40results about How to "Improve productivity levels" patented technology

The invention relates to a full-automatic paper mask production machine. The mask production machine comprises a mask piece striking machine for forming a mask piece and an ear belt adhesion machine for adhering belts on a paper mask. A horizontal plane of a rack of the mask piece striking machine is vertical to a horizontal plane of a rack of the ear belt adhesion machine; and the mask piece striking machine is connected with the ear belt adhesion machine by a paper mask clamping and conveying device. The full-automatic paper mask production machine has the advantages of compact structure, high automation degree, convenience in operation, reliability in operation, accuracy in action, high working efficiency and the like. In the production process of equipment, the whole process of feeding the mask piece, conveying the ear belts, cutting off, welding, covering the edge, cutting off and outputting a finished product is automatically completed. The machining process is reduced; the mask productivity level is greatly improved; the labor intensity of workers is reduced; the labor cost is reduced; and the full-automatic paper mask production machine has obvious social and economic benefits.

The invention relates to a treatment system of water for aquaculture, in particular to a resourceful treatment system of pond sediments. The system is characterized in that a cement pile (8) is embedded at the bottom in the center of a pond (2); a central support pillar (7) is fixed on the cement pile; at the upper end of the central support pillar, at least three ropes (3) are pulled and fixed on cement columns (1) embedded on the periphery of the pond; one end of a guide rod (12) horizontally arranged in the pond water is sleeved on the central support pillar (7) by a sliding sleeve (4) andthe other end of the guide rod is connected with a sediment agitator (13); driven by a radial movement mechanism, the sediment agitator (13) radially moves toward or away from the central support pillar (7) along with or along the guide rod (12) while moving along the circumferential direction of the bottom surface of the pond (2). The resourceful treatment system has the following advantages: the organic floccule on the surface layer of the sediments in the whole pond is lifted through mechanical moving adsorption and the digestion capability and cenobium energy of the organic matters are improved by utilizing the dissolved oxygen and alkalinity on the photosynthesis layer to promote organic matter decomposition and phosphorus release and reduce accumulation of the organic matters, thus reducing culture pollution and improving the productivity and culture efficiency of the water body in the pond.

The invention discloses a yeast culture material, a preparation method of the yeast culture material and application of the yeast culture material in improving rumen fermentation. The yeast culture material is prepared by the method comprising the following steps of: performing liquid fermentation on Saccharomyces cerevisiae CGMCC (China General Microbiological Culture Collection Center) No. 2.1882, collecting fermentation liquid, and removing the Saccharomyces cerevisiae cells from the fermentation liquid to obtain a aseptic liquid, namely the yeast culture material. By using the yeast culture material provided by the invention to perform in-vitro culture on ruminant rumen liquor, lactic acid utilization bacteria and cellulose decomposition bacteria, the ammonia nitrogen concentration and volatile fatty acid content in the ruminant rumen liquor are improved by 38.3-65.58% and 29.8-39.4%, respectively, and the proliferation of the lactic acid utilization bacteria and cellulose decomposition bacteria are significantly promoted. The yeast culture material has important significance in improving the productivity level of ruminants and optimizing the nutritive value of feed.

The invention discloses a manufacturing method and application of a multilayer product hot-melting connecting structure. Single-layer or multi-layer intermediates are clamped in the middle mainly through hot-melting connection of a first connector and a hot-melting connector, the aim of one-time connection and combination is achieved, various structural layers can be bonded without a complex bonding process, and the production efficiency of multilayer product combination is improved. The application field is wide, the production efficiency can be further simplified and improved by combining anejection process, another application path of a hot-melting ejection process is created, and meanwhile application products in multiple fields are provided, wherein the application products can be produced through the manufacturing method of the hot-melting connecting structure and can improve production efficiency; the machining time of products in various fields can be greatly reduced, and themanufacturing cost can be greatly reduced; and the application field is wide, huge market application prospects are achieved, and the overall productivity level of the society can be greatly improved.

The invention relates to a method for continuous batching of sucralose chlorinated low-temperature reaction, comprising: feeding trichloroethane and thionyl chloride cooled to -1 to 5 degrees Celsius into a first-stage Y-shaped tube according to a certain flow ratio The two inlet ends of the reactor are mixed, and the mixed liquid flowing out from the outlet end of the first-stage Y-shaped tubular reactor is quenched in the condenser to 0~5°C and then enters the mixed liquid buffer tank; b: the mixed liquid and the esterification fixed According to a certain flow ratio, the liquid is poured into the two inlets of the secondary Y-shaped tubular reactor for mixing, and the secondary mixed liquid flowing out from the outlet of the secondary Y-shaped tubular reactor is quenched to 0~5°C Finally, it is poured into the enamel stirring reactor and cooled, and the secondary mixed liquid is metered and sent to the high-temperature reactor for high temperature. The process of the invention is simple, can realize the continuity of low-temperature reaction, adopts full automatic control, reduces the labor intensity of operators, shortens the reaction time, reduces energy consumption, and greatly improves the reaction yield and production efficiency.

The invention discloses an application of a yeast culture on promoting proliferation of lactic acid-utilizing bacteria. The yeast culture is prepared by the following steps: liquid fermenting Saccharomyces cerevisiae (Saccharomyces cerevisiae CGMCC No.2.1882 ), collecting fermentation broth, removing the Saccharomyces cerevisiae (Saccharomyces cerevisiae CGMCC No.2.1882 ) cells from the fermentation broth to obtain a sterile solution, namely the yeast culture. The experiments show that: the yeast culture is used to respectively culture the Selenomonas maltophilia (Selenomonas ruminantium subsp.ruminantium Bryant ATCC NO.12561) and the Megasphaera elsdenii (Megasphaera elsdenii (Gutierrez et al.) Rogosa ATCC NO.17752) as the lactic acid-utilizing bacteria and the biomasses are respectivelyincreased by 2.6-3.5 times and 2.3-3.8 times. The invention provides an important path for increasing the ruminant productivity level and optimizing the feeder composition.

The invention provides a method for breeding a restoring line or conventional variety by use of a cytoplasmic male sterile line of hibiscus cannabinus, which comprises the following steps: 1) performing outbreeding with corresponding male sterility maintainer line by taking the cytoplasmic male sterile line of hibiscus cannabinus as a female parent to obtain a cytoplasmic male sterile line; hybridizing with the restoring line by taking the cytoplasmic male sterile line as a female parent to obtain an F1-generation hybrid; and hybridizing by taking the F1-generation hybrid as a male parent and the cytoplasmic male sterile line of the female parent as a female parent to establish permanent segregation populations; 2) performing mixed planting of multiple permanent segregation populations, and classifying the sterile single plants with relatively consistent characters into one population to obtain multiple basic populations; 3) performing free pollination of each basic population; and after multiple generations, obtaining multiple strain populations from the strains without sterile plant separation and meeting the breeding target; and 4) identifying the strain population meeting the breeding target as the restoring line or conventional variety. The method provided by the invention performs free pollination by use of the cross-pollination characteristic of sterile line, and guarantees the universality of the hereditary basis of the restoring line or conventional variety.

The invention discloses a method for producing anti-stress growth promoting fodder additive, and belongs to the technical field of microbial fermentation engineering. The method comprises the following processing steps: (1) culturing saccharomyces cerevisiae seed liquid, (2) culturing honey fungus seed liquid, (3) preparing saccharomyces cerevisiae and honey fungus mixed fermentation production solution, and (4) performing adsorption treatment on the mixed fermentation production solution, packing and the like. In the method, cheap and available agricultural and sideline products such as beanmeal, corn meal and the like are used as main raw materials; the fodder additive is produced by adopting a strain liquid mixed fermentation process; and the fodder additive has the effects of low production cost, good effect, safety, no residue, stress resistance, growth promotion and the like. The fodder additive can be popularized and applied in livestock and poultry breeding industry and fodder production enterprises.

The invention discloses the application of a yeast culture in promoting proliferation of cellulose decomposition bacteria. The yeast culture is prepared by a method comprising the following steps: saccharomyces cerevisiae CGMCC No.2.1882 is subjected to liquid fermentation, then fermentation liquor is collected, the saccharomyces cerevisiae CGMCC No.2.1882 in the fermentation liquor is removed, then the obtained sterile liquid is the yeast culture. The experimental result shows that when the yeast culture obtained by the process is used for culturing the cellulose decomposition bacteria to produce bacteroides succinogenes, ruminococcus flavefaciens and ruminococcus albus, the biomass liveweights of the bacteroides succinogenes, the ruminococcus flavefaciens and the ruminococcus albus are respectively increased by 75.6 to 80.9 percent, 69.89 to 82.75 percent, and 64.78 to 76.76 percnet. The application disclosed by the invention provides an important way for raising productivity level of ruminant and optimizing feed composition.

The invention relates to a mask belt assembling device, which comprises a machine frame and a mask piece transmission device, wherein an upper circular disc, a lower circular disc and a central shaft which is connected with the upper circular disc and the lower circular disc are arranged on the top of the mask piece transmission device; a belt assembling driving mechanism is arranged on the top of the upper circular disc; a plurality of ear belt claw guide rods penetrate through the circumferences of the upper circular disc and the lower circular disc in the axial direction; two ear belt hanging rods are arranged between bottoms of the two ear belt claw guide rods on the central shaft at the bottom of the lower circular disc; ear belt claws are hinged to two lateral parts of the front end of the ear belt hanging rod; the end parts of power arms of the ear belt claws are hinged with the bottoms of the ear belt claw guide rods; an ear belt hook rod is arranged between the two ear belt hanging rods in the axial direction; and the top of the ear belt hook rod is hinged to the edge of the upper circular disc, and the middle of the ear belt hook rod is connected with a spring which is fixed on the central shaft. The mask belt assembling device has the advantages of compact structure, high degree of automation, convenience in operation, reliable running, accurate action, high work efficiency and the like. During the production of equipment, the integral processes of feeding of a mask piece, the conveying, cut-off, welding, edge wrapping and cutting of ear belts and the output of a finished product are completed in an automated mode.