mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless communication method for an access network device or a chip of the access network device, comprising: sending (S501), a user equipment, UE, capability information enquiry message to a terminal device; receiving (S502), a plurality of first response messages from the terminal device in response to the UE capability information enquiry message, wherein each of the plurality of first response messages comprises a segment of UE capability information; and the UE capability information enquiry message comprises first indication information, wherein the first indication information indicates that the UE capability information is allowed to be sent by the plurality of first response messages. sending (S501), a user equipment, UE, capability information enquiry message to a terminal device; receiving (S502), a plurality of first response messages from the terminal device in response to the UE capability information enquiry message, wherein each of the plurality of first response messages comprises a segment of UE capability information; and the UE capability information enquiry message comprises first indication information, wherein the first indication information indicates that the UE capability information is allowed to be sent by the plurality of first response messages.
A rotating cylinder device , comprising: a belt being substantially cylindrical and having an axis line that is a rotational central line of a cylindrical casing ; a plurality of plate-shaped parts disposed outside the belt and arranged symmetrically across the axis line; a plurality of link mechanisms pivotally connected to the respective plate-shaped parts, wherein one end of each of the link mechanisms is pivotally connected to one of the plate-shaped parts and the other end is provided with a moving protrusion , wherein the moving protrusions of the link mechanisms are adapted to move along a first direction parallel to the axis line; and the cylindrical casing adapted to rotate about the axis line and coupled to the moving protrusions, wherein when the cylindrical casing rotates about the axis line, the moving protrusions are driven by the cylindrical casing to move along the first direction, and the plate-shaped parts are driven by the link mechanisms to move along a second direction perpendicular to the axis line to contract the belt. a belt being substantially cylindrical and having an axis line that is a rotational central line of a cylindrical casing ; a plurality of plate-shaped parts disposed outside the belt and arranged symmetrically across the axis line; a plurality of link mechanisms pivotally connected to the respective plate-shaped parts, wherein one end of each of the link mechanisms is pivotally connected to one of the plate-shaped parts and the other end is provided with a moving protrusion , wherein the moving protrusions of the link mechanisms are adapted to move along a first direction parallel to the axis line; and the cylindrical casing adapted to rotate about the axis line and coupled to the moving protrusions, wherein when the cylindrical casing rotates about the axis line, the moving protrusions are driven by the cylindrical casing to move along the first direction, and the plate-shaped parts are driven by the link mechanisms to move along a second direction perpendicular to the axis line to contract the belt.
A machine tool for machining a workpiece chucked in a working space of the machine tool by a tool, comprising: - a machine bed including a cuttings collection area having at least one delivery channel opened on the working-space side, for collecting cuttings falling down during machining the workpiece, and - a conveyor for discharging cuttings, fallen down at said cuttings collection area , in said at least one delivery channel , said conveyor having a fixed support axle extending within said at least one delivery channel in the longitudinal direction of said delivery channel, wherein a scroll element is rotatably held on said fixed support axle , and said conveyor further comprising a drive for driving the rotary motion of said scroll element around said fixed support axle , characterized in that said fixed support axle has at least one superficially extending groove recess (142a; 142b; 142c) extending in the longitudinal direction of said delivery channel. - a machine bed including a cuttings collection area having at least one delivery channel opened on the working-space side, for collecting cuttings falling down during machining the workpiece, and - a conveyor for discharging cuttings, fallen down at said cuttings collection area , in said at least one delivery channel ,
Cell supervision circuit carrier for a battery module , comprising a first connector with a plurality of first contact pins and a second connector with a plurality of second contact pins ; a circuit carrier board configured for being mounted to the battery module ; a plurality of conductive pads disposed on the circuit carrier board and comprising a first pair of conductive pads configured for being connected to a differential input of a cell supervision circuit, CSC, and a second pair of conductive pads configured for being connected to a differential output of the CSC ; characterized in that the cell supervision circuit carrier further comprises: a first pair of conducting lines disposed on the circuit carrier board and electrically connecting a first pair of first contact pins with a first pair of second contact pins; a second pair of conducting lines disposed on the circuit carrier board and electrically connecting a second pair of first contact pins with a second pair of second contact pins ; a third pair of conducting lines disposed on the circuit carrier board and electrically connecting the first pair of conductive pads with the first pair of conducting lines ; and a fourth pair of conducting lines disposed on the circuit carrier board and electrically connecting the second pair of conductive pads with the second pair of conducting lines .
An optical element comprising a continuous film, the continuous film comprising a plurality of adjoining solid polymer pixels that differ from each other in an optical property selected from index of refraction, polarizability, Verdet constant, Kerr constant, electro-optical constant, birefringence, and absorption, at least a portion of the solid polymer pixels each comprising a first polymer composition and a second polymer composition, the first polymer composition being different from the second polymer composition in the optical property.
A cutting member (10a-e) comprising: a base portion (14a-e) configured to couple the cutting member (10a-e) to a razor cartridge (1; 1a), wherein the base portion is formed of a single sheet of material or multiple fixedly connected sheets of material, the base portion (14a-e) defining two opposing broad surfaces connected by edges of the base portion (14a-e), a first cutting edge portion (12a-j) connected to one edge of the base portion (14a-e) and extending at an angle in a first direction, and a second cutting edge portion (12a-j) connected to the one edge of the base portion (14a-e) and extending at an angle in a second direction different from the first direction and wherein the cutting member (10a-e) has a Y-shaped form, wherein the stem of the Y forms the base portion (14a-e) and each branch of the of the Y forms one cutting edge portion (12a-j). a base portion (14a-e) configured to couple the cutting member (10a-e) to a razor cartridge (1; 1a), wherein the base portion is formed of a single sheet of material or multiple fixedly connected sheets of material, the base portion (14a-e) defining two opposing broad surfaces connected by edges of the base portion (14a-e), a first cutting edge portion (12a-j) connected to one edge of the base portion (14a-e) and extending at an angle in a first direction, and a second cutting edge portion (12a-j) connected to the one edge of the base portion (14a-e) and extending at an angle in a second direction different from the first direction and wherein the cutting member (10a-e) has a Y-shaped form, wherein the stem of the Y forms the base portion (14a-e) and each branch of the of the Y forms one cutting edge portion (12a-j).
A method performed by a wireless device for managing radio resources in the wireless device, the method comprising: receiving a message configuring a radio bearer for use by the wireless device ; checking the message for a ciphering configuration setting enabling or disabling ciphering for the radio bearer ; and performing at least one of enabling or disabling ciphering for the radio bearer in accordance with the received message ; wherein the message configures a plurality of radio bearers for the wireless device; and wherein checking the message for a ciphering configuration setting for the radio bearer comprises checking a pdcp-Config Information Element specific to the radio bearer; and wherein checking the message for a ciphering configuration setting for the radio bearer further comprises checking after the extension marker of the pdcp-Config Information Element. receiving a message configuring a radio bearer for use by the wireless device ; checking the message for a ciphering configuration setting enabling or disabling ciphering for the radio bearer ; and performing at least one of enabling or disabling ciphering for the radio bearer in accordance with the received message ; wherein the message configures a plurality of radio bearers for the wireless device; and wherein checking the message for a ciphering configuration setting for the radio bearer comprises checking a pdcp-Config Information Element specific to the radio bearer; and wherein checking the message for a ciphering configuration setting for the radio bearer further comprises checking after the extension marker of the pdcp-Config Information Element.
A cooling system comprising a duct , a device for producing a flow of air in the duct , and a system for detecting clogging of the cooling system , characterised in that the detection system comprises: - a finned radiator , the radiator comprising a base , a plurality of fins , a heater and a temperature sensor , the fins extending from the base and being disposed within the duct , the heater being adapted to heat the base to a predetermined heating temperature as a function of a predetermined electrical power supplied to the heater , the temperature sensor being configured to measure a temperature of the base ; - a power supply device configured to supply the predetermined electrical power to the heater ; and - a processing unit connected to the temperature sensor and the power supply device , the processing unit being configured to detect clogging of the cooling system as a function of the predetermined electrical power supply from the power supply device and the temperature measured by the temperature sensor . - a finned radiator , the radiator comprising a base , a plurality of fins , a heater and a temperature sensor , the fins extending from the base and being disposed within the duct , the heater being adapted to heat the base to a predetermined heating temperature as a function of a predetermined electrical power supplied to the heater , the temperature sensor being configured to measure a temperature of the base ; - a power supply device configured to supply the predetermined electrical power to the heater ; and - a processing unit connected to the temperature sensor and the power supply device , the processing unit being configured to detect clogging of the cooling system as a function of the predetermined electrical power supply from the power supply device and the temperature measured by the temperature sensor .
A method of producing a stabilized aqueous suspension of aprepitant for oral administration, the method comprising: combining a pharmaceutically effective amount of aprepitant particles, a cellulosic stabilizer, and an anionic surfactant with an acidic aqueous buffer to form a stabilized aqueous suspension; wherein the aprepitant particles have an average particle size of less than 0.5 micron; wherein the cellulosic stabilizer and the anionic surfactant are present in an amount effective that limits growth of the aprepitant particles in the stabilized aqueous suspension to equal or less than 20% within a month at ambient conditions; and packaging the stabilized aqueous suspension in a form suitable for oral administration; wherein the cellulosic stabilizer is hydroxypropyl methylcellulose and is present in the stabilized aqueous suspension in an amount of between 4.0 mg/g and 8.0 mg/g, and wherein the anionic surfactant is sodium dodecylsulfate and is present in the stabilized aqueous suspension in an amount of between 1.0 mg/g and 4.0 mg/g. combining a pharmaceutically effective amount of aprepitant particles, a cellulosic stabilizer, and an anionic surfactant with an acidic aqueous buffer to form a stabilized aqueous suspension; wherein the aprepitant particles have an average particle size of less than 0.5 micron; wherein the cellulosic stabilizer and the anionic surfactant are present in an amount effective that limits growth of the aprepitant particles in the stabilized aqueous suspension to equal or less than 20% within a month at ambient conditions; and packaging the stabilized aqueous suspension in a form suitable for oral administration; wherein the cellulosic stabilizer is hydroxypropyl methylcellulose and is present in the stabilized aqueous suspension in an amount of between 4.0 mg/g and 8.0 mg/g, and wherein the anionic surfactant is sodium dodecylsulfate and is present in the stabilized aqueous suspension in an amount of between 1.0 mg/g and 4.0 mg/g.
A strain measuring device comprising: a sensor chip having a strain detector formed on a surface of a semiconductor substrate and a plurality of electrodes connected to the strain detector ; a stem having a seat that protrudes from an adjacent peripheral portion and has an upper surface that is attached to a lower surface of the sensor chip by a bonding material formed from a metallic material or a glass material; a lead-out wiring part including a plurality of wires that are electrically connected to the plurality of electrodes ; and a fixing part for fixing the stem , wherein the stem and the fixing part are integrally molded or fixed through metallic bonding or mechanical bonding, the strain measuring device characterized in that the sensor chip is bonded to the stem via a bonding part and the bonding part has a fillet part . a sensor chip having a strain detector formed on a surface of a semiconductor substrate and a plurality of electrodes connected to the strain detector ; a stem having a seat that protrudes from an adjacent peripheral portion and has an upper surface that is attached to a lower surface of the sensor chip by a bonding material formed from a metallic material or a glass material; a lead-out wiring part including a plurality of wires that are electrically connected to the plurality of electrodes ; and a fixing part for fixing the stem , wherein the stem and the fixing part are integrally molded or fixed through metallic bonding or mechanical bonding, the strain measuring device characterized in that the sensor chip is bonded to the stem via a bonding part and the bonding part has a fillet part .
A sheet packaging material for producing a sealed package (42; 43) intended to contain a product, the sheet packaging material comprising at least a first crease pattern and at least a second crease pattern , a common group of crease lines belonging to both the first crease pattern and the second crease pattern , the first crease pattern further comprising a first crease arrangement that is specific to the first crease pattern , belongs only to the first crease pattern and is not included in the second crease pattern , the second crease pattern further comprising a second crease arrangement that is specific to the second crease pattern , belongs only to the second crease pattern and is not included in the first crease pattern , wherein the common group of crease lines comprises a top transverse crease line intended to define a plurality of top edges of the package (42; 43), and a bottom transverse crease line intended to define a plurality of bottom edges of the package (42; 43), the first crease arrangement and the second crease arrangement comprising respective crease lines that are interposed between the top transverse crease line and the bottom transverse crease line and extend transversely to the top transverse crease line and to the bottom transverse crease line , wherein the common group of crease lines comprises a further top transverse crease line arranged between the top transverse crease line and a first transverse border of the sheet packaging material , and a further bottom transverse crease line arranged between the bottom transverse crease line and a second transverse border of the sheet packaging material , the further top transverse crease line and the further bottom transverse crease line allowing respective transverse sealing bands of the package (42; 43) to be folded, wherein the top transverse crease line and the further top transverse crease line extend continuously from a first longitudinal border of the sheet packaging material to a second longitudinal border of the sheet packaging material , the bottom transverse crease line and the further bottom transverse crease line extend from the first longitudinal border to the second longitudinal border , whereby by folding the sheet packaging material along the first crease pattern a package having a first conformation is obtained and by folding the sheet packaging material along the second crease pattern a package having a second conformation is obtained, the first conformation being different from the second conformation and being an alternative to the second conformation, wherein the first crease arrangement comprises a first crease line (18; 19) that is intended to define, at least partially, a longitudinal border zone of the package according to the first conformation, the second crease arrangement comprising at least a second crease line (34; 40) that is intended to define, at least partially, a longitudinal border zone of the package according to the second conformation, wherein the first crease line (18; 19) and the second crease line (34; 40) extend between two common end points (K1, K3; J1, J3).
A motor comprising: a rotary shaft ; a rotor mounted on the rotary shaft ; a stator surrounding an outer periphery of the rotor ; an impeller mounted on the rotary shaft to be spaced apart from the rotor ; a bearing housing positioned between the impeller and the rotor and formed with a through hole (H) through which the rotary shaft passes; and a gas bearing disposed in the bearing housing , characterised in that a thickness (T1) of the gas bearing is equal to or greater than 50% of a gap (G1) between an inner surface of the bearing housing and an outer peripheral surface of the rotary shaft and is equal to or less than 0.3 mm. a rotary shaft ; a rotor mounted on the rotary shaft ; a stator surrounding an outer periphery of the rotor ; an impeller mounted on the rotary shaft to be spaced apart from the rotor ; a bearing housing positioned between the impeller and the rotor and formed with a through hole (H) through which the rotary shaft passes; and a gas bearing disposed in the bearing housing , characterised in that a thickness (T1) of the gas bearing is equal to or greater than 50% of a gap (G1) between an inner surface of the bearing housing and an outer peripheral surface of the rotary shaft and is equal to or less than 0.3 mm.
A service platform that is implemented by one or more computer(s), for managing a battery and its auxiliary equipment units, the platform comprising: • one or more micro-services , each micro-service having a standardized generic structure comprising: ∘ a sub-service implementing a business function, each business function defining a specific role provided by the sub-service in the management of the battery and its auxiliary equipment units; ∘ a messaging sub-service; • a unified communication system for enabling the exchange of data and messages, wherein each micro-service further comprises at least one management function of the micro-service, one of the at least one management function of the micro-service being a management function of the configuration of the micro-service, wherein the unified communication system comprises: • the use of sockets for a communication inter-micro-service either local or via a TCP/IP network, this choice being configured by the management function of the micro-service. • one or more micro-services , each micro-service having a standardized generic structure comprising: ∘ a sub-service implementing a business function, each business function defining a specific role provided by the sub-service in the management of the battery and its auxiliary equipment units; ∘ a messaging sub-service; ∘ a sub-service implementing a business function, each business function defining a specific role provided by the sub-service in the management of the battery and its auxiliary equipment units; ∘ a messaging sub-service; • a unified communication system for enabling the exchange of data and messages, wherein each micro-service further comprises at least one management function of the micro-service, one of the at least one management function of the micro-service being a management function of the configuration of the micro-service, wherein the unified communication system comprises: • the use of sockets for a communication inter-micro-service either local or via a TCP/IP network, this choice being configured by the management function of the micro-service. • the use of sockets for a communication inter-micro-service either local or via a TCP/IP network, this choice being configured by the management function of the micro-service.
A method performed by an access gateway of a wireless local area network, comprising: receiving, at the access gateway of the wireless local area network, an identifier of a base station in a cellular network; contacting a first device in the cellular network via a first tunnel; receiving an identity of a second device in the cellular network; establishing a second tunnel with the second device; transmitting the identifier of the base station to the cellular network via the second tunnel; receiving, using the second tunnel, a first indication whether a handover from the wireless local area network to the cellular network is accepted; and transmitting a second indication in the wireless local area network that the handover is accepted. receiving, at the access gateway of the wireless local area network, an identifier of a base station in a cellular network; contacting a first device in the cellular network via a first tunnel; receiving an identity of a second device in the cellular network; establishing a second tunnel with the second device; transmitting the identifier of the base station to the cellular network via the second tunnel; receiving, using the second tunnel, a first indication whether a handover from the wireless local area network to the cellular network is accepted; and transmitting a second indication in the wireless local area network that the handover is accepted.