71 results about "Hybrid production" patented technology

The invention discloses a system for supplying materials for a mixed assembling production line based on an RFID. A method for supplying the materials for the mixed assembling production line based on the RFID includes the steps of enabling products which are being processed and to be assembled beside the production line to be equipped with RFID labels, reading assembly information of the production line in real time through an RFID read-write device, transmitting the information to a data storage and application module through a middle part, monitoring the RFID read-write device through the data storage and application module, and obtaining a distribution scheme through the real-time assembly information. According to the system for supplying the materials, the invention further provides the method for supporting the materials. By determining the distribution lead time of the materials, the acquisition cycle of the RFID read-write device and the data taking and using middle cycle of the middle part, the required amount of the materials which are to be assembled beside the production line is obtained through the data storage and application module, and the distribution scheme is obtained according to transportation vehicles. According to the system and method, workshop assembly schedule information and assembly line state information are automatically collected, and the response capacity, the flexibility degree and the distribution efficiency of the distribution requirements of the materials beside the production line are improved.

The Embodiments herein produce a net zero electric system (where there is no grid utility electricity required) and / or reduce substantially the size of the balance of plant such as batteries, the consumption of electricity, the generation of electricity or the use of grid electricity. The management system uses cold air storage, thermal storage in water heaters, and increases the efficient of the systems.The Solar and Wind hybrid production system uses DC electricity in appliances without converting to AC to reduce battery, inverter and charge controller size, cost and Operation and Maintenance (O&M) expenses (On and / or Off-Grid Balance of Costs major components are depicted in FIG. 3) and without requiring the solar / wind electricity going through battery chargers and batteries reducing costs and increasing efficiency.

The invention provides an intelligent flexible production line including a system database which is used for correspondingly storing the identification codes of production materials and the assembly processes implemented on the materials in corresponding work stations, a holding plate which is used for placing the materials and flowing to each work station on the assembly line and is pasted with the identification codes of the materials, a plurality of work stations which are used for implementing corresponding assembly processes on the materials on the holding plate arriving at each work station, reading devices which are set in the work stations respectively and used for reading the identification codes of the materials, and a work station control system which is used for acquiring an assembly process implemented on the material on the holding plate arriving at the current work station from the system database according to the identification code of the material read by the corresponding reading device and the work station number of the current work station and enabling the current work station to implement a corresponding assembly process on the material on the holding plate arriving at the current work station. Products of multiple specifications can be produced simultaneously on the same production line. Compared with the prior art, the automation rate is improved greatly, and the production efficiency is improved.

The invention provides a multi-variety batch product mixed routing manufacturing real time state management method comprising the following steps: 1, building a part processing procedure attribute model; 2, building a mixed routing manufacturing process dimension state model; 3, building a mixed routing manufacturing resource attribute model; 4, building a mixed routing manufacturing resource dimension state model; 5, building a mixed routing manufacturing real time state model that takes the part processing procedure and the mixed routing manufacturing resource as nodes and takes a task resource association relation as an edge. The method can fast and accurately describe the mixed routing manufacturing specific process from the procedure, resource and manufacturing route dimensions; the whole state model has instantaneity, thus effectively reflecting the production plan execution conditions under the current state, and providing accurate, comprehensive and real time data for real timeoptimization and cooperation management of the mixed routing manufacturing system; the method is simple, and suitable for describing the real time states of the multi-variety small batch product mixed routing manufacturing process.

The invention discloses a hybrid seed production method for forage maize. In the method, teosinte serves as a male parent and maize tri-crossed hybrid serves as a female parent to produce a forage maize SC2 seed in a hybrid way. The hybrid production comprises the following steps of: 1) sowing the male parents and the female parents at time intervals to obtain the male parents having blossom intervals and the female parents having the blossom intervals; 2) performing hormone spraying and tassel removal on the female parents having the blossom intervals obtained in the step 1) to obtain the tassel-removed female parents having lower plant heights and lower ear heights; 3) trimming the subtending leaves of the tassel-removed female parents having the lower plant heights and the lower ear heights obtained in step 2) to obtain un-pollinated female parents; and 4) collecting the pollen of the male parents having the blossom intervals obtained in the step 1), pollinating the un-pollinated female parents obtained in the step 3) by using the pollen and culturing the pollinated female parents to obtain the forage corn SC2 seeds. Experiments of the invention show that plant obtained by planting the forage maize SC2 seed obtained by the method of the invention is gramineous pasture having high quality.

The invention relates to a hybrid production method of high-egg-yield and grain-saving laying chickens. The hybrid production method comprises the following steps of (1) hybridizing Jianghan chickensand Babcock chickens to obtain D-line chickens, and breeding to form first female parents; (2) hybridizing Babonate Heikang chickens and Hongshan chickens to obtain C-line chickens, breeding, and selecting and remaining slow-feathering pure gene bodies to form first male parents; (3) hybridizing male parents of aulic yellow dwarf chickens and female parents of the Jianghan chickens to obtain E-line chickens, breeding, and selecting and remaining dwarf bodies with fast feathering and recessive white feathers to form terminal male parents; (4) hybridizing the first male parents and the first female parents to generate parent hens; (5) hybridizing the parent hens and the terminal male parents to obtain commercial chickens. The hybrid production method has the beneficial effects that the commercial chickens with good body type and appearance, stable breeding performance, high disease resistance, high survival rate and egg laying rate, early laying, excellent egg quality, grain-saving effect and mild temperament are obtained by selecting proper complete set lines.

The invention relates to a cultivating method to utilize flax male sterility to hybrid flax, belonging to the field of crop cultivation. Heterosis utilization is an effective way to improve the yield of flax, but the main obstacle in prior suitable heterosis utilization is the lack of excellent flax male sterile line. The invention is characterized in that, excellent temperature sensitive sterile line successfully selected and bred through antibiotic mutation is utilized for hybrid breeding and hybrid production; the cross combination with obvious yield heterosis is bred; the method to produce sterile line at high temperature area and produce hybrid F1 seed together with a restore line at low temperature area is invented. The cultivating method has the advantages of simple propagation, low production cost, wide sterile line restoring sources and obvious heterosis.

The invention relates to a feeding method and feed of new broiler hen. The broiler hen is hybrid group of local chicken breeds and foreign broilers. The feeding method is characterized in that the broiler hen is stocked at daytime and is put into a hen house at night for feed supplement. The notorious feed is prepared by the method comprises the following steps: various trace element materials and inorganic carriers are used for producing a compound trace element premix; various vitamin raw materials, antioxidant and organic carrier are used for producing a compound vitamin premix; choline, amino acid, carrier and the like are used for producing other additive premixes; according to the compound premix formula, the compound trace element premix, the compound vitamin premix, other additive premixes and other materials are respectively metered, mixed and produced into a compound additive premix; according to a formula for producing, after being respectively metered, various main raw materials and the compound additive premix are evenly mixed and prepared into particles to be packaged. The invention can accelerate the promotion of broiler hens and improve the economic benefit of broiler breeding industry.

The invention provides a high-production-performance black meat rabbit new strain breeding method. The breeding method comprises the steps that firstly, local male black rabbits are mated with femalewhite meat rabbits to obtain an F1 generation; the black male rabbits in the F1 generation are selected for backcrossing with the female white meat rabbits to obtain an F2 generation; the black male rabbits in the F2 generation are selected for backcrossing with the female white meat rabbits again to obtain an F3 generation; the black rabbits in the F3 generation are selected for crossing to generate an F4 generation; black male and female rabbits in the F4 generation are selected for gene identification, and homozygotic black male and female rabbits are selected to form a basic group; the basic group is subjected to atresia subculture to breed 3-4 generations, and a high-production-performance black meat rabbit new strain consistent in body shape and appearance can be bred. According to the black meat rabbit new strain bred through the breeding method, in the pure breeding and hybrid production process, it can be ensured that the hair colors of commercial generation rabbits are consistent. Meanwhile, the production performance and uniformity are relatively high, and the method is suitable for modern meat rabbit matching production.

A hybrid production process for a step stencil. Specifically, The process flow is as follows: electroforming a first electroformed layer: core mold treatment->pre-treatment (degreasing, pickling and sandblasting)->film mounting 1->exposure 1->single sided development 1-> electroforming 1->stripping; electroforming up steps on a printing surface: pre-treatment (pickling and sandblasting)->double sided film mounting->double sided exposure->double sided development->electroforming 2->stripping; and etching down steps on a PCB surface: PCB surface etching->film stripping->follow-up treatment (degreasing and pickling). By employing the process, a metal stencil having the PCB surface with down steps and the printing surface with up steps can be produced. The pattern areas of the metal stencil have openings with good quality, smooth hole walls, and no undesirable phenomena of blurs, jags, etc.; the position precision of the opening pattern area is high; and the thickness uniformity of the stencil is good, uniformity COV being less than 10%.

It is an object of the present invention to provide a production system and a production method, which can change a period to delivery of products flexibly depending on a change of demand, in the case of producing a plurality of products having different specifications by mixing. A production system of plural kinds of products has a plurality of lower processes, which is capable of diverging, with respect to an upper process that can be applied common in a plurality of products. These upper process and lower process are organized by including one or a plurality of processes. A production line is constructed by a plurality of manufacturing facilities having different functions through the upper process and the lower process. Such a production system is provided with an order and delivery management system, a design management system, and a process management system.

A step stencil and a hybrid production process thereof. The step stencil is a metal mask having up steps on a PCB surface, and the base material of the mask is one of stainless steel, pure nickel and a nickel-iron alloy. The hybrid production process flow is as follows: (1) the fabrication of the up step area on the stencil PCB surface; (2) the fabrication of a half-etched blind hole of the stencil; (3) the fabrication of stencil openings; and (4) subsequent processing of the stencil openings. The hybrid production process includes three processes of etching, laser cutting and electropolishing, by using which the metal stencil having the PCB surface with up step can be produced. Through the fabrication of the half-etched blind holes, alignment holes for precise alignment can be produced; the metal screen has an opening pattern both in the flat area and the up step area; and the opening has good quality, smooth hole walls, and no blurs; by using the etching process, the stencil surface can be made to be flat and no-tilting phenomenon; and the flat area of the metal stencil has good thickness uniformity.

This invention describes a new method to generate hybrid seed in any crop plant while also reducing contamination from out-crossings and self-pollination. In contrast to conventional seed production methods, the method of the invention is not dependent on the use of any form of male sterility in the female parent plants, nor the use of isolation distances from unrelated and undesirable plants of the same species, nor the use of male parent plants in proximity to the targeted females. The process involves the delivery of pollen of the male parent at will, as available either in a preserved pollen bank, or using real-time collection from male plants as they become available. Desired pollen is delivered to fertile females during the period when viable pollen from the females and locally proximal unrelated plants is not being released. The delivered male pollen is in such amounts and fortuitously timed that it preferentially pollinates the females and produces relatively pure hybrid seed at levels much higher than if one used current hybrid production practices and did not utilize male sterility practices or prescribed isolation distances. Such fortuitous timing may involve the intentional application of pollen to females a day or two prior to female parent pollen becoming viable, and / or several consecutive mornings prior to female parent pollen or other proximal plant pollen beginning to shed each day.

A hybrid production process for a printing stencil used in surface-mounting technology (SMT). The process flow is as follows: the fabrication of the up step area on a PCB surface and the down step area on a printing surface: substrate processing -> pretreatment (degreasing and pickling) -> double sided film mounting -> PCB surface exposure -> printing surface exposure -> double sided developing -> double sided etching; and the fabrication of the openings of the stencil: printing surface laser cutting. A metal stencil having the PCB surface with up steps, and the printing surface with down steps can be produced by using the process. According to the metal stencil produced by using the process, the openings of the substrate pattern area and the up step pattern area have good quality, smooth hole walls and no phenomena of blurs or slag; the surface of the metal stencil is good in quality and flat, the opening areas thereof without phenomena of protruding deformation; and the position precision of the pattern opening area of the up steps with the opening area of the substrate is high.

The invention discloses an information-based pelletizing, drying and entire granule mixed production system which satisfies and optimizes technical requirements for medicament or solid dosage production and operation requirements of the corresponding production equipment, and realizes on-site, local and / or remote automatic monitoring management. The information-based pelletizing, drying and entire granule mixed production system comprises a plurality of subsystems and corresponding control management system, wherein the subsystems are respectively formed by corresponding on-site production equipment, the subsystems are connected correspondingly or through corresponding connectors in an entirely sealing manner according to the process sequence, and the subsystems and the corresponding control management system are arranged on a same moving platform.

The invention belongs to the technical field of rice breeding, and relates to a method for creating a male sterile strain line by using a gibberellin synthesis gene. The sterile line creation belongs to the key for the rice hybrid production. In order to overcome the defects of the existing three-line and two-line sterile line, the invention provides a novel sterile line and a creation method thereof, and concretely discloses a method of creating the rice male sterile strain line by using the rice gibberellin synthesis gene OsGA3ox1 and a fertility restoration method of the sterile line. The inventio provides fire-new application of the gibberellin synthesis gene OsGA3ox1. The method for realizing self breeding through external gibberellin spraying is provided for the hybrid production; the fertility is not influenced by the environment conditions; the novel dual-purpose system overcomes the defect of high risk of the existing photo-thermo sensitive dual-purpose sterile line due to the influence of extreme weather.

The present invention discloses one method of raising ternary wheat hybrid breeding efficiency. By means of using the maintenance line of glutinous and partial wheat male sterility line as female parent and polyovary wheat as male parent and introducing the polyovary character gene into the nucleus of the maintenance line, polyovary line in the same type is first created. The polyovary character maintenance line as male parent and the glutinous and partial wheat male sterility line are then hybridized and backcross replaced to breed selectively corresponding polyovary sterility line with glutinous and partial sterile cytoplasm. The glutinous and partial polyovary sterility line is adopted in tissue mating and screening to obtain powerful dominant hybridized combination or reproduce original powerful dominant combination. The present invention exhibits polyovary character in female parent propagation and hybrid production, and raises propagation coefficient and breeding efficiency of sterile line obviously.

The present invention discloses a hybrid production process for a three-dimensional mask plate. The process comprises steps of: electroforming a first electroformed layer: core mold pretreatment -> film mounting 1a-> exposure 1 -> single sided developing 1 -> electroforming 1 -> film mounting 1b -> exposure 2 -> stripping; electroforming a protruding part on the printing surface: pre-treatment -> reverse side film mounting 2 -> position alignment-> exposure 3 -> single sided developing 2 -> electroforming 2 -> stripping; and laser cutting pattern openings on the concave area of a PCB surface and on a three-dimensional structure. By adopting the mask plate produced by the hybrid production process provided in the invention, not only precise positioning of a convex area part on the mask plate is enabled, but also the surface quality of the mask plate and the uniformity of coating layer thickness are ensured through optimized electroforming process parameters; mean while, by employing a laser cutting process to perform cutting processing to the concave three-dimensional part of the mask plate and the pattern opening of this part, the processing rate of the plate surface can be greatly improved, thus reducing processing costs.

The invention discloses a hybrid production machine for agricultural production. The production machine comprises a worktable. The top of the worktable is fixedly provided with a feeding funnel, and the worktable is provided with a leakage through hole. The top of the worktable is fixedly provided with a supporting triangular block. A bracket is fixedly welded to one side of the feeding funnel, and a movable column is mounted on one side of the bracket in a rotating mode. A cylinder is fixedly mounted on one side of the supporting triangular block, and a piston rod of the cylinder is fixedly connected with a first connecting rod. The top end of the movable column is fixedly provided with a second connecting rod, and one end of the second connecting rod away from the movable column is movably provided with a hammer. The bottom of the worktable is provided with four wheels in parallel, a diagonal bar is arranged at one end of the worktable, an expansion mounting platform is fixedly mounted at the top of the diagonal bar, and a flattening tool is arranged on the right side of the horizontal end of the worktable. The production machine is convenient to operate, avoids the fact that thefeeding funnel is blocked, and meets the using requirement of people.

The invention discloses a high-pressure hybrid production machine for agricultural production. The high-pressure hybrid production machine includes a working table, a feeding hopper is fixedly installed at the top of the working table, the feeding hopper is used for feeding fertilizer raw materials, the working table is provided with a leakage through hole, and the leakage through hole is communicated with the feeding hopper. A supporting triangular block is further fixedly mounted at the top of the working table and located on one side of the feeding hopper, a support is fixedly welded to oneside, close to the supporting triangular block, of the feeding hopper, and the support is inclined. A movable column is rotatably mounted on one side, far away from the feeding hopper, of the support, a cylinder is fixedly mounted on one side, close to the movable column, of the supporting triangular block, and a piston rod of the cylinder is fixedly connected with a first connecting rod. The high-pressure hybrid production machine for agricultural production is simple in structure and convenient to operate, and blockage of the feeding hopper is avoided; meanwhile, when a knocking hammer is damaged, the knocking hammer can also be dismantled and replaced conveniently, and users' use requirements are met.

A hybrid production process for a step stencil. The production process flow is as follows: electroforming a first electroformed layer: core mold treatment -> pre-treatment (degreasing, pickling and sandblasting) -> film mounting 1-> film exposure 1-> single sided developing 1-> electroforming 1-> film stripping -> mold stripping; etching a printing surface to form a down step area: printing surface film mounting-> exposure 2-> single sided developing 2 -> etching (forming the down step area on the printing surface); and laser cutting the opening pattern of the down step area: an electroformed stencil with a down step area->laser cutting the opening pattern of the down step area->subsequent processing. By using the production process of the invention, the stencil having the printing surface with the down step area can be produced; the openings of the pattern areas of the substrate and the down step area has good quality, smooth hole walls and no blurs; the stencil surface has good quality, first class brightness surface, and no pinholes or pittings; the position precision of the opening area of the down step area pattern and the opening area of the electroformed area is high; and the thickness uniformity of the electroformed stencil pattern area is good.

The invention relates to a hybrid production method of high-quality pigs, and belongs to the field of genetic breeding of animals. Duroc pigs are adopted as male parents, Guangdong small-ear spotted pigs are adopted as female parents, then the first-filial generations which are Duroc-spotted binary hybrid pigs are adopted as female parents, Tibetan pigs are adopted as male parents, and hybridization is performed so as to obtain the high-quality pigs finally. The high-quality pigs inherits a high growth rate and a high feed utilization rate of the American Duroc pigs, adaption to high-temperature and moist environments, high fertility, good suckling performance of sows and a long service life of the Guangdong small-ear spotted pigs, good pork quality of the Tibetan pigs and other excellentqualities. It is shown through tests on reproductive performance, growth performance, slaughter performance and pork quality performance that the high-quality pigs have the following advantages of high reproductive power, large size, fast growth and development, a high feed utilization rate, a high rate of lean pork, good pork quality, fresh and tender pork, unique flavor and suitability for popularization and feeding.

The invention discloses a novel diatom ooze environment-friendly material production device and a processing process, which relate to the technical field of diatom ooze environment-friendly materialsand aims to solve the problems that existing diatom ooze environment-friendly material producing and processing performance is imperfect, and practicability of diatom ooze is incomplete. A first distributing bin, a second distributing bin, a third distributing bin and a fourth distributing bin are separately mounted inside a distributing bin mounting frame; a connecting guiding cover plate is mounted below the distributing bin mounting frame; a tapered mixing guide bin is mounted below the connecting guide cover plate; a stirring mixing production box is mounted below the tapered mixing guidebin; one side of the front end of the stirring mixing production box is equipped with a thermometer; a diatom ooze material storage box is mounted below the stirring mixing production box; the middleposition of the lower end of the diatom ooze material storage box is provided with an unloading pipeline; and a solenoid valve is mounted outside the unloading pipeline.

The invention provides a production system and a production control method, and belongs to the technical field of production and manufacturing. The production system comprises at least a first circulation production line and a second circulation production line, a first controller for controlling the tact time of the first circulation production line, and a second controller for controlling the tact time of the second circulation production line. The first circulation production line and the second circulation production line cooperate with each other to produce, and the total time of the required tact time is equal when the first circulation production line and the second circulation production line are in production at the same time. According to the production system and the productioncontrol method provided by embodiments of the invention, a circulation production line body is adopted to replace a traditional linear production line body, so as to save the manufacturing cost of theproduction lines, and enable the two circulation production lines to cooperate with each other to produce at the same time, thereby greatly improving the production rate, and further enabling the entire production line to truly realize the intelligent hybrid production of multi-vehicle and multi-process body.

The invention relates to a method for breeding Maoshan wild boars. The method includes carrying out hybrid production on Taicang black sow and Yunnan wild boars to breed pork pigs and raising the pork pigs in Maoshan mountains and plains. The method has the advantages that the pork pigs have 50% of the blood of the wild boars, are unique in pork quality and are incomparably delicious.

The invention discloses a hybrid production scheduling management and control method for polycrystalline silicon rods, and belongs to the technical field of hybrid production scheduling management andcontrol based on lean management. The technical problem to be solved is to provide an improvement of a hybrid production scheduling management and control method for polycrystalline silicon rods. Thetechnical scheme for solving the technical problem is as follows: the technical scheme is adopted; a manager inputs an annual production task and a monthly task into the data collection unit; the data collection unit sends the input data to the plan management unit; standard man-hour establishing management unit, inputting a production control instruction based on lean production practice data into the standard man-hour management unit: limiting the processing time of the polycrystalline silicon rod in each process, and feeding back actual production data and an early warning signal to the production process tracking unit when the processing time is set to exceed a preset man-hour or a man-hour saving state occurs; the method is applied to a mixed production scheduling place of the polycrystalline silicon rods.

The invention discloses a production scheduling method for an MTO-MTS hybrid fabricated building prefabricated parts. The method comprises the steps: constructing a total time calculation model; obtaining an MTO optimal schedule according to the total time calculation model and a whale optimization algorithm; entering the next step when the MTO component is not delayed and the existing inventory quantity is less than the maximum inventory capacity, otherwise, taking the optimal MTO schedule as the final production schedule, and entering the last step; according to the total time calculation model and a heuristic algorithm, inserting an MTS component into the MTO optimal schedule to obtain a hybrid production schedule; if the total time of the mixed production schedule is less than or equalto the total time of the MTO optimal schedule, taking the mixed production schedule as a final production schedule, otherwise, taking the MTO optimal schedule as the final production schedule, and then entering the next step; and transmitting the final production schedule to a prefabricated part assembly line work module to execute a production command, and updating the planned completion time ofthe MTO component order and the existing inventory quantity of the MTS components.

The invention relates to a granulation device, in particular to a commercial livestock fattening agricultural feed production granulation device. The invention provides a high-efficiency commercial livestock fattening agricultural feed production granulation device which can stir waste stems, pour the waste stems into a granulation mold and pour out granules in one step, and does not need manual observation and control. The commercial livestock fattening agricultural feed production granulation device comprises a bottom plate connected with a supporting frame; a top plate connected to the supporting frame; a side frame connected to the top plate; a first rotating shaft rotationally connected between the top plate and the bottom plate; a granulation mold rotationally connected to the rotating plate; a driving assembly connected to the top plate, wherein the waste stems are stirred through the driving assembly to produce feed; and a carrying assembly connected to the side frame. Through cooperation of the driving assembly and the carrying assembly, a motor is manually started to drive a stirring rod to mix waste stems and water to produce feed.

The invention relates to a parent purification method, a corn improved variety and a corn seed production method, and belongs to the technical field of agriculture. The corn seed production method comprises the following steps: land selection, parent purification, sowing time setting, sowing space setting, fertilization management, impurity removal treatment, watering management, female parent emasculation, florescence management, harvesting and post-harvest treatment. By means of the corn seed hybrid production technology, purity and bud rate of hybrid seeds can reach and exceed 98%, and thequality reaches the international advanced level.