mhurhangee/ep-ind-claims huggingface dataset:
A radio access network, RAN, control unit for configuring at least one slice served by a dynamic small cell, DSC, in a radio communication network comprising the at least one slice, the at least one slice being associated with at least one user equipment, UE, and at least one radio channel connecting the at least one UE to the radio communication network, the at least one UE being served by the DSC, the RAN control unit being characterized in that it comprises: a processor configured to determine a functional operation of the DSC based on information based on channel measurements of the at least one radio channel and/or requirement information of the at least one slice, and/or estimated or measured performance of the RAN, and/or location information of the DSC, wherein the functional operation of the DSC comprises at least one of: Layer 1, L1, functional capabilities, Layer 2, L2, functional capabilities (302, 303), Layer 3, L3, functional capabilities, an Amplify and Forward, AF, operation mode, and a Decode and Forward, DF, operation mode, the processor being further configured to send a configuration signaling message to the DSC according to the determined functional operation of the DSC, wherein the configuration signaling message comprises an identifier of the at least one slice and at least one of the following configuration parameters: an amplification factor, a Hybrid Automatic Repeat Request, HARQ, operating point, a HARQ scheme, and a Quality of Service, QoS, parameter. Layer 1, L1, functional capabilities, Layer 2, L2, functional capabilities (302, 303), Layer 3, L3, functional capabilities, an Amplify and Forward, AF, operation mode, and a Decode and Forward, DF, operation mode, the processor being further configured to send a configuration signaling message to the DSC according to the determined functional operation of the DSC, wherein the configuration signaling message comprises an identifier of the at least one slice and at least one of the following configuration parameters: an amplification factor, a Hybrid Automatic Repeat Request, HARQ, operating point, a HARQ scheme, and a Quality of Service, QoS, parameter.
System for providing independent polarization control in a radio communication system, the system comprising a set of common antennas, said set of common antennas comprising a first set of one or more antennas which offer a first polarization and a second set of one or more antennas which offer a second polarization, wherein the first and second polarizations are mutually orthogonal, a plurality of transmitters (TX1,..., TX4) for supplying respective signals to said set of common antennas, wherein for each transmitter of said plurality of transmitters (TX1,..., TX4), a respective first combiner and a respective second combiner is provided, and wherein for each transmitter of said plurality of transmitters (TX1,..., TX4), a respective adjusting element (10, 20; 11, 21; 12, 22; 13, 23) is provided, wherein said respective adjusting element (10, 20) comprises a power splitter being configured to receive a signal from its associated transmitter, to split said signal received from its associated transmitter according to a predetermined power ratio into a respective first output signal and a respective second output signal, and to provide said respective first combiner with said respective first output signal and to provide said respective second combiner with said respective second output signal, wherein said respective first combiner is configured to combine said respective first output signal with a signal to be transmitted via said first set of one or more antennas, and wherein said respective second combiner is configured to combine said respective second output signal with a signal to be transmitted via said second set of one or more antennas.
A medical grade implant, comprising a porous architecture which allows the passage of liquids, and a deformable body formed of a polymer cross-linked by a first cross-link, said polymer comprising functional groups capable of cross-linking to form a second cross-link; said body provided in a first configuration which is cross-linked to a second configuration upon application of a selected stimulus; wherein said selected stimulus causes said cross-linking of said functional groups.
A valve device comprising: a body portion (2, 52, 58) having a plurality of openings, a valve seat located within said body portion (2, 52, 58), an end stop, corresponding to an opening of said body portion (2, 52, 58), said end stop comprising: a port which protrudes from the body portion (2, 52, 58) and through which fluid may flow, and a nozzle, in fluid communication with said port, said nozzle being configured for sealing against said valve seat and thereby preventing flow through the valve device, the valve device being openable by adjusting the relative position of said nozzle with respect to said valve seat, characterised in that the valve device further comprises adjustment means (14, 15) configured to provide adjustment of the position of said end stop with respect to said body portion (2, 52, 58). a body portion (2, 52, 58) having a plurality of openings, a valve seat located within said body portion (2, 52, 58), an end stop, corresponding to an opening of said body portion (2, 52, 58), said end stop comprising: a port which protrudes from the body portion (2, 52, 58) and through which fluid may flow, and a nozzle, in fluid communication with said port, said nozzle being configured for sealing against said valve seat and thereby preventing flow through the valve device, a port which protrudes from the body portion (2, 52, 58) and through which fluid may flow, and a nozzle, in fluid communication with said port, said nozzle being configured for sealing against said valve seat and thereby preventing flow through the valve device, the valve device being openable by adjusting the relative position of said nozzle with respect to said valve seat, characterised in that the valve device further comprises adjustment means (14, 15) configured to provide adjustment of the position of said end stop with respect to said body portion (2, 52, 58).
System for washing the internal enclosure of equipment for cooling or freezing or cooking food products, cosmetic products or pharmaceutical products, which equipment is provided with a ventilation system comprising at least one fan, washing being carried out by means of cleaning fluids, wherein at least one of the fans of the equipment has been modified to allow cleaning fluids to pass through the fan, the fan in operation then allowing the cleaning fluids to be sprayed into the enclosure, the centrifugal force generated by the rotation of the fan generating an impact and a spraying coverage of the fluids, making it possible either to provide a supplemental cleaning action to that obtained by means of the existing washing system or to provide a cleaning action substituting that of the existing washing system, characterized in that, for at least one of the modified fans, the modification comprises one or more independent ducts, extending parallel to the shaft, along the shaft of the fan, their end opening out above a distribution disc, which disc is positioned around the shaft and secured to the shaft, between the end of said ducts and the fan blades, this disc being able to be smooth or to have specific shapes, the cleaning fluid being able to be conveyed within the independent duct(s), the disc being capable, in particular via its centrifugal effect, of spraying the fluid above or even also below the disc.
ELISPOT method for the in vitro diagnosis and/or in vitro therapy monitoring of tuberculosis or borreliosis, characterized in that eukaryotic cells are incubated with a tuberculosis-specific antigen or borreliosis-specific antigen and the number of immunocompetent cells which secrete at least one interferon and at least one interleukin as a reaction to the antigen is measured, wherein for measuring the immunocompetent cells, they are visualized with the aid of at least two different fluorescent dyes and at least two different filter sets, wherein the filter sets comprise narrowband filters, wherein in the filter sets are used narrowband excitation filters, that are transmissive for essentially non-overlapping wavelength ranges of light, and narrowband blocking filters, that are transmissive for essentially non-overlapping wavelength ranges of light.
A method for incorporating subscriber identity data into a subscriber identity module, with the subscriber identity module being incorporated in ready-to-operate condition in an end device, and the subscriber identity module being arranged to manage a plurality of subscriber identity data and to receive subscriber identity data, and with said subscriber identity data being stored in a file system, having in the subscriber identity module the method steps of: - receiving a load command for subscriber identity data to be received in the subscriber identity module of a subscriber identity data management; - preparing the file system in a memory area of the subscriber identity module for storing subscriber identity data; - receiving subscriber identity data in the subscriber identity module; - storing the subscriber identity data in the prepared file system; and - checking the data integrity of the received subscriber identity data by the subscriber identity module; wherein in the step of storing, the received subscriber identity data are stored in a shadow directory in the file system of the subscriber identity module, and wherein for activating the stored subscriber identity data, the shadow directory is renamed to a root directory of the file system of the subscriber identity module. - receiving a load command for subscriber identity data to be received in the subscriber identity module of a subscriber identity data management; - preparing the file system in a memory area of the subscriber identity module for storing subscriber identity data; - receiving subscriber identity data in the subscriber identity module; - storing the subscriber identity data in the prepared file system; and - checking the data integrity of the received subscriber identity data by the subscriber identity module;
A propylene polymer composition comprising a long chain branched propylene copolymer, wherein said propylene polymer composition has a) a crystallization temperature Tc of less than 115°C, determined by DSC according to ISO 11357-3, b) a melting temperature Tm of less than 155°C, determined by DSC according to ISO 11357-3, c) a F30 melt strength of from 5.0 to less than 30.0 cN, determined following ISO 16790:2005, and d) a V30 melting extensibility of more than 190 mm/s, determined following ISO 16790:2005. a) a crystallization temperature Tc of less than 115°C, determined by DSC according to ISO 11357-3, b) a melting temperature Tm of less than 155°C, determined by DSC according to ISO 11357-3, c) a F30 melt strength of from 5.0 to less than 30.0 cN, determined following ISO 16790:2005, and d) a V30 melting extensibility of more than 190 mm/s, determined following ISO 16790:2005.
A structural component provided with cooperating structures defining a clamping space and a structural insulation profile having a cross section, said structural insulation profile comprising: a solid matrix material having an outer surface, reinforcing fibres embedded in said solid matrix material, and a deformable material being compatible with said matrix material and having a compressive strength which is less than the compressive strength of said solid matrix material and said reinforcing fibres, said deformable material being at least partially embedded in said solid matrix material adjacent to, or exposed at at least a portion of said outer surface for defining a deformation zone, said structural insulation profile including said deformation zone being positioned in said clamping space 116) and said cooperating structures being forced together clamping said structural insulation profile and deforming said deformation zone forming an indentation. a solid matrix material having an outer surface, reinforcing fibres embedded in said solid matrix material, and a deformable material being compatible with said matrix material and having a compressive strength which is less than the compressive strength of said solid matrix material and said reinforcing fibres, said deformable material being at least partially embedded in said solid matrix material adjacent to, or exposed at at least a portion of said outer surface for defining a deformation zone, said structural insulation profile including said deformation zone being positioned in said clamping space 116) and said cooperating structures being forced together clamping said structural insulation profile and deforming said deformation zone forming an indentation.
A refrigerating cycle device, wherein a compressor for compressing a refrigerant containing HFO-1234yf; a condenser for condensing said refrigerant by heat exchange; expanding means for decompressing the condensed refrigerant; an evaporator for evaporating said refrigerant by heat exchange between said decompressed refrigerant and air; and a molecular sieve adsorbing oxygen and nitrogen, are connected by piping so as to constitute a refrigerant circuit through which the refrigerant containing said HFO-1234yfis circulated characterized in that the molecular sieve is a Zeolite having a pore size > 0.36 nm and < 0.40 nm. a compressor for compressing a refrigerant containing HFO-1234yf; a condenser for condensing said refrigerant by heat exchange; expanding means for decompressing the condensed refrigerant; an evaporator for evaporating said refrigerant by heat exchange between said decompressed refrigerant and air; and a molecular sieve adsorbing oxygen and nitrogen, are connected by piping so as to constitute a refrigerant circuit through which the refrigerant containing said HFO-1234yfis circulated characterized in that the molecular sieve is a Zeolite having a pore size > 0.36 nm and < 0.40 nm.
A process for preparing isocyanates by reacting the corresponding amines comprised in at least one feed stream A with phosgene comprised in at least one feed stream P in a reaction plant comprising at least one mixing zone and at least one reaction zone, wherein feed stream A and/or feed stream P optionally comprise one or more inert materials and, during periods of time of at least 6h in which the flow S x of the amine used is below 95% of the flow S 0 of the amines used during operation at the nominal capacity of the reactor plant, (i) the ratio of phosgene to amine is increased and/or (ii) the concentration of the inert material or materials in the amine-comprising feed stream A and/or the phosgene-comprising feed stream P is increased compared to operation at the nominal capacity of the reactor. (i) the ratio of phosgene to amine is increased and/or (ii) the concentration of the inert material or materials in the amine-comprising feed stream A and/or the phosgene-comprising feed stream P is increased
An exercise apparatus comprising: a placement part on which both legs of a user are placed; a main body part which has an arc part and rotationally moves over a predetermined range by alternate movement of the legs of the user placed on the placement part; and restraining means (E1, E2) which restrains movement of the main body part within a horizontal plane, the restraining means having a recessed part formed by removing a portion of the arc part of the main body part, and a base part to be placed on a floor surface, the projection part being fixed on an upper surface of the base part, wherein a surface of the arc part is configured to contact to the upper surface of the base part when the main body is rotationally moved, characterized in that a projection part is fitted into the recessed part, wherein a length of the projection part is less than a length of the recessed part and the projection part is covered by the recessed part, and the depth of the recessed part is set to be substantially the same as a height of the projection part. a placement part on which both legs of a user are placed; a main body part which has an arc part and rotationally moves over a predetermined range by alternate movement of the legs of the user placed on the placement part; and restraining means (E1, E2) which restrains movement of the main body part within a horizontal plane, the restraining means having a recessed part formed by removing a portion of the arc part of the main body part, and a base part to be placed on a floor surface, the projection part being fixed on an upper surface of the base part, wherein a surface of the arc part is configured to contact to the upper surface of the base part when the main body is rotationally moved, characterized in that a projection part is fitted into the recessed part, wherein a length of the projection part is less than a length of the recessed part and the projection part is covered by the recessed part, and the depth of the recessed part is set to be substantially the same as a height of the projection part.
A gear shift device for controlling a vehicle transmission, the gear shift device comprising: - a hollow, at least partially spherical retaining housing; - a gear shift lever whose length defines a longitudinal axis, the gear shift lever having an at least partially spherical projection formed at one joint section of the gear shift lever to be at least partially received in slidable contact within the retaining housing; - retaining means for retaining the gear shift lever against rotation around the longitudinal axis of the gear shift lever, the retaining means comprising grooves for engaging corresponding protrusions, the grooves being formed in the at least partially spherical projection of the gear shift lever, and the protrusions being formed in the retaining housing; and - an at least partially spherical socket member to be retained in the retaining housing and adapted to at least partially receive the at least partially spherical projection of the gear shift lever in slidable contact therein, wherein said grooves and/or said protrusions of the retaining means are formed in the shape of two opposite cones such that an interface is formed therebetween with two inclined planes; grooves and protrusions each having a longitudinal axis, said protrusions having a cross-section elongated according to an axial direction along said longitudinal axis. - a hollow, at least partially spherical retaining housing; - a gear shift lever whose length defines a longitudinal axis, the gear shift lever having an at least partially spherical projection formed at one joint section of the gear shift lever to be at least partially received in slidable contact within the retaining housing; - retaining means for retaining the gear shift lever against rotation around the longitudinal axis of the gear shift lever, the retaining means comprising grooves for engaging corresponding protrusions, the grooves being formed in the at least partially spherical projection of the gear shift lever, and the protrusions being formed in the retaining housing; and - an at least partially spherical socket member to be retained in the retaining housing and adapted to at least partially receive the at least partially spherical projection of the gear shift lever in slidable contact therein,
An apparatus for locally stimulating a point (P 1, P 2, P 3) of a subject, in particular in acupuncture, auriculotherapy or reflex therapy, called trigger area, or a nerve ending, comprising a control unit controlling an infrared source for emitting an infrared beam, a storage unit, a means for applying said infrared beam on said point (P 1, P 2, P 3), and a user interface, the storage unit being configured to store at least one sequence of values of one or several application parameters of the beam, in particular the duration and/or the optical power, the user interface comprising first selection means for selecting said sequence of values, and the control unit being configured to control said parameter(s) and to command the emission of several successive infrared beams according to said sequence of values, so as to allow the application on a sequence of points (P 1, P 2, P 3), via the application means, of a sequence of infrared beams corresponding to said sequence of values, said apparatus being characterized in that the storage unit is configured to store the respective positions of the points (P 1, P 2, P 3) of the sequence in which the successive infrared beams must respectively be applied, and in that the user interface comprises means for indicating said positions assuming the form of a graphic representation displayed on a screen of at least part of the subject on which the points (P 1, P 2, P 3) of the sequence are positioned, the user interface being configured to display different indicators for each of said positions, depending on whether the point is "processed", "in progress" or "to be processed".
A device implantable into the intestinal cavity, comprising a reactor and an element for fastening the reactor comprising an anchor configured to be fastened in or on a tissue wall, the fastening element allowing holding the reactor in place in the intestinal cavity, the reactor is configured to enclose or support an active product, in the form of at least one of an enzyme and a microorganism, the microorganism being selected from a bacterium or a yeast.
A transmission system, including: a first input shaft that is arranged to receive drive directly from a drive source; a second input shaft that is arranged to receive drive from the drive source via a drive interruption means; a first lay shaft; a gear element rotatably mounted on the first input shaft; a gear element mounted on the first lay shaft; a first selector assembly arranged to selectively lock the gear element rotatably mounted on the first input shaft for rotation with the first input shaft and to selectively lock the gear element mounted on the first lay shaft for rotation with the first input shaft, characterised in that the first selector assembly comprises a single engagement ring that includes a first side having a first set of engagement elements, wherein each engagement element has a drive face arranged to drivingly engage in a first rotational direction a first set of drive formations associated with the gear element rotatably mounted on the first input shaft and a non-driving face that is arranged to slip with respect to the first set of drive formations in a second rotational direction, thereby preventing driving engagement with the first set of drive formations, and a second side having a second set of engagement elements, wherein each engagement element has a drive face arranged to drivingly engage in the second rotational direction a second set of drive formations associated with the gear element mounted on the first lay shaft and a non-driving face that is arranged to slip with respect to the second set of drive formations in the first rotational direction, thereby preventing driving engagement with the second set of drive formations; wherein each non-driving face (45a,45b) extends circumferentially along an arcuate path from a position adjacent its respective drive face (43a,43b), and the arcuate extent of each non-driving face (45a,45b) is in the range 90° to 360°.