mhurhangee/patent-ind-claim-en huggingface dataset:
Mobile hedge trimmer apparatus comprising: - a first portion , said first portion acting as a mobile base adapted to rest on a ground and advance along a path and comprising a plate and at least two wheels, preferably two pairs of wheels , - a second portion , said second portion comprising a pillar adapted to tilt on two axes (A and B) perpendicular to each other, said pillar comprising a first cutting blade and a second cutting blade , said first cutting blade being adapted to slide along said pillar and said second cutting blade being integral with said pillar , - a control unit , and - sensors connected to said control unit ; wherein a control unit is adapted to adjust the inclination of said pillar on said axes (A and B) and/or the position of said first cutting blade along said pillar , receiving information from said sensors, wherein said sensors comprise at least one tool for measuring an inclination of the ground and/or of said pillar and at least one movement sensor or advancement detector, wherein said control unit is adapted to receive information from said sensors repeatedly, in particular periodically, and to consequently adjust the inclination of said pillar and/or the position of said first cutting blade along said pillar . - a first portion , said first portion acting as a mobile base adapted to rest on a ground and advance along a path and comprising a plate and at least two wheels, preferably two pairs of wheels , - a second portion , said second portion comprising a pillar adapted to tilt on two axes (A and B) perpendicular to each other, said pillar comprising a first cutting blade and a second cutting blade , said first cutting blade being adapted to slide along said pillar and said second cutting blade being integral with said pillar , - a control unit , and - sensors connected to said control unit ; wherein a control unit is adapted to adjust the inclination of said pillar on said axes (A and B) and/or the position of said first cutting blade along said pillar , receiving information from said sensors, wherein said sensors comprise at least one tool for measuring an inclination of the ground and/or of said pillar and at least one movement sensor or advancement detector, wherein said control unit is adapted to receive information from said sensors repeatedly, in particular periodically, and to consequently adjust the inclination of said pillar and/or the position of said first cutting blade along said pillar .
An authentication method for authenticating a user identity at a server, comprising: receiving an authentication request sent from user equipment of a user, wherein the authentication request comprises an identity identifier of the user; acquiring first authentication data associated with the identity identifier from a blockchain network, wherein a blockchain node of the blockchain network stores identity identifiers, respective authentication data of the identity identifiers, and a mapping relationship between the identity identifiers and the respective authentication data, the respective authentication data stored on the blockchain node including at least one authentication result indicating successful or failed authentication, and the first authentication data including an authentication result indicating successful or failed authentication; and performing identity authentication, at the server, on the user according to the first authentication data acquired from the blockchain network. receiving an authentication request sent from user equipment of a user, wherein the authentication request comprises an identity identifier of the user; acquiring first authentication data associated with the identity identifier from a blockchain network, wherein a blockchain node of the blockchain network stores identity identifiers, respective authentication data of the identity identifiers, and a mapping relationship between the identity identifiers and the respective authentication data, the respective authentication data stored on the blockchain node including at least one authentication result indicating successful or failed authentication, and the first authentication data including an authentication result indicating successful or failed authentication; and performing identity authentication, at the server, on the user according to the first authentication data acquired from the blockchain network.
A patch, comprising: an adhesive member, which comprises a support made of a resin and a pressure-sensitive adhesive set up on one surface of the support, and a microneedle array carried on a surface of the pressure-sensitive adhesive layer-side of the adhesive member, characterised in that the adhesive member has a rigidity of 1.3 MPa·mm 4 to 730 MPa·mm 4 . an adhesive member, which comprises a support made of a resin and a pressure-sensitive adhesive set up on one surface of the support, and a microneedle array carried on a surface of the pressure-sensitive adhesive layer-side of the adhesive member, characterised in that the adhesive member has a rigidity of 1.3 MPa·mm 4 to 730 MPa·mm 4 .
Dialysis liquid for use in a method of treating a human or animal subject by therapy, wherein the dialysis liquid has a pH in the range from pH 6.8 to pH 11; and wherein the dialysis liquid comprises albumin, preferably 10 to 60 g/I albumin; and wherein said use comprises the steps of: (i) removing blood from a vein or artery of said subject; (ii) subjecting blood to a process for oxygenating blood, comprising the steps (a) introducing oxygen into the blood and/or into the dialysis liquid, thereby generating oxygen-enriched blood and/or oxygen-enriched dialysis liquid; and (b) contacting said blood to said dialysis liquid via a semipermeable membrane; and (iii) reintroducing blood into an artery or vein of said subject; wherein the oxygen introduced into the blood and/or into the dialysis fluid is introduced by means of liquid oxygen or an oxygen enriched liquid and/or solid. (i) removing blood from a vein or artery of said subject; (ii) subjecting blood to a process for oxygenating blood, comprising the steps (a) introducing oxygen into the blood and/or into the dialysis liquid, thereby generating oxygen-enriched blood and/or oxygen-enriched dialysis liquid; and (b) contacting said blood to said dialysis liquid via a semipermeable membrane; and (a) introducing oxygen into the blood and/or into the dialysis liquid, thereby generating oxygen-enriched blood and/or oxygen-enriched dialysis liquid; and (b) contacting said blood to said dialysis liquid via a semipermeable membrane; and (iii) reintroducing blood into an artery or vein of said subject;
A urine weighing apparatus comprising support means configured to support a urine collection vessel , a transducer for converting the weight of the vessel into an electrical signal, and a processor for processing the electrical signal to continuously calculate the weight of the vessel, and thereby calculate the weight of urine therein and allow the urine output rate to be determined, wherein the transducer is a load cell and wherein the load cell is an S-type load cell with a minimum of two strain gauges configured to measure both positive and negative changes in force, wherein the apparatus is configured to process the data to remove unwanted changes and data artefacts due to shock inputs, clinical interventions and/or movement of the apparatus and/or subject, wherein the processor is programmed with an algorithm which manages the fluid volume data, including interventions, which abruptly change the vessel's weight, and wherein if an alert signal produced by the apparatus notifies a "full vessel" status, the algorithm, in conjunction with a 'Tare' function of the apparatus, recognizes a replaced or emptied vessel, and appends subsequent data to that already collected. wherein the apparatus is configured to process the data to remove unwanted changes and data artefacts due to shock inputs, clinical interventions and/or movement of the apparatus and/or subject, wherein the processor is programmed with an algorithm which manages the fluid volume data, including interventions, which abruptly change the vessel's weight, and wherein if an alert signal produced by the apparatus notifies a "full vessel" status, the algorithm, in conjunction with a 'Tare' function of the apparatus, recognizes a replaced or emptied vessel, and appends subsequent data to that already collected.
A fluid circuit, in particular for aircraft, comprising - at least one first pipe comprising a first connection end , extending along a first axis (X1) and defining an internal surface and an external surface, the first connection end comprising a first peripheral connection element as well as a first linking member translationally and rotationally free about the first axis (X1), - at least one second pipe comprising a second connection end , extending along a second axis (X2) and defining an internal surface and an external surface, the second connection end comprising a second peripheral connection element as well as a second linking member translationally and rotationally free about the second axis (X2), the connection ends of the pipes being fixed and spaced apart by an axial connection clearance (Jx), - a linking connector , to sealingly link the two connection ends , comprising a central sleeve comprising a peripheral casing adapted to slide along the second axis (X2), the central sleeve being configured to cooperate, at a first end, with the first linking member and, at a second end, with the second linking member , characterized in that the central sleeve comprises a plurality of flexible teeth configured to cooperate with the second peripheral connection element in order to correct a possible misalignment between the first axis (X1) and the second axis (X2). - at least one first pipe comprising a first connection end , extending along a first axis (X1) and defining an internal surface and an external surface, the first connection end comprising a first peripheral connection element as well as a first linking member translationally and rotationally free about the first axis (X1), - at least one second pipe comprising a second connection end , extending along a second axis (X2) and defining an internal surface and an external surface, the second connection end comprising a second peripheral connection element as well as a second linking member translationally and rotationally free about the second axis (X2), the connection ends of the pipes being fixed and spaced apart by an axial connection clearance (Jx), - a linking connector , to sealingly link the two connection ends , comprising a central sleeve comprising a peripheral casing adapted to slide along the second axis (X2), the central sleeve being configured to cooperate, at a first end, with the first linking member and, at a second end, with the second linking member , characterized in that the central sleeve comprises a plurality of flexible teeth configured to cooperate with the second peripheral connection element in order to correct a possible misalignment between the first axis (X1) and the second axis (X2).
A plate assembly (100; 100a; 200) for a multi-disk brake system , comprising at least one of a pressure plate or an end plate ; and a floating plate wear liner (102; 102a; 202) mounted against the at least one of the pressure plate or the end plate , the floating plate wear liner (102; 102a; 202) configured to contact a contact surface of an adjacent rotatable friction disk in response to the multi-disk brake system being actuated, wherein the floating plate wear liner (102; 102a; 202) is concentrically and axially constrained in position against the at least one of the pressure plate or the end plate , and the floating plate wear liner (102; 102a; 202) further comprises a radially inner wall and a radially outer wall; characterised in that : the floating plate wear liner (102; 102a; 202) is removably mounted at the radially inner wall and the radially outer wall by a mechanical fastener for radially constraining the floating plate wear liner (102; 102a; 202) against the at least one of the pressure plate or the end plate to maintain the concentric relationship with the at least one of the pressure plate or the end plate .
A method, performed by a first centralized unit, CU, in a radio access network, RAN, for configuring a user equipment, UE, to communicate via a plurality of distributed units, DUs, the method comprising: initiating a first radio resource control, RRC, entity to communicate with the UE via an initial RRC connection through a first DU; selecting a second DU to communicate with the UE in a dual-connectivity, DC, configuration with the first DU; and based on whether the selected second DU is associated with the first CU, determining whether to initiate a second RRC entity, within the first CU, to communicate with the UE via an additional RRC connection through the second DU. initiating a first radio resource control, RRC, entity to communicate with the UE via an initial RRC connection through a first DU; selecting a second DU to communicate with the UE in a dual-connectivity, DC, configuration with the first DU; and based on whether the selected second DU is associated with the first CU, determining whether to initiate a second RRC entity, within the first CU, to communicate with the UE via an additional RRC connection through the second DU.
A method for constructing bodies layer by layer, comprising at least the following steps: a) providing a refractory molding base material as a component of a construction material mixture; b) spreading a thin layer of the construction material mixture with a layer thickness of 0.05 mm to 3 mm, preferably 0.1 mm to 2 mm and particularly preferably 0.1 mm to 1 mm; c) printing selected areas of the thin layer with a binder having a viscosity at 25°C of greater than 1 mPas and less than 25 mPas, comprising - water glass in the form of an aqueous alkali silicate solution, and - at least one phosphate; and d) repeatedly repeating steps b) and c), wherein the phosphate is an alkali phosphate and is at least water-soluble at 25 °C, wherein the binder contains phosphates in a molar ratio of P 2 O 5 /SiO 2 (calculated as P 2 O 5 and relative to SiO 2 in the binder) of greater than 0 to 0.5. a) providing a refractory molding base material as a component of a construction material mixture; b) spreading a thin layer of the construction material mixture with a layer thickness of 0.05 mm to 3 mm, preferably 0.1 mm to 2 mm and particularly preferably 0.1 mm to 1 mm; c) printing selected areas of the thin layer with a binder having a viscosity at 25°C of greater than 1 mPas and less than 25 mPas, comprising - water glass in the form of an aqueous alkali silicate solution, and - at least one phosphate; and - water glass in the form of an aqueous alkali silicate solution, and - at least one phosphate; and d) repeatedly repeating steps b) and c), wherein the phosphate is an alkali phosphate and is at least water-soluble at 25 °C, wherein the binder contains phosphates in a molar ratio of P 2 O 5 /SiO 2 (calculated as P 2 O 5 and relative to SiO 2 in the binder) of greater than 0 to 0.5.
A polymer blend comprising: at least 60% by weight olefin-based polymer, and a diblock copolymer comprising a non-polar block and a polar block, wherein the diblock copolymer has a number average molecular weight number (M n ) less than 5000 g/mol as determined by proton nuclear magnetic resonance ( 1 H NMR); wherein the non-polar block and the polar block are connected by a thiol linkage; and wherein the polar block comprises units derived from one or more acrylate monomers. at least 60% by weight olefin-based polymer, and a diblock copolymer comprising a non-polar block and a polar block, wherein the diblock copolymer has a number average molecular weight number (M n ) less than 5000 g/mol as determined by proton nuclear magnetic resonance ( 1 H NMR); wherein the non-polar block and the polar block are connected by a thiol linkage; and wherein the polar block comprises units derived from one or more acrylate monomers.
Washing machine comprising - a tub , -- wherein the tub comprises a tub base body and a hub , -- wherein the tub base body forms a peripheral wall and partially a rear wall , - a drum that is arranged in the tub for receiving laundry, - a drive shaft , which -- is connected in a rotationally fixed manner to the drum and -- is mounted rotatably relative to the tub about an axis of rotation , wherein the hub serves to mount the tub on the drive shaft , - a drive motor for driving the drum in rotation about the axis of rotation with -- a stator which is arranged in a rotationally fixed manner relative to the tub , -- a rotor which is arranged between the tub and the stator and is connected in a rotationally fixed manner to the drive shaft , characterized in that the tub comprises at least one tub-stiffening element that is arranged on the rear wall , and that the tub base body is formed from a plastic material and the at least one tub-stiffening element is surrounded by the plastic material at least in some regions. - a tub , -- wherein the tub comprises a tub base body and a hub , -- wherein the tub base body forms a peripheral wall and partially a rear wall , -- wherein the tub comprises a tub base body and a hub , -- wherein the tub base body forms a peripheral wall and partially a rear wall , - a drum that is arranged in the tub for receiving laundry, - a drive shaft , which -- is connected in a rotationally fixed manner to the drum and -- is mounted rotatably relative to the tub about an axis of rotation , wherein the hub serves to mount the tub on the drive shaft , -- is connected in a rotationally fixed manner to the drum and -- is mounted rotatably relative to the tub about an axis of rotation , wherein the hub serves to mount the tub on the drive shaft , - a drive motor for driving the drum in rotation about the axis of rotation with -- a stator which is arranged in a rotationally fixed manner relative to the tub , -- a rotor which is arranged between the tub and the stator and is connected in a rotationally fixed manner to the drive shaft , -- a stator which is arranged in a rotationally fixed manner relative to the tub , -- a rotor which is arranged between the tub and the stator and is connected in a rotationally fixed manner to the drive shaft , that the tub comprises at least one tub-stiffening element that is arranged on the rear wall , and that the tub base body is formed from a plastic material and the at least one tub-stiffening element is surrounded by the plastic material at least in some regions.
Electrical drive system for a motor vehicle, which has at least two electric machines as well as at least one inverter with silicon semiconductor components and at least one inverter with silicon carbide semiconductor components, characterised in that at least one electric machine of the at least two electric machines are supplied by the at least one Si inverter and is configured to drive a front axle of the motor vehicle, and at least one electric machine of the at least two electric machines is supplied by the at least one SiC inverter and is configured to drive a rear axle of the motor vehicle, wherein in driving mode of the motor vehicle, electric machines supplied with alternating current solely via SiC inverter are used to drive a rear axle of the motor vehicle, when a torque demand is less than a maximum torque that can be produced by the electric machines supplied via SiC inverter ; and both electric machines supplied with alternating current by SiC inverter are used to drive a rear axle of the motor vehicle and also electric machines supplied with alternating current by Si inverter are used to drive a front axle of the motor vehicle, when the torque demand is greater than the maximum torque that can be produced by the electric machines supplied with alternating current via SiC inverter .
A solid-lubrication rolling bearing comprising: an outer ring having an outer raceway face ; an inner ring having an inner raceway face ; a plurality of rolling elements disposed between the outer raceway face and the inner raceway face ; and a separator disposed between the adjacent rolling elements , the separator being formed of a solid lubricant , the solid lubricant being configured to lubricate the bearing without lubricating oil or grease, and being configured to generate solid lubricant powder in that during rotation of the bearing , the rotating and revolving rolling elements slidingly contact the separators , so that the separators are shaved, thereby generating the solid lubricant powder, the solid lubricant being formed by molding and firing powder that includes amorphous and self-sintering carbon material powder , graphite powder , and a binder , characterised in that through the firing under inert gas at temperatures of 900°C to 1000°C in an oven the carbon material powder becomes amorphous carbon material particles , the graphite powder becomes crystalline graphite particles , and the binder becomes amorphous carbon , wherein the carbon material particles function as a base material and are combined with each other to form the skeleton structure, the weight ratio of the carbon material powder being the highest among the carbon material powder , the graphite powder and the binder . an outer ring having an outer raceway face ; an inner ring having an inner raceway face ; a plurality of rolling elements disposed between the outer raceway face and the inner raceway face ; and a separator disposed between the adjacent rolling elements , the separator being formed of a solid lubricant , the solid lubricant being configured to lubricate the bearing without lubricating oil or grease, and being configured to generate solid lubricant powder in that during rotation of the bearing , the rotating and revolving rolling elements slidingly contact the separators , so that the separators are shaved, thereby generating the solid lubricant powder, the solid lubricant being formed by molding and firing powder that includes amorphous and self-sintering carbon material powder , graphite powder , and a binder , characterised in that through the firing under inert gas at temperatures of 900°C to 1000°C in an oven the carbon material powder becomes amorphous carbon material particles , the graphite powder becomes crystalline graphite particles , and the binder becomes amorphous carbon , wherein the carbon material particles function as a base material and are combined with each other to form the skeleton structure, the weight ratio of the carbon material powder being the highest among the carbon material powder , the graphite powder and the binder .