mhurhangee/ep-ind-claims huggingface dataset:
A linear actuator comprising: a motor for producing a bi-directional rotational output; a casing connected to the motor at a proximal end, the casing having an inner cavity defining a joint surface; a threaded shaft within the inner cavity of the casing and actuated by the motor for rotation; a sliding tube assembly having a sliding tube in sliding arrangement with the inner cavity of the casing for moving in translation in an axial direction relative to the casing; and characterized in that it further comprises a pair of traveling nuts connected to the sliding tube assembly for moving with the sliding tube in the axial direction, the traveling nuts being operatively engaged to the threaded shaft for converting a rotational motion of the threaded shaft into a translation of the sliding tube, the traveling nuts being on opposite sides of a member of the sliding tube assembly connecting the traveling nuts to the sliding tube. a motor for producing a bi-directional rotational output; a casing connected to the motor at a proximal end, the casing having an inner cavity defining a joint surface; a threaded shaft within the inner cavity of the casing and actuated by the motor for rotation; a sliding tube assembly having a sliding tube in sliding arrangement with the inner cavity of the casing for moving in translation in an axial direction relative to the casing; and characterized in that it further comprises a pair of traveling nuts connected to the sliding tube assembly for moving with the sliding tube in the axial direction, the traveling nuts being operatively engaged to the threaded shaft for converting a rotational motion of the threaded shaft into a translation of the sliding tube, the traveling nuts being on opposite sides of a member of the sliding tube assembly connecting the traveling nuts to the sliding tube.
A process for preparing a compound, comprising the steps of a) Reacting a compound of Formula A with the compound 3 to provide the compound 5 or a salt or solvate thereof; and b) Optionally isolating the compound 5 or a salt or solvate thereof, wherein R is a linear or branched C1-C5 alkyl. a) Reacting a compound of Formula A with the compound 3 to provide the compound 5 or a salt or solvate thereof; and b) Optionally isolating the compound 5 or a salt or solvate thereof, wherein R is a linear or branched C1-C5 alkyl.
A method, comprising: presenting a credential to a non-networked local host, said local host comprising a reader configured to communicate with the credential and being associated with an access control system for controlling access to an asset; performing authentication between said local host and said credential, using a control key shared between said credential and said local host, prior to said local host transmitting data; said local host transmitting data comprising a host identifier and a timestamp to said credential; said credential analyzing the host identifier and the timestamp using an application stored on said credential, wherein the application compares the received host identifier and the timestamp to data stored in the credential to determine whether access to the asset for that host identifier and at that time of the timestamp is authorized; said credential making an access control decision for itself related to said access control system based on said analyzing step; said credential generating a message containing results of said access control decision; and said credential sending said message to said local host. presenting a credential to a non-networked local host, said local host comprising a reader configured to communicate with the credential and being associated with an access control system for controlling access to an asset; performing authentication between said local host and said credential, using a control key shared between said credential and said local host, prior to said local host transmitting data; said local host transmitting data comprising a host identifier and a timestamp to said credential; said credential analyzing the host identifier and the timestamp using an application stored on said credential, wherein the application compares the received host identifier and the timestamp to data stored in the credential to determine whether access to the asset for that host identifier and at that time of the timestamp is authorized; said credential making an access control decision for itself related to said access control system based on said analyzing step; said credential generating a message containing results of said access control decision; and said credential sending said message to said local host.
A device for driving a date mobile of a horological calendar mechanism, the device comprising: - a driving mobile including a first finger and a second finger; - a programming mobile comprising a set of various parts that are mobile regarding one another and regarding other parts of the device and including a first set of teeth, a second set of teeth and a third set of teeth; and - the date mobile including a fourth set of teeth and a fifth set of teeth, wherein the first finger cooperates with the first set of teeth, the second finger cooperates with the second set of teeth, the first set of teeth cooperates with the fourth set of teeth and the third set of teeth cooperates with the fifth set of teeth. - a driving mobile including a first finger and a second finger; - a programming mobile comprising a set of various parts that are mobile regarding one another and regarding other parts of the device and including a first set of teeth, a second set of teeth and a third set of teeth; and - the date mobile including a fourth set of teeth and a fifth set of teeth,
A method performed by a mediation function for handling lawful interception, LI, information that is being intercepted in an internet protocol multimedia subsystem, IMS, the method comprising: - receiving, from the IMS, a plurality of signaling messages, each message comprising information that defines an identity of an intercepted entity and a mapping information value that comprises a mapping of a media payload type number to a media encoding name that identifies a media payload format, - calculating a respective first correlation number associated with respective identities of the intercepted entities, - storing the first correlation numbers and the mapping information values such that a table is maintained, said table comprising records, each record comprising a correlation number and at least one corresponding mapping information value, - receiving, from the IMS, a plurality of media messages, each message comprising information that defines an identity of an intercepted entity, media payload and a media payload type number associated with the media payload, - calculating, based on the received media messages, a respective second correlation number associated with respective identities of the intercepted entities, - extracting, from the table, for each received media message, a mapping information value corresponding to the second correlation number and corresponding to the media payload type number, and - transmitting, to a law enforcement agency, LEA, for each received media message, a message comprising the media payload of the received media message and comprising a media encoding name comprised in the extracted mapping information value. - receiving, from the IMS, a plurality of signaling messages, each message comprising information that defines an identity of an intercepted entity and a mapping information value that comprises a mapping of a media payload type number to a media encoding name that identifies a media payload format, - calculating a respective first correlation number associated with respective identities of the intercepted entities, - storing the first correlation numbers and the mapping information values such that a table is maintained, said table comprising records, each record comprising a correlation number and at least one corresponding mapping information value, - receiving, from the IMS, a plurality of media messages, each message comprising information that defines an identity of an intercepted entity, media payload and a media payload type number associated with the media payload, - calculating, based on the received media messages, a respective second correlation number associated with respective identities of the intercepted entities, - extracting, from the table, for each received media message, a mapping information value corresponding to the second correlation number and corresponding to the media payload type number, and - transmitting, to a law enforcement agency, LEA, for each received media message, a message comprising the media payload of the received media message and comprising a media encoding name comprised in the extracted mapping information value.
A method for electrolessly plating a metal on a copper or copper alloy comprising the steps of: a) activating the copper or copper alloy in a solution comprising ruthenium metal ions; b) immersing the copper or copper alloy in a pre treatment solution comprising one or more divalent sulfur compounds; c) immersing the copper or copper alloy in an electroless metal plating bath. a) activating the copper or copper alloy in a solution comprising ruthenium metal ions; b) immersing the copper or copper alloy in a pre treatment solution comprising one or more divalent sulfur compounds; c) immersing the copper or copper alloy in an electroless metal plating bath.
A method for wireless communications by a user equipment, UE, comprising: receiving a downlink control channel including a slot format indicator, SFI and an indication of a slot aggregation level; and determining a format of a current slot based on the received SFI and the slot aggregation level. receiving a downlink control channel including a slot format indicator, SFI and an indication of a slot aggregation level; and determining a format of a current slot based on the received SFI and the slot aggregation level.
Wear assembly comprising: - a wear tooth which comprises a body wall which delimits at least part of a tip pocket, open backwardly, and at least one through hole (8, 8') communicating with said pocket; - an adapter comprising a connection point, at least partially inserted in the tip pocket, in a removable manner, and defining a pin cavity aligned at least partially with the through hole (8, 8'); - a blocking pin between wear tooth and adapter, inserted in the through hole (8, 8') and in the pin cavity rotatably around a rotation axis and comprising at least a first blocking element; - at least a second blocking element (20, 20') associated to the wear tooth or to the adapter; said blocking elements (18, 20, 20') being mutually arranged in such a way that, by rotation of the blocking pin in a given direction, the first blocking element intercepts the second blocking element (20, 20') to block said blocking pin in the pin cavity, and wherein one of said first or second (20, 20') blocking elements is deformable in such a way that, through a further rotation of said blocking pin in the same direction, said second blocking element (20, 20') 25 disengages from the first blocking element, thereby allowing the extraction of said blocking pin from said pin cavity; wherein the first blocking element comprises at least one lateral protrusion, which extends radially to an extension direction of the blocking pin, to stop the rotation of the blocking pin around the rotation axis and to block the translation of said blocking pin parallel to said axis, and wherein said assembly comprises a pair of lateral protrusions separated from each other, said wear assembly being characterised in that the first blocking element further comprises at least one projection or annular lip which defines a recess with said protrusions to house at least part of the second blocking element (20, 20'), and wherein, when the first blocking element is in abutment with the second blocking element (20, 20') to block the blocking pin in the pin cavity, said second blocking element (20, 20') is enclosed between a pin head and said protrusion or annular lip. - a wear tooth which comprises a body wall which delimits at least part of a tip pocket, open backwardly, and at least one through hole (8, 8') communicating with said pocket; - an adapter comprising a connection point, at least partially inserted in the tip pocket, in a removable manner, and defining a pin cavity aligned at least partially with the through hole (8, 8'); - a blocking pin between wear tooth and adapter, inserted in the through hole (8, 8') and in the pin cavity rotatably around a rotation axis and comprising at least a first blocking element; - at least a second blocking element (20, 20') associated to the wear tooth or to the adapter;
A composite tailgate, comprising an interior panel and an exterior panel, wherein the interior panel comprises a window frame and a main body located below the window frame that are formed integrally, the main body comprising a main body upper traverse, a connecting structure, and a main body lower traverse that are provided successively from top to bottom, characterized in that the connecting structure comprises a left inverted V-shaped structure, a right inverted V-shaped structure, and a lock-latch reinforcing plate therebetween, the left inverted V-shaped structure and the right inverted V-shaped structure connecting the main body upper traverse and the main body lower traverse, in that the window frame is formed by a left D pillar ornament panel, a window frame upper traverse, a right D pillar ornament panel, and a window frame lower traverse that are connected head-to-tail, and in that the window frame lower traverse transversally connects between the left D pillar ornament panel and the right D pillar ornament panel, and has a S-shaped reinforcing structure that is transversally continuous.
A terminal apparatus configured to communicate with a base station apparatus, the terminal apparatus comprising: a transmission power control section configured, in a case that two parameters related to uplink power control of a physical uplink shared channel, PUSCH, are configured, to set, based on a value of a first parameter of the two parameters, a transmit power for a PUSCH transmission in a subframe belonging to a first subframe subset, and to set, based on a value of a second parameter of the two parameters, a transmit power for a PUSCH transmission in a subframe belonging to a second subframe subset, wherein the transmission power control section is configured, in a case that the two parameters are configured, and the terminal apparatus is connected with two base station apparatuses (101, 103), to set, based on a value of the first parameter, a transmit power for a physical uplink control channel, PUCCH, transmission for a serving cell belonging to a first base station apparatus of the two base station apparatuses, and to set, based on a value of the second parameter, a transmit power for a PUCCH transmission for a serving cell belonging to a second base station apparatus of the two base station apparatuses, the first parameter and the second parameter are same in type of downlink control information format, the first parameter is different from the second parameter, the first subframe subset is different from the second subframe subset, and the first base station apparatus is different from the second base station apparatus. a transmission power control section configured, in a case that two parameters related to uplink power control of a physical uplink shared channel, PUSCH, are configured, to set, based on a value of a first parameter of the two parameters, a transmit power for a PUSCH transmission in a subframe belonging to a first subframe subset, and to set, based on a value of a second parameter of the two parameters, a transmit power for a PUSCH transmission in a subframe belonging to a second subframe subset, wherein the transmission power control section is configured, in a case that the two parameters are configured, and the terminal apparatus is connected with two base station apparatuses (101, 103), to set, based on a value of the first parameter, a transmit power for a physical uplink control channel, PUCCH, transmission for a serving cell belonging to a first base station apparatus of the two base station apparatuses, and to set, based on a value of the second parameter, a transmit power for a PUCCH transmission for a serving cell belonging to a second base station apparatus of the two base station apparatuses, the first parameter and the second parameter are same in type of downlink control information format, the first parameter is different from the second parameter, the first subframe subset is different from the second subframe subset, and the first base station apparatus is different from the second base station apparatus.
An electric motor comprising: a stator including a first stator end located on a first side in an axial direction, a second stator end located on a second side opposite to the first side in the axial direction, a tooth extending in a radial direction, and a winding wound around the tooth; and a rotor including a rotor core including a plurality of electrical steel sheets laminated in the axial direction, a magnet insertion hole, a first rotor end located on the first side, and a second rotor end located on the second side, a permanent magnet inserted in the magnet insertion hole, a shaft fixed to the rotor core, a first end plate covering the first side of the magnet insertion hole, and a second end plate covering the second side of the magnet insertion hole, wherein the first rotor end is located apart from the first stator end toward the first side in the axial direction, the second rotor end is located apart from the second stator end toward the first side in the axial direction, a relationship between a distance D1 and a distance D2 satisfies D1 > D2 ≥ 0, where D1 is a distance from the permanent magnet to the first end plate, and D2 is a distance from the permanent magnet to the second end plate, and a thickness of each of the plurality of electrical steel sheets is not less than 0.1 mm and not more than 0.25 mm. a stator including a first stator end located on a first side in an axial direction, a second stator end located on a second side opposite to the first side in the axial direction, a tooth extending in a radial direction, and a winding wound around the tooth; and a rotor including a rotor core including a plurality of electrical steel sheets laminated in the axial direction, a magnet insertion hole, a first rotor end located on the first side, and a second rotor end located on the second side, a permanent magnet inserted in the magnet insertion hole, a shaft fixed to the rotor core, a first end plate covering the first side of the magnet insertion hole, and a second end plate covering the second side of the magnet insertion hole, wherein the first rotor end is located apart from the first stator end toward the first side in the axial direction, the second rotor end is located apart from the second stator end toward the first side in the axial direction, a relationship between a distance D1 and a distance D2 satisfies D1 > D2 ≥ 0, where D1 is a distance from the permanent magnet to the first end plate, and D2 is a distance from the permanent magnet to the second end plate, and a thickness of each of the plurality of electrical steel sheets is not less than 0.1 mm and not more than 0.25 mm.
A structure for receiving an optical data signal, comprising an input optics for receiving the optical data signal, an optical receiving fiber comprising an end facet, wherein the optical data signal is configured to be coupled into the optical receiving fiber by means of a collimation optics, wherein a detector is connected to the optical receiving fiber for detecting the optical data signal, a receiving calibration source, wherein the receiving calibration source is connected, in particular in a fiber-based manner, to the optical receiving fiber by means of a circulator, and a retroreflector configured to be folded into the beam path, the former being folded into the beam path for adjusting purposes such that the light of the receiving calibration source is reflected back and focused onto the end facet of the receiving fiber by means of the collimation optics, wherein the distance between the collimation optics and the end facet of the receiving fiber is variable, wherein the distance is adaptable depending on the power of the light of the receiving calibration source detected by the detector such that a collimated beam is obtained for obtaining the maximum possible in-coupling efficiency during operation. an input optics for receiving the optical data signal, an optical receiving fiber comprising an end facet, wherein the optical data signal is configured to be coupled into the optical receiving fiber by means of a collimation optics, wherein a detector is connected to the optical receiving fiber for detecting the optical data signal, a receiving calibration source, wherein the receiving calibration source is connected, in particular in a fiber-based manner, to the optical receiving fiber by means of a circulator, and a retroreflector configured to be folded into the beam path, the former being folded into the beam path for adjusting purposes such that the light of the receiving calibration source is reflected back and focused onto the end facet of the receiving fiber by means of the collimation optics, wherein the distance between the collimation optics and the end facet of the receiving fiber is variable, wherein the distance is adaptable depending on the power of the light of the receiving calibration source detected by the detector such that a collimated beam is obtained for obtaining the maximum possible in-coupling efficiency during operation.
A system, comprising: a stent; an inner filling structure attached to and around the stent, the inner filling structure inflatable with a filling medium; and an outer filling structure having an inner surface that surrounds at least a portion of the inner filling structure, wherein the outer filling structure is directly attached to the stent and the outer filling structure is inflatable to occupy a space within an aneurysm. a stent; an inner filling structure attached to and around the stent, the inner filling structure inflatable with a filling medium; and an outer filling structure having an inner surface that surrounds at least a portion of the inner filling structure, wherein the outer filling structure is directly attached to the stent and the outer filling structure is inflatable to occupy a space within an aneurysm.
A process for the modification of a surface of a solid material, comprising the step of contacting the surface with a surface-modifying composition under irradiation with light of a wavelength in the range of 200 to 800 nm, optionally in the presence of a photoinitiator, wherein the solid material is chosen from the group consisting of polyesters, polyethers, polycarbonates, polyketones polyamides, polyurethanes, (meth)acrylate and (meth)acrylamide polymers and polyetherimides and wherein the surface modifying composition comprises at least a hydrosilane.
A vessel for molten metal, the vessel comprising a body of refractory material having a cavity for containing or conveying molten metal, and an outer surface having a web of metal wires embedded therein, wherein the web of metal wires comprises at least two overlying web sections joined to each other, said wires being overlaid with respect to each other with openings formed between said wires into which openings said refractory material penetrates and wherein one of the overlaying web sections comprises a woven matrix of said metal wires and another of said web sections comprises a non-woven matrix of said metal wires.