| Class / Patent application number | Description | Number of patent applications / Date published |
|---|
| 428098000 |
STRUCTURALLY DEFINED WEB OR SHEET (E.G., OVERALL DIMENSION, ETC.)
| 13698 |
| 428221000 |
WEB OR SHEET CONTAINING STRUCTURALLY DEFINED ELEMENT OR COMPONENT
| 5909 |
| 428411100 |
COMPOSITE (NONSTRUCTURAL LAMINATE)
| 5552 |
| 428340100 |
HOLLOW OR CONTAINER TYPE ARTICLE (E.G., TUBE, VASE, ETC.)
| 3312 |
| 428544000 |
ALL METAL OR WITH ADJACENT METALS
| 3208 |
| 428357000 |
COATED OR STRUCTUALLY DEFINED FLAKE, PARTICLE, CELL, STRAND, STRAND PORTION, ROD, FILAMENT, MACROSCOPIC FIBER OR MASS THEREOF
| 2630 |
| 428800000 |
MAGNETIC RECORDING COMPONENT OR STOCK
| 969 |
| 428400100 |
LAYER OR COMPONENT REMOVABLE TO EXPOSE ADHESIVE
| 796 |
| 428100100 |
LIQUID CRYSTAL OPTICAL DISPLAY HAVING LAYER OF SPECIFIED COMPOSITION
| 536 |
| 428068000 |
SHEET INCLUDING COVER OR CASING
| 514 |
| 428085000 |
PILE OR NAP TYPE SURFACE OR COMPONENT
| 462 |
| 428640100 |
CIRCULAR SHEET OR CIRCULAR BLANK
| 431 |
| 428320100 |
INK JET STOCK FOR PRINTING (I.E., STOCK BEFORE PRINTING)
| 315 |
| 428015000 |
THREE DIMENSION IMITATION OR "TREATED" NATURAL PRODUCT
| 243 |
| 428034000 |
LIGHT TRANSMISSIVE SHEETS, WITH GAS SPACE THEREBETWEEN AND EDGE SEALED (E.G., DOUBLE GLAZED STORM WINDOW, ETC.)
| 206 |
| 428057000 |
SHEETS OR WEBS EDGE SPLICED OR JOINED
| 192 |
| 428043000 |
SHEET, WEB, OR LAYER WEAKENED TO PERMIT SEPARATION THROUGH THICKNESS
| 176 |
| 428408000 |
SELF-SUSTAINING CARBON MASS OR LAYER WITH IMPREGNANT OR OTHER LAYER
| 161 |
| 428409000 |
SURFACE PROPERTY OR CHARACTERISTIC OF WEB, SHEET OR BLOCK
| 131 |
| 428029000 |
ARTICLE HAVING LATENT IMAGE OR TRANSFORMATION
| 121 |
| 428320600 |
THERMAL TRANSFER DONOR (E.G., RIBBON, SHEETS, ETC.)
| 105 |
| 428320390 |
RECEIVER FOR THERMAL TRANSFER INK
| 89 |
| 428077000 |
SHEET FACING AND LONGITUDINALLY NONCOEXTENSIVE WITH WEB OR OTHER SHEET
| 85 |
| 428540000 |
IMPREGNATED NATURALLY SOLID PRODUCT (E.G., LEATHER, STONE, ETC.)
| 67 |
| 428044000 |
TWO DIMENSIONALLY SECTIONAL LAYER
| 63 |
| 428012000 |
COLLAPSIBLE ARTICLE (E.G., JOINTED, ELASTIC, ETC.)
| 60 |
| 428007000 |
SPECIAL OCCASION ORNAMENT
| 59 |
| 428080000 |
NONRECTANGULAR SHEET
| 58 |
| 428067000 |
NONPARTICULATE ELEMENT EMBEDDED OR INLAID IN SUBSTRATE AND VISIBLE
| 51 |
| 428038000 |
MASS TRANSMISSIVE OF LIGHT THROUGH ALL LAYERS AND HAVING OPAQUE BORDER (E.G., STAINED GLASS, WIRED GLASS, ETC.)
| 50 |
| 428081000 |
PERIMETER OR CORNER STRUCTURE OF SHEET (EXCLUDING MERE RECTANGULAR)
| 45 |
| 428013000 |
DISPLAY IN FRAME OR TRANSPARENT CASING; OR DIORAMA INCLUDING OR IMITATIVE OF A REAL OBJECT
| 40 |
| 428033000 |
PLURAL PARTS WITH EDGES OR TEMPORARY JOINING MEANS EACH COMPLEMENTARY TO OTHER
| 40 |
| 428542200 |
DECORATIVE ARTICLE
| 38 |
| 428054000 |
LONGITUDINALLY SECTIONAL LAYER OF THREE OR MORE SECTIONS
| 38 |
| 428063000 |
PATCHED HOLE OR DEPRESSION
| 35 |
| 428031000 |
VEHICLE BODY ORNAMENT
| 33 |
| 428542800 |
ARTICLE OF INTERMEDIATE SHAPE (E.G., BLANK, PARISON, PREFORM, ETC.)
| 30 |
| 428053000 |
THREE OR MORE COPLANAR INTERFITTED SECTIONS WITH SECURING MEANS
| 30 |
| 428015000 |
THREE DIMENSION IMITATION OR "TREATED" NATURAL PRODUCT
| 21 |
| 428004000 |
BOW, POMPOM OR ROSETTE
| 13 |
| 428003000 |
RELIGIOUS ARTIFACT (E.G., CRUCIFORM, ETC.)
| 12 |
| 428037000 |
SPIRALLY FLAT-WOUND STRAND OR STRIP (E.G., BRAIDED RUG, ETC.)
| 6 |
| 428539500 |
METAL CONTINUOUS PHASE INTERENGAGED WITH NONMETAL CONTINUOUS PHASE | 5 |
| 20080233419 | Semifinished Product Made of a Composite Material and Method for Producing a Semifinished Product From a Composite Material - The invention relates to a method for producing a semifinished product from a composite material. The semifinished product is made of a composite material consisting of a metallic matrix material and of high-tensile fibers embedded in the matrix material, whereby the metallic matrix material is formed from titanium or from a titanium-based alloy. According to the invention, ceramic particles are incorporated in the matrix material in order to increase the strength of the semifinished product with regard to torsional stress or transversal stress. | 09-25-2008 |
| 20090047534 | COMPONENTS JOINING METHOD AND COMPONENTS JOINING STRUCTURE - To provide a components joining method and a components joining structure which can realize joining of components while securing conduction at a low electrical resistance with high reliability. | 02-19-2009 |
| 20100221564 | EROSION RESISTANT MATERIAL - A cermet and method of forming the cermet, the cermet including a Sialon and an alloy comprising nickel aluminide and boron, wherein the Sialon includes silicon aluminum oxynitride, and wherein at least a portion of the Sialon is bonded with at least a portion of the alloy. In one example, the cermet is about 70 weight percent to about 90 weight percent of the Sialon, and about 10 weight percent to about 30 weight percent of the alloy. | 09-02-2010 |
| 20100261028 | COMPOSITE METAL MATERIAL AND METHOD FOR PRODUCING THE SAME - A method for producing a composite metal material includes preparing a solution containing a surfactant having both hydrophilicity and hydrophobicity, dispersing a nanosized to micro-sized fine carbonaceous substance into a state of being monodispersed in the solution, bringing the solution having the dispersed fine carbonaceous substance into contact with surface of a metal powder particle, drying the metal powder particle to make the fine carbonaceous substance in the monodispersed state adhere to the surface of the metal powder particle via a component of the solution, and thermally decomposing and removing the solution component adhering to the surface of the metal powder particle by heat-treating the metal powder particle either in a hydrogen-containing reducing atmosphere or in a vacuum atmosphere to partially expose the surface of the metal powder particle out of the adhering fine carbonaceous substance, and thus progress diffusion and sintering among the metal powder particles through exposed parts. | 10-14-2010 |
| 20140087202 | Metal Matrix Ceramic Composite and Manufacturing Method and Application Thereof - The invention relates to a metal matrix ceramic composite and manufacturing method and application thereof. The metal matrix ceramic composite, is completely formed by permeating at least part of a matrix metal into an array of ceramic granules by means of squeeze-casting, and the volume percentage of the ceramic granules may be adjusted within a range of 10%-80% of the metal matrix ceramic composite according to the usage requirements. The metal matrix ceramic composites can not only retain high performance of anti-penetration, but also have the strong toughness of the metal; in addition, this composite has features of low density, resistance against ordinary mechanical cutting and flame cutting, and inhibition of crack propagation and the like. Therefore, said composite has broad application prospects in the protection of such important security facilities as safes, automatic teller machines and vault gates. | 03-27-2014 |
| 428028000 |
FINIAL OR PENDANT TYPE ARTICLE | 4 |
| 20090098316 | Decorative upholstery tack - The decorative upholstery tack provides a decorative or ornamental element installed upon or within the recessed head of the upholstery tack. The various decorative or ornamental elements serve to complement the finished appearance of an upholstered structure (e.g., chair, sofa, etc.) while simultaneously concealing the otherwise bare and unadorned head of the upholstery tack used to secure the upholstery to the underlying structure. The decorative or ornamental element may be permanently attached to the tack or removably and interchangeably attached to the tack, depending upon the specific mechanism and embodiment used. | 04-16-2009 |
| 20140023800 | Sports Logo Flag and Article of Manufacture with Sports Logo Flag Image - A flag or a flag image includes at least one sports logo in the union portion of an American flag or an American flag image without the conventional stars in the union portion. The flag image may be located on any article of manufacture. In some embodiments, fifty copies of the same sports logo replace the fifty stars. In other embodiments, a single copy of the sports logo appears in the union portion. In some embodiments, the sports logo is a sports team logo. In some embodiments, one or more colors associated with the sports team represented by the sports team logo replace one or more of the red, white, and blue colors of a conventional American flag. | 01-23-2014 |
| 20150093522 | Hydrophobic/Hydrophilic Patterned Surfaces for Creation of Condensation Images - A method for creating a condensation image on a piece of jewelry using chemical patterning techniques which create covalently attached (or other strong chemical bond), ultrathin (less than 10 nm), hydrophobic/hydrophilic monolayer patterns on a surface. These techniques allow the deposition of ultrathin films (e.g. less than 10 nanometers thick) which are invisible to the naked eye making the patterns only visible when condensation has formed at the surface. Hydrophobic/hydrophilic layers can be created by attaching slimes having differing hydrophobicity/hydrophilicity characteristics on silicon wafers, | 04-02-2015 |
| 20150352892 | FOLDABLE ORNAMENTAL ARTICLES - An ornamental including a main body, at least one folding-element, having a pivoting-side and a tip disposed oppositely to the pivoting-side, and a folding mechanism. The folding mechanism facilitates the user to pivot the at least one folding-element with respect to the main body and thereby, change the peripheral shape of the ornamental article. When all of the folding-elements are unfolded, the ornamental article is in an open state. When all of the folding-elements are folded, the ornamental article is in a closed state. Preferably, the ornamental article further includes holding mechanisms, such as magnets, for maintaining each one of the triangular folding-elements in either an open state position or a closed state position. Optionally, a holding mechanism is a pair of magnets having opposing polarity, such that the magnetic force attracts the magnets to each other. | 12-10-2015 |
| 428002000 |
COMPACTED TRASH OR REFUSE BUNDLE | 4 |
| 20090029074 | METHOD AND PROCESS FOR COLLECTING AND PROCESSING RECYCLABLE WASTE - Recyclable plastic film is efficiently collected for recycling at stores or other locations by compacting the plastic film as layers in plastic/cardboard bales. The plastic/cardboard bales can be formed using existing cardboard balers that stores typically already have for baling recyclable cardboard. In one embodiment, the plastic/cardboard bales are preferably formed with a bottom layer of cardboard, a middle layer of the recyclable plastic film, and a top layer of cardboard. The layered structure can be modified to omit one of the cardboard layers or to add additional plastic film and cardboard layers. | 01-29-2009 |
| 20090148629 | SYSTEMS, METHODS, AND DEVICES FOR COLLECTING, PACKAGING, AND PROCESSING RECYCLABLE WASTE - Recyclable waste byproducts are efficiently collected for recycling at stores or other locations by compacting the recyclable waste as layers in a composite bale. The composite bales can be formed using existing cardboard balers that retailers or other stores typically already have for baling recyclable cardboard. In one embodiment, the composite bales are formed by binding together a layer of one type of recyclable waste and a layer of recyclable waste that includes one or more types of recyclable waste byproducts. The layered structure can be modified to omit one of the layers or to add additional waste byproduct layers. | 06-11-2009 |
| 20120269991 | METHOD AND PROCESS OF COLLECTING AND PROCESSING RECYCLABLE WASTE - Recyclable plastic film is efficiently collected for recycling at stores or other locations by compacting and baling plastic and cardboard (or other recyclable material) into layered bales. The layered bales can be formed using existing cardboard balers that stores typically already have for baling recyclable cardboard. | 10-25-2012 |
| 20130216734 | METHOD FOR RECYCLING SHEET MATERIAL COATED WITH A RELEASE AGENT AND USES OF THE THUS RECYCLED MATERIAL - The present invention concerns a method for treating waste material comprising: —Collecting release coated cellulose or polymeric sheets from producers and end-users thereof in the form of dense, bulky masses, such as rolls and stacks; —Pre-shredding the dense, bulky masses of release coated sheets into smaller, less dense masses in preparation to the following process steps; —Preparing the pre-shredded material by mixing, separating foreign bodies like metals, etc., and feeding it to a primary grinding station ( | 08-22-2013 |
| 428039000 |
COLLAGE REPRESENTATIVE OF REAL OBJECT | 4 |
| 20090162593 | Mosaic - The invention relates to a mosaic, especially for walls, ceilings, or floors, comprising a plurality of individual mosaic elements that are spaced apart by means of joints. In order to improve the designing options of said mosaic, light-discharging elements can be disposed in the joints. | 06-25-2009 |
| 20090246436 | Single-use thermoforming tool and method - The present invention relates to an image in relief created by thermo, pressure or vacuum forming a sheet of printed, clear or opaque plastic, styrene, PVC, PET or any similar material capable of forming and holding a form against stacked levels of die cut (or pre-cut) materials (the tool or pattern), one on top of another. The tool is left inside the relief cavity to provide structure, making it durable and therefore commercially viable for one-off, personalized relief images. | 10-01-2009 |
| 20120196069 | CAMOUFLAGED MILITARY OBJECT - A camouflaged military object is equipped with a coating creating a camouflage pattern, which is formed with individual camouflage elements that can be added along to each other by hand. The form of the camouflage elements is based on at least one square having the same size, so that the camouflage elements can be added along at right angles to each other, as if creating a mosaic in an uninterrupted manner, in order to form a camouflage pattern. The camouflage elements can be joined together by using a plurality of layers which are formed from a magnetic foil, an intermediate layer made of insulating material, a color carrier foil, and a monochromatic color layer. | 08-02-2012 |
| 20160153750 | WOODLAND CONCEALMENT PRODUCTS | 06-02-2016 |
| 428543000 |
MISCELLANEOUS (E.G., TREATED SURFACES, ETC.) | 4 |
| 20080261065 | Resin welded body and manufacturing method thereof - A resin welded body where a first resin part that is absorbent with respect to laser light and a second resin part that is transparent with respect to laser light are fitted together and the laser light is emitted to a predetermined position from the side of the second resin part to weld together the first and the second resin parts and form a joint portion between both resin parts, wherein on either the first or the second resin part there is disposed a projection that comes into contact with the other resin part during the welding and regulates the sinking amount at the joint portion. | 10-23-2008 |
| 20090042049 | SEALED WELD ELEMENT FOR ATTACHMENT TO A VEHICLE COMPONENT AND METHOD - A projection weld element can include structure that prevents gases or other contaminants from passing through or around the weld element before, during or after attachment to a workpiece such as a vehicle body part. The projection weld element can include a barrel having a first axial end and a second axial end, a central axial bore being defined through the barrel from the first axial end towards the second axial end, and at least a portion of the central axial bore including an attachment structure, such as internal threads. A radial flange can extend from the second axial end of the barrel, with the flange including a distal axial face on a side of the flange facing away from the first axial end of the barrel and a proximal axial face on a side of the flange facing toward the first axial end of the barrel. The flange can include an annular projection weld ring formed along the proximal axial face of the flange on the same side of the flange as the barrel that extends from the flange. The weld ring can be configured to prevent transmission of contaminants, such as water, vapor, or other contaminants, from passing through the weld element to either side of a working piece to which the weld element is attached. A method for joining a working piece with a weld element can include joining a working piece with the above-described weld element and heating the structures to effect a projection welding between the working piece and the weld element. The resulting weld forming a continuous weld seal about the barrel portion of the weld element and between the weld element and the vehicle body part to prevent contaminants from transmitting through or around the weld element. | 02-12-2009 |
| 20090136775 | REMOVABLE SHEATHING APPARATUS AND METHOD - The present invention provides a removable sheathing apparatus comprising a covering member with a first edge and a second edge. The first edge is removably attached to the second edge by a connector. The apparatus also comprises a first shape retaining member which is attached to a third edge of the covering member. Further included is at least one support member movably extending away from the third edge of the covering member. Also provided is a corresponding method of sheathing a pole utilizing the removable sheathing apparatus. | 05-28-2009 |
| 20090214884 | Gravitation deflecting mechanisms - This disclosure presents and claims means for the modification of local gravitation by reducing its strength, speed of propagation, and/or its direction of action and presents and claims various uses of those means. The new technology involved is the recognition that light and gravitation flow in the same medium; that the observed effects of gravitational lensing and light diffraction demonstrate the gravitational field of atoms deflecting the flow of that common light/gravitation medium; that a suitable arrangement of atoms thus could produce a desired deflection of gravitation; and that the atomic structure of a cubic crystal [for example Silicon] is suitable for that application. | 08-27-2009 |
| 428032000 |
ARTICLE HAVING ORNAMENTAL WOUND OR WOVEN STRANDS | 2 |
| 20100068425 | DECORATIVE TRIM AND METHOD FOR MAKING SAME - An article of manufacture and method are disclosed which may include a skin including a molded groove, the skin having an exposed surface and a lower surface, the skin forming a sheet of material; a seal having an upper surface disposed adjacent to the lower surface of the skin and covering a region of the lower surface of the skin including the molded groove; at least one strand of stitching material threaded between the exposed surface of the skin and the foam backing layer; and a backing layer forming a backing for the skin and the seal, the backing layer having an upper surface secured to the skin and the seal, and a lower surface. | 03-18-2010 |
| 20110129623 | ARTIFICIAL PANEL, A METHOD FOR MANUFACTURING SAME AND FURNITURE ARTICLES THEREFROM - A molded panel resembling a natural wickerwork panel, a furniture article comprising such a panel and a method for its manufacture, the panel comprising a plurality of warp strands and a plurality of weft strands interlacing the warp strands, such that at locations where warp and weft strands intersect they form together an integrated, solid molded material location. | 06-02-2011 |
| 428006000 |
PLUME | 1 |
| 20150044393 | Down and Fiber Blend and Method - An exemplary down and fiber blend may comprise a first weight of down having a water-resistant coating applied thereto, and a second weight of water-resistant fiber. The water-resistant treated down is preferably dried prior to mixing with the chosen fiber. The fiber in the blend may preferably be a polyester fiber, such as a polyester staple microfiber. A method of forming a down and fiber blend may include the gradual introduction of the fiber into a mixing box in which the water-resistant treated down is being stirred. Fiber and mixing parameters are also provided which have been determined to result in optimal performance characteristics of the fiber blend. In the microfiber blend embodiments, each strand may preferably have 6 to 9 crimps per inch, and the microfiber strands may preferably be 0.8 to 1.4 denier. | 02-12-2015 |
