mhurhangee/ep-ind-claims huggingface dataset:
An operating method of a relay station, RS supporting a layer-3, L3, relay communication in a wireless communication system, the method comprising: establishing a first connection with a base station, BS by performing a network entry procedure as a mobile station, MS; establishing a second connection with the MS by performing a network entry procedure as the BS; receiving, from the MS accessing the RS through the second connection, a traffic media access control, MAC, protocol data unit, PDU including a MAC header; extracting an L3 packet by removing the MAC header from the traffic MAC PDU, wherein the L3 packet comprises an internet protocol, IP, packet; generating a relay MAC PDU comprising the L3 packet extracted by removing the MAC header from the traffic MAC PDU; and transmitting, to the BS through the first connection, the relay MAC PDU using an RS service flow, SF, which supports a same quality of service, QoS, as a QoS required by an MS SF carrying the L3 packet from the MS to the RS. establishing a first connection with a base station, BS by performing a network entry procedure as a mobile station, MS; establishing a second connection with the MS by performing a network entry procedure as the BS; receiving, from the MS accessing the RS through the second connection, a traffic media access control, MAC, protocol data unit, PDU including a MAC header; extracting an L3 packet by removing the MAC header from the traffic MAC PDU, wherein the L3 packet comprises an internet protocol, IP, packet; generating a relay MAC PDU comprising the L3 packet extracted by removing the MAC header from the traffic MAC PDU; and transmitting, to the BS through the first connection, the relay MAC PDU using an RS service flow, SF, which supports a same quality of service, QoS, as a QoS required by an MS SF carrying the L3 packet from the MS to the RS.
A vacuum drum which is supported on a stator in a rotatable manner and is adapted to transfer at least one label (2a, 2b) along a given path around a rotation axis, comprising: - a main body delimited by an outer lateral surface which is adapted to receive said label (2a, 2b) to be transferred; - a base arranged below body and lying on a plane orthogonal to axis A; and - at least one first and one second port (10a, 10b; 10c) defined by said surface; and - a first distributor (30, 30') configured for fluidly connecting: said first port (10a, 10b) to a first source of vacuum at a first higher degree of depression, so that a suction action is exerted by said first port (10a, 10b) on said label (2a, 2b); and said second port to a second source of vacuum at a second lower degree of depression; characterized in that said first distributor (30, 30') is selectively mountable on at least one slot defined by said base and within which said distributor (30, 30') is inserted; said first distributor (30, 30') being rotatable together with said vacuum drum around said rotation axis and being configured for selectively connecting said first port (10a, 10b) to said first source and said second port to said second source, on the basis of the format of said label (2a, 2b). - a main body delimited by an outer lateral surface which is adapted to receive said label (2a, 2b) to be transferred; - a base arranged below body and lying on a plane orthogonal to axis A; and - at least one first and one second port (10a, 10b; 10c) defined by said surface; and - a first distributor (30, 30') configured for fluidly connecting: said first port (10a, 10b) to a first source of vacuum at a first higher degree of depression, so that a suction action is exerted by said first port (10a, 10b) on said label (2a, 2b); and said second port to a second source of vacuum at a second lower degree of depression; characterized in that said first distributor (30, 30') is selectively mountable on at least one slot defined by said base and within which said distributor (30, 30') is inserted; said first distributor (30, 30') being rotatable together with said vacuum drum around said rotation axis and being configured for selectively connecting said first port (10a, 10b) to said first source and said second port to said second source, on the basis of the format of said label (2a, 2b). said first port (10a, 10b) to a first source of vacuum at a first higher degree of depression, so that a suction action is exerted by said first port (10a, 10b) on said label (2a, 2b); and said second port to a second source of vacuum at a second lower degree of depression; characterized in that said first distributor (30, 30') is selectively mountable on at least one slot defined by said base and within which said distributor (30, 30') is inserted; said first distributor (30, 30') being rotatable together with said vacuum drum around said rotation axis and being configured for selectively connecting said first port (10a, 10b) to said first source and said second port to said second source, on the basis of the format of said label (2a, 2b).
A method for determining a navigation solution comprising: obtaining inertial navigation system, INS, information from one or more sources at a first epoch; storing said INS information obtained in the first epoch, wherein the stored INS information is not sufficient to compute a navigation solution; and obtaining at a second epoch subsequent to the first epoch a second portion of information, which enables to determine a starting location where the stored INS information was taken, the second portion of information comprising position information from one or more satellite positioning system, SPS, sources, wherein the obtaining is in response to a changed signal environment and/or a changed view to the one or more sources; correlating the starting location with a recorded time at which the INS measurements were taken; and extrapolating a position using the recorded time and said starting location where said INS information was taken, based, at least in part on the stored INS information. obtaining inertial navigation system, INS, information from one or more sources at a first epoch; storing said INS information obtained in the first epoch, wherein the stored INS information is not sufficient to compute a navigation solution; and obtaining at a second epoch subsequent to the first epoch a second portion of information, which enables to determine a starting location where the stored INS information was taken, the second portion of information comprising position information from one or more satellite positioning system, SPS, sources, wherein the obtaining is in response to a changed signal environment and/or a changed view to the one or more sources; correlating the starting location with a recorded time at which the INS measurements were taken; and extrapolating a position using the recorded time and said starting location where said INS information was taken, based, at least in part on the stored INS information.
Wire enamel composition comprising: 0.1% to 20% by weight of at least one melamine-based polyol obtainable by condensation of melamine, an aldehyde and an alkanolamine,: 25% to 60% by weight of at least one polyester resin or polyesterimide resin,: 20% to 90% by weight of a solvent or a solvent mixture,: 0% to 5% by weight of a catalyst, and also: 0% to 2% by weight of one or more customary additives and auxiliaries, the sum of components to being 100% by weight.: 0.1% to 20% by weight of at least one melamine-based polyol obtainable by condensation of melamine, an aldehyde and an alkanolamine, melamine, an aldehyde and an alkanolamine,: 25% to 60% by weight of at least one polyester resin or polyesterimide resin,: 20% to 90% by weight of a solvent or a solvent mixture,: 0% to 5% by weight of a catalyst, and also: 0% to 2% by weight of one or more customary additives and auxiliaries,
A package assembly comprising: a carton having a main body including a bottom wall, a top wall, a front wall and a rear wall which define an interior volume in which a tray is retained, the tray having a base and a peripheral side wall region extending upwardly from the base to define a volume for holding product and a flange extending outwardly about an upper peripheral edge of the sidewall region, the tray being closed by means of flexible film peelably secured to the flange; an opening defined in the top wall of the carton main body through which the tray can be accessed to wholly or partially remove the film from the tray whilst the tray is contained in the carton; wherein the bottom wall, top wall, front wall, and rear wall of the carton define a tubular sleeve portion of the main body, the flange of the tray is located below the top wall of the carton and the front wall of the carton has a supporting region in which a supporting structure is located below a first portion of the flange of the tray; characterised in that an uppermost extent of the supporting structure is spaced below the top wall, the spacing being such that the first portion of the flange is slidably received between the top wall and the supporting structure.
An apparatus, comprising: an implant configured to provide support within a pelvic region of a patient; and a delivery aid including a sleeve member and a dilator coupled to the sleeve member; wherein the implant comprises: a support member configured to provide support to a portion of a body of a patient; the support member having a first end portion and a second end portion, the first end portion of the support member being configured to be disposed within a body of a patient; a suture removably coupled to the first end portion of the support member, the suture being configured to extend through an incision in the body of the patient from a location within the body of the patient to a location outside of the body of the patient; and a coupling member coupled to the first end portion and defining an opening, the suture including a loop portion extending through the opening defined by the coupling member; and wherein the sleeve member defines a lumen, at least a portion of the end portion of the support member and the entire suture being disposed within the lumen defined by the sleeve member. an implant configured to provide support within a pelvic region of a patient; and a delivery aid including a sleeve member and a dilator coupled to the sleeve member; wherein the implant comprises: a support member configured to provide support to a portion of a body of a patient; the support member having a first end portion and a second end portion, the first end portion of the support member being configured to be disposed within a body of a patient; a suture removably coupled to the first end portion of the support member, the suture being configured to extend through an incision in the body of the patient from a location within the body of the patient to a location outside of the body of the patient; and a coupling member coupled to the first end portion and defining an opening, the suture including a loop portion extending through the opening defined by the coupling member; and wherein the sleeve member defines a lumen, at least a portion of the end portion of the support member and the entire suture being disposed within the lumen defined by the sleeve member. a support member configured to provide support to a portion of a body of a patient; the support member having a first end portion and a second end portion, the first end portion of the support member being configured to be disposed within a body of a patient; a suture removably coupled to the first end portion of the support member, the suture being configured to extend through an incision in the body of the patient from a location within the body of the patient to a location outside of the body of the patient; and a coupling member coupled to the first end portion and defining an opening, the suture including a loop portion extending through the opening defined by the coupling member; and wherein the sleeve member defines a lumen, at least a portion of the end portion of the support member and the entire suture being disposed within the lumen defined by the sleeve member.
A monitoring method for monitoring equipment of electromechanical actuator type, the equipment including a three-phase electric motor, the monitoring method comprising the following steps: - measuring three-phase currents (I a,b,c) powering the three-phase electric motor; the method being characterized by the steps: - projecting the three-phase currents into a Park reference frame in order to obtain a quadrature current (I q); - performing an ensemblist empirical mode decomposition process on the quadrature current coupled with a blind source separation process in order to obtain source components (IC 1,..., IC 10); - from among the source components, automatically selecting a first set of source components (IC 1,..., IC 9) sensitive to a first defect, and a second set of source components (IC 10) sensitive to a second defect by using a selection criterion, the first defect and the second defect potentially degrading the operation of the equipment; - constructing a first virtual defect signal ŝ defA from the first set of source components and a second virtual defect signal ŝ defB from the second set of source components; and - extracting a first set of signatures representative of the first defect from the first virtual defect signal, and extracting a second set of signatures representative of the second defect from the second virtual defect signal. - measuring three-phase currents (I a,b,c) powering the three-phase electric motor; - projecting the three-phase currents into a Park reference frame in order to obtain a quadrature current (I q); - performing an ensemblist empirical mode decomposition process on the quadrature current coupled with a blind source separation process in order to obtain source components (IC 1,..., IC 10); - from among the source components, automatically selecting a first set of source components (IC 1,..., IC 9) sensitive to a first defect, and a second set of source components (IC 10) sensitive to a second defect by using a selection criterion, the first defect and the second defect potentially degrading the operation of the equipment; - constructing a first virtual defect signal ŝ defA from the first set of source components and a second virtual defect signal ŝ defB from the second set of source components; and - extracting a first set of signatures representative of the first defect from the first virtual defect signal, and extracting a second set of signatures representative of the second defect from the second virtual defect signal.
One or more computer-readable media having computer-executable instructions embodied thereon that, when executed, perform a method for communicating across a network connection established between a first endpoint and a second endpoint residing in disparate networks, the method comprising: providing the network connection that spans between the first endpoint and the second endpoint, wherein the network connection operates as a tunnel that bridges the disparate networks at which the first endpoint and the second endpoint reside, respectively, wherein communicating messages between the first endpoint and the second endpoint comprises transmitting internet protocol, IP, packets from the first endpoint to the second endpoint via the tunnel, wherein the network connection includes a higher-level connection that runs on top of a lower-level connection, wherein one or more higher-level reliability mechanisms are integrally running on the higher-level connection and wherein one or more lower-level reliability mechanisms are integrally running on the lower-level connection, wherein the one or more lower-level reliability mechanisms comprise a congestion-control mechanism configured to manage the rate of transmission of IP packets; selectively disabling the one or more lower-level reliability mechanisms, the disabling being performed automatically unless being provided an input to the contrary, wherein the congestion-control mechanism built into the lower-level connection is disabled by the first endpoint without any negotiation with the second endpoint when the first endpoint acts as the transmitting end; and communicating messages between the first endpoint and the second endpoint through the tunnel. providing the network connection that spans between the first endpoint and the second endpoint, wherein the network connection operates as a tunnel that bridges the disparate networks at which the first endpoint and the second endpoint reside, respectively, wherein communicating messages between the first endpoint and the second endpoint comprises transmitting internet protocol, IP, packets from the first endpoint to the second endpoint via the tunnel, wherein the network connection includes a higher-level connection that runs on top of a lower-level connection, wherein one or more higher-level reliability mechanisms are integrally running on the higher-level connection and wherein one or more lower-level reliability mechanisms are integrally running on the lower-level connection, wherein the one or more lower-level reliability mechanisms comprise a congestion-control mechanism configured to manage the rate of transmission of IP packets; selectively disabling the one or more lower-level reliability mechanisms, the disabling being performed automatically unless being provided an input to the contrary, wherein the congestion-control mechanism built into the lower-level connection is disabled by the first endpoint without any negotiation with the second endpoint when the first endpoint acts as the transmitting end; and communicating messages between the first endpoint and the second endpoint through the tunnel.
An orthopedic guidewire, comprising: an elongate guidewire body having longitudinally spaced proximal and distal guidewire ends; an engaging feature located at the distal guidewire end and configured to selectively engage a bone surface; and having a first diameter at a portion of the guidewire body proximally adjacent to the engaging feature and a second diameter at a portion of the guidewire body distally adjacent to the proximal guidewire end, the first diameter being greater than the second diameter wherein the first diameter is configured to abut the bone surface and prevent the guidewire from moving distally further into the bone surface when the engaging feature is fully engaged with the bone surface. an elongate guidewire body having longitudinally spaced proximal and distal guidewire ends; an engaging feature located at the distal guidewire end and configured to selectively engage a bone surface; and having a first diameter at a portion of the guidewire body proximally adjacent to the engaging feature and a second diameter at a portion of the guidewire body distally adjacent to the proximal guidewire end, the first diameter being greater than the second diameter wherein the first diameter is configured to abut the bone surface and prevent the guidewire from moving distally further into the bone surface when the engaging feature is fully engaged with the bone surface.
A heat pump apparatus including a machine room and a blower room each in a housing, the machine room being a room in which a compressor and an expansion device are disposed, the blower room being a room in which a heat exchanger and a blower device are disposed, the heat pump apparatus using a flammable refrigerant, the heat pump apparatus comprising an electrical equipment box, wherein the electrical equipment box includes an electrical equipment box body and a cover member, the electrical equipment box body has a through opening, the through opening is provided with a lead wire relay module that draws in a plurality of lead wires, the heat pump apparatus being characterized in that the lead wire relay module is provided with a plurality of insertion openings (Sa, Sb) into each of which a lead wire block (100a, 100b) is inserted, and the lead wire block includes a fixing sleeve (90a, 90b) and a sleeve for insertion (80a, 80b), the sleeve for insertion being disposed in close contact with the fixing sleeve, the sleeve for insertion sealing and holding the lead wires. wherein the electrical equipment box includes an electrical equipment box body and a cover member, the electrical equipment box body has a through opening, the through opening is provided with a lead wire relay module that draws in a plurality of lead wires, the heat pump apparatus being characterized in that the lead wire relay module is provided with a plurality of insertion openings (Sa, Sb) into each of which a lead wire block (100a, 100b) is inserted, and the lead wire block includes a fixing sleeve (90a, 90b) and a sleeve for insertion (80a, 80b), the sleeve for insertion being disposed in close contact with the fixing sleeve, the sleeve for insertion sealing and holding the lead wires.
A method for securely managing files, comprising the steps of: - providing a secure device, wherein the secure device is protected by design against malicious software or malware, whereby the secure device is deprived from client interfaces for software installation, and adapted to establish a connection to a server, via a host connected to the server through a telecommunication network; - upon receiving (S700 - S800) a request for using a file stored on the secure device, processing the request at the secure device according to an updated use permission associated to the file, wherein the updated use permission is obtained by: - instructing at the secure device to establish a connection between the secure device and the server, via the host; and - updating at the device a use permission associated to the file, according to permission data sent from the server through the established connection, the method further comprising, before receiving the request for using the file and after updating the use permission associated to the file, a step of instructing at the secure device to expose the file to a user interface or an application, according to the updated use permission. - providing a secure device, wherein the secure device is protected by design against malicious software or malware, whereby the secure device is deprived from client interfaces for software installation, and adapted to establish a connection to a server, via a host connected to the server through a telecommunication network; protected by design against malicious software or malware, whereby the secure device is deprived from client interfaces for software installation, and adapted to establish a connection to a server, via a host connected to the server through a telecommunication network; - upon receiving (S700 - S800) a request for using a file stored on the secure device, processing the request at the secure device according to an updated use permission associated to the file, - instructing at the secure device to establish a connection between the secure device and the server, via the host; and - updating at the device a use permission associated to the file, according to permission data sent from the server through the established connection,