mhurhangee/ep-ind-claims huggingface dataset:
A personal mobility device, comprising: a first rear leg; a second rear leg; a first front leg pivotably connected to the first rear leg by a first hub, wherein the first hub has a first state, wherein the first rear leg and the first front leg are locked in an open configuration; a second state, wherein the first rear leg and the first front leg are locked in a closed configuration; and a third state, wherein the first rear leg and the first front leg are unlocked to pivot between the open configuration and the closed configuration; a second front leg pivotably connected to the second rear leg by a second hub, wherein the second hub has a first state, wherein the second rear leg and the second front leg are locked in an open configuration; a second state, wherein the second rear leg and the second front leg are locked in a closed configuration; and a third state, wherein the second rear leg and second front leg are unlocked to pivot between the open configuration and the closed configuration; and a handle, having a loop shape and including a grip portion, slidably mounted within the first hub and the second hub such that a height of the grip portion is adjustable, wherein sliding the handle through the first hub toggles the first hub between either the first state or the second state and the third state, and sliding the handle through the second hub toggles the second hub between either the first state or the second state and the third state. a first rear leg; a second rear leg; a first front leg pivotably connected to the first rear leg by a first hub, wherein the first hub has a first state, wherein the first rear leg and the first front leg are locked in an open configuration; a second state, wherein the first rear leg and the first front leg are locked in a closed configuration; and a third state, wherein the first rear leg and the first front leg are unlocked to pivot between the open configuration and the closed configuration; a second front leg pivotably connected to the second rear leg by a second hub, wherein the second hub has a first state, wherein the second rear leg and the second front leg are locked in an open configuration; a second state, wherein the second rear leg and the second front leg are locked in a closed configuration; and a third state, wherein the second rear leg and second front leg are unlocked to pivot between the open configuration and the closed configuration; and a handle, having a loop shape and including a grip portion, slidably mounted within the first hub and the second hub such that a height of the grip portion is adjustable, wherein sliding the handle through the first hub toggles the first hub between either the first state or the second state and the third state, and sliding the handle through the second hub toggles the second hub between either the first state or the second state and the third state.
A data transmission method in a wireless communication system, the method comprising: performing, by a first base station, a channel sensing, to identify whether a channel in an unlicensed frequency band is idle; transmitting, by the first base station, in a symbol where the channel sensing has completed, based on the channel being idle in the unlicensed frequency band, a first reservation signal for reserving the unlicensed frequency band for transmitting data before arrival of a next symbol for a first data transmission, the first reservation signal is transmitted via a first communication technology; and transmitting, by the first base station, the first data to a terminal in the unlicensed frequency band during the next symbol and after transmitting the first reservation signal, the first data is transmitted via a second communication technology different from the first communication technology, wherein, based on the transmission of the first reservation signal being identified by a second base station using at least one of a basic service set identifier, BSSID, a service set identifier, SSID, or an X2 interface message, included in the first reservation signal, second data is transmitted to a second terminal, by the second base station, in the next symbol arriving after the symbol transmitting the first reservation signal without transmitting an own channel reservation signal for the second base station. performing, by a first base station, a channel sensing, to identify whether a channel in an unlicensed frequency band is idle; transmitting, by the first base station, in a symbol where the channel sensing has completed, based on the channel being idle in the unlicensed frequency band, a first reservation signal for reserving the unlicensed frequency band for transmitting data before arrival of a next symbol for a first data transmission, the first reservation signal is transmitted via a first communication technology; and transmitting, by the first base station, the first data to a terminal in the unlicensed frequency band during the next symbol and after transmitting the first reservation signal, the first data is transmitted via a second communication technology different from the first communication technology, wherein, based on the transmission of the first reservation signal being identified by a second base station using at least one of a basic service set identifier, BSSID, a service set identifier, SSID, or an X2 interface message, included in the first reservation signal, second data is transmitted to a second terminal, by the second base station, in the next symbol arriving after the symbol transmitting the first reservation signal without transmitting an own channel reservation signal for the second base station.
A method for producing zwitterionic monomers having variable charge distance m between an anionic group and a cationic group, characterized in that zwitterionic sulfonated N,N -alkylated amino alcohols are esterified with acrylic acid or methacrylic acid in acrylic acid or methacrylic acid in the presence of a further acid.
A method for wireless communication, comprising: determining that one or more reference enhanced transport format combination, E-TFC, indicators, E-TFCIs, for high speed uplink packet access, HSUPA, is/are outside of a valid range of reference E-TFCIs, characterized by: identifying a lowest reference E-TFCI outside the valid range of E-TFCIs; determining a gain factor for an E-TFC associated with an E-TFCI inside the valid range of E-TFCIs based in part on the identified lowest reference E-TFCI outside the valid range of E-TFCIs; and transmitting a signal at a power level that is based on the gain factor. determining that one or more reference enhanced transport format combination, E-TFC, indicators, E-TFCIs, for high speed uplink packet access, HSUPA, is/are outside of a valid range of reference E-TFCIs, characterized by: identifying a lowest reference E-TFCI outside the valid range of E-TFCIs; determining a gain factor for an E-TFC associated with an E-TFCI inside the valid range of E-TFCIs based in part on the identified lowest reference E-TFCI outside the valid range of E-TFCIs; and transmitting a signal at a power level that is based on the gain factor. identifying a lowest reference E-TFCI outside the valid range of E-TFCIs; determining a gain factor for an E-TFC associated with an E-TFCI inside the valid range of E-TFCIs based in part on the identified lowest reference E-TFCI outside the valid range of E-TFCIs; and transmitting a signal at a power level that is based on the gain factor.
A surface modification method for a thermoplastic elastomer or a vulcanized rubber which is an obj ect to be modified, comprising the steps of: forming a hydroxyl group on a surface of said object to be modified in a manner such that a water contact angle of the surface becomes 8 to 50 degrees smaller than a value of a water contact angle in an untreated, or unmodified condition; forming a polymerization initiation site by subjecting said hydroxyl group to the action of a secondary or tertiary organic halide; and growing a polymer brush on the surface of said object to be modified by subjecting a monomer to radical polymerization from said polymerization initiation site acting as a point of initiation for polymerization. forming a hydroxyl group on a surface of said object to be modified in a manner such that a water contact angle of the surface becomes 8 to 50 degrees smaller than a value of a water contact angle in an untreated, or unmodified condition; forming a polymerization initiation site by subjecting said hydroxyl group to the action of a secondary or tertiary organic halide; and growing a polymer brush on the surface of said object to be modified by subjecting a monomer to radical polymerization from said polymerization initiation site acting as a point of initiation for polymerization.
An information processing system, comprising: a plurality of information processing devices, each having selectable functions and comprising a rechargeable power supply and a processor; and a store server configured to: receive usage frequency data for each selectable function from each information processing device; aggregate the usage frequency data for each selectable function received from all the information processing devices; calculate a usage frequency over a time period for each selectable function based on the aggregated usage frequency data; and send the calculated usage frequency for each selectable function to each information processing device, wherein the processor of each information processing device is configured to: acquire a present charge level of the rechargeable power supply, and determine to restrict an availability of a selectable function based on the calculated usage frequency of each selectable function sent from the store server and the present charge level. a plurality of information processing devices, each having selectable functions and comprising a rechargeable power supply and a processor; and a store server configured to: receive usage frequency data for each selectable function from each information processing device; aggregate the usage frequency data for each selectable function received from all the information processing devices; calculate a usage frequency over a time period for each selectable function based on the aggregated usage frequency data; and send the calculated usage frequency for each selectable function to each information processing device, receive usage frequency data for each selectable function from each information processing device; aggregate the usage frequency data for each selectable function received from all the information processing devices; calculate a usage frequency over a time period for each selectable function based on the aggregated usage frequency data; and send the calculated usage frequency for each selectable function to each information processing device, wherein the processor of each information processing device is configured to: acquire a present charge level of the rechargeable power supply, and determine to restrict an availability of a selectable function based on the calculated usage frequency of each selectable function sent from the store server and the present charge level. acquire a present charge level of the rechargeable power supply, and determine to restrict an availability of a selectable function based on the calculated usage frequency of each selectable function sent from the store server and the present charge level.
An apparatus for holding a disposable medical item for blood treatment, comprising - a mounting means configured to rotatably mount the disposable item - a drive means configured to rotate the rotatably mounted disposable item about a longitudinal axis extending substantially in a direction in which blood flows through the disposable item during operation of the disposable item, and - a control means configured to control the drive means, characterized in that - the apparatus further comprises a sensor means configured to detect a rotation of the rotatably mounted disposable item about at least the longitudinal axis and to output corresponding sensor data, - the control means is further configured to process the sensor data output by the sensor means, - the sensor means comprises an optical sensor which is configured to detect a mark located on the disposable item during and/or after the rotation of the disposable item about the longitudinal axis and to output corresponding first sensor data, and - the control means is configured to determine, on the basis of the first sensor data output by the optical sensor, information relating to the rotation and/or the rotational position of the disposable item with respect to the longitudinal axis. - a mounting means configured to rotatably mount the disposable item - a drive means configured to rotate the rotatably mounted disposable item about a longitudinal axis extending substantially in a direction in which blood flows through the disposable item during operation of the disposable item, and - a control means configured to control the drive means, characterized in that - the apparatus further comprises a sensor means configured to detect a rotation of the rotatably mounted disposable item about at least the longitudinal axis and to output corresponding sensor data, - the control means is further configured to process the sensor data output by the sensor means, - the sensor means comprises an optical sensor which is configured to detect a mark located on the disposable item during and/or after the rotation of the disposable item about the longitudinal axis and to output corresponding first sensor data, and - the control means is configured to determine, on the basis of the first sensor data output by the optical sensor, information relating to the rotation and/or the rotational position of the disposable item with respect to the longitudinal axis.
Composition for oral use in granular or microgranular form consisting of coenzyme Q10 and/or ubiquinol in a weight percentage from 10% to 20 %, piperine in a weight percentage from 0.02% to 0.5%, optionally curcumin in a weight percentage from 2% to 50% and maltodextrin as a suitable nutritionally acceptable excipient, in the absence of other excipients.
A method for measuring a set of parameters of a MOS type transistor on SOI (Silicon On Insulator) type substrate, said set of parameters including at least the flat band voltage (Vfb) at the rear face of the buried oxide (DGAR), said method comprising the following steps of: - applying a main direct voltage Vbs and an alternating voltage v(t) to the rear face of the substrate of the transistor, the main direct voltage Vbs being able to cover a predetermined value range; - measuring the electric current Ig(t) from the front face gate and determining the capacitance Cbg between the rear face of the substrate of the transistor and the front face gate from this measurement, so as to obtain the characteristic Cbg(Vbs); - from the characteristic Cbg(Vbs) determining (CARAC) the characteristic Cbg(Vgb), Vgb being the voltage between the front face gate and the rear face gate; - determining the set of parameters by making adjustment between the characteristic Cbg(Vgb) and a theoretical model describing the behaviour of an MOS type transistor on bulk substrate, said adjustment being limited to the range of Vgb values for which the channel of the transistor is in depletion mode. - applying a main direct voltage Vbs and an alternating voltage v(t) to the rear face of the substrate of the transistor, the main direct voltage Vbs being able to cover a predetermined value range; - measuring the electric current Ig(t) from the front face gate and determining the capacitance Cbg between the rear face of the substrate of the transistor and the front face gate from this measurement, so as to obtain the characteristic Cbg(Vbs); - from the characteristic Cbg(Vbs) determining (CARAC) the characteristic Cbg(Vgb), Vgb being the voltage between the front face gate and the rear face gate; - determining the set of parameters by making adjustment between the characteristic Cbg(Vgb) and a theoretical model describing the behaviour of an MOS type transistor on bulk substrate, said adjustment being limited to the range of Vgb values for which the channel of the transistor is in depletion mode.
A minimally-invasive device for the endourologic treatment, comprising a tubular conduit, longitudinally flexible, intended to be inserted through and cross the operating channel of an endoscope, wherein said tubular conduit: - internally defines a substantially non-deformable lumen, - has a portion, that in operation is the proximal one, comprising a connector for the connection to suction means, - has a portion, that in operation is the distal one, intended to project from the distal tip of said endoscope, - internally delimits a suction conduit within which at least one tool (33, 41) used in the endourologic treatment can be removably inserted, and wherein said device further comprises an inner guide which can be removably inserted within said tubular conduit to carry out the insertion of said tubular conduit within the operating channel of the endoscope, said guide comprising a rod that is provided at its distal end with means for keeping the tubular conduit extended during the insertion thereof within the operating channel of an endoscope. - internally defines a substantially non-deformable lumen, - has a portion, that in operation is the proximal one, comprising a connector for the connection to suction means, - has a portion, that in operation is the distal one, intended to project from the distal tip of said endoscope, - internally delimits a suction conduit within which at least one tool (33, 41) used in the endourologic treatment can be removably inserted, and wherein said device further comprises an inner guide which can be removably inserted within said tubular conduit to carry out the insertion of said tubular conduit within the operating channel of the endoscope, said guide comprising a rod that is provided at its distal end with means for keeping the tubular conduit extended during the insertion thereof within the operating channel of an endoscope.
Adjustment head for a hoisting device and intended for releasable connection with the free end of the hoisting device, said adjustment head comprising mechanisms for three-dimensional adjustment of the adjustment head independently from adjustment means of the hoisting device, said mechanisms comprising: - a tilt mechanism (10, 13, and 15) providing extension and tilting in a vertical plane by means of an extendable boom and piston means operating a linkage around a pivot point, and - actuators (11, 12) providing rotation around each axis thereof; said axes being oriented perpendicular to each other, characterized in that the adjustment head further comprises a lateral sliding mechanism, e.g. a gear rack, providing a sliding movement of the adjustment head perpendicular to the longitudinal direction of said head. - a tilt mechanism (10, 13, and 15) providing extension and tilting in a vertical plane by means of an extendable boom and piston means operating a linkage around a pivot point, and - actuators (11, 12) providing rotation around each axis thereof; said axes being oriented perpendicular to each other,
A surgical drape for covering a patient and a transrectal device during a surgical treatment of the patient, the drape comprising: a canopy portion sized and shaped to at least partially cover a proximal portion of the transrectal device, the canopy portion configured to permit a user to manipulate the transrectal device through the canopy portion; a torso portion coupled to the canopy portion, the torso portion sized and shaped to cover at least a portion of a torso of the patient; a container having an opening and configured to receive and store waste including bodily fluids, surgical-related fluids, tissue or debris generated during the surgical treatment; and a fenestration adjacent to the canopy portion to allow access to the patient's urethra. a canopy portion sized and shaped to at least partially cover a proximal portion of the transrectal device, the canopy portion configured to permit a user to manipulate the transrectal device through the canopy portion; a torso portion coupled to the canopy portion, the torso portion sized and shaped to cover at least a portion of a torso of the patient; a container having an opening and configured to receive and store waste including bodily fluids, surgical-related fluids, tissue or debris generated during the surgical treatment; and a fenestration adjacent to the canopy portion to allow access to the patient's urethra.
Egg conveyor assembly comprising: - a first endless conveyor comprising at least one lane of egg retainers that extends in a first conveyor direction on a first height level, - a second endless conveyor comprising at least one lane of egg retainers that extends in a second conveyor direction on a second height level, wherein the first conveyor direction and second conveyor direction are substantially perpendicular, and - a transfer device adapted to transfer eggs from the first conveyor to the second conveyor and comprising an array of egg retainers, said array having at least one row of egg retainers, wherein each row has a number of egg retainers that corresponds to the number of lanes of the first conveyor, and which array furthermore has a number of rows that corresponds to the number of lanes of the second conveyor, wherein the first conveyor and second conveyor cross each other, wherein the first height level is above the second height level, and the egg retainers of the transfer device comprise pockets having a receiving opening at an upper end thereof to receive the eggs from above from the first conveyor, and are adapted to release the eggs at a lower end to drop the eggs in the egg retainers of the second conveyor, and characterized in that the transfer device is movable in the first conveyor direction and in the second conveyor direction in a plane on a height level between the first height level and second height level. - a first endless conveyor comprising at least one lane of egg retainers that extends in a first conveyor direction on a first height level, - a second endless conveyor comprising at least one lane of egg retainers that extends in a second conveyor direction on a second height level, wherein the first conveyor direction and second conveyor direction are substantially perpendicular, and - a transfer device adapted to transfer eggs from the first conveyor to the second conveyor and comprising an array of egg retainers, said array having at least one row of egg retainers, wherein each row has a number of egg retainers that corresponds to the number of lanes of the first conveyor, and which array furthermore has a number of rows that corresponds to the number of lanes of the second conveyor, the first conveyor and second conveyor cross each other, wherein the first height level is above the second height level, and the egg retainers of the transfer device comprise pockets having a receiving opening at an upper end thereof to receive the eggs from above from the first conveyor, and are adapted to release the eggs at a lower end to drop the eggs in the egg retainers of the second conveyor, and characterized in that the transfer device is movable in the first conveyor direction and in the second conveyor direction in a plane on a height level between the first height level and second height level.