170results about How to "Enhanced diversion" patented technology

A heat exchanger comprises a heat exchange flat pipe and a collecting pipe. The heat exchanger can achieve the effect of uniformly distributing refrigerant while being used as an evaporator or a condenser so as to improve the heat exchange performance of the evaporator or the condenser. The collecting pipe comprises an upper collecting pipe wall, a lower collecting pipe and a splitter pore plate for uniformly shunting. A splitter pore is arranged on the splitter pore plate. The splitter pore plate is inserted between the upper collecting pipe wall and the lower collecting pipe and encircles to form an upper cavity and a lower cavity together with the upper collecting pipe wall and the lower collecting pipe. The refrigerant gas firstly enters into the lower cavity, enters into the upper cavity via the splitter pore and finally enters into a heat exchange flat pipe. The refrigerant gas flow entering into the heat exchange flat pipe is uniformly distributed due to shunting action of the splitter pore plate so that the uniform and full heat exchange effect is achieved and the overall heat exchange performance of the heat exchanger is improved.

A connecting profile of substantially uniform cross-section for interconnecting sheet piles. The connecting profile includes a central strip, from which two identical hooked profiles for hooking the locks of two sheet piles in a laterally reversed manner project in opposing main coupling directions. The hooked sections of the hooked profiles extend in a mirror-inverted manner in relation to each other. The two hooked profiles are offset relative to each other on the central strip in such a way that the main coupling directions of the sheet piles hooked into the connecting profile extend at least approximately in a common plane, when the locks engaged with the hooked sections take up the largest axial distance along the main coupling directions in relation to each other.

The invention provides a gel composition and a nitrogen-foamed gel composite temporary plugging agent containing the same. The gel composition comprises the following components in percentage by mass: 1.0% of partially hydrolyzed polyacrylamide, 1.5% of formaldehyde, 0.5% of hydroquinone and the balance of water. The nitrogen-foamed gel composite temporary plugging agent comprises nitrogen and foamed gel, wherein the foamed gel is a mixture of the gel composition and a high-temperature-resistant foaming agent; and the volume ratio of the nitrogen to the foamed gel is (40-60):1. The invention also provides a coupled internal / external swirl foam generator which can be used as a facility for preparing the nitrogen-foamed gel composite temporary plugging agent. The invention also provides a method for inhibiting high-throughput-frequency well steam channeling interference of thick oil, which has the characteristics of small formation damage, strong selectivity for measures and the like and has the effect of gas energization.

The invention provides an anti-side leakage sanitary napkin, which includes a surface non-woven fabric and a bottom impermeable membrane disposed from the inside out. The surface non-woven fabric has a three-piece structure, the intermediate piece of surface non-woven fabric and the two-wing surface non-woven fabrics are sticked together, and the space between the intermediate piece of surface non-woven fabric and the bottom impermeable membrane is filled with a toilet paper coated wood pulp cellulose absorption core. The surface of the sanitary napkin provided by the invention is composed of 100% polylactic acid fiber or PLA / PBHV fiber hot blast nonwoven fabric. The polylactic acid fiber retains the original characteristics and does not cause any damage. As polylactic acid is formed by polymerization of lactic acid molecules as monomers and spinning, polylactic acid molecules with short molecular chains possibly exist on the fiber surface, so that the pH value of a polylactic acid non-woven fabric surface shows weak acidity and is consistent with that of human body skin. Also an odor removal function is provided. The lateral two pieces of non-woven fabrics have greater gram weight and thickness than the intermediate piece, and side leakage cannot be caused.

The invention discloses a self-excitation push-pull type converter comprising a starting circuit, wherein at least one biasing resistor in the starting circuit is a thermistor, and the starting circuit supplies base current larger than normal-temperature base current in value for the base of a push-pull type switch triode when being at low temperature; and the starting circuit can base current smaller than the normal-temperature base current in value for the base of the push-pull type switch triode when being at high temperature. The self-excitation push-pull type converter provided by the invention has favorable low-temperature starting performance, no-load power consumption at high temperature is not increased as comparison with no-load power consumption at low temperature, the converting efficiency of the circuit at high temperature is not reduced again and is maintained to be equal to or higher than the converting efficiency of the circuit at low temperature, and thus, the self-excitation push-pull type converter gives consideration to both converting efficiency and no-load power consumption within the whole working temperature range.

The invention relates to a preparation method of a composite core. The composite core comprises a body and production equipment for producing the body, wherein the body comprises an upper layer absorption core, a middle layer absorption core and a lower layer absorption core which are stacked in sequence; the upper layer absorption core is provided with at least one first flow guide groove in thelength direction; and at least one second flow guide groove in the width direction is formed in the middle layer absorption core. The invention relates to the field of disposable hygienic products. Through the arrangement of a three-layer composite structure, the first flow guide groove and the second flow guide groove, liquid can be guided in all directions of the body, all parts of the body canfully absorb the liquid, meanwhile, a large amount of the liquid is prevented from being concentrated in the middle of the core, the flow guide and absorption capacity of the body is enhanced, and thetechnical problems that the absorption cores are poor in flow guide effect, low in absorption speed and poor in absorption effect, and the flow guide grooves are difficult to form in the absorption cores are solved.

An electric-motor-driven housing for a feed pump (1), in particular for a feeding device for fuel, is proposed in which on the commutator side there is a connection cap (5) for the electrical connection contacts (3, 4) and pump inlets and / or outlets (6). The connection cap (5) comprises an electrically conductive plastic, and a connection to a ground potential can be established via an electrically conductive connection. The surface resistance of the connection cap (5) is designed such that a diversion of electrostatic discharge to the ground potential, with attendant shielding from electromagnetic radiation, ensues, and a predeterminable short-circuit current between the electrical connection contacts (3, 4) located directly on the connection cap (5) is not exceeded.

The invention provides a black sanitary towel. The black sanitary towel comprises a sanitary towel body, and the sanitary towel body comprises a surface non-woven fabric layer, an absorption core anda bottom impermeable membrane from top to bottom in sequence; the surface non-woven fabric layer comprises a middle sheet, retaining walls and side wings; the middle sheet is arranged in the middle ofthe surface non-woven fabric layer and used for cooperating with the bottom impermeable membrane and completely wrapping the absorption core; the side wings are arranged at the two sides of the surface non-woven fabric layer and used for fixing the sanitary towel body; the retaining walls are arranged at the two sides of the middle sheet and used for preventing an absorbed material which is absorbed by the middle sheet or the middle core from leaking from the sides; the side wings are fixedly connected with the middle sheet through partial retaining walls; the surface non-woven layer and thebottom impermeable membrane are both black. The black sanitary towel can meet the basic requirement of sanitary towels and have the advantages of bacterial inhibition, odor removal, moisture absorption and ventilation, soft and comfortable performance and complete degradation.

The invention discloses a slope protection structure with enhanced diversion, filtering and ecological sewage interception effects. Multiple stages of diversion trenches are sequentially arranged at intervals along a river channel bank slope from top to bottom; the diversion trench of the previous stage and the diversion trench of the next stage are connected through a diversion channel; the diversion channels of the diversion trenches of the adjacent stages are horizontally staggered, and a staggered distance is at least 10 m; a rainwater inlet is arranged in the top of the diversion trench of the first stage; a mesh cage filled with cobblestones is laid on a part, which is not provided with the diversion trench and the diversion channel, on the river channel bank slope; biological ceramsite and gravel are placed in the diversion trenches of the upper half part of the river channel bank slope; biological ceramsite and coarse sand are placed in the diversion trenches of the lower halfpart of the river channel bank slope; green plants are planted in each stage of diversion trench; and meanwhile, the invention further discloses a slope protection system with the enhanced diversion,filtering and ecological sewage interception effects. The system comprises a plurality of crescent array diversion, sewage interception and purification groups which are arranged at intervals in a water channel along a water flow direction. The structure and the system have the enhanced diversion, filtering and ecological sewage interception effects.

Even when the spaces between the gate wiring become wide, a power semiconductor device can be obtained to meet requirements for increased current capacity and higher reliability.The power semiconductor device has an n+ buffer layer 56 provided on the p+ collector layer 55; an n− layer 57 provided on the n+ buffer layer 56; a p base region 58 provided selectively in the top side of the n− layer 57; an n+ emitter region 59 provided selectively in the top side of the p base region 58; a gate insulation film 60 provided on the n− layer 57 and portions of the p base region 58 and the n+ emitter region 59; a gate electrode 1 including a polysilicon film 1a provided on the gate insulation film 60, and a doped polysilicon film that is provided on the polysilicon film 1a and doped with impurities; an emitter electrode that is provided on the p base region58 and is electrically connected with the n+ emitter region 59; a collector electrode provided on the bottom side of the p+ collector layer.

The invention discloses an air conditioner. The air conditioner comprises a main body, a first air guide plate, a second air guide plate and a drive part; the main body is provided with an air outlet, the first air guide plate is movably arranged on the air outlet and is used for air guiding, the second air guide plate is movably arranged on the air outlet and used for sheltering or opening the air outlet, micro holes are formed in the second air guide plate, and the drive part is arranged on the main body and is connected with the first air guide plate and the second air guide plate. According to the air conditioner, the air guide effect is good.

The invention provides a sandwich structure paper diaper flow guiding layer material and a preparation method thereof. The sandwich structure paper diaper flow guiding layer material is characterizedby comprising three layers of sheets, the three layers of sheets are all non-woven fabrics manufactured by adopting chemical fiber through the hot-blast air penetration bonding non-woven technology, and the three layers of sheets are stacked and bonded from top to bottom to form the sandwich structure; the upper-layer sheet is a longitudinal orienteering fiber net; the middle-layer sheet is a longitudinal orienteering fiber net, and the cross section is in a wavy shape or a sawtooth shape; the lower-layer sheet is a disordered fiber net, and small holes are evenly distributed in the fiber net;the chemical fiber is ES fiber. The prepared flow guiding layer material can shorten the liquid penetration time, increase the liquid diffusion length and increase the liquid storage amount.

An image processing apparatus provides numerical signal generator for sequentially generating and outputting regular binary numerical signals synchronous with clock signal, bit exchanger for generating and outputting, from the output signal of the numerical signal generator being managed as input signal, signal that order of bits in the input signal has been exchanged or signal that the bits in the input signal have been reversed, controller for controlling the bit order exchange operation or the bit reversal operation of the bit exchanger, and storage for storing image data, and in the apparatus the image data divided into pixel data and one-dimensionally arranged and stored in the storage is read and output synchronous with the sequential operation of the numerical signal generator, and the output signal from the bit exchanger is read and output as address signal to perform rotation / reversal process to former image.

An optical pickup apparatus is disclosed which can be formed in a minimized thickness while realizing improvement in focusing servo performance, improvement in heat radiation, reduction of the voltage, reduction in number of parts, and reduction of the cost. A swing arm having an optical pickup includes an optical pickup base plate formed from a thin plate member of an iron alloy or a copper alloy, and a hole perforated in the optical pickup base plate is closed up from the opposite sides with a silicon substrate and a glass cover to form an enclosed space. An integrated optical pickup unit including a semiconductor laser and an optical system integrated on the silicon substrate is disposed in the enclosed space.

The invention provides a sprinkler and a washing machine. The sprinkler comprises a spray head base provided with a connection portion connected with a drying tunnel and a rotary spray head rotatablymounted on the spray head base and provided with a spraying nozzle communicated with a water inlet; the axis of the spraying nozzle extends obliquely with respect to the radial direction of the rotaryspray head so that the rotary spray head can self-rotate with respect to the spray head base under the counter force of water flow. According to the sprinkler, the sprinkler is added at the water inlet of the drying tunnel of the washing machine, the sprinkler is used for automatically spraying water in the circumferential direction, condensed water can be dispersed and sprayed into the drying tunnel, a good shunting effect is achieved, the spray area of the condensed water is significantly enlarged, the flow speed of the condensed water is reduced, thereby increasing the residence time of the condensed water in the drying tunnel, the condensed water can fully exchange heat with hot and humid air, thereby improving the condensation efficiency, and the effects of saving water, time and electricity are achieved.

The invention discloses a pollution discharge drop shaft structure based on an internal circulation airflow pipe. The pollution discharge drop shaft structure comprises a vertical shaft and the internal circulation airflow pipe arranged in the vertical shaft, the inner circulation airflow pipe divides the vertical shaft into a water passing part and a non-water-passing air pipe part, the water passing part is connected with a water inlet pipe, the top of the inner circulation airflow pipe is lower than the bottom of the water inlet pipe, the bottom of the inner circulation airflow pipe is higher than the top of an outflow pipe, the inner circulation airflow pipe is used for guiding air to form inner circulation airflow in the airflow pipe, and the inner circulation airflow pipe is vertically hung in the vertical shaft through a fixing device and makes contact with the inner wall face of the vertical shaft. The invention further discloses a using method of the pollution discharge drop shaft structure based on the internal circulation airflow pipe. According to the vertical shaft structure, the problems of odor dissipation and environmental pollution of a blowdown system are solved,meanwhile, the optimal gas reduction effect can be achieved according to different water flow settings, and the requirement for pipeline overhauling and entering is not affected.

The invention provides an entrance guiding cone used for a vertical oil-gas mixing transmission pump, the guiding cone is arranged at the center of the cavity of the vertical oil-gas mixing transmission pump uniform blender and positioned at the entrance of the mixing transmission pump; the guiding cone is at least constructed by a guiding cone body, a round diversion pad and a guiding cone base tightly connected with each other in sequence from top to bottom; the lateral periphery of the guiding cone is distributed with diversion vanes used for diverging the direction of the multi-phase fluid; the lateral periphery of the guiding cone base and the diversion pad are consecutive streamline surface; and the lower part of the guiding cone base is connected with the shell of the mixing transmission pump uniform blender. The guiding cone uses the diversion vanes to commutate oil-gas multi-phase fluid to be fit for entering the mixing transmission pump pressurizing unit to guarantee the normal work of the pressurizing unit, thus ensuring that the oil-gas mixing transmission pump operates stably and safely, and the work performance of the vertical oil-gas mixing transmission pump can be optimal.

The invention discloses a method for transmitting four kinds of messages of an intelligent substation in one physical network based on annular networking. The method comprises the steps of cascading switches which are respectively connected with at least one interval combination unit, intelligent terminal, protection device and measurement and control device; and cascading the switches at two ends with one switch which is connected with station control layer devices, thereby forming an annular networking topological structure, wherein four kinds of messages: GOOSE, SV, MMS and IEEE1588 can be transmitted in an annular network, interval layer devices are connected with one switch to independently form a small network, and the network traffic on a main path of the annular network is reduced by increasing branch paths, thereby mitigating the load pressure of the switches. The method is applicable to an occasion for optimizing the network traffic under the condition that the existing network bandwidth is fixed.

The invention discloses a system for collecting and utilizing road surface rainwater. The system comprises water pump adapters, a sidewalk for the blind, a sidewalk, a cover plate of the sidewalk, efficient water draining curbstones and a sewer, wherein the sidewalk and the sidewalk for the blind cover the sewer, the cover plate of the sidewalk and the sewer penetrate through the whole road length, supporting wire frames are vertically mounted on the sewer along the road length, primary purifying pools are arranged under the sewer, water storing pools are arranged under the primary purifying pools, two water intakes are formed in the water pump adapters, the two water intakes are respectively connected with the primary purifying pools and the water storing pools through communicating pipes, floating ball devices are mounted in the primary purifying pools and the water storing pools, the primary purifying pools and the water storing pools, which are in upper-lower arrangement are connected vertically, multi-layer filtering layers are arranged at the vertical connecting positions and are used for purifying water. The system disclosed by the invention has the advantages of being simple in structure, multiple in functions, high in utilizing rate of rainwater, and obvious in water saving effect, and can be widely applied to road rainwater collection.

A shield (20) for an automotive vehicle (10) is provided to lessen the impact force to a foreign body by absorbing energy or converting energy from the foreign body with the shield (20). The shield (20) has a ramped surface (22), an inner surface (24), and a periphery (26) delineating the inner surface (24) from the ramped surface (22). The inner surface (24) is further refined into an upper area (28) and a lower area (30), where a ridge (32) extends from the inner surface (24) portioning the upper area (28) from the lower area (30). At least one rib (34) is connected to the ridge (32) and extends from the inner surface (24), whereby the ridge (32) or the rib (34) may absorb energy or divert direct contact into sliding contact when the ramped surface (22) is impacted by a foreign body reducing the impact force upon the foreign body. Also, a method of using a shield (20) in an automotive vehicle 10 is provided.

The invention provides an efficient integral formwork. The efficient integral formwork is characterized in that longitudinal first grooves are respectively formed in opposite surfaces of two formworks connected with each other in the up-down direction, longitudinal first protrusions are respectively arranged on the opposite surfaces of two formworks, tie piece hole opposition blocks are arranged between the two formworks butted to each other in the up-down direction and comprise first opposition blocks and second opposition blocks, second protrusions which are matched with the first grooves are respectively arranged on the upper and lower end surfaces of the first opposition blocks and the second opposition blocks, second grooves which are matched with the first protrusions are respectively formed in the upper and lower end surfaces of the first opposition blocks and the second opposition blocks, transverse first arc-shaped holes and transverse second arc-shaped holes are respectively formed in butted surfaces of the first opposition blocks and the second opposition blocks and are butted to one another to form tie piece holes, tie piece tubes which are concentric with the tie piece holes are arranged between the two opposite tie piece hole opposition blocks, the outer diameters of the tie piece tubes are larger than the sizes of the tie piece holes, tie pieces are penetratingly arranged in the tie piece tubes, and two ends of each tie piece penetrate the corresponding tie piece holes. The efficient integral formwork has the advantage that problems of complicated tensile-resistant and compression-resistant structures of formworks in the prior art, trouble in positioning tie via holes, invariability of the positioned tie via holes and poor transferability can be effectively solved by the aid of the efficient integral formwork.

The invention discloses an anti-back leakage and anti-side leakage sanitary napkin which also increases the absorbing capacity in the middle, the technical proposal for the realization is that: an absorption layer is arranged between an upper surface layer and a bottom layer, the both end parts of the sanitary napkin which are also arranged between the upper surface layer and the absorption layer are provided with a multi-functional material protection layer. The central position of the sanitary napkin which is also positioned between the upper surface layer and the absorption layer is provided with a middle protrudent flow guide absorption layer, the middle protrudent flow guide absorption layer is composed of a flow guide absorption inner core, and the flow guide absorption inner core is produced by adopting the water guide materials and water absorbent materials. The both sides of the sanitary napkin are provided with stereo-protections, or the invention can not be provided with the stereo-protections. The colors of a water repellent material protection layer and the stereo-protections or the middle protrudent flow guide absorption layer can be any color. The sanitary napkin of the invention has good protection role, the users can not only have comfort feel, but also can have great safety protection and ideal effect after usage. Furthermore, the invention is applicable to various people groups and various states. The invention can produce a series of products, such as: a sport type, a girl type, a tourism type, a night type, and so on.

The invention discloses a net cage feeding integrated device for lobster breeding. The device comprises a rack; a bait hopper is embedded in the rack; the top of the bait hopper is provided with a feed inlet, and the bottom of the bait hopper is provided with a material conveying hose pipe; a net cage is arranged at one side of the rack; a mounting rack is arranged on the top of the net cage; a first vibration motor is fixedly arranged on the top of the mounting rack; an output end of the first vibration motor is connected with a vibrating rod, and a ring-shaped feed sleeve is sleeved on the exterior of the vibrating rod; the ring-shaped feed sleeve is communicated with the bait hopper by means of the material conveying hose; a flow control valve is arranged at the connecting part of the material conveying hose and the bait hopper. The net cage feeding integrated device is provided with a circular truncated cone-shaped bait tray with a ring-shaped trough, and bait falling in a feedingprocess can be enabled to be evenly distributed in the ring-shaped trough of the bait tray, so that lobsters to be fed are enabled to be evenly distributed on the bait tray, and the phenomenon that the growth of the lobsters is seriously influenced due to too high density of the lobsters at the local areas in the net cage can be further avoided.

The invention provides a three-way control valve, belongs to the technical field of valves and solves the problem of poor sealing performance of an existing three-way control valve. The three-way control valve comprises a valve body, a water outlet pipe joint, a water inlet pipe joint and a valve spool are arranged on the valve body, the valve spool is movably arranged in the valve body, a channel is arranged on the valve spool, a knob connected with the valve spool is arranged on the valve body, a cover plate connected onto the valve body in a threaded manner is arranged between the valve spool and the knob, a spring penetrates the cover plate, two ends of the spring are abutted to end faces of the valve body and the knob respectively, a clamp groove is formed in the cover plate, the knob is pressed and rotated to be clamped in the clamp groove, and two ends of the channel are communicated with the water inlet pipe joint and the water outlet pipe joint respectively, so that the water inlet pipe joint is communicated with the water outlet pipe joint. The three-way control valve has the advantages of fine sealing performance and flow guide effect.

The invention discloses a toilet article absorbing core and a production technology thereof. The toilet article absorbing core comprises an upper wrapping layer, absorbing core layers, a lower wrapping layer and a first gluing set which is used for allowing the upper wrapping layer to be glued with the lower wrapping layer, and the absorbing core layers include a first absorbing core layer, a first fiber layer and a second absorbing core layer which are arranged sequentially from top to bottom; the first gluing set includes at least two sets of first gluing bodies which are alternatively arranged along the length direction of the absorbing core, the first gluing bodies are matched with the absorbing core in width and divide the absorbing core into at least three sections from the length direction, and the absorbing core layers between the front section and the rear section further include a third absorbing core layer and a second fiber layer which are sequentially arranged between the first fiber layer and the second absorbing core layer from top to bottom.

The invention discloses refrigerant flow-dividing equipment for an air conditioner, and a using method thereof, and belongs to the technical field of air conditioner refrigeration. The refrigerant flow-dividing equipment for the air conditioner comprises a shell body, wherein a liquid inlet port is formed in the bottom of the shell body; a liquid inlet pipe is connected to the inner wall of the liquid inlet port; connecting plates are connected to the inner walls of the two sides of the shell body separately; a flow-dividing stop block is connected between the two connecting plates; an arc-shaped groove is dug in the bottom wall of the flow-dividing stop block, and formed above the liquid inlet pipe; a conveying cavity is connected to the top of the shell body; the shell body communicateswith the conveying cavity; a rotating pipe is rotationally connected to the inner wall of the conveying cavity; a spiral conveying blade is fixedly arranged on the outer wall of the rotating pipe; anempty cavity is dug in the flow-dividing stop block; a groove is dug in the inner wall of the empty cavity; and a driving motor is connected to the inner wall of the groove. According to the invention, the mixing uniformity of a gas-phase and liquid-phase mixed refrigerant is improved, normal flow-dividing for the refrigerant is ensured, and then the problem that the normal work of the air conditioner is influenced due to non-uniform mixing for the gas-phase and liquid-phase refrigerant is effectively avoided.