33results about How to "Clean lines" patented technology

A barrier provided by a plurality of wires, spaced apart one from the other and crossing between spaced apart elongate members, at least one of the wires having a bulbous end, and a first of the elongate members having an aperture either in or attached thereto, through which, in one position, the bulbous end of the wire is adapted to pass through, and in a second barrier providing position, is intercepted against withdrawal there from.

A leveling tool having a body which consists of a handle part and a leveling part. The leveling part being generally pointed in shape by way of two converging plows.An apex formed by the convergence of the converging plows. An exit located at the apex.

A combination dock light and bollard serves the purposes of both, without having any sensitive structure projecting out from the bollard into the traffic lane at the loading dock. A lamp assembly within the bollard projects out a window cutout at an upper end of the tubular metal body of the bollard. The lamp assembly rests on a sub-plate welded into the bollard below the cutout. The lamp holder is mounted on compression springs held in place with machine screw, to permit adjustment of the lamp beam direction. A photo eye turns the lamp on when the loading dock door is opened, and off when the dock door is closed.

The invention discloses a folding gauze window for a wood-aluminum composite inwardly opened window. The gauze window comprises an upper slide rail, a lower slide rail, a clamping groove, a folding gauze fan, a fixed end fixing groove and a movable end fixing groove of the folding gauze fan, and sealing rubber strips, wherein the upper slide rail and the lower slide rail are fixed at the lower end and the upper end of outdoor parts of an upper window frame and a lower window frame of the wood-aluminum composite inwardly opened window respectively; the sealing rubber strips are fixed between the upper window frame and the lower window frame, between an upper fan frame and a lower fan frame, and between the upper slide rail and the lower slide rail respectively; the clamping groove is fixed at one end between outdoor parts of a left window frame and a right window frame and outdoor sides of a left fan frame and a right fan frame of the wood-aluminum composite inwardly opened window, and the fixed end fixing groove of the folding gauze fan is fixed at the other end; and the sealing rubber strips are fixed between the left window frame and the right window frame, between the left fan frame and the right fan frame, and between the fixed end fixing groove of the folding gauze fan and the clamping groove respectively. The gauze window is arranged on the wood-aluminum composite inwardly opened window in a matched mode, does not damage the integrity of a door / window main decorative surface or influence the installation of fan frame lapping rubber strips, and has high concealing and sealing properties.

The invention discloses a method for constructing a three-dimensional solid model from a two-dimensional image, which includes the following steps: obtaining a two-dimensional image; performing grayscale processing; performing fuzzy processing; and performing height calculation processing to construct a three-dimensional model. The method for constructing a 3D solid model from a 2D image of the present invention can automatically convert a 2D image into a 3D model. Even if the user does not have the construction skills of a 3D model, the 3D model can be easily constructed by the present invention. Moreover, compared with the prior art, the three-dimensional model constructed by the present invention has less noise and more in-depth image features.

The invention discloses a door comprising a doorframe and a panel mounted at one side of the doorframe. The doorframe is formed by an upper frame and a lower frame which are matched with a left frame and a right frame; one side of the doorframe is provided with a notch for clamping and fixing the panel, and one side of the panel is provided with a groove matched with the notch. The invention adopts a hidden-frame structural shape design, namely, the doorframe is hidden behind the panel to from a flat effect and give a user a feeling of smoothness, simple lines, brightness, transparency and modern mood. The groove at one side of the panel is clamped with the notch of the doorframe, and the combination mode can not hide dirt and deposit fouling.

The present invention provides a method, device and terminal for generating a cartoon face image, wherein the method for generating a cartoon face image is performed based on a trained meta-network, and the method includes: acquiring the cartoon attribute specified by the user; inputting the cartoon attribute The preset meta-network is used to obtain the corresponding convolution kernel; the noise information related to the cartoon attribute is generated; according to the convolution noise information of the convolution kernel, a cartoon face image is obtained. Compared with the prior art, according to the technical solution provided by the present invention, the trained meta-network can be used to integrate complex image information, quickly generate a complete cartoon face image, and improve the efficiency of drawing cartoon face images, and the generation process Simple operation and short processing time. The cartoon human face image obtained by the invention has clear lines, bright colors and realistic effect, has no obvious difference with the cartoon image drawn manually by professionals, and meets the needs of automatically drawing cartoon images.

An ocean reef automatic mine laying launching vehicle special for a teenager defense-related science and technology study comprises a base, an atoll circular rail, rail wheel systems, a communication system, a hydraulic transmission system, a driving cab, an artillery automatic ammunition filling device, a radar driving system, an accumulator set, a power transmission device, a machine gun, an artillery, a projection-type underwater sonar detecting device, a fire-control radar, a command room, a mine launching distance controller, a mine laying system launching unit, a mine storage device, an electric generator, a tail cover protective plate and an artillery launching controlling system. The ocean reef automatic mine laying launching vehicle serves as a new-type mine laying means for arranging a mine obstacle in a modern war, blockade mine laying can be conducted on the periphery of an important military target of a troop stationed on reefs, the mine laying speed is high and mine laying is uniform. In addition, as a model special for the teenager defense-related science and technology study, the ocean reef automatic mine laying launching vehicle has realistic and profound strategic significance for improving defense-related accomplishment knowledge of teenagers and guiding the teenagers to bravely take part in the defense-related science and technology study career in China.

The invention discloses a door lock device used for locking cabinet doors in vehicles, yachts and the like. The door lock device comprises a lock body and a drive mechanism, wherein the lock body comprises a base and a handle, a lock core and a lock tongue are built in the lock body, the handle plate of the handle is straight, and one end of the handle is rotatably connected with the base; a lock core hole extending to the inner side of the lock body is formed in one side of the handle plate close to the rotating end of the handle, the lock core penetrates the lock core hole, a key hole for the insertion of a key is formed in the lock core, and a limiting table matched with the lock core to rotate the handle for unlocking or fix the handle for locking is arranged on the base; the lock tongue is arranged on the base; the drive mechanism is used for driving the lock tongue to stretch. The door lock device is used for solving the problem of collision damage of a lock assembly due to exposure in the prior art, and has the advantages of simple structure, attractive appearance and simplicity for mounting.