309results about How to "Realize Supplement" patented technology

The invention relates to a compression-absorption type refrigerating machine set. The invention is characterized in that a control valve, a coolant liquid pump, a compressor and a newly added throttlevalve are added into a single stage first class absorption type refrigerating machine set to form the compression-absorption type refrigerating machine; coolant liquid from an evaporator or a condenser is conveyed to an absorber or the condenser through the coolant liquid pump or a newly added second throttle valve; coolant steam formed after the coolant liquid absorbs heat enters in the compressor; compressed high pressure coolant steam enters in a generator or a rectifying tower to release condensing heat; after being throttled by the newly added throttle valve, coolant liquid enters in thecondenser together with the coolant steam from the generator or the rectifying tower; and after releasing heat or being throttled by the throttle valve, the coolant steam and the coolant liquid return to the evaporator or the coolant steam and the coolant liquid return to the absorber or the condenser after being throttled by the newly added second throttle valve. The compression-absorption typerefrigerating machine set recycles absorption heat or condensing heat by the compressor, thereby realizing the replenishment to driving heat sources, reducing the amount of recycling cooling water andimproving the performance index of recycling.

The invention provides an auxiliary water tank device and an engine cooling system. The auxiliary water tank device comprises a water tank and an upper cover for covering a water filling nozzle of the water tank, wherein the water tank is provided with an overflow gate below the water filling nozzle and an air inlet below the overflow gate; the lower end part of the water tank is provided with a water outlet; a cavity of the water tank is internally provided with a degassing cavity; the upper end of the degassing cavity is communicated with the air inlet; an air outlet arranged at the lower end of the degassing cavity is arranged at the lower part of the cavity of the water tank; the air inlet is used for communicating with the air outlet of a main body of the engine cooling system; and the air inlet is arranged above the air outlet of the main body of the engine cooling system. The degassing device is arranged in the water tank so that the auxiliary water tank can be juxtaposed with the cooling system and can be suitable for being installed on lower vehicles with low height for use. Therefore, the auxiliary water tank in the embodiment has wider application range.

The invention provides a virtual and real occlusion handling method based on a binocular image and range information. The method comprises the following steps of: detecting a half occlusion phenomenon based on the edge of a binocular image object; supplying a light intensity step of the binocular image, a range step of laser ranging and a mapping relation between the two steps; determining a space coordinate mapping relation between the binocular image and the range information according to the mapping relation between the light intensity step and the range step; and compensating depth information of a real scene of the binocular image by adopting the laser ranging, and performing virtual and real occlusion handling between a virtual object and a real object in a half occlusion region. The virtual and real occlusion processing method can be widely applied to generating virtual and real fused scenes in the fields of military, aviation, aerospace, education, entertainment and the like.

The invention discloses an indoor air purifier which comprises an air filter, an exhaust pipe, an air pump, a connecting pipe, a first air inlet pipe, a second air inlet pipe, a reversing valve and the like. According to the indoor air purifier disclosed in the invention, a filter screen is arranged in a container with water and submerged under the water surface, the indoor air is circulated by an air pump and enters water under the filter screen through a pipeline to form bubbles, the bubbles are refined into tiny bubbles when passing through the filter screen and sufficiently contact with water in the container, and the water in the container can maximally adsorb the tiny dust particles in air, thereby enhancing the air purification property. The indoor air purifier has the function of supplementing air from outside to inside. The indoor air purifier disclosed by the invention has the advantage of favorable air purification effect, is simple to operate and convenient for maintenance, can be widely used in schools, hospitals, offices, air purification rooms and other locations, and has favorable application prospects.

The invention relates to a read order which uses read image code to realize control, comprising an image reader for obtaining image code containing the information code for representing target document or target signal, a digit processor for coding the image code and obtaining information code, a memory unit containing a first information list which builds relation between the target document and the information code, and a second information list which builds relation between target signal and the information code representing the target signal, a processing module for receiving the information code sent from the digit processor, and distributing relative target document or target signal according to the first or second information list, to make reaction, and an information output portion for receiving and outputting the target document processed by the processing module. The invention eliminates operation keys and engaged circuit, to reduce the device volume, reduce operation keys and circuits, and reduce the integration degrees of the read order, and reduce cost.

The invention relates to the technical field of solid electrolytes, and in particular, relates to a highly conductive solid electrolyte prepared by a coprecipitation method, wherein a preparation method comprises the steps: step 1, weighing a dopant, aluminum nitrate, tetrabutyl titanate and ammonium dihydrogen phosphate, sequentially putting the raw materials into a reaction container, and continuously stirring at room temperature until faint yellow slurry is formed; step 2, slowly adding ammonia water into the faint yellow slurry and dissolving; step 3, heating the reaction container to 88-90 DEG C, and carrying out constant-temperature water bath magnetic stirring for 0.8-1.1 h, to form a white precipitate; step 4, transferring the white precipitate into a blast drying oven, and heatingto obtain a white precursor; step 5, presintering the white precursor to obtain white powder; and step 6, carrying out ball milling on the white powder, tabletting, molding and calcining to obtain asolid electrolyte sintered body. The solid electrolyte provided by the invention has an NASICON structure, small interface resistance and excellent electrochemical stability, and the particle size reaches nanoscale.

The invention discloses an efficient lightweight speed reducer for a tower crane. The speed reducer comprises a whole box body, an input shaft, a transmission assembly and an output shaft, wherein theinput shaft, the transmission assembly and the output shaft are sequentially engaged for transmission, the end, extending out of the box body, of the output shaft is of a spline structure, a first convex stop opening is preset on a cover plate of the output shaft and is matched with a first concave stop opening of a winding cylinder spline sleeve, and a second convex stop opening is preset on anouter circle shaft of the end, extending out of the box body, of the output shaft, and is matched with a second concave stop opening of the winding cylinder spline sleeve; an oil tank is formed in thebox body, the inner wall of the oil tank forms a first oil collection groove and a first oil way, the first oil way passes through the transmission assembly and/or a bearing of the output shaft, oneend of the first oil way communicates with the first oil collection groove, the other end of the first oil way communicates with an oil tank inner cavity, the box body is connected with a high-speed end bearing pedestal, a second oil collection groove and a second oil way are formed on the high-speed end bearing pedestal, the second oil way passes through an inner cavity of the high-speed end bearing pedestal, one end of the second oil way communicates with the second oil collection groove, and the other end of the second oil way communicates with the oil tank inner cavity.

The invention discloses a planting method of prunus mume. The planting method includes the steps of S1, digging holes to plant prunus mume seedlings, and applying base fertilizer to each planting hole; S2, planting 1-2-year-old young trees, fertilizing 2-4 times every month in March and April, applying organic composite fertilizer to each young tree, applying 45% potassium sulfate composite fertilizer to each young tree once on the first ten days and the middle ten days of May, applying urea to each young tree on the middle ten days of June and July, applying 45% potassium sulfate composite fertilizer to each young tree on the last ten days of August, digging deep holes and applying fertilizer in October, and applying farm manure and calcium magnesium phosphate to each young tree; applying germination fertilizer to adult trees on the middle ten days of February before germination by digging annular ditches, watering, covering with soil, and applying organic slow release fertilizer to each adult tree; S3, leaving 4 main branches of each adult tree 2-3m in height, carving buds at the tops of branches in spring, pinching for the first time when summer branches are 4cm, pinching for the second time when the branches are 10cm, and drawing the branches in June. By the planting method, the quality and survival rate of the prunus mume can be increased effectively.

The invention provides a buoy linkage paint brushing device and relates to the field of brushing devices. The problems that during brushing, repeated dipping of pigment is needed mostly due to manualbrushing, a buoy needs to be constantly rotated, and the whole efficiency is low are solved. The buoy linkage paint brushing device comprises an installation frame, and a clamp seat is fixedly connected to the installation frame through bolts. According to the device, by means of a driving structure, a buoy rotation driving structure and a squeezing structure, as a bevel gear A and a bevel gear Bare engaged with each other, when a motor rotates, a rotating rod on the buoy rotation driving structure can be driven to rotate, at the moment, firstly, the rotating rod drives a poking head to rotate, the squeezing structure can be poked by rotation of the poking head to squeeze an elastic paint barrel, and supplement of the pigment of a brushing head is achieved; and secondly, the rotating roddrives an incomplete gear to rotate, the incomplete gear is engaged with the gears so that intermittent rotation of the buoy can be achieved through rotation of the motor.

The invention relates to an alfalfa planting method in high and cold areas and belongs to the field of planting. The method comprises the following steps: soil selection, soil preparation, seed cultivation, sowing and planting, field management, cradling time, water irrigation treatment and film laminating overwintering. By applying organic fermented liquid residues to soil during soil preparation, the usage of an inorganic chemical fertilizer is reduced; by uniformly spraying an alfalfa nutritional liquid every 35-50 days, water sufficiency when the alfalfa grows is guaranteed, and supplement of nutritional matters when the guarantee grows is also guaranteed. A trace element liquid in the alfalfa nutritional liquid contains trace elements such as copper, manganese, molybdenum, zinc and selenium, so that nutritional substances of alfalfa are supplemented. Because alfalfa as an important high quality feed has superstrong absorption capacity and enriching capacity on selenium and zinc and is an important carrier for converting inorganic selenium and zinc into organic selenium and zinc, an important source of extracting selenium and zinc from animals and people is realized. According to the method provided by the invention, the annual dry weight output of alfalfa in the high and cold areas is 1005.4kg/mu.