mhurhangee/patent-ind-claim-en huggingface dataset:
A method for achieving a call transfer from one device to another device by a soft handoff across different networks assisted by an end-to-end application protocol , running on user agents, the method comprising: communicating between a first user agent and a second user agent using a first communication link through a first network ; negotiating to use a second communication link for the same call; establishing the second communication link through a second network between a third user agent and the second user agent while maintaining the first communication link; sending from the second user agent related data through the first communication link to the first user agent and through the second communication link to the third user agent, the related data being for the same call; dropping the first communication link at the first user agent; and continuing communication using the second communication link between the third user agent and the second user agent; wherein the negotiating is performed between the first user agent and the second user agent in order to establish a new connection for the call using the third user agent, said third user agent establishing the second communication link. communicating between a first user agent and a second user agent using a first communication link through a first network ; negotiating to use a second communication link for the same call; establishing the second communication link through a second network between a third user agent and the second user agent while maintaining the first communication link; sending from the second user agent related data through the first communication link to the first user agent and through the second communication link to the third user agent, the related data being for the same call; dropping the first communication link at the first user agent; and continuing communication using the second communication link between the third user agent and the second user agent; wherein the negotiating is performed between the first user agent and the second user agent in order to establish a new connection for the call using the third user agent, said third user agent establishing the second communication link.
A compression molding assembly for molding a honeycomb core of a blocker door , wherein the honeycomb core comprises a plurality of cells defined by a plurality of walls , said compression molding assembly comprising: a ram plate comprising a plurality of openings defined therethrough; and characterised by a plurality of core inserts coupled to said ram plate and configured to form the honeycomb core of the blocker door , wherein each said core insert is removably coupled with a respective opening of said plurality of openings such that each core insert is configured to form a respective cell of the plurality of cells . a ram plate comprising a plurality of openings defined therethrough; and characterised by a plurality of core inserts coupled to said ram plate and configured to form the honeycomb core of the blocker door , wherein each said core insert is removably coupled with a respective opening of said plurality of openings such that each core insert is configured to form a respective cell of the plurality of cells .
Cover assembly and blade mount housed by the cover assembly , wherein the blade mount is configured to couple a blade to a rotatable shaft , the blade mount comprising a latch assembly to secure the at least one blade within a blade reception channel of the blade mount , characterized in that the cover assembly comprises a side wall extending around a periphery of the cover assembly to form a cavity in which the blade mount is provided, the side wall extending substantially around a periphery of the blade mount , wherein the cover assembly further comprises a cover base proximate to the shaft , and a cover top , wherein the cover top is configured to pivot relative to the cover base between an open position and a closed position and, in the closed position, engage the cover base via a cover latch assembly , wherein the cover latch assembly is disposed proximate to a periphery of the cover assembly at an opposite side of the cover assembly relative to a pivot assembly about which the cover top pivots relative to the cover base , and wherein the pivot assembly comprises a first bracket supporting a pivot hook , wherein the cover latch assembly is supported by a second bracket , and wherein the first and second brackets combine to hold the blade mount within the cover base .
A process for providing a polymer that comprises polyene and α-olefin mer, said process comprising a) contacting ethylenically unsaturated hydrocarbons that comprise at least one polyene and at least one α-olefin with a catalyst composition that comprises a catalyst activator and a complex defined by the general formula where M represents a Group 3 metal atom, L represents a neutral Lewis base, z is an integer of from 0 to 3 inclusive, m is an integer of from 1 to 5 inclusive, n is 1 or 2, each R 1 is an electron withdrawing group or atom selected from halogen atoms and haloalkyl groups or an electron rich group selected from C 1 -C 6 alkyl groups, and R 2 is an X-type, monoanionic ligand, with the proviso that the R 1 -containing phenyl group is attached at either the 2- or 3-positions of the indenyl ligand; and b) allowing said polymer to form from said ethylenically unsaturated hydrocarbons. a) contacting ethylenically unsaturated hydrocarbons that comprise at least one polyene and at least one α-olefin with a catalyst composition that comprises a catalyst activator and a complex defined by the general formula where M represents a Group 3 metal atom, L represents a neutral Lewis base, z is an integer of from 0 to 3 inclusive, m is an integer of from 1 to 5 inclusive, n is 1 or 2, each R 1 is an electron withdrawing group or atom selected from halogen atoms and haloalkyl groups or an electron rich group selected from C 1 -C 6 alkyl groups, and R 2 is an X-type, monoanionic ligand, with the proviso that the R 1 -containing phenyl group is attached at either the 2- or 3-positions of the indenyl ligand; and M represents a Group 3 metal atom, L represents a neutral Lewis base, z is an integer of from 0 to 3 inclusive, m is an integer of from 1 to 5 inclusive, n is 1 or 2, each R 1 is an electron withdrawing group or atom selected from halogen atoms and haloalkyl groups or an electron rich group selected from C 1 -C 6 alkyl groups, and R 2 is an X-type, monoanionic ligand, b) allowing said polymer to form from said ethylenically unsaturated hydrocarbons.
A portable enteral feeding apparatus comprising:- a pouch which defines a reservoir for enteral fluid and having a pouch outlet for delivery of enteral fluid from the pouch; an outlet spout having a pouch spigot connected to the pouch outlet and a connector spigot which is adapted for mounting of a connector shaft; a valve mounted to the spout; the connector spigot having mounting means for mounting a connector shaft of a PEG feeding system to the connector spigot when a connector shaft is extended through the valve; and an interlock to prevent fixing of a connector shaft to the connector spigot if a connector shaft is not extended through the valve, characterized in that , the connector spigot comprises a plurality of grooves and the interlock comprises an end stop in at least one of the grooves to prevent passage of a connector shaft formation. a pouch which defines a reservoir for enteral fluid and having a pouch outlet for delivery of enteral fluid from the pouch; an outlet spout having a pouch spigot connected to the pouch outlet and a connector spigot which is adapted for mounting of a connector shaft; a valve mounted to the spout; the connector spigot having mounting means for mounting a connector shaft of a PEG feeding system to the connector spigot when a connector shaft is extended through the valve; and an interlock to prevent fixing of a connector shaft to the connector spigot if a connector shaft is not extended through the valve, characterized in that , the connector spigot comprises a plurality of grooves and the interlock comprises an end stop in at least one of the grooves to prevent passage of a connector shaft formation.
A compound of Formula I: wherein R 1 represents hydrogen or C 1-2 alkyl, which alkyl group is optionally substituted by one or more fluorine atoms; wherein R 2 represents hydrogen or a group selected from the list consisting of C 1-4 alkyl, phenyl and benzyl; or a pharmaceutically acceptable salt thereof, provided that the compound or pharmaceutically acceptable salt thereof is not the compound of Formula II: wherein R 1 represents hydrogen or C 1-2 alkyl, which alkyl group is optionally substituted by one or more fluorine atoms; wherein R 2 represents hydrogen or a group selected from the list consisting of C 1-4 alkyl, phenyl and benzyl; or a pharmaceutically acceptable salt thereof, provided that the compound or pharmaceutically acceptable salt thereof is not the compound of Formula II:
A method executed by one or more processors, comprising: receiving an image of a scene in real world, the image comprising a plurality of distances to points in the real world; using the plurality of distances, to identify a set of surfaces in the scene; selecting an element of information to project onto the scene, the element of information being selected from multiple elements that are independent of one another and can be projected on different surfaces; comparing an area of a rectangle to display the selected element to a total number of pixels in a region of the image corresponding to a surface in the set of surfaces; selecting the surface from the set of surfaces, on which the element of information can be projected, the surface being found by the comparing to have a number of pixels greater or equal to the area of the rectangle to accommodate the element of information; identifying a transfer function to use the selected surface,; applying the transfer function to the element of information; and storing a transformed element resulting from the applying in a frame buffer in a memory for projection onto the surface. receiving an image of a scene in real world, the image comprising a plurality of distances to points in the real world; using the plurality of distances, to identify a set of surfaces in the scene; selecting an element of information to project onto the scene, the element of information being selected from multiple elements that are independent of one another and can be projected on different surfaces; comparing an area of a rectangle to display the selected element to a total number of pixels in a region of the image corresponding to a surface in the set of surfaces; selecting the surface from the set of surfaces, on which the element of information can be projected, the surface being found by the comparing to have a number of pixels greater or equal to the area of the rectangle to accommodate the element of information; identifying a transfer function to use the selected surface,; applying the transfer function to the element of information; and storing a transformed element resulting from the applying in a frame buffer in a memory for projection onto the surface.
A method performed in a New Radio, NR, network having a plurality of transmit and receive points communicatively coupled to one or more access units , where a first subset of transmit and receive points of the plurality of transmit and receive points are associated with a first cell identifier, ID, and where a second subset of transmit and receive points of the plurality of transmit and receive points are associated with a second cell ID, the method comprising: transmitting from or receiving by a first group of transmit and receive points comprising at least one of the transmit and receive points of the first subset of transmit and receive points a first signal or channel for a first user equipment, UE , using a first UE ID assigned to the first UE via at least one of the transmit and receive points of the second subset of transmit and receive points; and transmitting from or receiving by the first group of transmit and receive points a second signal or channel for a second UE using a second UE ID assigned to the second UE via at least one of the transmit and receive points of the first subset of transmit and receive points in place of a third UE ID assigned to the second UE via at least one of the transmit and receive points of the second subset of transmit and receive points; characterized in that the first UE ID is from a first UE ID group; and the second UE ID is from a second UE ID group; and the method further comprises disabling, by one of the plurality of the transmit and receive points , use of the first UE ID group. transmitting from or receiving by a first group of transmit and receive points comprising at least one of the transmit and receive points of the first subset of transmit and receive points a first signal or channel for a first user equipment, UE , using a first UE ID assigned to the first UE via at least one of the transmit and receive points of the second subset of transmit and receive points; and transmitting from or receiving by the first group of transmit and receive points a second signal or channel for a second UE using a second UE ID assigned to the second UE via at least one of the transmit and receive points of the first subset of transmit and receive points in place of a third UE ID assigned to the second UE via at least one of the transmit and receive points of the second subset of transmit and receive points; the first UE ID is from a first UE ID group; and the second UE ID is from a second UE ID group;
A connector assembly for a vehicle, the connector assembly comprising: a plug assembly comprising a plurality of plugs wherein each of the plugs comprises an insertion portion ; and a header assembly to which each of the plugs is to be inserted and coupled, the header assembly comprising: two header housings into which the plugs are to be inserted wherein the insertion portion of each of the plugs is to be inserted into a corresponding one of the header housings , and the two header housings are configured as an integral body; a partition wall configured to separate the two header housings ; and a guider integrally formed with an outer surface of the two header housings and aligned with the partition wall to restrict a coupling position of each of the plugs and guide coupling of each of the plugs , characterized in that each of the plugs comprises a guide flange to be coupled to an outer side of the corresponding header housing when the insertion portion is inserted into the corresponding header housing ; and the guider is provided such that the guide flange is to be in contact with the guider when each of the plugs is inserted into a corresponding header housing . a plug assembly comprising a plurality of plugs wherein each of the plugs comprises an insertion portion ; and a header assembly to which each of the plugs is to be inserted and coupled, the header assembly comprising: two header housings into which the plugs are to be inserted wherein the insertion portion of each of the plugs is to be inserted into a corresponding one of the header housings , and the two header housings are configured as an integral body; a partition wall configured to separate the two header housings ; and a guider integrally formed with an outer surface of the two header housings and aligned with the partition wall to restrict a coupling position of each of the plugs and guide coupling of each of the plugs , characterized in that each of the plugs comprises a guide flange to be coupled to an outer side of the corresponding header housing when the insertion portion is inserted into the corresponding header housing ; and the guider is provided such that the guide flange is to be in contact with the guider when each of the plugs is inserted into a corresponding header housing .
A patient restraint assembly including: a head restraint configured to extend around the patient's head, said head restraint including a first end configured to be positioned towards one side of the patient's head and a second end configured to be positioned towards the other side of the patient's head, at least one securement member extending from the first end of the head restraint, and at least one securement member extending from the second end of the head restraint, said securement members being configured to releasably secure said head restraint to a support table , characterised in that the patient restraint assembly comprises: an adjustment unit to adjust the tension in the securement member(s) , wherein adjustment of the adjustment unit applies the same force simultaneously to the securement member(s) at the first end and the securement member(s) at the second end of the head restraint. a head restraint configured to extend around the patient's head, said head restraint including a first end configured to be positioned towards one side of the patient's head and a second end configured to be positioned towards the other side of the patient's head, at least one securement member extending from the first end of the head restraint, and at least one securement member extending from the second end of the head restraint, said securement members being configured to releasably secure said head restraint to a support table , characterised in that the patient restraint assembly comprises: an adjustment unit to adjust the tension in the securement member(s) , wherein adjustment of the adjustment unit applies the same force simultaneously to the securement member(s) at the first end and the securement member(s) at the second end of the head restraint. an adjustment unit to adjust the tension in the securement member(s) , wherein adjustment of the adjustment unit applies the same force simultaneously to the securement member(s) at the first end and the securement member(s) at the second end of the head restraint.
An X-ray imaging detector comprising an X-ray converter for converting X-ray radiation into electrical charges, a detector plate for collecting the electrical charges generated by the X-ray converter and for generating an image, a data processing system for processing the image generated by the detector plate, and a structured plate for modulating an intensity of backscattered X-ray radiation, wherein the structured plate is arranged at a side of the detector plate opposite the side of the X-ray converter, and characterized in that the data processing system is configured to remove image distortions caused by the backscattered X-ray radiation using information about the structured plate. an X-ray converter for converting X-ray radiation into electrical charges, a detector plate for collecting the electrical charges generated by the X-ray converter and for generating an image, a data processing system for processing the image generated by the detector plate, and a structured plate for modulating an intensity of backscattered X-ray radiation, wherein the structured plate is arranged at a side of the detector plate opposite the side of the X-ray converter, and characterized in that the data processing system is configured to remove image distortions caused by the backscattered X-ray radiation using information about the structured plate.
A process for purifying alkanesulfonic anhydride which comprises the following steps of: (a) feeding a stream comprising alkanesulfonic anhydride, sulfuric acid, high boilers and residual low boilers into a melt crystallization to form crystals of the alkanesulfonic anhydride suspended in mother liquor, (b) performing a solid-liquid separation to remove the crystals from the mother liquor, (c) optionally washing the crystals to remove mother liquor adhering to the crystals. (a) feeding a stream comprising alkanesulfonic anhydride, sulfuric acid, high boilers and residual low boilers into a melt crystallization to form crystals of the alkanesulfonic anhydride suspended in mother liquor, (b) performing a solid-liquid separation to remove the crystals from the mother liquor, (c) optionally washing the crystals to remove mother liquor adhering to the crystals.
A method comprising: disposing a coating on a base of an assembly using a friction surfacing process, wherein the coating has a density greater than 98 percent of a theoretical density of the coating and a dilution less than 0.5 volume % of the coating.
A radio terminal for a radio communication system , the radio terminal comprising: a memory storing instructions; and at least one hardware processor configured to process the instructions to: control dual connectivity using a first cell served by a first radio station and a second cell served by a second radio station , transmit a first Power Headroom for the first cell and a second Power Headroom for the second cell to the second radio station , receive power configuration information related to transmission power determination of at least one of Uplink transmission in the first cell and Uplink transmission in the second cell , from the first radio station , and control Uplink transmission power based on the power configuration information, wherein the power configuration information includes information about maximum transmission power of the first cell and information about maximum transmission power of the second cell , the radio terminal being configured to receive the maximum transmission power in the second cell , which is adjusted in response to a request by the second radio station to the first radio station . a memory storing instructions; and at least one hardware processor configured to process the instructions to: control dual connectivity using a first cell served by a first radio station and a second cell served by a second radio station , transmit a first Power Headroom for the first cell and a second Power Headroom for the second cell to the second radio station , receive power configuration information related to transmission power determination of at least one of Uplink transmission in the first cell and Uplink transmission in the second cell , from the first radio station , and control Uplink transmission power based on the power configuration information, wherein control dual connectivity using a first cell served by a first radio station and a second cell served by a second radio station , transmit a first Power Headroom for the first cell and a second Power Headroom for the second cell to the second radio station , receive power configuration information related to transmission power determination of at least one of Uplink transmission in the first cell and Uplink transmission in the second cell , from the first radio station , and control Uplink transmission power based on the power configuration information, wherein the power configuration information includes information about maximum transmission power of the first cell and information about maximum transmission power of the second cell , the radio terminal being configured to receive the maximum transmission power in the second cell , which is adjusted in response to a request by the second radio station to the first radio station .
A gas turbine comprising an air intake casing for an intake section of the gas turbine, a thrust bearing and a journal bearing , the air intake casing comprising: a strut assembly comprising an inner ring ; and an inclined member connected to the inner ring , wherein the inclined member comprises a withdrawal part having an aperture portion formed therein, wherein the aperture portion has a width and a circumferential length greater than at least the journal bearing of the gas turbine and wherein the aperture portion is positioned in an upper portion of a region between the thrust bearing and the journal bearing . a strut assembly comprising an inner ring ; and an inclined member connected to the inner ring , wherein the inclined member comprises a withdrawal part having an aperture portion formed therein, wherein the aperture portion has a width and a circumferential length greater than at least the journal bearing of the gas turbine and wherein the aperture portion is positioned in an upper portion of a region between the thrust bearing and the journal bearing .