32results about How to "Reduce the air outlet area" patented technology

The invention relates to the technical field of air conditioners, and discloses an air outlet frame. The air outlet frame comprises an outer frame body and an inner frame body, wherein the front end face of the inner frame body extends outward to form two front edge plates; a plurality of longitudinal grating plates are arranged between the two front edge plates, and the two ends of each longitudinal grating plate are rotatably connected with the two front plates respectively and form longitudinal outer edge ends; a drive structure capable of driving the longitudinal grating plates to swing left and right is arranged on the front edge plates; a plurality of transverse grating plates are disposed between the two side walls of a second air outlet, and the transverse grating plates and the longitudinal grating plates are arranged in a crossed mode; the side wall of the second air outlet is provided with power elements used for driving the transverse grating plates to swing up and down. By means of the arrangement of a plurality of transverse grating bars and a plurality of longitudinal grating bars, a first air outlet is divided into a plurality of air outlet areas, the structure capable of changing the air outlet direction is simple, the air outlet area is reduced, and the air supplying distance of the air outlet frame is relatively long. Through swing control of the longitudinal grating plates and the transverse grating plates, changing of the air outlet direction in the longitudinal direction and in the transverse direction is achieved, and the air supply range is greatly increased.

The invention discloses a wind energy density increasing device. The wind energy density increasing device is characterized by comprising a center pipe and a wind collecting pipe, wherein the center pipe and the wind collecting pipe are fixedly arranged, the wind collecting pipe is in a round table shape, the center pipe is sheathed on the outside of a wind generator, the small end of the wind collecting pipe is fixedly connected with the front end of the center pipe, and the circumferential surface of the wind collecting pipe is hinged with at least two opening baffle plates. The wind energy density increasing device has the advantages that the wind energy density increasing device is arranged on the wind generator, so the density of the wind energy of the wind blowing towards the wind generator can be increased, the wind speed is improved, and the wind generator can also normally work when the natural wind speed is lower; when the natural wind speed is higher, the opening baffle plates hinged on the wind collecting pipe are blown up to form an opening, then the wind is blown out through the opening, and the speed of the wind blowing towards the wind generator is reduced, so the wind generator can also normally work when the natural wind speed is higher; and the change of the wind speed is uniform, and meanwhile, the wind speed application range of the wind generator is expanded.

The invention discloses an energy-saving air supply port, which comprises four sections of long sides and four sections of short sides, and the four sections of long sides and four sections of short sides are sequentially connected at intervals to form a closed body; the long side is an arc-shaped side concave toward the closed body, The short sides are straight and have the same shape, and the air supply port is symmetrical to the center of the closed body; multiple circular baffles are set in the air supply port, and the multiple baffles are evenly distributed on the air supply port; one of the baffles is located in the center of the air supply port position, and the rest of the baffles are set symmetrically around the air outlet. The air supply port of the present invention can ensure that the air supply air flow is sent to the designated area and effectively forms a square shape, reduces the air volume diffused to the outside of the target area, makes the air supply more concentrated, and reduces energy consumption. The baffle at the air supply port improves the uniformity of the velocity distribution of the air supply airflow in the designated area, improves the comfort of personnel, and at the same time the baffle reduces the air outlet area, thereby saving energy.

The invention discloses an energy-saving air supply opening, which comprises four long edges and four short edges, wherein the four long edges and the four short edges are sequentially and separatelyconnected to form a sealed body; the long edges are arc-shaped edges inwards recessed to the sealing body; the short edges are straight lines and have the same shapes; the air supply opening is symmetrical by using the center of the sealing body as the symmetrical center; a plurality of round baffle plates are arranged in the air supply opening and are uniformly distributed on the air supply opening; one baffle plate is positioned in the center position of the air supply opening; the other baffle plates are in symmetrical arrangement by using the air supply opening as the center. The air supply opening can ensure the air supply air flow to be sent to a specific region; the square shape can be effectively formed; the air quantity diffused out of a target region is reduced; the air supply isvery concentrated; the energy consumption is reduced. Through the baffle plates at the air supply opening, the fast distribution uniformity of the air supply air flow in the specific region is improved; the personnel safety is improved; meanwhile, the air outlet area is reduced through the baffle plates; the energy sources are saved.

The invention discloses a sliding type wind energy density increasing device, which is characterized by comprising a central tube, an air collecting tube and a sliding mechanism, wherein the central tube is arranged outside a wind driven generator in a sleeving manner, the small port end of the wind collecting tube is fixedly connected with the front end of the central tube, and the wind collecting tube is fixedly connected with the sliding mechanism. The invention has the advantages that the sliding type wind energy density increasing device is mounted on the wind driven generator; the intensity of the wind energy blown to the wind driven generator is increased; the wind speed is improved; the wind driven generator can also operate under the condition of lower natural wind speed; when the natural wind speed is higher, the wind collecting tube and the central tube move backwards along a guide rail since the wind driven generator is fixed; the large port end of the wind collecting tube is close to the wind driven generator, as a result, the effect of the wind collecting tube is weakened under the condition of higher natural wind speed; the wind driven generator can also operate normally under the condition of higher natural wind speed; and the application wind speed range of the wind driven generator is enlarged.

The invention provides a refrigerator which comprises a shell, a refrigeration panel, refrigeration foam installed between the shell and the refrigeration panel, a driving assembly installed in an air cavity and an air duct assembly, the refrigeration foam is connected with the refrigeration panel, the air cavity is formed in the side, away from the refrigeration panel, of the refrigeration foam, and the air cavity communicates with at least two sets of air outlets; at least one air outlet is provided with an air expanding assembly used for expanding the area of the air outlet, and the driving assembly drives the air channel assembly to act so that different positions of the air cavity can be selectively blocked or increased or decreased, and the air outlet area of the corresponding air outlet can be kept. According to the scheme of increasing the area of the air outlet and then partially shielding the air outlet, it can be guaranteed that the initial state of the refrigerating chamber of the refrigerator is equivalent to the original air outlet air volume, then according to different working states of the refrigerator, accurate air supply control is achieved for the corresponding storage area by driving the air duct assembly to act, and the air supply volume of the target area is increased; and meanwhile, the air supply amount of other areas is kept unchanged or slightly increased.

The invention discloses an automatic medical garbage recycling system. The automatic medical garbage recycling system comprises a garbage channel, a garbage recycling device is arranged at the bottom of the garbage channel, garbage inlets of the garbage channel are formed in all floors, air guide devices are arranged on the top and the sides of the garbage channel respectively, and the included angle between the air inlet direction of the side air guide devices and the perpendicular line is 10-25 degrees; each air guide device comprises a first air guide cavity and a second air guide cavity which are communicated, the first air guide cavities are connected with an air supply device, air outlets are formed in the bottoms of the second air guide cavities, air guide plates are arranged at the joints of the first air guide cavities and the second air guide cavities, a plurality of air guide holes are formed in each air guide plate, and air entering the system from the first air guide cavities enters the second air guide cavities through the air guide holes and then is guided out through the air outlets. Accordingly, the condition that dust and smell flow back to departments in each floor from a feed port is avoided, and secondary contamination is completely eradicated.

The invention discloses a flow-sharing energy-saving type triangular air supply opening and a determination method of an air supply opening structure. The air supply opening comprises two inclined edges and a horizontal edge, wherein the two inclined edges and the horizontal edge are sequentially connected to form a closed triangular structure, the two inclined edges and the horizontal edge are symmetrical about a central axis, a plurality of baffle plates are arranged in an air outlet area of the air supply opening, and the baffle plates are distributed on the central axis and an inclined axis of the air supply opening. According to the air supply opening, an air supply area of the air supply opening is smaller than that of a traditional air supply opening, air supply airflow can be guaranteed to be sent to a designated area and effectively form a triangle, the air volume which is diffused to the outside of the target area is reduced, the air supply is more concentrated, the energy consumption is reduced, meanwhile, the airflow distribution is more uniform, and the requirement on comfort levels of human bodies is met.

The invention provides a cylindrical air conditioner sweeping device based on counter-directional differential blowing, and relates to the technical field of air sweeping for air conditioners. The air-sweeping device for cylindrical air conditioners based on opposite differential speed blowing includes a casing, the rear side of the casing is fixedly connected with a filter screen, the front side of the casing is provided with an air outlet, and the casing is provided with an air outlet. A sleeve is rotatably connected inside, gaps are opened on the left and right sides of the sleeve, and a movement is fixedly installed inside the sleeve inside the casing. The air-sweeping device for cylindrical air conditioners based on opposite differential speed blowing can seal the filter screens and air outlets on the front and rear sides of the casing when the machine is turned off, preventing dust and foreign matter from entering the casing and ensuring For the safety of the cabinet, the air outlet plate on the front side can be fixed by using the flow velocity difference of the opposite air outlet plate to achieve the effect of sweeping the wind, so that the front air outlet plate can be fixed, easy to clean, and not easy to be damaged. ,long lasting.

The invention discloses an air conditioner indoor unit. The air conditioner indoor unit comprises a shell and an air outlet module. An air duct is arranged in the shell; the air outlet module is movably mounted at the bottom of the shell, and the air outlet module is provided with a plurality of air outlet parts communicated with the air duct; the air outlet module can move in the vertical direction and can be switched between a first position and a second position. At the first position, a part of the air outlet parts of the air outlet module is hidden on the inner side of the shell; and at the second position, a plurality of air outlet parts of the air outlet module are exposed on the outer side of the shell. According to the air conditioner indoor unit, multiple air outlet modes can be provided, so that the requirement of a user for the air outlet area is met.

The invention provides an indoor unit and an air conditioner. The indoor unit according to the present invention includes an indoor unit body, an annular air outlet (10) is arranged on the outer peripheral side of the indoor unit body, and the indoor unit also includes an air outlet partition, and the air outlet partition is along the The air outlet (10) is movably arranged in the air outlet (10). In the indoor unit and the air conditioner of the present invention, the air outlet partition is movably arranged along the air outlet hole, so that under the premise of ensuring 360-degree air outlet, the air outlet partition divides the circular air outlet into Multiple air outlets prevent the formation of a closed air curtain and ensure reliable heat exchange. In addition, since the air outlet divider divides the circular air outlet into multiple parts, the overall air outlet area is reduced, and under the same air volume, the air outlet speed can be increased and the air supply distance can be increased.

The invention relates to a drying device, in particular to a boiling drier which protects a material in an outputting process by using inert gas and aims to solve the problem of big influence on the quality of a material with high dryness requirement due to the moisture absorption of the material in the outputting process after the material is dried. The boiling drier comprises a drying container, a feeding device, an air intake device, an air outlet device, a material storage tank and an inert gas compressor, wherein the feeding device, the air intake device, the air outlet device and the material storage tank are connected with the drying container; the inert gas compressor is simultaneously connected with a hot air chamber and the material storage tank through a pipeline; and communication ports between the drying container and other components are provided with valves. The boiling dryer prevents the material from affecting the quality by absorbing moisture in outputting and storing processes; and the air outlet device has a material circulating structure, and is also suitable for drying toxic materials and keeps the drier in an enclosed state while drying the material.

The invention discloses a current-sharing energy-saving type semi-circular air supply outlet and a determination method of an air supply outlet structure. The air supply outlet comprises two inclinededges, two vertical edges, horizontal edges and curved edges, wherein the horizontal edges and the curved edges form bottom edges; the two inclined edges, the two vertical edges, the horizontal edgesand the curved edges are connected with each other to form a closed polygonal structure, the two inclined edges, the two vertical edges and the bottom edges are symmetrical around the central axis, aplurality of baffles are arranged in an air outlet area of the air supply outlet, and the baffles are distributed on the central axis and the horizontal axis of the air supply outlet. The air supply area of the air supply outlet is smaller than that of a traditional air supply outlet, it is ensured that the air supply flow is sent to the designated area and effectively form a semicircle, the air amount which is diffused to the outside of the target area is reduced, the air supply is more concentrated, the energy consumption is reduced, and meanwhile, the airflow distribution is more uniform, and the requirement for the comfort level of a human body is met.

The invention discloses an energy-saving targeted air supply outlet. The air supply outlet has a heptagonal structure, including two straight top sides, two straight side sides, two curved side sides and a straight bottom side; wherein the top side is straight and straight The side, the straight side, the curved side and the straight bottom are connected end-to-end in turn to form a heptagonal structure which is mirror image symmetry. The air supply port is provided with baffles, the shape of the baffles is circular and there are multiple baffles, and the baffles are evenly distributed on the air supply port. The air supply area of ​​the air supply port of the present invention is smaller than that of the traditional air supply port, which reduces the air volume diffused beyond the target area, and can ensure that the air supply air flow is sent to the designated area and effectively forms a "convex" shape, effectively covering the staff , the air supply is relatively concentrated, reducing energy consumption. The baffle plate of the air supply port reduces the air outlet area, and when the air supply speed remains constant, the air supply volume decreases accordingly, thereby saving cooling capacity and energy.

The invention discloses a flow-sharing energy-saving type triangular air supply opening and a determination method of an air supply opening structure. The air supply opening comprises two inclined edges and a horizontal edge, wherein the two inclined edges and the horizontal edge are sequentially connected to form a closed triangular structure, the two inclined edges and the horizontal edge are symmetrical about a central axis, a plurality of baffle plates are arranged in an air outlet area of the air supply opening, and the baffle plates are distributed on the central axis and an inclined axis of the air supply opening. According to the air supply opening, an air supply area of the air supply opening is smaller than that of a traditional air supply opening, air supply airflow can be guaranteed to be sent to a designated area and effectively form a triangle, the air volume which is diffused to the outside of the target area is reduced, the air supply is more concentrated, the energy consumption is reduced, meanwhile, the airflow distribution is more uniform, and the requirement on comfort levels of human bodies is met.

The invention discloses a multi-direction air guide device and air conveying equipment with the same. The multi-direction air guide device is provided rotary air guide mechanisms and driving mechanisms, the rotary air guide mechanisms are movably assembled on a frame body, the driving mechanisms are assembled on the frame body, and the driving mechanisms drive the corresponding rotary air guide mechanisms to rotate relative to the frame body. The rotating air guide mechanisms can adjust the air outlet direction of an air outlet, and realize a more flexible air outlet mode; and the rotating airguide mechanisms can rotate in the same direction or in different directions. During rotation in the same direction, an effect the same with that of single driving air outlet equipment is realized; during rotation in the different directions, the rotating air guide mechanisms at the two sides rotate outwards to increase the air outlet area and rotate inwards to reduce the air outlet area, the wind power is enhanced, and the air outlet utilization rate is increased; and when the rotation direction of each rotating air guide mechanism is different, air outlet can be disordered, so that output air is more dispersed, and natural wind is simulated. The air conveying equipment is provided with the multidirectional swing blade structure, so that the air conveying modes are more diversified, theair conveying range is wider, and the air conveying wind power is stronger.

The invention relates to the technical field of air conditioners, and discloses an air outlet frame. The air outlet frame comprises an outer frame body and an inner frame body, wherein the front end face of the inner frame body extends outward to form two front edge plates; a plurality of longitudinal grating plates are arranged between the two front edge plates, and the two ends of each longitudinal grating plate are rotatably connected with the two front plates respectively and form longitudinal outer edge ends; a drive structure capable of driving the longitudinal grating plates to swing left and right is arranged on the front edge plates; a plurality of transverse grating plates are disposed between the two side walls of a second air outlet, and the transverse grating plates and the longitudinal grating plates are arranged in a crossed mode; the side wall of the second air outlet is provided with power elements used for driving the transverse grating plates to swing up and down. By means of the arrangement of a plurality of transverse grating bars and a plurality of longitudinal grating bars, a first air outlet is divided into a plurality of air outlet areas, the structure capable of changing the air outlet direction is simple, the air outlet area is reduced, and the air supplying distance of the air outlet frame is relatively long. Through swing control of the longitudinal grating plates and the transverse grating plates, changing of the air outlet direction in the longitudinal direction and in the transverse direction is achieved, and the air supply range is greatly increased.