mhurhangee/patent-ind-claim-en huggingface dataset:
An implantable autonomous heart stimulation capsule, comprising: an elongated tubular body having: at a first end, a releasable linking device connectable to an installation lead; and at a second end, an anchoring element for anchoring the implantable autonomous heart stimulation capsule to a heart wall, the elongated tubular body housing a frame supporting an electronic unit; and an accelerometer, wherein the accelerometer comprises: a piezoelectric blade extending cantilevered from an end region of the piezoelectric blade embedded into the frame and in a direction from the first end to the second end; wherein the piezoelectric blade comprises on each one of its sides a first metallization for collecting an acceleration signal and a second metallization for collecting electrical energy. at a first end, a releasable linking device connectable to an installation lead; and at a second end, an anchoring element for anchoring the implantable autonomous heart stimulation capsule to a heart wall, the elongated tubular body housing a frame supporting an electronic unit; and an accelerometer, wherein the accelerometer comprises: a piezoelectric blade extending cantilevered from an end region of the piezoelectric blade embedded into the frame and in a direction from the first end to the second end; wherein the piezoelectric blade comprises on each one of its sides a first metallization for collecting an acceleration signal and a second metallization for collecting electrical energy. a piezoelectric blade extending cantilevered from an end region of the piezoelectric blade embedded into the frame and in a direction from the first end to the second end; wherein the piezoelectric blade comprises on each one of its sides a first metallization for collecting an acceleration signal and a second metallization for collecting electrical energy.
A roller burnishing tool having a roller support which projects in an feed direction (V) and on which, in a circumferential direction, a plurality of burnishing rollers for machining a workpiece surface is rotatably arranged about a roller axis (A), wherein the burnishing rollers each have a contact surface for coming into contact with the workpiece, wherein the burnishing rollers each have a basic cylindrical shape, and the burnishing rollers are mounted such that they can be displaced in a radial direction (R), wherein the roller support has an annular roller cage that rotatably bears the plurality of burnishing rollers , wherein an inner roller with a basic annular shape is inserted into the roller cage , wherein the inner roller has an outer surface, wherein the outer surface of the inner roller interacts with an outer surface of the burnishing rollers , characterized in that the inner roller is connected so as to transfer driving force to a drive shaft of the roller burnishing tool .
A laundry treatment apparatus comprising: a cabinet ; a tub provided in the cabinet ; a drum rotatably provided in the tub , the drum being formed of a metallic material; an induction module provided on an outer side surface of the tub and configured to heat the drum via induction using a magnetic field generated by applying a current to a coil in the induction module ; characterized in that the laundry treatment apparatus further comprises a module control unit configured to control output of the induction module ; wherein the module control unit comprises: a housing comprising an airflow path formed therein; a substrate provided in the housing ; and a power transistor mounted on the substrate , wherein the airflow path is formed along the power transistor . a cabinet ; a tub provided in the cabinet ; a drum rotatably provided in the tub , the drum being formed of a metallic material; an induction module provided on an outer side surface of the tub and configured to heat the drum via induction using a magnetic field generated by applying a current to a coil in the induction module ; characterized in that the laundry treatment apparatus further comprises a module control unit configured to control output of the induction module ; wherein the module control unit comprises: a housing comprising an airflow path formed therein; a substrate provided in the housing ; and a power transistor mounted on the substrate , a housing comprising an airflow path formed therein; a substrate provided in the housing ; and a power transistor mounted on the substrate , wherein the airflow path is formed along the power transistor .
System for determining a condition of a road and/or at least one component of a chassis system of a vehicle , comprising: a steering mechanism for a steering axle of the vehicle and at least one vibration sensor for sensing perturbations (I, II, III, IV, V) of the chassis system of the vehicle , wherein the vibration sensor is attached to at least one component of the steering mechanism , wherein at least one central control unit is provided for receiving and/or processing sensing data from the vibration sensor , characterized in that the control unit comprises a memory unit for saving individual vibration pattern (s) for different perturbations (I, II, III, IV, V) of the road and of different components of the chassis system of the vehicle . a steering mechanism for a steering axle of the vehicle and at least one vibration sensor for sensing perturbations (I, II, III, IV, V) of the chassis system of the vehicle , wherein the vibration sensor is attached to at least one component of the steering mechanism , wherein at least one central control unit is provided for receiving and/or processing sensing data from the vibration sensor , characterized in that the control unit comprises a memory unit for saving individual vibration pattern (s) for different perturbations (I, II, III, IV, V) of the road and of different components of the chassis system of the vehicle .
A method of preparing a delivery system using a 3D printer, the method comprising: (a) depositing a first printing material, a second printing material, or both to form a first outer layer, (b) depositing the first printing material, the second printing material, or both to form one or more inner layers, (c) depositing the first printing material, the second printing material, or both to form a second outer layer on the inner layers, so that a solid or semisolid layer-by-layer construction is thus prepared, and (d) curing the construction, thereby preparing the delivery system, wherein the first printing material contains a polymer having a melting point of 45 °C to 300 °C, wherein the second printing material contains an active material, and the active material is a fragrance, flavor, malodor counteracting agent, or combination thereof; and wherein the inner layer contains a higher concentration of the active material and/or a higher vapor pressure than the outer layers. (a) depositing a first printing material, a second printing material, or both to form a first outer layer, (b) depositing the first printing material, the second printing material, or both to form one or more inner layers, (c) depositing the first printing material, the second printing material, or both to form a second outer layer on the inner layers, so that a solid or semisolid layer-by-layer construction is thus prepared, and (d) curing the construction, thereby preparing the delivery system, wherein the first printing material contains a polymer having a melting point of 45 °C to 300 °C, wherein the second printing material contains an active material, and the active material is a fragrance, flavor, malodor counteracting agent, or combination thereof; and wherein the inner layer contains a higher concentration of the active material and/or a higher vapor pressure than the outer layers.
A device for massaging and stretching certain body parts, comprising at least two ferrules joined by thermostretch wires made from a Ni-Ti alloy, means to apply current to the wires so when a current circulates through the wires the distance that separates the ferrules is modified and that generates an axial force between the ferrules, wherein at least one of the ferrules has a housing for housing vibration-generating means fed by a control unit , wherein the at least two ferrrules comprises: - a first ferrule having a housing (3.1) for housing a first vibration-generating means fed by means of cables (6.1), - a second ferrule having a housing (4.1) for housing a second vibration-generating means fed by means of cables (7.1), and - wherein the supply and phase control and magnitude of said vibration-generating means stem from the control unit , and - the first and second ferrules are fixed to the body part and are applied by means of an adhesive or by exerting pressure or using a lung or bladder, or combinations of the foregoing. - a first ferrule having a housing (3.1) for housing a first vibration-generating means fed by means of cables (6.1), - a second ferrule having a housing (4.1) for housing a second vibration-generating means fed by means of cables (7.1), and - wherein the supply and phase control and magnitude of said vibration-generating means stem from the control unit , and - the first and second ferrules are fixed to the body part and are applied by means of an adhesive or by exerting pressure or using a lung or bladder, or combinations of the foregoing.
A machine for dispensing coffee or the like, comprising at least one box adapted to contain a sweetener for beverages and the like and associated with a gearmotor which is functionally connected to a control and management unit for dispensing a preset quantity of sweetener, said at least one box forming a dispensing outlet which leads into at least one conveyance chute and said gearmotor comprising dosage means which operate at said dispensing outlet in order to define said preset quantity of sweetener in a manner which is proportional to the operating time of said gearmotor ; a supporting frame forming an accommodation seat for said at least one box which is provided with a battery of mechanical and electronic couplings for dividing said accommodation seat and for the modular and selective installation of one or more boxes as a replacement of said at least one box ; said boxes being provided with gearmotors , dosage means and dispensing outlets which are mutually independent, with said dispensing outlets converging into said at least one conveyance chute , characterized in that said mechanical and electronic couplings comprise at least one engagement tooth , which is formed by each one of said gearmotors , and a portion of said supporting frame which are shaped so that they can be mutually joined and at least one snap-acting tooth , which is formed by each one of said gearmotors , and a plurality of engagement seats , which are formed by said supporting frame and are shaped so that they can be mutually engaged in a forced manner by elastic deformation of said snap-acting teeth .
Method for moving an object between a platform of a wind turbine and a deck of a vessel , wherein the platform is located at a tower of the wind turbine , wherein the object is moved vertically by a hoist coupled between the object and at least one fixation site of the wind turbine located above the platform and the deck , wherein the object is deflected radially from the tower by a pulling means coupled between the object and the vessel , characterized in that at least one fixation element mounted to or comprised by a bedframe of the nacelle located on the bottom side of the nacelle is used as at least one fixation site .
A sunscreen composition comprising, in a physiologically acceptable medium, (i) at least one sunscreen agent, and (ii) a functionalized nanocrystalline cellulose, wherein said functionalized nanocrystalline cellulose is carboxylated nanocrystalline cellulose, wherein said functionalized nanocrystalline cellulose is made of nano-crystallites of cellulose assembled into particles of nanocrystalline cellulose, wherein said particles have a spherical or ovoid shape, and wherein said functionalized nanocrystalline cellulose has an average particle size from 2 μm to 10 μm. (i) at least one sunscreen agent, and (ii) a functionalized nanocrystalline cellulose, wherein said functionalized nanocrystalline cellulose is carboxylated nanocrystalline cellulose, wherein said functionalized nanocrystalline cellulose is made of nano-crystallites of cellulose assembled into particles of nanocrystalline cellulose, wherein said particles have a spherical or ovoid shape, and wherein said functionalized nanocrystalline cellulose has an average particle size from 2 μm to 10 μm.
An apparatus for use in a downhole environment, the apparatus comprising a bearing assembly , a housing and a shaft , wherein the shaft has a shaft axis , wherein the shaft is rotatably connected with the housing , wherein the housing defines an interior of the housing, an exterior of the housing and a first housing end , wherein the shaft is comprised of a shaft extension which extends from the interior of the housing at the first housing end , and wherein the shaft extension defines a first bearing shaft surface , the bearing assembly comprising a first thrust bearing for transferring a first axial load between the shaft and the housing , wherein the first thrust bearing is located axially between the first housing end and the first bearing shaft surface , wherein the first thrust bearing is located at the exterior of the housing , wherein the first housing end has an inner dimension and the first thrust bearing has an outer dimension , wherein the outer dimension of the first thrust bearing is greater than the inner dimension of the first housing end , wherein the housing has a maximum inner dimension , and wherein the outer dimension of the first thrust bearing is greater than the maximum inner dimension of the housing , wherein the first thrust bearing is a rolling element bearing, wherein the first thrust bearing is a lubricated bearing, and wherein the first thrust bearing is further comprised of a shroud for fully isolating the first thrust bearing from an environment at the exterior of the housing by providing a shroud seal between the shroud and either the housing or the shaft . wherein the housing defines an interior of the housing, an exterior of the housing and a first housing end , wherein the shaft is comprised of a shaft extension which extends from the interior of the housing at the first housing end , and wherein the shaft extension defines a first bearing shaft surface , the bearing assembly comprising a first thrust bearing for transferring a first axial load between the shaft and the housing , wherein the first thrust bearing is located axially between the first housing end and the first bearing shaft surface , wherein the first thrust bearing is located at the exterior of the housing , wherein the first housing end has an inner dimension and the first thrust bearing has an outer dimension , wherein the outer dimension of the first thrust bearing is greater than the inner dimension of the first housing end , wherein the housing has a maximum inner dimension , and wherein the outer dimension of the first thrust bearing is greater than the maximum inner dimension of the housing , wherein the first thrust bearing is a rolling element bearing, wherein the first thrust bearing is a lubricated bearing, and wherein the first thrust bearing is further comprised of a shroud for fully isolating the first thrust bearing from an environment at the exterior of the housing by providing a shroud seal between the shroud and either the housing or the shaft .
A method performed by a terminal device, comprising: preparing , in the tenninal device, a list of circuit switched capabilities of the terminal device; sending , from the terminal device, the list to a network device during an attachment procedure of the terminal device to a packet-switched only network; wherein the list comprises a codec list of codecs supported by the terminal device, wherein the codec list is suitable for use at the network device in a Single Radio Voice Call Continuity, SR-VCC, handover procedure of the terminal device comprising a handover signaling initiation with a target circuit-switched network and a voice bearer split from other packet switched bearers, wherein the network device comprises a mobility management entity. preparing , in the tenninal device, a list of circuit switched capabilities of the terminal device; sending , from the terminal device, the list to a network device during an attachment procedure of the terminal device to a packet-switched only network; wherein the list comprises a codec list of codecs supported by the terminal device, wherein the codec list is suitable for use at the network device in a Single Radio Voice Call Continuity, SR-VCC, handover procedure of the terminal device comprising a handover signaling initiation with a target circuit-switched network and a voice bearer split from other packet switched bearers, wherein the network device comprises a mobility management entity.
A bidirectional power switch comprising first (AGT) and second (TH) thyristors insulated from each other and connected in antiparallel between first (A1) and second (A2) conduction terminals of the switch, the first thyristor (AGT) being an anode-gate thyristor, the second thyristor (TH) being a cathode gate thyristor, and the gates (G AGT , G TH ) of the first (AGT) and second (TH) thyristors being coupled to a same control terminal (G) of the switch, wherein a first dipole (C1) couples the gate of the first thyristor (AGT) to the control terminal (G) and a second dipole (C2) couples the gate of the second thyristor (TH) to the control terminal (G), characterized in that : a) the first dipole (C1) is a diode having its anode connected to the gate (G AGT ) of the first thyristor (AGT) and having its cathode connected to the control terminal (G), and wherein the second dipole (C2) is a diode having its anode connected to the gate (G TH ) of the second thyristor (TH) and having its cathode connected to the control terminal (G); or b) the first dipole (C1) is a diode having its cathode connected to the gate (G AGT ) of the first thyristor (AGT) and having its anode connected to the control terminal (G), and wherein the second dipole (C2) is a diode having its cathode connected to the gate (G TH ) of the second thyristor (TH) and having its anode connected to the control terminal (G); or c) at least one of the first (C1) and second (C2) dipoles comprises a resistor having a value in the range from 10 to 200 ohms. a) the first dipole (C1) is a diode having its anode connected to the gate (G AGT ) of the first thyristor (AGT) and having its cathode connected to the control terminal (G), and wherein the second dipole (C2) is a diode having its anode connected to the gate (G TH ) of the second thyristor (TH) and having its cathode connected to the control terminal (G); or b) the first dipole (C1) is a diode having its cathode connected to the gate (G AGT ) of the first thyristor (AGT) and having its anode connected to the control terminal (G), and wherein the second dipole (C2) is a diode having its cathode connected to the gate (G TH ) of the second thyristor (TH) and having its anode connected to the control terminal (G); or c) at least one of the first (C1) and second (C2) dipoles comprises a resistor having a value in the range from 10 to 200 ohms.
A living flame candle platform comprising: an outer shell having a hollow interior connecting a first opening at an upper end of the outer shell and a second opening at a lower end of the outer shell ; an inner shell positioned within the hollow interior of the outer shell and having a hollow inner volume and a second set of threads ; a support plate positioned within the hollow inner volume of the inner shell , the support plate having a hollow channel through a mid-section thereof; an ignition assembly positioned within the hollow inner volume of the inner shell ; and a fuel source positioned within the hollow inner volume of the inner shell , the fuel source having a cylindrical shape, wherein an upper section of the fuel source has a smaller diameter than a lower section of the fuel source , the fuel source further including a first set of threads thereon for engagement with the second set of threads of the inner shell so as to allow the fuel source to be secured within the hollow inner volume of the inner shell . an outer shell having a hollow interior connecting a first opening at an upper end of the outer shell and a second opening at a lower end of the outer shell ; an inner shell positioned within the hollow interior of the outer shell and having a hollow inner volume and a second set of threads ; a support plate positioned within the hollow inner volume of the inner shell , the support plate having a hollow channel through a mid-section thereof; an ignition assembly positioned within the hollow inner volume of the inner shell ; and a fuel source positioned within the hollow inner volume of the inner shell , the fuel source having a cylindrical shape, wherein an upper section of the fuel source has a smaller diameter than a lower section of the fuel source , the fuel source further including a first set of threads thereon for engagement with the second set of threads of the inner shell so as to allow the fuel source to be secured within the hollow inner volume of the inner shell .
Use of a one-part or multi-part agent comprising the following components (A), (B) and (C) for hair deforming treatment, wherein the molar ratio of the content of the component (B) to the content of the component (A), (B)/(A), is 0.2 or more and 5 or less: (A) glyoxylic acid, or a hydrate or a salt thereof, (B) resorcin, and (C) water. (A) glyoxylic acid, or a hydrate or a salt thereof, (B) resorcin, and (C) water.
A gate valve assembly for use in a subsea workover system comprising - a valve block having a flow path ; - valve seats located within the valve block around a periphery of the flow path , - a gate valve member which is moveable across the flow path between a first position in which the flow path is open and a second position in which the flow path is closed; - said gate valve member comprising a first portion surrounding an opening adapted to mate with the flow path when the gate valve member is in the first position, said first portion is provided with a cutting member arranged on the periphery of the first portion towards the opening , wherein, the gate valve member further comprises a second portion having at least one recessed part , said recessed part ) being positioned such that when the gate valve member is in the second position, the recessed part is within the flow path and at the side or surface of the gate valve member that is exposed to possible falling objects and the gate valve member characterised in that , the seats form a sealing area arranged on a planar surface of the gate valve member , wherein the sealing area is arranged outside of the at least one recessed part , wherein the diameter of the at least one recessed part is equal or less than the inner diameter of the seats . - a valve block having a flow path ; - valve seats located within the valve block around a periphery of the flow path , - a gate valve member which is moveable across the flow path between a first position in which the flow path is open and a second position in which the flow path is closed; - said gate valve member comprising a first portion surrounding an opening adapted to mate with the flow path when the gate valve member is in the first position, said first portion is provided with a cutting member arranged on the periphery of the first portion towards the opening , wherein,