mhurhangee/ep-ind-claims huggingface dataset:
An intraoral radiological imaging sensor, comprising: an electronics substrate and an imaging chip held within a housing, said imaging chip having electronics that create a dead space; and a cable attached to the housing at a cable button connector; wherein the sensor has a generally rectangular shape with a mesial side toward which the cable exits the cable button connector and a distal side opposite which the cable exits the cable button connector; and characterised in that a majority of the dead space is created in the distal side of the sensor. an electronics substrate and an imaging chip held within a housing, said imaging chip having electronics that create a dead space; and a cable attached to the housing at a cable button connector;
Method for producing a piston ring (30, 130, 230) for a piston of an internal combustion engine, comprising a ring back, an upper ring side, a lower ring side and a running surface, said method being characterised by the following method steps: a) providing a ring blank having a ring back, an upper ring side, a lower ring side and an outer lateral surface, (b) forming an asymmetrically spherical contour along the outer lateral surface and forming a projection in the outer lateral surface, in the region of the lower ring side, which projection extends radially outwards, (c) forming a chamfer, a convex radius or a concave radius (37") having an axial height of B = 0.10 - 0.30 mm in the region of the outer lateral surface between the asymmetrically spherical contour and the upper ring side, (d) coating the outer lateral surface with a coating material, (e) removing the projection, thereby exposing the material of the ring blank in the form of a circumferential surface that transitions into the coating, and forming an oil removal edge between the circumferential surface and the lower ring side, (f) reworking and/or finishing the coated ring blank to produce a finished piston ring (30, 130, 230). a) providing a ring blank having a ring back, an upper ring side, a lower ring side and an outer lateral surface, (b) forming an asymmetrically spherical contour along the outer lateral surface and forming a projection in the outer lateral surface, in the region of the lower ring side, which projection extends radially outwards, (c) forming a chamfer, a convex radius or a concave radius (37") having an axial height of B = 0.10 - 0.30 mm in the region of the outer lateral surface between the asymmetrically spherical contour and the upper ring side, (d) coating the outer lateral surface with a coating material, (e) removing the projection, thereby exposing the material of the ring blank in the form of a circumferential surface that transitions into the coating, and forming an oil removal edge between the circumferential surface and the lower ring side, (f) reworking and/or finishing the coated ring blank to produce a finished piston ring (30, 130, 230).
Via ferrata equipment to be carried along by a sports climber to belay the sports climber at securing elements of an alpine via ferrata, comprising: an integration portion for fastening the via ferrata equipment to a climbing harness or a clothing item of the sports climber, a coupling element (10, 20) for a releasable coupling of the via ferrata equipment to a via ferrata securing element, a connecting arrangement (14, 16, 30) connecting the integration portion to the coupling element (10, 12) and comprising an elongated, flexible belay means (14, 16), in particular a belay band, wherein the integration portion comprises an expansion portion facing the belay means (14, 16) and a redirection portion facing away from the belay means (14, 16), wherein the elasticity of the expansion portion in the pull direction is bigger than the elasticity of the redirection portion in the pull direction, characterized in that the integration portion is adapted as a sling, comprising at least one expansion portion in the sling direction and at least one redirection portion, so that an expansion of the expansion portion results in an enlargement of the sling. an integration portion for fastening the via ferrata equipment to a climbing harness or a clothing item of the sports climber, a coupling element (10, 20) for a releasable coupling of the via ferrata equipment to a via ferrata securing element, a connecting arrangement (14, 16, 30) connecting the integration portion to the coupling element (10, 12) and comprising an elongated, flexible belay means (14, 16), in particular a belay band, wherein the integration portion comprises an expansion portion facing the belay means (14, 16) and a redirection portion facing away from the belay means (14, 16), wherein the elasticity of the expansion portion in the pull direction is bigger than the elasticity of the redirection portion in the pull direction, characterized in that the integration portion is adapted as a sling, comprising at least one expansion portion in the sling direction and at least one redirection portion, so that an expansion of the expansion portion results in an enlargement of the sling.
Method for producing and/or enlarging a single crystal by heating, evaporating and precipitating a source material in a growth crucible, wherein the source material and the single crystal are arranged inside the growth crucible, wherein a gas chamber is provided in the growth crucible between the source material and the single crystal, wherein the growth crucible has a gas supply line going through the source material, wherein a gas stream into the gas chamber through the gas supply line is regulated, wherein a temperature gradient in the gas chamber is regulated by heating, wherein the gas stream and the temperature gradient are controlled, wherein a convection is determined by the gas stream in terms of direction and strength, wherein material evaporated from the source material is guided by the convection to the single crystal, and wherein the gas stream is redirected through a diffuser so that the convection is preferably regulated by the diffuser such that at least 50% of the transport of material from the source material to the single crystal occurs in a radially external region of the gas chamber. wherein the source material and the single crystal are arranged inside the growth crucible, wherein a gas chamber is provided in the growth crucible between the source material and the single crystal, wherein the growth crucible has a gas supply line going through the source material, wherein a gas stream into the gas chamber through the gas supply line is regulated, wherein a temperature gradient in the gas chamber is regulated by heating, wherein the gas stream and the temperature gradient are controlled, wherein a convection is determined by the gas stream in terms of direction and strength, wherein material evaporated from the source material is guided by the convection to the single crystal, and wherein the gas stream is redirected through a diffuser so that the convection is preferably regulated by the diffuser such that at least 50% of the transport of material from the source material to the single crystal occurs in a radially external region of the gas chamber.
A recombinant host having the following characteristics: (a) the recombinant host produces vanillin and/or vanillin beta-D-glucoside; (b) the recombinant host has, compared to a wild-type organism, reduced production or activity of: (i) Alcohol Dehydrogenase 6, Aldehyde Reductase Intermediate 1, and Aldehyde Reductase YGL039W; (ii) ADH6, Alcohol Dehydrogenase 7, and Genes de Respuesta a Estres 2; (iii) ADH6, ADH7, GRE2 and YGL039W; (iv) ADH6, ADH7, GRE2, ARI1, and YGL039W; or (v) ADH6, GRE2, ARI1, and YGL039W; wherein the reduced production or activity is a result of deletion of the genes encoding the above dehydrogenases and reductases; and (c) the recombinant host is a recombinant yeast cell and comprises a nucleic acid encoding an O-methyltransferase polypeptide, a nucleic acid encoding a 3-dehydroshikimate dehydratase polypeptide, and a nucleic acid encoding an uridine 5'-diphosphoglucosyl transferase polypeptide. (a) the recombinant host produces vanillin and/or vanillin beta-D-glucoside; (b) the recombinant host has, compared to a wild-type organism, reduced production or activity of: (i) Alcohol Dehydrogenase 6, Aldehyde Reductase Intermediate 1, and Aldehyde Reductase YGL039W; (ii) ADH6, Alcohol Dehydrogenase 7, and Genes de Respuesta a Estres 2; (iii) ADH6, ADH7, GRE2 and YGL039W; (iv) ADH6, ADH7, GRE2, ARI1, and YGL039W; or (v) ADH6, GRE2, ARI1, and YGL039W; wherein the reduced production or activity is a result of deletion of the genes encoding the above dehydrogenases and reductases; and (i) Alcohol Dehydrogenase 6, Aldehyde Reductase Intermediate 1, and Aldehyde Reductase YGL039W; (ii) ADH6, Alcohol Dehydrogenase 7, and Genes de Respuesta a Estres 2; (iii) ADH6, ADH7, GRE2 and YGL039W; (iv) ADH6, ADH7, GRE2, ARI1, and YGL039W; or (v) ADH6, GRE2, ARI1, and YGL039W; wherein the reduced production or activity is a result of deletion of the genes encoding the above dehydrogenases and reductases; and (c) the recombinant host is a recombinant yeast cell and comprises a nucleic acid encoding an O-methyltransferase polypeptide, a nucleic acid encoding a 3-dehydroshikimate dehydratase polypeptide, and a nucleic acid encoding an uridine 5'-diphosphoglucosyl transferase polypeptide.
A beam guiding device for guiding a laser beam, in particular in the direction of a target region for producing EUV radiation, comprising: an adjustment device for adjusting a beam diameter (d) and an aperture angle (α) of the laser beam, said adjustment device comprising: a first mirror with a first curved reflecting surface, a second mirror with a second curved reflecting surface, a third mirror with a third curved reflecting surface, a fourth mirror with a fourth curved reflecting surface, and a movement device which is embodied, for the purposes of adjusting the beam diameter (d) and the aperture angle (α) of the laser beam, to move the first reflecting surface and the fourth reflecting surface relative to one another and, independently thereof, to move the second reflecting surface and the third reflecting surface together relative to the first reflecting surface and the fourth reflecting surface. a first mirror with a first curved reflecting surface, a second mirror with a second curved reflecting surface, a third mirror with a third curved reflecting surface, a fourth mirror with a fourth curved reflecting surface, and a movement device which is embodied, for the purposes of adjusting the beam diameter (d) and the aperture angle (α) of the laser beam, to move the first reflecting surface and the fourth reflecting surface relative to one another and, independently thereof, to move the second reflecting surface and the third reflecting surface together relative to the first reflecting surface and the fourth reflecting surface.
Wearable strength-supporting system, • wherein it is fixed to the human body from waist, back and shoulder regions and arms, • wherein it has carrier arms which form a respective planar pantograph structure for each of the right and left arms, are connected with planar rotary joints having low friction, have metallic or composite structure, • wherein it has a strength control system which allows the carried load to be moved to the required height without applying any force in the vertical direction such that the object does not have any weight, forms a balancing counter force by detecting the weight of the carried load. • wherein it is fixed to the human body from waist, back and shoulder regions and arms, • wherein it has carrier arms which form a respective planar pantograph structure for each of the right and left arms, are connected with planar rotary joints having low friction, have metallic or composite structure, • wherein it has a strength control system which allows the carried load to be moved to the required height without applying any force in the vertical direction such that the object does not have any weight, forms a balancing counter force by detecting the weight of the carried load.
A method of making an insulated wall comprising: i) providing a first wall panel and a second wall panel, wherein each of the first wall panel and the second wall panel comprise a first concrete layer, a second concrete layer, a plurality of connectors and an intermediate space (11, 12) between the first concrete layer and the second concrete layer, wherein the connectors extend from the first concrete layer, through the intermediate space (11, 12) to the second concrete layer, wherein the plurality of connectors each comprise a fibre reinforced polymer; wherein the first wall panel and the second wall panel do not comprise an insulation material in the intermediate space (11,12); ii) providing an insulation material; iii) positioning the first wall panel next to the second wall panel, to form a cavity wall, wherein the intermediate space of the first wall panel and the intermediate space of the second wall panel form a combined intermediate space; iv) adding the insulation material to the combined intermediate space to make an insulated wall, wherein the insulation material is substantially continuous between the first wall panel and the second wall panel, and wherein the insulation material is poured, or blown or injected into the combined intermediate space. i) providing a first wall panel and a second wall panel, wherein each of the first wall panel and the second wall panel comprise a first concrete layer, a second concrete layer, a plurality of connectors and an intermediate space (11, 12) between the first concrete layer and the second concrete layer, wherein the connectors extend from the first concrete layer, through the intermediate space (11, 12) to the second concrete layer, wherein the plurality of connectors each comprise a fibre reinforced polymer; wherein the first wall panel and the second wall panel do not comprise an insulation material in the intermediate space (11,12); wherein each of the first wall panel and the second wall panel comprise a first concrete layer, a second concrete layer, a plurality of connectors and an intermediate space (11, 12) between the first concrete layer and the second concrete layer, wherein the connectors extend from the first concrete layer, through the intermediate space (11, 12) to the second concrete layer, wherein the plurality of connectors each comprise a fibre reinforced polymer; wherein the first wall panel and the second wall panel do not comprise an insulation material in the intermediate space (11,12); ii) providing an insulation material; iii) positioning the first wall panel next to the second wall panel, to form a cavity wall, wherein the intermediate space of the first wall panel and the intermediate space of the second wall panel form a combined intermediate space; iv) adding the insulation material to the combined intermediate space to make an insulated wall, wherein the insulation material is substantially continuous between the first wall panel and the second wall panel, and wherein the insulation material is poured, or blown or injected into the combined intermediate space.
A method for data distribution, - wherein data are distributed by a distribution platform via at least two transport techniques to several devices (120, 304, 305, 306, 307, 311, 312), wherein said transport techniques comprise unicast and broadcast, characterized in that - the transport technique is selected by the distribution platform dependent on a number of devices requesting or using said data and based on traffic forecasts based on history viewing information, wherein the number of the devices requesting or using said data is estimated based on a feedback information, wherein devices supplied by broadcast data provide channel switching information (105, 319, 320) as the feedback information, - said feedback information provided by said devices supplied by said broadcast data is collected by a broadcast switch counter (150, 313) and provided to and/or sent to the distribution platform selecting the transport technique, - a network optimizer (113, 314) comprised by the distribution platform decides, which transport technique to assign to a particular channel. - wherein data are distributed by a distribution platform via at least two transport techniques to several devices (120, 304, 305, 306, 307, 311, 312), wherein said transport techniques comprise unicast and broadcast, characterized in that - the transport technique is selected by the distribution platform dependent on a number of devices requesting or using said data and based on traffic forecasts based on history viewing information, wherein the number of the devices requesting or using said data is estimated based on a feedback information, wherein devices supplied by broadcast data provide channel switching information (105, 319, 320) as the feedback information, - said feedback information provided by said devices supplied by said broadcast data is collected by a broadcast switch counter (150, 313) and provided to and/or sent to the distribution platform selecting the transport technique, - a network optimizer (113, 314) comprised by the distribution platform decides, which transport technique to assign to a particular channel.
A pneumatic tire of the present invention comprising: a tread portion; a pair of side wall portions; a pair of bead portions; a carcass constituted of at least one carcass ply extending in a toroidal shape between bead cores in the respective bead portions; a belt disposed on the outer peripheral side of a crown region of the carcass and formed by at least one inclined belt layer (6a, 6b) made of cords extending to be inclined with respect to the equatorial plane of the tire; and a tread rubber disposed on the radially outer side of the belt, wherein a ratio of BD/BW satisfies the following formula: (0.062 x tire aspect ratio - 0.01) < BD/BW < (0.062 × tire aspect ratio + 0.004), provided that BD is a difference in radial distance measured from the rim diameter line between the maximum-radial distance position and a widthwise end edge position of the outermost layer of the inclined belt and BW is a width of the outermost inclined belt layer in a meridian cross section of the tire in a state where the tire is assembled with an application wheel rim, characterised in that a ratio CWh/CH is within the range of 0.55-0.9, where CH is a cross sectional full height of the carcass measured from a radially outermost circumferential portion of the bead core and CWh is a cross sectional partial height of the carcass up to a position where the tire width reaches the maximum value thereof measured from a radially outermost circumferential portion of the bead core. a tread portion; a pair of side wall portions; a pair of bead portions; a carcass constituted of at least one carcass ply extending in a toroidal shape between bead cores in the respective bead portions; a belt disposed on the outer peripheral side of a crown region of the carcass and formed by at least one inclined belt layer (6a, 6b) made of cords extending to be inclined with respect to the equatorial plane of the tire; and a tread rubber disposed on the radially outer side of the belt, wherein a ratio of BD/BW satisfies the following formula: (0.062 x tire aspect ratio - 0.01) < BD/BW < (0.062 × tire aspect ratio + 0.004), provided that BD is a difference in radial distance measured from the rim diameter line between the maximum-radial distance position and a widthwise end edge position of the outermost layer of the inclined belt and BW is a width of the outermost inclined belt layer in a meridian cross section of the tire in a state where the tire is assembled with an application wheel rim, characterised in that a ratio CWh/CH is within the range of 0.55-0.9, where CH is a cross sectional full height of the carcass measured from a radially outermost circumferential portion of the bead core and CWh is a cross sectional partial height of the carcass up to a position where the tire width reaches the maximum value thereof measured from a radially outermost circumferential portion of the bead core.
Carpet having natural threads comprising a series of warp threads interwoven with a series of weft threads, thereby forming a fabric having an upper face, a lower face and a multitude of floats, which are a section of a thread that appears on the surface of a fabric, said floats comprise upper floats appearing on the upper face of the carpet and lower floats appearing on the lower face of the carpet, each weft thread of the floats, floats above at most 6 warp threads, wherein said warp threads are made of wool and/or said weft threads are made of cotton and/or wool, characterised in that a first substrate is arranged at the lower face of said fabric, said first substrate is latex, wherein a second substrate is arranged at the face of said first substrate opposite the face adjacent to the fabric, and wherein the second substrate is made of polyester and/or polypropylene and/or polyethylene terephthalate.
Apparatus for drying and/or disinfecting objects such as clothing, masks, footwear and protective helmets, comprising a cabinet with a receiving space through which a gas can flow and which is intended to temporarily accommodate the objects for the drying and/or disinfection of the objects in the cabinet, and a fan unit, which moves the gas predefinably along a flow path of the gas, in accordance with the circulation principle, in the interior of the cabinet, wherein the gas comes into contact with the objects in order to dry and/or disinfect the objects, wherein a heating device is provided to heat the gas, wherein a dehumidification unit for condensation drying the gas is present, wherein a gas treatment space is separated from the receiving space by a partition, wherein the heating device is provided in the gas treatment space for the purpose of heating the gas in the gas treatment space, wherein the heated gas flows from the gas treatment space to the receiving space, wherein a condensation space is separated from the receiving space by a partition, wherein the dehumidification unit serves to condense the moisture in the gas flow guided from the receiving space to the condensation space, wherein the apparatus is configured such that the gas within the cabinet flows in a closed circuit, wherein a compression refrigeration machine comprising a refrigerant circulating in a closed cooling circuit is provided, wherein the heating device comprises a condenser unit of the compression refrigeration machine, wherein the condenser unit is arranged in the gas treatment space, wherein the heating device comprises a heater, wherein the heater is provided to continuously heat the gas by means of the condenser unit and is operated temporarily, characterized in that, behind the receiving space in relation to the mounted state of the cabinet, there is the gas treatment space of the cabinet, wherein a plasma generator of the apparatus is provided to disinfect the objects by means of the gas, wherein the plasma generator generates a plasma which reduces the number of microbes in the circulating gas, and/or the gas exhibits a microbial reduction action, wherein the plasma generator is arranged in the gas treatment space, wherein, above the receiving space and above the gas treatment space in relation to the mounted state of the cabinet, there is the condensation space through which the gas can flow and which comprises the dehumidification unit.