mhurhangee/ep-ind-claims huggingface dataset:
A vehicle body, preferably for a motor vehicle, comprising - two sills extending in the vehicle longitudinal direction, - at least one support, which extends between the two sills in the vehicle transverse direction, wherein the entire support is arranged higher than a floor panel of the vehicle body and extends under a rear seat bench, wherein a cavity for receiving the rear seat bench is located behind the support when viewed in the vehicle longitudinal direction, and - at least one moulded foam part to reinforce the vehicle body, which part is arranged in a side structure of the vehicle body at the level of the support, wherein, in addition to the moulded foam part, a portion of the sill and a portion of the support are filled with a hardened foam, wherein the portions comprising foam and the moulded foam part are in alignment when viewed in the vehicle transverse direction. - two sills extending in the vehicle longitudinal direction, - at least one support, which extends between the two sills in the vehicle transverse direction, wherein the entire support is arranged higher than a floor panel of the vehicle body and extends under a rear seat bench, wherein a cavity for receiving the rear seat bench is located behind the support when viewed in the vehicle longitudinal direction, and - at least one moulded foam part to reinforce the vehicle body, which part is arranged in a side structure of the vehicle body at the level of the support,
An arrangement for intraoral X-ray imaging comprising at least an image plate for the intraoral imaging, an X-ray device for producing an X-ray image of an object examined on the image plate, a reading device for reading image information contained in the image plate, and data processing means, wherein the reading device comprises reading and writing means (103a, 103c) for remotely reading from a tag and for remotely writing to the tag, wherein the tag is attached to the image plate, and wherein said tag contains information for controlling the arrangement in such manner that, when the arrangement has read the information in the tag, the arrangement is adapted to perform at least one operation controlled by said information read, wherein the information in the tag comprises position information that indicates a position of the image plate with respect to teeth of a patient and the at least one operation comprises that the reading device delivers said image information and the position information to the data processing means and the data processing means attach the image information in an appropriate location on an image template representing the teeth of the patient, wherein said appropriate location is that to which said image information relates according to the position information.
Soil-processing machine, comprising: - a machine frame with two longitudinal beams (18, 20) arranged mutually spaced transverse to a longitudinal direction of the machine, essentially extending in the longitudinal direction of the machine and two transverse beams (22, 24) arranged mutually spaced in the longitudinal direction of the machine, essentially extending transverse to the longitudinal direction of the machine, - a soil-processing roller supported on the longitudinal beams (18, 20) so that it can rotate about an axis of rotation of the roller in a longitudinal direction of the machine between the transverse beams (22, 24), - a coupling arrangement for coupling the machine frame to a further machine frame of the soil-processing machine or to a further machine, - a lifting/supporting arrangement provided on the machine frame for raising and/or supporting the machine frame in relation to the ground, characterized in that one of the transverse beams (22, 24) is supported on both longitudinal beams (18, 20) so that it can swivel about a swivel axis that is essentially parallel to the axis of rotation of the roller into a position not inhibiting a movement of the soil-processing roller away from the machine frame and towards the machine frame with the machine frame being supported by the lifting/supporting arrangement in relation to the ground. - a machine frame with two longitudinal beams (18, 20) arranged mutually spaced transverse to a longitudinal direction of the machine, essentially extending in the longitudinal direction of the machine and two transverse beams (22, 24) arranged mutually spaced in the longitudinal direction of the machine, essentially extending transverse to the longitudinal direction of the machine, - a soil-processing roller supported on the longitudinal beams (18, 20) so that it can rotate about an axis of rotation of the roller in a longitudinal direction of the machine between the transverse beams (22, 24), - a coupling arrangement for coupling the machine frame to a further machine frame of the soil-processing machine or to a further machine, - a lifting/supporting arrangement provided on the machine frame for raising and/or supporting the machine frame in relation to the ground,
A vehicle heating apparatus (100A to 100H) to be mounted on or built in a vehicle seat at a position below a sitting portion of the vehicle seat, the vehicle heating apparatus (100A to 100H) comprising: a housing comprising an intake port, a blowing port, and an internal space serving as a flow path of air from the intake port to the blowing port; a fan provided in the internal space of the housing; and a heater provided in the internal space of the housing, wherein in a usage state where the vehicle heating apparatus (100A to 100H) is mounted on or built in the vehicle seat, the blowing port is located above the intake port and opens downwardly with respect to a horizontal direction, the blowing port is formed in such a manner that a normal line to an opening face of the blowing port is inclined downwardly at an angle of more than 0° and less than 90° to a horizontal plane in the usage state, and the intake port opens forward and/or downward at a front end of the vehicle seat in the usage state. a housing comprising an intake port, a blowing port, and an internal space serving as a flow path of air from the intake port to the blowing port; a fan provided in the internal space of the housing; and a heater provided in the internal space of the housing, wherein in a usage state where the vehicle heating apparatus (100A to 100H) is mounted on or built in the vehicle seat, the blowing port is located above the intake port and opens downwardly with respect to a horizontal direction, the blowing port is formed in such a manner that a normal line to an opening face of the blowing port is inclined downwardly at an angle of more than 0° and less than 90° to a horizontal plane in the usage state, and the intake port opens forward and/or downward at a front end of the vehicle seat in the usage state.
A conductive composite comprising: a first layer of elastomeric polymer; a layer of electrically conductive paste on the first layer of elastomeric polymer; a second layer of elastomeric polymer on the layer of electrically conductive paste; and a reinforcement mesh in contact with the layer of electrically conductive paste, wherein the layer of electrically conductive paste comprises a metal or alloy with a melting temperature below about 60 °C and a thickening agent. a first layer of elastomeric polymer; a layer of electrically conductive paste on the first layer of elastomeric polymer; a second layer of elastomeric polymer on the layer of electrically conductive paste; and a reinforcement mesh in contact with the layer of electrically conductive paste, wherein the layer of electrically conductive paste comprises a metal or alloy with a melting temperature below about 60 °C and a thickening agent.
A method of detecting neutralizing antibodies to leptin in a sample comprising the steps of: (a) inactivating leptin present in the sample; (b) adding a known quantity of labeled leptin to the sample; (c) contacting the sample containing labeled leptin of (b) with a substrate capable of binding the labeled leptin, wherein said substrate capable of binding the labeled leptin comprises a coated matrix and a tagged leptin receptor bound to the coated matrix; (d) washing the substrate to remove unbound labeled leptin; and (e) measuring the label signal produced by the substrate-bound labeled leptin. (a) inactivating leptin present in the sample; (b) adding a known quantity of labeled leptin to the sample; (c) contacting the sample containing labeled leptin of (b) with a substrate capable of binding the labeled leptin, wherein said substrate capable of binding the labeled leptin comprises a coated matrix and a tagged leptin receptor bound to the coated matrix; (d) washing the substrate to remove unbound labeled leptin; and (e) measuring the label signal produced by the substrate-bound labeled leptin.
A method for adaptive audio capturing, the method comprising: obtaining an audio signal through an audio channel associated with an audio capturing element on a user terminal; and detecting whether a voice activity exists on one or more audio channels of the user terminal; in response to determining that the voice activity exists on the one or more audio channels, calculating a signal amplitude for the audio channel by processing the obtained audio signal; and determining a functionality of the audio capturing element based on the signal amplitude and a further signal amplitude for at least one further audio channel associated with at least one further audio capturing element on the user terminal, wherein determining the functionality includes determining whether the audio capturing element acts as a primary or an auxiliary audio capturing element. obtaining an audio signal through an audio channel associated with an audio capturing element on a user terminal; and detecting whether a voice activity exists on one or more audio channels of the user terminal; in response to determining that the voice activity exists on the one or more audio channels, calculating a signal amplitude for the audio channel by processing the obtained audio signal; and determining a functionality of the audio capturing element based on the signal amplitude and a further signal amplitude for at least one further audio channel associated with at least one further audio capturing element on the user terminal, wherein determining the functionality includes determining whether the audio capturing element acts as a primary or an auxiliary audio capturing element. calculating a signal amplitude for the audio channel by processing the obtained audio signal; and determining a functionality of the audio capturing element based on the signal amplitude and a further signal amplitude for at least one further audio channel associated with at least one further audio capturing element on the user terminal, wherein determining the functionality includes determining whether the audio capturing element acts as a primary or an auxiliary audio capturing element.
Paclitaxel-containing sodium alginate microspheres, which comprise sodium alginate as a drug carrier and paclitaxel, said paclitaxel being encapsulated by said sodium alginate.
A method of centrifugally casting iron pipe in a cylindrical mold, comprising: fixing a sand core in the cylindrical pipe mold, said sand core having a refractory coating applied in a dry state without the use of a liquid carrier, the shape of an end of said pipe defined by the space between said core and said mold; rotating said mold at a predetermined speed, and, while said mold is rotating: flowing molten metal into said space; allowing said metal to cool until a predetermined state of solidity is reached; and removing said pipe from said mold. fixing a sand core in the cylindrical pipe mold, said sand core having a refractory coating applied in a dry state without the use of a liquid carrier, the shape of an end of said pipe defined by the space between said core and said mold; rotating said mold at a predetermined speed, and, while said mold is rotating: flowing molten metal into said space; allowing said metal to cool until a predetermined state of solidity is reached; and flowing molten metal into said space; allowing said metal to cool until a predetermined state of solidity is reached; and removing said pipe from said mold.
A backlight module, comprising: a back plate having a first edge, a second edge, a third edge and a fourth edge, wherein the first edge is opposite to the third edge, and the second edge is opposite to the fourth edge; two housing strips disposed on the first edge and the third edge, respectively; and a plurality of housing unit structures disposed on the second edge and the fourth edge, respectively, wherein each of the housing unit structures has an upper surface and a lower surface, the lower surface is used to mounted on the second or fourth edge (21b, 21d) of the back plate, and the upper surface is used to support a display panel and a display frame; characterized in that: the backlight module further comprises: a plurality of buffering strips disposed on the second edge and the fourth edge, respectively, wherein the buffering strips are filling up the length difference between the housing unit structures on the second and fourth edges (21b, 21d). a back plate having a first edge, a second edge, a third edge and a fourth edge, wherein the first edge is opposite to the third edge, and the second edge is opposite to the fourth edge; two housing strips disposed on the first edge and the third edge, respectively; and a plurality of housing unit structures disposed on the second edge and the fourth edge, respectively, wherein each of the housing unit structures has an upper surface and a lower surface, the lower surface is used to mounted on the second or fourth edge (21b, 21d) of the back plate, and the upper surface is used to support a display panel and a display frame; characterized in that: the backlight module further comprises: a plurality of buffering strips disposed on the second edge and the fourth edge, respectively, wherein the buffering strips are filling up the length difference between the housing unit structures on the second and fourth edges (21b, 21d).
An electrostatic generator or motor, comprising: a cylindrical rotor having an axis of rotation and an outer surface; and a plurality of rotor electrodes (18, 30, 40) attached to said outer surface, wherein each rotor electrode (18, 30, 40) of said plurality of rotor electrodes (18, 30, 40) has a width dimension and a length dimension, wherein said length dimension is longer than said width dimension; the electrostatic generator or motor being characterized in that a projection of each rotor electrode (18, 30, 40) on a plane containing the axis of rotation is oriented at an angle relative to said axis of rotation. a cylindrical rotor having an axis of rotation and an outer surface; and a plurality of rotor electrodes (18, 30, 40) attached to said outer surface, wherein each rotor electrode (18, 30, 40) of said plurality of rotor electrodes (18, 30, 40) has a width dimension and a length dimension, wherein said length dimension is longer than said width dimension; the electrostatic generator or motor being characterized in that a projection of each rotor electrode (18, 30, 40) on a plane containing the axis of rotation is oriented at an angle relative to said axis of rotation.
A method for manufacturing a metal foam comprising steps of: forming a green structure using a slurry consisting of a metal component having a conductive metal with relative magnetic permeability of 90 or more or an alloy containing the conductive metal, a dispersant and a binder or consisting of a metal component having a conductive metal with relative magnetic permeability of 90 or more or an alloy containing the conductive metal, a dispersant, a binder and a solvent; and sintering the green structure, wherein the green structure is formed only by using the slurry, wherein the sintering of the green structure is performed by applying an electromagnetic field to the structure, wherein the electromagnetic field is applied for a time in a range of 10 minutes to 10 hours and wherein the dispersant is a monohydric alcohol having 1 to 20 carbon atoms, dihydric alcohol having 1 to 20 carbon atoms or polyhydric alcohol. wherein the green structure is formed only by using the slurry, wherein the sintering of the green structure is performed by applying an electromagnetic field to the structure, wherein the electromagnetic field is applied for a time in a range of 10 minutes to 10 hours and wherein the dispersant is a monohydric alcohol having 1 to 20 carbon atoms, dihydric alcohol having 1 to 20 carbon atoms or polyhydric alcohol.
A system for calculating observed applied brake force, comprising: a current sensor, in communication with a controller; a position sensor, in communication with the controller and configured to measure a rotational speed of a motor shaft; and a tangible, non-transitory memory configured to communicate with the controller, the tangible, non-transitory memory having instructions stored thereon that, in response to execution by the controller, cause the controller to perform operations comprising: receiving, by the controller, a motor current from the current sensor at a first time; calculating, by the controller, a first electromagnetic torque from the motor current; calculating, by the controller, a first flywheel angular velocity; receiving, by the controller, a motor shaft angular velocity from the position sensor at a second time; subtracting, by the controller, the first flywheel angular velocity and the motor shaft angular velocity received at the second time to obtain a first angular velocity difference; calculating, by the controller, a first observed disturbance torque from the first angular velocity difference; and calculating, by the controller, a first observed applied brake force from the first observed disturbance torque. a current sensor, in communication with a controller; a position sensor, in communication with the controller and configured to measure a rotational speed of a motor shaft; and a tangible, non-transitory memory configured to communicate with the controller, the tangible, non-transitory memory having instructions stored thereon that, in response to execution by the controller, cause the controller to perform operations comprising: receiving, by the controller, a motor current from the current sensor at a first time; calculating, by the controller, a first electromagnetic torque from the motor current; calculating, by the controller, a first flywheel angular velocity; receiving, by the controller, a motor shaft angular velocity from the position sensor at a second time; subtracting, by the controller, the first flywheel angular velocity and the motor shaft angular velocity received at the second time to obtain a first angular velocity difference; calculating, by the controller, a first observed disturbance torque from the first angular velocity difference; and calculating, by the controller, a first observed applied brake force from the first observed disturbance torque. receiving, by the controller, a motor current from the current sensor at a first time; calculating, by the controller, a first electromagnetic torque from the motor current; calculating, by the controller, a first flywheel angular velocity; receiving, by the controller, a motor shaft angular velocity from the position sensor at a second time; subtracting, by the controller, the first flywheel angular velocity and the motor shaft angular velocity received at the second time to obtain a first angular velocity difference; calculating, by the controller, a first observed disturbance torque from the first angular velocity difference; and calculating, by the controller, a first observed applied brake force from the first observed disturbance torque.
An artificial marble comprising 7 to 10 % by weight of unsaturated polyester resin, 85 to 91 % by weight of compound including silica, and 2 to 5 % by weight of luminescent pigment, wherein the compound including silica comprises natural stone particle in an amount of 50 to 80 % by weight and inorganic filler in an amount of 20 to 50 % by weight, wherein the average particle diameter of the natural stone particle is from 0.1 to 9.0mm, wherein the average particle size of the inorganic filler is less than 20 μm, wherein the natural stone particle comprises silica sand in an amount of 15 to 93 % by weight and quartz chip in an amount of 7 to 85 % by weight, wherein the artificial marble has a maximum brightness of more than 110 mcd/m 2 measured after 5 min, after irradiating the artifical marble with 200 lux using a commonly used light source DN65 for 20 min, and wherein the artificial marble maintains a brightness of more than 7 mcd/m 2 for more than one hour.
Structure of a channel-shaped mounting support secured to the inside of a rim base of a wheel rim supporting a tube, which has a U-shaped cross-section and serves to support a tire inflation valve extending substantially axially and connected to said tube, wherein said rim base is provided with a slot penetrating the wall in a zone which is covered, at least in parts, by said tire inflation valve, characterised in that said mounting support is secured, in a form-locking manner, in said slot, with angled end stop lugs being formed on its two legs disposed at a distance from each other and bearing against the wall of said slot with a closing pressure, which lugs rest on the outside of said rim base.
An indicator tag, comprising: a three-dimensional mesh comprising a plurality of pores, wherein the three-dimensional mesh is printed with a water soluble and ultra-violet light curable ink, the three-dimensional mesh being located in a container; a membrane removably coupled to a top side of the three-dimensional mesh, or applied to an outer perimeter of the container to create a gap between the membrane and the three-dimensional mesh; and a dye dispensed on top of the membrane, characterised in that when the membrane opens, dissolves, is punctured or removed, the three-dimensional mesh is dissolved by the dye when in contact with the dye to provide an indication. a three-dimensional mesh comprising a plurality of pores, wherein the three-dimensional mesh is printed with a water soluble and ultra-violet light curable ink, the three-dimensional mesh being located in a container; a membrane removably coupled to a top side of the three-dimensional mesh, or applied to an outer perimeter of the container to create a gap between the membrane and the three-dimensional mesh; and a dye dispensed on top of the membrane, characterised in that when the membrane opens, dissolves, is punctured or removed, the three-dimensional mesh is dissolved by the dye when in contact with the dye to provide an indication.
A method for performing at least one of enhancing female sexual arousal, enhancing female sexual pleasure, and/or enhancing an ability to achieve or experience a more pleasurable orgasm for a female, wherein the method comprises: setting values for stimulus parameters; applying a suction stimulus to the perineum of the female; applying an acoustic stimulus at the perineum of the female after applying the suction stimulus, wherein the acoustic stimulus comprises low energy shockwaves, focused shockwaves, radial shockwaves, or pressure pulses; and applying a vibrational stimulus to the perineum of the female after applying the acoustic stimulus, wherein the stimuli are applied one at a time in the same session. setting values for stimulus parameters; applying a suction stimulus to the perineum of the female; applying an acoustic stimulus at the perineum of the female after applying the suction stimulus, wherein the acoustic stimulus comprises low energy shockwaves, focused shockwaves, radial shockwaves, or pressure pulses; and applying a vibrational stimulus to the perineum of the female after applying the acoustic stimulus, wherein the stimuli are applied one at a time in the same session.