34results about How to "The industry has good economic benefits" patented technology

The invention discloses a shaping mechanism for a single-chip double-face coating-type optical film, wherein the shaping mechanism comprises a first roller group, a press fit shaping unit, a positioning mark, and a positioning sensor. The first roller group comprises a first glue applicator; the press fit shaping unit is arranged behind the first roller group and comprises a press fit base and a bearing platform both which are arranged at an interval from top to bottom; the bearing platform is used for an optical film base material to pass through and bearing the optical film base material, the press fit base can generate a press fit action towards the bearing platform; the press fit face of the press fit base is provided with a second optical layer which aligns at the first optical layer of the first surface; the positioning mark is formed on the first surface of the optical film base material and at the specified interval of the first optical layer; the positioning sensor is arranged on at least one part of the press fit base of the press fit shaping unit and at the specified interval of the second optical layer so that the set positioning mark of the optical film base material is detected to obtain the precision position and time point for performing the press fit action by the press fit base, thus two optical layers precisely aligned can be formed on two opposite surfaces of the single optical film base material.

A vacuum sealing structure of a uniform heat conductor and a making method thereof; an upper cover plate and a lower cover plate are arranged; a periphery of the upper cover plate is provided with an upper sealing annular edge; a periphery of the lower cover plate is provided with a lower sealing annular edge having an annular slot; an elastic stop sealing ring is assembled in the annular slot; the upper and lower cover plates are placed in a vacuum device, so the upper cover plate is clamped on the lower cover plate in vacuum environment condition; when the upper cover plate covers on the lower cover plate, the elastic stop sealing ring can be pressed to deform and expand, so sealing state can be formed between the upper and lower sealing annular edges; the upper and lower cover plates are then removed, and inner intervals of the elastic stop sealing ring positions of the upper and lower sealing annular edges are welded and bonded in an annular continuous welding mode, thus forming a solderless annular continuous welding bonding portion in a continuous annular welding bonding state; the vacuum sealing structure has simplified production process, reduces making cost, has practical advanced feature and better industry economic benefits.

The invention discloses a cold and hot balancing ceramic valve which is characterized in that under the condition that the outer diameter and height of a valve casing and a high-leg base meet the existing system specification condition of a ceramic valve product, a water inlet pipe accommodating groove is arranged at the bottom ends of a cold water hole and a hot water hole of the high-leg base and used for arranging a combined water inlet pipe group arranged in inclined mode. The combined water inlet pipe group is formed by a cold water pipe body and a hot water pipe body. Adjacent sides of the hot water pipe body and the cold water pipe body are opposite and combined to form a balancing valve accommodating space inside the adjacent sides, and the balancing valve accommodating space is used for accommodating a cold and hot balancing valve construction member. A cold and hot balancing ceramic valve structure capable of being applied to the existing system ceramic valve specification generally is provided, manufacture cost of the cold and hot balancing ceramic valve is greatly reduced, a cold and hot balancing function is achieved, practicality advancement and better industrial economic benefit are achieved.

The invention discloses a pneumatic tool motor with a built-in beating mechanism. The pneumatic tool motor comprises an air cylinder body, a rotor group and an output shaft rod, wherein the rotor group comprises a drum and a telescopic blade, and the output shaft rod can be driven by the drum; an inner containing chamber is formed in the inner part of the drum of the rotor group; the output shaft rod is provided with a beating action zone which is positioned in the inner containing chamber; the inner containing chamber is internally provided with the built-in beating mechanism, and the built-in beating mechanism comprises a beating convex block which is arranged in the beating action zone in a bulged way, a movable beating hammer which is arranged at the periphery of the beating convex block in a sleeving way and a supporting post which is axially located on the drum. According to the pneumatic tool motor with the built-in beating mechanism, disclosed by the invention, the axial length and the volume of the pneumatic tool motor can be substantially reduced, and the advantage and advancement that the use is more labor-saving and more convenient can be achieved; the built-in beating mechanism of the pneumatic tool motor has the advantages that the rotor group can be directly driven, a twisting force can be increased immediately, and the disassembling and the locking of components are quick and convenient, and thus the pneumatic tool motor has the advantages that the multi-aspect cost can be substantially reduced, and the better industrial economic benefit can be obtained.

The invention discloses an environmental-protection and multiple-effect powder composite and a production method thereof. The environmental-protection and multiple-effect powder composite is prepared by mixing cement, waste circuit board powder, resin, powder coating waste powder and mud volcano powder. The method for producing the environmental-protection and multiple-effect powder composite comprises the following steps of: recycling the waste circuit boards, removing the parts on the surface, cutting, crushing and separating to produce the waste circuit board powder; recycling the sprayingwaste powder generated in the powder coating operation to produce powder coating waste powder; recycling mud volcano slurry, crushing and drying to produce mud volcano powder; mixing the waste circuit board powder, the powder coating waste powder and the mud volcano powder together, adding the cement and resin, and uniformly mixing to obtain the environmental-protection and multiple-effect powder. The invention is widely applied to the places with the need of using environmental-protection and multiple-effect powder compositions and provides a good production method for producers.

The invention discloses a rock climbing machine, which mainly comprises a base which is flatly placed on the supporting surface and a damping device which is arranged on the base, wherein a pedaling structure and two rock climbing simulators which are oppositely fixedly arranged on the base are each arranged at two sides of the damping device; the two rock climbing simulators are arranged at two sides of the damping device, wherein a holding device is slidingly arranged on each rock climbing simulator; and each holding device is connected to the pedaling structure at the corresponding side. The two pedaling structures, when alternately offering a pedaling function, can be linked to the corresponding holding devices so as to do reciprocating moving up and down; therefore, a function of simulating rock climbing actions is offered.