20 results about "Visible surface" patented technology

Entry level (1) for vehicles, which includes the following: - a fixed part (2) that can be permanently attached to the vehicle, - at least one movable tread surface (3), - Devices (4) for connecting and moving the movable tread (3) with the fixed part (2) and for moving the tread (3) between a retracted position in which the movable tread (3) is received near the fixed part (2) and an extended position in which the movable tread (3) projects beyond the fixed part (2), - a motor (5) for driving these connecting and moving devices (4), - a battery (6) for powering the motor (5), wherein the battery (6) is arranged within an installation space defined by the said entry stage (1); - Devices (7) for converting renewable energy, wherein the devices (7) are connected to the said supply battery (6) and supply it with electrical energy, wherein the devices (7) for converting renewable energy are arranged on a visible surface of the said entry step (1), wherein the visible surface defines a surface area of ​​a part of the said entry step (1) which protrudes from a space defined by the vehicle both when the movable step surface (3) is in the extended position and when the movable step surface (3) is in the retracted position.

The application provides a door body and a refrigerator. The door body comprises a metal panel and a handle assembly. The handle assembly is fixedly connected with the upper end of the metal panel. A panel slot is arranged on the handle assembly. The panel slot extends to the two side surfaces along the upper end of the front surface of the handle assembly. The handle assembly comprises an aluminum alloy handle and a handle lining piece. The handle lining piece is fixedly connected with the lower part of the aluminum alloy handle. The top part and the side surface of the front surface of the metal panel are provided with a first flanging part extending to the inner side. The metal panel is connected with the panel slot on the handle assembly through the first flanging part. The application can realize the fixed connection of the handle lining piece made of plastic material and the aluminum alloy handle made of metal material, and realize the fixed connection of the panel slot and the metal panel. The application can realize the convenient connection of the metal panel and the aluminum alloy handle. The visible surfaces of the door body are made of metal material, which greatly improves the high-end texture of the appearance of the refrigerator door body.

This application discloses an intelligent diagnostic method and system for leakage risk of metal roof nodes based on image recognition. The method includes: S1, multimodal data acquisition and preprocessing; S2, node region localization and feature extraction; S3, multi-scale visual Transformer feature fusion; S4, leakage feature identification and classification; S5, leakage risk assessment and early warning; and S6, model iteration and optimization. This application utilizes simultaneous acquisition and pixel-level registration of visible light and infrared thermal imaging to simultaneously acquire the surface texture information and temperature distribution information of nodes. By fusing global context and local detail features using a multi-scale visual Transformer network, it can effectively correlate weakly correlated features across modalities, thereby overcoming the limitations of single-modal detection. It can detect both visible surface defects and hidden problems such as internal water accumulation, reducing false alarm and missed detection rates.

To provide a setting block, a joinery, and a method for assembling the joinery that can improve the workability of assembling panels into a panel holding frame. [Solution] The second setting block comprises a base material 60 attached to the panel holding frame and a block body 70 attached to the base material 60. The base material 60 is attached to the visible surface 311 of the panel holding frame, and the block body 70 is attached to the base material 60 from the visible direction of the panel holding frame and positioned between the base material 60 and the panel.

The utility model discloses a narrow frame broken bridge out -opening window system, including window frame and install in the first fixed glass of window frame, out -opening formula glass fan and inside open formula screen fan, window frame includes frame and vertical middle column, and vertical middle column is connected with frame, and out -opening formula glass fan, first fixed glass installs respectively in the both sides of vertical middle column, and inside open formula screen fan is located in the inboard of out -opening formula glass fan, and the width of visible surface of frame in the room is 24 30mm. The utility model discloses a narrow frame broken bridge out -opening window system sets up out -opening formula glass fan and inside open formula screen fan, and out -opening formula glass fan opens outward, avoids the hindrance of indoor activity, does not occupy indoor space, and inside open formula screen fan opens inwards, and can easily dismantle and wash, solves the problem that out -opening screen window is difficult to maintain. Most frame bodies of window frame adopt broken bridge structure, have good heat -preserving, heat -insulating, sound -proofing, sealing and other functions, more importantly, first middle taut, second middle taut and frame all adopt very narrow frame body design, and the visible surface is narrow in the room, and the visual effect is good, and the light transmission is good.

To provide a joinery component that can reduce component costs while suppressing deformation of the frame material. [Solution] The joinery comprises a frame material having an opening groove, a surface material whose lower edge is supported within the opening groove, and a sagging prevention component provided within the opening groove. The frame material has a horizontal wall forming the bottom surface of the opening groove and a vertical wall forming a visible surface on the outer periphery of the horizontal wall. The sagging prevention component has a receiving surface positioned opposite the lower end surface of the surface material and an installation surface installed on the bottom surface of the opening groove. The center of the depth width of the installation surface is either positioned to overlap the vertical wall vertically in the depth direction or to be located on the interior side of the vertical wall.

The application provides a knob handle installed on a window sash, which is characterized by fixing a base on the window sash, and operating a second transmission assembly hidden in a twisting member by using the twisting member to cover the base, so that the second transmission assembly moves a first transmission assembly arranged in the window sash through transmission connection, effectively reducing the protrusion of a traditional handle on the visible surface of the window sash, avoiding the space left between the handle and the window sash, reducing the risk of collision and hanging objects, ensuring that the user will not be inconvenient or accidentally collide due to protruding parts during operation, and improving safety and user experience.

This utility model provides a glass door and its refrigeration equipment, including a main frame, an upper frame, a glass assembly, and a door seal. The main frame includes a lower frame profile and side frame profiles, with bottom and side grooves respectively provided in the lower and side frame profiles. The upper frame is mounted on the main frame and includes an end cap and an upper frame profile installed in the end cap. The upper frame profile and the end cap cooperate to form a top groove. The glass assembly is fixed in a frame enclosed by the top, bottom, and side grooves. The back of the main frame and the upper frame are provided with slots, and the door seal is installed in the slots. The frame of this glass door is assembled using an injection-molded end cap and upper, side, and lower frame profiles made of PVC extruded material. It uses only a single injection-molded part, eliminating the need for assembling multiple injection-molded parts, significantly reducing production costs. The visible surface of the glass door has only two seams, resulting in an aesthetically pleasing overall appearance.

This utility model discloses a flat-mounted, concealed-sash, slim, heat-insulating window, belonging to the technical field of heat-insulating windows. It includes a window frame and a window sash. The window frame includes an outer frame and an inner frame, connected by two parallel first thermal insulation strips. The window sash includes an outer sash and an inner sash, connected by a multi-cavity thermal insulation strip. A double-glazed pane is installed between the outer and inner sashes. A first sealant is installed between the outer and inner sashes, with an extended sealant attached to the back of the outer sash. The outer frame includes an extended edge plate extending towards one side of the window sash, flush with the extended sealant. The inner sash includes an extended edge plate extending towards one side of the window frame, flush with the inner frame. This utility model achieves an extremely slim and stable window frame and sash structure, with a flush visible surface, resulting in a simple and aesthetically pleasing overall appearance and excellent visual appeal, while reducing safety hazards caused by uneven structures.

The invention relates to an interior component for a motor vehicle, comprising a carrier (6) and at least one layer (8) with a visible surface (9) arranged on the carrier (6), wherein at least one decorative seam (3, 4, 5) is formed on the layer (8) by means of at least one yarn (11), or the yarn (11) is woven into the layer (8) embodied as a textile, wherein the yarn (11) is a multifilament yarn and consists of a transparent polymer, the yarn having a textile look due to its crimping caused by a texturing process, wherein the diameter of the individual filaments is at most 60 µm, wherein at least one coupling-in device comprising at least one light-emitting element (12) for coupling light into the yarn (11) is provided.

This invention relates to a follow-up material support process for bending and forming aluminum curtain wall panels, belonging to the field of metal sheet processing technology. By dividing the material support area into a first near-bending zone, a second intermediate support zone, and a third free-end follow-up zone, and adopting differentiated material support methods such as avoidance guidance, same-speed surface support, and rolling traction, and combining the intermediate zone and the free-end zone with the same follow-up base to achieve self-driven synchronous follow-up of the sheet material, this invention effectively solves the problems of relative slippage, geometric interference, excessive local pressure, and unstable support caused by sheet material displacement and flipping in the prior art. It significantly reduces surface defects such as scratches, indentations, and fogging marks on the visible surface of the aluminum curtain wall panel. At the same time, the consistency of bending angle and springback stability are improved through smooth load transfer and continuous surface support, thereby achieving reliable processing under deep bending and high-flanging conditions while ensuring high appearance quality.

The present invention relates to a method for manufacturing a vehicle trim element, the manufacturing method comprising the steps of: - providing at least one decorative element (22) on the moulding surface of a mould in accordance with a pattern, - introducing plastics material (26) into the mould such that the plastics material (26) extends against the moulding surface and the at least one decorative element (22), the at least one decorative element (22) and the plastics material (26) mechanically binding to one another. The at least one decorative element (22) comprises a visible surface having a metal appearance, or the method comprises a step of coating the at least one decorative element (22) with metal after the step of introducing the plastics material (26).

The present invention relates to a decorative article (1) comprising: an element (3) at least partially made of a metal, polymer, or ceramic-based material, and including a surface (3a) visible to an observer (5); at least one light source (4) external to or internal to the element (3), the decorative article (1) being characterized in that it further comprises at least one optical fiber (2) embedded in the material of the element (3), the optical fiber (2) serving as a guide for light from the light source (4) to produce a light effect on the visible surface (3a) of the element (3) during use. The invention also relates to a method for manufacturing the decorative article.

The invention relates to a method and system for determining a pattern deviation value of a top surface of a panel, in particular a top surface of a floor panel or wall panel. The method and system enable the calculation of a pattern deviation value based upon a determined pattern value and the at least one selected standard pattern value.

The utility model discloses a kind of lifting lamps, including lamp cylinder, light-transmitting lampshade, lifting device, mounting cover and illuminating lamp plate;Light-transmitting lampshade can be lifted and installed in lamp cylinder, lifting device is installed in lamp cylinder and is connected with light-transmitting lampshade;Mounting cover is installed in the top of light-transmitting lampshade, the bottom surface of mounting cover is equipped with the first heat dissipation opening and the second heat dissipation opening that are interconnected, the first heat dissipation opening is communicated with the inside space of light-transmitting lampshade, the second heat dissipation opening is communicated with the outside space of light-transmitting lampshade;Illuminating lamp plate is located in light-transmitting lampshade.In the bottom surface of mounting cover, the first heat dissipation opening and the second heat dissipation opening that are interconnected are set, and the first heat dissipation opening is communicated with the inside space of light-transmitting lampshade, the second heat dissipation opening is communicated with the outside space of light-transmitting lampshade, form hidden heat dissipation path, heat accumulated around illuminating lamp plate is directly led out of light-transmitting lampshade outside, reduce the temperature rise of illuminating lamp plate under the prerequisite of maintaining appearance integrity, and avoid heat dissipation hole exposure to visible surface, reduce dust into light-transmitting lampshade inside.

The invention relates to a lighting device for a vehicle door entry, comprising a lighting module (1, 1') containing a planar cover element (19) comprising a translucent surface area and / or an opaque surface area for forming a graphic pattern, a planar lighting element (18) which is configured to emit light from a front face of the lighting element (18) facing the cover element (19) in the direction of the planar cover element (19), wherein the lighting module (1, 1') is designed in a strip-like form so that it is integrated into a door sill (2) of the vehicle or on a lower edge (31) of a door (4, 5) of the vehicle, wherein the lighting module (1, 1') forms a visible surface of the door sill (2) and / or the lower edge (31) of the door (4, 5).

This utility model discloses a face mask and mirror housing connection structure and a rearview mirror, including a claw and a boss. The claw is disposed on the face mask; the boss is disposed on the back of the mirror housing, the boss has a receiving groove, and the bottom of the boss has a snap-fit ​​hole communicating with the receiving groove. The claw passes through the snap-fit ​​hole and snaps into the boss, with the end of the claw located within the receiving groove. After the face mask and mirror housing are assembled, the end of the claw is located within the receiving groove of the boss. Since the boss is located on the back of the mirror housing, the user cannot see the claw through the assembly gap between the lens and the edge of the mirror housing, thus achieving the hiding of the claw from the visible surface after assembly. This eliminates the need for a masking process to treat the claw, reducing production steps and manufacturing costs.

A decorative panel may have at least an upper visible surface that has a decorative pattern and an identification pattern. The identification pattern may be non-visible by the human eye and detectable by a detecting device. The decorative pattern may include at least one region having an average color having a saturation value. The identification pattern may be formed by a plurality of pattern elements distributed on at least a portion of the visible surface. The pattern elements may each have a color that has a different saturation value than the saturation value of the average color of the region of the decorative pattern wherein the plurality of pattern elements are situated.

A decorative panel (1) having at least an upper visible surface (2), said visible surface (2) comprising a decorative pattern (3) and an identification pattern (4), preferably said identification pattern (4) being non-visible by the human eye and being detectable by a detecting device, wherein said decorative pattern (3) comprises at least one region (5) having an average color having a saturation value, wherein said identification pattern (4) is formed by a plurality of pattern elements (6) distributed on at least a portion of said visible surface (2), wherein the pattern elements (6) each comprise a color that has a different saturation value than the saturation value of the average color of the region (5) of the decorative pattern (3) wherein said plurality of pattern elements (6) are situated.

To properly position the frame of the door or window within the structural opening frame. [Solution] The positioning component 4 is a positioning component that positions the frame of a door or window on the structural opening frame. This positioning component 4 comprises a fixing part 5 that is fixed to the visible surface of the structural opening frame, a positioning part 6 that positions the frame in the depth direction by contacting the frame, and a connecting part 7 that connects the fixing part 5 and the positioning part 6.