39results about How to "Up and down evenly" patented technology

The invention relates to a solar automatic soaking and gathering-heat pipe, a slot-typed assembly, a thermal power generating system and a craft. The solar automatic soaking and gathering-heat pipe comprises a glass tube and an absorption tube which is installed inside the glass tube and is coated with an endothermic layer. Vacuum is arranged between the glass tube and the absorption tube. The solar automatic soaking and gathering-heat pipe is characterized in that segregation board which is used for enabling fluid to turn flow up and down alternatively in the absorption tube and is installed inside the inner chamber of the absorption tube. The segregation board is in a heliciform and is fixed in the absorption tube enabling the solar automatic soaking and gathering-heat pipe to be filled with water to heat directly without the worry of booster. Meanwhile, the electrical power generating system and the craft through photo-thermal supplementary electricity generation enables the photo-thermal supplementary power station to be unaffected by the weather so that the electricity can be generated steadily at night or when the sunlight is inadequate. Energy conservation and environment protection can be achieved.

The invention discloses a device and a method for manufacturing a tapered optical fiber. The device comprises an optical flat, a computer terminal, a carbon dioxide laser, a scanning galvanometer, a metal film plated reflector, a placing platform, two bi-dimensional accurate adjusting brackets, two optical fiber fixing parts and a plurality of pairs of weights. The placing platform is used for placing the metal film plated reflector, the two bi-dimensional accurate adjusting brackets are respectively arranged on two sides of the placing platform, the two optical fiber fixing parts are respectively fixed on the two bi-dimensional accurate adjusting brackets and are respectively used for fixing one of two ends of the processed optical fiber, the plurality of pairs of weights are used for suspending on the two ends of the processed optical fiber, the mirror surface of the reflector is right against an output end of the carbon dioxide laser, during usage, a portion to be processed with a coating layer removed in the processed optical fiber is enabled to tightly cling to the mirror surface of the reflector and is located on a focal plane of a focusing lens of the carbon dioxide laser, output laser spots of the carbon dioxide laser are controlled by the computer terminal, and the weights are quickly pulled after one scanning is completed to obtain the tapered optical fiber. Not onlythe processing time is shortened, but also physical damage to the optical fiber caused by long time action of the output laser spots on the optical fiber is avoided.

The invention discloses medical cell culture equipment and a cell culture method, which relate to the technical field of cell culture. The equipment comprises an incubator, a sealing cover is hinged to the top surface of the incubator; two operation holes are fixedly formed in the end surface of the incubator; rubber operation gloves are mounted on the surfaces of the two operation holes; the interior of the incubator is divided into a culture cavity and a transfer cavity through a partition plate; a transfer hole is formed in a communication part of the culture cavity and the transfer cavity;a sealing door mechanism is fixedly mounted on the inner wall of the culture cavity; one surface of the sealing door mechanism is slidably sealed with the transfer hole. Through the design of the transfer cavity, the sealing door mechanism and a positive-pressure air blowing assembly in the incubator, the probability that external impurity-containing and bacterium-containing air enters a culturedish can be effectively reduced in a cavity separation and positive-pressure air blowing mode during sampling of the equipment, and the normal environment during cell culture can be effectively guaranteed through reduction of the pollution probability.

The invention discloses a silver-separating apparatus of silver-containing anode slime. The apparatus is composed of a reaction vessel (1) and a separating tank (2); the reaction vessel (1) is a sealed glass fiber reinforced plastic cylinder, wherein the lowest part of the reaction vessel (1) is in a spherical crown shape, and is positioned higher than the highest part of the separating tank (2); the separating tank (2) is provided with an overflow port (3) on a side of the upper part; a double-layered stirrer (5) of a stirring device (4) extends from right above the reaction vessel (1) into the reaction vessel (1); a long mandrel (12) is sleeved in a stirrer main shaft (11) of the stirring device, wherein the long mandrel upper part which surpasses the stirrer main shaft (11) is connected to a large driven gear (13), and the long mandrel lower part which surpasses the stirrer main shaft (11) is connected to a material scraper (14); the stirrer main shaft (11) is transmissively connected by using a belt; a small driving dear on a belt pulley (15) is engaged with the large driven gear (13) through a large-small gear pair (16); a feeding port (6) is arranged on a side of the upper part of the reaction vessel (1); a discharging port (7) is arranged on the center of the bottom of the reaction vessel (1); and the discharging port is connected to the separating tank (2) by using a pipe (9) through a controlling valve (8). According to the invention, the reaction process and the separation process are integrated; the entire operation process is finished in a sealed environment; no acid mist is produced; and the operation environment is good. Therefore, the apparatus is beneficial for the health of operators.

The embodiment of the invention discloses a packaging module and a formation method thereof. The method comprises the steps that a first conductive substrate and a second conductive substrate are fixed by using a first fixing layer so as to form a stacked structure; a first through hole is formed in the position corresponding to the first preset area of the second conductive substrate, and a second through hole is formed in the position corresponding to the second preset area; a third through hole is formed in the position corresponding to the first preset area of the first conductive substrate; the part between the first through hole and the third through hole of the first fixing layer is removed so that a first chamber is formed, and the part of the first fixing layer arranged in the second through hole is removed; and a first chip is fixed in the first chamber and a second chip is fixed in the second through hole so that different thickness of chips are installed through the first chamber and the second through hole which have different depth and the problem that the present packaging module does not support embedding of multiple different thickness of chips can be solved. The upper and lower parts of the packaging module are enabled to be balanced by the formation method so that the phenomenon of warping can be avoided.

The invention relates to a laundry treatment apparatus. The laundry treatment apparatus according to the embodiment of the invention includes a first washing part including a first washing body and afirst door; a second washing part including a second washing body and a second door, where the second washing part has a washing capacity that is less than the washing capacity of the first washing part; and a third washing part including a third washing body and a third door, where the third washing part has a washing capacity that is less than the washing capacity of the first washing part, thereby treating various laundry by one laundry treatment apparatus.

The invention belongs to the technical field of fructus lycii beverages and relates to enzymatic fructus lycii juice, a preparation method thereof, a fructus lycii juice beverage and a preparation method of the beverage. The preparation method of the enzymatic fructus lycii juice includes the following steps of conducting pretreatment, soaking, wall-broken pulping for extracting the juice, enzymolysis and separation, wherein a second-level pulping mode and a third-level tandem type pulp grinding mode are adopted for wall-broken pulping for extracting the original fructus lycii juice; adding compound enzymes of pectase and cellulase into the original cellulase juice for enzymolysis. The nutrient components of raw materials can be fully utilized, the utilization rate of the raw materials isincreased, the stability of a product is obviously improved, the product is uniform in state, and sedimentation, delamination, flocculation and other problems are avoided.

The invention discloses a channel molding stirring technique, relating the technical field of channel molding. The technique comprises the following steps: preheating, installing channel accessories, feeding, and molding. By adding a stirring device to the channel molding position, when liquid glass flows to the channel from the melting tank, the temperature is lowered, and the flowability of the liquid glass is reduced, thereby solving the problems of stripes and even blowout in the product due to high stratification tendency of the glass. The stirring paddle is put to the inside of the channel after being heating, so that the liquid glass is uniform up and down through the rotation of the stirring paddle.

The invention discloses a preserved bean curd slug pickling process, which includes: putting the fermented bean curd slugs in layer in a pickling tub, layered adding of salt, the total added salt is 20%-70% of the total salt use; or firstly putting the fermented bean curd slugs in layer in a pickling tub without adding salt; adding 10%- saturated brine for immerging the slugs; covering a microporous filter on the slugs, if no salt is added when the slug is put in layer in a pickling tub, putting all the salt required by pickling on the microporous filter; if 20%-70% of the total salt use of salt is added when the slug is put in layer in a pickling tub, putting the remained 80%-30% of salt on the microporous filter, and then pressing a heavy for preventing the slugs from floating up; when the salt is fully dissolved, stopping according to the requirement of the salt content of semi-manufactured goods. After adopting that salt is placed on the microporous filter, salt are continuously dissolved from the upper layer so that the brine concentration for soaking slugs is uniform, thereby enhancing the evenness of salt. And simultaneously the salt dosage is diminished for improving productivity effect.

The invention provides an excrement pasteurization treatment method, relates to the technical field of excrement treatment, and aims to solve the problems that the existing excrement treatment period is long, a large amount of peculiar smell and polluted gas is generated in the treatment process, and the ecological environment is destroyed. Comprising a tank body, the tank body is hollow, the tank body is formed by welding profiles, a feeding pipe and a discharging pipe are installed on the left side of the tank body, the discharging pipe is arranged below the feeding pipe, a sieve plate is installed in the tank body, and a partition plate is arranged on the left side of the sieve plate. Compared with a conventional excrement treatment mode, the odor gas treatment device has the advantages that odor gas in the tank body can be treated in time, it is guaranteed that odor gas cannot be generated in the whole excrement treatment process, compared with a conventional excrement treatment mode, the fermentation treatment process is environmentally friendly, harmless production and processing are achieved, the sterilization effect can reach the international standard, the whole excrement treatment period is shortened, and the production and processing cost of enterprises is reduced.

The invention relates to a high-efficiency drum steamer, which includes: a main steamer, in which a dryer assembly is arranged, a heating device is arranged inside each dryer, and a temperature setting is set on the inner wall of the main steamer. Sensors and humidity sensors are used to detect the real-time temperature and real-time humidity in the main steamer; the control unit is connected with the temperature sensor, humidity sensor and heating device, the first valve and the second valve respectively, and the control unit receives The real-time data of the temperature sensor and the humidity sensor adjust the power of the heating device according to the real-time temperature of the temperature sensor, and at the same time adjust the working time and opening and closing degree of the first valve or the second valve according to the real-time humidity of the humidity sensor. By ensuring the temperature environment and humidity environment of the fabric to be fixed, establish a suitable temperature environment, humidity environment and air pressure environment to establish the printing and dyeing conditions of the fabric to be fixed to meet production requirements.

The invention relates to a solar-energy hot water pot, comprising an outer glass pot (1) and an inner glass pot (2), wherein, the outer pot (1) sheathes the inner pot (2) with a chamber between. The chamber is vacuumed (3) and mounted with an inner top post (16) to obtain the glass pot (4). The cover (15) is mounted on the opening (7). The cover is arranged with overflow tubes. When the cold water is filled in the space (9), and there is sun, the sunlight will radiate on the glass pot to heat the water. The vacuum (3) can insulate the heat of water.

The present invention relates to laundry treatment equipment. The laundry processing equipment according to the embodiment of the present invention includes: a first washing part, which is provided with a first washing body and a first door; a second washing part, which is provided with a second washing body and a second door, and has a a washing capacity smaller than that of the first washing unit; and a third washing unit, provided with a third washing body and a third door, having a washing capacity smaller than that of the first washing unit, so that one laundry processing apparatus can Realize the treatment of various washings.

The invention provides a sintered material distribution system and a sintered solid fuel compounding method. The sintering distributing system includes: a first silo, a first distributor, a second silo, a second distributor and a multi-roller distributor. The first silo is set at the material distribution end of the sintering machine; the first material distributor is set at the discharge port of the first silo; the second silo is set between the first silo and the igniter of the sintering machine; the The material receiving end of the second distributor is arranged at the discharge port of the second silo, and the discharge end of the second distributor is arranged between the first distributor and the second silo. Between the discharge ports; the multi-roll distributor is obliquely arranged at the distribution end of the sintering machine, and accepts the distribution of the first distributor and the second distributor. The sintering material distributing system and the sintering solid fuel compounding method of the present invention can improve the yield of sintered ore.

The invention provides a slush-molded PVC material for automotive trim skin. The slush-molded PVC material is prepared from suspension method type PVC resin, polymer resin, diacetyl epoxy plant triolein, Malay pimaric acid zinc, zinc stearate, calcium stearate, hydrotalcite, tetra[beta-(3,5-di-tert-4-hydroxyphenyl)propionic acid] pentaerythritol ester, phosphite ester, 2-hydroxy-4-n-octyl epoxide benzophenone, oleamide, pentaerythritol, inorganic pigments and an assistant. The invention further provides a preparation method of the slush-molded PVC material for the automotive trim skin. Suspension method PVC is adopted, powder completely and thoroughly absorbs polymer liquid resin oil, and the flowing state of the powder is kept. According to the method, dioctyl sebacate, adipic acid trimethylene glycol ester, trioctyl trimellitate and tridecyl trimellitate are adopted, no orthophthalic resin is adopted, the slush-molded PVC material is environmentally friendly, healthy and safe, and the international environmental health requirement is met.

The embodiment of the invention discloses a packaging module and a formation method thereof. The method comprises the steps that a first conductive substrate and a second conductive substrate are fixed by using a first fixing layer so as to form a stacked structure; a first through hole is formed in the position corresponding to the first preset area of the second conductive substrate, and a second through hole is formed in the position corresponding to the second preset area; a third through hole is formed in the position corresponding to the first preset area of the first conductive substrate; the part between the first through hole and the third through hole of the first fixing layer is removed so that a first chamber is formed, and the part of the first fixing layer arranged in the second through hole is removed; and a first chip is fixed in the first chamber and a second chip is fixed in the second through hole so that different thickness of chips are installed through the first chamber and the second through hole which have different depth and the problem that the present packaging module does not support embedding of multiple different thickness of chips can be solved. The upper and lower parts of the packaging module are enabled to be balanced by the formation method so that the phenomenon of warping can be avoided.