mhurhangee/ep-ind-claims huggingface dataset:
An electronic key for wireless operation of a lock, in particular a motor vehicle lock, having: a housing shell for at least partially accommodating switching electronics for wireless operation of the lock, the housing shell having a battery compartment for accommodating a battery for supplying energy to the switching electronics; a battery compartment cover for covering the battery accommodated in the battery compartment; an emergency key, which has a key shank that can be inserted into the housing shell, for mechanical operation of the lock, the key shank being movable between an insertion position, in which the key shank is placed at a key shaft in the housing shell, and a final position, in which the key shank is securely held in the key shaft; and a seal, which is arranged between the housing shell and the battery compartment cover, for protecting the battery from environmental influences, the battery compartment cover having a contact face for direct contact with the key shank, and the key shank exerting a pressure force on the seal via the contact face of the battery compartment cover when in the final position, characterised in that the housing shell and/or the battery compartment cover has at least one ramp for restricted guidance of the key shank, in particular for increasing the pressure force that can be applied by the key shank to the seal.
A planting system for arrangement on a vehicle, wherein the planting system comprises at least one plant arm comprising a plant head configured to penetrate ground, wherein the at least one plant arm comprises at least one articulation and is configured to receive plant seedlings and to guide the plant seedlings to the plant head, and a plant feeding device for arrangement on the vehicle and configured to feed plant seedlings to the at least one plant arm by dropping the plant seedlings from the plant feeding device, wherein the planting system, in a first stage of a planting process, is configured to feed plant seedlings from the plant feeding device, via the at least one plant arm, to the plant head, by operation of the plant feeding device, and wherein the planting system, in a second stage of a planting process, is configured to operate the at least one plant arm by penetrating the ground by the plant head and release the plant seedlings from the plant head into the ground while the plant system is in motion, wherein the plant seedlings fall from the plant feeding device to the plant head while the plant arm is in motion, and wherein the plant head has a fixed position relative the ground when in the second stage of a planting process by the plant arm pivoting around the at least one articulation. at least one plant arm comprising a plant head configured to penetrate ground, wherein the at least one plant arm comprises at least one articulation and is configured to receive plant seedlings and to guide the plant seedlings to the plant head, and a plant feeding device for arrangement on the vehicle and configured to feed plant seedlings to the at least one plant arm by dropping the plant seedlings from the plant feeding device, wherein the planting system, in a first stage of a planting process, is configured to feed plant seedlings from the plant feeding device, via the at least one plant arm, to the plant head, by operation of the plant feeding device, and wherein the planting system, in a second stage of a planting process, is configured to operate the at least one plant arm by penetrating the ground by the plant head and release the plant seedlings from the plant head into the ground while the plant system is in motion, wherein the plant seedlings fall from the plant feeding device to the plant head while the plant arm is in motion, and wherein the plant head has a fixed position relative the ground when in the second stage of a planting process by the plant arm pivoting around the at least one articulation.
A battery management apparatus for managing a chargeable and dischargeable battery, comprising: a battery state calculation unit which calculates a state of charge and a deterioration degree of the battery; the apparatus is characterised by a mid voltage calculation unit which calculates a mid voltage that is present between a charge-discharge voltage in a current state of charge of the battery, and a charge-discharge voltage in a minimum state of charge or a maximum state of charge of the battery; a remaining capacity calculation unit which calculates a remaining capacity or a chargeable capacity of the battery, based on the state of charge and the deterioration degree; and an available energy calculation unit which calculates available energy or chargeable energy of the battery, based on the mid voltage and the remaining capacity, or on the mid voltage and the chargeable capacity. a battery state calculation unit which calculates a state of charge and a deterioration degree of the battery; the apparatus is characterised by a mid voltage calculation unit which calculates a mid voltage that is present between a charge-discharge voltage in a current state of charge of the battery, and a charge-discharge voltage in a minimum state of charge or a maximum state of charge of the battery; a remaining capacity calculation unit which calculates a remaining capacity or a chargeable capacity of the battery, based on the state of charge and the deterioration degree; and an available energy calculation unit which calculates available energy or chargeable energy of the battery, based on the mid voltage and the remaining capacity, or on the mid voltage and the chargeable capacity.
A stent, the stent comprising: an elongated tubular member comprising at least one knitted filament having a plurality of twisted knit stitches with intermediate rung portions extending between adjacent twisted knit stitches, the elongated tubular member configured to move between a collapsed configuration and an expanded configuration; wherein in the collapsed configuration the plurality of twisted knit stitches have a first profile and in the expanded configuration the plurality of twisted knit stitches have a second profile different from the first profile; wherein a length of the intermediate rung portions in the collapsed configuration is less than a length of the intermediate rung portions in the expanded configuration.
A Fizeau interferometer for measuring a test surface of an object, comprising: an off-axis paraboloidal reflector having a paraboloidal axis and a paraboloidal reflective surface that is offset from the paraboloidal axis; an effective light source located with respect to the off-axis paraboloidal reflector so that coherent light emanating from the light source along a main optical axis to the off-axis paraboloidal reflector is collimated by reflection from the offset paraboloidal reflective surface; a Fizeau reference surface oriented for receiving the collimated light at normal incidence, reflecting a first portion of the light, and transmitting a second portion of the light to and from the test surface; the off-axis paraboloidal reflector being arranged for forming overlapping virtual images of the reference and test surfaces, the overlapping virtual images being tilted through a non-normal angle to the main optical axis; and a camera detector surface together with a camera lens for converting the virtual images of the reference and test surfaces into real images on the camera detector surface; characterised in that the camera detector surface has an optical orientation matching an optical orientation through which the virtual images are tilted; and a centerline (92,94) through the off-axis paraboloidal reflector and the Fizeau reference surface is offset beyond the main optical axis extending between the offset paraboloidal reflector and the Fizeau reference surface for centering the real images of the reference and test surfaces on the camera detector surface. an off-axis paraboloidal reflector having a paraboloidal axis and a paraboloidal reflective surface that is offset from the paraboloidal axis; an effective light source located with respect to the off-axis paraboloidal reflector so that coherent light emanating from the light source along a main optical axis to the off-axis paraboloidal reflector is collimated by reflection from the offset paraboloidal reflective surface; a Fizeau reference surface oriented for receiving the collimated light at normal incidence, reflecting a first portion of the light, and transmitting a second portion of the light to and from the test surface; the off-axis paraboloidal reflector being arranged for forming overlapping virtual images of the reference and test surfaces, the overlapping virtual images being tilted through a non-normal angle to the main optical axis; and a camera detector surface together with a camera lens for converting the virtual images of the reference and test surfaces into real images on the camera detector surface; characterised in that the camera detector surface has an optical orientation matching an optical orientation through which the virtual images are tilted; and a centerline (92,94) through the off-axis paraboloidal reflector and the Fizeau reference surface is offset beyond the main optical axis extending between the offset paraboloidal reflector and the Fizeau reference surface for centering the real images of the reference and test surfaces on the camera detector surface.
A wireless transmit/receive unit, WTRU, comprising: a processor configured to generate a channel encoded signal from source encoded data; the processor further configured to generate error check, EC, bits from systematic bits of the channel encoded signal, wherein a unique word error check, UW-EC, codeword is selected from a UW-EC codebook based on the EC bits; the processor further configured to generate a UW-EC waveform from a UW-EC sequence generated based on the UW-EC codeword and the systematic bits and parity bits; and a transceiver configured to transmit the UW-EC waveform. a processor configured to generate a channel encoded signal from source encoded data; the processor further configured to generate error check, EC, bits from systematic bits of the channel encoded signal, wherein a unique word error check, UW-EC, codeword is selected from a UW-EC codebook based on the EC bits; the processor further configured to generate a UW-EC waveform from a UW-EC sequence generated based on the UW-EC codeword and the systematic bits and parity bits; and a transceiver configured to transmit the UW-EC waveform.
Method for monitoring at least one electronic switching contact (112, 114; 416) for a vehicle, wherein the switching contact (112, 114; 416) comprises a first connection terminal for a first electrical line and a second connection terminal for a second electrical line, wherein the switching contact (112, 114; 416) is in the form of a switch by means of which, depending on the switching condition of the switching contact (112, 114; 416) the first connection terminal and the second connection terminal are either electrically connected to one another or electrically isolated from one another, such that the said method comprises the following steps: reading of a first signal from a first monitoring point connected to the first connection terminal in order to obtain a first monitoring signal; reading of a second signal from a second monitoring point connected to the second connection terminal in order to obtain a second monitoring signal; and combining the first monitoring signal and the second monitoring signal in order to determine at least a condition of the at least one switching contact (112, 114; 416), characterised in that in the combining step the monitoring signals are compared with one another in order to make use of interference signals reflected in the monitoring signals for the determination of the condition, the said interference signals occurring due to interference fields. reading of a first signal from a first monitoring point connected to the first connection terminal in order to obtain a first monitoring signal; reading of a second signal from a second monitoring point connected to the second connection terminal in order to obtain a second monitoring signal; and combining the first monitoring signal and the second monitoring signal in order to determine at least a condition of the at least one switching contact (112, 114; 416), characterised in that in the combining step the monitoring signals are compared with one another in order to make use of interference signals reflected in the monitoring signals for the determination of the condition, the said interference signals occurring due to interference fields.
Modular battery system comprising at least two battery modules, wherein each battery module has a heat sink, through at least part of which a coolant flows, and a battery cell, wherein the battery cell is arranged on the heat sink in such a way that thermally conductive contact is established between the battery cell and the heat sink, and a coolant supply with a coolant conductor for distributing the coolant to the heat sinks or for draining the coolant from the heat sinks is provided, wherein the coolant conductor has coolant conductor modules which, when connected to one another, at least partially form the coolant conductor, and wherein, in order to adjust the flow length of the coolant in the coolant supply, a deflection device for reversing the flow direction of the coolant in the coolant conductor is provided in the coolant conductor, and the coolant conductor has, at least in a longitudinal portion, two flow channels into which the coolant can be routed substantially in opposite directions.
An intravenous therapy system, comprising: a stand-alone device comprising a housing, the housing comprising: a processor; a data storage device; and a handheld ultrasound probe to detect a blood vessel within a patient's body, the handheld ultrasound probe comprising: a video display device physically and operatively coupled to the handheld ultrasound probe, wherein the video display device is configured to display the blood vessel, and wherein the video display device presents a mapping of blood vessels within the patient's body and maintains that mapping within the data storage device; and a magnetic field detector configured to determine a position of a needle of a vascular access device and provide closed-loop feedback indicating whether a projected path of the needle is within the blood vessel detected by the ultrasound probe. a processor; a data storage device; and a handheld ultrasound probe to detect a blood vessel within a patient's body, the handheld ultrasound probe comprising: a video display device physically and operatively coupled to the handheld ultrasound probe, wherein the video display device is configured to display the blood vessel, and wherein the video display device presents a mapping of blood vessels within the patient's body and maintains that mapping within the data storage device; and a magnetic field detector configured to determine a position of a needle of a vascular access device and provide closed-loop feedback indicating whether a projected path of the needle is within the blood vessel detected by the ultrasound probe. a video display device physically and operatively coupled to the handheld ultrasound probe, wherein the video display device is configured to display the blood vessel, and wherein the video display device presents a mapping of blood vessels within the patient's body and maintains that mapping within the data storage device; and a magnetic field detector configured to determine a position of a needle of a vascular access device and provide closed-loop feedback indicating whether a projected path of the needle is within the blood vessel detected by the ultrasound probe.
A system for determining an impedance of a physical system, comprising: - an interface for receiving a measurement of a response of the physical system to a perturbation which is applied to the physical system, wherein the perturbation has a perturbation frequency, and wherein the measurement of the response is received in form of a response signal; - a processor subsystem configured to determine an impedance of the physical system based on a ratio of the perturbation and the response, wherein the determining of the impedance comprises: - converting the response signal into a frequency domain to identify a magnitude and phase of a first harmonic of the response signal and a magnitude and phase of a third harmonic of the response signal; - expressing the magnitude and phase of the first harmonic as a first complex term and expressing the magnitude and phase of the third harmonic as a third complex term; characterised in that the determining of the impedance further comprises - in determining the impedance, using as the response a sum of at least the first complex term and three times the third complex term. - an interface for receiving a measurement of a response of the physical system to a perturbation which is applied to the physical system, wherein the perturbation has a perturbation frequency, and wherein the measurement of the response is received in form of a response signal; - a processor subsystem configured to determine an impedance of the physical system based on a ratio of the perturbation and the response, wherein the determining of the impedance comprises: - converting the response signal into a frequency domain to identify a magnitude and phase of a first harmonic of the response signal and a magnitude and phase of a third harmonic of the response signal; - expressing the magnitude and phase of the first harmonic as a first complex term and expressing the magnitude and phase of the third harmonic as a third complex term; characterised in that the determining of the impedance further comprises - in determining the impedance, using as the response a sum of at least the first complex term and three times the third complex term. - converting the response signal into a frequency domain to identify a magnitude and phase of a first harmonic of the response signal and a magnitude and phase of a third harmonic of the response signal; - expressing the magnitude and phase of the first harmonic as a first complex term and expressing the magnitude and phase of the third harmonic as a third complex term; characterised in that the determining of the impedance further comprises characterised in that the determining of the impedance further comprises - in determining the impedance, using as the response a sum of at least the first complex term and three times the third complex term.
A microwave ablation system configured for use in a luminal network, comprising: a microwave energy source; a positioning assembly including an extended working channel and a locatable guide which has a steerable distal tip and a position sensor at the distal tip, wherein the locatable guide is translatable through the extended working channel and is configured to navigate the extended working channel adjacent a target; and a microwave ablation catheter, positionable through the extended working channel adjacent a target, wherein the microwave ablation catheter comprises: a coaxial cable connected at its proximal end to a microwave energy source and at its distal end to a distal radiating section, the coaxial cable including inner and outer conductors (40, 48) and a dielectric positioned therebetween, the inner conductor extending distally past the outer conductor and in sealed engagement with the distal radiating section; and a balun formed in part from a conductive material electrically connected to the outer conductor of the coaxial cable and extending along at least a portion of the coaxial cable, the conductive material having a braided configuration and covered by at least one insulative material. a microwave energy source; a positioning assembly including an extended working channel and a locatable guide which has a steerable distal tip and a position sensor at the distal tip, wherein the locatable guide is translatable through the extended working channel and is configured to navigate the extended working channel adjacent a target; and a microwave ablation catheter, positionable through the extended working channel adjacent a target, wherein the microwave ablation catheter comprises: a coaxial cable connected at its proximal end to a microwave energy source and at its distal end to a distal radiating section, the coaxial cable including inner and outer conductors (40, 48) and a dielectric positioned therebetween, the inner conductor extending distally past the outer conductor and in sealed engagement with the distal radiating section; and a balun formed in part from a conductive material electrically connected to the outer conductor of the coaxial cable and extending along at least a portion of the coaxial cable, the conductive material having a braided configuration and covered by at least one insulative material. a coaxial cable connected at its proximal end to a microwave energy source and at its distal end to a distal radiating section, the coaxial cable including inner and outer conductors (40, 48) and a dielectric positioned therebetween, the inner conductor extending distally past the outer conductor and in sealed engagement with the distal radiating section; and a balun formed in part from a conductive material electrically connected to the outer conductor of the coaxial cable and extending along at least a portion of the coaxial cable, the conductive material having a braided configuration and covered by at least one insulative material.
An inhalation training device for practicing of an inhalation process of a patient, the inhalation training device comprising: a housing attachable to and detachable from a mouthpiece of an inhaler designed to provide a drug to the patient; and a microphone adapted to measure the airflow occurring in the mouthpiece of the inhaler during an inhalation process of the patient; wherein the microphone is positioned adjacent to an air-vent of the mouthpiece, when the inhalation training device is attached to the mouthpiece; characterized in that the housing comprises a blocking device covering an actuation element of the inhaler when the housing is attached to the mouthpiece of the inhaler, in order to prevent drug release during training. a housing attachable to and detachable from a mouthpiece of an inhaler designed to provide a drug to the patient; and a microphone adapted to measure the airflow occurring in the mouthpiece of the inhaler during an inhalation process of the patient; wherein the microphone is positioned adjacent to an air-vent of the mouthpiece, when the inhalation training device is attached to the mouthpiece; characterized in that the housing comprises a blocking device covering an actuation element of the inhaler when the housing is attached to the mouthpiece of the inhaler, in order to prevent drug release during training.