an annular space arranged between the inner and outer concentric cylinders is a liquid filtering region; the filtering-type guiding device is provided with an exhaust hole and a liquid filtering discharging hole, and the nozzle is aligned to the interior of the filtering-type guiding device and can form a serous fluid ring current which can fold back from the interiors of the cylinders of the filtering-type guiding device to the bottoms of the cylinders and can pass through a space arranged between the filtering-type guiding device and the reactor shell to arrive the top of the filtering-type guiding device; the region of the serous fluid ring current is a reacting region, a liquid enters the liquid filtering region from the reacting region, and a filter cake is formed on the surface of a filtering cylinder of the filtering-type guiding device.