mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting a device, wherein the method comprising: receiving, by a Software Defined Network, SDN, controller, a detecting packet which is sent by a first switch and initiated by a first device accessing the first switch; sending, by the SDN controller, for each of the switches having an SDN connection with the SDN controller, the detecting packet and information of all downlink ports of the first switch to the switches, so that the switches are capable of sending the detecting packet through the downlink port; the method being characterized by comprising, by the SDN controller, a response packet which is sent by a second switch, wherein the response packet is sent by a second device accessing the second switch in response to receiving the detecting packet, wherein an IP address of the second device matches a destination IP address of the detecting packet; and sending, by the SDN controller, forwarding configuration information to the second switch so that the second switch is capable of configuring a port through which the response packet is received. receiving, by a Software Defined Network, SDN, controller, a detecting packet which is sent by a first switch and initiated by a first device accessing the first switch; sending, by the SDN controller, for each of the switches having an SDN connection with the SDN controller, the detecting packet and information of all downlink ports of the first switch to the switches, so that the switches are capable of sending the detecting packet through the downlink port; the method being characterized by comprising, by the SDN controller, a response packet which is sent by a second switch, wherein the response packet is sent by a second device accessing the second switch in response to receiving the detecting packet, wherein an IP address of the second device matches a destination IP address of the detecting packet; and sending, by the SDN controller, forwarding configuration information to the second switch so that the second switch is capable of configuring a port through which the response packet is received.
A three-dimensional optical method for determining the volume, and hemoglobin concentration, of individual red blood cells, said method comprising the steps of; a) treating an anti-coagulated whole blood sample with a reagent solution, said solution comprising a sphering agent and a neutrally buffered isotonic saline solution; b) passing a red blood cell isolated from said sample through a light beam directed along an optical path at a selected wave length; c) measuring the resultant magnitude of a first forward angle light scatter signal, a second intermediate angle light scatter signal, and a third side-angle light scatter signal from each cell; d) projecting a three-dimensional coordinate of said light scatter signals from each cell onto a precalibrated three-dimensional surface containing grid lines of V and HC; e) determining the values of V and HC by the location of each projected intercept onto said three dimensional grid surface. a) treating an anti-coagulated whole blood sample with a reagent solution, said solution comprising a sphering agent and a neutrally buffered isotonic saline solution; b) passing a red blood cell isolated from said sample through a light beam directed along an optical path at a selected wave length; c) measuring the resultant magnitude of a first forward angle light scatter signal, a second intermediate angle light scatter signal, and a third side-angle light scatter signal from each cell; d) projecting a three-dimensional coordinate of said light scatter signals from each cell onto a precalibrated three-dimensional surface containing grid lines of V and HC; e) determining the values of V and HC by the location of each projected intercept onto said three dimensional grid surface.
A handle for a razor cartridge, the handle comprising: a head having a cartridge engaging end and an attachment end; a body formed of a first material and having a front end and a rear end, wherein the body defines a hollow interior and the front end is coupled with the attachment end; a rod formed of a second material and disposed in the hollow interior of the body, the rod defining a centerline; and a cover layer at least partially surrounding the body, wherein the rod is spaced from the attachment end of the head along the centerline, characterized in that the body comprises a first shell and a second shell that are releasably coupled together and the first shell and the second shell cooperate to form a seam that is substantially parallel with the centerline of the rod. a head having a cartridge engaging end and an attachment end; a body formed of a first material and having a front end and a rear end, wherein the body defines a hollow interior and the front end is coupled with the attachment end; a rod formed of a second material and disposed in the hollow interior of the body, the rod defining a centerline; and a cover layer at least partially surrounding the body, wherein the rod is spaced from the attachment end of the head along the centerline, characterized in that the body comprises a first shell and a second shell that are releasably coupled together and the first shell and the second shell cooperate to form a seam that is substantially parallel with the centerline of the rod.
A single phase current management device for use with a fuse unit of a low voltage distribution unit, the fuse unit having a pair of electrical contacts, the single-phase current management device comprising: a switching device having at least one first terminal and at least one second terminal, the at least one first terminal and the at least one second terminal being connected by means of a circuit breaking mechanism, wherein the circuit breaking mechanism is configured to electrically connect and disconnect the at least one first terminal and the at least one second terminal; and a coupling assembly connected to the switching device, the coupling assembly having: a current input contact electrically coupled to the at least one first terminal and configured to connect to a first contact of the pair of contacts of the fuse unit; and a current output contact (37a, 37b) electrically coupled to the at least one second terminal and configured to connect with a second contact of the pair of contacts of the fuse unit, for defining a current flow path from the current input contact to the current output contact through the switching device; characterised in that the single phase current management device further comprises a tightening mechanism (42, 43) to tighten the connections between the current input contact and the current output contact (37a, 37b) and respective first and second contacts of the pair of contacts of the fuse unit. a switching device having at least one first terminal and at least one second terminal, the at least one first terminal and the at least one second terminal being connected by means of a circuit breaking mechanism, wherein the circuit breaking mechanism is configured to electrically connect and disconnect the at least one first terminal and the at least one second terminal; and a coupling assembly connected to the switching device, the coupling assembly having: a current input contact electrically coupled to the at least one first terminal and configured to connect to a first contact of the pair of contacts of the fuse unit; and a current output contact (37a, 37b) electrically coupled to the at least one second terminal and configured to connect with a second contact of the pair of contacts of the fuse unit, for defining a current flow path from the current input contact to the current output contact a current input contact electrically coupled to the at least one first terminal and configured to connect to a first contact of the pair of contacts of the fuse unit; and a current output contact (37a, 37b) electrically coupled to the at least one second terminal and configured to connect with a second contact of the pair of contacts of the fuse unit, for defining a current flow path from the current input contact to the current output contact through the switching device; characterised in that the single phase current management device further comprises a tightening mechanism (42, 43) to tighten the connections between the current input contact and the current output contact (37a, 37b) and respective first and second contacts of the pair of contacts of the fuse unit.
A method at an Integrated Access and Backhaul, IAB, node comprising: connecting, by the IAB node, with a Source Central Unit of a source donor base station through a first F1 interface; sending, by the IAB node, measurement result information to the Source Central Unit of the source donor base station; receiving, by a Distributed Unit of the IAB node, a first interface message from the Source Central Unit over the first F1 interface, the first interface message notifying the Distributed Unit of a handover decision based on the measurement result information; receiving, by the Distributed Unit, configuration information included in the first interface message or in a message separate from the first interface message; creating, by the Distributed Unit, Transport Network Layer connectivity towards a Target Central Unit of a target donor base station responsive to receiving the configuration information; setting up, by the Distributed Unit, a second F1 interface via a wireless backhaul link with the Target Central Unit utilizing the Transport Network Layer connectivity; exchanging, by the Distributed Unit, application layer configuration data with the Target Central Unit through the wireless backhaul link; and releasing, by the Distributed Unit, the first F1 interface with the Source Central Unit. connecting, by the IAB node, with a Source Central Unit of a source donor base station through a first F1 interface; sending, by the IAB node, measurement result information to the Source Central Unit of the source donor base station; receiving, by a Distributed Unit of the IAB node, a first interface message from the Source Central Unit over the first F1 interface, the first interface message notifying the Distributed Unit of a handover decision based on the measurement result information; receiving, by the Distributed Unit, configuration information included in the first interface message or in a message separate from the first interface message; creating, by the Distributed Unit, Transport Network Layer connectivity towards a Target Central Unit of a target donor base station responsive to receiving the configuration information; setting up, by the Distributed Unit, a second F1 interface via a wireless backhaul link with the Target Central Unit utilizing the Transport Network Layer connectivity; exchanging, by the Distributed Unit, application layer configuration data with the Target Central Unit through the wireless backhaul link; and releasing, by the Distributed Unit, the first F1 interface with the Source Central Unit.
A device for use in applying self adhesive labels, where the device is formed by a plate extending in a plane which is greater than the extension of the plate out of the plane, and having at least one side face connecting a top side and a bottom side, where at least one functional edge is formed at least across part of the side face, where the device is handheld in use, wherein the device is provided with a parking position with a support face on at least part of the top side and/or the bottom side, and wherein the device includes at least one permanent magnet, wherein the device has a thickest area from which the thickness of the device decreases toward the at least one functional edge, the support face is provided at the thickest area and at least one projection is formed on the thickest area.
An information processing device (30; 30a) designed for one-to-one communication comprising: an acquisition unit configured to acquire first identification information from an external device, wherein at least a part of the first identification information includes randomized information and in that the device (30; 30a) comprises a generation unit configured to generate second identification information that is different from the acquired first identification information; and a control unit configured to transmit a result of a process based on the communication data associated with the first identification information to the external device in association with the second identification information, wherein the control unit is configured to set only communication data associated with the acquired first identification information out of communication data transmitted from the external device as a processing target exclusively; wherein based on an instruction from the external device that is a transmission source of the first identification information, the control unit is configured to terminate exclusive control in which only the communication data associated with the acquired first identification information is set as a processing target exclusively and wherein based on control information from the external device, the control unit is configured to continue the exclusive control wherein the control information indicates continuation of the exclusive control and is associated with the communication data associated with the first identification information. an acquisition unit configured to acquire first identification information from an external device, wherein at least a part of the first identification information includes randomized information and in that the device (30; 30a) comprises a generation unit configured to generate second identification information that is different from the acquired first identification information; and a control unit configured to transmit a result of a process based on the communication data associated with the first identification information to the external device in association with the second identification information, wherein the control unit is configured to set only communication data associated with the acquired first identification information out of communication data transmitted from the external device as a processing target exclusively; wherein based on an instruction from the external device that is a transmission source of the first identification information, the control unit is configured to terminate exclusive control in which only the communication data associated with the acquired first identification information is set as a processing target exclusively and wherein based on control information from the external device, the control unit is configured to continue the exclusive control wherein the control information indicates continuation of the exclusive control and is associated with the communication data associated with the first identification information.
Method for replacing an illegitimate copy of a software program with a legitimate copy, comprising: determining metadata from characteristics of a first software program being stored on a storage medium of a computer; transmitting a patch from a first server to the computer, if the metadata does not correspond to metadata of a legitimate copy of the software program; generating a second software program by replacing at least a part of the first software program using code components of the patch; displaying a graphical user interface on launch of the second software program; requesting an authentication token through the graphical user interface; acquiring the authentication token from a second server; verifying the authentication token; and labeling the second software program as a legitimate copy and unlocking it if the authentication token is positively verified. determining metadata from characteristics of a first software program being stored on a storage medium of a computer; transmitting a patch from a first server to the computer, if the metadata does not correspond to metadata of a legitimate copy of the software program; generating a second software program by replacing at least a part of the first software program using code components of the patch; displaying a graphical user interface on launch of the second software program; requesting an authentication token through the graphical user interface; acquiring the authentication token from a second server; verifying the authentication token; and labeling the second software program as a legitimate copy and unlocking it if the authentication token is positively verified.
A radioconjugate comprising an antibody specific for CD38 comprising an HCDR1 region of sequence GFTFSSYYMN (SEQ ID NO: 1) or SYYMN (SEQ ID NO: 14), an HCDR2 region of sequence GISGDPSNTYYADSVKG (SEQ ID NO: 2), an HCDR3 of sequence DLPLVYTGFAY (SEQ ID NO: 3), an LCDR1 region of sequence SGDNLRHYYVY (SEQ ID NO: 4), an LCDR2 region of sequence GDSKRPS (SEQ ID NO: 5), and an LCDR3 region of sequence QTYTGGASL (SEQ ID NO: 6).
A wireless communication system comprising: a first wireless communications device comprising a first transceiver and a first controller cooperating therewith, said first controller being configured to determine at least one received signal characteristic, generate a plurality of forward transmission blocks (20a, 20b, 20c) for transmission, each forward transmission block (20a, 20b, 20c) comprising a preamble synchronization portion (22a, 22b, 22c) and a body portion (23a, 23b, 23c), each body portion comprising a group of packets, select for each forward transmission block a desired preamble synchronization portion from among a predetermined set of preamble synchronization portions and based upon the at least one received signal characteristic, said received signal characteristic including at least one of signal-to-noise ratio, a multipath characteristic, a Doppler spread characteristic, and an interference characteristic, each preamble synchronization portion among the predetermined set thereof having a different length; and select a desired shortest preamble synchronization portion from among the predetermined set thereof for a given at least one received signal characteristic; and a second wireless communications device being in communication with said first wireless communications device and comprising a second transceiver and a second controller cooperating therewith and configured to determine and use, for each received forward transmission block, the corresponding preamble synchronization portion from among the predetermined set of preamble synchronization portions. a first wireless communications device comprising a first transceiver and a first controller cooperating therewith, said first controller being configured to determine at least one received signal characteristic, generate a plurality of forward transmission blocks (20a, 20b, 20c) for transmission, each forward transmission block (20a, 20b, 20c) comprising a preamble synchronization portion (22a, 22b, 22c) and a body portion (23a, 23b, 23c), each body portion comprising a group of packets, select for each forward transmission block a desired preamble synchronization portion from among a predetermined set of preamble synchronization portions and based upon the at least one received signal characteristic, said received signal characteristic including at least one of signal-to-noise ratio, a multipath characteristic, a Doppler spread characteristic, and an interference characteristic, each preamble synchronization portion among the predetermined set thereof having a different length; and select a desired shortest preamble synchronization portion from among the predetermined set thereof for a given at least one received signal characteristic; and a second wireless communications device being in communication with said first wireless communications device and comprising a second transceiver and a second controller cooperating therewith and configured to determine and use, for each received forward transmission block, the corresponding preamble synchronization portion from among the predetermined set of preamble synchronization portions.
A stent-graft for use in a medical procedure, the stent-graft comprising: a graft having proximal and distal ends (822, 824) and a lumen extending therebetween; a first stent ring comprising a plurality of proximal apices, a plurality of distal apices, and a plurality of generally straight portions disposed between the plurality of proximal and distal apices, where the series of distal apices of the first stent ring are each disposed distal to the proximal end of the graft, and where the series of proximal apices of the first stent ring are each disposed proximally beyond the proximal end of the graft; and a second stent ring comprising a plurality of proximal apices, a plurality of distal apices, and a plurality of generally straight portions disposed between the plurality of proximal and distal apices, where the series of distal apices of the second stent ring are each disposed distal to the proximal end of the graft, and where the series of proximal apices of the second stent ring are each disposed proximally beyond the proximal end of the graft; wherein the first and second stent rings are out of phase; where the first stent ring comprises a first uniform segment, and the second stent ring comprises a second uniform segment, where the first uniform segment comprises portions disposed both internal and external to the second uniform segment and where the first and second stent rings overlap relative to one another; and wherein the overlapping first and second stent rings are located only at the proximal end of the graft. a graft having proximal and distal ends (822, 824) and a lumen extending therebetween; a first stent ring comprising a plurality of proximal apices, a plurality of distal apices, and a plurality of generally straight portions disposed between the plurality of proximal and distal apices, where the series of distal apices of the first stent ring are each disposed distal to the proximal end of the graft, and where the series of proximal apices of the first stent ring are each disposed proximally beyond the proximal end of the graft; and a second stent ring comprising a plurality of proximal apices, a plurality of distal apices, and a plurality of generally straight portions disposed between the plurality of proximal and distal apices, where the series of distal apices of the second stent ring are each disposed distal to the proximal end of the graft, and where the series of proximal apices of the second stent ring are each disposed proximally beyond the proximal end of the graft;
A slurry pump impeller which includes a front shroud and a back shroud each having an inner main face (13, 15) with an outer peripheral edge (16, 17) and a central axis (X-X), a plurality ofpumping vanes extending between the inner main faces (13,15) of the shrouds (12, 14), the pumping vanes being disposed in spaced apart relation, each pumping vane including opposed main side faces (35, 36) one of which is a pumping or pressure side face, a leading edge in the region of the central axis X-X and a trailing edge in the region of the outer peripheral edges (16, 17) of the shrouds (12, 14) with a passageway between adjacent pumping vanes and each passageway having associated therewith a discharge guide vane (50, 51), characterised in that each discharge guide vane is disposed within a respective passageway and located closer to the pumping or pressure side face of the closest adjacent pumping vane and projects from the inner main face (13, 15) of at least one of the or each shrouds (12, 14).