mhurhangee/ep-ind-claims huggingface dataset:
An asymmetrical bus keeper circuit (10, 20, 40, 50, 60) comprising: a first inverter stage (14, 24, 54) having an input node and an output node; an asymmetrical inverter stage (16, 26, 46, 56, 66) having an input node and an output node; the input node of the asymmetrical inverter stage being connected to the output node of the first inverter stage; and a feedback stage (18, 29) with an input node and an output node, the input node of the feedback stage being connected to the output node of the asymmetrical inverter stage and the output node of the feedback stage being connected to the input node of the first inverter stage, characterized in that the asymmetrical inverter stage comprises a single transistor providing an asymmetrical drive towards one logic level, including providing a drive in one logic state and no drive in the other logic state. a first inverter stage (14, 24, 54) having an input node and an output node; an asymmetrical inverter stage (16, 26, 46, 56, 66) having an input node and an output node; the input node of the asymmetrical inverter stage being connected to the output node of the first inverter stage; and a feedback stage (18, 29) with an input node and an output node, the input node of the feedback stage being connected to the output node of the asymmetrical inverter stage and the output node of the feedback stage being connected to the input node of the first inverter stage, characterized in that the asymmetrical inverter stage comprises a single transistor providing an asymmetrical drive towards one logic level, including providing a drive in one logic state and no drive in the other logic state.
A network-based location measurement method using a pilot cell, pCELL, database, comprising the steps of: a) establishing a pCELL database in which a location measurement service target area is divided into lattices each having a predetermined size; b) continuously determining whether a request for location measurement occurs by a service subscriber; and c) when the request for location measurement is generated, comparing fundamental information received from a mobile terminal with the pCELL database, determining a matching pCELL, and reporting the matching pCELL to the service subscriber; wherein the step c) comprises the steps of: c1) selecting a pCELL candidates from the pCELL database using data required to search for the pCELL from data measured by the mobile terminal; c2) detecting pCELLs remotely located compared to a predetermined reference location among the selected pCELL candidates, excluding the detected pCELLs from the pCELL candidates and proceeding to step c3), c3) selecting a pCELL, the pattern of which matches best with the data received from the mobile terminal, from among the pCELL candidates; and c4) transmitting latitude and longitude of the selected pCELL database to the service requester. a) establishing a pCELL database in which a location measurement service target area is divided into lattices each having a predetermined size; b) continuously determining whether a request for location measurement occurs by a service subscriber; and c) when the request for location measurement is generated, comparing fundamental information received from a mobile terminal with the pCELL database, determining a matching pCELL, and reporting the matching pCELL to the service subscriber; c1) selecting a pCELL candidates from the pCELL database using data required to search for the pCELL from data measured by the mobile terminal; c2) detecting pCELLs remotely located compared to a predetermined reference location among the selected pCELL candidates, excluding the detected pCELLs from the pCELL candidates and proceeding to step c3), c3) selecting a pCELL, the pattern of which matches best with the data received from the mobile terminal, from among the pCELL candidates; and c4) transmitting latitude and longitude of the selected pCELL database to the service requester.
A hearing instrument comprising: an audio signal source (12, 14A, 14B) for providing for audio signals; an audio signal processing unit for processing said audio signals; means to be worn at or in a user's car or to be implanted in the user's head for stimulating the user's hearing according to the processed audio signals, and a rechargeable power source (22, 122), wherein the rechargeable power source is a wound capacitor and which is wound in a manner so as to form an induction coil for generating a current for charging of the capacitor when exposed to an external alternating electromagnetic field generated by a charging device, characterized in that the wound capacitor comprises a capacitor foil arrangement (23, 123) which comprises at least a first electrically conducting layer (32, 132), a second electrically conducting layer (34, 134) and a dielectric layer (36, 136) in-between and is cylindrically wound in a manner so as to form the induction coil as a cylindrical induction coil.
Bone plate for cooperating with bone screws, each comprising a head and a screw shaft, for fixing parts of a fractured or damaged bone, comprising: a preferably elongate plate body of, in particular, tissue-compatible, preferably rigid material, the plate body defining a plate plane and a longitudinal axis, hole formations transverse to the plate plane, which consist of a first round hole and a second round hole which intersect to form edges (23, 24), the first round hole being larger than the second round hole, and wherein upper regions (25, 27) of the first and second round holes (21, 22) have a larger diameter than lower regions (26, 28) of the first and second round holes (21, 22), and wherein the upper region of the first round hole is in the shape of a truncated cone, characterised by precisely one circumferential radial rib in both round holes, which issues from both round hole walls, passes around both round holes (21, 22) and extends in a plane towards the round hole centre. a preferably elongate plate body of, in particular, tissue-compatible, preferably rigid material, the plate body defining a plate plane and a longitudinal axis, hole formations transverse to the plate plane, which consist of a first round hole and a second round hole which intersect to form edges (23, 24), the first round hole being larger than the second round hole, and wherein upper regions (25, 27) of the first and second round holes (21, 22) have a larger diameter than lower regions (26, 28) of the first and second round holes (21, 22), and wherein the upper region of the first round hole is in the shape of a truncated cone, characterised by precisely one circumferential radial rib in both round holes, which issues from both round hole walls, passes around both round holes (21, 22) and extends in a plane towards the round hole centre.
A network node operable to form part of a network domain, and conprising: - a bandwidth meter (216, 221) for determining a bandwidth consumed (bw_csmd) by a particular traffic class aggregated through a particular interface, characterized in that the network node further conprises: - a rate meter (216, 220) for estimating a request rate (rq_rate) at which new traffic sessions, which are forthcoming contributors to said consumed bandwidth, are requested through said network domain, - a comparator for comparing said request rate with a maximum allowed request rate (max_allwed_rq_rate) that is a function of said consumed bandwidth, - a signaling unit (215, 222) for notifying a pre-congestion state to a further network node (11, 16) of said network domaine if said request rate exceeds said maximum allowed request rate, wherein said function translates increasing consumed bandwidth in decreasing maximum allowed request rate, and is further arbitrary. - a bandwidth meter (216, 221) for determining a bandwidth consumed (bw_csmd) by a particular traffic class aggregated through a particular interface, characterized in that the network node further conprises: - a rate meter (216, 220) for estimating a request rate (rq_rate) at which new traffic sessions, which are forthcoming contributors to said consumed bandwidth, are requested through said network domain, - a comparator for comparing said request rate with a maximum allowed request rate (max_allwed_rq_rate) that is a function of said consumed bandwidth, - a signaling unit (215, 222) for notifying a pre-congestion state to a further network node (11, 16) of said network domaine if said request rate exceeds said maximum allowed request rate, wherein said function translates increasing consumed bandwidth in decreasing maximum allowed request rate, and is further arbitrary. - a rate meter (216, 220) for estimating a request rate (rq_rate) at which new traffic sessions, which are forthcoming contributors to said consumed bandwidth, are requested through said network domain, - a comparator for comparing said request rate with a maximum allowed request rate (max_allwed_rq_rate) that is a function of said consumed bandwidth, - a signaling unit (215, 222) for notifying a pre-congestion state to a further network node (11, 16) of said network domaine if said request rate exceeds said maximum allowed request rate, wherein said function translates increasing consumed bandwidth in decreasing maximum allowed request rate, and is further arbitrary.
A system for monitoring operation of drive members in a belt-driven system, comprising: at least one sensor configured to generate a signal corresponding to a vibration present in a motor in the belt-driven system, wherein the motor is connected to and is operative to drive a belt, and wherein the at least one sensor is mounted within a housing of the motor, on the motor or on a structural member to which the motor is mounted; and a motor controller configured to control operation of the motor, the motor controller including: an input configured to receive the signal corresponding to the vibration present in the motor from the at least one sensor; a memory device operative to store a plurality of configuration parameters and a plurality of instructions; and a processor configured to execute the plurality of instructions to: receive the signal from the at least one sensor corresponding to the vibration present in the motor, and determine a tension present on the belt as a function of the signal corresponding to the vibration present in the motor. at least one sensor configured to generate a signal corresponding to a vibration present in a motor in the belt-driven system, wherein the motor is connected to and is operative to drive a belt, and wherein the at least one sensor is mounted within a housing of the motor, on the motor or on a structural member to which the motor is mounted; and a motor controller configured to control operation of the motor, the motor controller including: an input configured to receive the signal corresponding to the vibration present in the motor from the at least one sensor; a memory device operative to store a plurality of configuration parameters and a plurality of instructions; and a processor configured to execute the plurality of instructions to: receive the signal from the at least one sensor corresponding to the vibration present in the motor, and determine a tension present on the belt as a function of the signal corresponding to the vibration present in the motor. an input configured to receive the signal corresponding to the vibration present in the motor from the at least one sensor; a memory device operative to store a plurality of configuration parameters and a plurality of instructions; and a processor configured to execute the plurality of instructions to: receive the signal from the at least one sensor corresponding to the vibration present in the motor, and determine a tension present on the belt as a function of the signal corresponding to the vibration present in the motor. receive the signal from the at least one sensor corresponding to the vibration present in the motor, and determine a tension present on the belt as a function of the signal corresponding to the vibration present in the motor.
System for measuring an analyte concentration in a body fluid sample, comprising consumables with detection reagents that effect a detection reaction when exposed to the body fluid sample, a data carrier which contains a calibration information for such consumables and a consumable identifier, and a hand-held device that comprises a measuring facility for measuring the result of a detection reaction, a reading facility for reading a data carrier, a processor that is connected to the measuring facility and the reading facility for controlling the measuring facility and for analysis of a measuring signal, and a memory that is connected to the processor and contains software for the processor, wherein the system comprises as an additional system component at least one replaceable data storage unit in which supplementary data is stored that functions during the analysis of a measuring signal in combination with a calibration information that is stored on the data carrier, the hand-held device comprises an interface for transferring supplementary data from the replaceable data storage unit to the device, characterized in that, consumables for several measurements is stored in a magazine, the data carrier is affixed to the magazine and contains a calibration information for the consumables contained in the magazine, the hand-held device has a magazine reception compartment including the reading facility for receiving a magazine of this type and reading its data carrier, the hand-held device comprising a transport facility for moving consumables of the magazine that is inserted in the magazine reception compartment, for reception of a sample and measurement of the analyte concentration in the received body fluid sample, the processor checks after insertion of the magazine by means of the consumable identifier stored on the data carrier whether the calibration information of the data carrier affixed to the inserted magazine matches the available supplementary data and determines whether a reliable measurement of an analyte concentration in the body fluid sample is feasible with the consumables of the inserted magazine combined with the supplementary data that is available to the processor renders, and, if this is not the case, generates a signal in order to indicate to a user that the available supplementary data and the consumables of the inserted magazine do not allow a valid measurement of an analyte concentration in the body fluid sample to be carried out.
A system comprising a first radio device, acting as master and a second radio device, acting as slave, each of the first and second radio devices having a time reference and being arranged for transmitting and receiving radio signals that include a plurality of chirps, said first and second radio devices having a ranging mode in which the first radio device transmits to the second radio device a ranging request containing ranging chirps (416, 417), and the second radio device responds to the ranging request transmitting to the first radio device a ranging reply containing reply chirps (419, 418), the second radio device is configured to align the reply chirps in time and frequency with the ranging chirps, wherein the ranging chirps do not have all the same slope characterized in that the system is configured to determine a Doppler-unbiased range and a Doppler shift between the first radio device and the second radio device, based on time shifts between the ranging chirps and the reply chirps.
Mobile apparatus for the automated transport of a load carrier, wherein the mobile apparatus comprises: at least one movement actuator configured to be controlled by means of control data to move the mobile apparatus, wherein the mobile apparatus is configured to move and orient itself by means of the at least one movement actuator relative to the load carrier to be transported; an image capture device for capturing a multiplicity of images of a section of an environment of the mobile apparatus at different times; at least one LiDAR sensor for capturing LiDAR data in the environment of the mobile apparatus; and a processor configured to implement a neural network trained by means of reinforcement learning, RL, wherein the RL-trained neural network is configured to determine, on the basis of the multiplicity of images, the LiDAR data, a multiplicity of past control data items and a multiplicity of past rewards determined for the multiplicity of past control data items, the control data for controlling the at least one movement actuator to move the mobile apparatus. at least one movement actuator configured to be controlled by means of control data to move the mobile apparatus, wherein the mobile apparatus is configured to move and orient itself by means of the at least one movement actuator relative to the load carrier to be transported; an image capture device for capturing a multiplicity of images of a section of an environment of the mobile apparatus at different times; at least one LiDAR sensor for capturing LiDAR data in the environment of the mobile apparatus; and a processor configured to implement a neural network trained by means of reinforcement learning, RL, wherein the RL-trained neural network is configured to determine, on the basis of the multiplicity of images, the LiDAR data, a multiplicity of past control data items and a multiplicity of past rewards determined for the multiplicity of past control data items, the control data for controlling the at least one movement actuator to move the mobile apparatus.
A dry powder inhaler comprising, in combination, a mouthpiece adapted to deliver dry powder particles comprising a medicament to a user's bronchial tract and lungs; and a housing, the housing having a mixing cavity adapted to selectively mount a medicament-containing cartridge, an air intake section, and an air-flow passage or conduit for assisting in the delivery of air from the air intake section into and through a cartridge in the mixing cavity and into and through the mouthpiece; wherein the mouthpiece comprises a hollow tube having an axis defining a mouthpiece airflow passage, and the mixing chamber comprises a hollow cylinder having an axis, and wherein the mouthpiece is oriented to the long dimension of the housing at an angle of between 90 degrees and 180 degrees; and wherein the mouthpiece and the housing comprise a joint that allows for the mouthpiece to pivot to an open or closed configuration; the dry powder inhaler being characterised in that the walls of the hollow tube in the mouthpiece diverge away from the housing at an angle of between five and eight degrees, whereby the mouthpiece diverges the air and particle stream to slow down the dry powder particles and cause the particles to converge at the rear of the user's mouth.
A base station (102, eNB) configured to: communicate through an enhanced distributed antenna system (eDAS) comprising a plurality of geographically-separated antenna nodes wherein each of the antenna nodes have a plurality of antenna elements; perform physical-layer baseband processing for each of the antenna nodes at a centralized processing location; cause the antenna nodes to transmit reference signals in accordance with a multiplexing scheme to allow user equipment to perform channel estimation for the antenna elements of any one or more of the antenna nodes; and cause the antenna nodes to transmit signals having synchronization codes to allow the user equipment to synchronize with the antenna elements of any one or more of the antenna nodes, wherein the synchronization codes are at least one of: partitioned to include information fields to uniquely identify a paging group, the base station (102,eNB), and the antenna node, and configured to have a code structure having a code space that is divided into a plurality of subspaces to allow the user equipment to uniquely identify the paging group, the base station (102,eNB) and the antenna node. communicate through an enhanced distributed antenna system (eDAS) comprising a plurality of geographically-separated antenna nodes wherein each of the antenna nodes have a plurality of antenna elements; perform physical-layer baseband processing for each of the antenna nodes at a centralized processing location; cause the antenna nodes to transmit reference signals in accordance with a multiplexing scheme to allow user equipment to perform channel estimation for the antenna elements of any one or more of the antenna nodes; and cause the antenna nodes to transmit signals having synchronization codes to allow the user equipment to synchronize with the antenna elements of any one or more of the antenna nodes, wherein the synchronization codes are at least one of: partitioned to include information fields to uniquely identify a paging group, the base station (102,eNB), and the antenna node, and configured to have a code structure having a code space that is divided into a plurality of subspaces to allow the user equipment to uniquely identify the paging group, the base station (102,eNB) and the antenna node.
A continuously variable transmission comprising: a primary pulley joined to a driving source via an input shaft; a secondary pulley joined to an output shaft; a belt that is wound around both of the pulleys (2, 3) and transmits power; and a control device that controls pulley pressures supplied to both of the pulleys (2, 3) so as to adjust a speed ratio between both of the pulleys (2, 3) by changing widths of grooves in both of the pulleys (2, 3) based on a target input shaft rotation speed that has been set in accordance with an operating condition of the driving source, wherein the control device includes: rotation speed detection means configured to detect a rotation speed of the input shaft; calculation means configured to calculate an inertia torque input to the continuously variable transmission based on a change ratio of the detected rotation speed; characterized in that the control device further includes: extraction means configured to obtain a positive inertia torque by extracting a positive portion from the calculated inertia torque; and correction means configured to correct the pulley pressures based on the extracted positive inertia torque. a primary pulley joined to a driving source via an input shaft; a secondary pulley joined to an output shaft; a belt that is wound around both of the pulleys (2, 3) and transmits power; and a control device that controls pulley pressures supplied to both of the pulleys (2, 3) so as to adjust a speed ratio between both of the pulleys (2, 3) by changing widths of grooves in both of the pulleys (2, 3) based on a target input shaft rotation speed that has been set in accordance with an operating condition of the driving source, wherein the control device includes: rotation speed detection means configured to detect a rotation speed of the input shaft; calculation means configured to calculate an inertia torque input to the continuously variable transmission based on a change ratio of the detected rotation speed; rotation speed detection means configured to detect a rotation speed of the input shaft; calculation means configured to calculate an inertia torque input to the continuously variable transmission based on a change ratio of the detected rotation speed; characterized in that the control device further includes: extraction means configured to obtain a positive inertia torque by extracting a positive portion from the calculated inertia torque; and correction means configured to correct the pulley pressures based on the extracted positive inertia torque. extraction means configured to obtain a positive inertia torque by extracting a positive portion from the calculated inertia torque; and correction means configured to correct the pulley pressures based on the extracted positive inertia torque.