47results about How to "No prolapse" patented technology

The invention relates to the technical field of driving motors, in particular to a motor capable of preventing a gear from falling off. The motor comprises a bearing plate, wherein a mounting structure is arranged on the bearing plate; the side surface of the mounting structure is connected with a connecting structure; a placing structure is arranged between the connecting structure and the bearing plate; a locking structure is arranged on the side surface of the connecting structure; moving structures are arranged on the two sides of the bearing plate; and a lubricating structure is arranged on the top side of the mounting structure; According to the invention, the gear is prevented from falling off through the mounting structure, and meanwhile, the gear is conveniently detached and replaced; through the connecting structure, the gear is driven, and the motor can be rapidly connected and detached; through the placing structure, the stability of the motor in a normal working state is guaranteed and the motor is allowed to be conveniently disassembled and assembled; the position of the motor is further fixed through the locking structure; the bearing plate is integrally moved or positioned through the moving structure; and the internal structure of the connecting block is conveniently lubricated through the lubricating structure.

The invention discloses an electrophoretic painting device for car doors, which comprises a support rod. The support rod has a vertical bar section with a limit block at one end and a horizontal bar section connected to the other end of the vertical bar section. The other end of the horizontal bar section is connected with a The lower folding rod section inclined to one side of the limit block, the lower folding rod segment is connected with the upper folding rod segment; the angle between the upper folding rod segment and the lower folding rod segment and the angle between the lower folding rod segment and the cross bar segment The included angles are all obtuse angles; there is a drum mounted on the vertical rod section, and the drum has a drum body, a limit rod and a weight limit rod arranged on the upper part of the drum body; the axis line of the drum body The angle between the axis line of the weight limit rod and the axis line of the limit rod is obtuse, and the axis line of the weight limit rod and the axis line of the limit rod are set at 180°. The quality of the hammer limit rod is greater than the quality of the limit rod. Compared with the prior art, the present invention can solve the problems that the electrophoretic painting tooling of the existing car door has low versatility and the car door is easy to come out.

The invention relates to a yeast cell wall, comprising 20%-70% by mass of beta-yeast glucan and 20%-70% by mass of mannan oligosaccharide. The invention also relates to a forage additive, comprising the yeast cell wall, sodium modified montmorillonite and selenium yeast, and by mass, a ratio of the yeast cell wall to the sodium modified montmorillonite is 1 : 9-9 : 1; and a ratio of a total of the yeast cell wall and the sodium modified montmorillonite to the selenium yeast is 10 : 1-20 : 1. The invention also relates to a preparation method for the yeast cell wall. The preparation method comprises the steps of breaking the cell wall of live yeast through self-dissolution, degrading the yeast with a compound enzyme, separating, purifying, drying and deactivating the enzyme to obtain the yeast cell wall, wherein the compound enzyme comprises papain, nuclease and bacteria protease, and by mass, the addition amount of the papain, nuclease and bacteria protease is 0.1-0.3%, 0.05-0.2% and 0.01-0.03% that of the dry material of the yeast. The invention also relates to forage, an addition level of the additive in the forage is 1.5-2.5 g / kg.

The invention relates to a tooth-shaped paper strip carding frame. The tooth-shaped paper strip carding frame comprises a main frame body, wherein a supporting plate is arranged on each of the left side and the right side of the main frame body; a baffle plate is fixed on each of the front side and the rear side of the main frame body; a rectangular through hole is formed in the middle of each baffle plate; a screw is transversely arranged in each supporting plate in a matched manner; a rotary disc is fixed at the outer end of each screw; a plurality of limiting plates are uniformly and vertically arranged in the main frame body; a spring is fixedly mounted between upper parts of every two adjacent limiting plates; the lower parts of the limiting plates extend to the positions below the rectangular through holes; the left end surface of the limiting plate on the left-most side is movably connected with the right end of the screw on the left side, and the right end surface of the limiting plate on the right-most side is movably connected with the left end of the screw on the right side. According to the tooth-shaped paper strip carding frame, the multiple springs with the same elastic coefficient are taken as distance control parts for the limiting plates, so that the distance between any two adjacent limiting plates can keep identical effectively, and compared with a conventional tooth-shaped paper strip carding mode adopting metal columns, the tooth-shaped paper strip carding frame has the advantage that the adjustment flexibility can be greatly improved.

The invention discloses a clamp for grinding spherical gaskets. A narrow groove is formed in an outer spherical surface of each ground spherical gasket along the diameter direction; the clamp is characterized by comprising a clamp body, wherein a plurality of positioning pins are uniformly arranged on the circumference of the outer spherical surface of the clamp body; transverse grooves are formed in the tops of the positioning pins; in a grinding work process, the spherical gaskets arrayed on the outer spherical surface of the clamp body are tightened by a belt rope; the belt rope passes through the narrow grooves and the transverse grooves; one end of the belt rope is fixed on the clamp body and the other end of the belt rope penetrates through the outer spherical surface of the clamp body to enter an inner hole of the clamp body, and then is connected with a lower swinging end of a swinging crank; the swinging crank is rotationally arranged on a shaft rod and the shaft rod is fixedly connected with a flange plate; an upper swinging end of the swinging crank is connected with one end of a tension spring and the other end of the tension spring is connected with an inner hole wall of the clamp body. The clamp for grinding the spherical gaskets is used for grinding and machining the outer spherical surfaces of the spherical gaskets so that the rapid clamping and reliable fixation of the spherical gaskets can be realized and the working efficiency is improved.

The invention relates to the field of paint chemical industry, in particular to an organosilicon impregnating paint and its preparation method and application. The tensile strength of the cured product of the organosilicon impregnating varnish is above 15MPa, preferably in the range of 15-20MPa, and the bending strength of the cured product of the organosilicon impregnating varnish is above 25MPa, preferably in the range of 25-35MPa. The mechanical strength of the organosilicon impregnating paint of the invention has been greatly improved.

The invention relates to a yarn bobbin package which comprises a plurality of lining plates. The upper surface of each lining plate is provided with a plurality of first grooves, and the lower surface of each lining plate is provided with second grooves which are identical with the first grooves in number and in one-to-one correspondence with the first grooves. The first grooves are communicated with the second grooves in a one-to-one vertical alignment mode. Each lining plate is provided with through holes identical with the first grooves in number. The lining plates are overlapped in sequence, yarn bobbins to be packaged are fixed between every two adjacent lining plates, the upper ends of the yarn bobbins to be packaged are embedded into the second grooves of the upper lining plates, and the lower ends of the yarn bobbins to be packaged are embedded into the first grooves of the lower lining plates, so that the whole package is formed. According to the yarn bobbin package, the defect that in a traditional mode, yarn bobbins collide with one another and consequently the yarn quality is affected due to the fact that the yarn bobbins deviate from positions in the transporting process is overcome; it is ensured that the yarn bobbins are firmly stored in the whole package, the packaging efficiency and the yarn bobbin transporting efficiency are improved, transportation losses are lowered, and the transportation cost is reduced; the yarn bobbin package is simple in structure and low in cost.

The invention discloses a method for manufacturing a charging coil. The method comprises the following steps of: carrying out stamping operation on a copper foil, punching an arc-shaped copper wire with a spiral shape on the copper foil, and reserving a connecting material point between the arc-shaped copper wires, and connecting the arc-shaped copper wire and the copper foil body together; fixingthe arc-shaped copper wire on the copper foil, and fixing the arc-shaped copper wire and the copper foil body together; and cutting the connecting material points so that the arc-shaped copper wiresare connected to form a continuous spiral coil. The beneficial effect is that after the punching operation, the connecting point is left between the curved copper wires, and the connecting point is used to connect the arc-shaped copper wire with the copper foil body, thereby preventing the arc-shaped copper wire from prolapsed in a state in which the copper foil is suspended. Before the connectingpoint is cut off, the arc-shaped copper wire on the copper foil is fixed without prolapse. After the connecting point is cut off, the arc-shaped copper wire can be completely connected to form a continuous spiral coil, thereby manufacturing the charging coil.