mhurhangee/ep-ind-claims huggingface dataset:
A tracking and loss mitigation system comprising: a mobile device, the device comprising: a user interface including a display and a data entry interface; and a communications interface; wherein the mobile device is configured to: provide, by the user interface of the mobile device, a notification describing how to return the mobile device to an authorized user; characterized in that the mobile device further is configured to: detect that a security compromise event has occurred; and determine whether the function of the device should be altered in response to said security event, and in that said communications interface is configured as a communications interface to a security authority. a mobile device, the device comprising: a user interface including a display and a data entry interface; and a communications interface; a user interface including a display and a data entry interface; and a communications interface; provide, by the user interface of the mobile device, a notification describing how to return the mobile device to an authorized user; characterized in that the mobile device further is configured to: detect that a security compromise event has occurred; and determine whether the function of the device should be altered in response to said security event, and in that said communications interface is configured as a communications interface to a security authority. characterized in that the mobile device further is configured to: detect that a security compromise event has occurred; and determine whether the function of the device should be altered in response to said security event, and in that detect that a security compromise event has occurred; and determine whether the function of the device should be altered in response to said security event, and in that said communications interface is configured as a communications interface to a security authority.
A method of producing an identifier to indicate the presence of conducting fluid, the method comprising: laminating a non-conducting element between first and second dissimilar materials to create a support, wherein the first and second dissimilar materials generate a voltage potential when in contact with a conducting fluid; removing a portion of the first and second dissimilar materials from the perimeter of the support to expose the non-conducting element and to create a skirt; securing a circuit within a hole formed in the support using a conductive adhesive, wherein the circuit is electrically coupled to each of the first and second dissimilar materials; and activating the circuit that controls the flow of current between the first and second dissimilar materials through the conducting fluid to indicate the presence of the conducting fluid. laminating a non-conducting element between first and second dissimilar materials to create a support, wherein the first and second dissimilar materials generate a voltage potential when in contact with a conducting fluid; removing a portion of the first and second dissimilar materials from the perimeter of the support to expose the non-conducting element and to create a skirt; securing a circuit within a hole formed in the support using a conductive adhesive, wherein the circuit is electrically coupled to each of the first and second dissimilar materials; and activating the circuit that controls the flow of current between the first and second dissimilar materials through the conducting fluid to indicate the presence of the conducting fluid.
A mineral fibre composition which can be defibred and is designed to dissolve in a physiological medium, characterised in that it contains the chemical composition listed below according to the following mass constituent percentages: SiO 2 37-44 % Al 2 0 3 16-24 % CaO 8-14 % MgO 2-7 % Na 2 0 5-12 % K 2 0 2-7 % Fe 2 0 3 3-8 % ZnO 0.4-3 % F 2 1-5 % Ti0 2 0.1-3 %. SiO 2 37-44 % Al 2 0 3 16-24 % CaO 8-14 % MgO 2-7 % Na 2 0 5-12 % K 2 0 2-7 % Fe 2 0 3 3-8 % ZnO 0.4-3 % F 2 1-5 % Ti0 2 0.1-3 %.
A method of manufacturing filter elements for aerosol generating products, especially filter plug elements for smoking articles, comprising: processing bulk filter material to provide or form a substantially continuous strand of the filter material; and covering the substantially continuous strand of filter material with at least one layer of sheet material to form an elongate filter member (R, 20); the method comprising the step of forming perforations or holes in the elongate filter member (R, 20) by forming the perforations or holes in the at least one layer of sheet material and into or through the filter material covered or wrapped by the at least one layer of sheet material after the step of covering the strand of filter material with the at least one layer of sheet material, characterized in that the method is a method of manufacturing discrete or individual filter elements. processing bulk filter material to provide or form a substantially continuous strand of the filter material; and covering the substantially continuous strand of filter material with at least one layer of sheet material to form an elongate filter member (R, 20); the method comprising the step of forming perforations or holes in the elongate filter member (R, 20) by forming the perforations or holes in the at least one layer of sheet material and into or through the filter material covered or wrapped by the at least one layer of sheet material after the step of covering the strand of filter material with the at least one layer of sheet material, characterized in that the method is a method of manufacturing discrete or individual filter elements.
A DNA polymerase having at least 80% sequence identity with SEQ ID NO:1 and having increased reverse transcriptase efficiency compared with a control DNA polymerase, wherein the amino acid of the DNA polymerase corresponding to position 616 of SEQ ID NO:1 is M and wherein the amino acid corresponding to position 709 of SEQ ID NO:1 is selected from the group consisting of K, R, S, G, and A, and wherein the control DNA polymerase has the same amino acid sequence as the DNA polymerase except that the amino acid of the control DNA polymerase corresponding to position 616 of SEQ ID NO:1 is I and the amino acid corresponding to position 709 of SEQ ID NO:1 is I.
A method for providing an authentication and key agreement protocol with perfect forward secrecy, PFS, between a user equipment, UE, and a network, the method performed by the UE and comprising: generating an attach request and providing the attach request to the network; receiving an authentication token from the network, wherein the authentication token includes an authentication management field, AMF, bit value to indicate whether PFS is supported by the network; determining whether the network supports PFS based on the AMF bit value included in the received authentication token; after determining that the network supports PFS, providing an ephemeral UE public key value to the network; after providing the ephemeral UE public key value to the network, receiving a network public key value from the network; determining a shared key value based on the received network public key value and an ephemeral UE private key value; binding the determined shared key value with a session key value to create a bound shared key value; and utilizing the bound shared key value to protect subsequent traffic to the network, wherein the ephemeral UE public key value and the ephemeral UE private key value are an ephemeral Diffie-Hellman pair. generating an attach request and providing the attach request to the network; receiving an authentication token from the network, wherein the authentication token includes an authentication management field, AMF, bit value to indicate whether PFS is supported by the network; determining whether the network supports PFS based on the AMF bit value included in the received authentication token; after determining that the network supports PFS, providing an ephemeral UE public key value to the network; after providing the ephemeral UE public key value to the network, receiving a network public key value from the network; determining a shared key value based on the received network public key value and an ephemeral UE private key value; binding the determined shared key value with a session key value to create a bound shared key value; and utilizing the bound shared key value to protect subsequent traffic to the network, wherein the ephemeral UE public key value and the ephemeral UE private key value are an ephemeral Diffie-Hellman pair.
A method of repairing a defect in a ceramic filter having a monolith shape including a plurality of cells defined by partition walls to form fluid passages in an axial direction and a ceramic separation membrane formed on the inner wall surfaces of the cells, the ceramic separation membrane having a defect, the method comprising: bringing, into contact with the surface of the ceramic separation membrane having an average pore diameter of 0.5 to 10 nm, a ceramic sol whose average pore diameter after the sol itself has been formed into a membrane is larger than that of the ceramic separation membrane and is 10 nm or less; performing vacuum suction on the side of a base member constituting the ceramic filter opposite to the side on which the ceramic separation membrane is formed, discharging the ceramic sol, and drying and then firing the ceramic separation membrane having the ceramic sol to repair a defect portion of the ceramic separation membrane.
Vehicle braking actuator (10; 23; 34; 60; 70), comprising: - a screw, - a tapped inner housing engaged with the screw by means of an irreversible connection, - an electric motor for controlling a movement of the screw relative to the inner housing or of the inner housing relative to the screw such that this movement actuates a braking element, - threaded inner rollers, the inner rollers each being engaged firstly with the screw and secondly with the inner housing; and characterised in that the inner rollers are each engaged firstly with the screw and secondly with the inner housing by means of at least one thread and in that it comprises: - a tapped outer housing, and - outer rollers each engaged firstly with the inner housing and secondly with the outer housing, the outer rollers being provided with at least one thread directed in the opposite direction of a thread of the inner housing and in the same direction as a thread of the outer housing. - a screw, - a tapped inner housing engaged with the screw by means of an irreversible connection, - an electric motor for controlling a movement of the screw relative to the inner housing or of the inner housing relative to the screw such that this movement actuates a braking element, - threaded inner rollers, the inner rollers each being engaged firstly with the screw and secondly with the inner housing; and - a tapped outer housing, and - outer rollers each engaged firstly with the inner housing and secondly with the outer housing, the outer rollers being provided with at least one thread directed in the opposite direction of a thread of the inner housing and in the same direction as a thread of the outer housing.
Optimised interface device for controlling systems of an electrical installation, said device comprising a housing having an interface front face and containing an electronic board comprising at least one pushbutton switch, at least two tracks provided to be connected functionally to equipment for the control of the latter and to the electronic board, said electronic board also comprising at least two main functional conductor tracks and at least one reference conductor track, the or each pushbutton switch being associated with a group of at least two tracks to enable their manual activation and in the case of a plurality of pushbutton switches, each pushbutton switch is associated with a group of tracks different from the other groups and comprising the same number of tracks, the device being characterised in that it also comprises a manual switch which is movable between at least two main positions (M1, M2) for the manual control of said tracks, said switch comprising at least two contact elements (5a, 5b) one of which, said functional contact element, being provided to be successively in contact with the functional conductor tracks and the other, said reference contact element, being provided to come into contact with the reference conductor track, each main position of the switch corresponding to the closure of the electric circuit established by the contact between the functional contact element and one of the main functional conductor tracks and by the contact between the reference contact element and the reference contact track, the number of main positions of the switch being equal to the number of tracks of the or of each group such that all of the tracks of the or of each group can be selected for their manual activation by the pushbutton switch or switches, by the switch, of which each main position (M1, M2) has the effect of selecting one of the tracks of the or of each group, the electronic board being adapted to associate functionally for each main position (M1, M2) of the switch, the selected track with the associated pushbutton switch or, in case of a plurality of pushbutton switches, the entirety of tracks selected simultaneously with the associated pushbutton switches.
Cleaning device, intended to spray at least one fluid towards a surface to be cleaned of a motor vehicle, such as an optical sensor of an optical detection system, comprising at least one fluid intake and distribution device into which are selectively admitted a cleaning fluid and a drying fluid through two distinct sets of runs (112,160,14,21; 113,114, 22) from an intake end-fitting (110, 111) specific to each fluid, characterized in that the fluid intake and distribution device comprises a blocking element movable between a first position of blocking of a set of runs (112,160,14, 21) of one of the fluids and a second position of clearing of this same set of runs,the blocking element being rendered movable by the pressure differential between the drying fluid and the cleaning fluid on either side of the blocking element.
A locating system for a plurality of items, the system comprising: a plurality of glowable devices, each glowable device including a passive RFID tag programmed with a unique tag identifier and an electroluminescent layer on a surface of the RFID tag, each glowable device being adapted to be secured to one of the items; and an RFID reader arranged to selectively interrogate the RFID tags based on the unique tag identifier; wherein an RFID tag is arranged to cause its surface-mounted electroluminescent layer mounted to a first surface of the RFID tag to glow in response to the selective interrogation and to transmit a tag response back to the RFID reader in response to the selective interrogation to enable the RFID reader to determine the position of the RFID tag relative to the RFID reader, characterized in that the locating system further uses measurements of received signal strength to determine the relative position of the transmitting RFID tag and identify relative elevation and azimuth of the transmitting RFID tag according to the polarization of the tag response. a plurality of glowable devices, each glowable device including a passive RFID tag programmed with a unique tag identifier and an electroluminescent layer on a surface of the RFID tag, each glowable device being adapted to be secured to one of the items; and an RFID reader arranged to selectively interrogate the RFID tags based on the unique tag identifier; wherein an RFID tag is arranged to cause its surface-mounted electroluminescent layer mounted to a first surface of the RFID tag to glow in response to the selective interrogation and to transmit a tag response back to the RFID reader in response to the selective interrogation to enable the RFID reader to determine the position of the RFID tag relative to the RFID reader, characterized in that the locating system further uses measurements of received signal strength to determine the relative position of the transmitting RFID tag and identify relative elevation and azimuth of the transmitting RFID tag according to the polarization of the tag response.
A method for transmitting signals at a User Equipment, UE,, in a multi-antenna wireless communication system, the method comprising: receiving a first uplink grant from a Base Station, BS; transmitting transport blocks, TBs, and demodulation Reference Signals, DMRSs, for the TBs via a plurality of layers for the multi-antenna wireless communication system based on the first uplink grant; receiving ACKnowledgment/Negative ACKnowledgment, ACK/NACK, information for the transmitted TBs; and retransmitting at least one TB and the DMRS for the at least one TB via at least one layer according to the ACK/NACK information, wherein a second uplink grant for retransmission is not received from the BS, wherein, if the number of the at least one TB is less than the number of the TBs initially transmitted, cyclic shift values and Orthogonal Cover Codes, OCCs, applied to the DMRSs allocated to each layer for retransmission for the at least one TB are configured based on a cyclic shift field included in the first uplink grant, wherein, if the number of the at least one TB is equal to the number of TBs, the cyclic shift values and the OCCs applied to the DMRSs for the at least one TB are the same as those of the DMRS for the TBs allocated to the layers for the initial transmission. receiving a first uplink grant from a Base Station, BS; transmitting transport blocks, TBs, and demodulation Reference Signals, DMRSs, for the TBs via a plurality of layers for the multi-antenna wireless communication system based on the first uplink grant; receiving ACKnowledgment/Negative ACKnowledgment, ACK/NACK, information for the transmitted TBs; and retransmitting at least one TB and the DMRS for the at least one TB via at least one layer according to the ACK/NACK information, wherein a second uplink grant for retransmission is not received from the BS, wherein, if the number of the at least one TB is less than the number of the TBs initially transmitted, cyclic shift values and Orthogonal Cover Codes, OCCs, applied to the DMRSs allocated to each layer for retransmission for the at least one TB are configured based on a cyclic shift field included in the first uplink grant, wherein, if the number of the at least one TB is equal to the number of TBs, the cyclic shift values and the OCCs applied to the DMRSs for the at least one TB are the same as those of the DMRS for the TBs allocated to the layers for the initial transmission.
A turret mooring system (100; 400) for a floating process and storage offloading, FPSO, vessel or a FLNG vessel (150; 250), said system comprising a turret structure and a bearing support structure (110, 115); the turret structure to be placed within a moonpool in a hull of the vessel and rotatably held within the moonpool via the bearing support structure, the bearing support structure comprising a radial support and an axial support; the radial support comprising a plurality of radial wheels, the axial support comprising a plurality of axial bogies; the vessel having a topside process deck and a hull with a bottom, wherein the hull has a height of at least 35 meter between the bottom and the topside process deck, the radial support is vertically positioned in the turret structure between the collar deck and a bottom part of the hull, the turret structure comprises a collar deck and the collar deck is positioned vertically below an elevation of the topside process deck, characterized in that the axial support is vertically positioned in the turret structure between the collar deck and the radial support, such that the collar deck is on top of the axial bogies wherein the bearing arrangement is positioned at a vertical distance below the elevation of the topside process deck such that there is at least one interdeck space of at least 6 meters between the topside process deck and a top level of the bearing arrangement (110, 115), and wherein said interdeck space is large enough to locate process equipment in said interdeck space. the turret structure to be placed within a moonpool in a hull of the vessel and rotatably held within the moonpool via the bearing support structure, the bearing support structure comprising a radial support and an axial support; the radial support comprising a plurality of radial wheels, the axial support comprising a plurality of axial bogies; the vessel having a topside process deck and a hull with a bottom, wherein the hull has a height of at least 35 meter between the bottom and the topside process deck, the radial support is vertically positioned in the turret structure between the collar deck and a bottom part of the hull, the turret structure comprises a collar deck and the collar deck is positioned vertically below an elevation of the topside process deck, characterized in that the axial support is vertically positioned in the turret structure between the collar deck and the radial support, such that the collar deck is on top of the axial bogies wherein the bearing arrangement is positioned at a vertical distance below the elevation of the topside process deck such that there is at least one interdeck space of at least 6 meters between the topside process deck and a top level of the bearing arrangement (110, 115), and wherein said interdeck space is large enough to locate process equipment in said interdeck space.
A pharmaceutical composition comprising a peripheral opioid antagonist for use in a method of treating a disease or disorder characterized by abnormal migration or proliferation of endothelial cells, the method comprising administering an effective amount of the peripheral opioid antagonist to a subject in need thereof, wherein the peripheral opioid antagonist is methylnaltrexone, wherein the methylnaltrexone inhibits or reduces abnormal migration or proliferation of endothelial cells, wherein the endothelial cells are vascular cells, and the abnormal migration or proliferation is abnormal angiogenesis.
A freestanding booth comprising upstanding peripheral walls, a roof and a base upon which the booth stands in use, one of the walls defining an opening that is closed by a door, wherein the base extends along a basal edge of a first of the walls, the first wall being fixed to the base via a first levelling assembly, the first levelling assembly comprising a first height adjustment mechanism and a second height adjustment mechanism that are spaced apart from one another in a longitudinal direction of the basal edge of the first wall and are independently adjustable for altering an angle of the basal edge of the first wall relative to the ground, and wherein one or more of the walls comprises a frame that is fixed to the base and one or more wall panels that are fixed to the frame, wherein each of the first and second height adjustment mechanisms (8, 9) comprises a first threaded member fixed to the base and a second threaded member that engages the first threaded member and supports the respective wall, characterized in that the first wall comprises one of the frames, which comprises an elongate basal frame member that is supported by the respective second threaded members.