mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a second audio signal to be distributed on a second set of channels based on a first audio signal present on a first set of channels, comprising: - receiving the first audio signal; - decomposing the first audio signal into audio components according to a set of spectral bands; - receiving a set of spectral mapping data for mapping the spectral band audio components of the first audio signal in the first set of channels onto corresponding spectral bands of the second set of channels, wherein the set of spectral mapping data represent ratios of the band-based output-to-input signal level and the set of spectral mapping data are provided for each temporal period indicating a transform window and transform windows are overlapped at particular time (t), and the set of spectral mapping data are time varying coefficients that are defined in an encoding process; - producing the second audio signal by mapping, by using the set of spectral mapping data, the audio components of the first audio signal in the spectral bands of the first set of channels onto corresponding spectral bands of the second set of channels, wherein the second set of channels has a different number of channels from that of the first set of channels; wherein the method further comprises the step of deriving, by using linear interpolation, more spectral mapping data based on the received spectral mapping data. - receiving the first audio signal; - decomposing the first audio signal into audio components according to a set of spectral bands; - receiving a set of spectral mapping data for mapping the spectral band audio components of the first audio signal in the first set of channels onto corresponding spectral bands of the second set of channels, wherein the set of spectral mapping data represent ratios of the band-based output-to-input signal level and the set of spectral mapping data are provided for each temporal period indicating a transform window and transform windows are overlapped at particular time (t), and the set of spectral mapping data are time varying coefficients that are defined in an encoding process; - producing the second audio signal by mapping, by using the set of spectral mapping data, the audio components of the first audio signal in the spectral bands of the first set of channels onto corresponding spectral bands of the second set of channels, wherein the second set of channels has a different number of channels from that of the first set of channels;
A catheter comprising: a sheath that is inserted into a lumen; a drive shaft that is inserted into the sheath and transmits mechanical drive force; a hub that moves the drive shaft in an axial direction of the sheath by holding and moving the drive shaft; an outer tube that is provided in the sheath on a proximal side and comprises a first connector at a proximal portion; an inner tube that is provided in the hub on a distal side and moves relatively to the outer tube inside the outer tube in accordance with a movement of the hub; a second connector that can be connected to and disconnected from the first connector and comprises a pass-through port which can receive the inner tube; a sheath connection portion that connects the sheath and the outer tube; characterised in that it also has a protective tube that protrudes toward the distal side further than the inner tube, accommodates the drive shaft, can be inserted into the outer tube and the sheath, and can be pulled out of the outer tube together with the hub and the inner tube as the second connector is disconnected from the first connector. a sheath that is inserted into a lumen; a drive shaft that is inserted into the sheath and transmits mechanical drive force; a hub that moves the drive shaft in an axial direction of the sheath by holding and moving the drive shaft; an outer tube that is provided in the sheath on a proximal side and comprises a first connector at a proximal portion; an inner tube that is provided in the hub on a distal side and moves relatively to the outer tube inside the outer tube in accordance with a movement of the hub; a second connector that can be connected to and disconnected from the first connector and comprises a pass-through port which can receive the inner tube; a sheath connection portion that connects the sheath and the outer tube; characterised in that it also has a protective tube that protrudes toward the distal side further than the inner tube, accommodates the drive shaft, can be inserted into the outer tube and the sheath, and can be pulled out of the outer tube together with the hub and the inner tube as the second connector is disconnected from the first connector.
A method for detecting a target analyte in a sample, comprising: (i) generating a rolling circle amplification product in the sample, wherein the RCP comprises multiple repeat copies of a marker sequence indicative of the target analyte; (ii) performing a hybridisation chain reaction to generate an HCR product, wherein said HCR reaction is initiated by an HCR initiator which directly or indirectly binds to said marker sequence or which is comprised in said marker sequence; and (iii) detecting the HCR product at a location in the sample, thereby detecting the target analyte at the location in the sample. (i) generating a rolling circle amplification product in the sample, wherein the RCP comprises multiple repeat copies of a marker sequence indicative of the target analyte; (ii) performing a hybridisation chain reaction to generate an HCR product, wherein said HCR reaction is initiated by an HCR initiator which directly or indirectly binds to said marker sequence or which is comprised in said marker sequence; and (iii) detecting the HCR product at a location in the sample, thereby detecting the target analyte at the location in the sample.
An apparatus, comprising: a receiver configured to detect an interference signal; a signal analyzer configured to analyze the detected interference signal; and an interface configured to: advertise detection of the interference signal as a service offered by the apparatus to a network device; accept a request from the network device to subscribe to the service; and alert the network device when the interference signal is detected; recommend a course of action for the device in response to the analysis of the detected interference signal; wherein the recommendation comprises: buffering a signal stream in response to the broadcasting; pausing a display; and prompting a user to perform one of the following actions: waiting for the display to resume; and continuing the display by accepting a lower bit-rate transmission. a receiver configured to detect an interference signal; a signal analyzer configured to analyze the detected interference signal; and an interface configured to: advertise detection of the interference signal as a service offered by the apparatus to a network device; accept a request from the network device to subscribe to the service; and alert the network device when the interference signal is detected; recommend a course of action for the device in response to the analysis of the detected interference signal; advertise detection of the interference signal as a service offered by the apparatus to a network device; accept a request from the network device to subscribe to the service; and alert the network device when the interference signal is detected; wherein the recommendation comprises: buffering a signal stream in response to the broadcasting; pausing a display; and prompting a user to perform one of the following actions: waiting for the display to resume; and continuing the display by accepting a lower bit-rate transmission. buffering a signal stream in response to the broadcasting; pausing a display; and prompting a user to perform one of the following actions: waiting for the display to resume; and continuing the display by accepting a lower bit-rate transmission. waiting for the display to resume; and continuing the display by accepting a lower bit-rate transmission.
Electronic circuit for correcting at least one digital measurement signal (ΣΔ n, ΣΔ1, ΣΔ2), which circuit has at least one measurement channel with a sigma-delta modulator, which converts an analog measurement signal to a digital measurement signal in the form of a binary value sequence, and a correction circuit which corrects the digital measurement signal (ΣΔ n, ΣΔ1, ΣΔ2) as a function of at least one correction data item (trim), characterized in that the correction circuit has at least one adding element and at least one multiplexer, wherein the digital measurement signal is corrected by weighting the correction data item (trim) by means of the multiplexer (3, 6) and the adding element (2, 11, 13), as a function of the digital measurement signal (ΣΔ n, ΣΔ1, ΣΔ2).
An integrated radiofrequency transceiver circuit having digital components and analogue components (202, 203, 204), the circuit comprising: a fixed frequency oscillator configured to generate a fixed frequency signal at a frequency f XTAL; a reference signal generator configured to provide a reference signal at a frequency f REF from division of the fixed frequency signal; a local oscillator signal generator configured to provide a local oscillator signal having a frequency f LO from multiplication of the reference signal; a radiofrequency signal receiver comprising a mixer configured to combine an input radiofrequency signal with the local oscillator signal to produce an intermediate frequency signal and a filter having a filter bandwidth f if_bw, the filter connected to an output of the mixer, wherein the reference signal generator is configured to generate the reference signal such that all harmonics of the reference signal lie outside a selected band defined by the local oscillator signal frequency and the filter bandwidth, wherein the reference signal frequency f REF = f XTAL R + α, where R is a positive integer and α<1, the reference signal generator being configured to select a value for R+α such that i ⁢ f XTAL R + α - f LO > f IF_bw for all positive integer values of i greater than 1. a fixed frequency oscillator configured to generate a fixed frequency signal at a frequency f XTAL; a reference signal generator configured to provide a reference signal at a frequency f REF from division of the fixed frequency signal; a local oscillator signal generator configured to provide a local oscillator signal having a frequency f LO from multiplication of the reference signal; a radiofrequency signal receiver comprising a mixer configured to combine an input radiofrequency signal with the local oscillator signal to produce an intermediate frequency signal and a filter having a filter bandwidth f if_bw, the filter connected to an output of the mixer, wherein the reference signal generator is configured to generate the reference signal such that all harmonics of the reference signal lie outside a selected band defined by the local oscillator signal frequency and the filter bandwidth, wherein the reference signal frequency f REF = f XTAL R + α, where R is a positive integer and α<1, the reference signal generator being configured to select a value for R+α such that i ⁢ f XTAL R + α - f LO > f IF_bw for all positive integer values of i greater than 1.
An orthopaedic joint prosthesis assembly which comprises: a. a head part of an orthopaedic joint prosthesis component, which has a spherical bearing surface (6; 104) for articulation with a corresponding joint surface, and an assembly surface (8; 108) having a first bore (5; 106) formed in it for receiving a spigot on another part of the orthopaedic joint prosthesis, said bore having a first axis that extends perpendicular to the assembly surface, and in which there is a discontinuity (8a; 108a) at an interface between the bearing surface and the assembly surface, the said assembly surface being arranged on a plane which is parallel to, or contains, a plane which is defined by the opening to the bore in the head part when the head part is viewed from one side in cross-section, and b. an alignment guide (10; 110) comprising an axial portion (11; 112) and an arm (16a, 16b; 114; 116) extending from the axial portion, the arm including a distal portion (22a, 22b; 134) and a proximal portion (20a, 20b; 132), the axial portion defining a second axis and being arranged to engage the bearing surface of the head part, directly or indirectly, when the head part is mounted within the guide, characterised in that the distal portion of the arm is configured to engage the assembly surface of the head part, with the second axis coincident with the first axis, such when an impaction force is applied along the second axis the force is directed along the first axis. a. a head part of an orthopaedic joint prosthesis component, which has a spherical bearing surface (6; 104) for articulation with a corresponding joint surface, and an assembly surface (8; 108) having a first bore (5; 106) formed in it for receiving a spigot on another part of the orthopaedic joint prosthesis, said bore having a first axis that extends perpendicular to the assembly surface, and in which there is a discontinuity (8a; 108a) at an interface between the bearing surface and the assembly surface, the said assembly surface being arranged on a plane which is parallel to, or contains, a plane which is defined by the opening to the bore in the head part when the head part is viewed from one side in cross-section, and b. an alignment guide (10; 110) comprising an axial portion (11; 112) and an arm (16a, 16b; 114; 116) extending from the axial portion, the arm including a distal portion (22a, 22b; 134) and a proximal portion (20a, 20b; 132), the axial portion defining a second axis and being arranged to engage the bearing surface of the head part, directly or indirectly, when the head part is mounted within the guide, characterised in that the distal portion of the arm is configured to engage the assembly surface of the head part, with the second axis coincident with the first axis, such when an impaction force is applied along the second axis the force is directed along the first axis.
A method for adjusting a working assembly (30, 40) of an agricultural working machine by means of a lifting cylinder (1, 36a, 36b, 43) which is controlled by a 3/2 directional control valve with a valve slide and one solenoid, wherein the valve slide is moved backwards and forwards by energizing the one solenoid between a first end position in which a bleed port is connected to a working port and a second end position in which a pressure port is connected to the working port, characterized in that the solenoid of the 3/2 directional control valve is controlled in order to transpose the valve slide into an intermediate position between the first end position and the second end position in which all of the ports (7, 8, 9) of the 3/2 directional control valve are covered over by the valve slide and to hold the valve slide in its intermediate position in order to compensate for a drift of the lifting cylinder (1, 36a, 36b, 43), wherein the solenoid of the 3/2 directional control valve is controlled by means of pulse width modulation.
Cable-pull adjustment composed of a clamp housing in which a traction element and a clamp element are guided in a movable manner, wherein the traction element and the clamp element are provided with a latching lock and are mutually engageable by way of a wedge-type guide, and the clamp housing and the traction element are connected to an actuation element and at least one cable pull, and a spring in the tightening direction acts on the traction element, wherein the cable-pull adjustment has a spring receptacle having a spring mount which is disposed on the front of the clamp housing, characterized in that the spring mount engages in the clamp housing.
A terminal box comprising: a box body adapted to be attached to a back surface of a solar cell module and including a bottom wall adapted to come into contact with the back surface of the solar cell module, and a top wall facing the bottom wall; a plurality of terminal strips connected to output tabs of the solar cell module; and a diode disposed between the adjacent terminal strips, wherein the terminal strips are disposed in an inner surface of the top wall and attached thereto to allow heat transmitted from the diode to the terminal strips to be radiated to the outside air through the top wall, the bottom wall has an opening to expose the terminal strips to the outside as viewed from the bottom, and a molded element is attached under the box body to cover the terminal strips from a side of the opening, wherein the molded element is made of resin to come into tight contact with the terminal strips. a box body adapted to be attached to a back surface of a solar cell module and including a bottom wall adapted to come into contact with the back surface of the solar cell module, and a top wall facing the bottom wall; a plurality of terminal strips connected to output tabs of the solar cell module; and a diode disposed between the adjacent terminal strips, wherein the terminal strips are disposed in an inner surface of the top wall and attached thereto to allow heat transmitted from the diode to the terminal strips to be radiated to the outside air through the top wall, the bottom wall has an opening to expose the terminal strips to the outside as viewed from the bottom, and a molded element is attached under the box body to cover the terminal strips from a side of the opening, wherein the molded element is made of resin to come into tight contact with the terminal strips.
A roller for compressing protective sheeting of polymer material around a pipeline, the roller (10; 32) rotating about an axis of rotation and comprising a shaft; at least one first tubular portion which extends about the shaft and varies in elasticity along the axis of rotation; characterised by a second tubular portion, which is fitted about the first tubular portion and comprises a plurality of rigid cylindrical walls (26, 27, 28; 33, 27, 28) movable with respect to one another and arranged end to end along the axis of rotation; and an elastic sheath designed to define the surface of the roller (10; 32) and to be positioned contacting the protective sheeting.
Tool head (11, 11a, 11b), particularly for a woodworking machine, having a cylindrical, conical or profiled main part, - which has at least two tool mounts which are preferably evenly distributed over its circumference, for receiving a cutting insert, - wherein the tool mounts comprise a respective groove which tapers in the radial direction and in which a respective cutting insert can be clamped between a first side wall of the groove and a closure element of the tool head (11, 11a, 11b), and - provided between the cutting insert and the first side wall is a first positive locking connection (85, 85a, 87), and - arranged between the closure element and a second side wall opposite the first side wall of the groove is a centrifugal wedge of the tool head (11, 11a, 11b), characterised in that a second positive locking connection (43, 47) is provided between the closure element and the centrifugal wedge. - which has at least two tool mounts which are preferably evenly distributed over its circumference, for receiving a cutting insert, - wherein the tool mounts comprise a respective groove which tapers in the radial direction and in which a respective cutting insert can be clamped between a first side wall of the groove and a closure element of the tool head (11, 11a, 11b), and - provided between the cutting insert and the first side wall is a first positive locking connection (85, 85a, 87), and - arranged between the closure element and a second side wall opposite the first side wall of the groove is a centrifugal wedge of the tool head (11, 11a, 11b),
A method of detecting cancer or a genetic predisposition to cancer in an individual comprising: a) extracting mitochondrial DNA (mtDNA) from a biological sample from the individual, b) quantifying the amount of mtDNA in the sample having a deletion corresponding to the sequence as set forth in SEQ ID NO:1 or SEQ ID NO:2; and c) comparing the amount of mtDNA in the sample having the deletion to at least one known reference value; wherein: - the method is for detecting breast cancer or a genetic predisposition to breast cancer and the biological sample is breast tissue; or - the method is for detecting prostate cancer or a genetic predisposition to prostate cancer and the biological sample is prostate tissue or urine. a) extracting mitochondrial DNA (mtDNA) from a biological sample from the individual, b) quantifying the amount of mtDNA in the sample having a deletion corresponding to the sequence as set forth in SEQ ID NO:1 or SEQ ID NO:2; and c) comparing the amount of mtDNA in the sample having the deletion to at least one known reference value; wherein: - the method is for detecting breast cancer or a genetic predisposition to breast cancer and the biological sample is breast tissue; or - the method is for detecting prostate cancer or a genetic predisposition to prostate cancer and the biological sample is prostate tissue or urine. - the method is for detecting breast cancer or a genetic predisposition to breast cancer and the biological sample is breast tissue; or - the method is for detecting prostate cancer or a genetic predisposition to prostate cancer and the biological sample is prostate tissue or urine.
Steering wheel for a motor vehicle, having: - an optical finger navigation module, - at least one further operating element, - a steering wheel electronics unit and - a data bus for data transmission between the optical finger navigation module and the steering wheel electronics unit, characterised in that - the at least one further operating element is connected via a signal line directly to the optical finger navigation module, - the optical finger navigation module and the steering wheel electronics unit each have a controller, and the two controllers communicate with each other via the data bus, and - the optical finger navigation module is designed to record a signal from the at least one further operating element and forward it via the data bus to the steering wheel electronics unit. - an optical finger navigation module, - at least one further operating element, - a steering wheel electronics unit and - a data bus for data transmission between the optical finger navigation module and the steering wheel electronics unit, - the at least one further operating element is connected via a signal line directly to the optical finger navigation module, - the optical finger navigation module and the steering wheel electronics unit each have a controller, and the two controllers communicate with each other via the data bus, and - the optical finger navigation module is designed to record a signal from the at least one further operating element and forward it via the data bus to the steering wheel electronics unit.
A rotation angle detection device for detecting an absolute rotation angle of a first rotating shaft, comprising: a transmission mechanism adapted to transmit revolution from the first rotating shaft of first to nmax-th rotating shafts down to the nmax-th rotating shaft, wherein a rotation angle θ n of an n-th rotating shaft satisfies the following relationship with a rotation angle θ 1 of the first rotating shaft: θ n = − m ± 1 m n − 1 × θ 1 where, nmax and m are integers not less than 3 and n falls within a range 1 ≤ n ≤ nmax; and first to nmax-th angle detectors (S1-Sn) adapted respectively to detect rotation angles of the first rotating shaft to the nmax-th rotating shaft. a transmission mechanism adapted to transmit revolution from the first rotating shaft of first to nmax-th rotating shafts down to the nmax-th rotating shaft, wherein a rotation angle θ n of an n-th rotating shaft satisfies the following relationship with a rotation angle θ 1 of the first rotating shaft: θ n = − m ± 1 m n − 1 × θ 1 where, nmax and m are integers not less than 3 and n falls within a range 1 ≤ n ≤ nmax; and first to nmax-th angle detectors (S1-Sn) adapted respectively to detect rotation angles of the first rotating shaft to the nmax-th rotating shaft.