7results about How to "Reduce step difference" patented technology

The invention relates to the technical field of vehicle production and manufacturing, in particular to a vehicle door assembly and a vehicle. The outer surface of the plaque structure is flush with the outer surface of the glass, so that the step difference between the glass and the plaque structure can be reduced, wind resistance and wind noise generated when a vehicle runs are reduced, the sliding rails and the sliding blocks can form a sealing structure while the glass is lifted, the friction coefficient of the sliding rails and the sliding blocks can be reduced by arranging the first wear-resistant layers on the side walls of the sliding grooves, and the service life of the sliding rails is prolonged. And a better sealing effect can be achieved through the first wear-resistant layer while a good sliding effect is achieved. And meanwhile, the first sealing piece arranged at the first interval in a matched mode can further achieve a better sealing effect on the gap between the glass and the plaque structure, and therefore the NVH performance of the whole vehicle can be improved.

This utility model relates to a leading edge skin for an unmanned aerial vehicle (UAV), comprising a core material and inner and outer panels. The panels and the core material form a sandwich structure. A solar panel is connected to the upper surface of the outer panel of the core material. A recessed area is provided on the upper surface of the outer panel of the core material to accommodate the solar panel. A weight reduction structure is provided on the core material and / or at least one panel.

The present invention provides an applicator for biometric information acquisition, the applicator comprising: a housing forming an internal space and comprising an opening portion opened on one side; a plunger disposed in the inner space of the housing and configured to move a sensor unit for biometric information acquisition toward the opening portion; a protective cover configured to shield the opening portion; and a sealing member provided between the housing and the protective cover to seal the internal space.

The present invention belongs to the technical field of automobile door frames, and provides a door frame for reducing the step difference structure of door glass, including a window frame and an outer panel, the inner side of the window frame is provided with a glass groove, wherein the upper end of the window frame is divided from left to right into a matching portion, a step difference portion and an overlap portion; the left end of the outer panel is placed on the overlap portion, and a continuous or intermittent welding connection is made at the overlap portion along the length direction of the window frame. The advantage of the present invention is that the outer panel is directly connected to the window frame by overlapping, which reduces the distance from the inner side of the upper part of the window frame to the outer decorative panel, thereby reducing the step difference between the door glass and the window frame, improving the aesthetics of the whole vehicle, reducing the wind resistance of the vehicle movement, improving the comfort of the vehicle, reducing the amount of materials used, reducing costs, and improving product competitiveness.

The invention provides a semiconductor device and a preparation method thereof. According to the method, an ion implantation process is performed on a part of a first interlayer dielectric layer covering a protruding structure so as to enhance the flowability of the part of the first interlayer dielectric layer, and after a first backflow process is performed, the part of the first interlayer dielectric layer subjected to ion implantation forms a smooth surface so as to enhance the flowability of the part of the first interlayer dielectric layer. The step difference between a part of the first interlayer dielectric layer located on the protruding structure and the substrate is effectively reduced. Compared with a method of superposing a layer of dielectric structure with a smooth surface on the first interlayer dielectric layer, the method of the invention directly performs smooth treatment on part of the first interlayer dielectric layer, and can obtain a better surface smoothing effect on the basis of a smaller step difference. Moreover, the second interlayer dielectric layer formed on the first interlayer dielectric layer also has a smooth surface after the second backflow process, thereby facilitating the prevention of metal residues in the subsequent metal plug forming process, relieving the short circuit problem of the device, and improving the performance and yield of the device.

The invention provides a storage warehouse which can improve cleaning workability. A storage device is provided with: a main body that accommodates articles in the storage device; and a temperature display device capable of displaying a state in the library, the temperature display device having: a device housing including a display surface; the main body is provided with an outer contour, a first clamping part and a second clamping part; the temperature display device is provided with an outer contour, and the device holding part holds the temperature display device on the outer contour, and the device holding part comprises an opening which is formed in the outer contour and is used for embedding the device shell; step parts which are provided at two opposing locations of the edge part of the opening, and which are positioned further toward the inside of the outer contour than the surface of the outer contour; and a clamped part which is arranged on the step part and is clamped with the equipment clamping part.

This disclosure provides a multilayer electronic component. The multilayer electronic component includes a body having a dielectric layer, a first inner electrode, and a second inner electrode, the first and second inner electrodes being alternately stacked in a first direction and the dielectric layer being intermediate between the first and second inner electrodes. The body defines a first and second surface opposite in the first direction, a third and fourth surface opposite in the second direction, and a fifth and sixth surface opposite in the third direction. A first dummy electrode is spaced apart from the first inner electrode and connected to the fifth or sixth surface, and a second dummy electrode is spaced apart from the second inner electrode and connected to the third or fourth surface. The first and second inner electrodes include main portions stacked on top of each other, the main portions including a recess at the center in the second direction, the recess having a shape recessed in the third direction to reduce step differences and improve reliability.