mhurhangee/ep-ind-claims huggingface dataset:
A mower system for mowing a field with a grass containing crop, and comprising: - a frame, - a mowing device that is connected to the frame and has an adjustable mowing height, - a sensor device (9, 10) arranged to generate data based on a sensed parameter, - a control device that is operatively connected to the sensor device (9, 10) to receive the generated data, and is operatively connected to the mowing device and arranged to adjust the mowing height on the basis of the received data, characterized in that the sensed parameter is a species composition related parameter of a part of the field. - a frame, - a mowing device that is connected to the frame and has an adjustable mowing height, - a sensor device (9, 10) arranged to generate data based on a sensed parameter, - a control device that is operatively connected to the sensor device (9, 10) to receive the generated data, and is operatively connected to the mowing device and arranged to adjust the mowing height on the basis of the received data, characterized in that the sensed parameter is a species composition related parameter of a part of the field.
A device comprising: a structure defining a detector surface for supporting biological or chemical samples; a sensor array comprising light sensors, and circuitry to transmit data signals based on photons detected by the light sensors; and a guide array comprising light guides; wherein light guides of the guide array are arranged to receive excitation light of an light energy exciter and emissions signal light from the detector surface, wherein the emissions signal light is fluorescence of a fluorophore of the biological or chemical sample being excited by the excitation light, wherein the light guides extend toward respective light sensors of the sensor array and comprise filter material that is configured to block the excitation light and that is configured to permit the emissions signal light to propagate toward the respective light sensors, wherein the detector surface includes reaction recesses, each reaction recess comprising an index of refraction and a dimension, provided by the diameter of the reaction recess at a top elevation of reaction recess and sufficient to cancel background light energy incident on the detector surface in a detection band of the sensor array, wherein the background light energy incident on the detector surface is fluorescence range noise not attributable to the emissions signal light, and defining in each reaction recess one or more reaction sites for supporting the biological or chemical samples. a structure defining a detector surface for supporting biological or chemical samples; a sensor array comprising light sensors, and circuitry to transmit data signals based on photons detected by the light sensors; and a guide array comprising light guides; wherein light guides of the guide array are arranged to receive excitation light of an light energy exciter and emissions signal light from the detector surface, wherein the emissions signal light is fluorescence of a fluorophore of the biological or chemical sample being excited by the excitation light, wherein the light guides extend toward respective light sensors of the sensor array and comprise filter material that is configured to block the excitation light and that is configured to permit the emissions signal light to propagate toward the respective light sensors, wherein the detector surface includes reaction recesses, each reaction recess comprising an index of refraction and a dimension, provided by the diameter of the reaction recess at a top elevation of reaction recess and sufficient to cancel background light energy incident on the detector surface in a detection band of the sensor array, wherein the background light energy incident on the detector surface is fluorescence range noise not attributable to the emissions signal light, and defining in each reaction recess one or more reaction sites for supporting the biological or chemical samples.
A plate and screw system which is capable of fixation of bone comprising a plate (110; 310; 410) and a locking screw and a compression screw, wherein the plate is a metatarsphangeal plate, the plate having a top surface opposing a bone facing surface in a z direction, and extending along a first length along a longitudinal axis and having a first end (112; 312; 412) and a second end (118; 318; 418), the first end (112; 312; 412) having a terminal portion with a locking hole (114; 314; 414) and the plate including a compression screw housing spaced apart from the first end and defining a compression screw hole extending at a compression screw angle relative to the longitudinal axis which angle is not 90°, characterized in that the compression screw housing (116; 316; 416) extending from the bone facing surface of the plate, wherein the first end (112; 312; 412) has three tabs (113; 313; 413) which each include a locking hole (114; 314; 414), and the second end (118; 318; 418) has two tabs (115; 315; 415) which each include a locking hole (114; 314; 414), and the compression screw housing (116; 316; 416) is located intermediate the first end and the second end.
A spinal orthosis comprising: a pair of waist mounting members adapted to be fixed to both sides of a surface of the waist; and a chest pressing member installed to the each waist mounting member, the chest pressing member including: an arched arm pivotally supported by pivots provided on both side surfaces of the waist mounting members and capable of swinging; a chest pressing body provided at an upper end portion of the arm; a pressing force giving portion provided at a middle part of the arm and giving a pressing force for pressing the chest pressing body to a chest. a pair of waist mounting members adapted to be fixed to both sides of a surface of the waist; and a chest pressing member installed to the each waist mounting member, the chest pressing member including: an arched arm pivotally supported by pivots provided on both side surfaces of the waist mounting members and capable of swinging; a chest pressing body provided at an upper end portion of the arm; a pressing force giving portion provided at a middle part of the arm and giving a pressing force for pressing the chest pressing body to a chest. an arched arm pivotally supported by pivots provided on both side surfaces of the waist mounting members and capable of swinging; a chest pressing body provided at an upper end portion of the arm; a pressing force giving portion provided at a middle part of the arm and giving a pressing force for pressing the chest pressing body to a chest.
Radial bearing arrangement of an exhaust gas turbocharger for mounting a shaft in a bearing housing, comprising a radial bearing bush arranged between the shaft and the bearing housing, wherein the radial bearing bush features a radially outwardly projecting collar, which interacts in the axial direction with an axial stop on the bearing housing, characterized in that the geometry of the collar is interrupted by cut-outs, such that a force acting on the collar as a result of an oil feed pressure is minimized, and wherein the radial bearing bush is configured such that a lubricating film can form between an end surface of the radial bearing bush and a counter piece arranged on the shaft.
A location-aware remote control method performed by a handheld electronic device for remotely controlling a plurality of independently controllable speaker units (106-1; 106-n) and for automatically transferring a media content data stream to one or more speaker units of the plurality of independently controllable speaker units (106-1; 106-n), the handheld electronic device thus being capable of acting as a remote control device, and the handheld electronic device having one or more processors and memory storing one or more programs for execution by the one or more processors, wherein the method comprises: presenting media content at the handheld electronic device wherein the media content is received from a remote source; detecting whether a predetermined condition is met, which includes determining a location of the handheld electronic device and determining whether the handheld electronic device has left or entered a predetermined location; and in response to detecting that the predetermined condition is met: ceasing to present the media content at the handheld electronic device; and automatically (810; 812) sending, to a server system remote from the handheld electronic device, a request to begin presenting the media content at those two, three, four, five or more speaker units of the independently controllable speaker units (106-1; 106-n) that are closest to the handheld electronic device, wherein the location of the handheld electronic device is used to identify which particular speaker units of the plurality of independently controllable speaker units (106-1; 106-n) that are to be controlled by the handheld electronic device. presenting media content at the handheld electronic device wherein the media content is received from a remote source; detecting whether a predetermined condition is met, which includes determining a location of the handheld electronic device and determining whether the handheld electronic device has left or entered a predetermined location; and in response to detecting that the predetermined condition is met: ceasing to present the media content at the handheld electronic device; and automatically (810; 812) sending, to a server system remote from the handheld electronic device, a request to begin presenting the media content at those two, three, four, five or more speaker units of the independently controllable speaker units (106-1; 106-n) that are closest to the handheld electronic device, wherein ceasing to present the media content at the handheld electronic device; and automatically (810; 812) sending, to a server system remote from the handheld electronic device, a request to begin presenting the media content at those two, three, four, five or more speaker units of the independently controllable speaker units (106-1; 106-n) that are closest to the handheld electronic device, wherein
A method of wireless communication performed by a receiving user equipment, UE, comprising: identifying two or more peer-to-peer, P2P, communications received from two or more originating UEs to be combined by the receiving UE based at least in part on a respective location of each of the two or more originating UEs; combining the two or more P2P communications, using network coding, to form a combined P2P communication; and transmitting the combined P2P communication, characterised in that the two or more P2P communications are further identified based at least in part on a range requirement associated with at least one of the two or more P2P communications. identifying two or more peer-to-peer, P2P, communications received from two or more originating UEs to be combined by the receiving UE based at least in part on a respective location of each of the two or more originating UEs; combining the two or more P2P communications, using network coding, to form a combined P2P communication; and transmitting the combined P2P communication, characterised in that the two or more P2P communications are further identified based at least in part on a range requirement associated with at least one of the two or more P2P communications.
A patient monitoring system comprising: a signal processing unit configured to process a reflection signal, representing a detected wave reflected from at least a portion of a patient to cut off a portion of said reflection signal corresponding to detected wave reflected from a patient covering object covering at least a portion of a surface of said patient to get a processed reflection signal corresponding to detected wave reflected from said surface of said patient, characterized in that it further comprises: a threshold determining unit configured to determine a cut-off threshold value based on a signal representing a reflection response of a skin of said patient and a signal representing a reflection response of said patient covering object, wherein said signal processing unit is configured to process said reflection signal based on said cut off threshold value to cut off said portion of said reflection signal corresponding to said detected wave reflected from said patient covering object to get said processed reflection signal.
An oscillating system comprising a spindle, at least one drive motor to drive the spindle according to an axis of rotation, a first plate and a second plate, said first plate cooperating with the second plate, the first plate being inclined relative to the axis of rotation, and at least one of the two plates (2, 3) being driven by the drive motor, characterized in that the second plate is ball-jointed on a second axis which is offset relative to the axis of rotation, thus creating an amplitude of oscillations in the spindle, and in that the two plates (2, 3) rotate at different speeds.
Web-form packaging material which comprises at least one layer, comprising a packaging material surface, of a sealable material, where the entire packaging material surface has a multiplicity of recesses and a multiplicity of non-recessed regions, characterized - in that the distance between two adjacent recesses is less than one micrometer and/or the distance between two adjacent non-recessed regions is less than one micrometer, and - in that the depth of the recesses is not less than 1.2 nanometers and not more than 95% of the packaging material thickness. - in that the distance between two adjacent recesses is less than one micrometer and/or the distance between two adjacent non-recessed regions is less than one micrometer, and - in that the depth of the recesses is not less than 1.2 nanometers and not more than 95% of the packaging material thickness.
A method of detecting and compensating for at least one in-phase error source in an inertial sensor having a resonator and an accelerometer for measuring a Coriolis acceleration signal, the at least one in-phase error source relating to a magnitude of a drive signal applied to the resonator, the method comprising: providing a modulated drive signal to the resonator, the modulated drive signal modulating the magnitude of the drive force applied to the resonator so as to modulate the at least one in-phase error source; sensing in-phase offset error signals in the accelerometer signals caused by the modulation of the at least one in-phase error source; characterised by providing at least one compensating signal responsive to the sensed in-phase offset error signal to substantially cancel errors introduced by the at least one in-phase error source, and in that the modulated drive signal has a frequency outside of the signal band of the Coriolis acceleration signal so as not to substantially affect the resonator amplitude. providing a modulated drive signal to the resonator, the modulated drive signal modulating the magnitude of the drive force applied to the resonator so as to modulate the at least one in-phase error source; sensing in-phase offset error signals in the accelerometer signals caused by the modulation of the at least one in-phase error source; characterised by providing at least one compensating signal responsive to the sensed in-phase offset error signal to substantially cancel errors introduced by the at least one in-phase error source, and in that the modulated drive signal has a frequency outside of the signal band of the Coriolis acceleration signal so as not to substantially affect the resonator amplitude.
A method for tracking a position and orientation of a pedestrian, the method comprising: tracking, using a head mounted tracking device, at least one of a head position or a head orientation of the pedestrian; tracking, using a foot mounted tracking device, at least one of a foot position or a foot orientation of the pedestrian; determining a first heading or position uncertainty associated with the at least one of the head position or the head orientation of the pedestrian; determining a second heading or position uncertainty associated with the at least one of the foot position or the foot orientation of the pedestrian; determining which of the first heading or position uncertainty or the second heading or position uncertainty is smaller; transferring the first heading or position uncertainty to the foot mounted tracking device to correct the foot position or the foot orientation of the pedestrian when it is determined that the first heading or position uncertainty is smaller, and transferring the second heading or position uncertainty to the head mounted tracking device to correct the head position or the head orientation of the pedestrian when it is determined that the second heading or position uncertainty is smaller; and providing at least one of a corrected head position, head orientation, foot position, or foot orientation information to a graphics generator component to generate an updated position and orientation of the pedestrian. tracking, using a head mounted tracking device, at least one of a head position or a head orientation of the pedestrian; tracking, using a foot mounted tracking device, at least one of a foot position or a foot orientation of the pedestrian; determining a first heading or position uncertainty associated with the at least one of the head position or the head orientation of the pedestrian; determining a second heading or position uncertainty associated with the at least one of the foot position or the foot orientation of the pedestrian; determining which of the first heading or position uncertainty or the second heading or position uncertainty is smaller; transferring the first heading or position uncertainty to the foot mounted tracking device to correct the foot position or the foot orientation of the pedestrian when it is determined that the first heading or position uncertainty is smaller, and transferring the second heading or position uncertainty to the head mounted tracking device to correct the head position or the head orientation of the pedestrian when it is determined that the second heading or position uncertainty is smaller; and providing at least one of a corrected head position, head orientation, foot position, or foot orientation information to a graphics generator component to generate an updated position and orientation of the pedestrian.
A wireless fuse switch for use with an electrical system of a vehicle having a vehicle battery connected to provide power to at least one electrical subsystem through a fuse (70, 72) contained within a fuse socket (18, 20), the wireless fuse switch comprising: a harness assembly (14, 16), and a wireless control module contained within an outer housing, the wireless control module comprising: a control module transceiver that receives wireless control commands; a relay movable between an open position and a closed position; a relay controller configured to move the relay between the open position and the closed position based upon the received control commands; a power supply to power the control module transceiver, the relay controller, and the relay; and a module connector coupled to the relay; wherein the harness assembly (14, 16) is receivable within the module connector of the wireless control module, wherein the module connector connects the relay to the fuse socket of the vehicle electrical system, wherein the harness assembly (14, 16) includes a harness fuse socket (52, 56) that receives the fuse removed from the fuse socket. a control module transceiver that receives wireless control commands; a relay movable between an open position and a closed position; a relay controller configured to move the relay between the open position and the closed position based upon the received control commands; a power supply to power the control module transceiver, the relay controller, and the relay; and a module connector coupled to the relay; wherein the harness assembly (14, 16) is receivable within the module connector of the wireless control module, wherein the module connector connects the relay to the fuse socket of the vehicle electrical system, wherein the harness assembly (14, 16) includes a harness fuse socket (52, 56) that receives the fuse removed from the fuse socket.
A device for remodeling the female genital tissue, comprising a treatment tip and a hand piece, wherein the treatment tip is connected to the distal end of the hand piece via a connection, wherein the distal end of the treatment tip is conical, spherical, hemispherical, oval or circular in shape, and has a surface comprising a plurality of energy delivery elements that can be turned on and off selectively, and are capable of contacting the target tissue in a 360-degree manner, wherein said energy delivery elements have an internal surface and an epithelium-contacting surface, and wherein the device comprises the following: (a) one or more temperature sensors for measuring the temperature at or below the epithelium; (b) one or more depth markers showing the depth of penetration of the treatment tip into the vagina; the device being characterised by further comprising: (c) one or more directional sensors selected from the group consisting of accelerometers and gyroscopes. (a) one or more temperature sensors for measuring the temperature at or below the epithelium; (b) one or more depth markers showing the depth of penetration of the treatment tip into the vagina; (c) one or more directional sensors selected from the group consisting of accelerometers and gyroscopes.
A camshaft adjustment device, comprising a camshaft rotation axis and an electromagnetic multi-tappet actuating device with at least two electromagnetic drive units, which for exerting an actuating force on a corresponding number of elongated tappet units (9, 10, 11) which are mounted axially parallel to one another, respectively defining a tappet longitudinal centre axis (A1, A2, A3) arranged perpendicularly to the camshaft rotation axis are activatable in order to engage with the tappet units (9, 10, 11) in shifting grooves of an adjustable cam piece, wherein the drive units respectively form a contact surface at a contact end facing a respectively associated one of the tappet units (9, 10, 11), which contact surface can be moved in an actuation direction of the drive units, and a contact-side end face of a respective one of the tappet units (9, 10, 11) facing away from the respectively associated shifting groove cooperates with the contact surface, characterized in that at least one of the tappet units (9, 10, 11) is arranged relative to the camshaft rotation axis such that its tappet longitudinal centre axis (A1, A2, A3) running parallel to the tappet longitudinal centre axes (A1, A2, A3) of the at least one other tappet unit (9, 10, 11) is spaced apart from the camshaft rotation axis in a plane receiving the camshaft rotation axis and running perpendicularly to the tappet longitudinal centre axes (A1, A2, A3).
A Communications method implemented in a first node, the method comprising: receiving a first signal from a second node; measuring the received power of the first signal; characterised by estimating at said first node a first SINR at the second node for a transmission from a third node to the second node in the presence of a transmission from the first node to a fourth node using a resource also used for the transmission from the third node to the second node; and deciding, based on the first estimated SINR, whether to communicate with the fourth node using said resource. receiving a first signal from a second node; measuring the received power of the first signal; characterised by estimating at said first node a first SINR at the second node for a transmission from a third node to the second node in the presence of a transmission from the first node to a fourth node using a resource also used for the transmission from the third node to the second node; and deciding, based on the first estimated SINR, whether to communicate with the fourth node using said resource.