mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing system comprising: circuitry configured to acquire captured image data of a subject; associate a plurality of time points of the image data and a plurality of time points of event information based on sensor time information, the event information acquired based on sensor information acquired in time series by a sensor apparatus and indicating occurrence of an operation of the sensor apparatus; and characterized in that : the circuit is further configured to : acquire the sensor time information based on a predetermined operation of the sensor apparatus that is detected in the image data, which predetermined operation indicates that the occurrence of a play event is detected by the sensor apparatus, wherein the play event is defined as a unit of an action having a certain meaning in a play in sports. circuitry configured to acquire captured image data of a subject; associate a plurality of time points of the image data and a plurality of time points of event information based on sensor time information, the event information acquired based on sensor information acquired in time series by a sensor apparatus and indicating occurrence of an operation of the sensor apparatus; and characterized in that : the circuit is further configured to : acquire the sensor time information based on a predetermined operation of the sensor apparatus that is detected in the image data, which predetermined operation indicates that the occurrence of a play event is detected by the sensor apparatus, acquire captured image data of a subject; associate a plurality of time points of the image data and a plurality of time points of event information based on sensor time information, the event information acquired based on sensor information acquired in time series by a sensor apparatus and indicating occurrence of an operation of the sensor apparatus; and characterized in that : the circuit is further configured to : acquire the sensor time information based on a predetermined operation of the sensor apparatus that is detected in the image data, which predetermined operation indicates that the occurrence of a play event is detected by the sensor apparatus, wherein the play event is defined as a unit of an action having a certain meaning in a play in sports.
A circuit for driving a capacitive load (L) comprising: an amplifier configured to drive the load (L) based on a filtered input signal (V IN_FILT ), the amplifier comprising at least a boost converter configured to power a driver based on a voltage of a source (VBAT), the driver being configured to receive the filtered input signal (V IN_FILT ) and drive the load (L), a dynamic model configured to track a capacitance of the load (C L ) and configured to provide an output based on the capacitance of the load (C L ), an adaptive filter , configured to filter an input signal (V IN ) based on the output of the dynamic model , and output the filtered input signal (V IN_FILT ), wherein the boost converter is configured to increase a voltage of the filtered input signal (V IN_FILT ) from a lower level to a higher lever (V L ), for driving the load (L), wherein the dynamic model is further configured to track the voltage of the source (V BAT ) for powering at least parts of the circuit and further configured to provide the output based on the capacitance of the load (C L ) and the voltage of the source (V BAT ). an amplifier configured to drive the load (L) based on a filtered input signal (V IN_FILT ), the amplifier comprising at least a boost converter configured to power a driver based on a voltage of a source (VBAT), the driver being configured to receive the filtered input signal (V IN_FILT ) and drive the load (L), a dynamic model configured to track a capacitance of the load (C L ) and configured to provide an output based on the capacitance of the load (C L ), an adaptive filter , configured to filter an input signal (V IN ) based on the output of the dynamic model , and output the filtered input signal (V IN_FILT ), wherein the boost converter is configured to increase a voltage of the filtered input signal (V IN_FILT ) from a lower level to a higher lever (V L ), for driving the load (L), wherein the dynamic model is further configured to track the voltage of the source (V BAT ) for powering at least parts of the circuit and further configured to provide the output based on the capacitance of the load (C L ) and the voltage of the source (V BAT ).
A cassette for storage of medical instruments , the cassette comprising at least one spring sheet including at least one holding means for retaining a medical instrument therein, the holding means comprising an aperture forming a passage through the spring sheet for receiving the medical instrument and at least one spring element provided adjacent to the passage for exerting a biasing spring force to retain the medical instrument within the passage , wherein the spring sheet , including the at least one holding means , is made of a metal or a metal alloy, characterized in that the spring sheet further includes, in addition and separately to the at least one holding means , at least one secondary holding means, the at least one secondary holding means being made of a metal or a metal alloy and comprising a through-hole and a cylindrical extension piece , said extension piece having a through-bore comprising an undercut , which undercut allows formation of a snap-fit connection to a complementary protrusion provided on the surface of a further medical instrument , the extension piece being welded or otherwise connected to the spring sheet such that it forms an extension of the spring sheet . at least one spring sheet including at least one holding means for retaining a medical instrument therein, the holding means comprising an aperture forming a passage through the spring sheet for receiving the medical instrument and at least one spring element provided adjacent to the passage for exerting a biasing spring force to retain the medical instrument within the passage , wherein the spring sheet , including the at least one holding means , is made of a metal or a metal alloy, characterized in that the spring sheet further includes, in addition and separately to the at least one holding means , at least one secondary holding means, the at least one secondary holding means being made of a metal or a metal alloy and comprising a through-hole and a cylindrical extension piece , said extension piece having a through-bore comprising an undercut , which undercut allows formation of a snap-fit connection to a complementary protrusion provided on the surface of a further medical instrument , the extension piece being welded or otherwise connected to the spring sheet such that it forms an extension of the spring sheet .
A T cell activating bispecific antigen binding molecule and a PD-1 axis binding antagonist for use in combination in the treatment of cancer, wherein the T cell activating bispecific antigen binding molecule comprises a first Fab fragment capable of specific binding to CD3, a second Fab fragment capable of specific binding to Folate Receptor 1 (FolR1) and an Fc domain, wherein the PD-1 axis binding antagonist inhibits the binding of PD-1 to its ligand binding partners, wherein the PD-1 axis binding antagonist is selected from the group consisting of an anti-PD-1 antibody, an anti-PD-L1 antibody and an anti-PD-L2 antibody.
A method for scheduling communication for accessory devices paired with a source device , the method comprising: by the source device: establishing a first wireless connection with a primary accessory device of a pair of accessory devices; when the primary accessory device supports scheduled communication using time slot masking: obtaining from the primary accessory device communication time slot availability requirements; providing to the primary accessory device a time slot mask that specifies time slot availability requirements for communication between the source device and the primary accessory device over a cycle of time slots; and communicating with the primary accessory device in accordance with the time slot mask, wherein the time slot mask indicates one or more time slots during which the primary accessory device can communicate with a secondary accessory device paired via a second wireless connection. establishing a first wireless connection with a primary accessory device of a pair of accessory devices; when the primary accessory device supports scheduled communication using time slot masking: obtaining from the primary accessory device communication time slot availability requirements; providing to the primary accessory device a time slot mask that specifies time slot availability requirements for communication between the source device and the primary accessory device over a cycle of time slots; and communicating with the primary accessory device in accordance with the time slot mask, wherein the time slot mask indicates one or more time slots during which the primary accessory device can communicate with a secondary accessory device paired via a second wireless connection. obtaining from the primary accessory device communication time slot availability requirements; providing to the primary accessory device a time slot mask that specifies time slot availability requirements for communication between the source device and the primary accessory device over a cycle of time slots; and communicating with the primary accessory device in accordance with the time slot mask, wherein the time slot mask indicates one or more time slots during which the primary accessory device can communicate with a secondary accessory device paired via a second wireless connection.
A belt cleaning device configured to wash a placement face of a conveyance belt endless, the conveyance belt being configured to convey a recording medium placed on the placement face due to circumferential movement of the conveyance belt , the belt cleaning device comprising: a plurality of washers configured to wash the placement face of the conveyance belt while supplying washing liquid to the placement face of the conveyance belt ; a plurality of collectors provided so as to collect the washing liquid supplied to the placement face of the conveyance belt by a respective washer of the plurality of washers ; a plurality of removal members provided for the plurality of collectors , the plurality of removal members each being disposed downstream of the corresponding washer in a circumferential direction of the conveyance belt , the plurality of removal members each being configured to remove a residue remaining on the placement face of the conveyance belt ; a reservoir provided for each of the plurality of collectors , the reservoir being configured to store the washing liquid collected by the corresponding collector ; and an overflow pipe provided to the reservoir , the overflow pipe being configured to maintain the washing liquid stored in the reservoir at a predetermined liquid level, characterized in that the overflow pipe in the reservoir of a washer and respective collector further downstream of the conveyance belt feeds washing liquid into the reservoir of a washer and respective collector further upstream of the conveyance belt . a plurality of washers configured to wash the placement face of the conveyance belt while supplying washing liquid to the placement face of the conveyance belt ; a plurality of collectors provided so as to collect the washing liquid supplied to the placement face of the conveyance belt by a respective washer of the plurality of washers ; a plurality of removal members provided for the plurality of collectors , the plurality of removal members each being disposed downstream of the corresponding washer in a circumferential direction of the conveyance belt , the plurality of removal members each being configured to remove a residue remaining on the placement face of the conveyance belt ; a reservoir provided for each of the plurality of collectors , the reservoir being configured to store the washing liquid collected by the corresponding collector ; and an overflow pipe provided to the reservoir , the overflow pipe being configured to maintain the washing liquid stored in the reservoir at a predetermined liquid level, characterized in that the overflow pipe in the reservoir of a washer and respective collector further downstream of the conveyance belt feeds washing liquid into the reservoir of a washer and respective collector further upstream of the conveyance belt .
A monoclonal antibody or antigen-binding fragment thereof, which immunospecifically binds to a D4/D5 region of human KIT having SEQ ID NO: 15, wherein the antibody comprises: (i) a variable light ("VL") chain region comprising a VL CDR1, VL CDR2, and VL CDR3 having the amino acid sequences of SEQ ID NO: 20, SEQ ID NO: 21, and SEQ ID NO: 22, respectively; and (ii) a variable heavy ("VH") chain region comprising a VH CDR1, VH CDR2, and VH CDR3 having the amino acid sequences of SEQ ID NO: 23, SEQ ID NO: 24, and SEQ ID NO: 25, respectively; wherein the antibody inhibits KIT tyrosine phosphorylation by at least 25% as determined by a solid phase ELISA assay. (i) a variable light ("VL") chain region comprising a VL CDR1, VL CDR2, and VL CDR3 having the amino acid sequences of SEQ ID NO: 20, SEQ ID NO: 21, and SEQ ID NO: 22, respectively; and (ii) a variable heavy ("VH") chain region comprising a VH CDR1, VH CDR2, and VH CDR3 having the amino acid sequences of SEQ ID NO: 23, SEQ ID NO: 24, and SEQ ID NO: 25, respectively;
A combine harvester comprising a chopping device and a distribution apparatus which is arranged downstream of the chopping device and which is driven by at least one drive train and which includes rotatingly driven conveyor elements which receive a flow of crop material issuing from the chopping device and deflect same in order to feed the flow of crop material to a distribution device which is arranged downstream of the respective conveyor element and which is pivotable by means of an actuator about a pivot axis parallel to the longitudinal axis of the combine harvester, wherein the distribution devices can be transferred from at least one operating position into a transport position and vice-versa by pivotal movement about their pivot axis , wherein the distribution devices in the transport position occupy a parallel or almost parallel arrangement with respect to the respective conveyor element , characterised in that the respective distribution device is pivotable through a pivot angle of greater than 170° in the direction of the longitudinal axis of the combine harvester .
A food steamer comprising a food preparation chamber , a steam generator communicating with the food preparation chamber by a steam passageway so that steam is able to flow from the steam generator to the food preparation chamber , and a contaminant prevention means configured to prevent the ingress of contaminants from the food preparation chamber into the steam generator , wherein the contamination prevention means comprises a housing acting as a valve seat and a valve member , wherein the housing is removably mounted to the steam passageway to form part of the steam passageway which extends between the steam generator and the food preparation chamber , wherein the contaminant prevention means is disposed along the steam passageway , characterized in that the contaminant prevention means comprises a handle to ease removal and/or mounting of the contaminant prevention means , and in that the steam generator comprises a boiler and a negative pressure release means configured to allow the flow of air from outside the food steamer into the boiler when a negative pressure is formed in the boiler.
An inductor assembly, comprising: an inductor core defining a central cavity about an axis; windings wrapped about the core with a winding portion disposed in the cavity; a coolant conduit disposed within the inductor core cavity and adjacent the cavity winding portion, wherein the coolant conduit extends from a first end of the cavity toward an opposed second end of the cavity and includes an inlet port and an outlet port in fluid communication with each other through the coolant conduit; a cold plate disposed on an end of the inductor core and having a coolant channel in fluid communication with the inlet port ; an intermediate plate arranged between the cold plate and the inductor core , wherein the intermediate plate includes said inlet port and said outlet port and defines a radially outward extending spiral portion of the coolant conduit connected to the outlet port and axially adjacent an end of the windings ; and at least one gasket seated between the cold plate and the intermediate plate and extending about at least one of the coolant conduit inlet port and outlet port . an inductor core defining a central cavity about an axis; windings wrapped about the core with a winding portion disposed in the cavity; a coolant conduit disposed within the inductor core cavity and adjacent the cavity winding portion, wherein the coolant conduit extends from a first end of the cavity toward an opposed second end of the cavity and includes an inlet port and an outlet port in fluid communication with each other through the coolant conduit; a cold plate disposed on an end of the inductor core and having a coolant channel in fluid communication with the inlet port ; an intermediate plate arranged between the cold plate and the inductor core , wherein the intermediate plate includes said inlet port and said outlet port and defines a radially outward extending spiral portion of the coolant conduit connected to the outlet port and axially adjacent an end of the windings ; and at least one gasket seated between the cold plate and the intermediate plate and extending about at least one of the coolant conduit inlet port and outlet port .
A dual transistor RF power amplifier, said transistors (Q1, Q2) being push-pull controlled field effect transistors, said transistors being configured to operate asymmetrically, meaning that the drain-source currents (IDS1, IDS2) of said transistors in the on state are different, said currents being controlled by the gate voltages (V G1 , V G2 ) of said transistors (Q1, Q2), characterised in that said currents are independently controlled by a control stage and the values of said voltages are based on operating parameters, said amplifier comprising a memory storing the pairs of said values based on said parameters, the memory being accessible to said control stage.
A mirror assembly configured to provide an illuminated reflection of a user, the mirror assembly comprising: a mirror ; at least one light source disposed at a periphery of the mirror ; a light-conveying pathway configured to receive light from the at least one light source and to convey substantially constant light along a periphery of the mirror ; a proximity sensor configured to detect the presence of a user in front of the mirror assembly ; and a controller in electrical communication with the proximity sensor, the controller being configured to activate the at least one light source to illuminate the user when the proximity sensor detects the presence of the user in front of the mirror assembly , and to deactivate the at least one light source if the proximity sensor does not detect the presence and/or movement of the user for a predetermined period of time; characterised in that after the proximity sensor detects the presence of the user, the proximity sensor is configured to have increased sensitivity by increasing the trigger zone distance or by increasing the sensitivity to movement within a trigger zone. a mirror ; at least one light source disposed at a periphery of the mirror ; a light-conveying pathway configured to receive light from the at least one light source and to convey substantially constant light along a periphery of the mirror ; a proximity sensor configured to detect the presence of a user in front of the mirror assembly ; and a controller in electrical communication with the proximity sensor, the controller being configured to activate the at least one light source to illuminate the user when the proximity sensor detects the presence of the user in front of the mirror assembly , and to deactivate the at least one light source if the proximity sensor does not detect the presence and/or movement of the user for a predetermined period of time; characterised in that after the proximity sensor detects the presence of the user, the proximity sensor is configured to have increased sensitivity by increasing the trigger zone distance or by increasing the sensitivity to movement within a trigger zone.
A seal assembly comprising: a support member ; and a plurality of seal sections connected to the support member, characterised in that the support member including a ring portion and a seal portion disposed within the ring portion, the seal portion supporting the plurality of seal sections when the plurality of seal sections is in a folded position, the seal portion and the plurality of seal sections, when in said folded position, defining an opening configured to receive a surgical instrument in a sealed manner, wherein the ring portion, seal portion and the plurality of seal sections are integrally formed. a support member ; and a plurality of seal sections connected to the support member, characterised in that
An identification apparatus comprising: an irradiation portion optically connected to a light source configured to generate light beams of different excitation wavelengths, the irradiation portion configured to irradiate a test sample with the light beams; a light collecting portion configured to collect a scattered light beam from the test sample irradiated with each light beam; a dispersing portion configured to disperse each light beam from the light collecting portion; an imaging lens through which each spectral light beam dispersed by the dispersing portion travels; and an imaging portion comprising an imaging sensor configured to image each spectral light beam projected through the imaging lens and acquire a spectral image, characterised in that : each spectral light beam corresponding to a predetermined wavenumber shift is projected to the imaging sensor of the imaging portion so that a distance (Δf) between a projection position of the spectral light beam corresponding to the predetermined wavenumber shift on the imaging sensor and a changed projection position as a result of the different excitation wavelength is shorter than a distance (Δi) at the imaging lens between an optical path of the spectral light beam corresponding to the predetermined wavenumber shift and a changed optical path as a result of the different excitation wavelength. an irradiation portion optically connected to a light source configured to generate light beams of different excitation wavelengths, the irradiation portion configured to irradiate a test sample with the light beams; a light collecting portion configured to collect a scattered light beam from the test sample irradiated with each light beam; a dispersing portion configured to disperse each light beam from the light collecting portion; an imaging lens through which each spectral light beam dispersed by the dispersing portion travels; and an imaging portion comprising an imaging sensor configured to image each spectral light beam projected through the imaging lens and acquire a spectral image, characterised in that : each spectral light beam corresponding to a predetermined wavenumber shift is projected to the imaging sensor of the imaging portion so that a distance (Δf) between a projection position of the spectral light beam corresponding to the predetermined wavenumber shift on the imaging sensor and a changed projection position as a result of the different excitation wavelength is shorter than a distance (Δi) at the imaging lens between an optical path of the spectral light beam corresponding to the predetermined wavenumber shift and a changed optical path as a result of the different excitation wavelength.
Foot oil consisting of 90.0-99.9 wt% dimethicone, 10.0-0.1 wt% dimethiconol and optionally 1.10 -6 -0.1 wt% additives based on the total amount of foot oil.