36results about How to "Guaranteed spread" patented technology

The invention discloses self-positioning stepped twisted waveguide and a vacuum brazing process thereof. The self-positioning stepped twisted waveguide comprises a cover plate (1), a bottom plate (2) and a cavity (3) installed between the cover plate (1) and the bottom plate (2). The cavity (3) is formed by a plurality of assembling plates which are mutually buckled, each assembling plate is provided with a transmission port, the transmission ports are obliquely arranged in the assembling plates, and inclination angles increase progressively and sequentially or decrease progressively and sequentially; the outer side of the port of the cover plate (1) and the outer side of the port of the bottom plate (2) are respectively provided with a flange plate (4), one side of the frame wall of each assembling plate is provided with a groove (6), and the other side of the frame wall of each assembling plate is provided with a boss (7) matched with the corresponding groove (6). According to the self-positioning stepped twisted waveguide, the assembling plates which are mutually buckled are adopted and are provided with the transmission ports at different inclination angles so that the cavity of the twisted waveguide is formed; the transmission ports of the assembling plates are combined together to form an inner cavity of the cavity of the twisted waveguide so that the stepped inner cavity can be formed; because the cavity is divided into multiple assembling plates, rotating angles of the twisted waveguide can be easily controlled.

The invention relates to a railway vehicle and an installation method of a cab hood thereof. The railway vehicle comprises the cab hood and a vehicle body, the vehicle body comprises a vehicle main body, a vehicle body annular end plate arranged at the front end of the vehicle main body and a vehicle body bottom plate arranged at the lower end of the vehicle main body, and the vehicle body bottomplate protrudes forwards out of the vehicle body annular end plate so as to be used for being inserted into the cab hood. The railway vehicle further comprises a first installation support arranged onthe cab hood and a second installation support arranged on the vehicle body annular end plate, the front end of the vehicle body annular end plate is connected with the rear end of the cab hood in abonding mode, the first installation support is supported and bonded to the vehicle body bottom plate, and the upper end of the cab hood is supported and adhered to the second installation support. The railway vehicle provided by the invention is simple in structure and light in weight. Moreover, in the railway vehicle provided by the invention, the cab hood and the vehicle body are convenient toinstall and the connection reliability is high.

The invention relates to a pixel structure and a manufacturing method thereof. The pixel structure includes: a substrate; a pixel definition layer laminated on the substrate; the pixel definition layer includes a first pixel bank and a second pixel bank, and the first pixel bank and the second pixel bank A plurality of pixel cavities corresponding to each sub-pixel are enclosed; the pixel cavities on both sides of the first pixel bank are used to set sub-pixels with the same color, and the pixel cavities on both sides of the second pixel bank are used to set Sub-pixels with different colors; the surface of the first pixel bank is provided with a first lyophilic pixel defining layer. The pixel structure can avoid the occurrence of leakage current between functional layers while realizing high-resolution printing, and optimize the display effect.

The invention relates to sliding support set on the notch of vehicle lighting fitting. Its features are that the section of the pin post is a square of which two opposite angles are replaced by two inscribed circular arc; its bottom is set the first rectangle baffle; its top end is set the second baffle of which width is bigger than the first one; both their lengths are more than the width; two wing type diffuser vanes are set at the inscribed circular arc and turned up toward outside. The invention has the advantages of simple structure, convenient adjustment, reliable performance, suiting for various lighting fittings.

The invention discloses solvent-free graphene oxide-glass flake anticorrosive coating. The solvent-free graphene oxide-glass flake anticorrosive coating is prepared from an A component and a B component, wherein the A component is prepared from glass flakes modified by graphene oxide, an epoxy resin, an aqueous polyurethane resin, castor oil, reactive diluent, aluminum tripolyphosphate, talc, antifoaming agent and titanium dioxide; the B component is prepared from an epoxy curing agent H633, when used, the A component and the B component are uniformly mixed with the mass ratio of 1 to (0.2 to0.25). According to the solvent-free graphene oxide-glass flake anticorrosive coating provided by the invention, through the glass flakes modified by graphene oxide, on the one hand, the conditions that a graphene oxide sheet layer is evenly spread on the surface of the glass flakes and fills pores at joints between the glass flakes and flakes in a spreading state are realized, thereby improving ashielding ability of the glass flakes, and on the other hand, low temperature curing, and enhancement of the adhesion of the glass flakes in the coating are realized. The solvent-free graphene oxide-glass flake anticorrosive coating has strong adhesion, impact resistance and better salt tolerance.

The present disclosure relates to a rail vehicle and a method for installing a head cover of a driver's cab. The rail vehicle includes a driver's cab head cover and a car body, the car body includes a car body body, a car body annular end plate arranged at the front end of the car body body, and a car body bottom plate arranged at the lower end of the car body body, the The bottom plate of the car body protrudes forward from the annular end plate of the car body for insertion into the interior of the driver's cab head cover, and the rail vehicle also includes a first mounting bracket arranged on the driver's cab head cover, arranged on the The second mounting bracket of the annular end plate of the vehicle body, the front end of the annular end plate of the vehicle body is bonded to the rear end of the driver's cab hood, and the first mounting bracket is supported and bonded to the vehicle body. On the body floor, the upper end of the driver's cab hood is supported and glued on the second mounting bracket. The rail vehicle provided by the present disclosure has simple structure and light weight. Moreover, in the rail vehicle provided by the present disclosure, the driver's cab head cover and the vehicle body are conveniently installed and have high connection reliability.

The invention discloses a trunk cover assembly tool, which belongs to the field of automobile trunk cover assembly. The assembly tool includes: a first set of positioning system and a second set of positioning system, which are used for positioning and assembling the trunk lid assembly with hinges on the vehicle body. Through the trunk lid assembly tool including the first positioning system and the second positioning system, the hinged trunk lid assembly can be accurately positioned on the body, and the trunk lid can be quickly mounted on the body by installing bolts and hinges. , Accurate self-positioning assembly. Use the trunk lid assembly tool to directly ensure the gap and surface difference between the trunk lid and the side wall, and at the same time indirectly ensure the gap between the trunk lid and the taillight after installation. It solves the problems of difficult operation, long assembly time and low work efficiency during the assembly process of the trunk lid; the trunk lid assembly tool has been put into use in automobile production plants, and the assembly is simple and fast, which effectively reduces the production cost and labor cost.

The invention discloses a wiper cover plate assembly, which relates to the technical field of automobile manufacturing; it includes a wiper cover plate body and a wiper cover plate decorative block, and a hook is arranged on the wiper cover plate decorative block; Both the wiper cover body and the A-pillar are provided with mounting holes for engaging with the hooks on the wiper cover decorative block; one end of the wiper cover decorative block is engaged with the wiper cover body connected, and the other end is clamped with the A-pillar. The invention can solve the problems of large lap gap and surface difference between the decorative block of the wiper cover plate and the main body of the wiper cover plate, poor overlap with the A-pillar and the front windshield, which affects the natural and beautiful transition of peripheral parts, and the wiper cover plate The problem of inconvenient installation and removal of decorative blocks.

The invention relates to sliding support set on the notch of vehicle lighting fitting. Its features are that the section of the pin post is a square of which two opposite angles are replaced by two inscribed circular arc; its bottom is set the first rectangle baffle; its top end is set the second baffle of which width is bigger than the first one; both their lengths are more than the width; two wing type diffuser vanes are set at the inscribed circular arc and turned up toward outside. The invention has the advantages of simple structure, convenient adjustment, reliable performance, suiting for various lighting fittings.

The invention discloses solvent-free graphene-glass flake anticorrosive coating. The solvent-free graphene-glass flake anticorrosive coating is prepared from a component A and a component B, wherein the component A comprises graphene-modifying glass flakes, epoxy resin, an active diluting agent, aluminum triphosphate, talcum powder, a defoaming agent and titanium dioxide; and the component B is anepoxy curing agent H633, and when in use, the component A and the component B are uniformly mixed in a weight ratio of 1: (0.2 to 0.25). By virtue of the graphene modifying glass flakes, the grapheneflake layer can be uniformly laid on the surface of the glass flake and fills a gap on the junction between the glass flake and the flake, so that the shielding capability of the glass flakes can beeffectively improved. The solvent-free-glass flake anticorrosive coating of the invention comprises fewer glass flakes, but has high adhesion force, can resist the impact and is better in salt resistance.