mhurhangee/patent-ind-claim-en huggingface dataset:
A laminated electrically heatable glazing panel comprising: - a first outer and second inner substrates with respectively an internal and an external faces, laminated to one another via at least one polymer inclusive interlayer; - a coating including at least one heatable conductive layer provided between the outer and the inner substrates, said coating divided into at least one heatable coating zone and at least two non-heatable coating zone , the first heatable zone being delimited by at least two zone boundaries which are insulating by a coating deletion area, - at least a first and second conductive bus bars , each of said spaced first and second bus bars adapted to supply electrical voltage across the at least one electrically heatable coating zone and wherein only the at least one electrically heatable coating zone is heated when current runs through said first and second bus bars and wherein the conductive path is defined between the busbars , and wherein spaced first and second bus bars are disposed in the upper 35 and lower edge 36 of the laminated electrically heatable glazing panel and the first and second conductive busbars extended partially over the lateral edges of the glazing, and wherein the electrically heatable zone is the zone of visibility for an observer looking through such a glazing panel. - a first outer and second inner substrates with respectively an internal and an external faces, laminated to one another via at least one polymer inclusive interlayer; - a coating including at least one heatable conductive layer provided between the outer and the inner substrates, said coating divided into at least one heatable coating zone and at least two non-heatable coating zone , the first heatable zone being delimited by at least two zone boundaries which are insulating by a coating deletion area, - at least a first and second conductive bus bars , each of said spaced first and second bus bars adapted to supply electrical voltage across the at least one electrically heatable coating zone and wherein only the at least one electrically heatable coating zone is heated when current runs through said first and second bus bars and wherein the conductive path is defined between the busbars ,
Apparatus for manufacturing a hygienic product , said product comprising at least a yielding laminar support provided with a first surface and a second surface that are opposite each other, at least one of which is intended for contact with surfaces to clean and/or hygienize, said hygienic product being provided in dry state or with a maximum moisture content of about 10%, said apparatus comprising at least one station for applying, on at least one of said surfaces ,a layer (7;7,7a;7a) of at least one cleansing/disinfecting product adapted to be activated in contact with water or with moist surfaces , said product being entirely constituted by the active principle of a soap, of a detergent, of a degreaser, of a disinfectant, of an antibacterial agent, or by a mixture of different active principles of the above-listed types, means for advancing said yielding laminar support in the form of a continuous strip that crosses said application station , said application station comprising at least one airtight distribution chamber for the cleansing/disinfecting product, feeding means of the product towards said distribution chamber , and means , of the roller type, for drawing the product from said chamber and for applying it on at least one of said surfaces of said continuous strip , wherein said feeding means are of gravity type and comprise at least one tank , containing the product, placed at a specific height (H) with respect to said distribution chamber for obtaining a specific hydrostatic pressure of the cleansing/disinfectant liquid at said distribution chamber , and at least one feeding manifold which places said tank in communication with said distribution chamber .
A front image generation device for heavy equipment, configured to generate a composite front image by using two or more cameras, the front image generation device comprising: an upper camera disposed on a wheel loader and configured to generate a first front image; a lower camera disposed on the wheel loader and configured to generate a second front image; and an image processor configured to generate a composite front image by compositing the first front image and the second front image, wherein the image processor is configured to set different weights to the first front image and the second front image, depending on the position of a bucket of the wheel loader , characterized in that : the image processor is configured to set the weight of the first front image to a higher weight than the weight of the second front image when the bucket is located at the bottom, and the image processor is configured to set the weight of the second front image to a higher weight than the weight of the first front image when the bucket is located at the top, wherein the image processor is configured to set relatively lower transparency for one front image having a relatively high weight among the first front image and the second front image. an upper camera disposed on a wheel loader and configured to generate a first front image; a lower camera disposed on the wheel loader and configured to generate a second front image; and an image processor configured to generate a composite front image by compositing the first front image and the second front image, wherein the image processor is configured to set different weights to the first front image and the second front image, depending on the position of a bucket of the wheel loader , characterized in that : the image processor is configured to set the weight of the first front image to a higher weight than the weight of the second front image when the bucket is located at the bottom, and the image processor is configured to set the weight of the second front image to a higher weight than the weight of the first front image when the bucket is located at the top, wherein the image processor is configured to set relatively lower transparency for one front image having a relatively high weight among the first front image and the second front image. the image processor is configured to set the weight of the first front image to a higher weight than the weight of the second front image when the bucket is located at the bottom, and the image processor is configured to set the weight of the second front image to a higher weight than the weight of the first front image when the bucket is located at the top, wherein the image processor is configured to set relatively lower transparency for one front image having a relatively high weight among the first front image and the second front image.
A hermetically sealed battery comprising a battery can having a bottomed cylindrical shape and an opening; an electrode body accommodated in the battery can; a sealing plate covering the opening of the battery can; a rivet disposed on the sealing plate and serving as a terminal ; an insulator insulates the sealing plate from the rivet; and an internal lead electrically connected to the rivet, wherein the insulator includes: a sealing part sealing between the sealing plate and the rivet; and a plate part closer to the electrode body than the sealing part, the plate part being extended in a radial direction of the electrode body, the plate part has a cut-away portion recessed in a periphery of the plate part in the radial direction, and the internal lead is partially disposed in the cut-away portion. a battery can having a bottomed cylindrical shape and an opening; an electrode body accommodated in the battery can; a sealing plate covering the opening of the battery can; a rivet disposed on the sealing plate and serving as a terminal ; an insulator insulates the sealing plate from the rivet; and an internal lead electrically connected to the rivet, wherein the insulator includes: a sealing part sealing between the sealing plate and the rivet; and a plate part closer to the electrode body than the sealing part, the plate part being extended in a radial direction of the electrode body, a sealing part sealing between the sealing plate and the rivet; and a plate part closer to the electrode body than the sealing part, the plate part being extended in a radial direction of the electrode body, the plate part has a cut-away portion recessed in a periphery of the plate part in the radial direction, and the internal lead is partially disposed in the cut-away portion.
A display device comprising: a substrate including a display area (DA) provided with pixels (P), and a non-display area (NDA) adjacent to the display area and including pads (PAD); an encapsulation film covering the pixels disposed in the display area, wherein the encapsulation film includes at least one inorganic film and an organic film ; a dam structure (DAM) disposed between the display area and the pads so as to prevent the flow of the organic film, wherein a first sidewall of the dam structure facing the display area is in contact with the organic film; a first metal pattern (AL) having at least a portion disposed in the non-display area and said at least portion being positioned on the encapsulation film at a location not overlying the dam structure; an insulating layer provided on the first metal pattern and the dam structure, the insulating layer provided to cover the dam structure to reduce a step difference caused by the dam structure; and a second metal pattern (TL) disposed on the insulating layer and overlapping the dam structure, the second metal pattern being in contact with the first metal pattern. a substrate including a display area (DA) provided with pixels (P), and a non-display area (NDA) adjacent to the display area and including pads (PAD); an encapsulation film covering the pixels disposed in the display area, wherein the encapsulation film includes at least one inorganic film and an organic film ; a dam structure (DAM) disposed between the display area and the pads so as to prevent the flow of the organic film, wherein a first sidewall of the dam structure facing the display area is in contact with the organic film; a first metal pattern (AL) having at least a portion disposed in the non-display area and said at least portion being positioned on the encapsulation film at a location not overlying the dam structure; an insulating layer provided on the first metal pattern and the dam structure, the insulating layer provided to cover the dam structure to reduce a step difference caused by the dam structure; and a second metal pattern (TL) disposed on the insulating layer and overlapping the dam structure, the second metal pattern being in contact with the first metal pattern.
A seat for a vehicle equipped with: a seat frame comprising general steel pipes; cushioning bodies suspended by the seat frame ; and a skin covering the cushioning bodies; wherein said seat frame has on an outer side a first frame member in which a first side portion provided vertically and an upper portion provided horizontally on an upper side are bent into L-shape at a first corner portion , characterized in that said first corner portion is provided with a lock member to be locked to a vehicle body of said vehicle, said seat frame further has on an inner side a second frame member in which a second side portion facing against said first side portion and provided vertically and a lower portion facing against said upper portion and provided horizontally on a lower side are bent into L-shape at a second corner portion , and said second corner portion is provided with a bracket to be supported on said vehicle body, and said first corner portion and said second corner portion are applied with a heat treatment that is any one of a high frequency hardening, a liquid carburizing, and a gas carburizing. a seat frame comprising general steel pipes; cushioning bodies suspended by the seat frame ; and a skin covering the cushioning bodies;
A lower vehicle-body structure of a vehicle, comprising: a side sill having a closed-cross section (C) jointly formed by a side sill outer and a side sill inner which extend in a vehicle longitudinal direction (X); and a cross member joined to the side sill inner of the side sill at a position located on a rearward side, in the vehicle longitudinal direction (X), relative to a front end portion of the side sill and extending toward an inward side, in a vehicle width direction (Y), from the side sill , and characterised in that the side sill inner comprises an upper face portion and a lower face portion which is downwardly away from the upper face portion , each of which comprises a bending portion , a slant face portion , and a vehicle-width-direction face portion which are respectively located at least in an area, in the vehicle longitudinal direction (X), between the front end portion of the side sill and the cross member , the bending portion being formed by each of the upper face portion and the lower face portion bent toward an inside of the side sill , the slant face portion being configured to extend from the bending portion toward the side sill outer in an oblique direction such that a width, in a vertical direction (Z), of the side sill inner gradually increases, the vehicle-width-direction face portion being configured to extend in the vehicle width direction (Y) toward the inward side, in the vehicle width direction (Y), from the bending portion . a side sill having a closed-cross section (C) jointly formed by a side sill outer and a side sill inner which extend in a vehicle longitudinal direction (X); and a cross member joined to the side sill inner of the side sill at a position located on a rearward side, in the vehicle longitudinal direction (X), relative to a front end portion of the side sill and extending toward an inward side, in a vehicle width direction (Y), from the side sill , and characterised in that the side sill inner comprises an upper face portion and a lower face portion which is downwardly away from the upper face portion , each of which comprises a bending portion , a slant face portion , and a vehicle-width-direction face portion which are respectively located at least in an area, in the vehicle longitudinal direction (X), between the front end portion of the side sill and the cross member , the bending portion being formed by each of the upper face portion and the lower face portion bent toward an inside of the side sill , the slant face portion being configured to extend from the bending portion toward the side sill outer in an oblique direction such that a width, in a vertical direction (Z), of the side sill inner gradually increases, the vehicle-width-direction face portion being configured to extend in the vehicle width direction (Y) toward the inward side, in the vehicle width direction (Y), from the bending portion .
A coil component comprising: a first magnetic core including a columnar portion ; a second magnetic core having a facing surface which faces one end surface of the columnar portion ; a magnetic-gap layer which is constituted by a non-magnetic material, which is arranged between the facing surface and the one end surface , and which forms a magnetic gap between the facing surface and the one end surface ; a coil through which the columnar portion is inserted; and a magnetic molded-body which is constituted by a magnetic material and which covers the first magnetic core and the coil , wherein when watching along the axial center direction of the columnar portion , the magnetic-gap layer protrudes to the periphery of the columnar portion , wherein the second magnetic core is a plate-shaped core and the facing surface is one of the main surfaces of the aforesaid plate-shaped core, characterized in that the magnetic molded-body covers the side circumferential surface of the plate-shaped core, the magnetic-gap layer is arranged also between the side circumferential surface of the plate-shaped core and the magnetic molded-body , and there is formed a magnetic gap also between the side circumferential surface of the plate-shaped core and the portion of the magnetic molded-body which corresponds to the side circumferential surface of the plate-shaped core. a first magnetic core including a columnar portion ; a second magnetic core having a facing surface which faces one end surface of the columnar portion ; a magnetic-gap layer which is constituted by a non-magnetic material, which is arranged between the facing surface and the one end surface , and which forms a magnetic gap between the facing surface and the one end surface ; a coil through which the columnar portion is inserted; and a magnetic molded-body which is constituted by a magnetic material and which covers the first magnetic core and the coil , wherein when watching along the axial center direction of the columnar portion , the magnetic-gap layer protrudes to the periphery of the columnar portion , wherein the second magnetic core is a plate-shaped core and the facing surface is one of the main surfaces of the aforesaid plate-shaped core, characterized in that the magnetic molded-body covers the side circumferential surface of the plate-shaped core, the magnetic-gap layer is arranged also between the side circumferential surface of the plate-shaped core and the magnetic molded-body , and there is formed a magnetic gap also between the side circumferential surface of the plate-shaped core and the portion of the magnetic molded-body which corresponds to the side circumferential surface of the plate-shaped core.
A stackable container having a rectangular bottom , having two longer walls hingedly connected to the bottom , and two shorter walls hingedly connected to the bottom , wherein the walls are pivotable between an upright use position and an empty position folded towards bottom , wherein at least one of the walls includes a recess keeping a distance of two lateral edges and one lower edge of said wall , which can be covered for transport of transport goods accommodated in the container and can be released for presentation and removal of said transport goods , wherein a wall rail extending horizontally parallel to the bottom is on its ends vertically slidably guided in sliding guides extending on the lateral edges of the recess on the wall including the recess , as seen in use position of the walls , between an upper cover position and a lower release position for the recess , and wherein between the wall rail and the lower edge of the recess at least two wall struts in cover position of the wall rail are disposed extending obliquely to the vertical line, which on their ends are each hingedly connected to the wall rail and on the lower edge of the recess are connected to the wall including the recess . characterized in that the wall struts spaced apart from each other in the longitudinal direction of the wall. a wall rail extending horizontally parallel to the bottom is on its ends vertically slidably guided in sliding guides extending on the lateral edges of the recess on the wall including the recess , as seen in use position of the walls , between an upper cover position and a lower release position for the recess , and wherein between the wall rail and the lower edge of the recess at least two wall struts in cover position of the wall rail are disposed extending obliquely to the vertical line, which on their ends are each hingedly connected to the wall rail and on the lower edge of the recess are connected to the wall including the recess . characterized in that the wall struts spaced apart from each other in the longitudinal direction of the wall.
An air conditioner comprising: a compressor to compress refrigerant; an outdoor unit fan configured to blow out the air heat-exchanged by an outdoor heat exchanger; a noise sensor to measure noise; a data part configured to save noise data measured by the noise sensor ; and a control part configured to perform low noise operation by distinguishing between ambient noise and noise made by the air conditioner based on noise measurements from the noise sensor and to change the operational settings of the compressor and outdoor unit fan based on the noise level, wherein the control part is further configured to set a target noise level according to the ambient noise, to change the operational settings of the compressor and outdoor unit fan , and to control the operation to ensure that the noise from the air conditioner does not exceed an environmental noise regulatory value, wherein the noise sensor continuously measures noise and provides noise data, wherein the control part is being further configured to detect noise measured by the noise sensor as ambient noise while the compressor is stopped, to accumulate and save the ambient noise as ambient noise data in the data part, to extract a noise pattern for the ambient noise by analyzing the ambient noise data, and to control operation based on the noise pattern for the ambient noise. a compressor to compress refrigerant; an outdoor unit fan configured to blow out the air heat-exchanged by an outdoor heat exchanger; a noise sensor to measure noise; a data part configured to save noise data measured by the noise sensor ; and a control part configured to perform low noise operation by distinguishing between ambient noise and noise made by the air conditioner based on noise measurements from the noise sensor and to change the operational settings of the compressor and outdoor unit fan based on the noise level, wherein the control part is further configured to set a target noise level according to the ambient noise, to change the operational settings of the compressor and outdoor unit fan , and to control the operation to ensure that the noise from the air conditioner does not exceed an environmental noise regulatory value, wherein the noise sensor continuously measures noise and provides noise data, wherein the control part is being further configured to detect noise measured by the noise sensor as ambient noise while the compressor is stopped, to accumulate and save the ambient noise as ambient noise data in the data part, to extract a noise pattern for the ambient noise by analyzing the ambient noise data, and to control operation based on the noise pattern for the ambient noise.
A combination trim tab and interceptor for a marine vessel, comprising: a housing ; a trim tab pivotably coupled to the housing ; an interceptor blade reciprocatingly received by the housing ; a link coupling the trim tab to the interceptor blade ; and an actuator which actuates the trim tab to pivot relative to the housing , wherein pivoting of the trim tab relative to the housing results in the link applying a force to the interceptor blade , causing the interceptor blade to reciprocate relative to the housing . a housing ; a trim tab pivotably coupled to the housing ; an interceptor blade reciprocatingly received by the housing ; a link coupling the trim tab to the interceptor blade ; and an actuator which actuates the trim tab to pivot relative to the housing , wherein pivoting of the trim tab relative to the housing results in the link applying a force to the interceptor blade , causing the interceptor blade to reciprocate relative to the housing .