mhurhangee/patent-ind-claim-en huggingface dataset:
A sensor comprising at least one dye covalently bound to an optically transparent substrate by a covalent linkage alkylated on a phenol group of the dye; wherein the dye reversibly binds at least one metal ion; wherein the dye is a compound of formula: A-B (IV) wherein A is selected from the group consisting of: wherein R 1 , R 2 , R 3 and R 4 are independently selected from: B is selected from the group consisting of: , and/or wherein the dye is selected from the group consisting of: wherein A is selected from the group consisting of: wherein R 1 , R 2 , R 3 and R 4 are independently selected from: B is selected from the group consisting of: , and/or wherein the dye is selected from the group consisting of:
A resin composition comprising: a magnetic powder A-1; a magnetic powder A-2; and a resin component B; characterized in that the powder A-1 is a Mn-based ferrite having a powder compacting resistance within a range of 1.0×10 5 Ω·cm to 1.0×10 13 Ω·cm both ends inclusive; the powder A-2 is at least one kind selected from a Mn-Zn-based ferrite, a Fe-Ni-based alloy, and a Fe-Si-based alloy, the powder A-2 having a powder compacting resistance within a range of 10 Ω·cm to 1.0×10 4 Ω·cm both ends inclusive; a1/a2 is in a range of 0.10 to 5.00 both ends inclusive, provided that a1 represents a content in % by volume of the powder A-1 relative to 100% by volume of a total of the powder A-1 and the powder A-2, and a2 represents a content in % by volume of the powder A-2 relative to 100% by volume of the total of the powder A-1 and the powder A-2, and the powder compacting resistance is a volume resistivity of a compressed powder body measured at 25°C and humidity of 50%; the compressed powder body being obtained by press-molding 5 g of the magnetic powder, and filled in a measurement container with a load of 4 kN. a magnetic powder A-1; a magnetic powder A-2; and a resin component B; the powder A-1 is a Mn-based ferrite having a powder compacting resistance within a range of 1.0×10 5 Ω·cm to 1.0×10 13 Ω·cm both ends inclusive; the powder A-2 is at least one kind selected from a Mn-Zn-based ferrite, a Fe-Ni-based alloy, and a Fe-Si-based alloy, the powder A-2 having a powder compacting resistance within a range of 10 Ω·cm to 1.0×10 4 Ω·cm both ends inclusive; a1/a2 is in a range of 0.10 to 5.00 both ends inclusive, provided that a1 represents a content in % by volume of the powder A-1 relative to 100% by volume of a total of the powder A-1 and the powder A-2, and a2 represents a content in % by volume of the powder A-2 relative to 100% by volume of the total of the powder A-1 and the powder A-2, and the powder compacting resistance is a volume resistivity of a compressed powder body measured at 25°C and humidity of 50%; the compressed powder body being obtained by press-molding 5 g of the magnetic powder, and filled in a measurement container with a load of 4 kN.
A material testing system comprising: an output shaft configured to be moved by operation of a motor , the output shaft coupleable to a test specimen such that movement of the output shaft imparts a mechanical force on the test specimen ; and a haptic feedback system configured to provide an operator of the material testing system haptic feedback related to a position or state of the output shaft relative to the test specimen during setup or configuration of a test sequence. an output shaft configured to be moved by operation of a motor , the output shaft coupleable to a test specimen such that movement of the output shaft imparts a mechanical force on the test specimen ; and a haptic feedback system configured to provide an operator of the material testing system haptic feedback related to a position or state of the output shaft relative to the test specimen during setup or configuration of a test sequence.
Rubber composition based on at least: - from 50 to 100 phr of one or more diene elastomers, referred to as very low glass transition temperature (Tg) diene elastomers, having a Tg within a range of from -110°C to -70°C, selected from butadiene homopolymers, copolymers of butadiene and of a vinylaromatic monomer, having a content of vinylaromatic units of between 0 and 5% by weight, and mixtures thereof, - a reinforcing filler, - a crosslinking system, - from 40 to 150 phr of at least one hydrogenated hydrocarbon resin predominantly composed of units derived from Cg monomers, the resin having a content of aromatic protons of less than 25% and a content of ethylenic protons of less than 1%. - from 50 to 100 phr of one or more diene elastomers, referred to as very low glass transition temperature (Tg) diene elastomers, having a Tg within a range of from -110°C to -70°C, selected from butadiene homopolymers, copolymers of butadiene and of a vinylaromatic monomer, having a content of vinylaromatic units of between 0 and 5% by weight, and mixtures thereof, - a reinforcing filler, - a crosslinking system, - from 40 to 150 phr of at least one hydrogenated hydrocarbon resin predominantly composed of units derived from Cg monomers, the resin having a content of aromatic protons of less than 25% and a content of ethylenic protons of less than 1%.
A pharyngeal tube comprising: an elongated hollow tube including a proximal end and a distal end for establishing a patent airway for a patient; a mouthpiece provided at the proximal end, wherein the mouthpiece is configured to provide an airtight seal at the mouth of the patient, wherein the mouthpiece comprises an inner flange and an outer flange that are configured for placement on both the inside and outside of the patient's lips so as to form the airtight seal at the patient's mouth; and one or more lateral openings provided at or near the distal end of the hollow tube, wherein the one or more lateral openings are formed in a lateral wall of the hollow tube, and a distal tip of the hollow tube is sealed so that air cannot escape the tube from its distal tip, wherein the pharyngeal tube is configured to establish a patent airway without inflating a balloon or other sealing element within the trachea or pharynx but only sealingat the patient's mouth. an elongated hollow tube including a proximal end and a distal end for establishing a patent airway for a patient; a mouthpiece provided at the proximal end, wherein the mouthpiece is configured to provide an airtight seal at the mouth of the patient, wherein the mouthpiece comprises an inner flange and an outer flange that are configured for placement on both the inside and outside of the patient's lips so as to form the airtight seal at the patient's mouth; and one or more lateral openings provided at or near the distal end of the hollow tube, wherein the one or more lateral openings are formed in a lateral wall of the hollow tube, and a distal tip of the hollow tube is sealed so that air cannot escape the tube from its distal tip, wherein the pharyngeal tube is configured to establish a patent airway without inflating a balloon or other sealing element within the trachea or pharynx but only sealingat the patient's mouth.
A security protection method in an in-vehicle system, wherein the method comprises: generating , by an electronic control unit, ECU, a public key of the ECU and a private key of the ECU by using a first security protection module, wherein the first security protection module is configured to provide security protection for the ECU, and a security level of the first security protection module is a first security level; signing , by the ECU, a firmware digest of the ECU by using the private key of the ECU, to obtain first signature information; sending , by the ECU, the first signature information, the public key of the ECU, and the firmware digest of the ECU to a domain controller; receiving , by the domain controller, the first signature information, the public key of the ECU, and the firmware digest of the ECU from the ECU; sending , by the domain controller, the first signature information, the public key of the ECU, and the firmware digest of the ECU to a gateway; receiving , by the gateway, the first signature information, the public key of the ECU, and the firmware digest of the ECU from the domain controller; and sending , by the gateway, the first signature information, the public key of the ECU, and the firmware digest of the ECU to a server. generating , by an electronic control unit, ECU, a public key of the ECU and a private key of the ECU by using a first security protection module, wherein the first security protection module is configured to provide security protection for the ECU, and a security level of the first security protection module is a first security level; signing , by the ECU, a firmware digest of the ECU by using the private key of the ECU, to obtain first signature information; sending , by the ECU, the first signature information, the public key of the ECU, and the firmware digest of the ECU to a domain controller; receiving , by the domain controller, the first signature information, the public key of the ECU, and the firmware digest of the ECU from the ECU; sending , by the domain controller, the first signature information, the public key of the ECU, and the firmware digest of the ECU to a gateway; receiving , by the gateway, the first signature information, the public key of the ECU, and the firmware digest of the ECU from the domain controller; and sending , by the gateway, the first signature information, the public key of the ECU, and the firmware digest of the ECU to a server.
Aqueous composition of hydrides intended for undergoing catalytic hydrolysis to generate dihydrogen H 2 , the aqueous composition of hydrides comprising an aqueous solvent and constituents at least partially, preferably completely, solubilized in the aqueous solvent, said constituents being: - potassium hydroxide KOH, - potassium borohydride KBH 4 , - a second hydride other than KBH 4 and having a hydrogen storage capacity of greater than 7.4%, - optionally, an exothermic additive selected from a third hydride different from potassium borohydride and from the second hydride and having a latent heat of hydrolysis reaction greater than 8 kJ/kg, a water-soluble compound having a latent heat of dissolution of less than -30 kJ/mol and mixtures thereof, the ratio D/K of the concentration of the second hydride in the aqueous composition of hydrides to the potassium borohydride concentration in the aqueous composition of hydrides being between 1.0 and 9.0, said concentrations being expressed in percentages by weight based on the weight of the aqueous composition of hydrides. - potassium hydroxide KOH, - potassium borohydride KBH 4 , - a second hydride other than KBH 4 and having a hydrogen storage capacity of greater than 7.4%, - optionally, an exothermic additive selected from a third hydride different from potassium borohydride and from the second hydride and having a latent heat of hydrolysis reaction greater than 8 kJ/kg, a water-soluble compound having a latent heat of dissolution of less than -30 kJ/mol and mixtures thereof, the ratio D/K of the concentration of the second hydride in the aqueous composition of hydrides to the potassium borohydride concentration in the aqueous composition of hydrides being between 1.0 and 9.0, said concentrations being expressed in percentages by weight based on the weight of the aqueous composition of hydrides.
Hybrid motor vehicle transmission assembly with a gear train for setting up at least one transmission ratio (1-7, R) between a transmission input and a transmission output , the gear train having a gearwheel set with a coupling gearwheel (68; 50), with an electric machine which has a machine output shaft with a drive gearwheel which is coupled directly or via a coupling gear set to the coupling gearwheel (68; 50) of the gearwheel set , in such a way that a power transmission path is set up from the machine output shaft to the coupling gearwheel (68; 50), a slipping clutch being arranged in the power transmission path , characterized in that the slipping clutch has at least one frictional cone pairing which has a first frictional cone on a first torque transmission member and a second frictional cone on a second torque transmission member (102; 92), the first and the second torque transmission member being prestressed via a spring device , the first torque transmission member being a frictional cone ring , the second torque transmission member being a frictional cone gearwheel (102; 92), in particular the drive gearwheel or a gearwheel of the coupling gear set .
A load cell for use with a tong assembly , comprising a body ; a chamber formed in the body ; a strain gauge disposed in the chamber ; a first eye for pivotal coupling a first end of the body to the tong assembly ; a second eye for pivotal coupling a second end of the body opposite the first end to the tong assembly ; and a biasing member disposed around the second eye for biasing the body relative to the tong assembly . a body ; a chamber formed in the body ; a strain gauge disposed in the chamber ; a first eye for pivotal coupling a first end of the body to the tong assembly ; a second eye for pivotal coupling a second end of the body opposite the first end to the tong assembly ; and a biasing member disposed around the second eye for biasing the body relative to the tong assembly .
An information processing method, comprising: identifying, for a login behavior of a target source address, a session characteristic of a session corresponding to the login behavior and a security protocol type used by the session; characterized by : determining a session characteristic threshold based on the security protocol type; and comparing the session characteristic with the session characteristic threshold to determine a login status of the session. identifying, for a login behavior of a target source address, a session characteristic of a session corresponding to the login behavior and a security protocol type used by the session; characterized by : determining a session characteristic threshold based on the security protocol type; and comparing the session characteristic with the session characteristic threshold to determine a login status of the session.
A vacuum pump comprising a rotor shaft which carries pump-active elements of a rotor of the vacuum pump , and at least one bearing at which the rotor shaft is rotatably supported, wherein a lubricant is provided for lubricating the bearing , wherein the rotor shaft has at least one recess which is arranged outside a bearing region of the rotor shaft and which is configured to receive the lubricant, wherein the recess is formed by an inclination of an outer surface of the rotor shaft , wherein the rotor shaft has an axis of rotation which defines an axial direction, and wherein the recess is formed in that the outer surface of the rotor shaft is inclined with respect to a radial direction which extends at a right angle to the axial direction, characterized in that a distance in the axial direction between the outer surface of the rotor shaft and the bearing increases along the at least one recess when a spacing from the axis of rotation decreases in the radial direction. a rotor shaft which carries pump-active elements of a rotor of the vacuum pump , and at least one bearing at which the rotor shaft is rotatably supported, wherein a lubricant is provided for lubricating the bearing , wherein the rotor shaft has at least one recess which is arranged outside a bearing region of the rotor shaft and which is configured to receive the lubricant, wherein the recess is formed by an inclination of an outer surface of the rotor shaft , wherein the rotor shaft has an axis of rotation which defines an axial direction, and wherein the recess is formed in that the outer surface of the rotor shaft is inclined with respect to a radial direction which extends at a right angle to the axial direction, characterized in that a distance in the axial direction between the outer surface of the rotor shaft and the bearing increases along the at least one recess when a spacing from the axis of rotation decreases in the radial direction.
A stator assembly for a wind turbine generator, comprising a stator frame structure having an outer annular frame with a circular outer edge extending concentrically around a center axis , which defines an axial direction, wherein the outer annular frame has an outer diameter larger than 4m, a plurality of stator segments mounted at the outer edge along a circumferential direction of the outer edge, wherein each stator segment comprises a set of electric coils , a connecting device , and a stator cabling arrangement comprising a set of flexible electric cables arranged to provide electrical connection between each electric coil in the set of electric coils and the connecting device, and a main cabling arrangement connecting the connecting device of each stator segment with an electric power interface for collecting electric power generated by the stator segments.
A method for transmitting beam information by a user equipment, UE, in a wireless communication system, the method comprising: detecting (S3510) a beam failure, BF, of one or more secondary cells among a plurality of secondary cells configured for the UE; transmitting (S3540), to a base station, BS, first beam information including a bitmap related to the detection of the BF of the one or more secondary cells and a total number K of candidate beam information for one or more secondary cells to be reported in a second beam information based on a size of uplink resources granted to the UE, and transmitting (S3540), to the BS, second beam information including the candidate beam information for the total number of secondary cells among the one or more secondary cells reported by the first bit information wherein only the candidate beams for the one or more secondary cells for the K most significant or least significant bits from the bitmap of the first information are sent. detecting (S3510) a beam failure, BF, of one or more secondary cells among a plurality of secondary cells configured for the UE; transmitting (S3540), to a base station, BS, first beam information including a bitmap related to the detection of the BF of the one or more secondary cells and a total number K of candidate beam information for one or more secondary cells to be reported in a second beam information based on a size of uplink resources granted to the UE, and transmitting (S3540), to the BS, second beam information including the candidate beam information for the total number of secondary cells among the one or more secondary cells reported by the first bit information wherein only the candidate beams for the one or more secondary cells for the K most significant or least significant bits from the bitmap of the first information are sent.
Dimming circuit for dimming at least one inertia-free lamp , comprising a switched-mode power supply with a switched-mode power supply control and with a power switch controlled by the switched-mode power supply control , which power switch can be controlled with a switched-mode power supply control frequency depending on a desired dimming value, and comprising an output for connecting the at least one inertia-free lamp , wherein • the dimming circuit (D) further comprises a pulse generator and • the switched-mode power supply has an activation input (E), characterized by the fact that • the pulse generator is connected to the activation input (E) of the switched-mode power supply , • whereby the switched-mode power supply control can be activated and deactivated by the activation input (E), • such that the pulse generator controls the switched-mode power supply control via the activation input (E) only in a lower area of the entire dimming range, • so that for dimming in the lower area of the dimming range the activation input (E) of the switched-mode power supply is supplied by the pulse generator at a pulse generator frequency with a voltage for pulse generator frequency-dependent activation and deactivation of energy which can be tapped off at the output (A) of the switched-mode power supply , the pulse generator frequency being below the frequency with which the switched-mode power supply control actuates the power switch . • the dimming circuit (D) further comprises a pulse generator and • the switched-mode power supply has an activation input (E), characterized by the fact that • the pulse generator is connected to the activation input (E) of the switched-mode power supply , • whereby the switched-mode power supply control can be activated and deactivated by the activation input (E), • such that the pulse generator controls the switched-mode power supply control via the activation input (E) only in a lower area of the entire dimming range, • so that for dimming in the lower area of the dimming range the activation input (E) of the switched-mode power supply is supplied by the pulse generator at a pulse generator frequency with a voltage for pulse generator frequency-dependent activation and deactivation of energy which can be tapped off at the output (A) of the switched-mode power supply , the pulse generator frequency being below the frequency with which the switched-mode power supply control actuates the power switch .
Astator for a motor , the stator comprising: a stator core including an annular yoke centered on an axis (O), and a plurality of teeth protruding inward from an inner peripheral surface of the yoke in a radial direction centered on the axis (O); a bobbin provided on main surfaces of the stator core , the main surfaces facing both sides of the stator core in a direction of the axis (O); and a coil having a winding wound on the teeth and the bobbin , wherein the respective teeth have a non-constant width portion of which a length in a circumferential direction around the axis (O) differs depending on a position in the radial direction, the bobbin has a support portion , the support portion extending in the radial direction and facing one side in the direction of the axis (O), the support portion further having a support surface which supports the winding and faces in the direction of the axis, characterized in that the support portion has a winding length adjustment portion which is formed at a position corresponding to the non-constant width portion when seen in the direction of the axis (O), reduces a winding length which is a length of the winding around the support portion as a length of the respective teeth in the circumferential direction increases and increases the length as the length of the respective teeth in the circumferential direction decreases, so that stress concentration in the stator core is suppressed by the winding length adjustment portion. a stator core including an annular yoke centered on an axis (O), and a plurality of teeth protruding inward from an inner peripheral surface of the yoke in a radial direction centered on the axis (O); a bobbin provided on main surfaces of the stator core , the main surfaces facing both sides of the stator core in a direction of the axis (O); and a coil having a winding wound on the teeth and the bobbin , wherein the respective teeth have a non-constant width portion of which a length in a circumferential direction around the axis (O) differs depending on a position in the radial direction, the bobbin has a support portion , the support portion extending in the radial direction and facing one side in the direction of the axis (O), the support portion further having a support surface which supports the winding and faces in the direction of the axis, characterized in that the support portion has a winding length adjustment portion which is formed at a position corresponding to the non-constant width portion when seen in the direction of the axis (O), reduces a winding length which is a length of the winding around the support portion as a length of the respective teeth in the circumferential direction increases and increases the length as the length of the respective teeth in the circumferential direction decreases, so that stress concentration in the stator core is suppressed by the winding length adjustment portion.