mhurhangee/ep-ind-claims huggingface dataset:
Multiple drive for a heavy-load application, wherein the multiple drive comprises a plurality of drive trains and is configured such that, when the heavy-load application is started, individual drive trains are successively activated automatically in the course of a prescribed activation strategy, wherein the individual drive trains are activated in the course of the activation strategy in a way corresponding to a prescribed or prescribable activation scheme and an activation sequence defined there, characterized in that when the heavy-load application is started a number of times, different activation schemes are used in each case. wherein the individual drive trains are activated in the course of the activation strategy in a way corresponding to a prescribed or prescribable activation scheme and an activation sequence defined there, characterized in that when the heavy-load application is started a number of times, different activation schemes are used in each case.
A grant processing method for terminal, comprising: when a terminal carries out 16 quadrature amplitude modulation, 16QAM, operation, wherein both an absolute grant value mapping table 1 and an absolute grant value mapping table 2 can be used to map a serving grant, the terminal determining whether the absolute grant is mapped according to the absolute grant value mapping table 1 or the absolute grant value mapping table 2 (101, 201, 301, 401, 501, 601, 701, 801, 901, 1001); if the absolute grant is mapped by using the absolute grant value mapping relationship table 1(102, 202, 302, 402, 502), then using scheduling grant table 1 to update a serving grant (103, 203, 303, 403, 503); and if the absolute grant is mapped by using the absolute grant value mapping relationship table 2 (602, 720, 802, 902, 1002), then using scheduling grant table 2 to update the serving grant (603, 703, 803, 903, 1003); wherein the absolute grant value mapping table 1, the absolute grant value mapping table 2, the scheduling grant table 1, and the scheduling grant table 2 are high speed uplink packet access (HSUPA) tables for resource scheduling. when a terminal carries out 16 quadrature amplitude modulation, 16QAM, operation, wherein both an absolute grant value mapping table 1 and an absolute grant value mapping table 2 can be used to map a serving grant, the terminal determining whether the absolute grant is mapped according to the absolute grant value mapping table 1 or the absolute grant value mapping table 2 (101, 201, 301, 401, 501, 601, 701, 801, 901, 1001); if the absolute grant is mapped by using the absolute grant value mapping relationship table 1(102, 202, 302, 402, 502), then using scheduling grant table 1 to update a serving grant (103, 203, 303, 403, 503); and if the absolute grant is mapped by using the absolute grant value mapping relationship table 2 (602, 720, 802, 902, 1002), then using scheduling grant table 2 to update the serving grant (603, 703, 803, 903, 1003); wherein the absolute grant value mapping table 1, the absolute grant value mapping table 2, the scheduling grant table 1, and the scheduling grant table 2 are high speed uplink packet access (HSUPA) tables for resource scheduling.
A metering valve comprising:- a housing; a valve body mounted in the housing, the valve body having an inlet; a valve stem moveable within the valve body between at least a first position and a second position with respect to the valve body; a return member located within the valve body and being operable for biasing the valve stem to the first position; a pre-metering region formed within a first portion of the valve stem, the pre-metering region including an inlet port and an outlet port, the inlet port being connected to the inlet of the valve body; a metering chamber formed between the valve stem and the valve housing, the metering chamber being connectable to the outlet port of the pre-metering region; a first dose retention element positioned in an inlet path to the pre-metering region and being operable for retaining a measured dose within the pre-metering region,; and a dispensing channel formed within a second portion of the valve stem, the dispensing channel having a dispensing inlet and a dispensing outlet, the dispensing inlet being connectable to the metering chamber in the second position, characterized in that the first dose retention element providing fluid transport in both directions there through. a housing; a valve body mounted in the housing, the valve body having an inlet; a valve stem moveable within the valve body between at least a first position and a second position with respect to the valve body; a return member located within the valve body and being operable for biasing the valve stem to the first position; a pre-metering region formed within a first portion of the valve stem, the pre-metering region including an inlet port and an outlet port, the inlet port being connected to the inlet of the valve body; a metering chamber formed between the valve stem and the valve housing, the metering chamber being connectable to the outlet port of the pre-metering region; a first dose retention element positioned in an inlet path to the pre-metering region and being operable for retaining a measured dose within the pre-metering region,; and a dispensing channel formed within a second portion of the valve stem, the dispensing channel having a dispensing inlet and a dispensing outlet, the dispensing inlet being connectable to the metering chamber in the second position, characterized in that the first dose retention element providing fluid transport in both directions there through.
A composition comprising plasmonic gold nanoshells, said nanoshells composed of an 120 nm diameter silica core and 15 nm thick gold shell, present in amount effective to induce thermomodulation in a target tissue region with which the composition is topically contacted, the nanoshells dispersed in a cosmetically acceptable carrier, for use in treating or ameliorating a follicular skin disease or permanently removing hair in a subject, wherein: the composition is topically applied to a surface of the skin; the plasmonic gold nanoshells are delivered into a hair follicle, a sebaceous gland, a sebaceous gland duct, or an infundibulum through a technique selected from the group consisting of: mechanical agitation, acoustic vibration, ultrasound, alternating suction and pressure, and generation of microjets; and the plasmonic gold nanoshells are exposed to externally applied near-infrared light to generate surface plasmons. the composition is topically applied to a surface of the skin; the plasmonic gold nanoshells are delivered into a hair follicle, a sebaceous gland, a sebaceous gland duct, or an infundibulum through a technique selected from the group consisting of: mechanical agitation, acoustic vibration, ultrasound, alternating suction and pressure, and generation of microjets; and the plasmonic gold nanoshells are exposed to externally applied near-infrared light to generate surface plasmons.
Insulation holder, having a hollow shank for receiving a fastening screw, the hollow shank having a no-backward-movement device which locks a fastening screw received in the hollow shank against movement out of the hollow shank, characterized in that - the hollow shank has, on its outside, an anchor which anchors the hollow shank in an insulation panel, and - the fastening screw is rotatable in the hollow shank in such a way that - the insulation holder does not co-rotate with a fastening screw received in the hollow shank. - the hollow shank has, on its outside, an anchor which anchors the hollow shank in an insulation panel, and - the fastening screw is rotatable in the hollow shank in such a way that - the insulation holder does not co-rotate with a fastening screw received in the hollow shank.
Method for producing a three-dimensional component by means of an electron beam process, laser sintering process or laser melting process, in which method the component is created by successively hardening predetermined portions of individual layers consisting of building material that can be hardened by the action of an electron or laser radiation source by melting the building material, thermographic data sets being recorded while the layers are produced, each of which sets characterizes, at least in portions, a temperature profile of the particular layer, and the layers being irradiated by means of an electron or laser beam which is controlled depending on the recorded thermographic data sets such that a largely homogeneous temperature profile is produced, characterized in that in order to irradiate a top layer, a focal point of the electron or laser beam is guided along a scanning path that is selected depending on the data set that characterizes, at least in portions, the temperature profile of the layer immediately below or depending on the data sets that characterize, at least in portions, the temperature profiles of the layers below, thermographic recording of the radiation level being provided to generate the data sets.
Assembly of flanges (55, 56) for holding a bundle of laminations and of winding overhangs of windings arranged axially on each side of the bundle of laminations of a rotor of a rotary electric machine, each holding flange (55, 56) comprising: - a radial wall equipped with a main opening, characterized by - an annular rim extending around the entire external periphery of the radial wall and extending axially in the direction of the rotor, this annular rim having a face resting against the external radial end faces of the bundle of laminations - at least one through-orifice (72, 73) formed in the radial wall, - the orifices (72, 73) being asymmetric from one flange (55, 56) to the other. - a radial wall equipped with a main opening, characterized by - an annular rim extending around the entire external periphery of the radial wall and extending axially in the direction of the rotor, this annular rim having a face resting against the external radial end faces of the bundle of laminations - at least one through-orifice (72, 73) formed in the radial wall, - the orifices (72, 73) being asymmetric from one flange (55, 56) to the other.
Temperature-control element, comprising at least one surface region having a surface roughness in a range of R Z = 20 μm to R Z = 60 μm, comprising an electrically insulating and thermally conductive coating, in particular a ceramic coating, provided on the surface region, comprising at least one electronic component which is fixed to the coating, thermally bonded to the temperature-control element, and electrically insulated from the temperature-control element.
A safety system for a vehicle seat (2, 2') in a commercial vehicle operating a vehicle seat motion actuation when the commercial vehicle is colliding with an obstacle, comprising: - at least one actuator unit that comprises at least one seat actuator to move the vehicle seat (2, 2') from a driving position to a safety position - at least one control unit connected to said actuator unit to control the at least one seat actuator - at least one proximity sensor connected to said control unit and configured to detect an obstacle before the commercial vehicle collides it characterized in that the control unit is provided with a calculator device retrieving specific data (Dw, Dw', Ds, Do) to determine the requested seat's motion speed profile and the requested seat's motion triggering moment to control, upon receiving an imminent and unavoidable collision alert signal from the proximity sensor, the at least one seat actuator to move the vehicle seat (2, 2') to the safety position. - at least one actuator unit that comprises at least one seat actuator to move the vehicle seat (2, 2') from a driving position to a safety position - at least one control unit connected to said actuator unit to control the at least one seat actuator - at least one proximity sensor connected to said control unit and configured to detect an obstacle before the commercial vehicle collides it
A process for preparing ortho,para-, ortho,ortho- and/or para,para-bisphenol A comprising the step of (a) condensing raw phenol and raw acetone in the presence of a catalyst system, wherein the catalyst system comprises an ion exchange resin catalyst and a sulfur containing cocatalyst, wherein at least part, preferably at least 75 mol-% of the sulfur containing cocatalyst is neither covalently nor ionically bound to the ion exchange resin catalyst at the beginning of process step (a), characterized in that at least two of the following to are true: the amount of 2-methyl benzofuran present in step (a) is higher than 1 ppm with respect to the total weight of the raw phenol and /or the amount of hydroxyacetone present in step (a) is higher than 1 ppm with respect to the total weight of the sum of the weights of the raw phenol and the raw acetone and/or the amount of alpha-methylstyrene present in step (a) is higher than 1 ppm with respect to the total weight of the raw phenol and/or the amount of acetophenone present in step (a) is higher than 1 ppm with respect to the total weight of the raw phenol and/or the amount of benzene present in step (a) is higher than 1 ppm with respect to the total weight of the raw acetone and/or the amount of cumene present in step (a) is higher than 1 ppm with respect to the total weight of the raw acetone. (a) condensing raw phenol and raw acetone in the presence of a catalyst system, wherein the catalyst system comprises an ion exchange resin catalyst and a sulfur containing cocatalyst, wherein at least part, preferably at least 75 mol-% of the sulfur containing cocatalyst is neither covalently nor ionically bound to the ion exchange resin catalyst at the beginning of process step (a), the amount of 2-methyl benzofuran present in step (a) is higher than 1 ppm with respect to the total weight of the raw phenol and /or the amount of hydroxyacetone present in step (a) is higher than 1 ppm with respect to the total weight of the sum of the weights of the raw phenol and the raw acetone and/or the amount of alpha-methylstyrene present in step (a) is higher than 1 ppm with respect to the total weight of the raw phenol and/or the amount of acetophenone present in step (a) is higher than 1 ppm with respect to the total weight of the raw phenol and/or the amount of benzene present in step (a) is higher than 1 ppm with respect to the total weight of the raw acetone and/or the amount of cumene present in step (a) is higher than 1 ppm with respect to the total weight of the raw acetone.
A method for manufacturing a compound semiconductor substrate, comprising: (a) preparing a plurality of spherical balls; (b) coating a plurality of the spherical balls on a substrate; (c) depositing a metal layer on the substrate coated with the spherical balls with a thickness smaller than the size of the spherical balls; (d) removing the plurality of the spherical balls from the substrate having the metal layer deposited thereon; (e) growing a compound semiconductor layer from a surface of the substrate exposed by removing the plurality of the spherical balls; (f) growing the compound semiconductor layer in a lateral direction to form a continuous compound semiconductor layer on the metal layer; and (g) growing the compound semiconductor layer to a target thickness. (a) preparing a plurality of spherical balls; (b) coating a plurality of the spherical balls on a substrate; (c) depositing a metal layer on the substrate coated with the spherical balls with a thickness smaller than the size of the spherical balls; (d) removing the plurality of the spherical balls from the substrate having the metal layer deposited thereon; (e) growing a compound semiconductor layer from a surface of the substrate exposed by removing the plurality of the spherical balls; (f) growing the compound semiconductor layer in a lateral direction to form a continuous compound semiconductor layer on the metal layer; and (g) growing the compound semiconductor layer to a target thickness.
A pneumatic tire comprising: a tread; a pair of sidewalls connected to edges of the tread; a pair of beads each having a core extending in a circumferential direction and an apex located radially outward of the core; a carcass extending from one bead to the other bead at an inner side of the tread and the pair of sidewalls; and a pair of clinches located radially inward of the sidewalls, wherein the carcass includes a carcass ply having a main body portion that extends on and between one core and the other core and a pair of turned-up portions that are connected to the main body portion and turned up around the cores from an inner side toward an outer side in an axial direction, and in a state where the tire is mounted on a normal rim and an internal pressure of the tire is adjusted to 10% of a normal internal pressure, the main body portion extending along an inner surface of the apex is tilted relative to the axial direction, and an angle (θc) of the main body portion relative to the axial direction is not less than 40° and not greater than 60°, wherein said angle (θc) is the angle relative to the axial direction of a straight line that passes through a position PB and an outer edge of the apex, wherein the position PB represents the position on the inner surface of the apex corresponding to the position at which the height in the radial direction of the apex is half, characterized in that a length from a center in the axial direction of a boundary between the core and the apex to the outer edge of the apex is not less than 10 mm and not greater than 15 mm. a tread; a pair of sidewalls connected to edges of the tread; a pair of beads each having a core extending in a circumferential direction and an apex located radially outward of the core; a carcass extending from one bead to the other bead at an inner side of the tread and the pair of sidewalls; and a pair of clinches located radially inward of the sidewalls, wherein the carcass includes a carcass ply having a main body portion that extends on and between one core and the other core and a pair of turned-up portions that are connected to the main body portion and turned up around the cores from an inner side toward an outer side in an axial direction, and in a state where the tire is mounted on a normal rim and an internal pressure of the tire is adjusted to 10% of a normal internal pressure, the main body portion extending along an inner surface of the apex is tilted relative to the axial direction, and an angle (θc) of the main body portion relative to the axial direction is not less than 40° and not greater than 60°, wherein said angle (θc) is the angle relative to the axial direction of a straight line that passes through a position PB and an outer edge of the apex, wherein the position PB represents the position on the inner surface of the apex corresponding to the position at which the height in the radial direction of the apex is half, characterized in that a length from a center in the axial direction of a boundary between the core and the apex to the outer edge of the apex is not less than 10 mm and not greater than 15 mm.
Method for providing a measure for a band gap of an optoelectronic component with the steps: - generating a light emission at the optoelectronic component; - measuring the light emission with at least one sensor with a first and second spectral sensitivity, wherein the first spectral sensitivity differs from the second spectral sensitivity, such that an image 1 and an image 2 is obtained, - dividing image 1 by image 2, such that a quotient image as measure for the band gap of the absorber of the optoelectronic component is obtained. - generating a light emission at the optoelectronic component; - measuring the light emission with at least one sensor with a first and second spectral sensitivity, wherein the first spectral sensitivity differs from the second spectral sensitivity, such that an image 1 and an image 2 is obtained, - dividing image 1 by image 2, such that a quotient image as measure for the band gap of the absorber of the optoelectronic component is obtained.
A cooking oven, comprising a housing, a cooking cavity formed in the housing and closable by a door, heating means (6, 6') placed in thermal exchange relationship with the cooking cavity, ventilating means placed in the housing and having a first electrical fan (7', 8') which sucks ambient air through an intake opening in a wall of the housing and directs said ambient air as a first cooling stream towards thermally sensitive electric or electronic components placed inside the housing and/or into a grip region of the door, a control system connected to the heating means (6, 6') and to the ventilating means and having: - a user interface for selecting operating parameters and for indicating operating conditions of the oven, and - a temperature detector associated with the cooking cavity, wherein the control system is configured to activate and deactivate the heating means (6, 6') according to a temperature detected by the temperature detector and a desired temperature selected by means of the user interface, characterized in that the control system is configured to activate and deactivate the first electrical fan (7', 8') together with the respective activation and deactivation of the heating means (6,6'), wherein the joint activation and joint deactivation of the first electrical fan (7', 8') and the heating means (6, 6') by the control system is made regardless of cooking program selections made by the user. - a user interface for selecting operating parameters and for indicating operating conditions of the oven, and - a temperature detector associated with the cooking cavity,
Container extending along a direction defined by a vertical axis and comprising a pot, a removable lid, a handle fixed on the pot and a pouring spout, the lid comprising a pouring conduit being the inside of the pot and the pouring spout, the pouring conduit comprising a pouring stopper mobile between an open position and a closed position, the position change of the pouring spout being controlled by a button acting on a bistable control device, the button is arranged on the fixed handle, such that the hand which holds the handle to manipulate the container can also press the button, the button being mobile between a rest output position and a sunken position, wherein the bistable control device makes the position of the pouring stopper change, characterised in that the bistable control device is arranged in the lid and in that the button comprises a pushbutton which enters into a passage of the lid when the button is in the sunken position and which is removed outside of the lid when the button is in the rest output position, the lid being able to be removed from the pot whatever the position of the pouring stopper.
A chimeric antigen receptor, bispecific antibody or immunoconjugate, comprising a human variable heavy single-domain monoclonal antibody that binds glypican-3, wherein the monoclonal antibody comprises the complementarity determining region 1, CDR2 and CDR3 sequences of SEQ ID NO: 2.