mhurhangee/ep-ind-claims huggingface dataset:
A coupling mechanism (2, 2A) comprising: a plate-like member group including (i) a first plate-like member which is joined to a heat generating element and (ii) a second plate-like member which is joined to a radiator; and a shaft member configured to hold the first plate-like member and the second plate-like member so as to allow the first plate-like member and the second plate-like member to rotate on a shared axis which is orthogonal to main surfaces of the respective first and second plate-like members, while causing a partial region of the main surface of the first plate-like member to be in plane contact with a partial region of the main surface of the second plate-like member, characterized in that (i) the first plate-like member is a single plate-like member (21_2), the second plate-like member includes two plate-like members (21_1, 21_3), and the single plate-like member (21_2) is provided between the two plate-like members (21_1, 21_3) so as to be opposite to the two plate-like members (21_1, 21_3); or (ii) the second plate-like member is a single plate-like member, the first plate-like member includes two plate-like members, and the single plate-like member is provided between the two plate-like members so as to be opposite to the two plate-like members. a plate-like member group including (i) a first plate-like member which is joined to a heat generating element and (ii) a second plate-like member which is joined to a radiator; and a shaft member configured to hold the first plate-like member and the second plate-like member so as to allow the first plate-like member and the second plate-like member to rotate on a shared axis which is orthogonal to main surfaces of the respective first and second plate-like members, while causing a partial region of the main surface of the first plate-like member to be in plane contact with a partial region of the main surface of the second plate-like member, characterized in that (i) the first plate-like member is a single plate-like member (21_2), the second plate-like member includes two plate-like members (21_1, 21_3), and the single plate-like member (21_2) is provided between the two plate-like members (21_1, 21_3) so as to be opposite to the two plate-like members (21_1, 21_3); or (ii) the second plate-like member is a single plate-like member, the first plate-like member includes two plate-like members, and the single plate-like member is provided between the two plate-like members so as to be opposite to the two plate-like members. (i) the first plate-like member is a single plate-like member (21_2), the second plate-like member includes two plate-like members (21_1, 21_3), and the single plate-like member (21_2) is provided between the two plate-like members (21_1, 21_3) so as to be opposite to the two plate-like members (21_1, 21_3); or (ii) the second plate-like member is a single plate-like member, the first plate-like member includes two plate-like members, and the single plate-like member is provided between the two plate-like members so as to be opposite to the two plate-like members.
A multiple-channel remote radio head unit for wireless communications comprising: a plurality of power amplifiers (DPA1, DPA2), each receiving an input signal and each providing as an output an amplified representation of the received input signal; a plurality of feedback paths, wherein each feedback path in the plurality of feedback paths provides a feedback signal that includes a representation of a characteristic of a power amplifier of the plurality of power amplifiers; digital logic for processing signals; a feedback switch for selecting one of the feedback signals for connection to the digital logic to generate predistortion compensation signals for each of the plurality of power amplifiers; a plurality of circulators (1115, 1020), each coupled to the output of a power amplifier of the plurality of power amplifiers; a duplexer coupled to the plurality of circulators; and a plurality of receiver switches (1105, 1110), each coupled to a circulator of the plurality of circulators, that selectively couples a respective circulator to the digital logic to reduce insertion loss between the plurality of power amplifiers and the duplexer. a plurality of power amplifiers (DPA1, DPA2), each receiving an input signal and each providing as an output an amplified representation of the received input signal; a plurality of feedback paths, wherein each feedback path in the plurality of feedback paths provides a feedback signal that includes a representation of a characteristic of a power amplifier of the plurality of power amplifiers; digital logic for processing signals; a feedback switch for selecting one of the feedback signals for connection to the digital logic to generate predistortion compensation signals for each of the plurality of power amplifiers; a plurality of circulators (1115, 1020), each coupled to the output of a power amplifier of the plurality of power amplifiers; a duplexer coupled to the plurality of circulators; and a plurality of receiver switches (1105, 1110), each coupled to a circulator of the plurality of circulators, that selectively couples a respective circulator to the digital logic to reduce insertion loss between the plurality of power amplifiers and the duplexer.
A method for wireless communication at a first relay, comprising: establishing a first connection to a first data network, DN, via a wireless link with a network node; receiving, from a second relay, a packet data unit, PDU, session request; forwarding the PDU session request to a network management function; identifying, based at least in part on the PDU session request, a DN address for the second relay via a wireless link with a second network node, wherein identifying the DN address further comprises: receiving, from the network management function, a DN address prefix; determining the DN address for the second relay based at least in part on the DN address prefix; and transmitting the DN address to the second relay; establishing a second connection to a second DN for the second relay; and connecting the second relay to the first DN by routing data from the first DN to the second relay via the second DN based at least in part on the identified DN address. establishing a first connection to a first data network, DN, via a wireless link with a network node; receiving, from a second relay, a packet data unit, PDU, session request; forwarding the PDU session request to a network management function; identifying, based at least in part on the PDU session request, a DN address for the second relay via a wireless link with a second network node, wherein identifying the DN address further comprises: receiving, from the network management function, a DN address prefix; determining the DN address for the second relay based at least in part on the DN address prefix; and transmitting the DN address to the second relay; receiving, from the network management function, a DN address prefix; determining the DN address for the second relay based at least in part on the DN address prefix; and transmitting the DN address to the second relay; establishing a second connection to a second DN for the second relay; and connecting the second relay to the first DN by routing data from the first DN to the second relay via the second DN based at least in part on the identified DN address.
A system configured to execute originating services in a terminating IP Multimedia Subsystem, IMS, network in which a triggered application may or may not support IMS, comprising: a carrier gateway server deployed in a carrier network configured to operate as an IMS-compliant SIP application server, SIP-AS; and an enterprise gateway server deployed in an enterprise network, wherein the carrier gateway server and the enterprise gateway server communicate via a direct signaling connection, wherein the carrier gateway server is configured to prepare the enterprise gateway server for an upcoming communication, respond to a serving call session control function, S-CSCF, and route the session to a destination in the terminating IMS network, wherein the enterprise gateway server is configured to receive the session in the terminating IMS network, act as an IMS-compliant interrogating call session control function, I-CSCF, and act as an IMS-compliant S-CSCF, and wherein the I-CSCF is configured to route the session for handling, characterized in that the enterprise gateway server has access to historical destination routing time data, wherein the enterprise gateway server is configured to use the historical destination routing time data to decide when to route a second call leg towards a destination in advance of a first call leg having been routed to the enterprise gateway server, and wherein the enterprise gateway server connects a second call leg to a destination with a first call leg from the carrier gateway server. a carrier gateway server deployed in a carrier network configured to operate as an IMS-compliant SIP application server, SIP-AS; and an enterprise gateway server deployed in an enterprise network, wherein the carrier gateway server and the enterprise gateway server communicate via a direct signaling connection, wherein the carrier gateway server is configured to prepare the enterprise gateway server for an upcoming communication, respond to a serving call session control function, S-CSCF, and route the session to a destination in the terminating IMS network, wherein the enterprise gateway server is configured to receive the session in the terminating IMS network, act as an IMS-compliant interrogating call session control function, I-CSCF, and act as an IMS-compliant S-CSCF, and wherein the I-CSCF is configured to route the session for handling,
A combustor comprising: a shell at least partially defining a combustion chamber; and a grommet mounted in the shell, the grommet having a body defining a passage through the grommet that is operable to communicate air from outside the combustion chamber into the combustion chamber, the body carrying a first surface, an opposite, second surface and a third surface defining the passage and joining the first surface and the second surface, the third surface including a bevel surface with respect to at least one of the first surface and the second surface; characterised in that the shell includes heat shield panels and a peripheral wall (84, 85), and the grommet includes a circumferential flange that is arranged between the heat shield panels and the peripheral wall (84, 85). a shell at least partially defining a combustion chamber; and a grommet mounted in the shell, the grommet having a body defining a passage through the grommet that is operable to communicate air from outside the combustion chamber into the combustion chamber, the body carrying a first surface, an opposite, second surface and a third surface defining the passage and joining the first surface and the second surface, the third surface including a bevel surface with respect to at least one of the first surface and the second surface; characterised in that the shell includes heat shield panels and a peripheral wall (84, 85), and the grommet includes a circumferential flange that is arranged between the heat shield panels and the peripheral wall (84, 85).
Handheld device for dispensing a pharmaceutical substance, with a housing, in which a receptacle with the pharmaceutical substance and a counter is provided for, wherein the receptacle by pressure activation by a user after going through a pre-determined displacement path, dispenses the pharmaceutical substance and the counter experiences, depending on the going through the displacement path, an effect for turning of a counter wheel of the counter, wherein the counter further has a drive part for turning the counter wheel and a restoring spring, and the counter wheel is arranged turnable on a holding part, wherein further the holding part is independent from the housing and the driving part is arranged immediately on the holding part, wherein further upon force actuation first there is an effect on the counter wheel of the counter and thereafter the dispensing of the pharmaceutical substance, characterized in that the restoring spring is lever-like and does pivot upon actuation around a pivot axis (b), wherein in a cross section in which the largest distance (c) between the engagement part and the pivot axis (b) is given, the restoring spring has, seen from the counter, a concave course and that the restoring spring with reference to a cross-section in direction of a longitudinal axis is provided for beneath the counter, between the counter and the bottom of the housing, with a spring area supporting on the bottom of the housing for a seesaw-like design of the restoring spring, so that upon actuation of the hand-held device the engagement part on the side of the spring arm end is raised essentially counter to the movement direction of the receptacle and the counter mechanism, coming nearer to the drive part.
A method comprising: receiving, by a Satellite Positioning System, SPS, receiver, satellite state information (106,108,110,112) for a first satellite (114,116,118,120) in a first satellite positioning system, wherein the first satellite positioning system is GPS, receiving, by the SPS receiver, satellite state information (146,148,150) for a second satellite (134,136,138) in a different second satellite positioning system, wherein the second satellite positioning system is GLONASS; synthesizing, by an engine in the SPS receiver, the satellite state information for both the first and second satellites into a common record format of satellite orbit or ephemeris information by representing the satellite state information received from both the first satellite positioning system and the second satellite positioning system in the same reference frame, after synthesizing the satellite state information, numerically integrating the synthesized satellite state information, wherein the numerically integrating includes applying earth, lunar and solar gravity, and obtaining a position and a trajectory for the GLONASS system satellite at a predicted time, based on the numerical integration, wherein synthesizing the satellite state information for the GLONASS system satellite includes: converting GLONASS time associated with the satellite state information to GPS time, and converting GLONASS satellite position and velocity from coordinates in a PZ-90 frame to a GPS ECEF frame. receiving, by a Satellite Positioning System, SPS, receiver, satellite state information (106,108,110,112) for a first satellite (114,116,118,120) in a first satellite positioning system, wherein the first satellite positioning system is GPS, receiving, by the SPS receiver, satellite state information (146,148,150) for a second satellite (134,136,138) in a different second satellite positioning system, wherein the second satellite positioning system is GLONASS; synthesizing, by an engine in the SPS receiver, the satellite state information for both the first and second satellites into a common record format of satellite orbit or ephemeris information by representing the satellite state information received from both the first satellite positioning system and the second satellite positioning system in the same reference frame, after synthesizing the satellite state information, numerically integrating the synthesized satellite state information, wherein the numerically integrating includes applying earth, lunar and solar gravity, and obtaining a position and a trajectory for the GLONASS system satellite at a predicted time, based on the numerical integration, wherein synthesizing the satellite state information for the GLONASS system satellite includes: converting GLONASS time associated with the satellite state information to GPS time, and converting GLONASS satellite position and velocity from coordinates in a PZ-90 frame to a GPS ECEF frame. converting GLONASS time associated with the satellite state information to GPS time, and converting GLONASS satellite position and velocity from coordinates in a PZ-90 frame to a GPS ECEF frame.
A method of accelerating cool down of a target member of a cryogenic system to a cryogenic operating temperature, comprising the steps: cooling a target region of a cryogenic system with a first cooling apparatus, the first cooling apparatus being adapted to cool the target region to a first temperature by thermal conduction between the first apparatus and the target member, and having a first cooling power at the first temperature; replacing the first cooling apparatus with a cryocooler when the target region is at the first temperature; and cooling the target member of the cryogenic system from the first temperature to an operating temperature using the cryocooler (step S105), wherein the first cooling power of the first cooling apparatus at the first temperature is greater than the cooling power of the cryocooler at the first temperature. cooling a target region of a cryogenic system with a first cooling apparatus, the first cooling apparatus being adapted to cool the target region to a first temperature by thermal conduction between the first apparatus and the target member, and having a first cooling power at the first temperature; replacing the first cooling apparatus with a cryocooler when the target region is at the first temperature; and cooling the target member of the cryogenic system from the first temperature to an operating temperature using the cryocooler (step S105), wherein the first cooling power of the first cooling apparatus at the first temperature is greater than the cooling power of the cryocooler at the first temperature.
Ink-jet printer for printing on cards comprising: - a printing station for ink-jet printing on a card made of thermoplastic material, said printing station including at least a printhead coupled to a reservoir containing an ink, said ink comprising: a medium consisting of a low-boiling organic solvent, an auxiliary solvent consisting of a high-boiling organic solvent, and a colouring component soluble in said medium; - a support carriage adapted to support said card, said carriage being drivable between a first position, in which said carriage does not face said printhead, and a second position in which said carriage faces said printhead; - a driving motor active on said carriage for moving the same between said first and second positions (P1, P2); - a guide member for said carriage, the latter being movable along said guide member between said first and second positions (P1, P2); - one or more reference members associated with said guide member, the latter being interposed between said printhead and said one or more reference members so as to to prevent ink ejected by the printhead from reaching the reference member; - a detection device mounted on said carriage, said detection device being adapted to detect said one or more reference members and generate a corresponding main signal; - a control unit, connected with said detection device for receiving said main signal and regulating said driving motor according to said main signal. - a printing station for ink-jet printing on a card made of thermoplastic material, said printing station including at least a printhead coupled to a reservoir containing an ink, said ink comprising: a medium consisting of a low-boiling organic solvent, an auxiliary solvent consisting of a high-boiling organic solvent, and a colouring component soluble in said medium; - a support carriage adapted to support said card, said carriage being drivable between a first position, in which said carriage does not face said printhead, and a second position in which said carriage faces said printhead; - a driving motor active on said carriage for moving the same between said first and second positions (P1, P2); - a guide member for said carriage, the latter being movable along said guide member between said first and second positions (P1, P2); - one or more reference members associated with said guide member, the latter being interposed between said printhead and said one or more reference members so as to to prevent ink ejected by the printhead from reaching the reference member; - a detection device mounted on said carriage, said detection device being adapted to detect said one or more reference members and generate a corresponding main signal; - a control unit, connected with said detection device for receiving said main signal and regulating said driving motor according to said main signal.
A compressor comprising: a casing configured to store a lubrication oil in a bottom portion thereof; a compression mechanism provided in the casing and configured to compress a sucked fluid; an electric motor provided above the compression mechanism and configured to drive the compression mechanism; and a discharge pipe opening in a space in the casing on an upper side of the electric motor, wherein the compressor comprises an oil drainage mechanism configured to guide a lubrication oil adhering to an inner wall of the casing to the discharge pipe by using a swirling flow generated by rotation of the electric motor, the oil drainage mechanism includes an oil drain pipe having one end opening in the inner wall of the casing and another end connected to the discharge pipe, and a flow-rate regulating valve provided at the oil drain pipe and having a changeable opening degree, and the opening degree of the flow-rate regulating valve is configured to be regulated in accordance with a rotational speed of the electric motor (40, wherein the opening degree decreases as a rotational speed of the electric motor increases, and the opening degree increases as the rotational speed of the electric motor decreases. a casing configured to store a lubrication oil in a bottom portion thereof; a compression mechanism provided in the casing and configured to compress a sucked fluid; an electric motor provided above the compression mechanism and configured to drive the compression mechanism; and a discharge pipe opening in a space in the casing on an upper side of the electric motor, wherein the compressor comprises an oil drainage mechanism configured to guide a lubrication oil adhering to an inner wall of the casing to the discharge pipe by using a swirling flow generated by rotation of the electric motor, the oil drainage mechanism includes an oil drain pipe having one end opening in the inner wall of the casing and another end connected to the discharge pipe, and a flow-rate regulating valve provided at the oil drain pipe and having a changeable opening degree, and an oil drain pipe having one end opening in the inner wall of the casing and another end connected to the discharge pipe, and a flow-rate regulating valve provided at the oil drain pipe and having a changeable opening degree, and the opening degree of the flow-rate regulating valve is configured to be regulated in accordance with a rotational speed of the electric motor (40, wherein the opening degree decreases as a rotational speed of the electric motor increases, and the opening degree increases as the rotational speed of the electric motor decreases.