mhurhangee/ep-ind-claims huggingface dataset:
An antenna assembly, comprising: a near-field-communication integrated-circuit, comprising a first differential signal port and a second differential signal port, the first differential signal port and the second differential signal port being configured to provide a differential excitation current; a conductive loop, configured to transmit the differential excitation current and comprising: a ground plane, comprising: a first ground portion; a second ground portion spaced apart from the first ground portion; and a conductive path defined between the first ground portion and the second ground portion; a first metal stub, extending from the first ground portion and electrically connected to the first differential signal port; and a conductor, spaced apart from the ground plane, and electrically connected to the second differential signal port and the second ground portion, respectively; a radiation-field enhancer, disposed between the conductor and the ground plane and configured to enhance a field strength of an NFC radiation-field generated by the conductor in response to the differential excitation current being transmitted. a near-field-communication integrated-circuit, comprising a first differential signal port and a second differential signal port, the first differential signal port and the second differential signal port being configured to provide a differential excitation current; a conductive loop, configured to transmit the differential excitation current and comprising: a ground plane, comprising: a first ground portion; a second ground portion spaced apart from the first ground portion; and a conductive path defined between the first ground portion and the second ground portion; a first metal stub, extending from the first ground portion and electrically connected to the first differential signal port; and a conductor, spaced apart from the ground plane, and electrically connected to the second differential signal port and the second ground portion, respectively; a ground plane, comprising: a first ground portion; a second ground portion spaced apart from the first ground portion; and a conductive path defined between the first ground portion and the second ground portion; a first ground portion; a second ground portion spaced apart from the first ground portion; and a conductive path defined between the first ground portion and the second ground portion; a first metal stub, extending from the first ground portion and electrically connected to the first differential signal port; and a conductor, spaced apart from the ground plane, and electrically connected to the second differential signal port and the second ground portion, respectively; a radiation-field enhancer, disposed between the conductor and the ground plane and configured to enhance a field strength of an NFC radiation-field generated by the conductor in response to the differential excitation current being transmitted.
Method for testing sensors which are to be applied to a patient's skin, are intended for detecting liquid or moisture and comprise an electrically conductive structure comprising electrical terminals, electrical properties of the moisture sensors being measured under defined conditions and compared with electrical properties, preset as a reference value, in order to test said moisture sensors, characterised in that at least one moisture sensor is removed from production, in that the at least one moisture sensor is applied to the surface of a resilient body and the resilient body is repeatedly deformed, and, once the resilient body has been repeatedly deformed, the measured electrical properties are compared with the electrical properties preset as a reference value, it being concluded that the moisture sensors are faulty on the basis of deviations between the measured electrical properties and the electrical properties, preset as a reference value, of the at least one moisture sensor.
A sterilization apparatus for sterilizing microorganisms present in a tooth, or a biological part other than a tooth, or on a surface thereof, comprising: a housing capable of surrounding and hermetically enclosing at least a part of the tooth, or the biological part other than a tooth; a pH adjustment device that supplies a pH adjustment substance such that a pH value of said at least the part of the tooth, or the biological part other than a tooth, becomes 4.8 or lower; a plasma generation device that generates plasma inside the housing; an introduction portion that introduces an atmospheric gas containing nitrogen gas into the housing; and an exhaust portion that discharges the atmospheric gas; wherein the housing has an opening and a seal member is provided in the opening for sealing a gap between the opening and the tooth, or the biological part other than a tooth. a housing capable of surrounding and hermetically enclosing at least a part of the tooth, or the biological part other than a tooth; a pH adjustment device that supplies a pH adjustment substance such that a pH value of said at least the part of the tooth, or the biological part other than a tooth, becomes 4.8 or lower; a plasma generation device that generates plasma inside the housing; an introduction portion that introduces an atmospheric gas containing nitrogen gas into the housing; and an exhaust portion that discharges the atmospheric gas; wherein the housing has an opening and a seal member is provided in the opening for sealing a gap between the opening and the tooth, or the biological part other than a tooth.
A refrigerator comprising: a main body having a front side thereof open; and a door rotatably coupled to the main body and configured to open and close the open front side of the main body, wherein the door includes: a door panel (110, 110') including a panel body having panel bent portions at side end portions of the panel body, an upper trim provided at an upper portion of the panel body, a lower trim provided at a lower portion of the panel body, and side trims provided at portions of the left and right sides of the panel body; a door body to which the door panel (100, 110') is separably mountable, wherein the panel body is positioned in front of the door body, the door body including chassis (121, 126) each having an accommodation portion configured to cover the panel bent portion of the panel body; wherein the accommodation portion is provided to support the panel bent portion along a direction in which the door panel is mounted to the door body when the door panel is mounted to the door body, wherein each of the side trims includes a magnetic body, and the door body includes a cover provided to have the side trims attached thereto by a magnetic force. a main body having a front side thereof open; and a door rotatably coupled to the main body and configured to open and close the open front side of the main body, wherein the door includes: a door panel (110, 110') including a panel body having panel bent portions at side end portions of the panel body, an upper trim provided at an upper portion of the panel body, a lower trim provided at a lower portion of the panel body, and side trims provided at portions of the left and right sides of the panel body; a door body to which the door panel (100, 110') is separably mountable, wherein the panel body is positioned in front of the door body, the door body including chassis (121, 126) each having an accommodation portion configured to cover the panel bent portion of the panel body; a door panel (110, 110') including a panel body having panel bent portions at side end portions of the panel body, an upper trim provided at an upper portion of the panel body, a lower trim provided at a lower portion of the panel body, and side trims provided at portions of the left and right sides of the panel body; a door body to which the door panel (100, 110') is separably mountable, wherein the panel body is positioned in front of the door body, the door body including chassis (121, 126) each having an accommodation portion configured to cover the panel bent portion of the panel body; wherein the accommodation portion is provided to support the panel bent portion along a direction in which the door panel is mounted to the door body when the door panel is mounted to the door body, wherein each of the side trims includes a magnetic body, and the door body includes a cover provided to have the side trims attached thereto by a magnetic force.
Apparatus for connecting a bus subscriber to a two-wire communication bus, the bus subscriber being able to transmit messages, which are represented as a sequence of dominant and recessive bus levels on the bus lines (CANH, CANL), to further bus subscribers connected to the bus and being able to receive messages from said bus subscribers using the apparatus, the apparatus comprising first means in order to set a dominant bus level in the form of a first predefined voltage difference between the two bus lines by driving a first electrical current, and the apparatus being suitable such that the recessive bus level is set as a second predefined voltage difference between the two bus lines, which is not necessarily different from zero, at least partially by virtue of a discharge current flowing across terminating resistors connected to the bus lines, characterized in that the apparatus comprises at least one further means in order to accelerate the setting of at least one of the bus levels by driving at least one suitable further electrical current, the acceleration being carried out when a predefined or predefinable changeover condition is present.
A pharmaceutical capsule composition comprising rivaroxaban with at least one pharmaceutically acceptable excipient wherein the particle size distribution of rivaroxaban in diameter range with a D (0.9) value is less than 20 μm, measured with laser diffraction, and whereir the pharmaceutical capsule composition further comprises tricalcium citrate as a filler.
A disposable mold core for producing a fiber-reinforced component, the disposable mold core comprising: a hard support core, manufactured from a granulate, especially from a mineral base material, glass, ceramic, and/or sand, and a binder, characterized in that, the support core has a hard shell developed by the binder and the granulate and a binder-free inner core developed by the granulate. a hard support core, manufactured from a granulate, especially from a mineral base material, glass, ceramic, and/or sand, and a binder, characterized in that, the support core has a hard shell developed by the binder and the granulate and a binder-free inner core developed by the granulate.
A method for adapting a nominal development curve of a nominal torque transmitted by a clutch as a function of a nominal position of an actuator of said clutch, characterized in that it includes a step (i) in which said nominal position is assimilated to the sum of a measured current position, belonging to a measured torque current curve/measured position associated with a first point of reference, and a selected corrective term, then a readjusted nominal position is defined, equal to said nominal position reduced by a value of a reference position of said nominal curve in said first reference point, a step (ii) in which there is determined, for at least one selected readjusted nominal position, a torque difference between an observed torque and an estimated and corrected transmissible torque, a function of a correction coefficient and of an estimated transmissible torque, itself a function of a value of a transformation coefficient and of first and second nominal extreme curves corresponding respectively to minimum and maximum values of said transformation coefficient, and a step (iii) in which there is determined for each readjusted nominal position selected in step (ii), in a readjusted nominal curve constructed from nominal torques of said nominal curve associated with said readjusted nominal positions, a corresponding nominal torque so that it can be adapted as a function of the corresponding determined torque difference in order to obtain an adapted nominal torque, and said readjusted nominal development curve is adapted as a function of each adapted nominal torque in order to obtain an adapted nominal development curve.
A prokaryotic host cell containing an expression cassette containing a phage promoter and a sequence encoding the target polypeptide, where the cassette has the formula: P-X-S-T-M where: P denotes the T7 phage promoter sequence, X denotes the target polypeptide sequence, S denotes the translation stop codon, T denotes transcription terminator for promoters other than the T7 phage promoters and M denotes the sequence encoding the selection factor necessary for survival of the host expressing the target polypeptide and complementing genetic defect of the host cell, the sequence encoding the selection factor is the aroA sequence encoding 5-enolpyruvylshikimate-3-phosphate synthase (EPSPS), and the host for the vector containing the cassette is E. coli strain BL21 with functional deletion of the aroA gene.
A method of wireless multi-link operation of a first wireless station, in the following also referred to as STA, the method comprising: accessing a first wireless medium to receive data; receiving the data in a physical layer conformance procedure, in the following also referred to as PLCP, protocol data unit, in the following also referred to as PPDU, on the first wireless medium; and delaying access to a second wireless medium while receiving the PPDU on the first wireless medium, characterized in that the delaying access to the second wireless medium is performed responsive to content of the PPDU. accessing a first wireless medium to receive data; receiving the data in a physical layer conformance procedure, in the following also referred to as PLCP, protocol data unit, in the following also referred to as PPDU, on the first wireless medium; and delaying access to a second wireless medium while receiving the PPDU on the first wireless medium, characterized in that the delaying access to the second wireless medium is performed responsive to content of the PPDU.
An isolated induced dendritic cell (iDC) engineered to express a) the cytokines GM-CSF and IFN-α which induce the self-differentiation of human dendritic cell progenitor cells into DCs; and b) at least one antigen; wherein the iDC comprises at least one integrase defective lentiviral vector, wherein the vector encodes said cytokines and the at least one antigen, for use in the treatment of an immunodeficient subject following transplantation of hematopoietic stem cells by regenerating the immune system. a) the cytokines GM-CSF and IFN-α which induce the self-differentiation of human dendritic cell progenitor cells into DCs; and b) at least one antigen; wherein the iDC comprises at least one integrase defective lentiviral vector, wherein the vector encodes said cytokines and the at least one antigen, for use in the treatment of an immunodeficient subject following transplantation of hematopoietic stem cells by regenerating the immune system.
A system comprising: a decision feedback equalizer, DFE, configured to: receive a DFE input signal comprising transmitted data; and adjust the DFE input signal to an equalized signal comprising the transmitted data; a phase-error detector configured to: detect phase errors; and generate a phase-error level based on the detected phase errors; and a clock-recovery circuit for the DFE and the phase-error detector configured to recover a data sampling clock associated with the transmitted data based on the phase-error level and an error sampling clock; and an error detector configured to generate an error signal based on the error sampling clock and the DFE input signal; wherein the phase-error detector is configured to receive the error signal from the error detector and an output signal from the DFE. a decision feedback equalizer, DFE, configured to: receive a DFE input signal comprising transmitted data; and adjust the DFE input signal to an equalized signal comprising the transmitted data; receive a DFE input signal comprising transmitted data; and adjust the DFE input signal to an equalized signal comprising the transmitted data; a phase-error detector configured to: detect phase errors; and generate a phase-error level based on the detected phase errors; and detect phase errors; and generate a phase-error level based on the detected phase errors; and a clock-recovery circuit for the DFE and the phase-error detector configured to recover a data sampling clock associated with the transmitted data based on the phase-error level and an error sampling clock; and an error detector configured to generate an error signal based on the error sampling clock and the DFE input signal; wherein the phase-error detector is configured to receive the error signal from the error detector and an output signal from the DFE.
A method for wireless communications, comprising: transmitting, to a base station from a first user equipment, UE, a scheduling request for uplink resources to transmit a first payload, wherein the scheduling request indicates a size of the first payload; receiving, from the base station, an indication of an allocation of one or more codes or one or more cyclic shifts to transmit the first payload on a single interlace of resources, wherein the allocation is based at least in part on whether the first payload is to be multiplexed with a second payload of a second UE on the single interlace of resources, and wherein the allocation is based at least in part on the size of the first payload and a size of the second payload, wherein the decision to multiplex the first payload and the second payload is based on the size of the first payload and the second payload; and transmitting, to the base station, the first payload on the single interlace of resources according to the one or more codes or the one or more cyclic shifts. transmitting, to a base station from a first user equipment, UE, a scheduling request for uplink resources to transmit a first payload, wherein the scheduling request indicates a size of the first payload; receiving, from the base station, an indication of an allocation of one or more codes or one or more cyclic shifts to transmit the first payload on a single interlace of resources, wherein the allocation is based at least in part on whether the first payload is to be multiplexed with a second payload of a second UE on the single interlace of resources, and wherein the allocation is based at least in part on the size of the first payload and a size of the second payload, wherein the decision to multiplex the first payload and the second payload is based on the size of the first payload and the second payload; and transmitting, to the base station, the first payload on the single interlace of resources according to the one or more codes or the one or more cyclic shifts.
An ultrasonic surgical instrument, comprising: an ultrasonic waveguide defining a T-shaped male connector at a proximal end; and a symmetric two-piece clamshell housing (8704a, 8704b) comprising: first and second T-shaped pockets (8714a, 8714b) configured to receive the T-shaped male connector, wherein the T-shaped pockets are press fit to the T-shaped male connector; and first and second recessed pockets (8716a, 8716b) configured to support first and a second piezoelectric elements (8706a, 8706b), wherein the first and second piezoelectric elements are configured to operate in a D31 mode. an ultrasonic waveguide defining a T-shaped male connector at a proximal end; and a symmetric two-piece clamshell housing (8704a, 8704b) comprising: first and second T-shaped pockets (8714a, 8714b) configured to receive the T-shaped male connector, wherein the T-shaped pockets are press fit to the T-shaped male connector; and first and second recessed pockets (8716a, 8716b) configured to support first and a second piezoelectric elements (8706a, 8706b), wherein the first and second piezoelectric elements are configured to operate in a D31 mode. first and second T-shaped pockets (8714a, 8714b) configured to receive the T-shaped male connector, wherein the T-shaped pockets are press fit to the T-shaped male connector; and first and second recessed pockets (8716a, 8716b) configured to support first and a second piezoelectric elements (8706a, 8706b), wherein the first and second piezoelectric elements are configured to operate in a D31 mode.
A method of fabricating an optical device (100,400), the method comprising: - applying a resist layer to a dielectric layer for the optical device(100,400) having a thickness; - producing a set of first features (102, 402) in the resist layer using a first mask, the first features (102, 402) arranged in a period in a patterned grid and having one or more first characteristic dimensions; - producing at least one set of additional features (102, 402) in the patterned grid in the resist layer using at least one additional mask offset at a fraction of the period in at least one planar dimension from the first features (102, 402), the additional features (102, 402) having one or more additional characteristic dimensions, wherein the at least one set of additional features is discrete from the set of first features; and - producing the patterned grid of the first features (102, 402) and the additional features (102, 402) in the dielectric layer; - wherein the set of first features and the at least one set of additional features combine, based on the thickness, the period, the fraction of the period, the one or more first characteristic dimensions and the one or more additional characteristic dimension to impart a differential phase delay in a range 0 to 2π or multiple of 2π radians to an optical signal incident onto the optical device. - applying a resist layer to a dielectric layer for the optical device(100,400) having a thickness; - producing a set of first features (102, 402) in the resist layer using a first mask, the first features (102, 402) arranged in a period in a patterned grid and having one or more first characteristic dimensions; - producing at least one set of additional features (102, 402) in the patterned grid in the resist layer using at least one additional mask offset at a fraction of the period in at least one planar dimension from the first features (102, 402), the additional features (102, 402) having one or more additional characteristic dimensions, wherein the at least one set of additional features is discrete from the set of first features; and - producing the patterned grid of the first features (102, 402) and the additional features (102, 402) in the dielectric layer; - wherein the set of first features and the at least one set of additional features combine, based on the thickness, the period, the fraction of the period, the one or more first characteristic dimensions and the one or more additional characteristic dimension to impart a differential phase delay in a range 0 to 2π or multiple of 2π radians to an optical signal incident onto the optical device.
Cycloid gear comprising a first gear stage which has a first and a second cam disc (14, 16) each having cam portions, which cam discs are coupled by a plurality of driving pins, comprising a drive shaft which can be driven so as to rotate about a gear axis and which is eccentrically movement-coupled to the cam discs (14, 16) of the first gear stage, and comprising at least one first output shaft arranged coaxially with respect to the gear axis, a second gear stage being provided which has a first and a second cam disc (36, 38) each having cam portions, which cam discs are coupled by a plurality of driving pins, the cam discs (36, 38) of the second gear stage being eccentrically movement-coupled to the first output shaft, characterized in that a pin ring arranged concentrically with respect to the gear axis is provided, which pin ring comprises a plurality of rotatably mounted rolling bearings arranged in parallel with the gear axis, and in that the cam discs (14, 16) of the first gear stage and the cam discs (36, 38) of the second gear stage are arranged and designed such that the cam discs (14, 16, 36, 38) of the two gear stages (12, 34) roll together on the rolling pin in the pin ring.