mhurhangee/patent-ind-claim-en huggingface dataset:
Sound transducer for receiving waterborne sound pressure waves, wherein the sound transducer comprises an acoustic piezocomposite transducer element with a ceramic filament or a plurality of ceramic filaments and a filling compound , wherein the ceramic filament or the ceramic filaments is or are surrounded by the filling compound, wherein a first pressure plate made of glass-fibre-reinforced plastic is arranged upstream of the acoustic piezocomposite transducer element in a sound pressure direction , with the result that an impinging sound pressure is impressed from the pressure plate onto the ceramic filament or the ceramic filaments, thus increasing the sensitivity of the sound transducer, characterized in that the volume fraction V of the ceramic filaments is between 20% and 30%.
A method of controlling a welding power supply, comprising: converting a direct current, DC, bus voltage using a primary converter to a primary alternating current AC voltage on a primary side of the welding power supply ; transforming the primary AC voltage to a secondary AC signal; and rectifying the secondary AC signal to generate an output DC current using an active rectifier circuit , wherein zero current switching, ZCS, takes place in the active rectifier circuit ; wherein a lagging edge pulse width modulation, PWM (PWM_A, PWM_B), is applied using a lagging edge PWM control system for control of the primary converter; and wherein a leading edge PWM (PWM_C, PWM_D) is applied using a leading edge PWM control system for control of the active rectifier circuit ; wherein a lagging edge PWM pulse is stored in a ZCS latch (D121) in accordance with a signal from an OR gate (D120), which sums set signals of PWM latches (D115, D116) that generate switching signals (PWM_C, PWM_D) for the active rectifier circuit , wherein, at the beginning of a PWM duty cycle, a pulse is generated by a ZCS monoflop (D124), this pulse being configured to generate a minimum lagging edge PWM pulse of an opposite phase needed for ensuring ZCS operation; and wherein the ZCS latch (D121) is reset after generation of the minimum lagging edge PWM pulse, which is secured by the implementation of a delay (D122). converting a direct current, DC, bus voltage using a primary converter to a primary alternating current AC voltage on a primary side of the welding power supply ; transforming the primary AC voltage to a secondary AC signal; and rectifying the secondary AC signal to generate an output DC current using an active rectifier circuit , wherein zero current switching, ZCS, takes place in the active rectifier circuit ; wherein a lagging edge pulse width modulation, PWM (PWM_A, PWM_B), is applied using a lagging edge PWM control system for control of the primary converter; and wherein a leading edge PWM (PWM_C, PWM_D) is applied using a leading edge PWM control system for control of the active rectifier circuit ; wherein a lagging edge PWM pulse is stored in a ZCS latch (D121) in accordance with a signal from an OR gate (D120), which sums set signals of PWM latches (D115, D116) that generate switching signals (PWM_C, PWM_D) for the active rectifier circuit , wherein, at the beginning of a PWM duty cycle, a pulse is generated by a ZCS monoflop (D124), this pulse being configured to generate a minimum lagging edge PWM pulse of an opposite phase needed for ensuring ZCS operation; and wherein the ZCS latch (D121) is reset after generation of the minimum lagging edge PWM pulse, which is secured by the implementation of a delay (D122).
Clamping set for a clamping device for clamping a workpiece or a tool or a tool holder on a machine part with a clamping cone which is displaceable axially via a clamping rod and several clamping elements resting spaced from one another peripherally on the outer side of the clamping cone and which is movable by axial movement of the clamping rod between a radially outer clamped position and a radially inner released position, characterised in that the clamping cone has two parts which are displaceable opposite to one another in axial direction and the clamping rod has a first rod part connected to the first part of the clamping cone and a second rod part connected to the second part of the clamping cone, wherein the clamping elements are movable into the radially outer clamped position by moving the two parts of the clamping cone together and into the radially inner released position by moving the two parts of the clamping cone apart.
Swirl body for use in a full-cone nozzle in order to set a fluid flowing through it in rotation, the swirl body having a cylindrical base section , which defines a cylindrical outer surface , the two end faces of the base section each being adjoined by conically tapering end section which defines a conical end face , and wherein in the cylindrical outer surface of the swirl body two swirl channels of the same geometry extending obliquely to a central axis (L) of the swirl body are formed with uniform offset along the circumference of the swirl body and each swirl channel opens into both conical end faces , wherein the swirl channels have a constant inclination over their length relative to the central axis (L) of the cylindrical base section and the inclination of the swirl channels is selected such that the two open axial ends of each swirl channel overlap in the circumferential direction and thus a lower end opening of a swirl channel is visible when looking axially through the upper end opening of the swirl channel , characterized in that exactly two swirl channels are formed in the cylindrical outer surface of the swirl body with a 180° offset from one another and each open into both end faces , that the angle of inclination of the swirl channels is selected such that at least 70% of the lower end opening of the swirl channel is visible when looking axially through the upper end opening of the swirl channel , that the swirl channels have a semicircular end section at their radially inner end and is straight cross-sectional section adjoins the semicircular end section radially on the outside, the length of the straight cross-sectional section being at most 30% of the radius of the semicircular end section .
A heat exchanger comprising a first component made of a first material and a second component made of a second material, wherein the first and the second component each have an edge zone and wherein the first and the second component abut against one another in an overlapping manner at their edge zone and are joined together, characterized in that at least the edge zone of the first component consists of a material which is impermeable to laser beams and that the edge zone of the first component externally overlaps the edge zone of the second component and abuts against this in direct contact and is thus joined by a fusion bond.
A vaginal insert device comprising: a support segment having a distal end and a proximal end , the support segment defining a support segment plane; and a stabilizing segment extending from the distal end of the support segment, the stabilizing segment defining a stabilizing segment plane, wherein the stabilizing segment plane is generally perpendicular to the support segment plane when the vaginal insert device is in an in-use configuration, characterized in that the support and stabilizing segments are portions of a single device torus , wherein one side of the device torus is attached to an opposite side of the device torus to form the support and stabilizing segments , and wherein one side of the device torus is attached to an opposite side of the device torus to form a central joint by tying a string around the device torus ; wherein the device comprises a compliable resilient material. a support segment having a distal end and a proximal end , the support segment defining a support segment plane; and a stabilizing segment extending from the distal end of the support segment, the stabilizing segment defining a stabilizing segment plane, wherein the stabilizing segment plane is generally perpendicular to the support segment plane when the vaginal insert device is in an in-use configuration, characterized in that the support and stabilizing segments are portions of a single device torus , wherein one side of the device torus is attached to an opposite side of the device torus to form the support and stabilizing segments , and wherein one side of the device torus is attached to an opposite side of the device torus to form a central joint by tying a string around the device torus ; wherein the device comprises a compliable resilient material.
Agent containing a compound represented by the following formula (I): (wherein R 1 is a hydrogen atom; and R 2 is a hydrogen atom) or a salt thereof and a sodium ferrous citrate, for use in ameliorating and/or preventing cancerous anemia. or a salt thereof and a sodium ferrous citrate, for use in ameliorating and/or preventing cancerous anemia.
A component for a vehicle interior comprising: (a) a base ; (b) an armrest configured to move relative to the base from a retracted position to an extended position; (c) at least one roller coupled to the armrest configured to allow movement of the armrest relative to the base ; and (d) a rail coupled to the base ; wherein the rail is configured to allow movement of the armrest relative to the base along a non-linear path; and wherein the rail comprises at least one of (a) a curved rail, (b) a curved guide, (c) a curved track, characterized in that the at least one roller comprises a first roller bearing , a second roller bearing and a third roller bearing ,wherein the component further comprises a spring configured to force the third roller bearing to contact the rail and prevent upward movement of the armrest relative to the base . (a) a base ; (b) an armrest configured to move relative to the base from a retracted position to an extended position; (c) at least one roller coupled to the armrest configured to allow movement of the armrest relative to the base ; and (d) a rail coupled to the base ;
An encapsulation film, comprising: a metal layer and a pressure-sensitive adhesive layer, wherein the pressure-sensitive adhesive layer comprises a first layer having an elastic portion calculated by General Equation 1 of 30 to 80%, and a second layer having an elastic portion calculated by General Equation 1 of 8 to 40%, and wherein the encapsulation film comprises the metal layer, the first layer and the second layer sequentially: Ep unit : % = 100 × σ 2 / σ 1 , where σ1 is the maximum stress value measured when 30% of strain is applied to the film by applying a normal force of 1.96 N (200 gf) at 85 °C using a parallel plate having a diameter of 8 mm in a stress relaxation test mode of an advanced rheometric expansion system (ARES) while the pressure-sensitive adhesive layer is formed to a thickness of 600 μm, and σ2 is a stress value measured after the state in which the strain is applied to the film is maintained for 180 seconds, the pressure-sensitive adhesive layer comprising a polymer derived from butylene and a compound satisfying Formula 1: where T is a linear or branched alkyl group, alkenyl group or alkynyl group having 6 to 30 carbon atoms, or -U-[O-W] n -O-Q, in which U and W are each independently an alkylene group or alkylidene group, Q is an alkyl group, alkenyl group, alkynyl group or aryl group, and n is a number from 0 to 10, the value of the elastic portion of the first layer being the same as or higher than the value of the elastic portion of the second layer. a metal layer and a pressure-sensitive adhesive layer, wherein the pressure-sensitive adhesive layer comprises a first layer having an elastic portion calculated by General Equation 1 of 30 to 80%, and a second layer having an elastic portion calculated by General Equation 1 of 8 to 40%, and wherein the encapsulation film comprises the metal layer, the first layer and the second layer sequentially: Ep unit : % = 100 × σ 2 / σ 1 , where σ1 is the maximum stress value measured when 30% of strain is applied to the film by applying a normal force of 1.96 N (200 gf) at 85 °C using a parallel plate having a diameter of 8 mm in a stress relaxation test mode of an advanced rheometric expansion system (ARES) while the pressure-sensitive adhesive layer is formed to a thickness of 600 μm, and σ2 is a stress value measured after the state in which the strain is applied to the film is maintained for 180 seconds, the pressure-sensitive adhesive layer comprising a polymer derived from butylene and a compound satisfying Formula 1: where T is a linear or branched alkyl group, alkenyl group or alkynyl group having 6 to 30 carbon atoms, or -U-[O-W] n -O-Q, in which U and W are each independently an alkylene group or alkylidene group, Q is an alkyl group, alkenyl group, alkynyl group or aryl group, and n is a number from 0 to 10, the value of the elastic portion of the first layer being the same as or higher than the value of the elastic portion of the second layer.
A method for adjusting at least one target (T1) on an adjusting device which is set up and aligned at a distance from a vehicle on which a measuring device to be adjusted with the at least one target (T1) is installed, characterized by the steps of: mounting the at least one target (T1) and a laser source on the adjusting device , the laser source being mounted on the at least one target (T1) in a predetermined position and covering the at least one target (T1) at least partially; generating and outputting a vertical laser line with the laser source , setting a horizontal position of the at least one target (T1) and the laser source via an adjustment device (HPV) such that the vertical laser line output and a vertical reference line (RL1) present on the vehicle overlap each other; rotating the laser source by 90°; generating and outputting a horizontal laser line with the laser source , setting a vertical position of the at least one target (T1) and the laser source via an adjustment device (VPV) such that the horizontal laser line output and a horizontal reference line (RL1) present on the vehicle overlap each other; unmounting the laser source from the adjusting device . mounting the at least one target (T1) and a laser source on the adjusting device , the laser source being mounted on the at least one target (T1) in a predetermined position and covering the at least one target (T1) at least partially; generating and outputting a vertical laser line with the laser source , setting a horizontal position of the at least one target (T1) and the laser source via an adjustment device (HPV) such that the vertical laser line output and a vertical reference line (RL1) present on the vehicle overlap each other; rotating the laser source by 90°; generating and outputting a horizontal laser line with the laser source , setting a vertical position of the at least one target (T1) and the laser source via an adjustment device (VPV) such that the horizontal laser line output and a horizontal reference line (RL1) present on the vehicle overlap each other; unmounting the laser source from the adjusting device .
A method for initiating a roaming communication link with a user equipment, UE in a visited communication network , the method comprising: transmitting a registration request by the UE to a network entity of the visited communication network , wherein the registration request comprises an identity, UE ID, of the user equipment; detecting by the network entity of the visited communication network , based on the UE ID, that the registration request is related to a roaming communication with the UE; determining by the network entity of the visited communication network a home communication network of the UE ; establishing by an Access and Mobility Management Function, AMF, entity of the visited communication network a communication link to a network entity of the home communication network via a dedicated roaming interface between a Radio Access Network, RAN entity of the visited communication network and the network entity of the home communication network , wherein the communication link to the home communication network is established with a Session Management Function, SMF, entity of the home communication network via an AMF entity of the home communication network and via an N11 communication link between the AMF entity of the home communication network and the SMF entity of the home communication network ; and initiating the roaming communication link with the UE via the communication link to the network entity of the home communication network . transmitting a registration request by the UE to a network entity of the visited communication network , wherein the registration request comprises an identity, UE ID, of the user equipment; detecting by the network entity of the visited communication network , based on the UE ID, that the registration request is related to a roaming communication with the UE; determining by the network entity of the visited communication network a home communication network of the UE ; establishing by an Access and Mobility Management Function, AMF, entity of the visited communication network a communication link to a network entity of the home communication network via a dedicated roaming interface between a Radio Access Network, RAN entity of the visited communication network and the network entity of the home communication network , wherein the communication link to the home communication network is established with a Session Management Function, SMF, entity of the home communication network via an AMF entity of the home communication network and via an N11 communication link between the AMF entity of the home communication network and the SMF entity of the home communication network ; and initiating the roaming communication link with the UE via the communication link to the network entity of the home communication network .
A bank note dispenser which includes: a holder for bank notes , a cover which is engageable with the holder and which overlies the bank notes , a sealed container which is engaged with the cover and exposed to the bank notes , wherein the container is formed with one or more zones of weakness , and wherein the container is made from a material selected from either glass or plastics, which material breaks at the one or more zones of weakness under the effect of a shock wave originating outside the container , produced by an explosive attack on an automatic teller machine (ATM) in which the dispenser is held, in excess of a predetermined magnitude, and a substance inside the container that gives rise to a bank note traceability factor. a holder for bank notes , a cover which is engageable with the holder and which overlies the bank notes , a sealed container which is engaged with the cover and exposed to the bank notes , wherein the container is formed with one or more zones of weakness , and wherein the container is made from a material selected from either glass or plastics, which material breaks at the one or more zones of weakness under the effect of a shock wave originating outside the container , produced by an explosive attack on an automatic teller machine (ATM) in which the dispenser is held, in excess of a predetermined magnitude, and a substance inside the container that gives rise to a bank note traceability factor.
Spatial frame structure of an agricultural vehicle to which structural assemblies are attached, comprising: an upper horizontal structure consisting of rigidly connected longitudinal tubular beams , transverse and diagonally arranged structural pipes; a middle horizontal structure, consisting in a rigid part and a tapered part, with the rigid part being parallel to the upper and a lower horizontal structure and consisting of two longitudal tubular beams , the front part of which is rigidly connected by a structural pipe arranged in the transverse direction, the tapered part consisting of rigidly connected longitudinal tubular beams , transverse structural pipes and stiffening elements ; a lower horizontal structure consisting of longitudinal tubular beams , transverse and diagonally arranged structural pipes, wherein the upper, middle and lower horizontal structures are rigidly mutually joined by structural pipes arranged perpendicularly and diagonally by additionally connecting a stiffening element and connecting one pair of pipes by a transverse pipe, characterised in that the spatial frame structure contains interchangeable high-capacity fuel tanks intended for the operation of an agricultural vehicle. an upper horizontal structure consisting of rigidly connected longitudinal tubular beams , transverse and diagonally arranged structural pipes; a middle horizontal structure, consisting in a rigid part and a tapered part, with the rigid part being parallel to the upper and a lower horizontal structure and consisting of two longitudal tubular beams , the front part of which is rigidly connected by a structural pipe arranged in the transverse direction, the tapered part consisting of rigidly connected longitudinal tubular beams , transverse structural pipes and stiffening elements ; a lower horizontal structure consisting of longitudinal tubular beams , transverse and diagonally arranged structural pipes, wherein the upper, middle and lower horizontal structures are rigidly mutually joined by structural pipes arranged perpendicularly and diagonally by additionally connecting a stiffening element and connecting one pair of pipes by a transverse pipe, characterised in that the spatial frame structure contains interchangeable high-capacity fuel tanks intended for the operation of an agricultural vehicle.
Use of a solvent composition in an ink for producing an electronic device by a printing method, the solvent composition comprising a miscible product of: a solvent and a compound represented by Formula below: wherein R is the same or different and represents an aliphatic hydrocarbon group having 1 or more carbon atoms, wherein the content of compound in the total amount of the miscible product (100 wt.%) is from 0.01 to 50 wt.%, and wherein the content of the solvent in the total amount of the miscible product (100 wt.%) is from 50 to 99.99 wt.%. wherein R is the same or different and represents an aliphatic hydrocarbon group having 1 or more carbon atoms, wherein the content of compound in the total amount of the miscible product (100 wt.%) is from 0.01 to 50 wt.%, and wherein the content of the solvent in the total amount of the miscible product (100 wt.%) is from 50 to 99.99 wt.%.