mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless communications system comprising: a tool having a first wireless communications unit ; and a transceiver having a second wireless communications unit to receive a signal transmitted from the first wireless communications unit , wherein the transceiver has a setting unit for setting wireless communications parameters for wireless communications between the first and the second wireless communications unit (16 and 24), wherein the tool has a tool control unit for setting in the first wireless communications unit the wireless communications parameters set by the setting unit and transmitted to the tool by wireless communication, and wherein the wireless communications parameters include at least one of a usable transmission frequency, a transmission output power and the number of retransmissions, and characterized in that a dedicated frequency is used to transmit the wireless communications parameters. a tool having a first wireless communications unit ; and a transceiver having a second wireless communications unit to receive a signal transmitted from the first wireless communications unit , wherein the transceiver has a setting unit for setting wireless communications parameters for wireless communications between the first and the second wireless communications unit (16 and 24), wherein the tool has a tool control unit for setting in the first wireless communications unit the wireless communications parameters set by the setting unit and transmitted to the tool by wireless communication, and wherein the wireless communications parameters include at least one of a usable transmission frequency, a transmission output power and the number of retransmissions, and characterized in that a dedicated frequency is used to transmit the wireless communications parameters.
A pharmaceutical dry powder composition suitable for pulmonary delivery comprising an amount of microparticles of rapamycin, particles of a carrier, and one or more optional excipients.
A composition with antibacterial activity and anti-inflammatory activity for use in treatment of an infection associated with one or more microorganisms, the composition comprising: an active component comprising esterified fatty acids selected from at least one of an ethyl dodecanoate and a methyl dodecanoate in a total amount from 0.001 wt.% up to 50 wt.% of the composition; an organic compound; and a phospholipid in an amount between 0.5 and 20 wt.% of the composition; and wherein the composition is a suspension, the suspension comprising liposomes containing the phospholipid and the active component. an active component comprising esterified fatty acids selected from at least one of an ethyl dodecanoate and a methyl dodecanoate in a total amount from 0.001 wt.% up to 50 wt.% of the composition; an organic compound; and a phospholipid in an amount between 0.5 and 20 wt.% of the composition; and wherein the composition is a suspension, the suspension comprising liposomes containing the phospholipid and the active component.
A fundus observation apparatus comprising: an optical system that splits light from a low coherence or broadband light source into signal light and reference light, generates interference light by superposing said signal light that has passed through the fundus of an eye and reference light that has passed through a reference optical path, and detects the generated interference light; a scanning part that two-dimensionally scans said fundus with said signal light; an image forming part that forms, based on the detection results of said interference light, a 3-dimensional image corresponding to the region of said fundus in which the two-dimensional scanning with said signal light is executed when said scanning part scans with said signal light along each of a plurality of scanning lines that are parallel to each other, as said two-dimensional scanning; an imaging part that forms a moving image of said fundus when the two-dimensional scanning with said signal light is executed; and a correction part (231-233) that corrects the position of said 3-dimensional image in a fundus surface direction based on the formed moving image, and corrects the position of said 3-dimensional image in a fundus depth direction, based on a tomographic image of said fundus that is formed by said image forming part based on the detection results of interference light of signal light and reference light of a separate scanning by said scanning part , said separate scanning consisting of scanning in a direction crossing said plurality of scanning lines. an optical system that splits light from a low coherence or broadband light source into signal light and reference light, generates interference light by superposing said signal light that has passed through the fundus of an eye and reference light that has passed through a reference optical path, and detects the generated interference light; a scanning part that two-dimensionally scans said fundus with said signal light; an image forming part that forms, based on the detection results of said interference light, a 3-dimensional image corresponding to the region of said fundus in which the two-dimensional scanning with said signal light is executed when said scanning part scans with said signal light along each of a plurality of scanning lines that are parallel to each other, as said two-dimensional scanning; an imaging part that forms a moving image of said fundus when the two-dimensional scanning with said signal light is executed; and a correction part (231-233) that corrects the position of said 3-dimensional image in a fundus surface direction based on the formed moving image, and corrects the position of said 3-dimensional image in a fundus depth direction, based on a tomographic image of said fundus that is formed by said image forming part based on the detection results of interference light of signal light and reference light of a separate scanning by said scanning part , said separate scanning consisting of scanning in a direction crossing said plurality of scanning lines.
Juggling club with a club body , a club grip and a central reinforcement element, which penetrates the grip and the club body continuously along the longitudinal axis of the juggling club, and on which the grip and the club body are arranged, as well as with a top at the tip of the club body or at the upper end of the reinforcement element and a knob at the free end of the grip , characterised in that the club body consists of a flexible, elastically extendable, inflatable and preformed bellows and a solid, foldable and non-extendable external sleeve encasing the same, wherein the bellows lies against the inside of the external sleeve in the inflated condition, brings the same into a form-stable shape equalling the shape of the club body and holds it there.
A terminal device (10; 20) for performing terminal-to-terminal communication in which a plurality of terminal devices directly perform wireless communication without an intervention of a base station device , the terminal device comprising: communication means for receiving resource information for designating a frequency band unsupported by the base station device as a radio resource usable for the terminal-to-terminal communication; and control means for determining whether the terminal device has capability of handling the radio resource designated by the resource information, and if the terminal device has capability of handling the radio resource, controlling the terminal-to-terminal communication using the radio resource, and if the terminal device does not have capability of handling the radio resource, controlling the terminal-to-terminal communication using a usable radio resource supported by the base station device and permitted to be used for the terminal-to-terminal communication. communication means for receiving resource information for designating a frequency band unsupported by the base station device as a radio resource usable for the terminal-to-terminal communication; and control means for determining whether the terminal device has capability of handling the radio resource designated by the resource information, and if the terminal device has capability of handling the radio resource, controlling the terminal-to-terminal communication using the radio resource, and if the terminal device does not have capability of handling the radio resource, controlling the terminal-to-terminal communication using a usable radio resource supported by the base station device and permitted to be used for the terminal-to-terminal communication.
A method of calibrating an analogue contact probe having a deflectable stylus and configured to provide at least one signal which is indicative of the extent of deflection of the stylus, the analogue contact probe being mounted on a coordinate positioning machine which facilitates reorientation of the analogue contact probe about at least one axis (A, B), comprising: taking measurement data obtained with the analogue contact probe positioned at a plurality of different orientations about the at least one axis; and determining from the measurement data at least one gain variation model which models any apparent variation in the gain of the at least one probe signal dependent on the orientation of the analogue contact probe about the at least one axis, wherein the gain of the at least one signal quantifies how the at least one signal varies with stylus deflection. taking measurement data obtained with the analogue contact probe positioned at a plurality of different orientations about the at least one axis; and determining from the measurement data at least one gain variation model which models any apparent variation in the gain of the at least one probe signal dependent on the orientation of the analogue contact probe about the at least one axis, wherein the gain of the at least one signal quantifies how the at least one signal varies with stylus deflection.
A build material for three-dimensional printing, the build material comprising: at least 70 wt. % phase change wax component; up to 30 wt. % additive component; and 0.001-5 wt. % phosphor component, based on the total weight of the build material. at least 70 wt. % phase change wax component; up to 30 wt. % additive component; and 0.001-5 wt. % phosphor component, based on the total weight of the build material.
An epoxy resin composition comprising (A) an epoxy resin and (B) a polyamide-based rubber elastomer powder, wherein the polyamide-based rubber elastomer powder (B) is a block copolymer having a structure represented by the following formula : -[(A)-(X)-(E)]- wherein (A) is a polyamide block; (E) is a polyether block; and (X) denotes a linking group that binds the polyamide block and the polyether block.
A method of detecting a whipping tail when winding a fiber onto a rotating spool having a winding surface and a rotational speed, comprising: a) winding the fiber onto the winding surface of the rotating spool to form a wound fiber thereon, wherein the whipping tail outwardly extends from the wound fiber ; b) directing a light beam so that the whipping tail at least partially intersects the light beam either periodically or quasi-periodically due to the rotating spool to create intensity dips in the light beam to form a modulated light beam ; c) converting the modulated light beam into a digital electrical signal made up of electrical pulses having a timing defined by the intensity dips; and d) comparing the timing of the electrical pulses to an estimated timing based on the rotational speed of the rotating spool to detect the whipping tail . a) winding the fiber onto the winding surface of the rotating spool to form a wound fiber thereon, wherein the whipping tail outwardly extends from the wound fiber ; b) directing a light beam so that the whipping tail at least partially intersects the light beam either periodically or quasi-periodically due to the rotating spool to create intensity dips in the light beam to form a modulated light beam ; c) converting the modulated light beam into a digital electrical signal made up of electrical pulses having a timing defined by the intensity dips; and d) comparing the timing of the electrical pulses to an estimated timing based on the rotational speed of the rotating spool to detect the whipping tail .
A method for processing status mismatch between a User Equipment, UE, and a network, performed by an Access and Mobility Management Function, AMF, wherein the method comprises: receiving an initial non-access stratum, NAS, message sent by the UE in a Connection Management idle state entered by UE NAS layer after the UE enters the RRC idle state from the RRC inactive state, or an N2 interface message sent by a new Radio Access Network, RAN, node that is currently serving the UE; determining that the UE is in a Connection Management connected state; and then determining that the RAN node serving the UE has changed, and notifying an old RAN node to release the UE context and existing user plane connection for the UE; wherein the N2 interface message is configured to forward the NAS message sent by the UE or initiate N2 release procedure; wherein when the UE moves out of the old RAN Paging area and enters the coverage area of the new RAN node that does not support an RRC inactive state, the UE switches from a current Connection Management connected state to the Connection Management idle state; and wherein the AMF determines that the UE is in the Connection Management connected state when the N2 connection between the old RAN node and the AMF has not been released. receiving an initial non-access stratum, NAS, message sent by the UE in a Connection Management idle state entered by UE NAS layer after the UE enters the RRC idle state from the RRC inactive state, or an N2 interface message sent by a new Radio Access Network, RAN, node that is currently serving the UE; determining that the UE is in a Connection Management connected state; and then determining that the RAN node serving the UE has changed, and notifying an old RAN node to release the UE context and existing user plane connection for the UE; wherein the N2 interface message is configured to forward the NAS message sent by the UE or initiate N2 release procedure; wherein when the UE moves out of the old RAN Paging area and enters the coverage area of the new RAN node that does not support an RRC inactive state, the UE switches from a current Connection Management connected state to the Connection Management idle state; and wherein the AMF determines that the UE is in the Connection Management connected state when the N2 connection between the old RAN node and the AMF has not been released.
A solenoid armature assembly comprising: a flux tube having an opposed first end and a second end ; an armature having an opposed third end and a fourth end and movable within the flux tube along a mutual axis ; the fourth end of the armature slidably movable beyond the second end of the flux tube ; and a top plate facing the third end of the armature , the top plate having an opening for slidably receiving a central core ; wherein a slot is formed in each of the flux tube extending between the first end and the second end , the armature extending between the third end and the fourth end , and opposed surfaces of the top plate extending from the opening toward an edge , and wherein the slots are not aligned. a flux tube having an opposed first end and a second end ; an armature having an opposed third end and a fourth end and movable within the flux tube along a mutual axis ; the fourth end of the armature slidably movable beyond the second end of the flux tube ; and a top plate facing the third end of the armature , the top plate having an opening for slidably receiving a central core ; wherein a slot is formed in each of the flux tube extending between the first end and the second end , the armature extending between the third end and the fourth end , and opposed surfaces of the top plate extending from the opening toward an edge , and wherein the slots are not aligned.
A lubricating oil composition for a sliding guide surface, which contains a base oil belonging to group III in the API base oil categories, a secondary phosphite represented by formula 1 wherein R 1 denotes a saturated or unsaturated alkyl group having 9-18 carbon atoms, and a fatty acid represented by formula 2 R 2 COOH wherein R 2 denotes a saturated or unsaturated alkyl group having 9-17 carbon atoms, wherein the secondary phosphite is contained at a quantity of between 0.05 mass% and 3 mass% relative to the overall quantity of the composition, and the fatty acid is contained at a quantity of between 0.01 mass% and 2 mass% relative to the overall quantity of the composition. wherein R 1 denotes a saturated or unsaturated alkyl group having 9-18 carbon atoms, and a fatty acid represented by formula 2 R 2 COOH wherein R 2 denotes a saturated or unsaturated alkyl group having 9-17 carbon atoms, wherein the secondary phosphite is contained at a quantity of between 0.05 mass% and 3 mass% relative to the overall quantity of the composition, and the fatty acid is contained at a quantity of between 0.01 mass% and 2 mass% relative to the overall quantity of the composition.
A scaffold for use in bone tissue engineering, the scaffold comprising: a skeleton constructed to form a three-dimensional shape, the skeleton constructed of a first material and having a first rate of biodegradation; and a host component constructed of a second material and having a second rate of biodegradation, wherein the first rate of biodegradation is slower than the second rate of biodegradation; characterized in that the three-dimensional shape defines a space and the host component fills the space defined by the three-dimensional shape formed by the skeleton ; wherein the skeleton and the host component form a unitary structure constructed throughout as an integrated body. a skeleton constructed to form a three-dimensional shape, the skeleton constructed of a first material and having a first rate of biodegradation; and a host component constructed of a second material and having a second rate of biodegradation, wherein the first rate of biodegradation is slower than the second rate of biodegradation; characterized in that the three-dimensional shape defines a space and the host component fills the space defined by the three-dimensional shape formed by the skeleton ; wherein the skeleton and the host component form a unitary structure constructed throughout as an integrated body.
A method for wireless communication, performed by a receiver, comprising: receiving a transmission symbol at a receiver; determining a signal power level of the transmission symbol; determining a first interference power level for a first portion of the transmission symbol, wherein the determining the first interference power level includes measuring the first interference power level over a time period that is non-overlapping with the transmission symbol; determining a second interference power level for a second portion of the transmission symbol; determining a first weight based on the signal power level and the first interference power level; determining a second weight based on the signal power level and the second interference power level; and scaling the first and second portions of the transmission symbol based on the first and second weights. receiving a transmission symbol at a receiver; determining a signal power level of the transmission symbol; determining a first interference power level for a first portion of the transmission symbol, wherein the determining the first interference power level includes measuring the first interference power level over a time period that is non-overlapping with the transmission symbol; determining a second interference power level for a second portion of the transmission symbol; determining a first weight based on the signal power level and the first interference power level; determining a second weight based on the signal power level and the second interference power level; and scaling the first and second portions of the transmission symbol based on the first and second weights.
Nasal powder delivery device comprising a container containing at least one dose of powder, a nasal delivery head intended to be inserted in a nostril of a user, said nasal delivery head comprising a delivery aperture , and an air discharge system generating, upon the actuation of said nasal powder delivery device , a flow of compressed air to deliver a dose of powder in said nostril through said delivery aperture , said air discharge system comprising an air chamber , arranged in a skirt , and a piston which, upon actuation of the device, sealingly slides in said air chamber to compress the air contained in said air chamber , said piston being rigidly connected to an actuating member , characterised in that before actuation, at least one breakable bridge is provided between said skirt and said actuating member , each breakable bridge being formed on said skirt and cooperating with a radial projection formed on said actuating member , each radial projection comprising an axial extension greater than that of the respective breakable bridge and forming an inclined axial ramp on either side of the respective breakable bridge .
A method for transmitting a device to device, D2D, discovery signal by a user equipment, UE, in a communication system supporting a D2D scheme, the method comprising: receiving system information from a serving cell, wherein the system information includes D2D resource information including information regarding at least one resource used to transmit a D2D discovery signal on a carrier of other cell and D2D transmission power parameters including information related to a UE range class; determining transmission power for transmitting the D2D discovery signal on the carrier of the other cell based on a path loss for the other cell and the range class of the UE; and transmitting the D2D discovery signal using the transmission power on the at least one resource used to transmit the D2D discovery signal on the carrier of the other cell, wherein the D2D transmission power parameters are related to the transmission of the D2D discovery signal. receiving system information from a serving cell, wherein the system information includes D2D resource information including information regarding at least one resource used to transmit a D2D discovery signal on a carrier of other cell and D2D transmission power parameters including information related to a UE range class; determining transmission power for transmitting the D2D discovery signal on the carrier of the other cell based on a path loss for the other cell and the range class of the UE; and transmitting the D2D discovery signal using the transmission power on the at least one resource used to transmit the D2D discovery signal on the carrier of the other cell, wherein the D2D transmission power parameters are related to the transmission of the D2D discovery signal.