mhurhangee/ep-ind-claims huggingface dataset:
An aqueous emulsion comprising at least a vinyl polymer, said vinyl polymer comprising: a) 45 to 99 wt% of itaconate ester monomers having formula I: wherein R and R' are independently an alkyl or an aryl group; b) 0.1 to 15 wt% of ionic or potentially ionic unsaturated monomers; c) 0 to 54 wt% of unsaturated monomers, different from a) and b); and 0.9 to 54.9 wt% by weight of total monomers of a chaser monomer composition added subsequently and polymerised after the polymerisation of monomers a), b) and c); wherein a) + b) + c) and the chaser monomer composition add up to 100 %; and wherein the aqueous emulsion contains less than 0.5 wt% free itaconate ester based on the total weight of the aqueous emulsion. a) 45 to 99 wt% of itaconate ester monomers having formula I: wherein R and R' are independently an alkyl or an aryl group; b) 0.1 to 15 wt% of ionic or potentially ionic unsaturated monomers; c) 0 to 54 wt% of unsaturated monomers, different from a) and b); and 0.9 to 54.9 wt% by weight of total monomers of a chaser monomer composition added subsequently and polymerised after the polymerisation of monomers a), b) and c);
A linear compressor comprising: a mover which linearly reciprocates; a stator generating a driving force to allow the mover to linearly reciprocate and having a cylinder space therein; a cylinder inserted into the cylinder space of the stator and having a compression space in which refrigerant is compressed; a piston coupled to the mover and reciprocating in an axial direction inside the cylinder; a frame provided on one side of the stator and supporting the stator in an axial direction; and characterised by comprising further a cylinder support member separated from the frame, provided at least between an inner circumferential surface of the stator and an outer circumferential surface of the cylinder, having one end fixed to the stator and the other end fixed to the cylinder, and supporting the cylinder relative to the stator in the axial direction. a mover which linearly reciprocates; a stator generating a driving force to allow the mover to linearly reciprocate and having a cylinder space therein; a cylinder inserted into the cylinder space of the stator and having a compression space in which refrigerant is compressed; a piston coupled to the mover and reciprocating in an axial direction inside the cylinder; a frame provided on one side of the stator and supporting the stator in an axial direction; and characterised by comprising further a cylinder support member separated from the frame, provided at least between an inner circumferential surface of the stator and an outer circumferential surface of the cylinder, having one end fixed to the stator and the other end fixed to the cylinder, and supporting the cylinder relative to the stator in the axial direction.
A method of producing a curved plate by additive layer manufacture, the method including: building up the plate layer-by-layer such that a first layer forms a bottom edge of the plate and the plate is additively extended upwards therefrom by subsequent layers such that a last layer forms an opposing top edge of the plate, wherein spaced, first and second lateral edges of the plate each grow layer-by-layer to extend between respective ends of the bottom and top edges, and the plate thus built up arches over from the bottom edge to adopt a curved shape on cross-sections through the plate normal to the bottom edge; simultaneously building up layer-by-layer with the plate first and second sacrificial plate additions along respectively the first and second lateral edges, each sacrificial plate addition continuing the geometry of the plate beyond its lateral edge such that the additions also arch over from the bottom edge to adopt a curved shape on cross-sections through the additions normal to the bottom edge; and removing the sacrificial plate additions. building up the plate layer-by-layer such that a first layer forms a bottom edge of the plate and the plate is additively extended upwards therefrom by subsequent layers such that a last layer forms an opposing top edge of the plate, wherein spaced, first and second lateral edges of the plate each grow layer-by-layer to extend between respective ends of the bottom and top edges, and the plate thus built up arches over from the bottom edge to adopt a curved shape on cross-sections through the plate normal to the bottom edge; simultaneously building up layer-by-layer with the plate first and second sacrificial plate additions along respectively the first and second lateral edges, each sacrificial plate addition continuing the geometry of the plate beyond its lateral edge such that the additions also arch over from the bottom edge to adopt a curved shape on cross-sections through the additions normal to the bottom edge; and removing the sacrificial plate additions.
Method for handling a load, in particular a sheet metal coil, in the form of a cylinder comprising a through central bore, a peripheral wall and two flat and parallel side walls (4, 5) corresponding to the thickness of said cylinder, method in which said load is tilted by a quarter turn in one direction in order to move it between a first position, called a vertical axis position, in which the axis of said load is vertical, and a second position, called the horizontal axis position, in which the axis of said load is horizontal, making it possible to take this load from a plane support in order to load it onto a machine, such as a reel provided with a mandrel with a horizontal axis on which said load is positioned via its central bore, and conversely, said load is tilted in an opposite direction in order to move it between its horizontal axis position and its vertical axis position, making it possible to unload said load from the machine to deposit it on a flat support, characterised in that, in order to tilt said load from a vertical axis position to a horizontal axis position and vice versa, a handling device (10, 40) according to any one of claims 5 to 19 is used, carried by a lifting machine according to claim 20, and arranged to grip said load by its outer casing defined by its lower side wall when said load is in the vertical axis position, and its peripheral wall, in such a way as to carry said load from below and to release the central bore of said load making it possible to load it onto said machine, without releasing said load.
An organometallic precursor corresponding in structure to Formula I below: wherein R 1 is C 1 -C 8 -alkyl; R 2 is C 3 -C 8 -alkyl; x is zero, 1 or 2; and y is 1. R 1 is C 1 -C 8 -alkyl; R 2 is C 3 -C 8 -alkyl; x is zero, 1 or 2; and y is 1.
A computer-implemented method of transmitting encrypted data from an origination endpoint having a source identifier, ID, to a destination endpoint having a destination ID in a Generic Resilient Identity Services, GRIDS, network, the method being performed by one or more processors of an origination endpoint, the method comprising: accessing payload data to be transmitted to the destination endpoint; generating an identifier security header; prepending the identifier security header to the payload data to generate second data; encrypting the second data; generating authentication data based on the encrypted second data; appending the authentication data to the encrypted second data to generate third data; prepending an IP header and and an ID header to the third data to generate fourth data, wherein the IP header includes a destination IP address and the ID header includes the destination ID and the source ID; and sending the fourth data to the destination. accessing payload data to be transmitted to the destination endpoint; generating an identifier security header; prepending the identifier security header to the payload data to generate second data; encrypting the second data; generating authentication data based on the encrypted second data; appending the authentication data to the encrypted second data to generate third data; prepending an IP header and and an ID header to the third data to generate fourth data, wherein the IP header includes a destination IP address and the ID header includes the destination ID and the source ID; and sending the fourth data to the destination.
A base station communicating with an OFDM system using a plurality of subcarriers comprising: a user data channel transmitting unit configured to transmit user data to a mobile station on a user data channel; a control channel transmitting unit configured to transmit control information on a control channel, a multiplexing section for multiplexing the user data and the control information, characterized by the control information including both information indicating a destination of the user data and transmit power information of an ACK/NACK signal, the control information specifying a frequency resource to be used by the mobile station for transmitting the ACK/NACK signal in response to the user data; and a receiving unit configured to receive the ACK/NACK signal, which is transmitted from the mobile station using the frequency resource specified by the control information. a user data channel transmitting unit configured to transmit user data to a mobile station on a user data channel; a control channel transmitting unit configured to transmit control information on a control channel, a multiplexing section for multiplexing the user data and the control information,
A linear friction welding machine, which comprises an upsetting unit and an oscillator unit, each of which has a clamping holder (4, 5) for a workpiece and both clamping holders (4, 5) are provided so that workpieces clamped there are held with their surfaces (12, 13) to be welded facing each other and aligned with each other, wherein the clamping holder of the upsetting unit can move linearly relative to that of the oscillator unit and the latter can move back and forth in an oscillating manner in an oscillation direction (d) perpendicularly to the travel direction (c) of the upsetting unit and is rigidly fastened at one end of vertical and horizontal supports (20, 21, 28), the other ends of which are rigidly anchored on support bodies (23, 22, 24), characterized in that the supports (20, 21, 28) are designed such that they are elastically resiliently bendable in the oscillating direction (d) and in that the supports (20, 21, 28) are designed to be resistant to buckling when loaded in the travel direction (c) of the clamping holder of the upsetting unit, the buckling resistance, corresponding to the ratio of buckling force to acting force, being at least in the range from 5 to 10.
A nucleic acid molecule comprising: (a) a nucleotide sequence encoding a chimeric antigen receptor, and (b) a nucleotide sequence encoding a soluble HVEM ectodomain polypeptide, wherein the CAR binds to a cell surface antigen selected from the group consisting of CD19, CD20, CD22, CD30, Igk and ROR1, and wherein the soluble HVEM ectodomain polypeptide comprises a HVEM CRD1 domain, a HVEM CRD2 domain, and a HVEM CRD3 domain and has BTLA activation activity. wherein the CAR binds to a cell surface antigen selected from the group consisting of CD19, CD20, CD22, CD30, Igk and ROR1, and wherein the soluble HVEM ectodomain polypeptide comprises a HVEM CRD1 domain, a HVEM CRD2 domain, and a HVEM CRD3 domain and has BTLA activation activity.
Annular discharge device for discharging a gluing composition onto mineral fibres, comprising at least one distribution circuit (24, 26) for distributing said gluing composition and at least one spray nozzle fluidically connected with the distribution circuit and arranged on the perimeter of the annular discharge device for discharging the gluing composition onto the fibres intended to pass inside the annular discharge device defined by an axis of revolution (X-X), characterized in that the gluing composition is a binder based on biosourced products and in that at least one spray nozzle comprises a spray head having a slit, through which the binder based on biosourced products leaves the annular discharge device, with rectangular section so as to form a flat jet of binder based on biosourced products.
A cell comprising: a metal plate comprising a pair of surfaces, which are a first surface and a second surface located on opposite side of the metal plate; an element portion disposed on the first surface and comprising a first electrode layer, a solid electrolyte layer located on the first electrode layer, and a second electrode layer located on the solid electrolyte layer; and an intermediate layer located between the first surface and the first electrode layer, the intermediate layer having a plurality of first through holes penetrating through the intermediate layer in a thickness direction, wherein the intermediate layer has pores in addition to the plurality of first through holes, and wherein a porosity of the intermediate layer is smaller than a porosity of the first electrode layer. a metal plate comprising a pair of surfaces, which are a first surface and a second surface located on opposite side of the metal plate; an element portion disposed on the first surface and comprising a first electrode layer, a solid electrolyte layer located on the first electrode layer, and a second electrode layer located on the solid electrolyte layer; and an intermediate layer located between the first surface and the first electrode layer, the intermediate layer having a plurality of first through holes penetrating through the intermediate layer in a thickness direction, wherein the intermediate layer has pores in addition to the plurality of first through holes, and wherein a porosity of the intermediate layer is smaller than a porosity of the first electrode layer.
An expandable intravertebral implant system comprising: an intravertebral implant comprising: a posterior part, and an expandable anterior part configured for placement in a vertebral body, and comprising a first plate and a second plate, able to form respectively a first and a second bearing surface in the vertebral body; and a pedicle fixation comprising an inner posterior portion and an inner anterior portion defining a hollow portion receiving the posterior part of the intravertebral implant; characterized in that the posterior part of the intravertebral implant is movable according to at least one degree of freedom relative to the pedicle fixation, and in that the two bearing surfaces are intended to move away from each other according to a predefined expansion plane. an intravertebral implant comprising: a posterior part, and an expandable anterior part configured for placement in a vertebral body, and comprising a first plate and a second plate, able to form respectively a first and a second bearing surface in the vertebral body; and a posterior part, and an expandable anterior part configured for placement in a vertebral body, and comprising a first plate and a second plate, able to form respectively a first and a second bearing surface in the vertebral body; and a pedicle fixation comprising an inner posterior portion and an inner anterior portion defining a hollow portion receiving the posterior part of the intravertebral implant; characterized in that the posterior part of the intravertebral implant is movable according to at least one degree of freedom relative to the pedicle fixation, and in that the two bearing surfaces are intended to move away from each other according to a predefined expansion plane.
A surgical stapler, comprising: an anvil assembly, comprising: an anvil, comprising: an elongate slot extending longitudinally along a length of the anvil; a first anvil section on a first side of the elongate slot, wherein the first anvil section comprises a plurality of first staple-forming pockets; and a second anvil section on a second side of the elongate slot, wherein the second anvil section comprises a plurality of second staple-forming pockets; characterized in that the anvil assembly further comprises: an anvil modification member releasably attached to the anvil, wherein the anvil modification member comprises: at least one attachment feature, configured to releasably attach the anvil modification member to the anvil; a first portion positioned against the first anvil section, wherein the first portion comprises a plurality of third staple-forming pockets; and a second portion positioned against the second anvil section, wherein the second portion comprises a plurality of fourth staple-forming pockets. an anvil assembly, comprising: an anvil, comprising: an elongate slot extending longitudinally along a length of the anvil; a first anvil section on a first side of the elongate slot, wherein the first anvil section comprises a plurality of first staple-forming pockets; and a second anvil section on a second side of the elongate slot, wherein the second anvil section comprises a plurality of second staple-forming pockets; an elongate slot extending longitudinally along a length of the anvil; a first anvil section on a first side of the elongate slot, wherein the first anvil section comprises a plurality of first staple-forming pockets; and a second anvil section on a second side of the elongate slot, wherein the second anvil section comprises a plurality of second staple-forming pockets; characterized in that the anvil assembly further comprises: an anvil modification member releasably attached to the anvil, wherein the anvil modification member comprises: at least one attachment feature, configured to releasably attach the anvil modification member to the anvil; a first portion positioned against the first anvil section, wherein the first portion comprises a plurality of third staple-forming pockets; and a second portion positioned against the second anvil section, wherein the second portion comprises a plurality of fourth staple-forming pockets. at least one attachment feature, configured to releasably attach the anvil modification member to the anvil; a first portion positioned against the first anvil section, wherein the first portion comprises a plurality of third staple-forming pockets; and a second portion positioned against the second anvil section, wherein the second portion comprises a plurality of fourth staple-forming pockets.
A method for connecting and separating two elements, a first element and a second element linearly connected to each other by means of a defined local connection and that have to be securely separated, the separation occurring at or near the connection, the warming-up being remotely triggered, characterised in that it comprises the following steps of: - connecting the first and second elements (1, 2) at two respective and corresponding connecting surfaces (12, 22) of the first element and the second element, with connecting means placed between both these connecting surfaces (12, 22), wherein thermite inflammable by an electrical control connection is placed in the connecting means; and - triggering by an electrical command said thermite to cause, only by its warming-up, the quick warming-up and destruction of the connecting means. - connecting the first and second elements (1, 2) at two respective and corresponding connecting surfaces (12, 22) of the first element and the second element, with connecting means placed between both these connecting surfaces (12, 22), wherein thermite inflammable by an electrical control connection is placed in the connecting means; and - triggering by an electrical command said thermite to cause, only by its warming-up, the quick warming-up and destruction of the connecting means.
A measurement gap configuration method, performed by a terminal device, comprising: sending radio frequency capability information of the terminal device to a network device for generating configuration information, wherein the radio frequency capability information is indication information for indicating whether the terminal device supports performing signal quality measurement according to the measurement gap corresponding to a plurality of radio frequency channels that the terminal device has, in the case that the indication information indicates that the terminal device supports performing signal quality measurement according to the measurement gap corresponding to the plurality of radio frequency channels that the terminal device has, receiving, from the network device, the configuration information based on the transmitted radio frequency capability information of the terminal device, wherein the configuration information comprises a same measurement gap corresponding to the plurality of radio frequency channels that the terminal device has; and performing signal quality measurement according to the same measurement gap. sending radio frequency capability information of the terminal device to a network device for generating configuration information, wherein the radio frequency capability information is indication information for indicating whether the terminal device supports performing signal quality measurement according to the measurement gap corresponding to a plurality of radio frequency channels that the terminal device has, in the case that the indication information indicates that the terminal device supports performing signal quality measurement according to the measurement gap corresponding to the plurality of radio frequency channels that the terminal device has, receiving, from the network device, the configuration information based on the transmitted radio frequency capability information of the terminal device, wherein the configuration information comprises a same measurement gap corresponding to the plurality of radio frequency channels that the terminal device has; and performing signal quality measurement according to the same measurement gap. in the case that the indication information indicates that the terminal device supports performing signal quality measurement according to the measurement gap corresponding to the plurality of radio frequency channels that the terminal device has, receiving, from the network device, the configuration information based on the transmitted radio frequency capability information of the terminal device, wherein the configuration information comprises a same measurement gap corresponding to the plurality of radio frequency channels that the terminal device has; and performing signal quality measurement according to the same measurement gap.