mhurhangee/ep-ind-claims huggingface dataset:
Composite roller body, comprising an outer layer, a core layer and an inner layer, where the core layer is provided radially between the outer layer and the inner layer; where: - the core layer comprises: - elongated bar elements having a outer surface, a inner surface and two side surfaces (21b, 21d), where the length (Do) of the outer surface is larger than the length (Di) of the inner surface, and where the side surfaces (21b, 21d) of the bar elements are provided in a radial direction; - a continuous core fabric provided in a radial direction between the side surfaces (21 b, 21 d) of the bar elements; - resin is provided for bonding the outer layer, the core layer and the inner layer to each other; characterised in that the core fabric is provided outside the outer surface of every second bar element and inside the inner surface of the bar elements being adjacent to the every second bar elements; and in that: - the outer layer comprises an outer fabric wound around the core layer; - the core layer comprises: - elongated bar elements having a outer surface, a inner surface and two side surfaces (21b, 21d), where the length (Do) of the outer surface is larger than the length (Di) of the inner surface, and where the side surfaces (21b, 21d) of the bar elements are provided in a radial direction; - a continuous core fabric provided in a radial direction between the side surfaces (21 b, 21 d) of the bar elements; - elongated bar elements having a outer surface, a inner surface and two side surfaces (21b, 21d), where the length (Do) of the outer surface is larger than the length (Di) of the inner surface, and where the side surfaces (21b, 21d) of the bar elements are provided in a radial direction; - a continuous core fabric provided in a radial direction between the side surfaces (21 b, 21 d) of the bar elements; - resin is provided for bonding the outer layer, the core layer and the inner layer to each other; characterised in that the core fabric is provided outside the outer surface of every second bar element and inside the inner surface of the bar elements being adjacent to the every second bar elements; and in that: - the outer layer comprises an outer fabric wound around the core layer; - the outer layer comprises an outer fabric wound around the core layer;
Anti-condensation device for a catheter mount used to interface a breathing circuit with a tracheal or tracheostomy tube of a patient under mechanical ventilation, said anti-condensation device comprising: - a heated air generator, - a sheath for surrounding at least a part of the catheter mount such as to create a cavity between said sheath and said part of the catheter mount, and - a device (7, 8) for inputting heated air produced by said generator into said cavity; - said device for inputting heated air comprising a connecting hose connected to said heated air generator and a radial diffuser connected to said connecting hose and to which said sheath is fitted in a fluid-tight way - said sheath having a venting opening to allow the exit of heated air from said cavity, and - said radial diffuser being adapted to be housed at one end of the catheter mount and having the function of both ensuring a uniform diffusion of heated air around the catheter mount and connecting the catheter mount itself to a filtering device of the breathing circuit. - a heated air generator, - a sheath for surrounding at least a part of the catheter mount such as to create a cavity between said sheath and said part of the catheter mount, and - a device (7, 8) for inputting heated air produced by said generator into said cavity; - said device for inputting heated air comprising a connecting hose connected to said heated air generator and a radial diffuser connected to said connecting hose and to which said sheath is fitted in a fluid-tight way - said sheath having a venting opening to allow the exit of heated air from said cavity, and - said radial diffuser being adapted to be housed at one end of the catheter mount and having the function of both ensuring a uniform diffusion of heated air around the catheter mount and connecting the catheter mount itself to a filtering device of the breathing circuit.
A yeast cell of any of the species Issatchenkia orientalis, Pichia galeiformis, Pichia sp. YB-4149 NRRL designation), Candida ethanolica, P. deserticola, P. membranifaciens, P. fermentans, S. kluyveri, K, aestuaryii, K. nonfermentans, K. lactic, K, marxianus, and K. dobzhanskii, which has a deletion or disruption of a native metabolic pathway from dihydroxyacetone phosphate to glycerol, wherein the deletion or disruption of the native metabolic pathway includes (i) a deletion or disruption of at least one native glycerol-3-phosphate dehydrogenase gene; (ii) a deletion or disruption of at least one native glycerol-3-phosphatase gene; (iii) a deletion or disruption of at least one native glycerol-3-phosphate dehydrogenase gene and of at least one native glycerol-3-phosphatase gene; (iv) a deletion or disruption of at least one native dihydroxyacetone phosphatase gene; or (v) a deletion or disruption of both a native dihydroxyacetone phosphatase gene and a native glycerol dehydrogenase gene; which contains a functional LDH gene cassette; and which produces lactate.
Drum for a laundry treatment appliance, comprising a cylindrical jacket, which has a seam in the direction of the width of the cylindrical jacket, and at least one side wall, wherein the cylindrical jacket is connected to a side wall at at least one of its ends by means of a fold, characterised in that a plastic part (8,9), which covers the fold at least on a fold upper side, is attached along the fold, wherein the plastic part (8,9) covers the fold on the fold upper side and a fold lower side.
Piece of sleeping or reclining furniture, having an electromotive furniture drive which comprises a number of adjusting drives (7, 8) for electromotively moving at least one movable furniture component relative to another furniture component and a hand-held operating unit for operating the adjusting drives (7, 8), wherein at least one sensor for detecting vibrations and/or sound is coupled to the piece of sleeping or reclining furniture, and an evaluation unit is provided which is connected to the at least one sensor, and wherein the evaluation unit is designed to process and evaluate the signals from the at least one sensor and to detect physiological parameters of a person using the piece of sleeping or reclining furniture, wherein the detected physiological parameters are a heart rate, a respiratory rate and/or a motion state of the person, wherein the at least one sensor has a piezoelectric sound and/or vibration pickup and the evaluation unit has a filter, in particular a low-pass or band-pass filter for signal processing, characterized in that the sensor is attached to the back part of the piece of sleeping or reclining furniture between attachment points of a fitting element, wherein the fitting element couples the back part to one of the adjusting drives (7, 8).
A method of forming a substrate structure, comprising: etching a substrate to form an etched portion in the form of a groove or hole having a vertical surface and a bottom surface, wherein the substrate is a silicon (Si) wafer; forming a diffusion material layer by physical vapor deposition or chemical vapor deposition in the form of a metal selected from the group consisting of Au, Cu, Ag, Al, Sn, Au-Zn alloy, Au-Sn alloy, Au-Ge alloy, and Au-Be alloy on the surface of the etched portion and the top surface of the etched substrate; and forming a metal layer on a seed layer; characterised by: annealing the diffusion material layer to form the seed layer diffused downward into the substrate through the surface of the etched portion. etching a substrate to form an etched portion in the form of a groove or hole having a vertical surface and a bottom surface, wherein the substrate is a silicon (Si) wafer; forming a diffusion material layer by physical vapor deposition or chemical vapor deposition in the form of a metal selected from the group consisting of Au, Cu, Ag, Al, Sn, Au-Zn alloy, Au-Sn alloy, Au-Ge alloy, and Au-Be alloy on the surface of the etched portion and the top surface of the etched substrate; and forming a metal layer on a seed layer; characterised by: annealing the diffusion material layer to form the seed layer diffused downward into the substrate through the surface of the etched portion. annealing the diffusion material layer to form the seed layer diffused downward into the substrate through the surface of the etched portion.
A method of setting a sensor calibration parameter for a sensor in a consumer electronic device, the method performed at a wireless charging platform configured to inductively charge batteries and comprising the following steps: communicatively coupling first and second consumer electronic devices (50, 90) to the wireless charging platform, wherein each of the first and second consumer electronic devices comprises a battery and a sensor (60, 92); and while the first and second consumer electronic devices are positioned on the wireless charging platform, the wireless charging platform performing the step of; charging the batteries of both the first and second consumer electronic devices; and characterized by, the wireless charging platform further performing the steps of: reading a sensor calibration reference value from the second consumer electronic device; and setting a sensor calibration parameter of the sensor in the first consumer electronic device based on the sensor calibration reference value read from the second consumer electronic device while charging the battery of the first consumer electronic device. communicatively coupling first and second consumer electronic devices (50, 90) to the wireless charging platform, wherein each of the first and second consumer electronic devices comprises a battery and a sensor (60, 92); and while the first and second consumer electronic devices are positioned on the wireless charging platform, the wireless charging platform performing the step of; charging the batteries of both the first and second consumer electronic devices; and characterized by, the wireless charging platform further performing the steps of: reading a sensor calibration reference value from the second consumer electronic device; and setting a sensor calibration parameter of the sensor in the first consumer electronic device based on the sensor calibration reference value read from the second consumer electronic device while charging the battery of the first consumer electronic device. reading a sensor calibration reference value from the second consumer electronic device; and setting a sensor calibration parameter of the sensor in the first consumer electronic device based on the sensor calibration reference value read from the second consumer electronic device while charging the battery of the first consumer electronic device.
Method for mounting a crushing cone on the cone carrier of a cone crusher, wherein the crushing cone is clamped against the conical seat (13.2) of the cone carrier with the aid of a hydraulic clamping device with a clamping nut which is screwed onto the cone carrier, characterized in that the screwed-on clamping nut is applied directly or by means of a clamping ring against the crushing cone, in that the hydraulic clamping device is removably mounted on the cone carrier and actuated, wherein it presses the crushing cone directly or by means of the clamping ring against the conical seat (13.2) of the cone carrier, in that the applied clamping nut is tightened while the clamping device acts on the crushing cone, and in that the clamping device is relaxed and demounted, wherein the method is carried out on a system according to Claim 4.
A method, performed by an adaptation circuit, comprising the steps of receiving a plurality of signals each from a corresponding optical modem of a plurality of optical modems responsive to an Optical Transport Network, OTN, signal being broken up for transmission as the plurality of signals, wherein each of the plurality of signals was received by the corresponding optical modem connected to a corresponding line, wherein the OTN signal was broken up for transmission by one of a) a same client sent to different optical modems of the plurality of optical modems, and b) two or more clients sent to the plurality of optical modems; reassembling the plurality of signals into the OTN signal where each of the plurality of signals is an Optical channel Transport Unit C1, OTUC1, and the OTN signal is an OTUCn, n > 1, and wherein the plurality of signals take different paths and the reassembling includes deskewing and aligning to recreate the OTN signal.
A bi function LED head lamp, comprising: a reflector in which a front inlet is opened and an inner space is partitioned into an upper low beam reflector space and a lower high beam reflector space by a partition installed at the center; a low beam light source installed at a top inner side of the partition so as to be positioned in the upper low beam reflector space; a high beam light source installed at a bottom inner side of the partition so as to be positioned in the lower high beam reflector space; a shield installed at a front end of the partition; a lens holder in which a lens is mounted on the front and the rear side is joined to a front surface of the reflector; characterized in that the head lamp comprises a signal reflection surface installed at a lower inner end of the lens holder, and in that the shield is a thin shield and a semicircular hole through which light of the light sources passes is formed at a front end of the shield, and the hole has a semicircular shape such that light of the low beam light source and the high beam light source passes through the semicircular hole. a reflector in which a front inlet is opened and an inner space is partitioned into an upper low beam reflector space and a lower high beam reflector space by a partition installed at the center; a low beam light source installed at a top inner side of the partition so as to be positioned in the upper low beam reflector space; a high beam light source installed at a bottom inner side of the partition so as to be positioned in the lower high beam reflector space; a shield installed at a front end of the partition; a lens holder in which a lens is mounted on the front and the rear side is joined to a front surface of the reflector; characterized in that the head lamp comprises a signal reflection surface installed at a lower inner end of the lens holder, and in that the shield is a thin shield and a semicircular hole through which light of the light sources passes is formed at a front end of the shield, and the hole has a semicircular shape such that light of the low beam light source and the high beam light source passes through the semicircular hole.
An ophthalmological patient interface device for application onto a cornea of an eye during treatment of the eye, the ophthalmological patient interface device comprising: a coupling part configured to attach mechanically the ophthalmological patient interface device to an optical projection system of an ophthalmological apparatus, a firm, ring-shaped, and transparent contact part configured to contact a ring-shaped first surface area of the cornea, when the ophthalmological patient interface device is applied on the cornea for the treatment of the eye, while leaving uncovered by the contact part and the ophthalmological patient interface device an inner second surface area of the cornea, surrounded by the first surface area of the cornea, and a wall extending from the contact part to the coupling part and encompassing a hollow space, the contact part having a reference surface for contacting the cornea and a receiving surface which is averted from the reference surface, at least part of the receiving surface bordering onto the hollow space such that, when the ophthalmological patient interface device is coupled to the optical projection system for the treatment of the eye, a laser beam directed into eye tissue of the ring-shaped first surface area of the cornea travels from the optical projection system through the hollow space, through the receiving surface and through the reference surface into the eye tissue, and a laser beam directed into eye tissue covered by the inner second surface area of the cornea travels from the optical projection system through the hollow space into the eye tissue without passing through the contact part. a coupling part configured to attach mechanically the ophthalmological patient interface device to an optical projection system of an ophthalmological apparatus, a firm, ring-shaped, and transparent contact part configured to contact a ring-shaped first surface area of the cornea, when the ophthalmological patient interface device is applied on the cornea for the treatment of the eye, while leaving uncovered by the contact part and the ophthalmological patient interface device an inner second surface area of the cornea, surrounded by the first surface area of the cornea, and a wall extending from the contact part to the coupling part and encompassing a hollow space, the contact part having a reference surface for contacting the cornea and a receiving surface which is averted from the reference surface, at least part of the receiving surface bordering onto the hollow space such that, when the ophthalmological patient interface device is coupled to the optical projection system for the treatment of the eye, a laser beam directed into eye tissue of the ring-shaped first surface area of the cornea travels from the optical projection system through the hollow space, through the receiving surface and through the reference surface into the eye tissue, and a laser beam directed into eye tissue covered by the inner second surface area of the cornea travels from the optical projection system through the hollow space into the eye tissue without passing through the contact part.
A method for controlling a thermal transfer printer, comprising the steps of: dividing color image data to be printed into image data of two sub-images (I 1, I 2) containing an overlapping region (I O); converting the color image data; correcting the image data of the two sub-images (I 1, I 2) by adjusting color values in the overlapping region (I O) by using a correction factor for print density at each position (X 1 to X m) on the overlapping region (I O); and forming a color image to be printed by sequentially transferring the two sub-images (I 1, I 2) in accordance with corrected image data of the two sub-images (I 1, I 2) so that the two sub-images (I 1, I 2) overlap at the overlapping region (I O), characterized in that the two sub-images (I 1, I 2) have edges that coincide for each of a plurality of color inks (Y, M, C) transferred to paper, in the converting step, color values of the color image data in the overlapping region (I O) are converted by using a color conversion factor group to converted color values so that an intended color is obtained when the two sub-images (I 1, I 2) are transferred with one overlapping the other, wherein the color conversion factor group is created in advance for a plurality of different positions (X 1 to X m) on the overlapping region (I O) so as to cancel out a color change that occurs in the overlapping region (I O) when the two sub-images (I 1, I 2) are transferred with one overlapping the other, and in the correcting step, the converted color values in the overlapping region (I O) are adjusted. dividing color image data to be printed into image data of two sub-images (I 1, I 2) containing an overlapping region (I O); converting the color image data; correcting the image data of the two sub-images (I 1, I 2) by adjusting color values in the overlapping region (I O) by using a correction factor for print density at each position (X 1 to X m) on the overlapping region (I O); and forming a color image to be printed by sequentially transferring the two sub-images (I 1, I 2) in accordance with corrected image data of the two sub-images (I 1, I 2) so that the two sub-images (I 1, I 2) overlap at the overlapping region (I O), the two sub-images (I 1, I 2) have edges that coincide for each of a plurality of color inks (Y, M, C) transferred to paper, in the converting step, color values of the color image data in the overlapping region (I O) are converted by using a color conversion factor group to converted color values so that an intended color is obtained when the two sub-images (I 1, I 2) are transferred with one overlapping the other, wherein the color conversion factor group is created in advance for a plurality of different positions (X 1 to X m) on the overlapping region (I O) so as to cancel out a color change that occurs in the overlapping region (I O) when the two sub-images (I 1, I 2) are transferred with one overlapping the other, and in the correcting step, the converted color values in the overlapping region (I O) are adjusted.
A deflector arrangement for a tracked vehicle, said tracked vehicle comprising at least one track assembly (T1, T2) comprising two end wheels (1, 2) in the form of a front wheel and a rear wheel, and further a plurality of road wheels there between, at least one of the front wheel and rear wheel being a drive wheel and at least one of the front wheel and rear wheel being a tension wheel, the track assembly (T1, T2) further comprising an endless track, said endless track being disposed around said end wheels (1, 2) and plurality of road wheels, said deflector arrangement being configured to reduce ingestion of undesired material from the ground into said track assembly (T1, T2) and removal of such undesired material from said track assembly (T1, T2), said deflector arrangement being associated with an end wheel (1, 2) and being resiliently suspended and biasedly arranged so as to strive towards the inner surface of the endless track, characterized in that said deflector arrangement comprises a support wheel arrangement configured to roll against the inner surface of said endless track during movement of said vehicle.
Vaporizer insert for an inhaler, in particular for an electronic cigarette product, comprising - at least one electric vaporizer for vaporizing liquid supplied to the vaporizer and supplying the vaporized liquid to an air flow, - a base part with a jacket side which encloses an air flow channel through which the air flow can flow, - wherein at least one liquid opening for supplying vaporizable liquid from the outside into the vaporizer insert to the vaporizer is arranged at the jacket side of the base part, - the vaporizer insert comprises a carrier for retaining the vaporizer, wherein - the carrier comprises a passage opening corresponding to the liquid opening for supplying liquid to the vaporizer, wherein - a planar outlet side of the vaporizer is oriented parallel to the longitudinal axis and arranged to be overflown by the airflow. - at least one electric vaporizer for vaporizing liquid supplied to the vaporizer and supplying the vaporized liquid to an air flow, - a base part with a jacket side which encloses an air flow channel through which the air flow can flow, - wherein at least one liquid opening for supplying vaporizable liquid from the outside into the vaporizer insert to the vaporizer is arranged at the jacket side of the base part, - the vaporizer insert comprises a carrier for retaining the vaporizer, wherein - the carrier comprises a passage opening corresponding to the liquid opening for supplying liquid to the vaporizer, wherein - a planar outlet side of the vaporizer is oriented parallel to the longitudinal axis and arranged to be overflown by the airflow.
A reflector frame for supporting a concave toroidal reflector of a heliostat, the reflector frame being adapted to permit or induce passive deflection of the toroidal reflector in tangential and/or sagittal directions (21, 20) thereof to passively optimize an apparent focal length of the reflector in at least one of said directions, in use.