159 results about "Visible surface" patented technology

Embodiments described herein provide a 3D generation system from a single RGB image of an object by inferring the hidden 3D structure of objects based on 2D priors learnt by a generative model. Specifically, the 3D generation system may reconstruct the 3D structure of an object from an input of a single RGB image and optionally an associated depth estimate. For example, a radiance field is formulated to depict the input image in one viewpoint of the target 3D object, based on which other viewpoints of the 3D object can be inferred. Based on the visible surface depicted by the input image, points between the reference camera and the surface are assigned with zero density, and points on the surface are assigned with high density and color equal to the corresponding pixel in the input image.

The invention relates to a paving stone made of concrete with a visible surface (2) which has a main plane and a circumferential outer edge (5) having corners (3) and longitudinal sections (4) and with stone flanks (6, 7) aligned perpendicular to the visible surface (2), wherein spacer elements (8) are formed on the stone flanks (6, 7) which project beyond the stone flanks (6, 7), wherein the visible surface (2) and the outer edge (5) are reworked so that the visible surface (2) and the outer edge (5) are irregularly broken and chipped, and wherein a) at least one indentation (9) is embossed into the visible surface (2) along a section of the outer edge (5), the indentation (9) interrupting the outer edge (5) and the indentation (9) being 0.5 mm to 8 mm deep relative to the main plane of the visible surface (2), and / or b) the longitudinal sections (4) of the outer edge (5) are curved, the longitudinal sections (4) being set back by at least 0.5 mm to at most 10 mm compared to a projection resulting from the spacer elements (8) on the stone flank (6, 7) along which the respective longitudinal section (4) runs.

The invention relates to a seat cover (110), in particular a seamless seat cover (110), comprising at least one cover material (112) and a cover holder (120) which is arranged on the cover material (112) for holding the cover material (112) on a seat cushion (106), the cover holder (120) comprising at least two carrier elements (122) which are partially connected to one another, the carrier elements (122) being arranged on the cover material (112), and the carrier elements (122) being arranged on the cover material (112). The carrier elements (122) are provided, on the one hand, with fastening elements (130) on their carrier parts (124) connected to each other and, on the other hand, on their opposite carrier parts not connected to each other, by means of material bonding, to an invisible surface side (116) of the covering material (112), which faces away from the visible surface side (114) of the covering material (112). The invention also relates to a seat (100).

The utility model relates to a timepiece with localized lighting, which comprises at least one timepiece external element, the timepiece external element comprises a visible surface, the visible surface is formed by a transparent or semitransparent body comprising an autonomous lighting device, and the timepiece external element is formed by a plurality of stacked components which are connected together. The plurality of stacked layers each comprise one or more of the following functional elements of the lighting device:-at least one light source capable of generating light in a visible face of a timepiece outer element; -an autonomous power supply unit; and-a control unit configured to manage the operation of the light source; the at least one light source is configured to generate localized light on a point or punctuality area of a visible face of the timepiece outer element, thereby generating localized illumination on the timepiece outer element.

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.

Method for producing an embossing (4) on a motor vehicle interior cover (2), wherein in one embossing step the embossing (4) is produced, which extends in relief away from a visible surface (6) of the vehicle interior covering (2), and In a subsequent stabilization step, the produced embossing (4) is stabilized on an inner surface (10) of the vehicle interior covering (2) facing away from the visible surface (6), in which a filler (16) in liquid state is filled into a cavity (18) bounded by the embossing (4), wherein the filler (16) fills the cavity (18) up to a fill level (20) and hardens in the filled state, characterized in that the embossing (4) is backlit from the inner surface (10) and the filler (16) directs the light from a light source (24) to the embossing (4).

The application discloses an aluminum alloy profile pipe and a preparation method thereof, and aims to provide the aluminum alloy profile pipe and the preparation method thereof, which are processed in the same working position through bending and welding, are simple to operate, and save processing time. The aluminum alloy profile pipe comprises a forming pipe, the middle part of the forming pipe is in an arc shape, the outer side wall of the arc-shaped part of the forming pipe is connected with a mounting buckle, and the mounting buckle is provided with a mounting hole. The core rod inserted in the application is made of hard plastic or hard rubber material, can ensure the smoothness of the visible surface during the bending and forming of the mold, and will not be broken. The rubber sheet arranged can ensure that the forming pipe will not be scratched when being contacted with the forming pipe during the bending and forming, can ensure the smoothness of the visible surface, and can ensure the bending and forming quality of the forming pipe.

The present disclosure relates generally to cladding for covering a building surface. The present disclosure relates more particularly to a method of manufacturing a building surface panel. The method includes providing a foam piece having a 30 day / 23° C. residual shrinkage of no more than 0.2%. The foam piece having the 30 day / 23° C. residual shrinkage of no more than 0.2% is attached to a rear side of an outer shell so as to form the building surface panel. In some embodiments, a front side of the outer shell forms a visible surface of the building surface panel. The foam piece can be provided, e.g., by aging the foam piece for a time and at a temperature such that the 30 day / 23° C. residual shrinkage is no more than 0.2%. The foam piece to be aged can, in some embodiments, be cut from a body of foam.

The invention discloses an apple three-dimensional reconstruction method and device under a limited visual angle, a storage medium and equipment, and the method comprises the steps: obtaining a multi-visual-angle image which corresponds to a to-be-reconstructed apple and only covers a part of a visible surface, and carrying out the three-dimensional reconstruction of a visible surface region of the apple based on the multi-visual-angle image through a three-dimensional reconstruction model, determining a target three-dimensional point cloud of the apple; extracting a local theoretical point cloud corresponding to the target three-dimensional point cloud from the Apple theory geometric model, and performing space alignment on the local theoretical point cloud and the target three-dimensional point cloud; according to a spatial alignment result, constructing a geometric matching error function between the local theoretical point cloud and the target three-dimensional point cloud, and based on the geometric matching error function, optimizing the Apple theoretical geometric model by taking reduction of geometric matching errors as an optimization target so as to obtain an optimized Apple theoretical geometric model; and optimizing the three-dimensional reconstruction model by using the optimized apple theoretical geometric model, and performing three-dimensional reconstruction covering the complete surface of the apple.

To provide setting blocks and building components that improve installation workability. [Solution] The setting block 40 is attached to a panel holding frame having a first visible surface portion 31, an engagement groove portion 33, a second visible surface portion 34, and a positioning groove portion 345. The setting block 40 comprises a main body portion 41, a claw portion 42 extending from the main body portion 41 and configured to engage with the engagement groove portion 33, and a protruding portion 43 extending from the main body portion 41 and protruding beyond the bottom surface 412 so as to be positioned in the positioning groove portion 345. When a part of the bottom surface 412 of the main body portion 41 is in contact with the first visible surface portion 31 and the protruding portion 43 is in contact with the second visible surface portion 34, it is movable along the panel holding frame. When the protruding portion 43 is positioned in the positioning groove portion 345, the bottom surface 412 of the main body portion 41 is in contact with the first visible surface portion 31 and the claw portion 42 is engaged with the engagement groove portion 33.

Trim element comprising a backlit element on an opaque coating The present invention relates to a vehicle trim element (10) comprising an opaque coating layer (25) extending between a lower surface (27) and an upper surface (29) separated from the lower surface (27) along a thickness direction (E), the upper surface (29) forming a visible surface of the trim element (10) from inside the vehicle. The filling element (10) comprises a translucent transmission element (38) extending along the thickness direction (E) through the coating layer (25), the transmission element (38) comprising a visible external surface (40) opening onto the upper surface (29) of the coating layer (25) and comprising a projecting portion (42) extending outward from the lower surface (27) of the coating layer (25) along the thickness direction (E). Figure for the abbreviation: 1

The invention relates to a lighting element (1), comprising: a light source arrangement (2) with at least one light source (2a); a translucent diaphragm (5) which has a visible surface (S) to be backlit and which faces the viewer (B), and a rear surface (R) facing away from the viewer (B); a light guide body (4) which is arranged via a first air gap (7) adjacent to the rear surface (R) of the diaphragm (5) with a light output surface (4b) of the light guide body (4), wherein the light guide body (4) has a light input surface (4a) arranged laterally to the light output surface (4b) and a reflection surface (4c) opposite the light output surface (4b); a light guide (3) having a light entry surface (3a) facing the light source arrangement (2) and a light exit surface (3b) facing the light coupling surface (4a) of the light guide body (4) and spaced apart by a second air gap (8),to couple light (L) of the light source arrangement (2) into the light guide body (4) with at least one internal reflection in the light guide (3), wherein the light guide (3) and the light guide body (4) are designed such that first light coupled into the light guide body (4) is directed along a first optical beam path (I) in the direction of the reflection surface (4c), such as reflected and / or refracted, in order to be reflected by internal reflection at the reflection surface (4c) in the direction of the light output surface (4b), and second light coupled into the light guide body (4) is directed along a second optical beam path (II) in the direction of the light output surface (4b), such as reflected and / or refracted.

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.

The utility model provides a door and window splicing frame connecting structure which comprises a plurality of additional section bars fixed in notches of door and window frames through screws, one side of each additional section bar is provided with an opening groove used for installing an adhesive tape, and the two additional section bars between the two adjacent door and window frames are aligned through the adhesive tape in an inserted mode. The end, abutting against the door and window frame, of the additional profile is provided with a sealing groove, the sealing groove is arranged close to the indoor / outdoor side, a sealing rubber ring is arranged in the sealing groove, the additional profile and the rubber strip are arranged, inserting connection of two doors and windows is achieved, the sealing rubber ring is arranged in the sealing groove of the additional profile, and the waterproof performance of the connecting position of the additional profile and the door and window frame is guaranteed; and the visible surface of the whole structure is not provided with exposed screws and screw holes, so that the appearance is good.

To provide a blocking structure in which in a partition 1 formed with fitting groove parts 14 in front and rear thereof such that a pair of front and rear panel bodies 2 can be fitted and incorporated to a vertical frame material 7, in a case of employing a monolayer specification in which only one panel body 2 is incorporated, in order to block the fitting groove part 14 to which incorporation is not performed by using a blocking member 23, the blocking member 23 is hidden in the vertical frame material 7 and is invisible in front view.SOLUTION: A blocking piece part 23a of a blocking member 23 for blocking an opening end edge part of a fitting groove part 14 is fitted in a state where the blocking piece part 23a does not project from a distal end edge 14bc of a first groove side piece part 14b, so that the blocking piece part 23a is covered with a first groove side piece part 14b being a width surface and becomes invisible.SELECTED DRAWING: Figure 10

Embodiments described herein provide a 3D generation system from a single RGB image of an object by inferring the hidden 3D structure of objects based on 2D priors learnt by a generative model. Specifically, the 3D generation system may reconstruct the 3D structure of an object from an input of a single RGB image and optionally an associated depth estimate. For example, a radiance field is formulated to depict the input image in one viewpoint of the target 3D object, based on which other viewpoints of the 3D object can be inferred. Based on the visible surface depicted by the input image, points between the reference camera and the surface are assigned with zero density, and points on the surface are assigned with high density and color equal to the corresponding pixel in the input image.

To provide an easy-to-use handrail.SOLUTION: A handrail comprises a panel, a corner vertical frame 2A, and a pressing edge 3A. The panel includes a pre-attached panel 11 and a post-attached panel 12, depending on the attachment sequence. The corner vertical frame 2A has a one lateral-surface-side visible surface 2A1 respectively facing one lateral surface (111, 121) of the pre-attached panel 11 and the post-attached panel 12, and a depth-facing surface 2A2 respectively facing the depth surfaces of the pre-attached panel 11 and the post-attached panel 12. The pressing edge 3A has an other-lateral-surface-side visible surface 3A1 respectively facing the other lateral surfaces (113, 123) of the pre-attached panel 11 and the post-attached panel 12, and a depth piece 3A2 facing the depth surface of the post-attached panel 12. The pressing edge 3A is mountable in a top-bottom reversible manner, and the depth piece 3A2 of the pressing edge 3A overlaps the depth-facing surface 2A2 on the post-attached panel 12 side, allowing the pressing edge 3A to be mounted from the other lateral surface onto the corner vertical frame 2A.SELECTED DRAWING: Figure 3

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.

The invention provides a fully-hidden inward-opening window with an opening position and a fixing position symmetrical, relates to the technical field of doors and windows, and solves the problems that in the prior art, the appearance of the opening position and the appearance of the fixing position of an inward-opening window are not symmetrical, and a traditional screen window destroys the overall aesthetic feeling. The fully-hidden inward-opening window comprises a main frame, a fixed window body, a mullion and a movable window body, the movable window body is contained in the main frame and the mullion in a closed state, and the visible face, facing indoors or outdoors, of a frame profile of the movable window body is coplanar with the visible face, facing indoors or outdoors, of a frame profile of the fixed window body; the visible width of the frame profile of the movable window on the indoor side is the same as that of the frame profile of the adjacent fixed window; and the distances between the frame profiles of the visible surface on the indoor side are the same. When the window is closed, the window is flat, symmetrical and extremely simple in appearance and has the practical functions of attractiveness, mosquito prevention, water drainage and the like, and the excellent physical performance is guaranteed.

The utility model provides a device for reading disorder detection. The device comprises a reading plate, an interference plate and a driving assembly, the reading plate is made of a transparent material and is provided with a first visible surface for providing visual information; the interference plate is arranged on the rear side of the reading plate and is provided with a second visible surface for providing visual interference information; the driving assembly is connected to the interference plate and used for driving the interference plate to rotate. According to the utility model, people with reading obstacles can be screened, and the visual interference information of movement is generated through the interference plate, so that the difficulty of reading visual information on the reading plate by a reader is increased, more people with reading obstacles can be screened out, and omission is avoided.

To provide a frame structure in which a storage box frame and a door frame are arranged side by side.SOLUTION: A storage box is installed in an opening formed inside a frame provided in a building; a door frame is formed next to the frame; the frame has first vertical frames on the left and right (outdoor vertical frame 2, indoor vertical frame) and second vertical frames (outdoor vertical frame 2, indoor vertical frame); the door frame has third vertical frames on the left and right (outdoor vertical frame 2', indoor vertical frame) and fourth vertical frames (outdoor vertical frame 2', indoor vertical frame); a pillar is located between the frame and the door frame; the second vertical frame of the frame is attached to the pillar; the third vertical frame of the door frame is attached to the pillar; and an intermediate vertical frame 15 is provided between the outdoor side part of the second vertical frame (outdoor vertical frame 2) and the outdoor side part of the third vertical frame (outdoor vertical frame 2') so as to cover an outdoor visible surface of the pillar.SELECTED DRAWING: Figure 1

The invention relates to an operating element (1) having: a panel (2) forming a visible surface (S) facing an observer (B); a holder (3) arranged on a side of the panel (2) facing away from the observer (B); a foil layer structure (4), which is arranged between the support (3) and the panel (2) and bears against at least one bearing surface (A) formed on the side surface of the support (3) and / or the panel (2), said foil layer structure forming at least one pair of two lugs (4a, 4a ') arranged opposite each other, the free ends (4b, 4b') of the lugs (4a, 4a ') being directed in opposite directions of extension (y, y'), the lugs (4a, 4a ') each extending in the direction of extension (y, y'), at least one tab (4a, y, y ', y', y ', y', y ', y', y ', y', y ', y', y ', y', y ', y', y ', y', y ', y', y ', y', y ', y', y ', y', y ', y', y ', y', y ', y'; the invention also relates to related uses and installation methods.

The invention discloses a novel range hood capable of separating and recycling oil and gas. The range hood is divided into six parts, namely a smoke collecting hood, an air duct, a bracket, a shell, a filter, an oil collector and a smoke exhaust pipeline. Wherein the exhaust fume collecting hood and the air duct act together to form a layer of flowing air protection film on the visible surface of the range hood, so that the part is prevented from being adhered with greasy dirt; meanwhile, the filter screen is used for blocking oil gas and adhering oil liquid in the oil gas, and then the oil liquid is collected in a unified mode for secondary utilization. When the range hood works, the air duct rotates, the external impeller generates positive pressure, so that air flows along the surface of the exhaust fume collecting hood and flows to the air duct, and the impeller in the air duct generates negative pressure to suck the air and oil gas below into the range hood. A bent pipe part of the smoke exhaust pipeline extends into the building flue and occupies about half space of the flue, so that negative pressure is formed at the upper part of the bent pipe relative to the lower part; meanwhile, a check valve is further mounted at the upper part of the bent pipe, is opened when the range hood works and is closed at other time, and the check valve and the bent pipe are matched to ensure that smoke in a flue of a building cannot enter the range hood.

The invention relates to a follow-up material supporting technology for aluminum curtain wall plate bending forming, and belongs to the technical field of metal plate machining. A material supporting area is divided into a first near-bending area, a second middle supporting area and a third free end follow-up area, and differentiated material supporting modes of avoiding guiding, same-speed face supporting and rolling traction are adopted; the middle area and the free end area are jointly arranged on the same follow-up base, so that self-driving synchronous follow-up of the plate is realized, and the problems of relative slippage, geometric interference, overhigh local pressure intensity, unstable supporting and the like caused by displacement and overturning of the plate during fixed material supporting in the prior art are effectively solved; the surface defects of scratches, indentations, atomization marks and the like of the visual surface of the aluminum curtain wall plate are remarkably reduced, meanwhile, the consistency and the rebound stability of the bending angle are improved through stable load transfer and continuous surface supporting, and therefore reliable machining under the working conditions of deep bending and high flanging is achieved on the premise that the high appearance quality is guaranteed.

An display comprises an electronic display device 303 and a panel 200, the panel having a decorative layer 206 with a colour and luminance pattern on a visible surface 206a, and means 207 for displaying a pattern which is substantially the inverse of the colour and luminance pattern of the decorative layer. The inverse pattern is substantially ineffective on the colour and luminance pattern of the decorative layer when the first surface is viewed in reflected light. In transmitted light, the inverse pattern effectively “cancels out” the colour and luminance pattern of the decorative layer, providing a panel with a homogeneous colour and luminance compensation. The decorative layer may be a wood grain effect or textured layer, and may be a wood veneer, fabric, glass or plastic. Alternatively the decorative layer may be printed. The inverse pattern may be a printed layer or the display device may be configured to generate the inverse pattern digitally overlaid on the display content of the display device (Fig. 4). The display may provided in the interior of a vehicle.

The application discloses a fast and accurate mutual coupling electromagnetic scattering area distinguishing method, belongs to the technical field of electromagnetic scattering characteristic calculation, determines the maximum boundary of the whole ship target, and decomposes the target into a plurality of local solid closed boundaries, positions each surface element, determines the array space to which each surface element belongs, and generates an incident ray tube for the directly visible surface element of the target, and all the ray tubes have triangular cross sections; the array space in which the surface element exists multiple scattering relationship with the reflection ray tracing of the first surface element is utilized to lock the search in the corresponding array space after decomposition; the surface element capable of generating multiple scattering with the first surface element is screened, and the improved Z-Buffer algorithm suitable for electromagnetic scattering calculation is adopted to perform shielding discrimination, so as to exclude two visible surface elements shielded by the intermediate surface element. The application greatly improves the calculation efficiency on the basis of ensuring the precision through adaptive ray tube division.

This provides an improved and simplified solution for manufacturing aesthetically pleasing dials, including three-dimensional decorations. [Solution] A method relating to a method for manufacturing a watch dial including a visible surface having a small surface area, wherein the surface includes a three-dimensional representation of a landscape, in particular a topographic map of a landscape, the method comprising: step 20 manufacturing a dial blank including a top surface having a three-dimensional structure relating to a three-dimensional representation of a landscape, the step comprising a substep 22 generating topographic data for constructing a three-dimensional structure on the top surface; step 29 processing the surface of the three-dimensional structure on the top surface of the blank, during which at least one visual feature of the surface is modified so as to obtain a three-dimensional representation; and step 35 finishing the blank to obtain a dial.

A decorative panel (1-12-15) having at least an upper visible surface (2-13-16), said visible surface (2-13-16) comprising a decorative pattern and an identification pattern, preferably said identification pattern being non-visible to the human eye and being detectable by a detecting device, wherein said identification pattern is formed by a plurality of pattern elements (11-11A-11B-14-17A-17B-18) distributed on at least a portion of said visible surface (2-13-16).