mhurhangee/ep-ind-claims huggingface dataset:
A thermoplastic composition comprising: a polycarbonate; an infrared reflective additive; and an epoxy-functional silicone, wherein the infrared reflective additive is an interference pigment that comprises a mica substrate that is coated with titanium dioxide, wherein the composition exhibits a reduced melt flow change over a comparable compound not containing an epoxy-functional silicone, measured as indicated in the description. a polycarbonate; an infrared reflective additive; and an epoxy-functional silicone, wherein the infrared reflective additive is an interference pigment that comprises a mica substrate that is coated with titanium dioxide, wherein the composition exhibits a reduced melt flow change over a comparable compound not containing an epoxy-functional silicone, measured as indicated in the description.
A method of forming a compound of formula: wherein R 1 in each occurrence is independently selected from H, halogen, amino, C 1-5 alkyl, C 2-5 alkenyl and C 2-5 alkynyl; R 2 in each occurrence is independently selected from H, halogen, amino, C 1-5 alkyl, C 2-5 alkenyl and C 2-5 alkynyl; and R 4 is C 1-5 alkyl; the method comprising the step of reacting a compound of formula with a 2-ethylhexanoate salt: wherein X- is an anion and each R 3 is independently selected from the group consisting of C 1-10 hydrocarbyl and C 1-5 alkoxy. wherein R 1 in each occurrence is independently selected from H, halogen, amino, C 1-5 alkyl, C 2-5 alkenyl and C 2-5 alkynyl; R 2 in each occurrence is independently selected from H, halogen, amino, C 1-5 alkyl, C 2-5 alkenyl and C 2-5 alkynyl; and R 4 is C 1-5 alkyl; the method comprising the step of reacting a compound of formula with a 2-ethylhexanoate salt: wherein X- is an anion and each R 3 is independently selected from the group consisting of C 1-10 hydrocarbyl and C 1-5 alkoxy.
An epilatory device comprising first and second epilatory strips (101, 201, 301, 401) wherein said epilatory strips each have a flat elongate body (102, 202, 302, 402) having an adhesive paste medium (104, 204, 304, 404) applied to a first side of the body, wherein each of said first and second epilatory strips further includes a grab member (103, 203, 303, 403) having at least one aperture therein, arranged so that a user's finger can be inserted into the aperture during use to aid removal of said first and second epilatory strips from a user's body part, together with epilated hair wherein said first and second epilatory strips are attached together, and the adhesive paste medium on the first epilatory strip is attached to the adhesive paste medium on the second epilatory strip.
An RFID tag comprising: a base member; a semiconductor chip mounted on the base member; and an island-shaped reinforcing member covering the semiconductor chip and being configured to reinforce the base member, characterized in that the reinforcing member is provided with two semicircular recesses on opposite sides of the reinforcing member and with four notches on respective four sides of the reinforcing member such that two of the notches are respectively provided at bottoms of the two semicircular recesses opposed to each other, wherein a reference line (L 0) passes through each pair of the notches adjacent to each other, and a chip mounting region where the semiconductor chip is mounted is located away from the reference lines so as to prevent the semiconductor chip from cracking. a base member; a semiconductor chip mounted on the base member; and an island-shaped reinforcing member covering the semiconductor chip and being configured to reinforce the base member, characterized in that the reinforcing member is provided with two semicircular recesses on opposite sides of the reinforcing member and with four notches on respective four sides of the reinforcing member such that two of the notches are respectively provided at bottoms of the two semicircular recesses opposed to each other, wherein a reference line (L 0) passes through each pair of the notches adjacent to each other, and a chip mounting region where the semiconductor chip is mounted is located away from the reference lines so as to prevent the semiconductor chip from cracking.
A method comprising: determining to retransmit an original packet from a first network device to a second network device of a communication network; determining to allocate the bit load of each sub-carrier of each original symbol of the original packets across constituent bit loads of each corresponding sub-carrier of two constituent symbols associated with the original symbol; wherein allocating, for each original symbol of the original packet, the bit load of each sub-carrier of the original symbol across the two constituent symbols associated with the original symbol comprises allocating a subset of the bit load of each sub-carrier of the original symbol to a first constituent bit load of each corresponding sub-carrier of the first constituent symbol, and allocating the remainder of the bit load of each sub-carrier of the original symbol to a second constituent bit load of each corresponding sub-carrier of the second constituent symbol; allocating the two constituent symbols associated with each original symbol to a retransmission packet; and transmitting the retransmission packet from the first network device to the second network device. determining to retransmit an original packet from a first network device to a second network device of a communication network; determining to allocate the bit load of each sub-carrier of each original symbol of the original packets across constituent bit loads of each corresponding sub-carrier of two constituent symbols associated with the original symbol; wherein allocating, for each original symbol of the original packet, the bit load of each sub-carrier of the original symbol across the two constituent symbols associated with the original symbol comprises allocating a subset of the bit load of each sub-carrier of the original symbol to a first constituent bit load of each corresponding sub-carrier of the first constituent symbol, and allocating the remainder of the bit load of each sub-carrier of the original symbol to a second constituent bit load of each corresponding sub-carrier of the second constituent symbol; allocating the two constituent symbols associated with each original symbol to a retransmission packet; and transmitting the retransmission packet from the first network device to the second network device.
Method of manufacturing ring supports for a member of a turbomachine such as a turbine, said supports extending around frusto-conical sectors on which a sealing lining is fitted on an inner face and a mounting rail is fitted on an outer face opposite the inner face, the mounting rail including a depression limited by a collar rising along a radially outwards direction from the support, characterised in that it consists of, starting from at least one plane metal sheet with a thickness at least equal to a distance between the inner face and the outer face plus a height of the collar, bending and welding the plate or plates together to form a closed circular cylindrical shroud, bending the cylindrical shroud in tooling to form a conical shroud, machining an outer face of the conical shroud to form the rail on it, and cutting the conical shroud shell to divide it into sectors corresponding to the supports.
A method for adaptive precoding in a codebook-based MIMO system, the method comprising: step 1: obtaining a switching threshold or a switching threshold table corresponding to spatial transmission correlation based on priori values obtained by testing said MIMO system under different conditions; step 2: according to the switching threshold or the switching threshold table and in combination with the spatial transmission correlation, selecting to launch one or more of switchings including: switching between SU-MIMO mode and MU-MIMO mode in consideration of user number information; switching between unitary precoding and Zero-forcing Beamforming precoding in MU-MIMO mode; switching between Discrete Fourier Transform codebook and Grassmannian codebook in Zero-forcing Beamforming precoding; switching between a large size codebook and a small size codebook according to a user number information in MU-MIMO mode. step 1: obtaining a switching threshold or a switching threshold table corresponding to spatial transmission correlation based on priori values obtained by testing said MIMO system under different conditions; step 2: according to the switching threshold or the switching threshold table and in combination with the spatial transmission correlation, selecting to launch one or more of switchings including: switching between SU-MIMO mode and MU-MIMO mode in consideration of user number information; switching between unitary precoding and Zero-forcing Beamforming precoding in MU-MIMO mode; switching between Discrete Fourier Transform codebook and Grassmannian codebook in Zero-forcing Beamforming precoding; switching between a large size codebook and a small size codebook according to a user number information in MU-MIMO mode. switching between SU-MIMO mode and MU-MIMO mode in consideration of user number information; switching between unitary precoding and Zero-forcing Beamforming precoding in MU-MIMO mode; switching between Discrete Fourier Transform codebook and Grassmannian codebook in Zero-forcing Beamforming precoding; switching between a large size codebook and a small size codebook according to a user number information in MU-MIMO mode.
Prefabricated structural body, with a wall arrangement, which is made from concrete with a reinforcement of textile material and which has at least three seamlessly connected wall surface sections standing at an angle to one another to enclose an inside space, wherein the textile-reinforced concrete uses mineral fibres, aramide fibres or carbon fibres for the reinforcement, and the textile reinforcement is inserted in the form of a layer arrangement, a fabric, a leno fabric, a knitted fabric, a warp-knitted fabric or in the form of fibre-reinforced plastic rods, which are connected to one another to form a plane or spatial mesh.
A scheduling method for downlink coordinated-transmission, comprising steps of: receiving, by a coordinated-transmission node, from a Central Coordination Node, CCN, scheduling privilege information corresponding to a downlink time-frequency resource, the scheduling privilege information corresponding to the downlink time-frequency resource indicating a scheduling grant of the coordinated-transmission node over the downlink time-frequency resource, the scheduling grant of the coordinated-transmission node over the downlink time-frequency resource being determined by the central coordination node in accordance with channel information about terminals connected to coordinated-transmission nodes; and performing, by the coordinated-transmission node, scheduling in accordance with the received scheduling privilege information and the latest Channel State Information, CSI, reported by the terminal, the scheduling method is characterized in that the scheduling privilege information corresponding to the downlink time-frequency resource includes a downlink time-frequency resource identifier and indication information corresponding to the downlink time-frequency identifier; and the indication information is indication information indicating that the terminal is allowed to be scheduled, and/or indication information indicating that the scheduling is allowed to be performed for a further coordinated transmission node. receiving, by a coordinated-transmission node, from a Central Coordination Node, CCN, scheduling privilege information corresponding to a downlink time-frequency resource, the scheduling privilege information corresponding to the downlink time-frequency resource indicating a scheduling grant of the coordinated-transmission node over the downlink time-frequency resource, the scheduling grant of the coordinated-transmission node over the downlink time-frequency resource being determined by the central coordination node in accordance with channel information about terminals connected to coordinated-transmission nodes; and performing, by the coordinated-transmission node, scheduling in accordance with the received scheduling privilege information and the latest Channel State Information, CSI, reported by the terminal, the scheduling method is characterized in that the scheduling privilege information corresponding to the downlink time-frequency resource includes a downlink time-frequency resource identifier and indication information corresponding to the downlink time-frequency identifier; and the indication information is indication information indicating that the terminal is allowed to be scheduled, and/or indication information indicating that the scheduling is allowed to be performed for a further coordinated transmission node.
A method carried out by a charging entity for charging for services in a communications system comprising the charging entity and at least two connection support entities (21, 23) for providing resources to support a connection in the communication system, the method comprising: receiving a first and a second charging message from a respective first and a second connection support entity (21, 23) of the at least two connection support entities (21, 23), each of the first and the second charging message including a same charging identity identifying the connection supported by the at least two connection support entities and specifying respective charging control information for generating a charge for a service wherein the respective charging control information includes a shared percentage indication for determining an amount to be charged from a first user account; from said charging control information specified in said first charging message determining a first charge and from said charging control information specified in said second charging message determining a second charge; summing at least the first and the second charges to form a total charge for the connection; dividing the total charge into at least two portions using the shared percentage indications and allocating one of those two portions to the first user account and the second of those two portions to a second user account. receiving a first and a second charging message from a respective first and a second connection support entity (21, 23) of the at least two connection support entities (21, 23), each of the first and the second charging message including a same charging identity identifying the connection supported by the at least two connection support entities and specifying respective charging control information for generating a charge for a service wherein the respective charging control information includes a shared percentage indication for determining an amount to be charged from a first user account; from said charging control information specified in said first charging message determining a first charge and from said charging control information specified in said second charging message determining a second charge; summing at least the first and the second charges to form a total charge for the connection; dividing the total charge into at least two portions using the shared percentage indications and allocating one of those two portions to the first user account and the second of those two portions to a second user account.
A pharmaceutical formulation comprising: - an immediate release phase comprising an effective amount of thiocolchicoside or a pharmaceutically acceptable salt thereof, and - first sustained release phase comprising an effective amount of thiocolchicoside or a pharmaceutically acceptable salt thereof and glyceryl behenate as release rate controlling agent, and - second sustained release phase comprising an effective amount of an analgesic or pharmaceutically acceptable salt thereof. - an immediate release phase comprising an effective amount of thiocolchicoside or a pharmaceutically acceptable salt thereof, and - first sustained release phase comprising an effective amount of thiocolchicoside or a pharmaceutically acceptable salt thereof and glyceryl behenate as release rate controlling agent, and - second sustained release phase comprising an effective amount of an analgesic or pharmaceutically acceptable salt thereof.
A package for a pharmaceutical product, said package comprising - a syringe; - an electronic tag (1, 1') for obtaining information relating to the integrity of the product as assessed from an exposure of said product to physical or environmental conditions during a time span; wherein said tag (1, 1') comprises an electronics unit comprising a control unit; and said electronics unit comprises - a sensor unit comprising at least one sensor for monitoring said physical or environmental conditions; - a display unit comprising a display for displaying data relating to said integrity referred to as status data; characterized in that I) said tag (1, 1') is attached at or to a constituent of said syringe; or II) at least a portion of said tag (1, 1') is integrated in a constituent of said syringe; and in that said control unit provides that said displaying said status data takes place in reaction to terminating said monitoring. - a syringe; - an electronic tag (1, 1') for obtaining information relating to the integrity of the product as assessed from an exposure of said product to physical or environmental conditions during a time span; - a sensor unit comprising at least one sensor for monitoring said physical or environmental conditions; - a display unit comprising a display for displaying data relating to said integrity referred to as status data; I) said tag (1, 1') is attached at or to a constituent of said syringe; or II) at least a portion of said tag (1, 1') is integrated in a constituent of said syringe; and
A beamshaping optical stack (108, 124, 218) for being optically coupled to a light emitting surface of a light emitter, the beamshaping optical stack (108, 124, 218) comprises - a first light transmitting layer of a first material having a first refractive index, and - a second light transmitting layer (118, 216) of a second material having a second refractive index, and one or more additional light transmitting layers that are interposed between the first light transmitting layer and the second light transmitting layer (118, 216), wherein the one or more additional light transmitting layers allow the transmission of light from the first light transmitting layer towards the second light transmitting layer (118, 216), and the refractive indices of the one or more additional light transmitting layers are larger than the first refractive index and smaller than the second refractive index, the second light transmitting layer (118, 216) comprises i) a first side being optically coupled to the first light transmitting layer for receiving light from the first light transmitting layer, ii) a second side being substantially opposite the first side for emitting the received light into another optical medium, and iii) a geometrical structure (116, 214) at the second side for obtaining a decreasing light emission with increasing light emission angles (θ a, θ e) with respect to a normal to the first side, wherein the first refractive index is lower than the second refractive index. - a first light transmitting layer of a first material having a first refractive index, and - a second light transmitting layer (118, 216) of a second material having a second refractive index, and i) a first side being optically coupled to the first light transmitting layer for receiving light from the first light transmitting layer, ii) a second side being substantially opposite the first side for emitting the received light into another optical medium, and iii) a geometrical structure (116, 214) at the second side for obtaining a decreasing light emission with increasing light emission angles (θ a, θ e) with respect to a normal to the first side,
A catheter assembly having a longitudinal axis, the catheter assembly comprising: a catheter; and, a wetting agent storage chamber, the wetting agent storage chamber comprising a chamber wall and a movable insert, wherein the movable insert is movable axially along the longitudinal axis with respect to the chamber wall between a first position and a second position, wherein in the first position the storage chamber is sealed by a seal element located between the chamber wall and the movable insert wherein the seal element is a proximal seal element which is proximate to an insertion end of the catheter; the seal element is aligned with sealing surfaces of the chamber wall and the movable insert in the first position; and wherein in the second position the seal is axially misaligned with at least one of the sealing surfaces; and wherein the catheter assembly further comprises: a second seal element which is axially separated from the proximal seal element on the distal side thereof, thereby providing a distal seal element. a catheter; and, a wetting agent storage chamber, the wetting agent storage chamber comprising a chamber wall and a movable insert, wherein the movable insert is movable axially along the longitudinal axis with respect to the chamber wall between a first position and a second position, wherein in the first position the storage chamber is sealed by a seal element located between the chamber wall and the movable insert wherein the seal element is a proximal seal element which is proximate to an insertion end of the catheter; the seal element is aligned with sealing surfaces of the chamber wall and the movable insert in the first position; and wherein in the second position the seal is axially misaligned with at least one of the sealing surfaces; and wherein the catheter assembly further comprises: a second seal element which is axially separated from the proximal seal element on the distal side thereof, thereby providing a distal seal element.