mhurhangee/ep-ind-claims huggingface dataset:
A method for providing a multimedia broadcast/multicast service, MBMS, services in a mobile communication system, the mobile communication system including a Node B capable of communicating with a user equipment, UE, in a cell occupied by the Node B, and a radio network controller, RNC, for controlling communication of the Node B and the UE, a serving general packet radio service, GPRS, support node, SGSN, for managing the RNC and the UE to provide a packet switched, PS, service and a circuit switched, CS, service to the UE, the method comprising: transmitting, by the UE to the RNC, a connection setup message for the CS service of the UE, the connection setup message comprising an MBMS service activation indicator to inform that the UE has joined at least one MBMS service, wherein the UE is in a packet mobility management-Idle, PMM-Idle, state, and wherein the connection setup message is transmitted for a RRC connection setup procedure between the UE and the RNC; and receiving MBMS service by the UE through the RNC, wherein the RNC adds information on the UE to an MBMS service context according to a list of at least one MBMS service that the UE has joined, the list being included in an service list response message received by the RNC from the SGSN, in response to a service list request message, containing an identity of the UE, and transmitted by the RNC to the SGSN. transmitting, by the UE to the RNC, a connection setup message for the CS service of the UE, the connection setup message comprising an MBMS service activation indicator to inform that the UE has joined at least one MBMS service, wherein the UE is in a packet mobility management-Idle, PMM-Idle, state, and wherein the connection setup message is transmitted for a RRC connection setup procedure between the UE and the RNC; and receiving MBMS service by the UE through the RNC, wherein the RNC adds information on the UE to an MBMS service context according to a list of at least one MBMS service that the UE has joined, the list being included in an service list response message received by the RNC from the SGSN, in response to a service list request message, containing an identity of the UE, and transmitted by the RNC to the SGSN.
A sliding stem valve assembly comprising: a control valve having a fluid inlet and a fluid outlet, the control valve comprising a valve plug that is movably positioned between the fluid inlet and the fluid outlet to control fluid flow through the control valve, the valve plug being connected to a control valve stem; an actuator for moving the valve plug, the actuator comprising an actuator housing and a diaphragm mounted within the actuator housing, the diaphragm dividing the actuator housing into at least two chambers, an actuator stem being operatively coupled to the diaphragm at one end and moving in a reciprocating manner in response to movement of the diaphragm, the actuator stem being connected to the control valve stem at another end; and a hydraulic sleeve mounted between the control valve and the actuator housing, the hydraulic sleeve being connected to one of the control valve stem and the actuator stem, the hydraulic sleeve moving either the control valve stem or the actuator stem in response to varying hydraulic pressure within the hydraulic sleeve, characterized in that the hydraulic sleeve comprises an outer wall and an inner wall forming a sleeve housing; and a hydraulic piston movably disposed in the sleeve housing, the hydraulic piston movable along a longitudinal axis of the sleeve housing; wherein one of the actuator stem and the control valve stem passes through the hydraulic sleeve and the hydraulic piston is attached to one of the actuator stem, the control valve stem, and a stem connector. a control valve having a fluid inlet and a fluid outlet, the control valve comprising a valve plug that is movably positioned between the fluid inlet and the fluid outlet to control fluid flow through the control valve, the valve plug being connected to a control valve stem; an actuator for moving the valve plug, the actuator comprising an actuator housing and a diaphragm mounted within the actuator housing, the diaphragm dividing the actuator housing into at least two chambers, an actuator stem being operatively coupled to the diaphragm at one end and moving in a reciprocating manner in response to movement of the diaphragm, the actuator stem being connected to the control valve stem at another end; and a hydraulic sleeve mounted between the control valve and the actuator housing, the hydraulic sleeve being connected to one of the control valve stem and the actuator stem, the hydraulic sleeve moving either the control valve stem or the actuator stem in response to varying hydraulic pressure within the hydraulic sleeve, characterized in that the hydraulic sleeve comprises an outer wall and an inner wall forming a sleeve housing; and a hydraulic piston movably disposed in the sleeve housing, the hydraulic piston movable along a longitudinal axis of the sleeve housing; wherein one of the actuator stem and the control valve stem passes through the hydraulic sleeve and the hydraulic piston is attached to one of the actuator stem, the control valve stem, and a stem connector.
A method for providing a visual indication of a desired value of room temperature (Tset) for an electronic thermostat, method characterised by comprising: - storing a table associating a plurality of temperature values with a corresponding plurality of triads of colour percentages according to the RGB colour model; - determining a desired triad of colour percentages by means of interpolation of the triads of colour percentages of said table by using the desired value of temperature (Tset) as input data; and - powering at least one RGB light source as a function of the desired triad of colour percentages, so as to generate a light signal having a colour that is correlated to the desired value of temperature (Tset). - storing a table associating a plurality of temperature values with a corresponding plurality of triads of colour percentages according to the RGB colour model; - determining a desired triad of colour percentages by means of interpolation of the triads of colour percentages of said table by using the desired value of temperature (Tset) as input data; and - powering at least one RGB light source as a function of the desired triad of colour percentages, so as to generate a light signal having a colour that is correlated to the desired value of temperature (Tset).
Friction paper comprising 5 to 55 wt.% filler, 5 to 60 wt.% para-aramid pulp, and 5 to 50 wt.% resin, characterised in that the para-aramid pulp comprises 0.1 to 10 wt.% of polyvinyl pyrrolidone, the paper having a grammage in the range of 100 to 800 g/m2.
A re-sealable label for covering an access opening of a box, the re-sealable label including: a sheet of polymer material including a re-sealable adhesive and a permanent adhesive on an underside thereof, the permanent adhesive overlying a portion of the re-sealable adhesive; a liner adhered to the sheet of polymer material, the liner configured to cover the access opening of the box; a line of perforations in the sheet of polymer material forming a fold line defining a connecting tab, one or more of the perforations of the line of perforations including a rectilinear portion and a non-rectilinear portion extending from the rectilinear portion in a direction towards a free end of the connecting tab. a sheet of polymer material including a re-sealable adhesive and a permanent adhesive on an underside thereof, the permanent adhesive overlying a portion of the re-sealable adhesive; a liner adhered to the sheet of polymer material, the liner configured to cover the access opening of the box; a line of perforations in the sheet of polymer material forming a fold line defining a connecting tab, one or more of the perforations of the line of perforations including a rectilinear portion and a non-rectilinear portion extending from the rectilinear portion in a direction towards a free end of the connecting tab.
A radio frequency transceiver device comprising: a control register unit comprising one or more registers; a central processing unit arranged to access the one or more registers of the control register unit via a memory bus; a sequencer module comprising: one or more configuration registers connected to the central processing unit via a control bus; and one or more trigger inputs (208, 212, 213); and a sequencer memory module connected to the sequencer module, the sequencer memory module being arranged to store one or more read/write commands comprising instructions to read from and/or write to the registers within the control register unit; wherein the sequencer module is arranged such that upon receiving a trigger event via at least one of the one or more trigger inputs (208, 212, 213), it executes one or more sequences of read/write commands; characterised in that: the sequencer module further comprises one or more trigger configuration inputs arranged to allow characteristics of the one or more sequences to be tuned without requiring reconfiguration of the sequencer itself. a control register unit comprising one or more registers; a central processing unit arranged to access the one or more registers of the control register unit via a memory bus; a sequencer module comprising: one or more configuration registers connected to the central processing unit via a control bus; and one or more trigger inputs (208, 212, 213); and a sequencer memory module connected to the sequencer module, the sequencer memory module being arranged to store one or more read/write commands comprising instructions to read from and/or write to the registers within the control register unit; wherein the sequencer module is arranged such that upon receiving a trigger event via at least one of the one or more trigger inputs (208, 212, 213), it executes one or more sequences of read/write commands; characterised in that: the sequencer module further comprises one or more trigger configuration inputs arranged to allow characteristics of the one or more sequences to be tuned without requiring reconfiguration of the sequencer itself.
Water line having thermal insulation between an inner pipe and an outer pipe and having a leak measurement arrangement which is installed in the thermal insulation and comprises a sensor wire, which forms a part of a measurement circuit and extends along the water line, and a return wire, characterised in that the sensor wire together with the return wire forms the core of the leak measurement cable which has a closed sheath consisting of a water-soluble polymer.
A particle-stabilized microcapsule obtainable by a process comprising the steps of: 1) suspending inorganic solid particles with at least one amine functionality in water, to form an aqueous phase; 2) suspending at least one maleic anhydride-containing polymer in a perfume or flavor oil to form an oil phase; and 3) adding the oil phase to the water phase and mixing the resulting emulsion to form a microcapsule with crosslinked particles present at the oil/water interface. 1) suspending inorganic solid particles with at least one amine functionality in water, to form an aqueous phase; 2) suspending at least one maleic anhydride-containing polymer in a perfume or flavor oil to form an oil phase; and 3) adding the oil phase to the water phase and mixing the resulting emulsion to form a microcapsule with crosslinked particles present at the oil/water interface.
A premixer assembly for a combustor of gas turbine engine having a central axis, comprising: at least one ring of premixers centered around the central axis of the engine, each premixer having a central axis different from the central axis of the engine, an annular peripheral wall surrounding a centerbody, and at least one swirler (518, 520) disposed between the centerbody and the peripheral wall, wherein the peripheral wall defines an inlet flow area of the premixer, and further wherein each of the peripheral walls includes a radially inboard portion and a radially outboard portion in relation to the central axis of the engine; and a lip extending forward along the central axis from the peripheral wall, the lip extending at an oblique angle to the central axis; and a fairing that interconnects the radially inboard portion of a first one of the peripheral walls to a radially outboard wall portion of a second one of the peripheral walls that is adjacent the first one of the peripheral walls, such that the fairing blocks off an intermediate passage between two peripheral walls, wherein the fairing extends at an oblique angle to the central axis so as to cross at least a portion of a forward projection of the inlet flow area of one of first and second peripheral walls; wherein the premixers are arranged in two or more axially adjacent rings; and wherein a first lip extends from the radially inboard wall portion of one of the peripheral walls. at least one ring of premixers centered around the central axis of the engine, each premixer having a central axis different from the central axis of the engine, an annular peripheral wall surrounding a centerbody, and at least one swirler (518, 520) disposed between the centerbody and the peripheral wall, wherein the peripheral wall defines an inlet flow area of the premixer, and further wherein each of the peripheral walls includes a radially inboard portion and a radially outboard portion in relation to the central axis of the engine; and a lip extending forward along the central axis from the peripheral wall, the lip extending at an oblique angle to the central axis; and a fairing that interconnects the radially inboard portion of a first one of the peripheral walls to a radially outboard wall portion of a second one of the peripheral walls that is adjacent the first one of the peripheral walls, such that the fairing blocks off an intermediate passage between two peripheral walls, wherein the fairing extends at an oblique angle to the central axis so as to cross at least a portion of a forward projection of the inlet flow area of one of first and second peripheral walls; wherein the premixers are arranged in two or more axially adjacent rings; and wherein a first lip extends from the radially inboard wall portion of one of the peripheral walls.
An Optical channel Data Unit flex, ODUflex, resizing method, in a node in an Optical Transport Network, OTN,, comprising: determining, based on monitoring an egress cell rate or an ingress flow rate, that the ODUflex requires resizing, wherein the ODUflex is configured in the OTN network on a current path between the node and a second node in the OTN network; when the resizing is a decrease, reducing a size of the ODUflex by one of i) a resize decrease operation using a control plane and ii) a Link Aggregation Group, LAG, and Make-Before-Break, MBB, operation; and when the resizing is an increase, increasing a size of the ODUflex by one of i) a resize increase operation using a control plane and ii) a Link Aggregation Group and Make-Before-Break operation, characterised by the resizing being done in a hitless manner and without using associated state machines and rate ramping of ITU-T Recommendation G.7044/Y.1347-10/2011 via one of i) the control plane signaling to partially configure or reserve a resized path, suspending transfer of packets across the ODUflex just prior to physical resizing when buffering is available, and signaling to the partially configured or reserved resized path, and ii) in the LAG, creating a new pipe while maintaining an initial pipe, performing the MBB operation between the new pipe and the initial pipe, and deleting the initial pipe. determining, based on monitoring an egress cell rate or an ingress flow rate, that the ODUflex requires resizing, wherein the ODUflex is configured in the OTN network on a current path between the node and a second node in the OTN network; when the resizing is a decrease, reducing a size of the ODUflex by one of i) a resize decrease operation using a control plane and ii) a Link Aggregation Group, LAG, and Make-Before-Break, MBB, operation; and when the resizing is an increase, increasing a size of the ODUflex by one of i) a resize increase operation using a control plane and ii) a Link Aggregation Group and Make-Before-Break operation, characterised by the resizing being done in a hitless manner and without using associated state machines and rate ramping of ITU-T Recommendation G.7044/Y.1347-10/2011 via one of i) the control plane signaling to partially configure or reserve a resized path, suspending transfer of packets across the ODUflex just prior to physical resizing when buffering is available, and signaling to the partially configured or reserved resized path, and ii) in the LAG, creating a new pipe while maintaining an initial pipe, performing the MBB operation between the new pipe and the initial pipe, and deleting the initial pipe. i) the control plane signaling to partially configure or reserve a resized path, suspending transfer of packets across the ODUflex just prior to physical resizing when buffering is available, and signaling to the partially configured or reserved resized path, and ii) in the LAG, creating a new pipe while maintaining an initial pipe, performing the MBB operation between the new pipe and the initial pipe, and deleting the initial pipe.
A method for transmitting packet data in a CDMA communication system, comprising: determining which priority queue a data packet to be transmitted is stored in; forming a control message for each data packet and having included therein an identifier of the priority queue in which the data packet is stored; transmitting the data packet on a data channel; and transmitting the control message on a control channel that accompanies the data channel. determining which priority queue a data packet to be transmitted is stored in; forming a control message for each data packet and having included therein an identifier of the priority queue in which the data packet is stored; transmitting the data packet on a data channel; and transmitting the control message on a control channel that accompanies the data channel.
A method comprising: (a) obtaining a reservoir model for a subsurface reservoir; (b) identifying a current state of the subsurface reservoir using the reservoir model; (c) determining (415, 417) from the current state of the subsurface reservoir, whether a bottom hole pressure limit is reached or whether to force a bottom hole pressure to fixed value; (d) selecting, by a computer processor, a fixed bottom hole pressure optimization function when a bottom hole pressure limit is reached or when a determination is made to force the bottom hole pressure to a fixed value or selecting, by a computer processor, a variable bottom hole pressure optimization function; (e) calculating, by the computer processor, a plurality of valve positions of a plurality of physical devices to minimize a gas and water production using the selected fixed bottom hole pressure optimization function or the selected variable bottom hole pressure optimization function; and (f) implementing the plurality of valve positions. (a) obtaining a reservoir model for a subsurface reservoir; (b) identifying a current state of the subsurface reservoir using the reservoir model; (c) determining (415, 417) from the current state of the subsurface reservoir, whether a bottom hole pressure limit is reached or whether to force a bottom hole pressure to fixed value; (d) selecting, by a computer processor, a fixed bottom hole pressure optimization function when a bottom hole pressure limit is reached or when a determination is made to force the bottom hole pressure to a fixed value or selecting, by a computer processor, a variable bottom hole pressure optimization function; (e) calculating, by the computer processor, a plurality of valve positions of a plurality of physical devices to minimize a gas and water production using the selected fixed bottom hole pressure optimization function or the selected variable bottom hole pressure optimization function; and (f) implementing the plurality of valve positions.
A dewatering device for aggregate product for use with an existing drying system for dewatering aggregate product, said existing drying system comprising a conveyor to move the aggregate product, and said dewatering device comprising: a vibrating screen for receiving aggregate product from the existing drying system conveyor, said vibrating screen including a vibrating system to move said screen; a recycle system positioned at least partially below the vibrating screen to receive fine materials passed through the screen; and characterized in that said recycle system includes an underflume with an aperture and a return hose operatively connected to the underflume to direct the fine materials through the recycling system and back towards the vibrating screen; and said dewatering device being independent of the existing drying system in a manner that the dewatering device can be portable in relation to the existing drying system. a vibrating screen for receiving aggregate product from the existing drying system conveyor, said vibrating screen including a vibrating system to move said screen; a recycle system positioned at least partially below the vibrating screen to receive fine materials passed through the screen; and characterized in that said recycle system includes an underflume with an aperture and a return hose operatively connected to the underflume to direct the fine materials through the recycling system and back towards the vibrating screen; and said dewatering device being independent of the existing drying system in a manner that the dewatering device can be portable in relation to the existing drying system.
An apparatus comprising: means for storing a data value and error-correcting code, ECC, data associated with the data value; means for storing mapping information that maps memory addresses (162, 408) of a means for storing main memory data to wordlines of a means for storing cache data, wherein the means for storing cache data comprises the means for storing the data value and the ECC data; and means for storing recovery bits that stores additional error correction data, wherein the additional error correction data identifies a first bit position of the data value to be changed in an error correction operation, and wherein the means for storing recovery bits comprises a volatile memory device. means for storing a data value and error-correcting code, ECC, data associated with the data value; means for storing mapping information that maps memory addresses (162, 408) of a means for storing main memory data to wordlines of a means for storing cache data, wherein the means for storing cache data comprises the means for storing the data value and the ECC data; and means for storing recovery bits that stores additional error correction data, wherein the additional error correction data identifies a first bit position of the data value to be changed in an error correction operation, and wherein the means for storing recovery bits comprises a volatile memory device.