mhurhangee/ep-ind-claims huggingface dataset:
A system for determining a rotational orientation of a lead for use in electrostimulation of a body tissue, wherein the lead has a longitudinal lead axis and a marker configured to identify a rotational orientation about a longitudinal axis of the lead, the system comprising: a data input circuit configured to receive image data of at least a portion of the lead including image data of the marker; a template receiver circuit (420, 720) configured to receive at least one template of the lead having a specified rotational orientation, the at least one template including a reference data cube (X R) of the marker and a reference marker direction vector ( v R) indicative of the specified rotational orientation of the lead about the longitudinal axis; a lead orientation estimator circuit (430, 730), and an output unit configured to produce a graphical representation of the lead and at least the estimated target marker direction vector; characterized in that the lead orientation estimator circuit includes: a marker recognition circuit (432, 732) configured to produce a target data cube (X T) of the marker using the image data of the marker; a data registration circuit configured to register the reference data cube (X R) to the target data cube (X T) to produce a transformation operator (Φ) for transforming X R into a transformed reference data cube Φ(X R) that matches X T within a specified margin; and an estimator circuit (436, 736) configured to estimate the rotational orientation of the lead using the reference marker direction vector ( v R) and the determined transformation operator (Φ). a data input circuit configured to receive image data of at least a portion of the lead including image data of the marker; a template receiver circuit (420, 720) configured to receive at least one template of the lead having a specified rotational orientation, the at least one template including a reference data cube (X R) of the marker and a reference marker direction vector ( v R) indicative of the specified rotational orientation of the lead about the longitudinal axis; a lead orientation estimator circuit (430, 730), and an output unit configured to produce a graphical representation of the lead and at least the estimated target marker direction vector; a marker recognition circuit (432, 732) configured to produce a target data cube (X T) of the marker using the image data of the marker; a data registration circuit configured to register the reference data cube (X R) to the target data cube (X T) to produce a transformation operator (Φ) for transforming X R into a transformed reference data cube Φ(X R) that matches X T within a specified margin; and an estimator circuit (436, 736) configured to estimate the rotational orientation of the lead using the reference marker direction vector ( v R) and the determined transformation operator (Φ).
Grand date calendar display device for a watch movement including a first disc and a second disc, said first and second discs (M1, M2) being arranged to display, on certain dates, first date values through a combination of symbols borne by said first disc and symbols borne by said second disc, and on other dates, second date values only through the symbols borne by said second disc, said first disc being a modified units display disc, bearing a first series of symbols comprising a first sequence of at most nine first consecutive units numerals, said first series of symbols being truncated by at least one second units numeral with respect to the complete series of ten units, said second disc being a modified tens display disc comprising a second series of symbols for the display of at least the tens of said date, including at least one combination of two numerals formed by a tens numeral (d) and one said second units numeral, characterised in that said first series of symbols of said first disc is truncated by a sequence of a plurality of second consecutive units numerals starting with the numeral "0" with respect to the complete series of ten units.
A grass cutting device comprising a body equipped with a support for a set of cutting elements which are separate from each other and arranged along a peripheral edge of the support in such a way that they project outwards from it, wherein the body also comprises a set of guard elements arranged along said peripheral edge in such a way that between one of the cutting elements and another there is at least one of the guard elements, wherein each portion of the peripheral edge, interposed between two guard element, adopts a substantially curved profile, with the concavity facing outwards away from the body, characterized in that each of the cutting elements is positioned substantially at the centre of each of said portions of the edge which have a substantially curved profile with the concavity facing outwards.
A radio terminal configured to communicate with a radio base station, the radio terminal comprising: a receiver; a transmitter; a memory; measurement unit; and at least one processor configured to: control the measurement unit to detect radio link failure; control the memory to store measurement results related to the radio link failure; control the transmitter to transmit, to the radio base station, a status of the radio terminal, the status being related to the measurement results; control the receiver to receive, from the radio base station, a report request for a report of the measurement results, after transmitting the status; and control the transmitter to transmit, to the radio base station, the report of the measurement results in response to the report request. a receiver; a transmitter; a memory; measurement unit; and at least one processor configured to: control the measurement unit to detect radio link failure; control the memory to store measurement results related to the radio link failure; control the transmitter to transmit, to the radio base station, a status of the radio terminal, the status being related to the measurement results; control the receiver to receive, from the radio base station, a report request for a report of the measurement results, after transmitting the status; and control the transmitter to transmit, to the radio base station, the report of the measurement results in response to the report request. control the measurement unit to detect radio link failure; control the memory to store measurement results related to the radio link failure; control the transmitter to transmit, to the radio base station, a status of the radio terminal, the status being related to the measurement results; control the receiver to receive, from the radio base station, a report request for a report of the measurement results, after transmitting the status; and control the transmitter to transmit, to the radio base station, the report of the measurement results in response to the report request.
An ultrasonic surgical assembly connectable to an ultrasonic surgical handle (1308; 1800; 2101; 2301; 2514; 3901) having an ultrasonic waveguide (318; 1310; 2504; 2508; 4402), the assembly comprising: an exterior body defining an internal compartment and having a connection operable to removably secure the body in a body-holding compartment within the ultrasonic surgical handle (1308; 1800; 2101; 2301; 2508; 2514, 3901); an ultrasonic-movement-generation assembly (1302; 1402; 2000; 2303; 2502; 4404) disposed in the internal compartment and having an output couple (1504; 1508; 1610; 4206) removably attachable to the ultrasonic waveguide (318; 1310; 2508; 4402); characterized by the said movement-generation assembly (1302,1402,2000,2303,2502,4404) being cordless and operable to dynamically produce a resonant wave along the ultrasonic waveguide (318; 1310; 2508; 4402); and a battery (304; 2002; 3902) disposed in the internal compartment and electrically connected to and powering the ultrasonic-movement-generation assembly (1302; 1402; 2000; 2004; 2006; 2303; 2502; 4404). an exterior body defining an internal compartment and having a connection operable to removably secure the body in a body-holding compartment within the ultrasonic surgical handle (1308; 1800; 2101; 2301; 2508; 2514, 3901); an ultrasonic-movement-generation assembly (1302; 1402; 2000; 2303; 2502; 4404) disposed in the internal compartment and having an output couple (1504; 1508; 1610; 4206) removably attachable to the ultrasonic waveguide (318; 1310; 2508; 4402); characterized by the said movement-generation assembly (1302,1402,2000,2303,2502,4404) being cordless and operable to dynamically produce a resonant wave along the ultrasonic waveguide (318; 1310; 2508; 4402); and a battery (304; 2002; 3902) disposed in the internal compartment and electrically connected to and powering the ultrasonic-movement-generation assembly (1302; 1402; 2000; 2004; 2006; 2303; 2502; 4404).
A computer-implemented method comprising: receiving (c; 303) an audio signal at a server; performing (d; 304), by the server, speech recognition on the audio signal to identify one or more candidate terms (118a - 118d) that match one or more portions of the audio signal; identifying (e; 306), by the server, one or more possible intended actions for each candidate term (118a - 118d); generating a list of candidate term / action pairs (124a - 124e) based on the identified candidate terms (118a - 118d) and possible intended actions; providing (k; 308) information for display in a list area of a user interface on a client device, the information including the list of candidate term / action pairs (124a - 124e); receiving (m; 310) from the client device an indication of a candidate term / action pair (124a - 124e) selected by a user, wherein the candidate term / action pair (124a - 124e) was selected from among the candidate term / action pairs (124a - 124e) included in the provided information; and invoking (n; 312) an action corresponding to the candidate term / action pair (124a - 124e) selected by the user. receiving (c; 303) an audio signal at a server; performing (d; 304), by the server, speech recognition on the audio signal to identify one or more candidate terms (118a - 118d) that match one or more portions of the audio signal; identifying (e; 306), by the server, one or more possible intended actions for each candidate term (118a - 118d); generating a list of candidate term / action pairs (124a - 124e) based on the identified candidate terms (118a - 118d) and possible intended actions; providing (k; 308) information for display in a list area of a user interface on a client device, the information including the list of candidate term / action pairs (124a - 124e); receiving (m; 310) from the client device an indication of a candidate term / action pair (124a - 124e) selected by a user, wherein the candidate term / action pair (124a - 124e) was selected from among the candidate term / action pairs (124a - 124e) included in the provided information; and invoking (n; 312) an action corresponding to the candidate term / action pair (124a - 124e) selected by the user.
A signal measurement method, characterized by comprising: sending, by a base station controller, a message to instruct a base station to measure an uplink signal of a terminal device in a to-be-measured sector in a target super cell, wherein the terminal device receives or sends a signal on a relay layer channel of the target super cell, so that the base station measures, according to the message, the uplink signal on a physical channel corresponding to the relay layer channel in the to-be-measured sector, obtains an uplink measurement result of the to-be-measured sector, and reports the uplink measurement result to the base station controller; and acquiring, by the base station controller, the uplink measurement result of the to-be-measured sector, wherein the target super cell comprises at least two sectors, the at least two sectors comprise at least one relay layer channel, and the relay layer channel comprises a standalone dedicated control channel, SDCCH, with a same time-frequency resource or a physical random access channel, PRACH, with a same time-frequency resource. sending, by a base station controller, a message to instruct a base station to measure an uplink signal of a terminal device in a to-be-measured sector in a target super cell, wherein the terminal device receives or sends a signal on a relay layer channel of the target super cell, so that the base station measures, according to the message, the uplink signal on a physical channel corresponding to the relay layer channel in the to-be-measured sector, obtains an uplink measurement result of the to-be-measured sector, and reports the uplink measurement result to the base station controller; and acquiring, by the base station controller, the uplink measurement result of the to-be-measured sector, wherein the target super cell comprises at least two sectors, the at least two sectors comprise at least one relay layer channel, and the relay layer channel comprises a standalone dedicated control channel, SDCCH, with a same time-frequency resource or a physical random access channel, PRACH, with a same time-frequency resource.
Pneumatic vehicle tyre having a tread, • wherein the tread has a tread segment that is arranged radially on the outside, • wherein the tread segment has a material strip that is arranged helically in windings approximately in the circumferential direction, • wherein, in the region of the tread segment, the material strip has at least two layers (8, 9) in the longitudinal direction of the material strip, • wherein the first layer is formed from a first rubber compound and the second layer is formed from a second rubber compound, different from the first, • wherein the first layer and the second layer connect the radially outer surface of the tread segment to the radially inner surface of the tread segment and • wherein in the vulcanized state, the second rubber compound has a Shore A hardness that is greater than the Shore A hardness of the first rubber compound by at least 2 Shore A, preferably by 4 Shore A to 12 Shore A, determined at room temperature in accordance with DIN ISO 7619-1, characterized in that, • in the vulcanized state, the first and the second rubber compounds have stress values, determined at 300% elongation at room temperature in accordance with DIN 53504, which differ by at most 2% from one another, wherein the respectively lower value is taken as 100%. • wherein the tread has a tread segment that is arranged radially on the outside, • wherein the tread segment has a material strip that is arranged helically in windings approximately in the circumferential direction, • wherein, in the region of the tread segment, the material strip has at least two layers (8, 9) in the longitudinal direction of the material strip, • wherein the first layer is formed from a first rubber compound and the second layer is formed from a second rubber compound, different from the first, • wherein the first layer and the second layer connect the radially outer surface of the tread segment to the radially inner surface of the tread segment and • wherein in the vulcanized state, the second rubber compound has a Shore A hardness that is greater than the Shore A hardness of the first rubber compound by at least 2 Shore A, preferably by 4 Shore A to 12 Shore A, determined at room temperature in accordance with DIN ISO 7619-1, characterized in that, • in the vulcanized state, the first and the second rubber compounds have stress values, determined at 300% elongation at room temperature in accordance with DIN 53504, which differ by at most 2% from one another, wherein the respectively lower value is taken as 100%.
(Currently Amended) A toner fixing apparatus for a wet-type electrophotographic printing device using a developing liquid comprised of a liquid toner and a carrier liquid, the toner fixing apparatus comprising: a provisional fixing portion provided with a provisional fixing component having an infrared heater; a main fixing portion provided downstream in a web flow of the provisional fixing portion and having one or a plurality of main fixing units for nipping a web using a plurality of rollers (31, 32) provided with a heat roller; and an air flow formation apparatus (23, 24) forming an air flow along the web to discharge a vapor of the carrier liquid vaporized from the web by infrared radiation from the infrared heater of the provisional fixing component, characterized in that the web extends in a vertical direction in such that the provisional fixing region for irradiating infrared radiation from the infrared heater of the provisional fixing component forming an upstream end of web flow is an upper end and a downstream end of web flow is a lower end with respect to the longitudinal direction of the web, and as the air flow formation apparatus (23, 24), there is a fan making air flow along the provisional fixing region by blowing air upwardly from a lower side of the provisional fixing region and/or a blower positioned upstream of the provisional fixing region, wherein the blower makes air flow along the provisional fixing region by drawing air. a provisional fixing portion provided with a provisional fixing component having an infrared heater; a main fixing portion provided downstream in a web flow of the provisional fixing portion and having one or a plurality of main fixing units for nipping a web using a plurality of rollers (31, 32) provided with a heat roller; and an air flow formation apparatus (23, 24) forming an air flow along the web to discharge a vapor of the carrier liquid vaporized from the web by infrared radiation from the infrared heater of the provisional fixing component, characterized in that the web extends in a vertical direction in such that the provisional fixing region for irradiating infrared radiation from the infrared heater of the provisional fixing component forming an upstream end of web flow is an upper end and a downstream end of web flow is a lower end with respect to the longitudinal direction of the web, and as the air flow formation apparatus (23, 24), there is a fan making air flow along the provisional fixing region by blowing air upwardly from a lower side of the provisional fixing region and/or a blower positioned upstream of the provisional fixing region, wherein the blower makes air flow along the provisional fixing region by drawing air.
Use of a composition comprising - one or more solid disrupting particles; - at least one enzyme for enzymatic lysis; - at least one chaotropic agent in a total concentration equal to or less than 1M; and preferably - at least one buffer for disrupting human and animal derived solid tissue material. - one or more solid disrupting particles; - at least one enzyme for enzymatic lysis; - at least one chaotropic agent in a total concentration equal to or less than 1M; and preferably - at least one buffer
A method for wireless communication, comprising: identifying a first user equipment, UE, located within coverage of a first base station and communicating with the first base station, wherein the first base station is a femto base station; delaying the transmit timing of the first base station relative to a transmit timing of a second base station in communication with a second UE by an amount of a macro propagation delay, whereby the second UE is within the coverage of the first base station, and wherein the second base station is a macro base station; and advancing transmit timing of the first UE relative to transmit timing of the first base station by an amount of twice the macro propagation delay, the macro propagation delay being the delay between the second base station and the second UE, or the delay between the second base station and the first UE, or the delay between the second base station and the first base station. identifying a first user equipment, UE, located within coverage of a first base station and communicating with the first base station, wherein the first base station is a femto base station; delaying the transmit timing of the first base station relative to a transmit timing of a second base station in communication with a second UE by an amount of a macro propagation delay, whereby the second UE is within the coverage of the first base station, and wherein the second base station is a macro base station; and advancing transmit timing of the first UE relative to transmit timing of the first base station by an amount of twice the macro propagation delay, the macro propagation delay being the delay between the second base station and the second UE, or the delay between the second base station and the first UE, or the delay between the second base station and the first base station.
Separating element consisting of a panel to which are fastened feet projecting from the lower edge of the panel for disposing the latter on a shelf base, wherein the panel has a rectangular central region on the horizontal peripheries of which horizontal tubular portions are in each case integrally moulded, and on the vertical peripheries of which vertical tubular portions are in each case integrally moulded, wherein each foot is a portion of a wire of straight and curved wire portions, and wherein the wire extends by way of a first wire portion into one of the horizontal tubular portions, and by way of a second wire portion into one of the vertical tubular portions. wherein each foot is a portion of a wire of straight and curved wire portions, and wherein the wire extends by way of a first wire portion into one of the horizontal tubular portions, and by way of a second wire portion into one of the vertical tubular portions.
Sliding side wall panel for railway wagons, consisting of at least one upper and one lower horizontal waling member as well as a left and right vertical side edge profile, at least one cover element cladding the side wall panel and at least one vertical transverse profile connecting an upper and a lower waling member, wherein the horizontal waling members (1, 2) and the vertical side edge profiles (3, 4) are configured as hollow sections and connected to a supporting frame by welded joints, at least one transverse profile is configured as a hat section with lateral joint flanges, and the at least one cover element is mounted on the side oriented towards the wagon interior of the framework constructed from the supporting frame and the at least one transverse profile, characterised in that each transverse profile is connected to the upper or lower waling member of the supporting frame by means of full-seam welded joints, wherein the joining areas of each joint flange are aligned flush with an inner surface defined on the waling member to form a flat supporting surface and the cover element is bonded to the supporting surface formed by the joining areas of the joint flange and the inner surface.