48results about How to "Change material" patented technology

The invention relates to an intelligent induction shower cabin, which comprises a shower cabin and an inductive control unit, wherein the inductive control unit is used for inducing the position of a human body so as to control the opening or the closing of the shower cabin, and comprises a driving motor, a microcomputer and an infrared inductive probe; when the shower cabin is in practical operation, firstly, the infrared inductive probe detects the existence of the human body and at this time sends a signal to the microcomputer, and the microcomputer commands a driver therein so as to drive the driving motor to work according to a compiled program and to drive a movable door to be opened or closed through the driving motor.

The invention relates to a component improvement structure for a peanut shelling machine particularly relates to a flexible hitting-rod assembly structure for a squeezing type breeding-peanut shelling machine, and belongs to the agricultural machinery. A hitting-rod roller (1) is a cylindrical soft elastomer, the middle part of the cylindrical soft elastomer is provided with a rotating shaft, and the periphery of the cylindrical soft elastomer is provided with semi-circular raided bars, i.e., the cross section of the cylindrical soft elastomer is in the shape of a flower disc, the middle part of the cross section is a circle, and a plurality of semi-circular raised sheets are raised outwards at the periphery of the circle, wherein the extradius of each semi-circular raised sheet is 1-2cm; a hitting-rod adjusting sleeve (3) can be used or not used according to the volume of the peanut pods; the hitting-rod adjusting sleeve (3) is a ringlike sleeve (soft elastomers) of different thickness; the inner circle of the hitting-rod adjusting sleeve (3) is a semi-circular groove, and the outer circle is a raised semi-circular sheet. The shape of the hitting rod of the existing hitting type peanut shelling machine is changed, the material of the hitting rod roller is changed, and the gap between an upper semi-circular raided bar and a lower concave grid can be adjusted conveniently and rapidly in a shorter time, the adaptability of the peanut shelling machine to the shelling of breeding peanuts of different varieties can be improved.

A processing and forming device for a PE double-wall corrugated pipe includes an injection mold, an output end of the injection mold is provided with a molding device, the output end of the molding device is provided with a cutting device, and a cooling device and a drying device are disposed between the molding device and the cutting device; and a guide block is disposed on the output end of theinjection mold, and the guide block is horizontally arranged and sequentially passes through the molding device, the cooling device, the drying device, and the cutting device. Through adoption of thestructure, the production processing efficiency can be improved, the product quality can be ensured, and the performance of the double-wall corrugated pipe can be improved, so that a produced finishedproduct can meet various demands.

The invention provides a waste gas absorption tower. The waste gas absorption tower comprises an adsorption tower body and a tower body external connection device, wherein the adsorption tower body adopts a hollow structure made of a steel concrete material, a gas outlet pipe is arranged on the upper end surface of the adsorption tower body, and a circulating water tank is arranged at the bottom of the adsorption tower body and connected with the tower body external connection device; a primary spraying layer and a secondary spraying layer arranged below the primary spraying layer in parallel are arranged in the middle of the adsorption tower body, and the spraying layers are adsorption layers; demisting layers are arranged at the upper part in the adsorption tower body; a waste gas inlet pipe is inserted into the lower part in the adsorption tower body. A treatment process is simple and convenient to operate, limitation of materials to process parameters is eliminated, and the pollutant removal efficiency and the demisting effect of the waste gas are improved.

The invention discloses a solar cell based on silicon nanowires. The solar cell comprises a back electrode (6) and a P-type silicon substrate (5), and is characterized in that: the upper surface of the P-type silicon substrate (5) adopts a silicon nanowire array structure, an i-type layer (4), an N-type amorphous silicon layer (3) and an indium tin oxide transparent conductive film (2) are laminated on the surface of the silicon nanowire array structure in sequence, the top end of the silicon nanowire array structure is provided with a positive electrode (1), the i-type layer (4) comprises a microcrystalline silicon intrinsic layer, an amorphous silicon germanium intrinsic layer, an amorphous silicon intrinsic layer and a microcrystalline silicon carbide intrinsic layer which are laminated on the surface of the silicon nanowire array structure in sequence. Since the surface of the P-type silicon substrate adopts the nanowire structure, the solar cell based on the silicon nanowires has good light trapping effect, increases carrier collection efficiency, changes structure and materials of the i-type layer, improves its passivation property, and improves energy conversion efficiency of the solar cell.

The invention relates to the field of mechanical machining and manufacturing, in particular to a process for machining a heat exchange device of a heat exchanger. The process is characterized by comprising the following steps in sequence: (1) section manufacturing, to be specific, the section manufacturing is performed according to a design structure of a heat exchange device, wherein the components for section manufacturing comprise a tube base and several heat exchange tubes connected with the tube base, the tube base comprises a tube plate and several joints corresponding to the heat exchange tubes, and the joints are integrated with the tube plate; (2) connection of the joints and the heat exchange tubes, to be specific, the several heat exchange tubes are welded with the corresponding joints respectively, the heat exchange device of a heat exchanger is obtained after welding all the components. With adoption of the process, the machining procedure of the heat exchange device can be simplified greatly, the machining cost can be reduced, and the quality and reliability of the obtained heat exchange device are also improved greatly.

The invention relates to a single time programmer read-only memory and it's making method. The single time programmer read-only memory at least comprises a P-type semiconductor base, a N-type doping area, a P-type first doping layer, a P-type second doping layer, a conductive layer, a N-type first doping layer and an inverse fuse layer. The N-type doping area is positioned on the P-type semiconductor base. The P-type first doping layer is positioned in the P-type semiconductor base upper than the N-type doping area. The P-type second doping layer has a high doping density which is positioned between the N-type doping area and the P-type first doping layer; the P-type second doping layer is bar type as a bit line. The conductive layer is positioned on the P-type semiconductor base which is bar type and is vertical to the P-type first doping layer. The N-type first doping layer is positioned on the P-type semiconductor base. The inverse fuse layer is positioned between the conductive layer and the N-type first doping layer.

The invention relates to the technical field of engineering supporting, in particular to a pressing seam type friction type constant-resistance anchor rod. By means of the anchor rod, the technical problems that in the prior art, the ultimate tensile length of an anchor rod is small, function overload failure occurs easily, and the flexible supporting capacity is not achieved are solved. The anchor rod structurally comprises a sleeve, a rod body, a tray and a pressing block. The rod body comprises an entity segment, a constant-resistance segment, a conical segment, a friction resistance segment and a free segment from top to bottom. The entity segment is of a cylindrical solid structure. The side walls of the constant-resistance segment, the conical segment and the friction resistance segment are provided with gaps with the same width from top to bottom in the axial direction. The outer diameter of the constant-resistance segment is larger than that of the friction resistance segment. The outer diameter of the axial section of the rod body gradually diseases continuously and is in transition to the outer diameter of the friction resistance segment from the outer diameter of the constant-resistance segment in the axial direction through the conical segment The sleeve comprises a rough-hole segment, a conical-hole segment and a thin-hole segment and is matched with the rod body in inner diameter. The anchor rod is not damaged when a surrounding rock is greatly deformed, larger displacement of the rod body is allowed so as to adapt to deformation of the surrounding rock, the surrounding rock deformation energy can be continuously absorbed, and the stability of the surrounding rock is maintained.

An electrode structure comprises a conductive substrate or current collector and a first layer comprising a first electrochemically active material, the first active material being characterized by one or more first electrochemical properties. A second layer comprises a second electrochemically active material, the second active material being characterized by one or more second electrochemical properties, at least one of which is different from said one or more first electrochemical properties. The first and second layers are provided at predefined locations within the electrode structure based on the respective first and second electrochemical properties of the first and second electrochemically active materials to maximise the performance of each of the first and second layers. A method of fabricating such an electrode structure is also provided.

The invention relates to the technical field of high-pressure plunger pump equipment, and provides a novel high-pressure plunger pump. The novel high-pressure plunger pump comprises a shell and a rearcover connected to the shell, wherein the shell is movably inserted with a transmission shaft, a plurality of transmission shaft splines are arranged on the transmission shaft, a cylinder body is sleeved on a section, located in the shell, of the transmission shaft, the cylinder body is provided with an inner hollow structure, an inner sleeve is connected to the inner side wall of the cylinder body, cylinder body splines are arranged on the inner side wall of the inner sleeve, and the cylinder body splines are meshed with the transmission shaft splines on the shell. According to the plunger pump, the defects in the prior art are overcome, the design is reasonable, the structure is compact, the problem that an existing plunger pump is too large in size is solved, and the problem that the rated pressure is not high is solved; a simple structure combination is adopted, so that the volume of the cylinder body, a ball hinge and a variable cylinder are reduce, meanwhile, the material of a plurality of parts is changed, on one hand, the volume of the plunger pump is reduced, so that the application range is enlarged, in addition, the service life of the plunger pump is prolonged, and theplunger pump has strong practicability.

The invention provides a core limb shearing length-cutting line guiding device. The core limb shearing length-cutting line guiding device comprises two working tabletops arranged in a spaced manner. The two working tabletops are located at the position of the same plane, lower rails are mounted on the inner side faces of the two working tabletops through fasteners, multiple spaced fixing blocks are mounted on the upper surface of each working tabletop through locking bolts, upper rails are mounted on the end faces of the fixing blocks through fasteners, the upper rails and the lower rails areoppositely arranged and correspond to gaps reserved between the upper rails and the lower rails, the gaps are through from front to back, multiple guiding wheel assemblies are further mounted on the portions, at same straight line position, of the upper surfaces of the working tabletops in a spaced manner, an electrical steel sheet penetrates through the portion between the two working tabletops,the two sides of the electrical steel sheet simultaneously stretch into the portions between the upper rails and the lower rails on the inner side faces of the two working tabletops, and meanwhile theedges of the two sides of the electrical steel sheet make contact with the guiding wheel assemblies. Guiding can be observed at any time, and the working reliability is greatly improved.

The invention discloses a production method of an electrical laminated wood-rubber stick. The electrical laminated wood-rubber stick is manufactured through five steps of manufacturing a Chinese woodveneer, dipping the Chinese wood veneer, dipping glass fibers and insulating paper, manufacturing a composite electrical laminated wood and manufacturing the electrical laminated wood-rubber stick, and the material of the electrical laminated wood-rubber stick is changed, so that the compression resistance and the voltage breakdown resistance of the electrical laminated wood-rubber stick are remarkably improved, the mechanical property and the dielectric property of the electrical laminated wood-rubber stick are improved, and the voltage laminated wood-rubber stick has good heat resistance andmoisture resistance. The voltage laminated wood-rubber stick manufactured by the production method is good in appearance quality and high in insulation performance and cannot break and be broken downunder the action of external force and a strong electric field, and the wood-rubber stick is suitable for a larger range.

A multi-layer absorbent product includes a fibrous nonwoven top sheet, a fibrous nonwoven absorbent core layer, and a fibrous nonwoven substantially water-impervious back sheet. Each component layer or sheet is manufactured at a fiberizing station and laminated together at a combining station. The preferred melt spinning apparatus is spunbond for the top sheet, meltblowing for the core layer, and a combination of spunbond and meltblowing for the bottom sheet.

The invention discloses a centrifugal composite roller. The roller comprises a roller body, the thickness of a supporting layer of the roller body is larger than 5 mm and smaller than or equal to 20 mm, and the hardness of a roller shoulder portion of the roller body is larger than HSD60. The roller has the beneficial effects that the material of the roller shoulder is further changed by changingthe size of the roller shoulder, so that the hardness and the wear resistance are improved, and the roundness precision keeping capability in the life cycle of the roller is ensured; and not only canaccidental consumption caused by grinding roundness precision be reduced, but also the rolling stability and the plate shape precision of strip steel can be improved.

Disclosed is a wooden violin freeing the left hand in holding, relating to the technical field of wooden violin head and neck weight change, especially material change. The total length of the wooden violin is controlled, the weights of the head and the neck are reduced (by changing the material), and the weight difference between the head and the neck is expanded, wherein the key is reducing the weights of the head and the neck (by changing the material). Compared with the existing wooden violin, a wooden violin produced or manufactured according to the invention frees the left hand in holding.