mhurhangee/patent-ind-claim-en huggingface dataset:
System consisting of a fixing and supporting device with a disposable, absorbent incontinence pad , comprising a hip belt which is able to be releasably closed on itself by means of belt closure elements and thus forms a hip opening which is continuous in the hip circumferential direction , to which belt the incontinence pad can be releasably attached such that it can be worn in the crotch region of the user and removed again from the hip belt after use, the hip belt having a front abdominal region , a rear back region , and a left and right lateral region , the hip belt having, starting from the back region and the abdominal region , a flap portion in each case which extends in a longitudinal direction in the direction toward the crotch region of the user and has closure elements on its side facing the body which interact in a releasably adhering manner with complementary closure elements on the side of the incontinence pad facing away from the body, the incontinence pad having a longitudinal direction and a transverse direction, as well as two longitudinal edges and two transverse edges and, on its side facing the user, a pair of material portions which extend in the longitudinal direction of the incontinence pad and are fixed to the incontinence pad along their one longitudinal edge as a fixing line and the second longitudinal edge of which is at least partially free, characterized in that the width of the closure elements transversely to the longitudinal direction is 60 to 90% of the distance between the fixing lines of the material portions of the incontinence pad , and with the flap portions tapering in the direction of the crotch region.
Air valve device for an internal combustion engine having a multi-part housing comprising at least one drive housing and a flow housing , wherein a drive unit acting on a valve rod is arranged in the drive housing , wherein the flow housing comprises a fluid inlet and a fluid outlet , wherein a valve closure unit is provided in the flow housing , which comprises a valve closure body and a sealing element , which cooperate with exactly one valve seat surface such that the fluid inlet can be fluidically separated from or connected to the fluid outlet , wherein at least the valve closure body is actuatable by the valve rod and the sealing element can be actuated independently of the valve closure body , characterized in that opening means are provided for the valve closure unit , which allow a defined opening of the sealing element independently of a differential pressure between the fluid inlet and the fluid outlet , wherein the sealing element has an aperture as opening means that allows to convey a small amount of air from the fluid inlet to the fluid outlet .
Actuation device for a lock, having a lever that is able to be connected to a manipulation piece that is able to move between a rest position and a tilting position, in particular able to rotate about a rotation axis (A), the device having an interface for connection to a transmission element and to the lever , the actuation device comprises a guide oriented along a sliding axis (C) perpendicular to the axis along which a mobile slider is able to move linearly between inactive and active positions corresponding respectively to the rest (PF) and tilting (PO) positions of the manipulation piece , and in that the slider has at least one plug-in connection intended for the connection with the transmission element , characterized in that the slider comprises a plug-in connection intended to receive a first type of transmission element, in particular a cable end piece intended to be housed in a receiving chamber of the slider, and a second type of transmission element, in particular a rod end piece .
A soft anchor assembly , comprising: a sheath having a bore extending between opposing open ends ; a first flexible strand passing through a portion of said bore such that opposing free ends of said first flexible strand extend outside of said sheath ; and a second flexible strand slidable relative to said sheath , wherein the second flexible strand is passed through a portion of said bore that extends through said sheath ; characterized in that said first flexible strand is affixed to said sheath so as to be non-sliding relative to said sheath and defining a non-slidable fixation that is present prior to deployment of the soft anchor assembly. a sheath having a bore extending between opposing open ends ; a first flexible strand passing through a portion of said bore such that opposing free ends of said first flexible strand extend outside of said sheath ; and a second flexible strand slidable relative to said sheath , wherein the second flexible strand is passed through a portion of said bore that extends through said sheath ;
An optical transmitter comprising: a laser having a first end and a second end , the laser being capable of emitting light at both the first and the second end; an optical coupler having a first input, a second input and an output, the coupler being for coupling light received at both inputs into the output; a first optical path from the first end of the laser to the first input of the coupler, the first optical path consisting of a first modulator for modulating light passing along the first optical path; and a second optical path from the second end of the laser to the second input of the coupler, the second optical path consisting of a phase shifter whereby the phase of light passing along the second optical path can be shifted and a second modulator for modulating light passing along the second optical path; wherein the two optical paths are configured such that the light received at both inputs of the coupler is substantially co-polarized, which represents that a polarization direction of the light received via the first optical path and a polarization direction of the light received via the second optical path differ from each other by less than 45 degrees. a laser having a first end and a second end , the laser being capable of emitting light at both the first and the second end; an optical coupler having a first input, a second input and an output, the coupler being for coupling light received at both inputs into the output; a first optical path from the first end of the laser to the first input of the coupler, the first optical path consisting of a first modulator for modulating light passing along the first optical path; and a second optical path from the second end of the laser to the second input of the coupler, the second optical path consisting of a phase shifter whereby the phase of light passing along the second optical path can be shifted and a second modulator for modulating light passing along the second optical path; wherein the two optical paths are configured such that the light received at both inputs of the coupler is substantially co-polarized, which represents that a polarization direction of the light received via the first optical path and a polarization direction of the light received via the second optical path differ from each other by less than 45 degrees.
An inflatable bioreactor bag comprising: a top sheet of polymer material; and a bottom sheet of the polymer material coupled along at least one edge of the top sheet to form a sealed bag, wherein the polymer material is formed from a composition comprising: A. a copolymer of ethylene and at least one α-olefin; and B. between 25 and 300 ppm by weight of α-tocopherol relative to the component A. a top sheet of polymer material; and a bottom sheet of the polymer material coupled along at least one edge of the top sheet to form a sealed bag, wherein the polymer material is formed from a composition comprising: A. a copolymer of ethylene and at least one α-olefin; and B. between 25 and 300 ppm by weight of α-tocopherol relative to the component A. A. a copolymer of ethylene and at least one α-olefin; and B. between 25 and 300 ppm by weight of α-tocopherol relative to the component A.
A system comprising: a catheter having a wall that defines an inner lumen of the catheter, the inner lumen extending between a proximal hub with an electrical current controller , and a distal tip; a metallic region comprising at least two abutting metals in a coiled configuration positioned at the distal tip of the catheter, wherein at least a portion of a first metal of the metallic region comprises an outer perimeter of the bimetallic coil and at least a portion of a second metal of the metallic region comprises an inner perimeter of the bimetallic coil ; and two conductive wires extending along a longitudinal axis of the catheter in electrical communication with the electrical current controller and in electrical communication with at least a portion of the metallic region, wherein at least a portion of the metallic region is configured to reversibly expand from a tight configuration to an expanded configuration upon electrical current stimulation, and wherein the tight configuration comprises a first diameter that is smaller than a second diameter of the expanded configuration. a catheter having a wall that defines an inner lumen of the catheter, the inner lumen extending between a proximal hub with an electrical current controller , and a distal tip; a metallic region comprising at least two abutting metals in a coiled configuration positioned at the distal tip of the catheter, wherein at least a portion of a first metal of the metallic region comprises an outer perimeter of the bimetallic coil and at least a portion of a second metal of the metallic region comprises an inner perimeter of the bimetallic coil ; and two conductive wires extending along a longitudinal axis of the catheter in electrical communication with the electrical current controller and in electrical communication with at least a portion of the metallic region, wherein at least a portion of the metallic region is configured to reversibly expand from a tight configuration to an expanded configuration upon electrical current stimulation, and wherein the tight configuration comprises a first diameter that is smaller than a second diameter of the expanded configuration.
A combination comprising (a) a synaptic vesicle protein 2A ("SV2A") ligand selected from the group consisting of levetiracetam, brivaracetam and seletracetam; and (b) a positive allosteric modulator ("PAM") of metabotropic glutamatergic receptor subtype 2 ("mGluR2") compound selected from or a pharmaceutically acceptable salt or a solvate thereof. (a) a synaptic vesicle protein 2A ("SV2A") ligand selected from the group consisting of levetiracetam, brivaracetam and seletracetam; and (b) a positive allosteric modulator ("PAM") of metabotropic glutamatergic receptor subtype 2 ("mGluR2") compound selected from or a pharmaceutically acceptable salt or a solvate thereof.
A rubber composition for tires, the rubber composition comprising a rubber component containing 50 mass% or greater of a natural rubber and from 15 mass% to 50 mass% of a terminal-modified butadiene rubber per 100 parts by mass of the rubber component, and a filler containing carbon black and silica that is blended into the rubber component at a mass ratio from 0.1 to 0.5 between a blended amount of the silica and a blended amount of the filler, the rubber composition having a hardness of 73 or greater, and a modulus of repulsion elasticity at 40°C of 60% or greater, wherein the hardness of the rubber composition was measured at a temperature of 20°C by a type A durometer in accordance with JIS K 6253 and the modulus of repulsion elasticity of the rubber composition was measured at a temperature of 40°C by a Luepke impact resilience tester in accordance with JIS K 6255. a rubber component containing 50 mass% or greater of a natural rubber and from 15 mass% to 50 mass% of a terminal-modified butadiene rubber per 100 parts by mass of the rubber component, and a filler containing carbon black and silica that is blended into the rubber component at a mass ratio from 0.1 to 0.5 between a blended amount of the silica and a blended amount of the filler, the rubber composition having a hardness of 73 or greater, and a modulus of repulsion elasticity at 40°C of 60% or greater, wherein the hardness of the rubber composition was measured at a temperature of 20°C by a type A durometer in accordance with JIS K 6253 and the modulus of repulsion elasticity of the rubber composition was measured at a temperature of 40°C by a Luepke impact resilience tester in accordance with JIS K 6255.
A method for delivering a group addressed frame by a relay entity in a wireless local area network, WLAN, system, the method comprising: receiving the group addressed frame from a station, STA, in a unicast manner; and delivering the group addressed frame to a root access point, root AP, in the unicast manner, wherein the group addressed frame is transmitted in a broadcasting manner by the root AP within a basic service set, BSS, wherein the group addressed frame transmitted in the broadcasting manner by the root AP comprises: an Address 1, A1, field set to a group address; an Address 2, A2, field set to a medium access control, MAC, address of the root AP; and an Address 3, A3, field set to a MAC address of the STA, the MAC address of the STA being a source address of the group addressed frame, wherein the group addressed frame is discarded by the relay entity if the STA having an address identical to the source address of the group addressed frame broadcasted by the root AP is connected to the relay entity. receiving the group addressed frame from a station, STA, in a unicast manner; and delivering the group addressed frame to a root access point, root AP, in the unicast manner, wherein the group addressed frame is transmitted in a broadcasting manner by the root AP within a basic service set, BSS, wherein the group addressed frame transmitted in the broadcasting manner by the root AP comprises: an Address 1, A1, field set to a group address; an Address 2, A2, field set to a medium access control, MAC, address of the root AP; and an Address 3, A3, field set to a MAC address of the STA, the MAC address of the STA being a source address of the group addressed frame, wherein the group addressed frame is discarded by the relay entity if the STA having an address identical to the source address of the group addressed frame broadcasted by the root AP is connected to the relay entity. an Address 1, A1, field set to a group address; an Address 2, A2, field set to a medium access control, MAC, address of the root AP; and an Address 3, A3, field set to a MAC address of the STA, the MAC address of the STA being a source address of the group addressed frame, wherein the group addressed frame is discarded by the relay entity if the STA having an address identical to the source address of the group addressed frame broadcasted by the root AP is connected to the relay entity.
A method of detecting shaft break in a gas turbine engine having a shaft system , the shaft system comprising a shaft that couples a compressor and a turbine ; the method comprises steps to: a. construct a frequency response model of the shaft system ; b. determine a notch frequency (f N ) and a first torsional frequency (f 1T ) for the shaft system from the model ; c. measure a rotational speed of the shaft ; d. detect the presence or absence of a notch at the notch frequency (f N ) in the measured speed; and e. generate a shaft break signal in response to the absence of the notch . a. construct a frequency response model of the shaft system ; b. determine a notch frequency (f N ) and a first torsional frequency (f 1T ) for the shaft system from the model ; c. measure a rotational speed of the shaft ; d. detect the presence or absence of a notch at the notch frequency (f N ) in the measured speed; and e. generate a shaft break signal in response to the absence of the notch .
An injection molding machine comprising: a toggle mechanism ; and a toggle support which supports the toggle mechanism , wherein the toggle mechanism includes a crosshead and a link group which is operated by a forward or rearward movement of the crosshead , characterized in that the toggle support includes a toggle support body portion to which a link of the link group is oscillatingly attached and toggle support arm portions which guide the crosshead , and when viewed in a forward or rearward movement direction of the crosshead , the toggle support arm portions come into contact with the crosshead from an outside and in line symmetry about a straight line (YL) passing through a center of the crosshead and extending in a vertical direction. a toggle mechanism ; and a toggle support which supports the toggle mechanism , wherein the toggle mechanism includes a crosshead and a link group which is operated by a forward or rearward movement of the crosshead , characterized in that the toggle support includes a toggle support body portion to which a link of the link group is oscillatingly attached and toggle support arm portions which guide the crosshead , and when viewed in a forward or rearward movement direction of the crosshead , the toggle support arm portions come into contact with the crosshead from an outside and in line symmetry about a straight line (YL) passing through a center of the crosshead and extending in a vertical direction.
An apparatus comprising: a body configured to be disposed within a pipe flowing a fluid; a fluid sampling conduit disposed within the body, the fluid sampling conduit including open ends with a valve, the fluid sampling conduit configured to obtain a sample of the fluid flowing in the pipe; an odometer wheel coupled to the body, the odometer wheel configured to measure a distance traveled by the apparatus within the pipe based on rotating while contacting an inner wall of the pipe as the apparatus travels through the pipe; an elastomeric ring surrounding at least a portion of the body, the elastomeric ring configured to contact the inner wall of the pipe and remove material disposed on the inner wall of the pipe as the apparatus travels through the pipe; and a solid sampling subsystem coupled to and external to the body, the solid sampling subsystem comprising a capsule , an inlet valve coupled to the capsule, and a tubing coupled to the inlet valve, wherein the inlet valve is configured to, when opened, allow at least a portion of material removed from the inner wall of the pipe by the elastomeric ring to flow through the tubing and into the capsule. a body configured to be disposed within a pipe flowing a fluid; a fluid sampling conduit disposed within the body, the fluid sampling conduit including open ends with a valve, the fluid sampling conduit configured to obtain a sample of the fluid flowing in the pipe; an odometer wheel coupled to the body, the odometer wheel configured to measure a distance traveled by the apparatus within the pipe based on rotating while contacting an inner wall of the pipe as the apparatus travels through the pipe; an elastomeric ring surrounding at least a portion of the body, the elastomeric ring configured to contact the inner wall of the pipe and remove material disposed on the inner wall of the pipe as the apparatus travels through the pipe; and a solid sampling subsystem coupled to and external to the body, the solid sampling subsystem comprising a capsule , an inlet valve coupled to the capsule, and a tubing coupled to the inlet valve, wherein the inlet valve is configured to, when opened, allow at least a portion of material removed from the inner wall of the pipe by the elastomeric ring to flow through the tubing and into the capsule. a capsule , an inlet valve coupled to the capsule, and a tubing coupled to the inlet valve, wherein the inlet valve is configured to, when opened, allow at least a portion of material removed from the inner wall of the pipe by the elastomeric ring to flow through the tubing and into the capsule.
A computer-implemented method for modifying a variable string in a document and generating a required hash value, wherein the document comprises the variable string and a fixed string , the method comprising: - constructing (S220) a Hamiltonian based on the variable string ; - encoding (S230) the variable string into a quantum circuit comprising a plurality of qubits; - generating in a hash function generator a hash value from the fixed string and the output of the quantum circuit ; - measuring a superposition of the variable string by a measurement device , wherein the measuring is implemented by a quantum state tomography individually for the plurality of the qubits; - determining (S280) an overlap between the generated hash value and a true hash value ; and - on reaching a zero overlap value, determining the variable string , otherwise optimising (S270) parameters of the quantum circuit . - constructing (S220) a Hamiltonian based on the variable string ; - encoding (S230) the variable string into a quantum circuit comprising a plurality of qubits; - generating in a hash function generator a hash value from the fixed string and the output of the quantum circuit ; - measuring a superposition of the variable string by a measurement device , wherein the measuring is implemented by a quantum state tomography individually for the plurality of the qubits; - determining (S280) an overlap between the generated hash value and a true hash value ; and - on reaching a zero overlap value, determining the variable string , otherwise optimising (S270) parameters of the quantum circuit .
A filling machine for filling of containers (B) with a product, comprising: - a carousel for moving a plurality of said containers (B); - a plurality of filling valves , each filling valve being positioned above a clamp ; - a distribution duct connecting said filling valves with a distribution manifold , in said distribution duct having the product with a filling pressure (PI); - a feed duct intercepted by a volumetric pump , wherein said volumetric pump moves a filling product with a discharge pressure (P) greater than said filling pressure (P1), wherein along the feed duct , downstream of the volumetric pump , an adjustment member of the feed pressure of the filling product is placed, wherein the adjustment member is positioned between the volumetric pump and the distribution manifold , characterised in that the adjustment member comprises a membrane , or a membrane - plate assembly, placed in tangential contact with the filling product flow, the membrane being comprised in a casing , of which it constitutes a side of contact with the filling product, wherein said membrane is substantially flat and is operatively associated to a pneumatic piston . - a carousel for moving a plurality of said containers (B); - a plurality of filling valves , each filling valve being positioned above a clamp ; - a distribution duct connecting said filling valves with a distribution manifold , in said distribution duct having the product with a filling pressure (PI); - a feed duct intercepted by a volumetric pump , wherein said volumetric pump moves a filling product with a discharge pressure (P) greater than said filling pressure (P1), wherein the adjustment member is positioned between the volumetric pump and the distribution manifold , characterised in that the adjustment member comprises a membrane , or a membrane - plate assembly, placed in tangential contact with the filling product flow, the membrane being comprised in a casing , of which it constitutes a side of contact with the filling product, wherein said membrane is substantially flat and is operatively associated to a pneumatic piston .