mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a transmission line resonator ; and a plurality of resonators (404a-d) coupled to the transmission line resonator, wherein each of the plurality of resonators is coupled to the transmission line resonator at a different respective coupling position; wherein each coupling position is at a respective position X along a length of the transmission line resonator, and a respective position Y along a length of the respective resonator; wherein for each resonator of the plurality of resonators, the locations of a short circuit end and an open circuit end of the respective resonator are inverted relative to the positions of a short circuit end and an open circuit end, respectively, of the transmission line resonator wherein for a resonator coupled at respective position X, the respective position Y is selected such that, upon application of a source potential to the respective one of the plurality of resonators, a standing wave established in the respective one of the plurality of resonators is impedance and phase matched to a standing wave established in the transmission line resonator. a transmission line resonator ; and a plurality of resonators (404a-d) coupled to the transmission line resonator, wherein each of the plurality of resonators is coupled to the transmission line resonator at a different respective coupling position; wherein each coupling position is at a respective position X along a length of the transmission line resonator, and a respective position Y along a length of the respective resonator; wherein for each resonator of the plurality of resonators, the locations of a short circuit end and an open circuit end of the respective resonator are inverted relative to the positions of a short circuit end and an open circuit end, respectively, of the transmission line resonator wherein for a resonator coupled at respective position X, the respective position Y is selected such that, upon application of a source potential to the respective one of the plurality of resonators, a standing wave established in the respective one of the plurality of resonators is impedance and phase matched to a standing wave established in the transmission line resonator.
A method for identifying cough sounds in an audio recording of a subject comprising: operating at least one electronic processor to identify potential cough sounds in the audio recording; the method being characterised by further comprising: operating the at least one electronic processor to transform one or more of the potential cough sounds into corresponding one or more image representations; operating the at least one electronic processor to apply said one or more image representations to a representation pattern classifier trained to confirm that a potential cough sound is a cough sound or is not a cough sound; and operating the at least one electronic processor to flag one or more of the potential cough sounds as confirmed cough sounds based on an output of the representation pattern classifier. operating the at least one electronic processor to transform one or more of the potential cough sounds into corresponding one or more image representations; operating the at least one electronic processor to apply said one or more image representations to a representation pattern classifier trained to confirm that a potential cough sound is a cough sound or is not a cough sound; and operating the at least one electronic processor to flag one or more of the potential cough sounds as confirmed cough sounds based on an output of the representation pattern classifier.
A particle grinder, comprising: a stator and rotor arrangement, wherein the rotor has a plurality of stacked rows of impact elements , each row of impact elements includes at least one impact element radially extending away from a rotor collecting unit ; an inlet port and a discharge port located below said plurality of stacked rows of impact elements ; an outlet port located above said plurality of stacked rows of impact elements ; and an outlet port adapter that is configured to be selectively rotated to change the position of said outlet port in relation to a center of said rotor collecting unit . a stator and rotor arrangement, wherein the rotor has a plurality of stacked rows of impact elements , each row of impact elements includes at least one impact element radially extending away from a rotor collecting unit ; an inlet port and a discharge port located below said plurality of stacked rows of impact elements ; an outlet port located above said plurality of stacked rows of impact elements ; and an outlet port adapter that is configured to be selectively rotated to change the position of said outlet port in relation to a center of said rotor collecting unit .
A method for wireless communication at a user equipment, UE, comprising: receiving , from a base station, a configuration that indicates an association between a first search space set and a second search space set, the configuration comprising a first configuration for the first search space set indicating one or more monitoring occasions for the first search space set and a second configuration for the second search space set indicating one or more monitoring occasions for the second search space set; determining an association between a first physical downlink control channel candidate in the first search space set and a second physical downlink control channel candidate in the second search space set; monitoring for a combined first physical downlink control channel candidate and the second physical downlink control channel candidate based at least in part on a monitoring occasion of the first search space set and a monitoring occasion of the second search space set and in accordance with the first configuration and the second configuration; and decoding the combined first physical downlink control channel candidate and the second physical downlink control channel candidate. receiving , from a base station, a configuration that indicates an association between a first search space set and a second search space set, the configuration comprising a first configuration for the first search space set indicating one or more monitoring occasions for the first search space set and a second configuration for the second search space set indicating one or more monitoring occasions for the second search space set; determining an association between a first physical downlink control channel candidate in the first search space set and a second physical downlink control channel candidate in the second search space set; monitoring for a combined first physical downlink control channel candidate and the second physical downlink control channel candidate based at least in part on a monitoring occasion of the first search space set and a monitoring occasion of the second search space set and in accordance with the first configuration and the second configuration; and decoding the combined first physical downlink control channel candidate and the second physical downlink control channel candidate.
A windshield wiper structure with a reinforced pressing force, the windshield wiper structure comprising: a fixing frame , comprising a fixing base and a pivot disposed on the fixing base ; a support plate , connected on a bottom side of the fixing base , and extended oppositely from the fixing base ; a blade , connected to a bottom surface of the support plate ; and characterized by further comprising at least one pressing strip , disposed on the bottom side of the fixing base , and pressing the blade toward a direction away from the fixing base to contact with a glass surface. a fixing frame , comprising a fixing base and a pivot disposed on the fixing base ; a support plate , connected on a bottom side of the fixing base , and extended oppositely from the fixing base ; a blade , connected to a bottom surface of the support plate ; and characterized by further comprising at least one pressing strip , disposed on the bottom side of the fixing base , and pressing the blade toward a direction away from the fixing base to contact with a glass surface.
A computer implemented method for removing ghost markers (M4, M5) from a measured set of medical markers, wherein the measured set of markers represents the positions of real markers (M1, M2, M3) and the positions of ghost markers (M4, M5), characterized in comprising the steps of: - calculating all possible minimal marker sets, wherein a minimal marker set is a subset of the measured set and a minimal marker set consists of the smallest possible number of markers which would cause the measured set to be measured; - calculating the smallest extent of each minimal marker set, wherein the smallest extent is the smallest extent among the extents in three orthogonal directions; and - selecting the minimal marker set having the smallest out of the smallest extents as a marker set without ghost markers. - calculating all possible minimal marker sets, wherein a minimal marker set is a subset of the measured set and a minimal marker set consists of the smallest possible number of markers which would cause the measured set to be measured; - calculating the smallest extent of each minimal marker set, wherein the smallest extent is the smallest extent among the extents in three orthogonal directions; and - selecting the minimal marker set having the smallest out of the smallest extents as a marker set without ghost markers.
A dryer stand for a dryer for discharging air for drying to be mounted thereon, the dryer stand comprising: a stem extended up and down; a base positioned under the stem ; a receptacle positioned over the stem and providing a space in which the dryer can be detachably located; a supporter configured to receive the receptacle therein; and a rotation apparatus comprising an electrically driven rotation motor , wherein the rotation apparatus is configured to rotate the receptacle left and right in accordance with a forward or backward rotation of the rotation motor , the rotation of the receptacle in the left and right direction being performed by rotating the supporter , characterized in that the rotation apparatus further comprises: a rotation pinion coupled to a rotation shaft of the rotation motor ; and rotation gear teeth disposed on the supporter and engaged with the rotation pinion , wherein the supporter comprises a curved outer circumference surface, the rotation gear teeth are extended along the curved outer circumference surface. a stem extended up and down; a base positioned under the stem ; a receptacle positioned over the stem and providing a space in which the dryer can be detachably located; a supporter configured to receive the receptacle therein; and a rotation apparatus comprising an electrically driven rotation motor , wherein the rotation apparatus is configured to rotate the receptacle left and right in accordance with a forward or backward rotation of the rotation motor , the rotation of the receptacle in the left and right direction being performed by rotating the supporter , characterized in that the rotation apparatus further comprises: a rotation pinion coupled to a rotation shaft of the rotation motor ; and rotation gear teeth disposed on the supporter and engaged with the rotation pinion , wherein the supporter comprises a curved outer circumference surface, the rotation gear teeth are extended along the curved outer circumference surface. a rotation pinion coupled to a rotation shaft of the rotation motor ; and rotation gear teeth disposed on the supporter and engaged with the rotation pinion , wherein the supporter comprises a curved outer circumference surface, the rotation gear teeth are extended along the curved outer circumference surface.
A device for twisting single cables about a twisting axis (V) to form a cable bundle along an extension axis (A), the device comprising: mutually spaced single rotating units for separately holding cable ends at one end of the single cables ; a twisting unit for holding and twisting cable ends at the other end of the single cables ; a guiding apparatus , to which is fastened a guiding mandrel for separating the single cables , at least in some regions, during a twisting process by means of the twisting unit, in a region in which there is a transition from an untwisted region to a twisted region, characterized in that the guiding mandrel has a thickened portion on a side opposite its fastening to the guiding apparatus , said thickened portion having larger dimensions in a direction transverse to the running direction of the guiding mandrel than in most of the guiding mandrel . mutually spaced single rotating units for separately holding cable ends at one end of the single cables ; a twisting unit for holding and twisting cable ends at the other end of the single cables ; a guiding apparatus , to which is fastened a guiding mandrel for separating the single cables , at least in some regions, during a twisting process by means of the twisting unit, in a region in which there is a transition from an untwisted region to a twisted region, characterized in that the guiding mandrel has a thickened portion on a side opposite its fastening to the guiding apparatus , said thickened portion having larger dimensions in a direction transverse to the running direction of the guiding mandrel than in most of the guiding mandrel .
Electronic module , in particular for a door handle of a vehicle , having at least one conductor element , on which at least one electrical component is electrically arranged, the conductor element and the connected electrical components forming an electronic unit , and the electronic unit can be connected to at least one vehicle-side system , in particular safety system , by means of data technology, and with at least one illumination means , whereby light (16.1) can be emitted, wherein the illumination means is electrically arranged on the conductor element , wherein at least one light cap with an opening edge (18.2) is provided, which protects the at least one illumination means from external influences, and the light cap transmits the light (16.1) emitted by the illumination means , and with a potting compound characterized in that the electronic unit has at least one sensor element (14.1) as an electrical component , it being possible for the electronic unit to be arranged in a lower part of a door handle and/or a housing and to be fixed therein at least partially by the potting compound , so that the electronic unit is at least partially protected by the potting compound and the opening edge (18.2) projects completely into the potting compound . the electronic unit can be connected to at least one vehicle-side system , in particular safety system , by means of data technology, and with at least one illumination means , whereby light (16.1) can be emitted, wherein the illumination means is electrically arranged on the conductor element , wherein at least one light cap with an opening edge (18.2) is provided, which protects the at least one illumination means from external influences, and the light cap transmits the light (16.1) emitted by the illumination means , and with a potting compound characterized in that the electronic unit has at least one sensor element (14.1) as an electrical component , it being possible for the electronic unit to be arranged in a lower part of a door handle and/or a housing and to be fixed therein at least partially by the potting compound , so that the electronic unit is at least partially protected by the potting compound and the opening edge (18.2) projects completely into the potting compound .
A welding system , comprising: a power source configured to deliver power via one or more power outlets ; control circuitry configured to: receive an input to initiate a welding process, characterized in that the control circuitry is further configured to: command the power source to deliver a power signal with a current below a threshold level; monitor one or more characteristics of the power signal at the one or more power outlets; and determine whether a completed circuit or an open circuit condition exists based on the monitored one or more characteristics, and control the power source to prevent delivery of power if a completed circuit condition exists. a power source configured to deliver power via one or more power outlets ; control circuitry configured to: receive an input to initiate a welding process, characterized in that the control circuitry is further configured to: command the power source to deliver a power signal with a current below a threshold level; monitor one or more characteristics of the power signal at the one or more power outlets; and determine whether a completed circuit or an open circuit condition exists based on the monitored one or more characteristics, and control the power source to prevent delivery of power if a completed circuit condition exists. receive an input to initiate a welding process, characterized in that the control circuitry is further configured to: command the power source to deliver a power signal with a current below a threshold level; monitor one or more characteristics of the power signal at the one or more power outlets; and determine whether a completed circuit or an open circuit condition exists based on the monitored one or more characteristics, and control the power source to prevent delivery of power if a completed circuit condition exists. command the power source to deliver a power signal with a current below a threshold level; monitor one or more characteristics of the power signal at the one or more power outlets; and determine whether a completed circuit or an open circuit condition exists based on the monitored one or more characteristics, and control the power source to prevent delivery of power if a completed circuit condition exists.
A light-emitting device comprising: a base material ; an electrode that is disposed on a front surface of the base material , that has a light-emitting element on a front surface of the electrode , and that is electrically connected to the light-emitting element; a connection portion disposed at a position separated from the electrode on the front surface of the base material and connected to a conductive portion having a reference potential; and a heat transfer member comprising a contact surface along the front surface of the base material , the contact surface being in contact with a front surface of the electrode and a front surface of the connection portion , the heat transfer member being configured to transfer heat from the electrode to the connection portion . a base material ; an electrode that is disposed on a front surface of the base material , that has a light-emitting element on a front surface of the electrode , and that is electrically connected to the light-emitting element; a connection portion disposed at a position separated from the electrode on the front surface of the base material and connected to a conductive portion having a reference potential; and a heat transfer member comprising a contact surface along the front surface of the base material , the contact surface being in contact with a front surface of the electrode and a front surface of the connection portion , the heat transfer member being configured to transfer heat from the electrode to the connection portion .
A method for determining steering deadband and for eliminating starting drag in a vehicle having at least one steered wheel mechanically connected to an actuator , comprising: a) from a first initial position , wherein the actuator is in a middle position (M) and is biased toward a second direction, the actuator is moved toward a first direction, said first direction being opposite to the second direction, until a movement of the steered wheel is detected in a first deadband detection position (DB1) of the actuator ; b) the actual position of the actuator in the first deadband detection position (DB1) is stored as a first deadband value Θ DB1 , characterized in that c) after reaching the first deadband detection position (DB1), the actuator is moved further in the first direction by a predetermined Θ ESD1 first starting drag elimination angle to cause a predetermined movement of the at least one steering wheel and further mechanical parts connected thereto, including at least one brake arranged for braking the at least one steering wheel , arriving to a first starting drag elimination position (ESD1). a) from a first initial position , wherein the actuator is in a middle position (M) and is biased toward a second direction, the actuator is moved toward a first direction, said first direction being opposite to the second direction, until a movement of the steered wheel is detected in a first deadband detection position (DB1) of the actuator ; b) the actual position of the actuator in the first deadband detection position (DB1) is stored as a first deadband value Θ DB1 , characterized in that c) after reaching the first deadband detection position (DB1), the actuator is moved further in the first direction by a predetermined Θ ESD1 first starting drag elimination angle to cause a predetermined movement of the at least one steering wheel and further mechanical parts connected thereto, including at least one brake arranged for braking the at least one steering wheel , arriving to a first starting drag elimination position (ESD1).
An unmanned aerial device comprising: an aerial device body capable of flying in an unmanned manner; and a load-lowering device mounted to the aerial device body and configured to lower a load (T) from the aerial device body , wherein the load-lowering device has a linear member (S) having one end portion connectable to the load (T), a linear member holder configured to hold at least an other end portion of the linear member (S), a speed limiting mechanism configured to limit a speed at which the linear member (S) is pulled out of the linear member holder , under a weight of the load (T), wherein the linear member holder has a reel having the linear member (S) wound therearound and a rotary shaft to which the reel is attached, the speed limiting mechanism is configured to provide rotational resistance to the rotary shaft or the reel , and the speed limiting mechanism has a rotor that is configured to be rotatable together with the rotary shaft , a stator that is configured not to be rotatable, and a spring configured to generate a frictional force by bringing the rotor and the stator into pressure contact with each other. an aerial device body capable of flying in an unmanned manner; and a load-lowering device mounted to the aerial device body and configured to lower a load (T) from the aerial device body , wherein the load-lowering device has a linear member (S) having one end portion connectable to the load (T), a linear member holder configured to hold at least an other end portion of the linear member (S), a speed limiting mechanism configured to limit a speed at which the linear member (S) is pulled out of the linear member holder , under a weight of the load (T), wherein the linear member holder has a reel having the linear member (S) wound therearound and a rotary shaft to which the reel is attached, the speed limiting mechanism is configured to provide rotational resistance to the rotary shaft or the reel , and the speed limiting mechanism has a rotor that is configured to be rotatable together with the rotary shaft , a stator that is configured not to be rotatable, and a spring configured to generate a frictional force by bringing the rotor and the stator into pressure contact with each other.
A medium composition that is suitable for culturing cells or tissues in a suspended state, which medium composition comprises a nanofiber dispersed in a liquid medium, wherein the nanofiber is constituted of a polysaccharide comprising a non-water-soluble polysaccharide selected from the group consisting of chitin and chitosan.