mhurhangee/ep-ind-claims huggingface dataset:
An orchestration and management system, comprising: an inter-slice Management and Orchestration, MANO, module, a network-slice MANO module, a subnet-slice MANO module, and a Virtualized Network Function entity, VNF, wherein the inter-slice MANO module is configured to manage a life cycle of a network slice; the network-slice MANO module is located in the network slice and configured to manage a life cycle of a network service; and the subnet-slice MANO module is located in a subnet slice of the network slice and configured to manage a life cycle of the VNF, wherein the subnet slice is one or more subnet segments obtained by dividing the network slice according to a preset rule; the inter-slice MANO module is further configured to receive a service starting request of a user, activate loading of the network-slice MANO module according to the service starting request, and instruct the network-slice MANO module to create the network service, wherein the service starting request comprises Quality of Service, QoS, requirements; the network-slice MANO module is further configured to create the network service, activate loading of the subnet-slice MANO module, and issue VNF requirements into the subnet slice; and the subnet-slice MANO module is further configured to activate loading of the VNF. the inter-slice MANO module is configured to manage a life cycle of a network slice; the network-slice MANO module is located in the network slice and configured to manage a life cycle of a network service; and the subnet-slice MANO module is located in a subnet slice of the network slice and configured to manage a life cycle of the VNF, wherein the subnet slice is one or more subnet segments obtained by dividing the network slice according to a preset rule; the inter-slice MANO module is further configured to receive a service starting request of a user, activate loading of the network-slice MANO module according to the service starting request, and instruct the network-slice MANO module to create the network service, wherein the service starting request comprises Quality of Service, QoS, requirements; the network-slice MANO module is further configured to create the network service, activate loading of the subnet-slice MANO module, and issue VNF requirements into the subnet slice; and the subnet-slice MANO module is further configured to activate loading of the VNF.
A wireless communication apparatus (200, 400), comprising: a receiver that is configured to receive a control signal a blind decoder (225, 425) characterised in that it is configured to perform a blind decoding of a plurality of adjacent physical resource blocks, PRBs, in which the same precoding is used in a unit of an RB group, RBG, that is composed of the plurality of PRBs by referring to information, as to PRBs in which the same precoding is used, which is shared with a base station, and to detect, in the plurality of adjacent PRBs, a resource area to which the control signal for the wireless communication apparatus is allocated. a receiver that is configured to receive a control signal a blind decoder (225, 425) characterised in that it is configured to perform a blind decoding of a plurality of adjacent physical resource blocks, PRBs, in which the same precoding is used in a unit of an RB group, RBG, that is composed of the plurality of PRBs by referring to information, as to PRBs in which the same precoding is used, which is shared with a base station, and to detect, in the plurality of adjacent PRBs, a resource area to which the control signal for the wireless communication apparatus is allocated.
A solid tire comprising a rubber base layer with a reduced height extending in circumferential direction of the tire, an inner circumferential contact surface of the rubber base layer being provided to contact an outer circumferential contact surface of a rim, the solid tire upon mounting to the rim being provided to be pulled over the circumferential outer contact surface of the rim along a mounting direction at least partly running along an axial direction of the tire, the inner contact surface comprising one of at least one engaging set of a protrusion and a corresponding groove for fixing the position of the tire on the rim which extend along a first direction crossing the mounting direction, wherein for each position on the inner contact surface of the tire, in mounting direction of the tire, at most one of the one of the at least one engaging set of the protrusion and the corresponding groove is provided and wherein the tire comprises an outer tread surface extending in circumferential direction of the tire, being provided for contacting the ground and having a tread width measured along the axial direction of the tire, wherein the inner contact surface has an inner contact width measured along the axial direction of the tire, characterised in that the inner contact width is larger than the tread width, wherein tire has a height and the height of the base layer is 5% - 20% of the height of the tire and wherein the reduction of the height of the base layer results in the tire having a decreased ratio of the height of the tire to the inner contact width.
A testing apparatus for testing a user's sustained attention to test for delirium, comprising at least one stimulus-providing means and a controller for controlling the stimulus providing means to provide at least one target stimulus, wherein the controller is configured to perform at least one operating procedure and the or each operating procedure comprises controlling the stimulus-providing means to provide a sequence of target stimuli to the user; at least one distraction providing means for providing distraction stimuli, during the or each operating procedure, wherein the distraction providing means is configured to produce the distraction stimuli at a different location to that of the target stimuli; characterised in that: the controller is configured to control the stimulus-providing means to provide a delay between each target stimulus of the operating procedure and the delay between each target stimulus is between 2050ms and 4050ms; each target stimulus is provided for a duration in the range between 600ms to 1400ms; the sequence consists of between 5 and 14 of the target stimuli or between 1 and 4 of the target stimuli; and the operating procedure comprises a counting test and the apparatus comprises input means configured to receive a user assessment of the number of target stimuli in the sequence in the form of a single response, the input means comprising a data input means for an operator to enter the response, or a user input means comprising means for entering the response. the controller is configured to control the stimulus-providing means to provide a delay between each target stimulus of the operating procedure and the delay between each target stimulus is between 2050ms and 4050ms; each target stimulus is provided for a duration in the range between 600ms to 1400ms; the sequence consists of between 5 and 14 of the target stimuli or between 1 and 4 of the target stimuli; and the operating procedure comprises a counting test and the apparatus comprises input means configured to receive a user assessment of the number of target stimuli in the sequence in the form of a single response, the input means comprising a data input means for an operator to enter the response, or a user input means comprising means for entering the response.
A tire support apparatus for installing components into a tire, the tire support apparatus comprising a support plate for receiving the tire thereon and a plate having a heated ring having a radially outer surface for seating against a lower sidewall region of the tire, wherein the plate has an inlet port for providing pressurized fluid to the tire, characterized in that the plate is an upper plate and the heated ring has a groove, said heated ring has further an inner lip for seating against a bead region of the tire.
A method of preparing an isolated serum fraction of platelet rich fibrin, comprising the steps of: (i) centrifuging venous blood for 2-20 minutes at 1000-3000 g, whereby platelet rich plasma is provided and red blood cell fraction is removed in the absence of any exogenous anticoagulant and in contact with a negatively charged surface; until, by spontaneously clotting the PRP, a coagel of PRF is obtained, (ii) squeezing the obtained PRF coagel to isolate its serum fraction (i. e. a PRF releasate), wherein the method is carried out in less than 6 hours, wherein no preservative agents are used and wherein the serum fraction is prepared without an intermediate freezing/thawing step. (i) centrifuging venous blood for 2-20 minutes at 1000-3000 g, whereby platelet rich plasma is provided and red blood cell fraction is removed in the absence of any exogenous anticoagulant and in contact with a negatively charged surface; until, by spontaneously clotting the PRP, a coagel of PRF is obtained, (ii) squeezing the obtained PRF coagel to isolate its serum fraction (i. e. a PRF releasate), wherein the method is carried out in less than 6 hours, wherein no preservative agents are used and wherein the serum fraction is prepared without an intermediate freezing/thawing step.
An anode plate for a lithium-ion battery, the anode plate comprising: i) a current collector; ii) an anode active material layer located on at least one surface of the current collector; and iii) a lithium-precipitation inhibiting layer located on the anode active material layer, wherein the lithium-precipitation inhibiting layer comprises at least one of following lithium-precipitation inhibiting materials: LiNi x Co y Mn z Fe w O 2, LiMPO 4, and Li 4 Ti 5 O 12, where 0≤x≤1, 0≤y≤1, 0≤z≤1, 0≤w≤1, and x+y+z+w=1, and M is selected from Fe, Co, Ni, Mn and a combination thereof, and a first binder, wherein the lithium-precipitation inhibiting layer contains no conductive material. i) a current collector; ii) an anode active material layer located on at least one surface of the current collector; and iii) a lithium-precipitation inhibiting layer located on the anode active material layer, wherein the lithium-precipitation inhibiting layer comprises at least one of following lithium-precipitation inhibiting materials: LiNi x Co y Mn z Fe w O 2, LiMPO 4, and Li 4 Ti 5 O 12, where 0≤x≤1, 0≤y≤1, 0≤z≤1, 0≤w≤1, and x+y+z+w=1, and M is selected from Fe, Co, Ni, Mn and a combination thereof, and a first binder, wherein the lithium-precipitation inhibiting layer contains no conductive material.
A thermocouple assembly for use with an electrode, comprising: a plurality of temperature sensors formed by thermocouple junctions; a tubular element, wherein the plurality of temperature sensors are disposed within an inner diameter of the tubular element; a thermally conductive material sealing each of the plurality of temperature sensors within the tubular element, the thermally conductive material comprising a UV curing adhesive; and an air gap defined by the thermally conductive material and the interior diameter of the tubular element between each pair of adj acent temperature sensors. a plurality of temperature sensors formed by thermocouple junctions; a tubular element, wherein the plurality of temperature sensors are disposed within an inner diameter of the tubular element; a thermally conductive material sealing each of the plurality of temperature sensors within the tubular element, the thermally conductive material comprising a UV curing adhesive; and an air gap defined by the thermally conductive material and the interior diameter of the tubular element between each pair of adj acent temperature sensors.
A carbon-containing modified polystyrene type resin particle, comprising a carbon-containing polypropylene type resin, wherein an average particle size of the carbon particle within said carbon-containing polypropylene type resin is within a range from 15 to 35 nm prior to incorporation within said polypropylene type resin, and the carbon particles are contained at 1 to 8% by weight of the carbon-containing modified polystyrene type resin particle, and a polystyrene type resin in an amount of not less than 100 parts by weight but less than 400 parts by weight per 100 parts by weight of said carbon-containing polypropylene type resin, wherein a polystyrene type resin ratio at a central part of said carbon-containing modified polystyrene type resin particle is at least 1.2 times a polystyrene type resin ratio of an overall particle, said polystyrene type resin ratio being calculated by using a ratio (D 698 /D 1376) of absorbances at 698 cm -1 and 1376 cm -1 which are obtained from an infrared absorption spectrum measured by ATR infrared spectroscopic analysis according to the description wherein the central part of the carbon-containing modified polystyrene type resin particle describes the portion of the particle, in a cross-section that passes through the center of the particle, from the particle center out to a distance 1/4 of the particle diameter from the particle center.
A method for manufacturing a breast prosthesis, comprising the following steps: (b) introducing a first dispersion of a first granular material in a cross-linkable silicone compound into a cavity of a casting mold, wherein the first granular material is a porous, and preferably foamed, thermoplastic material; (d) curing of the silicone compound in order to form a prosthesis body; and (f) heating of the prosthesis body to a shrinking temperature which lies above the melting point of the thermoplastic material. (b) introducing a first dispersion of a first granular material in a cross-linkable silicone compound into a cavity of a casting mold, wherein the first granular material is a porous, and preferably foamed, thermoplastic material; (d) curing of the silicone compound in order to form a prosthesis body; and (f) heating of the prosthesis body to a shrinking temperature which lies above the melting point of the thermoplastic material.
An article comprising a low-friction spandex elastomeric yarn comprising: (a) a polyurethane bicomponent fiber having a core and a sheath; and (b) a lubricating additive included in the sheath; wherein the elastomeric yarn is a single filament yarn or a multiple filament yarn and wherein the multiple filament yarn further comprises (c) a fusing additive to enhance cohesive bonding between filaments. (a) a polyurethane bicomponent fiber having a core and a sheath; and (b) a lubricating additive included in the sheath; (c) a fusing additive to enhance cohesive bonding between filaments.
A data transmission system for current-modulated transfer of data between a master device and at least one slave device (150, 150'), wherein the data transmission system can be used in a safety-related automation system and has the following features: - a current loop that is only adapted for data transfer; - a master device, comprising a first evaluation and control unit adapted to detect an external switching state which signals a quiescent state or working state; a first electrical power source which is connected to the current loop and can be switched on and off by the first evaluation and control unit, which in the case of a quiescent state as detected by the first evaluation and control unit drives a predefined constant bias-current through the current loop; a first current modulating device connected into the current loop and adapted to modulate the bias-current in dependence of a control signal provided by the first evaluation and control unit, in order to transmit data via the current loop; a first current measuring device connected into the current loop and connected to the first evaluation and control unit, wherein the first evaluation and control unit is adapted to evaluate the current measured by the first current measuring device and to execute or trigger a defined action depending on the evaluation result; wherein the current measuring device and the current modulating device are connected in series; - a first slave device, comprising a second evaluation and control unit; a second current modulating device connected into the current loop and adapted to modulate the bias current in dependence of a control signal provided by the second evaluation and control unit, in order to transmit data via the current loop; and a second current measuring device connected into the current loop and connected to the second evaluation and control unit, wherein the second evaluation and control unit is adapted to evaluate the current measured by the second current measuring device and to execute or trigger a defined action depending on the evaluation result; wherein the current measuring device and the current modulating device are connected in series. - a current loop that is only adapted for data transfer; - a master device, comprising - a first slave device, comprising
A method for controlling size and/or morphology characteristics of particles when producing a batch of particles of a substance in a production arrangement, said particles having predetermined sizes and/or morphology, comprising the steps of: i) mixing within a spray nozzle (101,201) and under flow conditions a solution stream of a liquid solution (102,202) in which said substance is dissolved or dispersed with a fluid stream of a fluid (103,203), the kind of solvent in said liquid solution, the kind of fluid and the proportion of the volume of said liquid solution relative to the volume of said fluid being selected to promote nucleation and particle formation of said substance in said mixture, ii) passing said mixture in the form of a spray through a spray outlet (109,209,309) of said spray nozzle (101,201,301) into a particle collecting chamber (105,205), and iii) separating and collecting within said particle collecting chamber (105,205) said particles from said mixture, wherein said solvent is a liquid and said fluid is an aqueous liquid in a subcritical state. i) mixing within a spray nozzle (101,201) and under flow conditions a solution stream of a liquid solution (102,202) in which said substance is dissolved or dispersed with a fluid stream of a fluid (103,203), the kind of solvent in said liquid solution, the kind of fluid and the proportion of the volume of said liquid solution relative to the volume of said fluid being selected to promote nucleation and particle formation of said substance in said mixture, ii) passing said mixture in the form of a spray through a spray outlet (109,209,309) of said spray nozzle (101,201,301) into a particle collecting chamber (105,205), and iii) separating and collecting within said particle collecting chamber (105,205) said particles from said mixture, wherein said solvent is a liquid and said fluid is an aqueous liquid in a subcritical state.
A damper, comprising: a housing; a cap; 5 a rotation member combined with the housing so as to turn relative to the housing; an attenuating medium filled in a rotation area of the rotation member, and added with viscoelasticity by a viscoelasticity treatment; and an enclosure portion provided outside the rotation area, communicating with the rotation area, and enclosing an excess attenuating medium relative to the rotation area to which the rotation member is combined, characterized in that in the enclosure portion a pair of annular projecting portions (26, 27) of the housing and a pair of cap annular projecting portions (66, 67) are combined to be formed so as to include a bend structure bending a plurality of times toward an outside of the housing and the cap from a torque generating area side. a housing; a cap; 5 a rotation member combined with the housing so as to turn relative to the housing; an attenuating medium filled in a rotation area of the rotation member, and added with viscoelasticity by a viscoelasticity treatment; and an enclosure portion provided outside the rotation area, communicating with the rotation area, and enclosing an excess attenuating medium relative to the rotation area to which the rotation member is combined, characterized in that in the enclosure portion a pair of annular projecting portions (26, 27) of the housing and a pair of cap annular projecting portions (66, 67) are combined to be formed so as to include a bend structure bending a plurality of times toward an outside of the housing and the cap from a torque generating area side.
Cylindrical roller bearing for absorbing axial and radial forces having a first bearing ring and a second bearing ring which are arranged concentrically about a rotational axis which runs in the axial direction (x), the second bearing ring having a groove which is open in the radial direction and into which a lug of the first bearing ring engages, a first radial bearing row and two axial bearing rows which are spaced apart in the axial direction being arranged between the lug and the groove, the first radial bearing row supporting the first bearing ring in a first radial direction against the second bearing ring, and a second radial bearing row being provided which supports the first bearing ring with respect to the second bearing ring in a second radial direction which is opposed to the first radial direction, characterized in that the first bearing ring is divided in the axial direction (x) into at least one first part ring with the lug and a second part ring, the second radial bearing row being arranged at an axial spacing from the lug between the second part ring and the second bearing ring, and the second radial bearing row being arranged above or below the axial bearing rows in such a way that it does not project in the radial direction beyond the axial bearing rows.
Plant for processing fibre materials with a pre-steamer, a digester, and a refiner, which is connected via a blow line to a dryer, where a device for continuous discharge of part of the steam is arranged in the blow line and where a discharge opening for steam from the device is connected via a steam line (17, 18, 19) to the pre-steamer and/or the digester, where the device is connected directly to the blow-line, which continues to run in the direction of flow, characterized in that the device is a cyclone and the discharge opening is formed by an immersion tube.