mhurhangee/patent-ind-claim-en huggingface dataset:
A tissue resecting device for resecting uterine polyps comprising: an elongated structure having a longitudinal axis , the elongated structure comprising an outer sleeve with a distal window configured to receive uterine polyp tissue and an inner sleeve configured to move between a proximal position and a distal position relative to the distal window; an electrode element having a first polarity coupled to the inner sleeve and movable across the distal window between the proximal position and the distal position; and an insulative layer covering the inner sleeve proximal of the electrode element, wherein a portion of the insulative layer is exposed in the distal window in the distal position; characterized by : wherein the insulative layer is configured to peel away from the inner sleeve when the tissue resecting device is used for procedures imparting a greater amount of force on the tissue resecting device than during the resection of uterine polyps to expose a portion of the inner sleeve to alter an electrical pathway between the electrode element and the outer sleeve serving as a return electrode having a second polarity opposite the first polarity. an elongated structure having a longitudinal axis , the elongated structure comprising an outer sleeve with a distal window configured to receive uterine polyp tissue and an inner sleeve configured to move between a proximal position and a distal position relative to the distal window; an electrode element having a first polarity coupled to the inner sleeve and movable across the distal window between the proximal position and the distal position; and an insulative layer covering the inner sleeve proximal of the electrode element, wherein a portion of the insulative layer is exposed in the distal window in the distal position; characterized by : wherein the insulative layer is configured to peel away from the inner sleeve when the tissue resecting device is used for procedures imparting a greater amount of force on the tissue resecting device than during the resection of uterine polyps to expose a portion of the inner sleeve to alter an electrical pathway between the electrode element and the outer sleeve serving as a return electrode having a second polarity opposite the first polarity.
A battery system comprising: a plurality of battery packs connected in parallel, wherein a battery pack of the battery packs includes a battery cell module including a plurality of battery cells and a switching unit including a first switch provided between a positive terminal of the battery cell module and a load part and a second switch provided between a negative terminal of the battery cell module and the load part; a charge and discharge controller connected between the plurality of battery packs and the load part, the charge and discharge controller being configured to control charge and discharge of the plurality of battery packs ; and a battery relay diagnostic device for diagnosing the battery system , the battery relay diagnostic device comprising: a switching controller configured to control a current applied to the battery cell module by controlling on/off of the switching unit ; and a diagnostic unit configured to perform diagnosis on the first switch and the second switch based on an on/off state of the first switch and the second switch, wherein the diagnostic unit is configured to perform diagnosis simultaneously or sequentially on the first switch and the second switch in an order determined in consideration of interference between the plurality of battery packs . a plurality of battery packs connected in parallel, wherein a battery pack of the battery packs includes a battery cell module including a plurality of battery cells and a switching unit including a first switch provided between a positive terminal of the battery cell module and a load part and a second switch provided between a negative terminal of the battery cell module and the load part; a charge and discharge controller connected between the plurality of battery packs and the load part, the charge and discharge controller being configured to control charge and discharge of the plurality of battery packs ; and a battery relay diagnostic device for diagnosing the battery system , the battery relay diagnostic device comprising: a switching controller configured to control a current applied to the battery cell module by controlling on/off of the switching unit ; and a diagnostic unit configured to perform diagnosis on the first switch and the second switch based on an on/off state of the first switch and the second switch, wherein the diagnostic unit is configured to perform diagnosis simultaneously or sequentially on the first switch and the second switch in an order determined in consideration of interference between the plurality of battery packs . a switching controller configured to control a current applied to the battery cell module by controlling on/off of the switching unit ; and a diagnostic unit configured to perform diagnosis on the first switch and the second switch based on an on/off state of the first switch and the second switch, wherein the diagnostic unit is configured to perform diagnosis simultaneously or sequentially on the first switch and the second switch in an order determined in consideration of interference between the plurality of battery packs .
Device for driving an electronically commutated electric motor , wherein the device has a control apparatus , wherein the control apparatus is able to output first control signals (S1) to a first switching apparatus by way of which the electric motor is able to be driven, wherein the device furthermore has a second switching apparatus for connecting the first switching apparatus to an electric supply voltage (U B ), wherein the first control signals (S1) are functionally coupled to a second control signal (S2) for a trigger apparatus of the second switching apparatus , and wherein the second control signal (S2) is generated by the control apparatus , characterized in that the first control signals (S1) are periodic signals from the control apparatus that are generated by way of a computer program running on the control apparatus , wherein the second control signal (S2) is derived from the first control signals (S1) by way of the computer program, wherein the second control signal (S2) is derived by the control apparatus from a periodic interrupt that is used to generate the first control signals (S1), wherein the trigger apparatus is designed as an electronic charge pump, wherein the first switching apparatus is disconnected from the supply voltage (U B ) by way of the trigger apparatus and the second switching apparatus in the absence of the first control signals (S1).
A modular shoe adapted to be configured into at least two different forms comprises: a sole which receives at least one shoe upper for arrangement over a wearer's foot, the sole has a continuous channel around its outer perimeter/surface for receiving and engaging with the at least one shoe upper ; wherein the at least one shoe upper has at least one connection portion that is adapted to be received in the channel so as to permit adjustable connection of the at least one shoe upper with respect to the sole to a user desired configuration by sliding the connection portion along the channel ; the channel includes an entrance for accepting the at least one connection portion that is received by and retained in the continuous channel ; and a locking means is capable of locking the at least one connection portion at a fixed position selected by the user in the continuous channel so as to alter fit and/or appearance of the modular shoe.
An information processing apparatus , comprising: a first near field communication unit for transmitting a first wireless signal for performing first near field communication; a second near field communication unit for transmitting a second wireless signal for performing second near field communication; and a communication control unit for controlling the first and second near field communication units such that the first wireless signal and the second wireless signal are alternately transmitted, for acquiring identification information of a user from a terminal device via the first near field communication when connection via the first near field communication is established with the terminal device in response to transmitting the first wireless signal, and for transmitting identification information of the information processing apparatus to the terminal device via the second near field communication when connection via the second near field communication is established with the terminal device in response to transmitting the second wireless signal. a first near field communication unit for transmitting a first wireless signal for performing first near field communication; a second near field communication unit for transmitting a second wireless signal for performing second near field communication; and a communication control unit for controlling the first and second near field communication units such that the first wireless signal and the second wireless signal are alternately transmitted, for acquiring identification information of a user from a terminal device via the first near field communication when connection via the first near field communication is established with the terminal device in response to transmitting the first wireless signal, and for transmitting identification information of the information processing apparatus to the terminal device via the second near field communication when connection via the second near field communication is established with the terminal device in response to transmitting the second wireless signal.
A system for predicting the likelihood of the occurrence of hallucinations in a subject having been diagnosed to have, or is affected by, Parkinson's disease comprising: a) a master device adapted to be moved, moved on or manipulated by a subject; b) a slave device operably connected with the master device and adapted so that the subject is directly or indirectly touched by said slave device according with the master device's movement; c) a computer device operably connected to both the master and the slave device, said computer device being characterized by a computer program comprising instructions to: - modulate over time a time delay between the activation of the slave device in response to the activation of the master device and the activation of the master device by the subject; - record data regarding the time delay and a corresponding subjective response of the subject concerning the induction of the feeling of a presence (FoP); - compare the recorded data with reference data; and - graphically or numerically show the result of the comparison on a display means, as an indicator of the likelihood of the occurrence of hallucinations in a subject. a) a master device adapted to be moved, moved on or manipulated by a subject; b) a slave device operably connected with the master device and adapted so that the subject is directly or indirectly touched by said slave device according with the master device's movement; c) a computer device operably connected to both the master and the slave device, said computer device being characterized by a computer program comprising instructions to: - modulate over time a time delay between the activation of the slave device in response to the activation of the master device and the activation of the master device by the subject; - record data regarding the time delay and a corresponding subjective response of the subject concerning the induction of the feeling of a presence (FoP); - compare the recorded data with reference data; and - graphically or numerically show the result of the comparison on a display means, as an indicator of the likelihood of the occurrence of hallucinations in a subject. - modulate over time a time delay between the activation of the slave device in response to the activation of the master device and the activation of the master device by the subject; - record data regarding the time delay and a corresponding subjective response of the subject concerning the induction of the feeling of a presence (FoP); - compare the recorded data with reference data; and - graphically or numerically show the result of the comparison on a display means, as an indicator of the likelihood of the occurrence of hallucinations in a subject.
A composition obtained by melt blending at least the following compounds: - 30% to 95% by weight of polyamide; - 1% to 20% by weight of polyketone; and - 1% to 20% by weight of novolak resin, with respect to the total weight of the composition; wherein the polyketone is a copolymer of ethylene and carbon oxide or a copolymer of ethylene, propylene and carbon oxide. - 30% to 95% by weight of polyamide; - 1% to 20% by weight of polyketone; and - 1% to 20% by weight of novolak resin, with respect to the total weight of the composition; wherein the polyketone is a copolymer of ethylene and carbon oxide or a copolymer of ethylene, propylene and carbon oxide.
A micro device transfer head (101∼112), comprising: a first base arm including a first surface and a second surface; characterized by: a first side arm including one or multiple first electrodes and disposed on the first surface of the first base arm at a first end of the first base arm ; a second side arm including one or multiple second electrodes and disposed on the first surface of the first base arm at a second end of the first base arm ; and an isolation layer disposed on the first surface of the first base arm and covering a surface of the first side arm and a surface of the second side arm . a first base arm including a first surface and a second surface; characterized by: a first side arm including one or multiple first electrodes and disposed on the first surface of the first base arm at a first end of the first base arm ; a second side arm including one or multiple second electrodes and disposed on the first surface of the first base arm at a second end of the first base arm ; and an isolation layer disposed on the first surface of the first base arm and covering a surface of the first side arm and a surface of the second side arm . a first side arm including one or multiple first electrodes and disposed on the first surface of the first base arm at a first end of the first base arm ; a second side arm including one or multiple second electrodes and disposed on the first surface of the first base arm at a second end of the first base arm ; and an isolation layer disposed on the first surface of the first base arm and covering a surface of the first side arm and a surface of the second side arm .
A wheel hub for a drive wheel of a vehicle, comprising a wheel axle , a first magnetic field sensor , which is fixed to the wheel axle in a torsion-proof manner, a first magnet , which is arranged at a distance from the first magnetic field sensor and is mounted so as to be rotatable relative to the wheel axle , the first magnetic field sensor being designed for detecting a first magnetic field emanating from the first magnet and outputting a first magnetic field sensor signal having a time-dependent signal strength (S) which, caused by a spatial displacement of the first magnetic field, alternates between a minimum signal strength (S min ) and a maximum signal strength (S max ), a first sensor determining a first measured variable, which is a temperature sensor designed for measuring a temperature (T) in the wheel hub as the first measured variable, or a torque sensor designed for measuring a torque (M) in the wheel hub as the first measured variable, the wheel hub being characterized by a first signal processing unit designed for changing the minimum signal strength (S min ) and/or the maximum signal strength (S max ) of the first magnetic field sensor signal as a function of the first measured variable and thus for generating a first wheel hub signal from the first magnetic field sensor signal .
A supporting structure that is to be mounted on a wall surface and configured to support a display section , the supporting structure comprising: a support configured to support the display section from below in a vertical direction; an inclination adjusting mechanism provided at the support and configured to adjust an inclination of the display section with respect to the vertical direction; a contacting member configured to be in contact with a lower surface of the display section ; and a biasing member provided at the support and biases the contacting member upward in the vertical direction. a support configured to support the display section from below in a vertical direction; an inclination adjusting mechanism provided at the support and configured to adjust an inclination of the display section with respect to the vertical direction; a contacting member configured to be in contact with a lower surface of the display section ; and a biasing member provided at the support and biases the contacting member upward in the vertical direction.
Core material, suitable for use in a closed mold system, based on at least one fibrous web containing a foam structure within and/or on the web, wherein said foam structure is formed by a plurality of members that are separated by channels, wherein the core material further comprises a hardener based on a polymer dispersion, wherein the core material has a compression resistance of more than 60% at 6 bar.
A main mixer , comprising: a swirler along an axis (X); and a swirler hub along the axis (X), the swirler hub having a fuel manifold and a centerbody , wherein the centerbody forms an inner surface of a contoured annular mixer passage , and an inner surface of the swirler forms an outer surface of the contoured annular mixer passage ; characterized in that : the centerbody of the swirler hub is offset from the axis (X). a swirler along an axis (X); and a swirler hub along the axis (X), the swirler hub having a fuel manifold and a centerbody , wherein the centerbody forms an inner surface of a contoured annular mixer passage , and an inner surface of the swirler forms an outer surface of the contoured annular mixer passage ; characterized in that : the centerbody of the swirler hub is offset from the axis (X).
A computer implemented method for validating a data block for insertion into a vehicle trajectory blockchain comprising the steps of: - providing one or more sets of aggregated trajectory data , a set of aggregated trajectory data comprising at least aggregated trajectory data defining one or more trajectories of one or more vehicles; the aggregated trajectory data comprising trajectory information obtained from a variety of trajectory data sources (401_i, 401_j, 401_k), and wherein such trajectory information has been aggregated ; wherein providing one or more sets of aggregated trajectory data comprises generating the aggregated trajectory data by a method comprising: - receiving vehicle trajectory data, wherein vehicle data trajectory comprises data received from the variety of trajectory data sources (401_i, 401_j, 401_k); - reconstructing the vehicle trajectory data, providing one or more reconstructed trajectories; and - fusing the one or more reconstructed trajectories, providing aggregated trajectory data in one or more sets; - generating a data block from the one or more sets of aggregated trajectory data ; - mining the data block to verify whether the data block comprises valid vehicle data; and - if the data block comprises valid vehicle data, validating the data block for insertion into a vehicle trajectory blockchain. - providing one or more sets of aggregated trajectory data , a set of aggregated trajectory data comprising at least aggregated trajectory data defining one or more trajectories of one or more vehicles; the aggregated trajectory data comprising trajectory information obtained from a variety of trajectory data sources (401_i, 401_j, 401_k), and wherein such trajectory information has been aggregated ; - receiving vehicle trajectory data, wherein vehicle data trajectory comprises data received from the variety of trajectory data sources (401_i, 401_j, 401_k); - reconstructing the vehicle trajectory data, providing one or more reconstructed trajectories; and - fusing the one or more reconstructed trajectories, providing aggregated trajectory data in one or more sets; - generating a data block from the one or more sets of aggregated trajectory data ; - mining the data block to verify whether the data block comprises valid vehicle data; and - if the data block comprises valid vehicle data, validating the data block for insertion into a vehicle trajectory blockchain.
A system for managing an interaction flow, the system comprising: a processor ; and a memory coupled to the processor , wherein the memory has stored thereon, instructions that, when executed by the processor , cause the processor to: receive a communication from a user device; monitor the communication and store data corresponding to one or more topics of the communication in the memory; compare the data with parameters of a plurality of predesigned interaction flows for identifying one or more of the predesigned interaction flows relevant to the communication; wherein said monitoring , storing and comparing continue until the system determines that the parameters of one or more of the predesigned interaction flows match the stored data; and route the communication to one or more corresponding contact center resources in response to identifying the one or more of the predesigned interaction flows relevant to the communication. a processor ; and a memory coupled to the processor , wherein the memory has stored thereon, instructions that, when executed by the processor , cause the processor to: receive a communication from a user device; monitor the communication and store data corresponding to one or more topics of the communication in the memory; compare the data with parameters of a plurality of predesigned interaction flows for identifying one or more of the predesigned interaction flows relevant to the communication; receive a communication from a user device; monitor the communication and store data corresponding to one or more topics of the communication in the memory; compare the data with parameters of a plurality of predesigned interaction flows for identifying one or more of the predesigned interaction flows relevant to the communication; wherein said monitoring , storing and comparing continue until the system determines that the parameters of one or more of the predesigned interaction flows match the stored data; and route the communication to one or more corresponding contact center resources in response to identifying the one or more of the predesigned interaction flows relevant to the communication.