12results about How to "Guaranteed normal formation" patented technology

This application relates to the technical field of material processing and provides a rapid cooling and kneading device, which includes a housing, a rapid cooling unit disposed above the housing, and a kneading unit disposed below the housing. The rapid cooling unit and the kneading unit are connected by a connecting pipe, which is located outside the housing. An insulation component is provided outside the connecting pipe, including an insulation sleeve covering the connecting pipe, with an insulation cavity between the insulation sleeve and the connecting pipe. This application provides an insulation component outside the connecting pipe to reduce the impact of external temperature during the transport of the supercooled liquid, ensuring the normal formation of subsequent crystals and improving product quality stability. Before use, a heat medium is introduced into the insulation cavity to melt the crystals located in the connecting pipe, reducing the possibility of pipe blockage and ensuring continuous production. It also reduces equipment maintenance costs and downtime caused by pipe blockage, improving equipment lifespan and production efficiency.

The utility model discloses a smart projection picture automatic correction device based on cell -phone / tablet posture response relates to projection equipment technical field. This smart projection picture automatic correction device based on cell -phone / tablet posture response, including device shell, the device shell is the cuboid hollow structure and the front side is open state, the front side fixedly connected with the front cover of device shell, the top is equipped with the heat dissipation hole, the back fixedly connected with the light supplementing lamp, and the bottom side of device shell is provided with fixed base mechanism, and the back of device shell has projection lens. This smart projection picture automatic correction device based on cell -phone / tablet posture response, and the device shell is the cuboid hollow structure, and the front side is equipped with the front cover of dustproof, and the top heat dissipation hole radiates heat, and the back light supplementing lamp light supplementing keeps picture collection accurate. The bottom side fixed base is stable, and the back projection lens projects, and the inside mechanism adjusts the angle, and the circuit control mechanism coordinates the machine realization picture automatic correction.

The utility model belongs to atomization steam heating field provides a kind of atomization steam heating mechanism, atomization steam heating mechanism is provided with atomization steam conveying cavity;Atomization steam conveying cavity has with the atomization steam source intercommunication atomization steam inlet;And with the atomization steam inlet intercommunication hot mist outlet;Atomization steam conveying cavity is provided with atomization steam heating assembly;Wherein, the atomization steam generated by atomization steam source enters atomization steam conveying cavity by atomization steam inlet, is heated after being heated by atomization steam heating assembly and exports by hot mist outlet.The utility model further provides a kind of eye moistening instrument.In the utility model, atomization steam conveying cavity is provided with atomization steam heating assembly, the atomization steam generated by atomization steam source enters atomization steam conveying cavity by atomization steam inlet, is heated after being heated by atomization steam heating assembly and exports by hot mist outlet, atomization steam conveying cavity provides space for the heating and transmission of atomization steam, atomization steam can be effectively heated in it by atomization gas heating assembly, guarantee the formation and output of hot mist, to guarantee hot compress effect.

A kind of round straw bundling machine with rope winding mechanism, including frame, fixed plate, transmission system and rope winding station are equipped on frame, rope winding station is under the action of transmission system along fixed plate reciprocating movement in horizontal direction;Rope winding station is equipped with shaft body, and shaft body is equipped with rope distribution plate below;Shaft body is rotatably arranged on rope winding station;Shaft body middle part is equipped with rope channel;Shaft body is sequentially assembled with rope winding roller and thin rope wheel from top to bottom;Rope winding roller is equipped with rope winding groove;Thin rope wheel is fixed with rope winding claw, while thin rope groove is equipped on the outer wall of thin rope wheel, and the end of thin rope groove is towards the first end of rope winding claw, and the end of rope winding claw is towards the end of rope channel;Rope distribution plate is equipped with middle gap and side gap.The utility model discloses a kind of straw bundling with rope winding mechanism, the movement of rope winding station can be wound into rope belt by thick rope and thin rope on round grass bundle, realize the effect of rope winding to grass bundle, it is convenient to use, can obtain better rope winding effect, and the rope belt that is wound is loose and dense on grass bundle.

The application discloses a fruit collecting method and device, and belongs to the field of fruit picking. The fruit collecting device comprises a plurality of supporting rods surrounding a tree root, a main rod horizontally arranged on one side of the supporting rods, a sub rod arranged on one side of the main rod, a connecting sleeve arranged at one end of the main rod and abutting against the tree root, a first pull rope sequentially penetrating through the supporting rods close to the tree root from the main rod and then penetrating out from the sub rod, and a bottom net arranged below the supporting rods and fixed with the supporting rods, one end of the bottom net being connected with the main rod and the other end of the bottom net being connected with the sub rod. The fruit collecting device can clamp and adapt to tree roots with different diameters.

The invention discloses a production method of a cold-rolled steel strip for a welding wire. The production method comprises the working procedures of converter smelting, continuous casting, hot rolling, cold rolling, continuous annealing and flattening. Refining treatment is not carried out; continuous annealing is adopted in the annealing process, and a heating device is arranged behind the rapid cooling section. According to the cold-rolled steel strip produced through the method, the yield strength Rp0.2 is smaller than or equal to 190 MPa, the tensile strength Rm is 280-350 MPa, the percentage elongation after fracture A80 mm is larger than or equal to 44%, the cold-rolled steel strip has good formability, welding performance and drawing machining performance, the surface quality is good after drawing, surface defects such as orange peel and wrinkling do not exist, and meanwhile the production cost is low.

This application relates to the field of ceramic powder processing, specifically disclosing a method for preparing spherical aluminum nitride powder, comprising the following steps: S1, dissolving a water-soluble organic carbon source in water by stirring to obtain a mixed solution; then adding alumina, mixing and stirring evenly, with the mass ratio of the water-soluble organic carbon source to alumina being 1:1-2, to obtain a reaction precursor; S2, subjecting the reaction precursor to spray drying and dry pressing to obtain a block; S3, subjecting the block to degreasing, carbonization, and nitriding reduction treatments to obtain a semi-finished product; S4, subjecting the semi-finished product to decarbonization, cooling, and pulverization to obtain the finished aluminum nitride powder; which has the advantages of high sphericity, high purity, and good thermal conductivity.

The invention provides a hard alloy ball tooth of a gradient structure suitable for dry rock breaking and a preparation method, the hard alloy ball tooth is of an N-layer gradient structure, and raw materials of the gradient structure comprise WC powder, Co powder and graphene powder; in the N-layer gradient structure, the volume fraction of the WC powder and the volume fraction of the graphene powder are equal or increased layer by layer from the inner layer to the outer layer, and the volume fraction of the Co powder is equal or decreased layer by layer from the inner layer to the outer layer; in the outermost layer of the N-layer gradient structure, the volume fraction of the WC powder and the volume fraction of the graphene powder are both larger than the volume fraction of the Co powder; and the thickness of each layer in the N layers of gradient structures is greater than or equal to 0.1 mm. According to the hard alloy ball tooth, the mechanical property of the hard alloy ball tooth is improved, the hard alloy ball tooth has high hardness and high toughness, the hard alloy ball tooth is endowed with more excellent heat dissipation performance, the rock breaking efficiency is improved to a great extent, and the service life of a product is prolonged to a great extent.

The utility model discloses an LF furnace steelmaking closed-loop arc sealing device which comprises an LF furnace structure, a port support is arranged at the lower port of an air blowing brick opening in the LF furnace structure and connected with a pull rod, the pull rod is inserted into a spring pipe provided with an air pressure spring in a sliding mode, the spring pipe is fixed to the top corner position of the upper portion inside a bamboo-hat-shaped shade, and an inclined blowing hole is formed in the lower frame of the side face of the shade. Initially, the shade is hermetically inserted into a blowing hole slot of the furnace body, and the surface of the shade is also annularly provided with spacing-adjustable constraint claws along the axis; in the steelmaking process, argon is blown out from the blowing brick opening, the shade is pushed to move upwards, the inclined blowing hole moves out of the blowing hole inserting groove, communication between the furnace body and the interior of the shade is achieved, argon is rotationally blown into the furnace body, molten steel is driven to be stirred, the purity of the molten steel is improved, meanwhile, the blowing brick opening is prevented from being corroded and blocked by the molten steel and furnace slag, the equipment maintenance cost is reduced, and the downtime is shortened. The shade moves upwards to push the restraining claw to position and restrain the lower end of the electrode, and the influence of molten steel flow on the electrode is reduced.

The utility model belongs to road construction technical field relates to a kind of road construction with permanent and temporary combination car ferry device. Permanent and temporary combination car ferry device has multiple stone cages being set along the longitudinal axis direction of channel ferry retaining wall;Each stone cage is multiple, and the number of upper stone cage is less than the number of lower stone cage, so that multiple stone cages in longitudinal axis direction are set to form stepped structure's stone cage retaining wall in stepped shape;Each stone cage is the structure with diamond mesh by steel wire weaving, each stone cage has multiple length direction setting partition net, multiple partition net separates the space in stone cage into multiple stone cage unit grid, each stone cage unit grid is filled with block stone and concrete hollow block;Block stone and concrete hollow block are arranged in stone cage unit with interval, and in river direction, concrete hollow block forms interval column with 1m net distance. The utility model provides convenience for both sides of river highway construction period construction material transportation, and improves work efficiency.

The present application belongs to the technical field of chiral photoelectric materials, and particularly relates to a chiral additive for inducing spiral aggregation of ladder-type non-fullerene acceptors, and a preparation method and application thereof.The chiral additive for inducing spiral aggregation of ladder-type non-fullerene acceptors provided by the present application takes an axially chiral conjugated group as a skeleton and takes a chiral source; a thiophene bridge is used to ensure solubility, and a cyano indenone structure is used for terminal modification to ensure that the chiral additive forms an alloy phase with acceptor molecules. The chiral additive can be used for preparing photoelectric devices such as solar cells or circularly polarized light detectors. The present application uses a chiral additive to induce Y6-type acceptor materials to occur spiral aggregation and form a spiral superstructure with circular dichroism activity. In addition, the chiral additive can optimize the nanomorphology of the active layer in the solar cell, enhance the charge transport and inhibit the recombination, and can improve the photoelectric conversion efficiency of the solar cell.

This application relates to the field of battery technology and discloses a battery cover assembly, a battery, and a manufacturing method thereof. The assembly includes a plate, terminals, a sealing ring, and a fixing ring. The plate has a positioning groove, and a positioning hole penetrating the plate is provided at the bottom of the positioning groove. A connecting plate extends radially from the periphery of the terminal, dividing the terminal into a connecting section and a positioning section. The positioning section is connected to the positioning hole. The sealing ring is fitted onto the positioning section, and the sealing ring is interference-fitted with the positioning hole. The fixing ring is disposed within the positioning groove and has an inner hole. The connecting section penetrates the inner hole of the fixing ring, and a first gap is provided between the connecting plate and the inner hole. Insulating adhesive is disposed within the first gap. The battery cover assembly, battery, and manufacturing method disclosed in this application solve or improve the problem of poor insulation stability between the terminal and the cover.