mhurhangee/patent-ind-claim-en huggingface dataset:
An acid grade synthetic fluorite CaF 2 in the form of granules, wherein said fluorite has a BET value, measured in samples after drying at 800°C, comprised from 20 m 2 /g to 100 m 2 /g, and wherein said fluorite has in % by weight relative to the weight of the fluorite: - a LOI value, measured in samples after drying at 800°C, comprised from 0,3% to 1,2%; and - an average particle size as follows: - greater than 10 mm, 0%; - greater than 5 mm, comprised from 1% to 10%; - greater than 1mm, comprised from 40% to 80%; - greater than 0.05 mm, comprised from 10% to 30%; - less than 0.05 mm, comprised from 1% to 20%. - a LOI value, measured in samples after drying at 800°C, comprised from 0,3% to 1,2%; and - an average particle size as follows: - greater than 10 mm, 0%; - greater than 5 mm, comprised from 1% to 10%; - greater than 1mm, comprised from 40% to 80%; - greater than 0.05 mm, comprised from 10% to 30%; - less than 0.05 mm, comprised from 1% to 20%.
A device having two superconducting cables , which are connected with each other electrically conductively at a connecting point , wherein each cable is arranged in a tubular cable cryostat , which is used for conducting a coolant, and has an electrical conductor and an electrical shield conductor , wherein the connecting point of both cables is surrounded by a socket cryostat , which connects the cable cryostats of both cables with each other, characterized in - that in each case a connecting element is applied to the ends of the electrical conductors connected with each other in the connecting point , wherein the two connecting elements are connected with each other electrically conductively at the connecting point , - that the connecting point is surrounded by a one-piece electrical shield body designed as a tube, which connects the electrical shield conductors of the cables with each other and into which the ends of the electrical conductors are introduced for the connection, and - that the electrical shield body is surrounded by the pre-fabricated socket cryostat , which has a thermal insulation. - that in each case a connecting element is applied to the ends of the electrical conductors connected with each other in the connecting point , wherein the two connecting elements are connected with each other electrically conductively at the connecting point , - that the connecting point is surrounded by a one-piece electrical shield body designed as a tube, which connects the electrical shield conductors of the cables with each other and into which the ends of the electrical conductors are introduced for the connection, and - that the electrical shield body is surrounded by the pre-fabricated socket cryostat , which has a thermal insulation.
A method of enforcing a revocation list at a content consumption device , the method comprising: receiving and authenticating a device certificate , wherein the device certificate comprises device information identifying the content consumption device ; receiving and authenticating a revocation list identifying one or more respective device capabilities that have been revoked from one or more devices; determining revocation information identifying revoked capabilities for the content consumption device using the device information and the revocation list; receiving a message comprising capability verification information and a decryption key required to enable descrambling of scrambled content, and applying an operation to the capability verification information and revocation information to determine if the content consumption device can use the decryption key to enable descrambling of the content; characterized in that the capability verification information indicates whether the content consumption device has the needed capability to process the content with which the message is associated. receiving and authenticating a device certificate , wherein the device certificate comprises device information identifying the content consumption device ; receiving and authenticating a revocation list identifying one or more respective device capabilities that have been revoked from one or more devices; determining revocation information identifying revoked capabilities for the content consumption device using the device information and the revocation list; receiving a message comprising capability verification information and a decryption key required to enable descrambling of scrambled content, and applying an operation to the capability verification information and revocation information to determine if the content consumption device can use the decryption key to enable descrambling of the content; characterized in that the capability verification information indicates whether the content consumption device has the needed capability to process the content with which the message is associated.
An artificial graphite material A, wherein the artificial graphite material A is secondary particles, and a surface roughness η A of the artificial graphite material A satisfies 6≤η A ≤12.
A sole structure for an article of footwear, comprising: a first region and a second region, the first region being disposed adjacent to the second region; a first set of openings arranged in an auxetic configuration, the first set of openings being disposed in the first region; a first set of sole portions bounding the first set of openings; characterized in that a first set of sipes disposed in the second region, the first set of sipes dividing the second region into a second set of sole portions ; wherein every sole portion in the first set of sole portions is continuously connected to at least one other sole portion in the first set of sole portions by a junction ; and wherein every sole portion in the second set of sole portions is separated from any adjacent sole portion by a sipe from the first set of sipes . a first region and a second region, the first region being disposed adjacent to the second region; a first set of openings arranged in an auxetic configuration, the first set of openings being disposed in the first region; a first set of sole portions bounding the first set of openings; characterized in that a first set of sipes disposed in the second region, the first set of sipes dividing the second region into a second set of sole portions ; wherein every sole portion in the first set of sole portions is continuously connected to at least one other sole portion in the first set of sole portions by a junction ; and wherein every sole portion in the second set of sole portions is separated from any adjacent sole portion by a sipe from the first set of sipes .
A sleeping system with an elastic core and an arrangement comprising a plurality of slats , wherein the arrangement is formed with at least two support elements which exert supporting forces on the slats and wherein the support elements have chambers which can be filled via at least one connection with a medium for individual and constantly variable adaptation of the slats to the body contour via the support forces, and wherein a pressure detection unit is integrated for detecting pressures in the chambers of the support elements ,wherein a filling device for filling the chambers with the medium is connected to the at least one connection and wherein a control unit is provided for controlling the filling device , wherein the filling device and the pressure detection unit are connected to the control unit and the control unit is set up to control the filling device on the basis of the pressures stored in the pressure detection unit , wherein the control unit is arranged to control the filling device in such a way that a predetermined pressure is maintained in the chambers, the filling device comprising an electrically driven compressor and an electrically actuating compressed air valve which are arranged to convey ambient air into the chambers and, in the event of an overpressure, to allow the air in the chambers to escape and wherein the arrangement comprises modules comprising pockets and/or loops for inserting and/or passing through the slats to form a unit of the arrangement .
A method for isolation of a chitosan fraction and β-glucan fraction from fungal mass or a mass originating from a fungal mass, comprising a) heating the fungal mass in contact with water and base or base precursor and subjecting this fungal mass to ultrasound treatment. b) washing and separation step to remove the dissolved material from the mixture or to separate the dissolved material fraction from the mass. c) contacting the mass with water and an acid or acid precursor. d) a washing and separation step to remove the dissolved material from the mixture. e) contacting the mass with water and a base or base precursor, heating it and subjecting it to microwave treatment. f) contacting the mass with water and an acid or acid precursor, whereby the pH is in the range of 4 to 5. g) separating the solid β-glucan fraction from the liquid that contains the chitosan solution. h) Flocculating or precipitating of chitosan in the chitosan solution, whereby the liquid fraction comprising chitosan is contacted by a base or a based precursor to achieve a pH in a range between 7 to 8. a) heating the fungal mass in contact with water and base or base precursor and subjecting this fungal mass to ultrasound treatment. b) washing and separation step to remove the dissolved material from the mixture or to separate the dissolved material fraction from the mass. c) contacting the mass with water and an acid or acid precursor. d) a washing and separation step to remove the dissolved material from the mixture. e) contacting the mass with water and a base or base precursor, heating it and subjecting it to microwave treatment. f) contacting the mass with water and an acid or acid precursor, whereby the pH is in the range of 4 to 5. g) separating the solid β-glucan fraction from the liquid that contains the chitosan solution. h) Flocculating or precipitating of chitosan in the chitosan solution, whereby the liquid fraction comprising chitosan is contacted by a base or a based precursor to achieve a pH in a range between 7 to 8.
A method of control of arc welding with a consumable electrode type that alternately performs forward feeding for feeding a welding wire in a direction of a welding object and backward feeding for feeding in an opposite direction to the forward feeding, and feeds the welding wire at a wire feeding speed cyclically changed in a predetermined cycle and at a predetermined amplitude to perform welding by repeating an arc period and a short-circuit period, the arc welding control method being characterised by the following steps: a first wire feeding stop step that stops feeding of the welding wire from a time of an elapse of a half cycle of a change of the wire feeding speed to an elapse of a first feeding stop period during forward feeding of the welding wire; and a first wire forward feeding step that feeds the welding wire forward at a first feeding speed from a time of an elapse of the first feeding stop period to an elapse of a predetermined period, the welding wire being fed backward after the elapse of the predetermined period. a first wire feeding stop step that stops feeding of the welding wire from a time of an elapse of a half cycle of a change of the wire feeding speed to an elapse of a first feeding stop period during forward feeding of the welding wire; and a first wire forward feeding step that feeds the welding wire forward at a first feeding speed from a time of an elapse of the first feeding stop period to an elapse of a predetermined period, the welding wire being fed backward after the elapse of the predetermined period.
A cell product for use in prevention and/or treatment of an aneurysm, comprising a SSEA-3-positive pluripotent stem cell derived from a mesenchymal tissue in a living body or a SSEA-3-positive pluripotent stem cell derived from a cultured mesenchymal cell.
Promoter region of the gene Gmhsp17.6-L shown in any one of: or
Gripping handle of an ice pick comprising: - a body comprising • a first end configured to act in collaboration with a blade , • a second end opposite from the first end, the second end being terminated by a pressing area designed to press against the ground, and • a gripping area located between the first end and the second end, the body defining a first direction connecting the first end to the second end, - a wedge positioned on the second end of the body and secured to the body by means of a swivel pin so as to form a wedge movable in rotation along an axis AA orthogonal to the first direction between a first position and a second position, the wedge being located at a distance from the pressing area and having one end salient from the body , gripping handle characterised in that : - the body defines at least one aperture , - the wedge comprises at least one rod moving along the aperture at a distance from the axis AA when rotation of the wedge takes place and acting in collaboration with the aperture to form blocking means of the wedge in the first position or in the second position, in that movement from the second position to the first position is achieved by moving the end of the wedge towards the first end of the body and in that movement from the first position to the second position is achieved by moving the end of the wedge to form a stop separating the gripping area and the pressing area. - a body comprising • a first end configured to act in collaboration with a blade , • a second end opposite from the first end, the second end being terminated by a pressing area designed to press against the ground, and • a gripping area located between the first end and the second end, the body defining a first direction connecting the first end to the second end, • a first end configured to act in collaboration with a blade , • a second end opposite from the first end, the second end being terminated by a pressing area designed to press against the ground, and • a gripping area located between the first end and the second end, the body defining a first direction connecting the first end to the second end, - a wedge positioned on the second end of the body and secured to the body by means of a swivel pin so as to form a wedge movable in rotation along an axis AA orthogonal to the first direction between a first position and a second position, the wedge being located at a distance from the pressing area and having one end salient from the body , - the body defines at least one aperture , - the wedge comprises at least one rod moving along the aperture at a distance from the axis AA when rotation of the wedge takes place and acting in collaboration with the aperture to form blocking means of the wedge in the first position or in the second position, in that movement from the second position to the first position is achieved by moving the end of the wedge towards the first end of the body and in that movement from the first position to the second position is achieved by moving the end of the wedge to form a stop separating the gripping area and the pressing area.
Combination of a wind-up shaft for a heavy goods vehicle structure with an adapter part for the purpose of being able to act on the wind-up shaft via a drive shaft , the wind-up shaft that has a substantially circular cross section being inserted into an adapted opening of the adapter part , which opening extends in the axial direction of the wind-up shaft and has a base , the wind-up shaft having a groove that extends in the longitudinal direction of the wind-up shaft and inwards from the outer surface, in which groove a catch projection of the adapter part engages, which projection is formed by a wall that forms the opening , characterised in that the catch projection extends only over part of the axial length of the opening , the catch projection , when seen from the base of the opening , only beginning at a spacing (e) from the base .
A haptic device comprising a support , a user interaction element able to be at least rotationally and/or translationally moved with respect to said support , a first contact zone movably secured to the interaction element , a second contact zone movably secured to the support , at least one detector of the position of the interaction element relative to the support, at least one first resonator , a control unit configured for energising the resonator at at least one resonance frequency generating an in-plane vibration mode and the occurrence of a vibration lubrication phenomenon between the first contact zone and the second contact zone.
Biocarbon regeneration and/or fertilizer substrate, characterised in that it contains a mixture of - sheep manure in an amount of 20 to 80 wt% and carbonized biocarbon from biodegradable municipal waste in an amount of 20 to 80 wt% and - non-carbonized separation from industrial production in the form of pulp or zero fibers and / or plant production in the form of cut-offs from agricultural crops in an amount of up to 33 wt%. - sheep manure in an amount of 20 to 80 wt% and carbonized biocarbon from biodegradable municipal waste in an amount of 20 to 80 wt% and - non-carbonized separation from industrial production in the form of pulp or zero fibers and / or plant production in the form of cut-offs from agricultural crops in an amount of up to 33 wt%.
An ink jet printer for printing on an at least partially cylindrical objects comprising: a plurality of printheads in communication with a fluid supply and positioned with respect to an axis along which an at least partially cylindrical object is to be conveyed, each of said plurality of printheads being controlled to selectively deposit fluid upon a surface of said object in accordance with a predetermined image; a curing device located along said axis and configured to emit energy suitable to cure fluid deposited upon the surface of said object; and a carriage assembly configured to hold said object and to axially convey said object along said axis, axially position said object relative to said plurality of printheads, and to rotate said object relative to said plurality of printheads, and to axially position said object relative to said curing device; characterized in that said plurality of printheads comprises a print tunnel arranged in an arch above said axis and the printheads are arranged in an arc with an axial offset between printheads . a plurality of printheads in communication with a fluid supply and positioned with respect to an axis along which an at least partially cylindrical object is to be conveyed, each of said plurality of printheads being controlled to selectively deposit fluid upon a surface of said object in accordance with a predetermined image; a curing device located along said axis and configured to emit energy suitable to cure fluid deposited upon the surface of said object; and a carriage assembly configured to hold said object and to axially convey said object along said axis, axially position said object relative to said plurality of printheads, and to rotate said object relative to said plurality of printheads, and to axially position said object relative to said curing device; characterized in that said plurality of printheads comprises a print tunnel arranged in an arch above said axis and the printheads are arranged in an arc with an axial offset between printheads .
A cutting apparatus comprising: a case body internally including a machining space , a housing space (A2) located below the machining space , and a communication port through which the machining space is in communication with the housing space (A2); a retainer disposed in the machining space , the retainer being configured to retain a workpiece ; a gripper disposed in the machining space , the gripper being configured to grip a machining tool to cut the workpiece ; a liquid discharger to discharge a coolant into the machining space ; a storage tank detachably disposed in the housing space (A2), the storage tank being configured to collect the coolant discharged from the liquid discharger and passed through the communication port ; and a movable member disposed between the communication port and the storage tank , the movable member being located at a first position when the storage tank is not disposed in the housing space (A2), the movable member being located at a second position when the storage tank is disposed in the housing space (A2), characterised in that the movable member located at the first position functions as a liquid holder to hold the coolant. a case body internally including a machining space , a housing space (A2) located below the machining space , and a communication port through which the machining space is in communication with the housing space (A2); a machining space , a housing space (A2) located below the machining space , and a communication port through which the machining space is in communication with the housing space (A2); a retainer disposed in the machining space , the retainer being configured to retain a workpiece ; a gripper disposed in the machining space , the gripper being configured to grip a machining tool to cut the workpiece ; a liquid discharger to discharge a coolant into the machining space ; a storage tank detachably disposed in the housing space (A2), the storage tank being configured to collect the coolant discharged from the liquid discharger and passed through the communication port ; and a movable member disposed between the communication port and the storage tank , the movable member being located at a first position when the storage tank is not disposed in the housing space (A2), the movable member being located at a second position when the storage tank is disposed in the housing space (A2), characterised in that the movable member located at the first position functions as a liquid holder to hold the coolant.
An aqueous cleaning composition comprising: (a) N,N-dialkyl-N-aliphatic ammonium hydroxycarboxylate salt; (b) nonionic surfactant; (c) quaternary ammonium antimicrobial surfactant; and (d) at least 85 wt.% water.