mhurhangee/patent-ind-claim-en huggingface dataset:
An upper-torso garment having a chest-covering portion (30; 32), the upper-torso garment comprising: a pair of dome-shaped portions that are located in the chest-covering portion (30; 32) and that are separated from one another by a center bridge , wherein each dome-shaped portion is divisible into a top half and a bottom half and includes a medial perimeter edge (72; 74), which abuts the center bridge , and lateral perimeter edge (76A/B; 78A/B); a knit textile panel (66; 68) constructing each of the dome-shaped portions, the knit textile panel (66; 68) comprising a plurality of courses (91A-C) fully spanning the dome-shaped portion from the medial perimeter edge (72; 74) to the lateral perimeter edge (76A/B; 78A/B); and a plurality of partial-length courses (92A-F) partially spanning the dome-shaped portion, wherein the plurality of partial-length courses (92A-F) are intermittently positioned among the plurality of courses (91A-C), and wherein the plurality of partial-length courses (92A-F) are unevenly distributed between the top half and the bottom half, characterized in that each partial-length course (92A-F) of the plurality of partial-length courses (92A-F) includes a medial terminal end spaced apart from the medial perimeter edge (72; 74) by a first quantity of stitches and includes a lateral terminal end spaced apart from the lateral perimeter edge (76A/B; 78A/B) by a second quantity of stitches, and wherein the first quantity of stitches is less than the second quantity of stitches. a pair of dome-shaped portions that are located in the chest-covering portion (30; 32) and that are separated from one another by a center bridge , wherein each dome-shaped portion is divisible into a top half and a bottom half and includes a medial perimeter edge (72; 74), which abuts the center bridge , and lateral perimeter edge (76A/B; 78A/B); a knit textile panel (66; 68) constructing each of the dome-shaped portions, the knit textile panel (66; 68) comprising a plurality of courses (91A-C) fully spanning the dome-shaped portion from the medial perimeter edge (72; 74) to the lateral perimeter edge (76A/B; 78A/B); and a plurality of partial-length courses (92A-F) partially spanning the dome-shaped portion, wherein the plurality of partial-length courses (92A-F) are intermittently positioned among the plurality of courses (91A-C), and wherein the plurality of partial-length courses (92A-F) are unevenly distributed between the top half and the bottom half, characterized in that each partial-length course (92A-F) of the plurality of partial-length courses (92A-F) includes a medial terminal end spaced apart from the medial perimeter edge (72; 74) by a first quantity of stitches and includes a lateral terminal end spaced apart from the lateral perimeter edge (76A/B; 78A/B) by a second quantity of stitches, and wherein the first quantity of stitches is less than the second quantity of stitches.
Anti-theft device for a handbag, comprising a deterrent system having a personal alarm and an alarm holding small pocket made of a tear resistant material, containing the alarm , said alarm holding small pocket provided in its upper part with a hooking point ; a connecting element joining the deterrent system to an object to be secured; a second hooking element of the deterrent system to be fastened inside said handbag; wherein: - said second hooking element being fastened to said hooking point ; - a first metal ring is located at one end of said connecting element and is able to hook said object ; - a second ring is located at the other end of the connecting element and is able to connect to the lower part of the alarm by means of a first hooking element ; - by said second ring and said first hooking element said connecting element is joinable to the lower part of the alarm provided with anti-tear string having an audible signaler with interchangeable batteries. - said second hooking element being fastened to said hooking point ; - a first metal ring is located at one end of said connecting element and is able to hook said object ; - a second ring is located at the other end of the connecting element and is able to connect to the lower part of the alarm by means of a first hooking element ; - by said second ring and said first hooking element said connecting element is joinable to the lower part of the alarm provided with anti-tear string having an audible signaler with interchangeable batteries.
A method for manufacturing a structured decor panel , including the steps of: a) providing a film to be structured; b) providing an embossing means for structuring the film ; c) structuring the film with the embossing means while forming at least one structure area on the film ; d) determining at least one dimension of at least one structure area after step c); e) providing a carrier ; f) applying a decor to the carrier , wherein, g) when applying the decor to the carrier , the at least one dimension of the structure area determined in step c) is taken into account; and h) applying the structured film to the decorated carrier such that the at least one structure area is present in synchronicity with the decor. a) providing a film to be structured; b) providing an embossing means for structuring the film ; c) structuring the film with the embossing means while forming at least one structure area on the film ; d) determining at least one dimension of at least one structure area after step c); e) providing a carrier ; f) applying a decor to the carrier , wherein, g) when applying the decor to the carrier , the at least one dimension of the structure area determined in step c) is taken into account; and h) applying the structured film to the decorated carrier such that the at least one structure area is present in synchronicity with the decor.
A method of performing near-field acoustic holography, comprising establishing acoustic measurement data representing a set of near-field acoustic holography measurements at a first set of positions covering an aperture; extrapolating the acoustic measurement data by inputting the acoustic measurement data into a linear predictive model so as to obtain extrapolated acoustic data relating to a plurality of positions outside the aperture; and applying a spatial frequency transform to a combination of the acoustic measurement data and the extrapolated acoustic data, to obtain acoustic data in a spatial frequency domain.
Gate with an emergency opening device, comprising a gate panel which is movable between an open and a closed position, a primary motor which drives said gate panel by way of a gate panel drive , and an auxiliary motor which is connected to an emergency power supply and adapted to drive said gate panel , characterized in that said auxiliary motor is coupled by way of an auxiliary motor coupling to said gate panel drive , and said emergency power supply comprises an energy storage, wherein the auxiliary motor is functionally and spatially separated from the primary motor , wherein said auxiliary motor can be coupled and decoupled by way of said auxiliary motor coupling to said gate panel drive , and wherein the primary motor can be decoupled from said gate panel drive by way of a primary motor coupling . a gate panel which is movable between an open and a closed position, a primary motor which drives said gate panel by way of a gate panel drive , and an auxiliary motor which is connected to an emergency power supply and adapted to drive said gate panel , characterized in that said auxiliary motor is coupled by way of an auxiliary motor coupling to said gate panel drive , and said emergency power supply comprises an energy storage, wherein the auxiliary motor is functionally and spatially separated from the primary motor , wherein said auxiliary motor can be coupled and decoupled by way of said auxiliary motor coupling to said gate panel drive , and wherein the primary motor can be decoupled from said gate panel drive by way of a primary motor coupling .
A method comprising: based on at least one of a plurality of call return levels, taking, by a loop detector , a snapshot of a retired predicted block during a first retirement time; comparing the snapshot to a subsequent retired predicted block at a second retirement time; and based on the comparison, identifying a loop and loop exit branches within the loop for use by a loop exit branch monitor , wherein the loop exit branch monitor determines whether to override a general purpose conditional prediction. based on at least one of a plurality of call return levels, taking, by a loop detector , a snapshot of a retired predicted block during a first retirement time; comparing the snapshot to a subsequent retired predicted block at a second retirement time; and based on the comparison, identifying a loop and loop exit branches within the loop for use by a loop exit branch monitor , wherein the loop exit branch monitor determines whether to override a general purpose conditional prediction.
A system for jointly producing erythritol and liquid sorbitol by using a corn starch, comprising a liquefaction tank , a saccharification tank , a filter and a nanofiltration assembly , wherein the liquefaction tank is used to perform liquefaction of the corn starch (A), the saccharification tank is used to perform saccharification for the liquefied material, the filter is used to filter out impurities in the saccharified material to obtain a glucose liquid (B), and the nanofiltration assembly is used to perform nanofiltration of the filtered glucose liquid to respectively obtain a dialysate (C) and a concentrate (D); the system further comprises a fermentation and crystallization assembly (I) for performing fermentation and crystallization of the dialysate to prepare crystalline erythritol (E), and a hydrogenation and evaporation assembly (II) for performing hydrogenation and evaporation of the concentrate to prepare liquid sorbitol (F).
A topical composition comprising strontium, methylsulfonylmethane (MSM) and a physiologically acceptable carrier for topical administration.
An image processing apparatus, comprising: a noise reduction means for generating a noise-reduced image in which noise is reduced from an input image in which a plurality of types of pixels that represent mutually different types of color information are arranged in one plane; an extraction means for generating a high-frequency emphasized image in which a high-frequency component of the input image is emphasized; a demosaicing means for generating a demosaiced image having a plurality of planes that each represent one type of color information by demosaicing processing to the noise-reduced image; and a generation means for generating an output image by correcting the demosaiced image by using the high-frequency emphasized image, characterized in that the extraction means is further for generating the high-frequency emphasized image from a difference image between the input image and an image obtained by smoothing processing by performing a filter process to the noise-reduced image. a noise reduction means for generating a noise-reduced image in which noise is reduced from an input image in which a plurality of types of pixels that represent mutually different types of color information are arranged in one plane; an extraction means for generating a high-frequency emphasized image in which a high-frequency component of the input image is emphasized; a demosaicing means for generating a demosaiced image having a plurality of planes that each represent one type of color information by demosaicing processing to the noise-reduced image; and a generation means for generating an output image by correcting the demosaiced image by using the high-frequency emphasized image, characterized in that the extraction means is further for generating the high-frequency emphasized image from a difference image between the input image and an image obtained by smoothing processing by performing a filter process to the noise-reduced image.
Method for reducing pollutants from waste with over 20% biogenic content that is predominantly easily biodegradable anaerobically, and of solids that are sieved from wastewater or liquid waste and have a biogenic content of over 20%, which is predominantly easily biodegradable anaerobically, characterized in that through washing and sieving as well as subsequent filtering and mechanical dewatering, but without prior biological treatment and without recycling press water from the fermentation, a fine fraction is produced, that heavy metals are washed out of this fine fraction by acidification with sulphuric acid, and that these heavy metals are separated by sulfidic precipitation and only the purified fine fraction is treated anaerobically biologically for biogas production and recovery of sulphuric acid.
A storage unit for welding wire comprising: an outer case in which an outer bottom supporting part is formed in a lower end thereof and a wire accommodation part configured to accommodate a wound welding wire is formed therein; an inner case configured to come into close contact with an inner surface of the outer case , and having an inner bottom supporting part formed in a lower portion thereof; characterized in , further comprising a bottom part seated on and coupled to the outer bottom supporting part , and wherein the inner bottom supporting part is seated on the bottom part , wherein the outer case is formed by a strength reinforcement part formed at an outer side of the outer case and a shock absorption part formed at an inner side of the outer case , and the shock absorption part is formed at an inner side of the strength reinforcement part to absorb a shock from the outside. an outer case in which an outer bottom supporting part is formed in a lower end thereof and a wire accommodation part configured to accommodate a wound welding wire is formed therein; an inner case configured to come into close contact with an inner surface of the outer case , and having an inner bottom supporting part formed in a lower portion thereof; characterized in , further comprising a bottom part seated on and coupled to the outer bottom supporting part , and wherein the inner bottom supporting part is seated on the bottom part , wherein the outer case is formed by a strength reinforcement part formed at an outer side of the outer case and a shock absorption part formed at an inner side of the outer case , and the shock absorption part is formed at an inner side of the strength reinforcement part to absorb a shock from the outside.
A method for rendering damaged-enhanced images in a computer simulation comprising a computer-generated environment, the method comprising, during the computer simulation: determining coordinates, in the computer-generated environment, of a virtual impact having an effective radius (r1); identifying, at the coordinates, a first plurality of rendering faces affected by the virtual impact considering the effective radius (r1), the first plurality of rendering faces being associated with at least one three-dimensional polygon mesh of the computer-generated environment; clipping the first plurality of rendering faces to a mathematically-defined subtraction shape computed considering the effective radius (r1), wherein the mathematically-defined subtraction shape is preferably a sphere or a spheroid expressed by a single mathematical formula; computing a second plurality of rendering faces from the clipped first plurality of rendering faces, thereby defining at least one newly formed 3D polygon mesh ; and rendering at least one damaged-enhanced image for display comprising a subset of the second plurality of rendering faces using a visual texture, the subset being determined from a field of view of the computer simulation. determining coordinates, in the computer-generated environment, of a virtual impact having an effective radius (r1); identifying, at the coordinates, a first plurality of rendering faces affected by the virtual impact considering the effective radius (r1), the first plurality of rendering faces being associated with at least one three-dimensional polygon mesh of the computer-generated environment; clipping the first plurality of rendering faces to a mathematically-defined subtraction shape computed considering the effective radius (r1), wherein the mathematically-defined subtraction shape is preferably a sphere or a spheroid expressed by a single mathematical formula; computing a second plurality of rendering faces from the clipped first plurality of rendering faces, thereby defining at least one newly formed 3D polygon mesh ; and rendering at least one damaged-enhanced image for display comprising a subset of the second plurality of rendering faces using a visual texture, the subset being determined from a field of view of the computer simulation.
A sheet-like sealing material comprising one sealing resin layer, or two or more sealing resin layers, the sheet-like sealing material having a water vapor transmission rate at a temperature of 40 °C and a relative humidity of 90 % of 20 g/(m 2 ·day) or less when the sheet-like sealing material has a thickness of 50 μm, having a b* value in a CIE L*a*b* color system defined by JIS Z 8729-1994 of -2 to 2, having a light transmittance at a wavelength of 370 nm of 1 % or less, and having a light transmittance at a wavelength of 420 nm of 85 % or more, wherein the sheet-like sealing material is (i) a sheet-like sealing material consisting of one sealing resin layer, (ii) a sheet-like sealing material consisting of one sealing resin layer and one or two release sheets, (iii) a sheet-like sealing material consisting of two or more sealing resin layers, or (iv) a sheet-like sealing material consisting of two or more sealing resin layers and one or two release sheets, the sheet-like sealing material has a thickness of 0. 1 to 100 μm, the sheet-like sealing material has an adhesion to glass at a temperature of 23 °C and a relative humidity of 50 % of 3 N/25 mm or more, the sealing resin layer comprises at least one material selected from the group consisting of a rubber-based polymer and a polyolefin-based polymer, and at least one of the sealing resin layers comprises a UV absorber:
Viewing device for off-road activities, comprising a visor , at least a package of tear-off lenses mountable on a lens of the visor , and retaining means of the visor , wherein the tear-off lenses have superimposable through holes , wherein the device further comprises a retaining thread reversibly associated with the visor and with the retaining means of the visor , wherein the tear-off lenses after being torn off are able to be retained by the retaining thread sliding along it by means of the through holes , the device further comprising goggles provided with said visor , wherein the retaining means is an elastic band of the googles , characterized in that at one end the retaining thread is able to be associated with a ring band fixed to the elastic band . the device further comprising goggles provided with said visor , wherein the retaining means is an elastic band of the googles , characterized in that at one end the retaining thread is able to be associated with a ring band fixed to the elastic band .
Method for sealing the mouth of at least one bottle by creating a capsule of sealing material around at least the neck of the bottle , including the following subsequent steps: a) rotation or rototranslation of the bottle around a horizontal axis (R) from an initial position to an immersion position, in which immersion position the bottle has the neck facing downwards and immersed at least partially in a bath of said sealing material in a molten state; b) rototranslation of the bottle around the horizontal axis (R) up to a first dripping position, in which first dripping position the bottle is completely extracted from the sealing material bath and has the neck facing downwards and has its longitudinal axis inclined compared to a vertical plane, which vertical plane passes through the horizontal axis (R) of rotation or rototranslation of the bottle characterized in that it further includes the following subsequent steps: c) rotation or rototranslation of the bottle around the horizontal axis (R) in a second dripping position, in which second dripping position the bottle is completely extracted from the sealing material bath and has the neck facing downwards and has its longitudinal axis inclined with respect to said vertical plane in opposite direction compared to said first dripping position; d) rotation or rototranslation of the bottle around the horizontal axis (R) to a final position. a) rotation or rototranslation of the bottle around a horizontal axis (R) from an initial position to an immersion position, in which immersion position the bottle has the neck facing downwards and immersed at least partially in a bath of said sealing material in a molten state; b) rototranslation of the bottle around the horizontal axis (R) up to a first dripping position, in which first dripping position the bottle is completely extracted from the sealing material bath and has the neck facing downwards and has its longitudinal axis inclined compared to a vertical plane, which vertical plane passes through the horizontal axis (R) of rotation or rototranslation of the bottle characterized in that it further includes the following subsequent steps: c) rotation or rototranslation of the bottle around the horizontal axis (R) in a second dripping position, in which second dripping position the bottle is completely extracted from the sealing material bath and has the neck facing downwards and has its longitudinal axis inclined with respect to said vertical plane in opposite direction compared to said first dripping position; d) rotation or rototranslation of the bottle around the horizontal axis (R) to a final position.