mhurhangee/patent-ind-claim-en huggingface dataset:
A manual transmission for vehicles, comprising a drive shaft and a device for axially adjusting a gearshift element , with: a gearshift shaft which is rotatable about an axis (A), an actuator body which is connected non-rotationally and also axially displaceably to the gearshift shaft and on a peripheral surface has at least two slotted guide portions designed as grooves, and also a linear actuator which is associated with the actuator body and has an actuable actuator pin which for axially displacing the actuator body can engage in the slotted guide portions , wherein each slotted guide portion has a coupling-in region for the actuator pin , an opposed coupling-out region for the actuator pin and also an actuating region which is bent in a curve lying therebetween in the peripheral direction for axially displacing the actuator body , wherein the coupling-in region and the coupling-out region in the peripheral direction of adjacent slotted guide portions are arranged at the same axial position, and wherein the gearshift element is a sliding sleeve of the manual transmission, characterised in that the drive shaft and the gearshift shaft are coupled by a transmission gear mechanism with a fixed transmission ratio. a gearshift shaft which is rotatable about an axis (A), an actuator body which is connected non-rotationally and also axially displaceably to the gearshift shaft and on a peripheral surface has at least two slotted guide portions designed as grooves, and also a linear actuator which is associated with the actuator body and has an actuable actuator pin which for axially displacing the actuator body can engage in the slotted guide portions , wherein each slotted guide portion has a coupling-in region for the actuator pin , an opposed coupling-out region for the actuator pin and also an actuating region which is bent in a curve lying therebetween in the peripheral direction for axially displacing the actuator body , wherein the coupling-in region and the coupling-out region in the peripheral direction of adjacent slotted guide portions are arranged at the same axial position, and wherein the gearshift element is a sliding sleeve of the manual transmission, characterised in that the drive shaft and the gearshift shaft are coupled by a transmission gear mechanism with a fixed transmission ratio.
A curved display device comprising: a first substrate and a second substrate facing each other and having a curvature; a liquid crystal layer (LC) arranged between the first substrate and the second substrate ; and two polarizing layers including: a first polarizing layer ; and a second polarizing layer , wherein the first substrate is thinner than the second substrate , wherein the first polarizing layer is positioned to face a second surface of the first substrate , the second surface of the first substrate being opposite to a first surface of the first substrate which faces the liquid crystal layer (LC); and wherein the second polarizing layer is arranged between the liquid crystal layer (LC) and a first surface of the second substrate that faces the liquid crystal layer (LC), the second substrate further including a second surface which is opposite to the first surface of the second substrate . a first substrate and a second substrate facing each other and having a curvature; a liquid crystal layer (LC) arranged between the first substrate and the second substrate ; and two polarizing layers including: a first polarizing layer ; and a second polarizing layer , wherein the first substrate is thinner than the second substrate , wherein the first polarizing layer is positioned to face a second surface of the first substrate , the second surface of the first substrate being opposite to a first surface of the first substrate which faces the liquid crystal layer (LC); and wherein the second polarizing layer is arranged between the liquid crystal layer (LC) and a first surface of the second substrate that faces the liquid crystal layer (LC), the second substrate further including a second surface which is opposite to the first surface of the second substrate .
A User Equipment , UE, comprising: one or more non-transitory computer-readable media having computer-executable instructions embodied thereon; and at least one processor coupled to the one or more non-transitory computer-readable media, and configured to execute the computer-executable instructions to: perform at least one Beam Failure Recovery, BFR, procedure including: transmitting a Medium Access Control, MAC, Control Element, CE, for BFR to a base station, wherein the MAC CE for BFR includes: a cell information field indicating information of a serving cell in which the BFR procedure is triggered; and a presence indicator field indicating whether an identity of a preferred Reference Signal, RS, for BFR is included in the MAC CE for BFR, the preferred RS being associated with the serving cell. one or more non-transitory computer-readable media having computer-executable instructions embodied thereon; and at least one processor coupled to the one or more non-transitory computer-readable media, and configured to execute the computer-executable instructions to: perform at least one Beam Failure Recovery, BFR, procedure including: transmitting a Medium Access Control, MAC, Control Element, CE, for BFR to a base station, wherein the MAC CE for BFR includes: a cell information field indicating information of a serving cell in which the BFR procedure is triggered; and a presence indicator field indicating whether an identity of a preferred Reference Signal, RS, for BFR is included in the MAC CE for BFR, the preferred RS being associated with the serving cell. a cell information field indicating information of a serving cell in which the BFR procedure is triggered; and a presence indicator field indicating whether an identity of a preferred Reference Signal, RS, for BFR is included in the MAC CE for BFR, the preferred RS being associated with the serving cell.
An ophthalmic apparatus , comprising: a refraction measurement unit configured to acquire a dioptric power in a first region including a fovea of a subject's eye (E); an OCT unit configured to acquire OCT data of a fundus (Ef) of the subject's eye (E) using optical coherence tomography; an analyzer configured to specify a shape of the fundus (Ef) by analyzing the OCT data; and a calculator configured to calculate a dioptric power in a peripheral region of the first region of the fundus (Ef) based on the dioptric power in the first region and the shape of the fundus (Ef). a refraction measurement unit configured to acquire a dioptric power in a first region including a fovea of a subject's eye (E); an OCT unit configured to acquire OCT data of a fundus (Ef) of the subject's eye (E) using optical coherence tomography; an analyzer configured to specify a shape of the fundus (Ef) by analyzing the OCT data; and a calculator configured to calculate a dioptric power in a peripheral region of the first region of the fundus (Ef) based on the dioptric power in the first region and the shape of the fundus (Ef).
Clamping device for receiving and fixing tools or tool holders with a collet arrangement , a tension bolt which is connected to the collect arrangement and moveable in an axial direction, and a sliding sleeve which is movable in the axial direction and via radially displaceable locking segments acts on the tension bolt , wherein on a conical surface the locking segments circumferentially engage behind a head of the tension bolt in such a way that a forwards movement of the sliding sleeve carried out in the direction of the tension bolt brings about a backwards movement of the tension bolt displaceable along the axial direction, wherein the collect arrangement is configured and connected to the tension bolt in such a way that the backwards movement of the tension bolt brings about a clamping movement of the collect arrangement , characterised in that the clamping movement of the collet arrangement is directed radially inwards and in that an electrical actuator device , more particularly an electric motor, actuates the sliding sleeve via a spindle shaft , wherein the spindle shaft engages in a spindle holder connected to the sliding sleeve .
A belt driving device comprising: an endless belt ; a stretch roller to engage the endless belt , the stretch roller including a rotary shaft; a steering roller spaced apart from the stretch roller and located within the endless belt ; an adjustment member located along the rotary shaft of the stretch roller , the adjustment member to move along the rotary shaft; and a linking mechanism to couple the adjustment member to the steering roller, the linking mechanism to engage a contact surface of the adjustment member , wherein the contact surface of the adjustment member includes contact points positioned at different distances from the rotary shaft to raise the linking mechanism during movement of the adjustment member , to cause the steering roller to tilt at an angle, and to maintain an alignment of the endless belt , characterised in that the adjustment member includes a slit through which at least a portion of the rotary shaft is exposed. an endless belt ; a stretch roller to engage the endless belt , the stretch roller including a rotary shaft; a steering roller spaced apart from the stretch roller and located within the endless belt ; an adjustment member located along the rotary shaft of the stretch roller , the adjustment member to move along the rotary shaft; and a linking mechanism to couple the adjustment member to the steering roller, the linking mechanism to engage a contact surface of the adjustment member , wherein the contact surface of the adjustment member includes contact points positioned at different distances from the rotary shaft to raise the linking mechanism during movement of the adjustment member , to cause the steering roller to tilt at an angle, and to maintain an alignment of the endless belt , characterised in that the adjustment member includes a slit through which at least a portion of the rotary shaft is exposed.
A computer-implemented user verification method comprising: generating a feature vector corresponding to a user based on input data corresponding to the user or by extracting a feature from speech data corresponding to the user; determining a first parameter, corresponding to a first confidence score, indicating a similarity between the feature vector and an enrolled feature vector enrolled for user verification in advance, wherein the enrolled feature vector corresponding to an enrolled user is generated by extracting a feature from speech data input by the enrolled user to enroll the enrolled user; determining a second parameter indicating a similarity between the feature vector and a user model corresponding to generalized users; and generating a verification result of the user based on the first parameter, a first threshold and the second parameter, wherein generating the verification result of the user comprises: determining a second confidence score by dividing the first parameter by the second parameter, and obtaining the verification result of the user by comparing the second confidence score and the first threshold; or determining a second threshold by multiplying the first threshold with the second parameter, and generating the verification result of the user by comparing the first confidence score, corresponding to the first parameter, and the second threshold. generating a feature vector corresponding to a user based on input data corresponding to the user or by extracting a feature from speech data corresponding to the user; determining a first parameter, corresponding to a first confidence score, indicating a similarity between the feature vector and an enrolled feature vector enrolled for user verification in advance, wherein the enrolled feature vector corresponding to an enrolled user is generated by extracting a feature from speech data input by the enrolled user to enroll the enrolled user; determining a second parameter indicating a similarity between the feature vector and a user model corresponding to generalized users; and generating a verification result of the user based on the first parameter, a first threshold and the second parameter, wherein generating the verification result of the user comprises: determining a second confidence score by dividing the first parameter by the second parameter, and obtaining the verification result of the user by comparing the second confidence score and the first threshold; or determining a second threshold by multiplying the first threshold with the second parameter, and generating the verification result of the user by comparing the first confidence score, corresponding to the first parameter, and the second threshold. determining a second confidence score by dividing the first parameter by the second parameter, and obtaining the verification result of the user by comparing the second confidence score and the first threshold; or determining a second threshold by multiplying the first threshold with the second parameter, and generating the verification result of the user by comparing the first confidence score, corresponding to the first parameter, and the second threshold.
A method for granting access, for a user equipment registered in a home mobile network , to a wireless local area network , comprising the following steps, performed by a device for granting access, for said user equipment, to said wireless local area network : receiving a request, sent by said user equipment, which comprises a first information allowing to identify the home mobile network of the user equipment; and sending, to the user equipment, a response message comprising a plurality of SSID identifiers, identifying respectively a plurality of wireless local area network access points to which said user equipment is allowed to connect, based on the identification of said home mobile network from said first information. receiving a request, sent by said user equipment, which comprises a first information allowing to identify the home mobile network of the user equipment; and sending, to the user equipment, a response message comprising a plurality of SSID identifiers, identifying respectively a plurality of wireless local area network access points to which said user equipment is allowed to connect, based on the identification of said home mobile network from said first information.
Access authorization system (Z) for a mobile work machine (A) having a vehicle control device (MCU) for controlling vehicle functions, wherein the access authorization system (Z) is configured to detect access authorizations of operators (P) and to make it possible for operators (P) with access authorization to access at least one of the vehicle functions, wherein the access authorization system (Z) comprises at least one first transceiver device (SE1) arranged on the mobile work machine (A) and at least one second transceiver device (SE2) which can be carried by the operator (P) and is individually assigned to the operator (P), wherein the first transceiver device (SE1) is operatively connected to the vehicle control device (MCU), and the access authorization system (Z) is configured, by virtue of the first transceiver device (SE1) interchanging data with the second transceiver device (SE2), to identify the operator (P) at a distance from the mobile work machine (A) and to detect the distance (d) of the operator (P) from the mobile work machine (A) and, if an access authorization of the operator (P) is identified, to cause the vehicle control device (MCU) to trigger at least one defined reaction function of the mobile work machine (A) on the basis of the distance of the operator (P) from the mobile work machine (A), characterized in that the access authorization system (Z) is operatively connected to at least one operating device in the environment of the mobile work machine (A), and the access authorization system (Z) is configured to trigger at least one defined reaction function of the operating device on the basis of the distance (d) of the operator (P) from the mobile work machine (A).
A vehicular air-conditioning device , comprising a casing being configured for being installed on a vehicle and a compressor module attached to the casing , the casing housing a refrigeration cycle device and the compressor module being a constituent component of the refrigeration cycle device, the compressor module comprising: a compressor to compress the refrigerant; a supporting member to support the compressor ; a shock-absorbing body attached to the supporting member ; an ancillary equipment added to the compressor ; and a base fixed to the casing to support the supporting member via the shock-absorbing body and to support the ancillary equipment with a portion other than a portion supporting the supporting member , the air-conditioning device further comprising cooperating devices fixed to the casing , the cooperating devices including a condenser , an expander, and an evaporator that together with the compressor module constitute the refrigeration cycle device, the base includes a pair of rails extending parallel to each other with a gap therebetween, characterized in that the supporting member includes a pair of inclined portions supported by the pair of rails via the shock-absorbing body , each of the inclined portions inclining downward from one rail of the pair of rails toward another rail of the pair of rails , and the pair of inclined portions supports the compressor . a compressor to compress the refrigerant; a supporting member to support the compressor ; a shock-absorbing body attached to the supporting member ; an ancillary equipment added to the compressor ; and a base fixed to the casing to support the supporting member via the shock-absorbing body and to support the ancillary equipment with a portion other than a portion supporting the supporting member , the air-conditioning device further comprising cooperating devices fixed to the casing , the cooperating devices including a condenser , an expander, and an evaporator that together with the compressor module constitute the refrigeration cycle device, the base includes a pair of rails extending parallel to each other with a gap therebetween, characterized in that the supporting member includes a pair of inclined portions supported by the pair of rails via the shock-absorbing body , each of the inclined portions inclining downward from one rail of the pair of rails toward another rail of the pair of rails , and the pair of inclined portions supports the compressor .
A cylindrical bandage, comprising: a tubular knit (M) being of a length corresponding to a length of an arm or a leg, wherein the tubular knit (M) has a base structure formed of stitches of a base yarn (A) and the base structure includes stitches of an elastic yarn (B), characterized in that the cylindrical bandage further comprises a gutter-shaped knit (N) extending from a lengthwise first end of the tubular knit (M), the gutter-shaped knit (N) having a smaller length in a circumferential direction than the first end of the tubular knit (M), the gutter-shaped knit (N) having a varying number of stitches and the gutter-shaped knit (N) having a gutter shape and a cut-out section with a horseshoe or V shape, wherein a knitting width gradually decreases from the first end of the tubular knit (M) to the gutter-shaped knit (N). a tubular knit (M) being of a length corresponding to a length of an arm or a leg, wherein the tubular knit (M) has a base structure formed of stitches of a base yarn (A) and the base structure includes stitches of an elastic yarn (B), characterized in that the cylindrical bandage further comprises a gutter-shaped knit (N) extending from a lengthwise first end of the tubular knit (M), the gutter-shaped knit (N) having a smaller length in a circumferential direction than the first end of the tubular knit (M), the gutter-shaped knit (N) having a varying number of stitches and the gutter-shaped knit (N) having a gutter shape and a cut-out section with a horseshoe or V shape, wherein a knitting width gradually decreases from the first end of the tubular knit (M) to the gutter-shaped knit (N).
A system for transferring driving control of a moving vehicle from a first driver station to a second driver station , said system comprising a transmission control module for checking active transmission shutdown faults, wherein said transmission control module provides requirements to complete the transfer, and wherein said transmission control module disables the first driver station and enables the second driver station after the requirements are satisfied, characterized in that the system comprises a platform manager (PLM) to confirm that parking brake settings are the same at the first driver station and the second driver station; and wherein the platform manager communicates with the transmission control module to initiate the transfer, and wherein each of the first driver station and second driver station comprise manual controls for steering, braking, gear selection and acceleration, wherein upon the transfer of driving control the primary station's controls for steering, acceleration and gear selection are disabled and the control for braking remain functional. characterized in that the system comprises a platform manager (PLM) to confirm that parking brake settings are the same at the first driver station and the second driver station; and wherein the platform manager communicates with the transmission control module to initiate the transfer, and wherein each of the first driver station and second driver station comprise manual controls for steering, braking, gear selection and acceleration, wherein upon the transfer of driving control the primary station's controls for steering, acceleration and gear selection are disabled and the control for braking remain functional.
A gas-insulated electrical apparatus , in particular a switchgear, the gas-insulated electrical apparatus comprising: a gas chamber filled with an insulation gas; an absorber for absorbing impurities present in the insulation gas, the absorber being positioned in the gas chamber ; and a monitoring device comprising one or more antennas for non-invasive monitoring of a load of the absorber , wherein monitoring comprises non-invasively measuring a physical property of the absorber or of a compartment of the gas chamber , in which the absorber is positioned, wherein the physical property allows conclusions on the load of the absorber , and wherein the measuring comprises one or both of transmitting and receiving radio frequency electromagnetic radiation, and the one or more antennas being configured to be connectable to an interrogation unit , the one or more antennas further being configured to transmit and/or receive the radio frequency electromagnetic radiation in connection with the interrogation unit . a gas chamber filled with an insulation gas; an absorber for absorbing impurities present in the insulation gas, the absorber being positioned in the gas chamber ; and a monitoring device comprising one or more antennas for non-invasive monitoring of a load of the absorber , wherein monitoring comprises non-invasively measuring a physical property of the absorber or of a compartment of the gas chamber , in which the absorber is positioned, wherein the physical property allows conclusions on the load of the absorber , and wherein the measuring comprises one or both of transmitting and receiving radio frequency electromagnetic radiation, and the one or more antennas being configured to be connectable to an interrogation unit , the one or more antennas further being configured to transmit and/or receive the radio frequency electromagnetic radiation in connection with the interrogation unit .