41results about How to "Reduce production procedures" patented technology

The invention relates to a plate for furniture. The plate is characterized by comprising a plate body with a hollow cavity, gaps in spaced arrangement are formed on the plate body and penetrate the same from front to rear, the plate body at the gaps form a convex block and a concave portion which are matched with each other, and the front side face or the rear side face of the convex block is in abutted fit with the concave undersurface of the concave portion when the plate body is bent along the gaps. The plate can be assembled and disassembled quickly and conveniently, production processes can be reduced, and working intensity of workers and production cost are lowered.

The invention relates to a plate for furniture. The plate is characterized by comprising a plate body with a hollow cavity, gaps in spaced arrangement are formed on the plate body and penetrate the same from front to rear, the plate body at the gaps form a convex block and a concave portion which are matched with each other, and the front side face or the rear side face of the convex block is in abutted fit with the concave undersurface of the concave portion when the plate body is bent along the gaps. The plate can be assembled and disassembled quickly and conveniently, production processes can be reduced, and working intensity of workers and production cost are lowered.

The invention discloses transformed yarrowia lipolytica, and a building method and application thereof. The transformed yarrowia lipolytica comprises a nucleotide sequence shown as SEQ ID NO:1, and is used for realizing the co-production of single-cell protein and lipase for feed; under the culture conditions that a YPD liquid culture medium is used, the liquid containing quantity is 10 percent, the rotating speed is 250rpm, the culture temperature is 28 DEG C, and the culture time is 84h, the protein content of the transformed yarrowia lipolytica is 60 to 70 percent, and the dry weight is 32g / L to 39g / L; the yield of the lipase for feed is 3200U / ml to 5900U / ml. The transformed yarrowia lipolytica is built by a gene engineering method; the co-production of the single-cell protein and the lipase for feed is realized; meanwhile, the content of two target products is increased.

The invention relates to the technical field of concrete, in particular to a method for preparing manufactured sand concrete. In the method, lightweight aggregate (fine aggregate I, coarse aggregate Iand coarse aggregate II) is prepared through step-by-step heating and cooling, and the lightweight aggregate, stone treated by abrasive, manufactured sand obtained by abrasive treatment and waste concrete and other gel materials are reasonably mixed. On the premise of obtaining the manufactured sand concrete which is good in mobility, appropriate in collapsbillity, good in cohesiveness and water-retaining property and appropriate in compressive strength, the manufactured sand is applied to replace natural sand, the stone treated by the abrasive is used to replace natural cobblestone, and environmental destruction and pollution are effectively reduced. The invention also discloses manufactured sand concrete obtained by using the method for preparing the manufactured sand concrete, the manufactured sand concrete has good building performance and high strength, does not crack easily and can fully meet the construction needs of the construction industry.

The invention discloses a coated printing medium, which is evenly coated on a substrate, and is characterized in that: the coated printing medium consists of 100 parts of water, 8 to 12 parts of di Silicon oxide, 6-10 parts of titanium dioxide, 50-100 parts of PM-2 acrylic synthetic rubber, 50 parts of 676 synthetic rubber, 1.4-2.2 parts of dispersing aid, 0.5 part of defoaming aid, 0.3? Composed of 0.5 parts of leveling aid and 5 parts of crosslinking agent. Compared with the traditional printing medium, the coated printing medium of the present invention can greatly improve the ink adhesion in the ink printing process, increase the printing color density, and greatly improve the scratch resistance of printed products.

The invention discloses a double-circulation furfural production system, and technology. The technology comprises following steps: 1, corn cob and low concentration acetic acid are subjected to hydrolysis reaction so as to obtain a mixed solution of xylose and acetic acid, wherein the concentration of the low concentration acetic acid is controlled to be 1 to 2%, v / v; 2, acetic acid, sodium chloride, and o-nitroanisole are added into the mixed solution of xylose and acetic acid obtained in step 1, wherein the acetic acid concentration is controlled to be 3 to 6%, v / v, the sodium chloride concentration is controlled to be 5 to 10% by mass, the volume ratio of o-nitroanisole to the mixed solution is controlled to be 1:0.8-1.2, and in the reaction process, the reaction system is stirred continuously; 3, after reaction, the obtained reaction system is allowed to stand for a preset time period for layering, an upper layer water phase is recycled back into the step 1 to provide an acidic environment for corn cob hydrolysis, and a lower layer extracted phase is conveyed into a distillation column for separation of crude furfural and o-nitroanisole; and 4, the o-nitroanisole obtained through separation is recycled back into the step 3.

This invention is attributed to the field of building materials, concretely speaking, relates to a kind of decoration materials with heat preservation and sound absorption functions and its preparation method. The heat-preserving and sound-absorbing decoration materials comprise a hear-preserving layer, a decoration layer and a mask layer. The heat-preserving layer is made of polybenzene particles, water glass, cement, silica fume, slag powders, fly ash and sand. The decoration layer is made of polybenzene, rubber powders, pigment, cement, silica fume, slag powders and sand. The mask layer is made of organosilicon series of waterproof materials. By the technique of spray stir, layered moulding, compression molding and vapor conservation, the polybenzene particles and the porous structure can help realize highly effective heat preservation. The sound-absorbing structure can be fabricated by compression molding. Fascinating stereo patterns can be organized by alternation of mould shape and pigment. Besides, thanks to the mask layer, wear and decoration properties can be promoted. The product performs excellent heat-preserving, sound-absorbing and decorative functions.

The invention discloses a method for extraction production of furfural by adopting glacial acetic acid to catalyze xylose under normal pressure. The method comprises following steps: 1), acetic acid,ferric chloride and dimethyl phthalate are added to a xylose solution, concentration of acetic acid is enabled to be 3%-6% by mass, v / v, and concentration of ferric chloride is enabled to be 5%-10% bymass; adding volume of dimethyl phthalate is 50%-70% of total volume of a mixed solution; a reaction system is continuously stirred in a reaction process; 2), after the reaction is finished, the mixed solution is left to stand for a set period of time, the reaction system is enabled to stand for layering, and a lower extraction phase is conveyed to a distillation column to separate crude furfuraland dimethyl phthalate; 3), dimethyl phthalate obtained after separation is circulated to the step 2) and used as an extraction agent for furfural, crude furfural obtained after separation is distilled, and refined furfural is obtained.

The invention discloses an endoscope capsule with metal implanting contact points, which is used for observing the internal situation of a human digestive system and comprises a capsule shell, a substrate and a plurality of metal implanting contact points, wherein the capsule shell is provided with an closed inner space and an outer surface; the substrate is arranged in the closed inner space of the capsule shell and is provided with a circuit element. The plurality of metal implanting contact points are embedded into selected positions of the capsule shell and comprise a contact point base and an exposed contact point respectively, wherein each contact point base comprises a connecting section which convexly extends to the closed inner space of the capsule shell and is connected with thesubstrate electrically; while each exposed contact point is formed on the contact point base and is provided with an exposed surface exposed out of the outer surface of the capsule shell so as to allow a corresponding signal contact point of a clamping mechanism to contact the exposed contact point.