mhurhangee/patent-ind-claim-en huggingface dataset:
A plastic card personalization system , comprising: a first mechanism that is configured to form non-printed machined characters on a plastic card by deforming a substrate material of the plastic card; characterised in that a second mechanism is provided that is positioned relative to the first mechanism to receive the plastic card with the non-printed machined characters, the second mechanism is configured to apply radiation curable material to the non-printed machined characters; and in that a curing mechanism is provided that is positioned relative to the second mechanism to receive the plastic card with the radiation curable material applied to the non-printed machined characters, the curing mechanism is configured to generate and apply radiation to the non-printed machined characters to cure the radiation curable material. a first mechanism that is configured to form non-printed machined characters on a plastic card by deforming a substrate material of the plastic card; characterised in that a second mechanism is provided that is positioned relative to the first mechanism to receive the plastic card with the non-printed machined characters, the second mechanism is configured to apply radiation curable material to the non-printed machined characters; and in that a curing mechanism is provided that is positioned relative to the second mechanism to receive the plastic card with the radiation curable material applied to the non-printed machined characters, the curing mechanism is configured to generate and apply radiation to the non-printed machined characters to cure the radiation curable material.
A pharmaceutical composition comprising a peptide comprising the amino acid sequence of SEQ ID NO: 15 for chronic administration for use in a method of delaying, reducing, or treating muscle fibrosis in a patient with muscle myopathy.
A wind turbine comprising a tower , one or more nacelles mounted on the tower , at least one of the nacelle(s) housing one or more drive train components and a transportation system for moving drive train components of the wind turbine , the transportation system comprising: - one or more sliding rails configured to carry a drive train component during movement, and - one or more sledges , each being movably connected to a sliding rail , and each being configured to be attached to a drive train component , thereby allowing the drive train component to move along the sliding rail(s) , characterised in that each sliding rail comprises two or more rail modules being detachably connected to each other along a longitudinal direction of the sliding rail , and in that at least one of the rail modules of at least one of the sliding rails is attached directly to a drive train component . - one or more sliding rails configured to carry a drive train component during movement, and - one or more sledges , each being movably connected to a sliding rail , and each being configured to be attached to a drive train component , thereby allowing the drive train component to move along the sliding rail(s) ,
A management system for rechargeable energy storage devices comprising series connected energy storage cells (B1, B2, B3, B4, Bn) and a control unit , characterized in that said management system further comprises • a cell splitting circuit comprising switches (S9, S10) configured for splitting the series connected energy storage cells (B1, B2, B3, B4, Bn) into groups of cells, • a mode selection circuit comprising switching devices and a single ohmic device and wherein the switching devices are configured to select anyone of: a) externally powered cell balancing, wherein externally powered cell balancing is a passive balancing mode during charging or discharging of the rechargeable energy storage devices, b) internally powered cell balancing, wherein internally powered cell balancing is a series-parallel mode balancing during a rest time, and c) an internally powered diagnostic test for state-of-health or state-of-charge estimation, wherein a group of cells of said groups of cells split with the cell splitting circuit is adapted to apply an excitation current for testing another group of cells of said groups of cells, and wherein said single ohmic device is determining a level of balancing current for said passive and for said series-parallel mode balancing. • a cell splitting circuit comprising switches (S9, S10) configured for splitting the series connected energy storage cells (B1, B2, B3, B4, Bn) into groups of cells, • a mode selection circuit comprising switching devices and a single ohmic device and wherein the switching devices are configured to select anyone of: a) externally powered cell balancing, wherein externally powered cell balancing is a passive balancing mode during charging or discharging of the rechargeable energy storage devices, b) internally powered cell balancing, wherein internally powered cell balancing is a series-parallel mode balancing during a rest time, and c) an internally powered diagnostic test for state-of-health or state-of-charge estimation, wherein a group of cells of said groups of cells split with the cell splitting circuit is adapted to apply an excitation current for testing another group of cells of said groups of cells, a) externally powered cell balancing, wherein externally powered cell balancing is a passive balancing mode during charging or discharging of the rechargeable energy storage devices, b) internally powered cell balancing, wherein internally powered cell balancing is a series-parallel mode balancing during a rest time, and c) an internally powered diagnostic test for state-of-health or state-of-charge estimation, wherein a group of cells of said groups of cells split with the cell splitting circuit is adapted to apply an excitation current for testing another group of cells of said groups of cells,
A method comprising: creating a temporary pressure gradient during start-up of an evaporator system , where the evaporator system comprises: an evaporator , a drum , a downcomer and a jet pump , wherein the jet pump is in fluid communication with a first valve and a second valve , the first valve being used to control the flow of feed water into the drum, and the second valve being used to isolate the jet pump from the downcomer, the jet pump being downstream of the drum and in fluid communication with the downcomer, the downcomer being in fluid communication with the drum; where the evaporator, the drum and the pump are in fluid communication with each other; transporting a fluid from the evaporator to the drum prior to the fluid reaching its boiling point in the evaporator; and circulating the fluid through the evaporator system via natural circulation after the fluid has reached its boiling point in the evaporator. an evaporator , a drum , a downcomer and a jet pump , wherein the jet pump is in fluid communication with a first valve and a second valve , the first valve being used to control the flow of feed water into the drum, and the second valve being used to isolate the jet pump from the downcomer, the jet pump being downstream of the drum and in fluid communication with the downcomer, the downcomer being in fluid communication with the drum; where the evaporator, the drum and the pump are in fluid communication with each other; transporting a fluid from the evaporator to the drum prior to the fluid reaching its boiling point in the evaporator; and circulating the fluid through the evaporator system via natural circulation after the fluid has reached its boiling point in the evaporator.
Tyre having a radial carcass reinforcement, consisting of at least one layer of metal reinforcing elements, the seat diameter of which is strictly greater than 19.5 inches, said tyre comprising a crown reinforcement, itself capped radially with a tread, said tread being joined to two beads via two sidewalls, characterized in that the metal reinforcing elements of said at least one layer of the carcass reinforcement are layered cords consisting of several steel threads having a weight content of carbon C such that 0.01% ≤ C ≤ 0.4%, in that said at least one carcass reinforcement layer having a breaking force per unit width of between 35 daN/mm and 75 daN/mm and in that the diameter of said cords is greater than 0.7mm.
Household appliance with a controller , a compressor , a first fluid circuit and a second fluid circuit for circulating a fluid during operation of the household appliance , wherein in the first and the second fluid circuit the compressor is provided with a low pressure side and a high pressure side for compressing the fluid, in the first fluid circuit a bypass is further provided with an opening and closing means, wherein the bypass can be actuated by means of the controller and the opening and closing means for opening and/or for closing, characterised in that the controller is configured to actuate an opening of the bypass during a start phase of the compressor, wherein for oscillation and/or noise reduction during a start-up of the compressor the high and low pressure side of the compressor can be brought into fluid connection with the bypass , wherein the bypass and the controller are configured to counteract a build-up of pressure on the high pressure side during a start-up of the compressor.
Method for the remote control of a function of a vehicle by means of a mobile control unit , wherein an audible or visual signal of the vehicle , which is generated at a predetermined position at the vehicle , is detected by a signal reception unit (3.2) integrated into the mobile control unit , characterised in that - the remote control is only enabled and remains enabled if and as long as a user holds the mobile control unit in such a way that the audible or visual signal is detected by the signal reception unit (3.2), and - the execution of the remote control is interrupted if the signal is not detected by the signal reception unit (3.2). - the remote control is only enabled and remains enabled if and as long as a user holds the mobile control unit in such a way that the audible or visual signal is detected by the signal reception unit (3.2), and - the execution of the remote control is interrupted if the signal is not detected by the signal reception unit (3.2).
A non-transitory computer-readable storage medium including instructions that, when executed by a processor, cause the processor to perform the steps of: storing a first network prefix and a first set of routing information associated with the first network prefix in a routing table; writing the first network prefix from the routing table to a first entry included in a forwarding table; storing a second network prefix and a second set of routing information associated with the second network prefix in the routing table, wherein the second network prefix is covered by the first network prefix; comparing the first set of routing information to the second set of routing information to determine whether more than a threshold number of next hops included in the second set of routing information are included in the first set of routing information; in response to the comparison: when the threshold number of next hops has been exceeded, compressing the forwarding table by: not writing the second network prefix from the routing table to the forwarding table; or removing the second network prefix from the forwarding table; and when the threshold number of next hops has not been exceeded, writing the second network prefix from the routing table to the forwarding table. storing a first network prefix and a first set of routing information associated with the first network prefix in a routing table; writing the first network prefix from the routing table to a first entry included in a forwarding table; storing a second network prefix and a second set of routing information associated with the second network prefix in the routing table, wherein the second network prefix is covered by the first network prefix; comparing the first set of routing information to the second set of routing information to determine whether more than a threshold number of next hops included in the second set of routing information are included in the first set of routing information; in response to the comparison: when the threshold number of next hops has been exceeded, compressing the forwarding table by: not writing the second network prefix from the routing table to the forwarding table; or removing the second network prefix from the forwarding table; and when the threshold number of next hops has not been exceeded, writing the second network prefix from the routing table to the forwarding table. when the threshold number of next hops has been exceeded, compressing the forwarding table by: not writing the second network prefix from the routing table to the forwarding table; or removing the second network prefix from the forwarding table; and not writing the second network prefix from the routing table to the forwarding table; or removing the second network prefix from the forwarding table; and when the threshold number of next hops has not been exceeded, writing the second network prefix from the routing table to the forwarding table.
Closure element comprising: - a tension element that is tensioned when closed; - a non-contact sensor that detects a state of tension of the tension element ; and - a flexible sheath that is pressure-resistant in pre-tensioned direction of the tension element and that partially surrounds the tension element and is movable relative to the tension element , the sheath being configured in such a way that, when the closure element is closed, it serves as a guide for the tension element and as an abutment to support preload forces, characterised in that the sheath and/or the tension element is made of or coated with an anti-adhesive material, in particular to prevent a firm connection between the sheath and the tension element . - a tension element that is tensioned when closed; - a non-contact sensor that detects a state of tension of the tension element ; and - a flexible sheath that is pressure-resistant in pre-tensioned direction of the tension element and that partially surrounds the tension element and is movable relative to the tension element , the sheath being configured in such a way that, when the closure element is closed, it serves as a guide for the tension element and as an abutment to support preload forces,
A method for elevator passenger detection, the method comprising: capturing an image of an elevator passenger approaching an elevator bank to board an elevator car ; determining that the elevator passenger is pregnant or disabled in response to the image of the elevator passenger ; registering a priority elevator call for the elevator passenger that is pregnant or disabled; and moving the elevator car to the floor landing where the elevator passenger that is pregnant or disabled is located; characterized in that the method further comprises: determining an identity of the elevator passenger in response to the image ; and confirming the elevator passenger is pregnant or disabled in response to the identity of the elevator passenger . capturing an image of an elevator passenger approaching an elevator bank to board an elevator car ; determining that the elevator passenger is pregnant or disabled in response to the image of the elevator passenger ; registering a priority elevator call for the elevator passenger that is pregnant or disabled; and moving the elevator car to the floor landing where the elevator passenger that is pregnant or disabled is located; characterized in that the method further comprises: determining an identity of the elevator passenger in response to the image ; and confirming the elevator passenger is pregnant or disabled in response to the identity of the elevator passenger . determining an identity of the elevator passenger in response to the image ; and confirming the elevator passenger is pregnant or disabled in response to the identity of the elevator passenger .
Arrangement, wherein the arrangement has a supporting sleeve , has a hollow body and has a fastening means , wherein the supporting sleeve is of integral form, wherein the supporting sleeve has a shaft with a first shaft portion , with a second shaft portion , which adjoins the first shaft portion in an axial direction (Z), and with a third shaft portion , which adjoins the second shaft portion in the axial direction (Z), wherein the third shaft portion forms one end of the supporting sleeve , wherein the second shaft portion has a retaining means, wherein the retaining means projects radially outwards in relation to the first and third shaft portions and is deformable radially inwards counter to a restoring force, wherein the shaft has a slot over the entire axial length of the shaft , wherein the hollow body has two walls which are spaced apart in the axial direction (Z), wherein the first wall of the two walls has a first passage opening and the second wall of the two walls has a second passage opening , wherein the supporting sleeve passes through the first passage opening , wherein the retaining means is arranged on a side of the first wall that is directed towards the second wall and the retaining means engages behind the first wall in the axial direction (Z) on the side directed towards the second wall , wherein the fastening means passes through the supporting sleeve and the two passage openings , wherein, on those sides of the two walls which are directed away from one another, the fastening means has in each case one abutment element , wherein one abutment element is adjustable in the axial direction (Z) in relation to the other abutment element , wherein the supporting sleeve is in contact with the second wall on a side which is directed towards the first wall .
A method, comprising: receiving, by a gaming server, game state data from a player client device, the game state data being defined from a game state of a first instance of a video game that is executed by the player client device; applying, by the gaming server, the received game state data to a second instance of the video game that is executed by the gaming server, to generate a wide field of view (FOV) spectator video having a field of view that is greater than a field of view of a primary video rendered from the first instance of the video game by the player client device, wherein the wide FOV spectator video is generated based on a view direction associated with the game state data to include the field of view of the primary video; receiving, by a video server, view direction data from a plurality of spectator client devices, the view direction data from each respective spectator client device being determined from a tracked pose of a head-mounted display (HMD); applying, by the video server, the view direction data from each respective spectator client device to identify a portion of the wide FOV spectator video, the portion of the wide FOV spectator video being a sub-area of the wide FOV spectator video that is less than an entire area of the wide FOV spectator video; streaming the portion of the wide FOV spectator video to the respective spectator client device for rendering on the HMD. receiving, by a gaming server, game state data from a player client device, the game state data being defined from a game state of a first instance of a video game that is executed by the player client device; applying, by the gaming server, the received game state data to a second instance of the video game that is executed by the gaming server, to generate a wide field of view (FOV) spectator video having a field of view that is greater than a field of view of a primary video rendered from the first instance of the video game by the player client device, wherein the wide FOV spectator video is generated based on a view direction associated with the game state data to include the field of view of the primary video; receiving, by a video server, view direction data from a plurality of spectator client devices, the view direction data from each respective spectator client device being determined from a tracked pose of a head-mounted display (HMD); applying, by the video server, the view direction data from each respective spectator client device to identify a portion of the wide FOV spectator video, the portion of the wide FOV spectator video being a sub-area of the wide FOV spectator video that is less than an entire area of the wide FOV spectator video; streaming the portion of the wide FOV spectator video to the respective spectator client device for rendering on the HMD.
A chocolate confection comprising: from 94.3% to 99.4% by weight of white chocolate; up to 5% by weight of a cocoa extract; and up to 1% by weight of a food acid; wherein the cocoa extract has a mean particle size of less than 30 microns; and wherein the food acid comprises any acid suitable for human consumption, including, but not limited to, acetic acid, adipic acid, ascorbic acid, citric acid, fumaric acid, lactic acid, sorbic acid, tartaric acid, phosphoric acid, acid compositions derived from fruit juices or extracts or concentrates, sodium acid phosphate, sodium acid sulfate, gluconic acid, glucono-delta-lactone, or combinations thereof. from 94.3% to 99.4% by weight of white chocolate; up to 5% by weight of a cocoa extract; and up to 1% by weight of a food acid; wherein the cocoa extract has a mean particle size of less than 30 microns; and wherein the food acid comprises any acid suitable for human consumption, including, but not limited to, acetic acid, adipic acid, ascorbic acid, citric acid, fumaric acid, lactic acid, sorbic acid, tartaric acid, phosphoric acid, acid compositions derived from fruit juices or extracts or concentrates, sodium acid phosphate, sodium acid sulfate, gluconic acid, glucono-delta-lactone, or combinations thereof.
An in vitro or ex vivo method of altering the genomic DNA of a eukaryotic cell comprising providing to the eukaryotic cell a plurality of crRNA-tracRNA fusion guide RNA sequences complementary to different target nucleic acid sequences in said genomic DNA, wherein the guide RNA sequences bind to the different target nucleic acid sequences in said genomic DNA, and providing to the eukaryotic cell a Cas 9 protein that interacts with the guide RNA sequences. providing to the eukaryotic cell a plurality of crRNA-tracRNA fusion guide RNA sequences complementary to different target nucleic acid sequences in said genomic DNA, wherein the guide RNA sequences bind to the different target nucleic acid sequences in said genomic DNA, and providing to the eukaryotic cell a Cas 9 protein that interacts with the guide RNA sequences.
Assembly for the suction of dust generated by the friction of an end of a brush on a collector at a contact surface, comprising at least one suction device and a brush/brush holder assembly , said suction device delimiting an inner opening adapted to receive the end of the brush/brush holder assembly , and including at least: - one gaseous chamber delimited by a tubular wall and extending along a plane so as to form a closed ring with a general circular, ovoid or polygonal shape, said ring delimiting the inner opening , - one collection opening extending longitudinally over a part of the tubular wall intended to face the collector , and - one suction duct intended to connect said at least one gaseous chamber to a suction unit, said suction device being characterized in that the inner opening is adapted to allow a gaseous passage between said brush/brush holder assembly and said suction device and in that said collection opening is bordered by at least one lip extending from the gaseous chamber in the direction of the inner opening so as to form a narrow corridor. - one gaseous chamber delimited by a tubular wall and extending along a plane so as to form a closed ring with a general circular, ovoid or polygonal shape, said ring delimiting the inner opening , - one collection opening extending longitudinally over a part of the tubular wall intended to face the collector , and - one suction duct intended to connect said at least one gaseous chamber to a suction unit,