56 results about "Floorcovering" patented technology

The invention relates to a glue-down decorative floor covering system. The invention also relates to a glue-down floor covering realized by a plurality of tiles of the glue-down floor covering system according to the invention. The invention further relates to a tile for use in a glue-down floor covering system according to the invention.

A floor covering has a decorative surface lying in a plane of the floor covering and includes rectangular floor panels, with each floor panel having: a core and a decorative layer on the core. At least a first pair of opposite edges is provided with mechanical coupling means so a plurality of similar panels can be coupled to one another. The coupling means provides for an interlocking in a direction perpendicular to the plane of the floor covering, and a direction perpendicular to the coupled edges and parallel to the plane of the floor covering. The floor covering includes a plurality of alignment elements with each edge of the floor panel and at least partially defining a hollow receiving cavity below the decorative layer and having a shape such that, when a first edge of a second floor panel is coupled to a second edge of a first floor panel.

1. The name of this design product: car floor mats. 2. Purpose of this design product: Used for car floor covering, to protect the car floor and make it easy to clean. 3. The key point of the design of this product lies in its shape. 4. The image or photograph that best illustrates the key design features: 3D image of Kit 1.

A floor panel for forming a floor covering, wherein the floor covering consists of floor panels, which, on at least one pair of edges, are provided with coupling parts. The coupling parts substantially are manufactured from the material of the floor panel, and the coupling parts are configured such that two such floor panels, at the pair of edges, can be installed and locked to each other by means of a downward movement and / or by means of the fold-down principle.

Automatic detection of mechanical defects in piece parts, such as floor covering planks, enables removal of the defective parts off an inspection path. A bypass conveyor system enables defective parts to be transported beyond or around a manual inspection, enabling personnel performing the subsequent inspection to focus on appearance defects. Once the remaining parts have been inspected by a manual process, the parts transported by the bypass conveyor system are returned to the production line. Defective parts may be distinguished by a marking capability that provides the ability to mark according to a variety of classes of defects.

The invention relates to a panel in the form of a strip or tile for producing of a floor covering, the panel comprising two pairs of opposite sides defining—two opposite edges for the assembly at an angle, of which one edge comprises male coupling means provided from a side wall of the panel, and an opposite edge comprises complementary female coupling means provided from a side wall of the panel; two opposite edges for vertical assembly, of which one edge comprises a male coupling means provide provided from a bottom face of the panel, and an opposite edge comprises complementary female coupling mead provided from a top face of the panel. According to the invention, the male coupling means of the edges for vertical assembly comprise two parallel groves that extend along the edge and open onto a lower face of the panel so as to define an inner male groove.

The article according to the proposed design (hereinafter, referred to as the proposed article) can be used, as shown in the attached reference diagram showing the place of use, when constructing a temporary structure consisting of a floor tensioning material that serves as a work scaffold or a falling object receiver temporarily installed under the work target during construction or repair work of a bridge body or an elevated road, and a side protection material rising from the side of the floor tensioning material. The floor tensioning material and side protection material are rectangular in shape, and scaffolding boards, protective nets, protective plates, etc. are stretched between a pair of left and right side frames along the length direction. The pair of left and right side frames protrude from the end edges of the side protection material and floor tensioning material, and connecting steel pipes used for connecting the side protection material and floor tensioning material are installed between the protruding ends of the pair of left and right side frames. When constructing the above temporary structure, the floor tensioning material and side protection material are connected in the required number in the width direction perpendicular to the respective length directions to form the floor tensioning material and side protection material of the required width. It is common for floor tensioning materials to be connected in the length direction as many as necessary. Finally, a connecting means is required to connect the connecting steel pipe at the outer end of the length direction of the floor tensioning material at the width direction end of the temporary structure to the connecting steel pipe at the lower end of the side protection material, and the proposed article can be used as this connecting means. The proposed article has two conventionally known pipe clamps of the same size that can clamp and fasten a steel pipe with an outer diameter of about 50 mm attached to the surface side of both ends of the length direction of the base member, and both pipe clamps are obliquely oriented in the length direction of the base member and parallel to each other as shown in the plan view, and are arranged so that the tip of the receiving member of one pipe clamp (the engagement part of the fastening bolt) and the pivot part of the receiving member of the other pipe clamp overlap each other so that a predetermined space is secured between the two parallel steel pipes clamped by the two pipe clamps (see front view and rear view).A specific method of using the proposed article will be explained based on the attached reference diagram showing the usage state. With the proposed article in a position where the tips of the receiving members of both pipe clamps (engagement parts of the fastening bolts) face upward and the base member is located outside the connection part between the floor tensioning material and the side protection material, the connecting steel pipe of the floor tensioning material is clamped between the receiving member and the holding member of the lower pipe clamp and fastened with the fastening bolt, and the connecting steel pipe at the lower end of the side protection material is clamped between the receiving member and the holding member of the upper pipe clamp and fastened with the fastening bolt. By this operation, the floor tensioning material and the side protection material are connected in an L-shape via each connecting steel pipe and the proposed article, and the rising angle of the side protection material to the floor tensioning material at this time can be freely changed by adjusting the attachment angle of the proposed article to the connecting steel pipe of the floor tensioning material and the attachment angle of the proposed article to the connecting steel pipe of the side protection material. As is also clear from the reference diagram showing the usage state, the fastening bolts of both pipe clamps are directed toward the work space surrounded by the floor installation material and side protective material, and the nuts of the fastening bolts can be tightened and unscrewed safely and easily within the work space.

The invention relates to a non-interlocking assembled flooring system comprising: a base sheet layer and a surface slat layer disposed on the base sheet layer, wherein the surface slat layer comprises a plurality of wooden floor slats arranged side by side in a widthwise direction, the wooden floor slats are separated by a plurality of cut grooves serving as expansion joints, and the surface slat layer has a continuous wood grain surface formed by the upper surfaces of the wooden floor slats. Figure to be published for the abstract: Figure 1

A floor board including a decorative surface layer applied to a substrate, where the substrate is optionally MDF or HDF material at a side edge thereof, and at least one side edge together with a side edge opposite thereto forming a first pair of opposite side edges of said substrate. The first pair of opposite side edges includes mechanical first and second coupling parts, respectively, allowing the floor board to be coupled at the respective side edges with a similar floor board. Also, a floor board covering consisting of a plurality of the floor boards and a method for manufacturing such floor boards.

Flooring assembly 10, comprising an underlayment 12 having a first layer 16 of a sponge or foam rubber material and comprising a first magnetic material 13, adapted to be laid directly on to a subfloo

The present invention relates to a multilayer polyvinyl chloride (PVC) floor covering intermediate sheet and a multilayer PVC floor covering comprises such a PVC floor covering intermediate sheet. The PVC floor covering intermediate sheet and the PVC floor covering are typically characterized in that they comprise recycled PVC material. The present invention also relates to methods for manufacturing such a multilayer PVC floor covering intermediate sheet and multilayer PVC floor covering, and to an apparatus for manufacturing a multilayer PVC floor covering intermediate sheet or a multilayer PVC floor covering.

The invention relates to a multi-purpose tile system, in particular a floor tile system, including a plurality of multi-purpose tiles, in particular floor tiles, wall tiles, or ceiling tiles. The invention also relates to a tile covering, in particular floor covering, ceiling covering, or wall covering, consisting of mutually coupled tiles according to the invention. The invention further relates to a tile for use in multi-purpose tile system according to the invention.

In one aspect, cellulosic floor coverings having desirable flammability resistance are provided. Briefly, a floor covering described herein comprises cellulosic fibers or cellulose-based fibers and fluoropolymer adhered to surfaces of the cellulosic fibers or cellulose-based fibers in an amount sufficient for the floor covering to conform with or pass flammability testing with a methenamine-timed burning tablet according to Consumer Product Safety Commission (CPSC) Standard FF 2-70.

The present disclosure relates to a panel for a paneling, more particularly to a floor panel for a floor covering, comprising: a panel upper surface and a panel lower surface parallel to the panel upper surface, which are mutually spaced by a total thickness; an upper coupling element and a lower coupling element, wherein two panels of this type are designed such that said panels can be coupled to each other by means of a downward movement of the upper coupling element of the first panel relative to the lower coupling element of the second panel; wherein the upper coupling element has a detent element and the lower coupling element has a detent receptacle; wherein the upper coupling element has a locking receptacle and the lower coupling element has a locking element; and wherein a material thickness (UM) of the lower coupling element between the panel lower surface and the detent receptacle is less than 100 percent of a material thickness (OM) of the upper coupling element between the panel upper surface and the locking receptacle.

Product comprising: a radio frequency identification (RFID) printing unit configured for installation with a surface material, wherein the RFID printing unit includes: an RFID tag having an active state and an inactive state, wherein the RFID tag is configured such that in the inactive state it refrains from responding to a query signal and in the active state it responds to the query signal;and a pressure switch coupled to the RFID tag, configured to respond to pressure exerted by a person on the surface material, and to keep the RFID tag in the inactive state when no pressure is applied, and to switch the RFID tag to the active state in response to pressure by closing a circuit of the RFID printing unit, the product further comprising: a floor covering surface material, and several RFID printing units distributed in a spatially separated arrangement over the floor covering surface material.

A method of recycling floor covering material having a backing layer comprising a backing material. The method comprises a cooling step to reduce the temperature of the floor covering material, follow

Disclosed is a floor covering insulation for a motor vehicle with a multi-layer, preferably flocked, fibre insulation which, by a soft / smooth coupling layer to the wear surface, realises a sound insulation floor covering with improved acoustic and mechanical-physical properties, with a simultaneous reduction in weight if possible. Also disclosed is a process for manufacturing the sound insulation.

This invention relates to a printed textile substrate, such as a floorcovering article, and a process for making a printed textile substrate. This invention provides the process and steps to print color patterns in-register with physical patterns, such as varying yarn pile heights, yarn luster, yarn color, and the like. This process provides many unique aesthetics on a textile substrate that cannot be created another way.

The present invention relates to floor covering systems and installation methods in passenger vehicles. An exemplary floor covering system in a passenger vehicle is described, comprising: a plurality of floor covering panels positioned adjacent to each other to create interfaces between corresponding floor covering panels in the plurality of floor covering panels; a plurality of joint panels positioned below one or more of the interfaces, and the plurality of floor covering panels are rigidly coupled to at least one of the plurality of joint panels to prevent relative movement between the plurality of floor covering panels; and a plurality of attachment mounts attached to the structure of the passenger vehicle. Each of the plurality of floor covering panels is coupled to one or more of the plurality of attachment mounts, and the plurality of attachment mounts enable lateral movement of the plurality of floor covering panels together in a combined manner relative to the structure of the passenger vehicle.

The invention relates to a decorative covering element, in particular a decorative floor covering element, such as a floor panel, a decorative wall covering element, such as a wall panel, a decorative ceiling covering element, such as a ceiling panel, wall panel, or ceiling panel. The invention further relates to a method of post-use handling of a recollected decorative covering element, in particular a floor covering element, according to the invention.

The invention relates to a multi-layer structure (1) for producing a floor covering, comprising at least one surface layer (2) bonded to a backing layer (3b), the surface layer (2) and the backing layer (3b) being made from PVC, the multi-layer structure (1) comprising successively and from top to bottom, between the surface layer (2) and the backing layer (3b), a first woven reinforcement (5a), an intermediate layer (3a), a second woven reinforcement (5b), bonded together, to the surface layer (2) and to the backing layer (3b) by means of bonding layers (6) in the form of hot-melt films, for example made of copolyamide or copolyester, or of layers of crosslinked polyurethane adhesive, the multi-layer structure (1) comprising a surface mass of between 2000 and 3000 g / m²,the intermediate layer (3a) and the backing layer (3b) are made from PVC and each comprise:- a thickness of between 100 µm and 200 µm;- between 5 and 25 PCR of plasticizer, preferably between 6 and 15 PCR of plasticizer. Figure for the abstract: Fig. 3,

Machine for the automated installation of floor covering elements Machine (1) for the automated installation of floor covering elements (C), in particular tiles, comprising - a self-propelled chassis (10), - a robotic arm (20) carried by the chassis, provided with a system (30) for gripping the covering elements, for taking the elements from a reserve of elements carried by the chassis, - a reservoir (41) of glue carried by the chassis, - a system (40) for distributing the glue supplied by the glue reservoir, for applying the glue to the floor before the installation of the covering elements Figure for the abstract: Fig. 1

A method for manufacturing a floor covering product comprises at least a first step of forming a single- or multi-layered substrate by consolidating synthetic material-based starting material. The method comprises a second step after the first step, which is performed in line with the first step. The at least one continuous film is laminated onto the substrate, and the laminating is performed by means of a belt press.

FORMULATION FOR AN ACOUSTIC FLOOR COVERING, INTERIOR OR EXTERIOR FLOOR COVERING COMPRISING IT AND METHOD FOR MAKING THIS FLOOR COVERING The invention relates to a formulation for a floor covering, characterized in that it comprises: for the formation of a layer called grid (II) on the floor to be covered: at least one cereal husk (B); and a composition based on a resin that hardens at room temperature (R1), (B) representing 15 to 50 parts by weight per 100 parts by weight of the composition (R1); for the formation of a filling layer (III) on the grid layer (II): powder (P) of at least one cereal husk; and a composition based on a resin that hardens at room temperature (R2), (P) representing 15 to 50 parts by weight per 100 parts by weight of the composition (R2). Figure to be published: Figure 1

The invention relates to a floor covering (1) for a floor panel (2) of a vehicle (3), wherein the floor covering (1) comprises an insulating layer (5) for bearing on the floor panel (2), which consists of an insulating material, and a carpet layer (6) which rests on the insulating layer (5) in a thickness direction (7) of the floor covering (1) and is thus firmly connected to it, and which consists of a carpet material. The floor covering (1) has at least one floor flap (8) which is formed with a section of the insulating layer (5) and with a section of the carpet layer (6) and which is adjustably arranged on the floor covering (1) by means of a connecting area (9), so that the floor flap (8) can be pivoted about a pivot axis (10) located in the carpet layer (6) between an open position, in which it exposes a floor opening (11) penetrating the floor covering (1), and a closed position, in which it closes the floor opening (11). To improve accessibility of the bottom opening, the connecting area (9) is designed in a web-like shape, connects to the bottom flap (8) transversely to the thickness direction (7) and forms the pivot axis (10) transversely to the thickness direction (7) spaced away from the bottom flap (8).

The present application relates to a floor covering element for adhesive installation. The floor covering element comprises at least one functional layer and a felt underlay layer, which is firmly bonded to a main surface of the at least one functional layer. The felt is made of fibers of a polymer material.

This design relates to a part of an elastomeric floor covering material having visual features with the following aesthetic feeling. It is thin and has the shape of a parallelepiped as a whole. The upper surface consists of a central linear band that divides two symmetric bands on both sides. The bands on both sides have the same width and are wider than the central band. The central band consists of small linear bands divided by grooves that extend linearly along its length. Each of the bands on both sides consists of a plurality of grooves that extend horizontally from the central band parallel to each other. Each of the horizontally running grooves has two parts: a first inner half close to the central band with a wavy part, and a second outer half with a linear part running perpendicular to the central band and at a distance from the central band. 1.1) Reference perspective view; 1.2) Plan view

The present application relates to a floor covering element for loose installation with several firmly interconnected layers, as follows: a) a wear layer consisting of a polyethylene terephthalate, in particular a transparent polyethylene terephthalate; b) a base layer made of a polyethylene terephthalate; c) an underlay layer consisting of a fiber material made of a polyethylene terephthalate. A form-locking element extends along at least two opposite edges of the base layer. The form-locking elements of the at least two opposite edges are complementary to one another. The present application further relates to a method for producing a floor covering element.