171results about How to "Uniform wind speed" patented technology

The invention discloses an air outlet adjusting plate and an indoor unit of an air conditioner. Multiple air outlet holes are formed in the air outlet adjusting plate; at least two of radial section areas corresponding to all the air outlet holes are different; the minimum radial section area of each air outlet hole is determined according to the air inlet speed corresponding to the position of the air outlet hole; the air inlet speed corresponding to the air outlet holes is higher, the minimum radial section area of the air outlet holes is smaller; the air inlet speed corresponding to the air outlet holes is determined according to the positions, opposite to the sections of the air outlets, of the air outlet holes and the air outlet speed of the transverse central axis of the sections of the air outlets; when the air outlet adjusting plate is applied to the air outlets of the indoor unit of the air conditioner, the air inlet speed of the position of the corresponding air outlet hole with smaller minimum cross section is higher, and the air inlet speed of the position of the corresponding air outlet hole with bigger minimum section area is lower, so that the speed of air blown out via each air outlet hole is more uniform, and the comfort of the air blown out by the air outlets of the air conditioner is improved.

The invention provides a dehumidifying control method, device and equipment with a dehumidifying function. The dehumidifying control method comprises the steps of the detecting step, the calculating step and the control step. The detecting step is used for detecting the indoor relative humidity and the indoor environment temperature. The calculating step is used for calculating the humidity difference and the temperature difference. The humidity difference is the difference value of the detected indoor relative humidity with the optimal comfort humidity, and the temperature difference is the difference value of the detected indoor environment temperature and the set comfort temperature value. The control step is used for controlling gears of an inner fan and the pipe temperature in an evaporator of the dehumidifying equipment according to the calculating result of the humidity difference and the temperature difference. According to the technical scheme, precision controlling over the comfort environment and the dehumidifying amount is achieved; the dehumidifying speed is high; the situations that indoor humidity decreasing is too large or too small and energy saving is not achieved at the time of dehumidifying are improved; practicability is strong; and good user experience is achieved.

A heat-exchange device comprises a first heat exchanger defining an upper end and a lower end. A second heat exchanger defines an upper end connected to the upper end of the first heat exchanger and a lower end spaced apart from the lower end of the first heat exchanger in a substantially longitudinal direction such that a predetermined angle between the first heat exchanger and second heat exchanger is between about 0 and 180°. A wind-guide member is disposed between the first heat exchanger and second heat exchanger for guiding wind toward the first heat exchanger and second heat exchanger.

The invention discloses an air-cooling radiator and a manufacturing method thereof. The air-cooling radiator comprises a thermal conduction substrate and cooling fins. Fin insertion grooves are formed in the thermal conduction substrate. A connecting end of each cooling fin is fixed in the corresponding fin insertion groove in the thermal conduction substrate. The space between the connecting end of each cooling fin and the corresponding fin insertion groove is filled with a thermal conduction medium. An air passing passageway is further formed in each cooling fin. The space between the connecting end of each cooling fin and the corresponding fin insertion groove is further filled with the corresponding thermal conduction medium, thermal resistance between the thermal conduction substrate and the cooling fins can be reduced through the thermal conduction mediums, thermal conduction is facilitated, and the heat dissipation effect of the air-cooling radiator is improved; the cooling fins can be more tightly attached to the side walls of the fin insertion grooves, and therefore thermal resistance can be further reduced; by the adoption of the design of the air passing passageways, air from an external fan can flow through the space outside the cooling fins and the air passing passageways, so that the inner portion and the outer portion of the cooling fins are fully cooled, and heat on the cooling fins can be rapidly taken away.

The invention discloses a blown air rectifying device of chemical fiber spinning equipment, which is mounted at the air outlet of an air blowing device of chemical fiber spinning equipment. The blown air rectifying device comprises the components of a perforated plate, a filtering net, a honeycomb plate and an air uniforming net; wherein the perforated plate, the filtering net, the honeycomb plate and the air uniforming net are successively arranged from bottom to top. A plurality of small holes are uniformly distributed on the perforated plate. The filtering net is clamped between an upper flange and a lower flange and is fixed on the perforated plate. A honeycomb plate frame is arranged outside the honeycomb plate and the air uniforming net. The lower flange is fixedly connected with the honeycomb plate frame. The blown air rectifying device of the chemical fiber spinning equipment is advantageous in that the blown air rectifying device is mounted at the outlet of the air blowing device; uniform air pressure and uniform and stable air speed of outgoing air can be realized; balanced air blowing in cooling spun filament can be ensured; and furthermore uneven wind velocity rate is lower than 10%.

Disclosed is an oil paint spraying system. The oil paint spraying system comprises a spraying chamber (2), an exhaust channel (10), an exhaust pipe (8), a dust fall water curtain (9), an induced draft fan, a purification pool, a pipeline and a circulating water pump, wherein the exhaust channel (10) is placed under the ground plane of the spraying chamber and is communicated with the spraying chamber (2), the exhaust pipe (8) is communicated with the exhaust channel (10), the dust fall water curtain (9) and the induced draft fan are communicated with the exhaust pipe (8), the purification pool is placed below the dust fall water curtain (9), and the pipeline and the circulating water pump are communicated between the purification pool and the dust fall water curtain (9). An air inlet system (1) is arranged on the top of the spraying chamber (2). The air inlet system comprises an air distribution plate communicated with the spraying chamber (2), an air inlet channel communicated with the air distribution plate, an air filter placed in the air inlet channel and an air blower communicated with the air inlet channel.

The invention relates to the heat exchange field, in particular to a heat exchanger and a vertical type air conditioner provided with same. The heat exchanger comprises a heat exchange tube which is positioned in a flow channel for heat exchange gas; and the heat exchange tube is arranged on a plane which is formed by rotating a generatrix around a vertical axis by 360 degrees. The technical problem to be solved in the invention is a space sufficient utilization problem of the heat exchanger in the prior art. Furthermore, in order to solve the problem that static-pressure fluctuating outlet air at a rotary air outlet of a vertical type air conditioner in the prior art fluctuates, the invention further provides a heat exchanger with a greater heat exchange area, and further provides the vertical type air conditioner with the heat exchanger for solving the problem that static-pressure fluctuating outlet air at the rotary air outlet fluctuates.

The invention provides an air heat source heat pump-type air conditioner capable of efficiently providing comfortable air conditioning and being easily constructed without requiring a wasted installation space. The air heat source heat pump-type air conditioner includes a housing (31) which is provided inside with a heat pump (37), and the heat pump (37) is composed of a refrigerant-air supply air heat exchanger (34), a refrigerant-heat source air heat exchanger (35), and a compressor (36). An air heat pump air conditioner, i.e. an HP air conditioner (30) mentioned later which gives the air supply via the refrigerant-air supply air heat exchanger (34) is also provided. The air from the HP air conditioner (30) in an air-conditioned space (S) is mixed evenly, and then the air is blown out in a rectified mode, and an induction radiation unit (1) induces the heat of the mixed air to the air-conditioned space (S).

The invention discloses a ceiling fan with a warming function. The ceiling fan comprises a motor fixing shaft, an upper fan blade assembly, a lower fan blade assembly, a warming assembly and an electric control assembly. The upper fan blade assembly comprises a first motor and a first fan blade. The lower fan blade assembly comprises a second motor and a second fan blade. The two motors are fixed on the motor fixing shaft, the installation position of the first motor is higher than that of the second motor, and the diameter of the first fan blade is larger than that of the second fan blade. The warming assembly comprises an air inlet/outlet cover, a heating body and a warming fan. The air inlet/outlet cover is fixed on the motor fixing shaft and located between the upper fan blade assembly and the lower fan blade assembly, the heating body is fixedly arranged in the air inlet/outlet cover, an air inlet and an air outlet are arranged in the air inlet/outlet cover, and the warming fan is installed on the motor fixing shaft and located on a flowing path between the air inlet and the air outlet. The first motor, the second motor, the heating body and the warming fan are electrically connected with the electric control assembly. The ceiling fan has a cooling function and a warming function, two layers of fan blades are adopted and controlled independently, and the ceiling fan is reliable and comfortable to use.

The invention discloses a temperature control electronic system using a single chip microcomputer. The system includes a temperature control device, a parameter setting module, a temperature control adjustment module and a single chip microcomputer module. According to the temperature control electronic system, the temperature of a first temperature collecting layer is monitored comprehensively through a contact type temperature sensor and a non-contact type temperature sensor (an infrared temperature sensor) simultaneously. Since the first temperature collecting layer and the second temperature collecting layer are heat transfer plates with holes, effective heat dissipation can be ensured; at the same time, the moment of shutting down a heating unit/refrigerating unit is determined through a temperature average, an average temperature rise/cooling speed value and a threshold temperature, and the heating unit/refrigerating unit is shut down ahead of time, the stable control of the temperature is ensured with high precision, so that the temperature control electronic system is high in precision and good in stability; besides, through the maximum or minimum temperature among the temperatures obtained by the contact type temperature sensor and the non-contact type temperature sensor, the wind speed of a fan is adjusted in real time, uniform heat exchange is effectively ensured, and sudden changes of local temperature are avoided.

The invention discloses a heat exchanger of an indoor unit of an air conditioner and the indoor unit of the air conditioner. The heat exchanger of the indoor unit of the air conditioner comprises fins. Each fin comprises a first folded fin portion, a second folded fin portion and a third folded fin portion, wherein the first folded fin portion, the second folded fin portion and the third folded fin portion are sequentially connected from top to bottom. Each second folded fin portion is located in front of the corresponding first folded fin portion and the corresponding third folded fin portion. Each fin further comprises an upper connecting structure and a lower connecting structure. The upper end of each second folded fin portion is connected with the corresponding first folded fin portion through the corresponding upper connecting structure. The lower end of each second folded fin portion is connected with the corresponding third folded fin portion through the corresponding lower connecting structure. The two sides of each upper connecting structure are provided with first windshield structures. The two sides of each lower connecting structure are provided with second windshield structures. Each third folded fin portion is provided with a third windshield structure. The first windshield structures, the second windshield structures and the third windshield structures all protrude from the heat exchange faces of the fins and are used for stopping the wind entering the fins. By the adoption of the heat exchanger of the indoor unit of the air conditioner and the indoor unit of the air conditioner, the overall distribution uniformity of the wind speed of the heat exchanger can be improved, and therefore the heat exchange effect is improved.

The invention relates to a temperature control system of an energy storage box. The system comprises an air conditioner, a fan, an air duct and a battery rack, wherein an air outlet of the air conditioner is communicated with the air duct, the air duct is of a tubular structure defined by sequentially connecting air duct plates, the air duct is arranged above the fan, the fan is arranged above thebattery rack, the air duct plate is provided with an opening facing the fan, an adjustable shutter is arranged on the opening, and outlet air of the air conditioner is guided to the fan by the opening of the air duct and is blown to the battery rack by the fan. According to the mode, the purposes of improving the internal temperature of the energy storage box and reducing the temperature difference of air in the energy storage box can be achieved.

The invention provides an adjustable coal dust distributor which comprises a thick phase inner pipe coaxially arranged in a coal dust cylinder at an outlet of a coal mill. A thin phase outer ring is formed between the thick phase inner pipe and the wall of the coal dust cylinder at the outlet of the coal mill. The section of the thick phase inner pipe and the section of the thin phase outer ring are coaxial and are equally divided into parts, wherein the number of the parts is the same with that of primary air pipes; and each equally-divided section part is connected with one primary air pipe, and thick phase adjusting valves and thin phase adjusting valves are arranged on the equally-divided section parts respectively. A reducing pipe is arranged at the front end of the coal dust cylinder at the outlet of the coal mill, and a shutter ring is arranged at the front end of the reducing pipe. Coal dust at the outlet of the coal mill is condensed through the shutter ring, under the inertia effect, thick and thin separation with the thick part inside and the thin part outside is conducted, thick coal dust is condensed at the center, thin coal dust is distributed on the periphery, a thick phase and a thin phase are equally divided, all the corresponding parts of thick and thin coal dust enter the primary air pipes and are evenly distributed; and the adjusting valves are arranged for all the parts of the thick phase and the thin phase, and adjustment is convenient.

The invention provides a pulverized coal distributer capable of adjusting the air speed and the pulverized coal concentration. The pulverized coal distributer comprises a light-phase inner pipe coaxially arranged inside a pulverized coal drum of a coal mill outlet . A dense-phase outer circular ring is formed between the light-phase inner pipe and the drum wall of the pulverized coal drum of the coal mill outlet. The section of the light-phase inner pipe and the section of the dense-phase outer circular ring are coaxially and evenly divided into parts of the same number as primary air pipes. Each equational section is connected with one primary air pipe and provided with a light-phase regulating valve and a dense-phase regulating valve. Rotating blades are arranged in a reducer pipe at the front end of the pulverized coal drum of the coal mill outlet. A shutter ring is arranged at the front end of the reducer pipe. Pulverized coal at the coal mill outlet is compressed twice through the shutter ring and the rotating blades; after two times of light-dense separation under the inertia effect, dense pulverized coal is concentrated at the outer circular ring, light pulverized coal is distributed at the inner circular ring, the dense pulverized coal and the light pulverized coal are evenly divided, each part of the dense pulverized coal and each part of the light pulverized coal are mixed and enter the corresponding primary air pipe, and all pulverized coal is distributed evenly; each part of light-dense pulverized coal is provided with one regulating valve so as to be regulated conveniently.

The invention discloses an aluminum brazing furnace which has the advantages of safe use and good cooling effect at a pre-cooling region. When the temperature in an air cooling chamber is higher than a set temperature, a control device can control a circulating fan to be automatically started; the air speed at a forced cooling region is uniform, the cooling effect of a furnace lining at the forced cooling region is good and the cooling area is relatively large; a slag removal chamber is reserved, so that brazing crystals can be immediately cleaned up without manual periodic cleaning, the labor intensity is reduced, the using cost is reduced, the working efficiency is improved, and the influence on the brazing effect is prevented because the shaking of a conveyer belt caused by the accumulation generated by the brazing crystals can be prevented; meanwhile, the slag removal device is also provided with an access door, so that the aluminum brazing furnace can be conveniently examined and repaired; when the furnace lining is subjected to linear expansion, the furnace lining can be helped to quickly move towards one side so as to perform the liner expansion well, reduce the resistance during the expansion and ensure high safety and high reliability for the running of the aluminum brazing furnace; and thus the distance for every linear expansion of the furnace lining is the same, and deformation of the furnace lining caused by the difference in distance of the linear expansion of the furnace lining is prevented.

The invention discloses a magnetic attraction type air cooling radiator. The magnetic attraction type air cooling radiator comprises a heat conduction substrate and a cooling fin. The heat conductionsubstrate is provided with a fin inserting groove, the connecting end of the cooling fin is fixed in the fin inserting groove of the heat conduction substrate, and the space between the connecting endof the cooling fin and the fin inserting groove is further filled with heat conduction media. An air passing channel is further formed in the cooling fin. The space between the connecting end of thecooling fin and the fin inserting groove is further filled with the heat conduction medium, the heat resistance between the heat conduction substrate and the cooling fin can be reduced through the heat conduction medium, heat conduction is facilitated, and therefore the heat dissipation effect is improved; in addition, the cooling fins can be more tightly attached to the side walls of the fin inserting grooves, and the thermal resistance can be further reduced; by the adoption of the design of the air passing channel, air of an external fan can flow through the outside of the cooling fins andthe air passing channel to fully cool the inside and the outside of the cooling fins, and heat on the cooling fins can be taken away quickly.

The invention discloses a drying device of a WC pan. The device comprises an arc-shaped drying guide rail, an arc-shaped drying body, a hot air generating mechanism, a transmission mechanism and a drying power unit, wherein the arc-shaped drying guide rail is fixed relative to the WC pan, the drying body is in a sliding connection with the arc-shaped drying guide rail, the front port of the hot air generating mechanism stretches into the drying body in a sliding mode, the arc shape of the arc-shaped drying guide rail (21) matches with the arc shape of the drying body (22), and the drying power unit is connected with the drying body through the transmission mechanism so as to drive the drying body to stretch along the arch shape relative to the arc-shaped drying guide rail. The drying device has the advantages that the drying body stretches back and forth in an arc-shaped mode, therefore the distance between an air outlet and an area to be dried on buttocks is reduced, the air temperature and velocity are evener, the soft drying is achieved, the drying is more thorough, and the time is saved.

The invention belongs to the technical field of automobile part processing, and particularly relates to a four-station turntable type hot air welding machine and a welding method thereof. The four-station turntable type hot air welding machine comprises a machine frame with a working table board, and a turntable assembly, a hot air assembly and a riveting assembly which are arranged at the side ofthe turntable assembly are arranged at the machine frame. The four-station turntable type hot air welding machine has the advantages that automatic welding operation of a company mark and a company mark ring at a safety air bag cover can be realized, and the operation threshold is low, time and labor are saved in the welding process, and no harm is caused to workers in the welding process, and the welding quality of the company mark and the company mark ring can be effectively guaranteed. The welding method applying the four-station turntable type hot air welding machine comprises the following steps of 1) a pre-processing process; 2) a code scanning process; 3) a hot air process; 4) a riveting process; and 5) a shooting and discharging process. The welding method has the advantages thatthat the actual processing efficiency of the welding process is systematically improved.

The invention discloses a room frequency conversion refrigerator air conditioner. A box is arranged in an indoor unit of the air conditioner. A base plate (1) is arranged at the bottom of the box body. An upper air channel (4) of an indoor unit assembly arranged in an upper box body is located at the upper portion of an inner cavity of the upper box body (2), and the upper air channel (4) extends to the back portion of the upper box body (2) from the front portion of the upper box body (2). A cross flow fan (5) is arranged below the upper air channel (4) and is opposite to an air outlet in the front surface of the upper box body (2). A driving motor is arranged on the cross flow fan (5) and drives the cross flow fan (5) to rotate. A lower air channel (6) is arranged between the air outlet and the cross flow fan (5). A W-shaped heat exchanger assembly (7) is arranged below the cross flow fan (5). A displayer (10) is arranged on the front surface of the upper box body (2) and located below the air outlet. An electric appliance box assembly (11) is arranged below the displayer (10), and a lower box body (3) serves as a refrigerator.

The invention relates to the technical field of agricultural machinery, in particular to a cross-flow wind screen type edible sunflower cleaning device which comprises a shaking plate, an upper screen, a lower screen, a rocker driving device and a cross-flow fan. The shaking plate is fixedly connected with the lower screen, the upper screen and the lower screen are connected with the rocker driving device, and the rocker driving device drives the shaking plate, the upper screen and the lower screen to move. The cross-flow fan is arranged on the right side of the lower screen. Through the combined action of the cross-flow fan, the upper screen and the lower screen, grains of threshed edible sunflowers are separated from impurities, the cleaning rate of the grains of the edible sunflowers isincreased, damage to the grains of the edible sunflowers is small, and a good impurity removing operation effect is achieved.

The invention provides a low-temperature circulating air flow device for worsted production. The low-temperature circulating air flow device includes a yarn steaming box, a moving assembly and a circulating air flow device. The yarn steaming box is a half-sealed internal pressure thin-wall container. The left end of the yarn steaming box is embedded in a seal cover, the seal cover is provided withthe moving assembly, and the circulating air flow device includes an infrared heating pipe, a suction fan and an air feeder. The left end of the yarn steaming box is fixedly connected with the inletend of the suction fan, the top of the right end of the yarn steaming box is fixedly connected with the outlet end of the air feeder, the outlet end of the suction fan is fixedly connected with an airguide pipe, and a three-way pipe is fixedly mounted at the left end of the air guide pipe and fixedly connected with the yarn steaming box and the inlet end of a fan. Through the circulating air flowdevice, the air speed in the yarn steaming box is uniform, the generation of a heating blind area is avoided, the yarn twist is balanced, yarn quality is improved, the yarn color is durable, the production efficiency is greatly improved while claims for compensation caused by yarn skew are reduced, manpower resources are saved, and the cost is reduced.

The invention provides a multi-row synthetic tow cooling device. The multi-row synthetic tow cooling device comprises a cooling box and an air supply device used for supplying cold air into the cooling box. A plurality of rows of air duct assemblies for tows to pass through are arranged on the cooling box, a perforated plate is arranged between the cooling box and the air supply device, and a plurality of vent holes are formed in the perforated plate. Cold air from the air supply device enters the exteriors of silk screen cylinders in the air duct assemblies through the vent holes and enters the interiors of the silk screen cylinders through the outer circumferences of the silk screen cylinders. Circulation space is formed in the outer circumferences of the silk screen cylinders, and the adjacent silk screen cylinders in the same row, the adjacent silk screen cylinders in different rows and different inner walls of the cooling box are communicated through the circulation space. By controlling the amount of the cold air entering different positions in the circulation space, the differential values between air pressures of the cold air at different positions in the circulation space and air pressures inside the silk screen cylinders are basically consistent.

The invention discloses a washing and drying device of a closestool. A washing body of a washing device and a drying body of a drying device can stretch in an arc mode under coordination of a transmission mechanism and a power unit, so that the washing and drying device has the following advantages of a. being capable of reducing whole height from a ceramic face to the top portion of the washing device and applicable to requirements that the existing intelligent closestool trends to flat appearance development on modeling; b. enabling an arc-shaped body to have curve soft sense on the modeling and enabling an arc-shaped mode reciprocating motion to have more novelty and layering sense than straight line mode reciprocating motion; and c. enabling the drying body to stretch front and back in the arc-shaped mode to shorten distance between an air outlet and buttock areas needing drying, enabling wind-temperature and wind speed to be even, achieving soft drying, and enabling drying to be thorough and saving time.