mhurhangee/ep-ind-claims huggingface dataset:
A motor comprising: a rotating shaft; a rotor coupled to the rotating shaft; a plurality of stator cores disposed to correspond to the rotor; and a housing disposed outside the plurality of stator cores; wherein the plurality of stator cores include yokes and teeth protruding from the yokes, characterized in that curvature centers of outer surfaces of the yokes and curvature centers of inner surfaces of the teeth are eccentrically disposed with respect to a center of the stator, outer surfaces of the adjacent yokes are intermittently connected, and inner surfaces of the adjacent yokes are intermittently connected, wherein all curvatures of the outer surfaces of the plurality of yokes are the same and all curvatures of inner surfaces of the plurality of teeth are the same. a rotating shaft; a rotor coupled to the rotating shaft; a plurality of stator cores disposed to correspond to the rotor; and a housing disposed outside the plurality of stator cores; wherein the plurality of stator cores include yokes and teeth protruding from the yokes, characterized in that curvature centers of outer surfaces of the yokes and curvature centers of inner surfaces of the teeth are eccentrically disposed with respect to a center of the stator, outer surfaces of the adjacent yokes are intermittently connected, and inner surfaces of the adjacent yokes are intermittently connected, wherein all curvatures of the outer surfaces of the plurality of yokes are the same and all curvatures of inner surfaces of the plurality of teeth are the same.
A communication system configured to provide a premium communication session between a plurality of participants (306, 314, 502, 510) wherein the premium communication session is a video communication session between the plurality of participants which is allowed to proceed on the basis of at least one of the participants having a status in the communication system, wherein the status is acquired by providing funds to an operator of the communication system; the plurality of participants comprising: an initiating caller who initiates the premium communication session but who does not have the status in the communication system which is recognized by the operator of the communication system for allowing the premium communication session to proceed; a premium participant who does have the status in the communication system which is recognized by the operator of the communication system on the basis that the operator allows said premium communication session initiated by the initiating caller to proceed, wherein the premium participant is a different participant to the initiating caller, characterised in that the plurality of participants comprises at least one other participant who does not have the status in the communication system which is recognized by the operator of the communication system for allowing the premium communication session to proceed, and wherein the status is a subscription status. an initiating caller who initiates the premium communication session but who does not have the status in the communication system which is recognized by the operator of the communication system for allowing the premium communication session to proceed; a premium participant who does have the status in the communication system which is recognized by the operator of the communication system on the basis that the operator allows said premium communication session initiated by the initiating caller to proceed, wherein the premium participant is a different participant to the initiating caller, characterised in that the plurality of participants comprises at least one other participant who does not have the status in the communication system which is recognized by the operator of the communication system for allowing the premium communication session to proceed, and wherein the status is a subscription status.
A semiconductor device, comprising: a substrate; a gate electrode on the substrate; a channel layer between the substrate and the gate electrode; a source electrode in contact with a first sidewall of the channel layer; and a drain electrode in contact with a second sidewall of the channel layer, the second sidewall being opposite to the first sidewall, wherein the channel layer includes: a first channel pattern in contact with at least one of the source electrode and the drain electrode, and a second channel pattern between the first channel pattern and the gate electrode, wherein the first channel pattern covers a bottom surface and opposite sidewalls of the second channel pattern, wherein the first channel pattern and the second channel pattern include oxide semiconductor materials different from each other, wherein a portion of the source electrode and a portion of the drain electrode overlap a portion of the gate electrode. a substrate; a gate electrode on the substrate; a channel layer between the substrate and the gate electrode; a source electrode in contact with a first sidewall of the channel layer; and a drain electrode in contact with a second sidewall of the channel layer, the second sidewall being opposite to the first sidewall, wherein the channel layer includes: a first channel pattern in contact with at least one of the source electrode and the drain electrode, and a second channel pattern between the first channel pattern and the gate electrode, a first channel pattern in contact with at least one of the source electrode and the drain electrode, and a second channel pattern between the first channel pattern and the gate electrode, wherein the first channel pattern covers a bottom surface and opposite sidewalls of the second channel pattern, wherein the first channel pattern and the second channel pattern include oxide semiconductor materials different from each other, wherein a portion of the source electrode and a portion of the drain electrode overlap a portion of the gate electrode.
A light emitting device adapted to emit ultraviolet light, comprising: an AlN single crystal substrate, an n-type AlGaN layer formed on said AlN single crystal substrate while being lattice-matched to said A1N single crystal substrate, wherein said n-type AlGaN layer has a first n-type Al X1 Ga 1-X1 N (0.5 ≤ X1 < 1) layer, a second n-type Al X2 Ga 1-X2 N (0.5 ≤ X2 < 1) layer, and a third n-type Al X3 Ga 1-X3 N (0.5 ≤ X3 < 1) layer stacked in this order on the surface of said A1N single crystal substrate, an active layer stacked on said n-type AlGaN layer, a p-type AlGaN layer formed on said active layer, and an n-type electrode formed on said third n-type Al X3 Ga 1-X3 N (0. 5 ≤ X3 < 1) layer, wherein X1, X2, and X3 indicating Al compositions of the respective layers satisfy 0 < |X1 - X2| ≤ 0.1, and satisfy 0 < |X2 - X3| ≤ 0.1, wherein said n-type electrode is formed at a position where the distance in the depth direction from said n-type electrode to the interface between said first n-type Al X1 Ga 1-X1 N (0.5 ≤ X1 < 1) layer and said second n-type Al X2 Ga 1-X2 N (0.5 ≤ X2 < 1) layer is 10 nm or more and 150 nm or less, or at a position where the distance in the depth direction from said n-type electrode to the interface between said second n-type Al X2 Ga 1-X2 N (0.5 ≤ X2 < 1) layer and said third n-type Al X3 Ga 1-X3 N (0.5 ≤ X3 < 1) layer is 10 nm or more and 150 nm or less. an AlN single crystal substrate, an n-type AlGaN layer formed on said AlN single crystal substrate while being lattice-matched to said A1N single crystal substrate, wherein said n-type AlGaN layer has a first n-type Al X1 Ga 1-X1 N (0.5 ≤ X1 < 1) layer, a second n-type Al X2 Ga 1-X2 N (0.5 ≤ X2 < 1) layer, and a third n-type Al X3 Ga 1-X3 N (0.5 ≤ X3 < 1) layer stacked in this order on the surface of said A1N single crystal substrate, an active layer stacked on said n-type AlGaN layer, a p-type AlGaN layer formed on said active layer, and an n-type electrode formed on said third n-type Al X3 Ga 1-X3 N (0. 5 ≤ X3 < 1) layer, wherein X1, X2, and X3 indicating Al compositions of the respective layers satisfy 0 < |X1 - X2| ≤ 0.1, and satisfy 0 < |X2 - X3| ≤ 0.1, wherein said n-type electrode is formed at a position where the distance in the depth direction from said n-type electrode to the interface between said first n-type Al X1 Ga 1-X1 N (0.5 ≤ X1 < 1) layer and said second n-type Al X2 Ga 1-X2 N (0.5 ≤ X2 < 1) layer is 10 nm or more and 150 nm or less, or at a position where the distance in the depth direction from said n-type electrode to the interface between said second n-type Al X2 Ga 1-X2 N (0.5 ≤ X2 < 1) layer and said third n-type Al X3 Ga 1-X3 N (0.5 ≤ X3 < 1) layer is 10 nm or more and 150 nm or less.
An image sensor comprising a plurality of phase difference detection pixels for performing auto focus by phase difference detection as well as for generating an image and imaging pixels, wherein each phase difference detection pixel includes one on-chip lens, wherein a surface, where the on-chip lens is formed, is defined as a light-receiving surface of each phase difference detection pixel, and a plurality of photoelectric conversion layers formed one above the other below the on-chip lens, wherein an organic photoelectric conversion film is formed partly with respect to the light-receiving surface as the top photoelectric conversion layer among the plurality of photoelectric conversion layers, and a photoelectric conversion section is partially shielded from light, wherein the photoelectric conversion section as one of the photoelectric conversion layers is formed in a substrate below the organic photoelectric conversion film, characterized in that the imaging pixels are configured for generating the image only and in that the phase difference detection pixels are arranged to be distributed among the plurality of imaging pixels arranged two-dimensionally in a matrix form, wherein the image sensor is configured to use a difference in output between the photoelectric conversion layer in the phase difference detection pixel and the imaging pixel placed around the phase difference detection pixel for the phase difference detection. an organic photoelectric conversion film is formed partly with respect to the light-receiving surface as the top photoelectric conversion layer among the plurality of photoelectric conversion layers, and a photoelectric conversion section is partially shielded from light, wherein the photoelectric conversion section as one of the photoelectric conversion layers is formed in a substrate below the organic photoelectric conversion film,
A steering device characterized by comprising: a turning shaft configured to turn a turning wheel of a vehicle, with dynamic power transmission being separated between the turning shaft and a steering wheel; a turning motor configured to generate a turning force, the turning force being a torque that is given to the turning shaft for turning the turning wheel; and a control device configured to control the turning motor such that an angle capable of being converted into a turning angle of the turning wheel follows a target angle that is calculated depending on a steering state of the steering wheel, characterized in that the control device is configured to execute a correction process of correcting the target angle such that the target angle is an angle within an angle region in which a force balance is capable of being kept, the force balance being a balance between a maximal turning force that is capable of being generated by the turning motor and an axial force that is generated in the turning shaft; and the control device is configured to correct the target angle such that a degree of an increase in the target angle is slower as the target angle approaches a limit value of the angle region, when the target angle increases toward the limit value of the angle region in either of a vehicle stop state or an extremely low speed state. a turning shaft configured to turn a turning wheel of a vehicle, with dynamic power transmission being separated between the turning shaft and a steering wheel; a turning motor configured to generate a turning force, the turning force being a torque that is given to the turning shaft for turning the turning wheel; and a control device configured to control the turning motor such that an angle capable of being converted into a turning angle of the turning wheel follows a target angle that is calculated depending on a steering state of the steering wheel, characterized in that the control device is configured to execute a correction process of correcting the target angle such that the target angle is an angle within an angle region in which a force balance is capable of being kept, the force balance being a balance between a maximal turning force that is capable of being generated by the turning motor and an axial force that is generated in the turning shaft; and the control device is configured to correct the target angle such that a degree of an increase in the target angle is slower as the target angle approaches a limit value of the angle region, when the target angle increases toward the limit value of the angle region in either of a vehicle stop state or an extremely low speed state.
A tissue displacement/separation device for insertion into a patient's body between (i) target tissue to be subjected to medical treatment and (ii) adjacent tissue adjacent to said target tissue, said displacement/separation device comprising: an implantable and expandable bladder, said bladder being expandable from (i) a collapsed or rolled state for insertion into the patient's body between said target tissue and said adjacent a tissue to (ii) an expanded state for being displacing or separating said adjacent tissue from said target tissue so as to protect said adjacent tissue, characterized in that the bladder is constructed of poly(lactide-caprolactone).
A system for isolating internal components of a rescue hoist from an operating environment, the system comprising: a cable drum supported on a hoist frame, the cable drum configured to rotate about a cable drum axis and to translate along the cable drum axis, characterised in that the system comprises further: a first bellows extending between and attached to the hoist frame and a first end of the cable drum; and a second bellows extending between and attached to the hoist frame and a second end of the cable drum; wherein the cable drum is rotatable relative to the first bellows and the second bellows. a first bellows extending between and attached to the hoist frame and a first end of the cable drum; and a second bellows extending between and attached to the hoist frame and a second end of the cable drum; wherein the cable drum is rotatable relative to the first bellows and the second bellows.
A called service processing method to be operated at a mobility management entity, MME, comprising: generating, by the MME, voice over packet switch, VOPS, capability indication information according to a faulty state of a packet data network gateway, PGW, after determining that the PGW through which the data associated with a VoLTE call of a user equipment, UE, needs to pass is faulty, wherein the VOPS capability indication information is used to indicate that a network in which the UE is located does not support VOPS; and sending, by the MME, the VOPS capability indication information to a home subscriber server, HSS; wherein the UE initially performs VoLTE for a call which falls back by means of circuit switched fallback, CSFB, after a PGW through which the call data pass through is detected as faulty. generating, by the MME, voice over packet switch, VOPS, capability indication information according to a faulty state of a packet data network gateway, PGW, after determining that the PGW through which the data associated with a VoLTE call of a user equipment, UE, needs to pass is faulty, wherein the VOPS capability indication information is used to indicate that a network in which the UE is located does not support VOPS; and sending, by the MME, the VOPS capability indication information to a home subscriber server, HSS; wherein the UE initially performs VoLTE for a call which falls back by means of circuit switched fallback, CSFB, after a PGW through which the call data pass through is detected as faulty.
A decking clip comprising: a body having a transverse upper member with an upper surface and a lower surface and a perpendicular member extending from the lower surface of the upper member with a central aperture through the transverse upper member; and a clip having an upper surface and a lower surface, and a central clip aperture therethrough, characterised in that: the transverse upper member further comprises two or more clip anchor apertures (148, 148') positioned about the central aperture; and the clip further comprises two or more anchors positioned along at least one edge of the clip and extending downward away from the lower surface of the clip, the clip anchor apertures being adapted to receive the anchors when the central aperture corresponds at least partially to the clip aperture. a body having a transverse upper member with an upper surface and a lower surface and a perpendicular member extending from the lower surface of the upper member with a central aperture through the transverse upper member; and a clip having an upper surface and a lower surface, and a central clip aperture therethrough, characterised in that: the transverse upper member further comprises two or more clip anchor apertures (148, 148') positioned about the central aperture; and the clip further comprises two or more anchors positioned along at least one edge of the clip and extending downward away from the lower surface of the clip, the clip anchor apertures being adapted to receive the anchors when the central aperture corresponds at least partially to the clip aperture. the transverse upper member further comprises two or more clip anchor apertures (148, 148') positioned about the central aperture; and the clip further comprises two or more anchors positioned along at least one edge of the clip and extending downward away from the lower surface of the clip, the clip anchor apertures being adapted to receive the anchors when the central aperture corresponds at least partially to the clip aperture.
A process for free radical-induced cationic frontal polymerization of cationically polymerizable monomers using a combination of at least one cationic polymerization initiator and at least one activator for said at least one initiator, characterized in that benzopinacol is used as said activator.
A secure session method, comprising: receiving, by a user plane gateway, a service request message from user equipment, UE, wherein the service request message is used to request to establish a connection between the UE and a service server in a data network; generating, by the user plane gateway, an encryption key and an integrity protection key based on the service request message; and activating, by the user plane gateway, encryption protection and/or integrity protection based on the encryption key and the integrity protection key, wherein the method further comprises: receiving, by the user plane gateway, a key identifier from an access and mobility management network element, wherein the key identifier comprises a key set identifier in 5G, ngKSI, corresponding to and uniquely indicating an intermediate key, and the intermediate key is a key used to generate, by the user plane gateway, a UPF transmission root key, generating, by the user plane gateway, the encryption key and the integrity protection key based on the service request message and the UPF transmission root key. receiving, by a user plane gateway, a service request message from user equipment, UE, wherein the service request message is used to request to establish a connection between the UE and a service server in a data network; generating, by the user plane gateway, an encryption key and an integrity protection key based on the service request message; and activating, by the user plane gateway, encryption protection and/or integrity protection based on the encryption key and the integrity protection key, wherein the method further comprises: receiving, by the user plane gateway, a key identifier from an access and mobility management network element, wherein the key identifier comprises a key set identifier in 5G, ngKSI, corresponding to and uniquely indicating an intermediate key, and the intermediate key is a key used to generate, by the user plane gateway, a UPF transmission root key, generating, by the user plane gateway, the encryption key and the integrity protection key based on the service request message and the UPF transmission root key. receiving, by the user plane gateway, a key identifier from an access and mobility management network element, wherein the key identifier comprises a key set identifier in 5G, ngKSI, corresponding to and uniquely indicating an intermediate key, and the intermediate key is a key used to generate, by the user plane gateway, a UPF transmission root key, generating, by the user plane gateway, the encryption key and the integrity protection key based on the service request message and the UPF transmission root key.
A process for the production of stable sulphur suspensions at room temperature, starting from hydrogen sulphide comprising: a. oxidising an aliquot of hydrogen sulphide to sulphur dioxide; b. dissolving the sulphur dioxide thus produced in brackish water or sea water; c. effecting the reaction: 2H 2 S + SO 2 → → 3S + 2H 2 O by putting the remaining hydrogen sulphide in contact with the solution prepared in step (b); and d. removing the suspension thus obtained at room temperature, according to the most suitable procedure. a. oxidising an aliquot of hydrogen sulphide to sulphur dioxide; b. dissolving the sulphur dioxide thus produced in brackish water or sea water; c. effecting the reaction: 2H 2 S + SO 2 → → 3S + 2H 2 O by putting the remaining hydrogen sulphide in contact with the solution prepared in step (b); and d. removing the suspension thus obtained at room temperature, according to the most suitable procedure.