32results about How to "Short production period" patented technology

The invention relates to an integrated high propagation method of water planting of virus-free potato seeds and seedlings. The method comprises the steps that a multiplication technology of the water-planting virus-free seedlings and a water planting production technology of the seedlings and the seeds are integrated, and the concentration of nutrient solution components, the light quality of a supplementary light source, hormone components, seedling cutting times and the like are optimized at the same time. According to the method, the stability and security are high, operation and daily management are simple and convenient, the maintenance and production costs are low, the sound seedling index of water-planting potato plants are significantly improved, the yield and quality of the seedlings and mini-potato are improved, the plant propagation coefficient is enlarged, the production cycle of the mini-potato is shortened, and the method is of great importance in breeding of the potato seeds and seedlings.

The invention discloses a manufacturing method of a plastic forming mold, which is characterized in that it comprises the following steps: (1) molding the mold according to the shape of the product; (2) pre-processing the The metal part is placed on the molding module, and the metal base frame is fixed on the metal part; (3) Evenly coat a layer of release wax on the surface of the modeling module, and after the resin glue and the reinforcing powder are mixed evenly, Coating on the surface of the modeling module, curing for 3 hours to make the green body, and then sticking the glass fiber cloth layer on the inside of the green body with resin glue; (4) Inserting steel wires in the base mold frame to form a three-dimensional network structure, Then pour concrete into the void in the mold frame, and then form it after curing. The manufacturing method of the plastic forming mold involved in the present invention is a manufacturing method of the molding mold which is completed synchronously by molding, edge trimming, hole opening and the like, and the mold making period is short, the cost is low, the performance and dimensional stability are good, and the production efficiency is high.

The invention discloses a high-efficiency diatomaceous earth clarification tank. The lower part of the tank body is provided with a sludge tank; a support mesh is fixed in a center reaction barrel; a plastic ball with cellular holes is arranged in the center reaction barrel; the center reaction barrel positioned under the support mesh is communicated with a sewage inlet pipe and an air compression pipe; the center reaction barrel is arranged in the middle of a center pipe; the center pipe is fixed on a tank body; the lower part of an inner diatomaceous earth filter chamber is tapered and is communicated with the sludge tank; at least two inner inclined tube filter layers are fixed between the inner diatomaceous earth filter chamber and the center pipe; the center pipe extends out of the lowermost inner inclined tube filter layer; two ends of an outer inclined pipe filter layer are respectively fixed on the tank body and the center pipe; the outer inclined pipe filter layer is positioned above the inner inclined tube filter layers; and a clear water outlet pipe is communicated with the upper part of the tank body. The high-efficiency diatomaceous earth clarification tank has the advantages of high stability of a suspension layer, low medicament consumption, low cost of sewage treatment, small equipment volume, small occupied area and low production cost.

A scanner with a simplified document feeding path is provided for scanning a document. The scanner includes a paper path, a conveying mechanism, an optical module and a scan window. The conveying mechanism conveys the document along the paper path. The optical module, rotatably disposed, captures an image of the document conveyed to a first position and a second position in the paper path, wherein the optical module captures a front-side image of the document at the first position and a back-side image of the document at the second position. The scan window, mounted on the optical module, is turned toward the first position and the second position as the optical module rotates, and the optical module captures the image of the document through the scan window.

The invention discloses an automotive longitudinal and transverse arm independent suspension system. The system comprises a front suspension system and a back suspension, the front suspension system is composed of first cantilevers which are located on the left side and the right side of the front of a vehicle, and the back suspension system is composed of second cantilevers which are located on the left side and the right side of the back of the vehicle; the first cantilevers and the second cantilevers each comprises a cantilever main body, a cantilever shaft sleeve, a worm gear assembly fixing base, a shock absorber fixing portion and a transverse stable rod fixing portion; each first cantilever is further provided with an upper steering ball head fixing portion, a lower steering ball head fixing portion and a steering interim swing arm fixing shaft sleeve; each second cantilever is further provided with a back wheel hub support fixing portion. The back suspension system is free of steering; if servo motors are installed on the worm gear assembly fixing bases, free adjustment can be achieved when the vehicle body height is different from the road height, and stepless automated control requirements can be achieved under control of a four-wheel height sensor, a gyroscope and an ECU. Accordingly, the system not only has the comfort of limousine, but also has the high trafficability of off-road vehicles.

The present invention involves the field of fruit wine brewing, which specifically involves a lemon fruit wine and production method. It is based on lemon as the main raw material, supplemented by Chinese medicinal materials such as thorns, white thorns, Tangli leaves, honeycomb grass, angelica, and angelica., Eased, fermentation, preparation of traditional Chinese medicine solution and preparation of fruit wine and other steps.The present invention uses low temperature fermentation, which is conducive to enhancing the aroma of fruit wine and improving the color and taste of fruit wine; solve the lack of traditional winemaking methods, simple production technology, short production cycle, greatly reduced production costs, improved production efficiency, easy -to -large production productionEssence

The invention relates to the field of fruit wine brewing, in particular to a mango wine and a production method. It uses mango as the main raw material, supplemented with Chinese medicinal materials such as chrysanthemum, angelica, orange stem, Atractylodes macrocephala, and straw mushroom. After raw material treatment, enzymatic hydrolysis, Fermentation, preparation of traditional Chinese medicine liquid and preparation of fruit wine and other steps of processing and production. The invention adopts low-temperature fermentation, which is beneficial to enhance the aroma of the fruit wine, improve the color and taste of the fruit wine; solve the shortcomings of the traditional wine making method, the production process is simple, the production cycle is short, the production cost is greatly reduced, the production efficiency is improved, and it is easy for large-scale production .

The invention relates to the field of fruit wine brewing, in particular to an orange fruit wine and a production method, which uses oranges as the main raw material, supplemented with traditional Chinese medicinal materials such as liquorice grass, thorn pear, water shield, melaleuca leaf, clam shell grass root, etc. Processing, enzymatic hydrolysis, fermentation, preparation of traditional Chinese medicine liquid and preparation of fruit wine and other steps of processing and production. The invention adopts low-temperature fermentation, which is beneficial to enhance the aroma of the fruit wine, improve the color and taste of the fruit wine; solve the shortcomings of the traditional wine making method, the production process is simple, the production cycle is short, the production cost is greatly reduced, the production efficiency is improved, and it is easy for large-scale production .

The invention discloses a prestressed reinforced concrete cast-in-place turbine generator base which comprises a base bottom plate, frame columns and frame beams. Prestressed reinforcements tensioned through a post-tensioning method are arranged in the base bottom plate, the frame columns and the frame beams. The two ends of each prestressed reinforcement are anchored at the ends of the base bottom plate or the corresponding frame column or the corresponding frame beam through a tensioned end anchorage device and a fixed end anchorage device. A cavity mold is reserved at the end of the base bottom plate or the corresponding frame column or the corresponding frame beam where each tensioned end anchorage device is located, and the tensioned end anchorage devices are fixed into the reserved cavity mold. Unbounded prestressed reinforcements are adopted as the prestressed reinforcements. The prestressed reinforcements tensioned through the post-tensioning method are arranged in all the components of the turbine generator base, and compared with a common turbine generator base, the turbine generator base has the beneficial effects of being high in integral rigidity, small in overall deformation, small in base vibration and short in production period and reducing cost.

The present invention relates to the field of fruit wine brewing, in particular to a goat's milk fruit wine and a production method, which uses goat's milk fruit as the main raw material, supplemented with traditional Chinese medicinal materials such as Burnet, sage, ginkgo, fat sea, dwarf gooseberry, etc. It is processed through the steps of raw material treatment, enzymolysis, fermentation, preparation of traditional Chinese medicine liquid and preparation of fruit wine. The invention adopts low-temperature fermentation, which is beneficial to enhance the aroma of the fruit wine, improve the color and taste of the fruit wine; solve the shortcomings of the traditional wine making method, the production process is simple, the production cycle is short, the production cost is greatly reduced, the production efficiency is improved, and it is easy for large-scale production .

The invention relates to the field of fruit wine brewing, in particular to a coconut fruit wine and a production method. It uses coconut as the main raw material, supplemented with traditional Chinese medicinal materials such as jujube, antler, elderberry, thyme, lentils, etc., after raw material treatment, enzymatic hydrolysis, Fermentation, preparation of traditional Chinese medicine liquid and preparation of fruit wine and other steps of processing and production. The invention adopts low-temperature fermentation, which is beneficial to enhance the aroma of the fruit wine, improve the color and taste of the fruit wine; solve the shortcomings of the traditional wine making method, the production process is simple, the production cycle is short, the production cost is greatly reduced, the production efficiency is improved, and it is easy for large-scale production .

The invention relates to the field of fruit wine brewing, in particular to a rambutan fruit wine and a production method, which uses rambutan as the main raw material, supplemented with Chinese herbal medicines such as rambutan, Prunella vulgaris, jujube, Ziheche, astragalus, etc. , processed through the steps of raw material treatment, enzymolysis, fermentation, preparation of traditional Chinese medicine liquid and preparation of fruit wine. The invention adopts low-temperature fermentation, which is beneficial to enhance the aroma of the fruit wine, improve the color and taste of the fruit wine; solve the shortcomings of the traditional wine making method, the production process is simple, the production cycle is short, the production cost is greatly reduced, the production efficiency is improved, and it is easy for large-scale production .

The invention discloses a novel electromagnetic shielding door, and belongs to the technical field of shielding doors. The novel electromagnetic shielding door comprises a door frame and a door leaf;one side of the door frame is connected to one side of the door leaf through a hinge; a shielding protective device is arranged on the door frame; a mechanical door lock and a pushing rod pressing mechanism connected with the door lock are arranged on the door leaf; a door lock handle is arranged to connect the mechanical door lock; the mechanical door lock is connected with the pushing rod pressing mechanism and controls the pushing rod pressing mechanism; and the pushing rod pressing mechanism resets or respectively generates locking force to the periphery to jack into the door frame. The novel electromagnetic shielding door adopts a purely mechanical door lock, is simple in structure, higher in assembling precision compared with that of a pneumatic door, stable in performance, easy to maintain, short in production period and low in cost, and has certain advantage in the market; shielding pressing strips and shielding strip elastic pieces are in linkage with the overall mechanical structure; effective shielding of the periphery of the door is realized by extruding shielding strips of the door frame; and the operation of the handle is the same as the using method of a common household door lock through fool-proofing measures, which meets the living habits of people, so that human failure is prevented.

The present invention relates to the field of fruit wine brewing, in particular to a kiwi fruit wine and a production method, which uses kiwi fruit as the main raw material, supplemented with traditional Chinese medicinal materials such as banyan tree, winter lily, non-ash wood, wild rice, Shandong swollen foot fern, etc. Raw material processing, enzymatic hydrolysis, fermentation, preparation of traditional Chinese medicine liquid and preparation of fruit wine and other steps of processing and production. The invention adopts low-temperature fermentation, which is beneficial to enhance the aroma of the fruit wine, improve the color and taste of the fruit wine; solve the shortcomings of the traditional wine making method, the production process is simple, the production cycle is short, the production cost is greatly reduced, the production efficiency is improved, and it is easy for large-scale production .

The invention provides a shaping manufacturing device for a reinforced concrete window sill. The shaping manufacturing device comprises a concrete tray system, a shell system and a power vibration system. The top of the shell system is provided with an opening, the concrete tray system is mounted at the opening in the top of the shell system, and the power vibration system is disposed inside the shell system. The concrete tray system comprises a tray for containing concrete. The power vibration system comprises a motor and vibrators, the vibrators are arranged at the opening in the top of theshell system, and the upper ends of the vibrators are in contact with the bottom of the concrete tray system to drive the concrete tray system to vibrate.

The present invention relates to the field of fruit wine brewing, in particular to a pomegranate fruit wine and a production method, which uses pomegranate as the main raw material, supplemented with traditional Chinese medicinal materials such as wild peony, golden cherry, half-side flag, long-stemmed Senecio, chuanxiong, etc. Processing, enzymatic hydrolysis, fermentation, preparation of traditional Chinese medicine liquid and preparation of fruit wine and other steps of processing and production. The invention adopts low-temperature fermentation, which is beneficial to enhance the aroma of the fruit wine, improve the color and taste of the fruit wine; solve the shortcomings of the traditional wine making method, the production process is simple, the production cycle is short, the production cost is greatly reduced, the production efficiency is improved, and it is easy for large-scale production .

The invention discloses a novel universal-deployment fast-assembly door-and-window frame and a manufacturing method thereof. The novel universal-deployment fast-assembly door-and-window frame comprises a horizontal sliding door sleeve, a sliding door sleeve, an idle door sleeve, a window sleeve and a thick-wall door sleeve. Each pattern comprises a main board with a unified width of about 150 mm or 90 mm, adjustable L-shaped decorative plates at front and rear sides of the thick wall or an L-shaped plate at the front side and a fixed rectangular decorative plate at the rear side. The L-shaped plate consists of a high-quality decorative strip and an embedded manmade plate with width not more than 230 mm or 290 mm. The main board with a designed dimension is manufactured into an inverted U-shaped board by slitting through a standard board and the like, various L-shaped and rectangular boards are optimized and slit on the spot to deploy a width adjustment range produced by a two-main-board combined structure and the like, so that adjustment needs of the existing door-and-window frame with various standard and nonstandard wall thickness differences are completely met. The inverted U-shaped plate is sent to an installation site as a standard part, a simple cutter storeroom is only arranged, the inverted U-shaped plate is optimized and slit into boards of various specifications according to the practical wall thickness, and the installation site is free of noise pollution. The novel universal-deployment fast-assembly door-and-window frame is standard, large-scale, short in production period, quick and convenient to mount, and high in product quality, and especially suitable for lots of existing door-and-window frames on high-rise nonstandard walls.

The invention relates to a crop yield estimation method and device, electronic equipment and a storage medium, and the method comprises the steps of determining a key time phase of a remote sensing image based on a key phenological period of a to-be-estimated crop; acquiring a remote sensing image of the key time phase, and calculating a plurality of vegetation indexes; respectively constructing a regression model of each vegetation index and the actually measured yield data; sorting the goodness of fit of the regression model of each vegetation index and the actually measured yield data in the same growth period, and screening out the optimal vegetation index of the key time phase; and constructing a yield estimation model based on the optimal vegetation index of the key time phase and the actually measured yield data, and estimating the yield of the crops. The regional crop yield estimation model is constructed on the basis of remote sensing data, in combination with crop growth characteristics, through crop key phenological period analysis, in combination with optimal vegetation indexes and actually measured data, the method can be used for rapid regional yield estimation, and the reliability of a yield estimation result is improved.

The invention discloses a 90-degree overturning airflow pneumatic conveying line. The 90-degree overturning airflow pneumatic conveying line comprises a blowing plate, U-shaped boxes and a fan. Each U-shaped box is a cavity with the upper end open and the lower end sealed; an air partition plate is arranged in the middle of each U-shaped box; and an opening of each U-shaped box faces upwards. The blowing plate is mounted at the openings of the U-shaped boxes so that the U-shaped boxes can form pressurizing cavities. The pressurizing cavities are connected with the fan. A plurality of directional blowing ports are formed in the surface of the blowing plate in the conveying direction. The multiple directional blowing ports form an air channel flowing in the conveying direction. Pressure is formed in the pressurizing cavity through an air source provided by the fan pressure so that airflow can flow out through the directional blowing ports in the conveying direction. The U-shaped box and the blowing plate are provided with 90-degree rotation devices. The blowing plate is made form 304 mirror finished stainless steel. Stainless steel barrier strips and macromolecular abrasion-resistant strips are arranged on the surface of the blowing plate to be used as guide rails of ring-pull cans. After the directional blowing ports are disconnected, the directional blowing ports are bent downwards by a certain angle. The 90-degree overturning airflow pneumatic conveying line can reach 2000-3000 CMP, the cost is low, the production period is short, and friction to can bottoms is reduced.