mhurhangee/ep-ind-claims huggingface dataset:
A system for determining the concentration of a quaternary ammonium compound comprising: (a) an article selected from the group consisting of a dispenser, a bucket, a sink, a spray bottle, an applicator, a strip, a coupon, a label, a probe, and a sprayer dip tube; (b) a dye located on or integral with the article, wherein the dye is selected from the group consisting of anionic dyes that are purple in the presence of quaternary ammonium compounds, wherein the dye provides a concentration-dependent response between 150 ppm and 400 ppm of a quaternary ammonium compound; and (c) a sensor capable of measuring the light intensity of the dye as a function of the wavelength of the dye and converting that measurement to a digital output related to the quaternary ammonium compound concentration, wherein the dye provides a concentration-dependent response between 150 ppm and 400 ppm of the quaternary ammonium compound; and wherein the dye is Acid Violet 148 with a concentration of 5.51 % incorporated into white paint. (a) an article selected from the group consisting of a dispenser, a bucket, a sink, a spray bottle, an applicator, a strip, a coupon, a label, a probe, and a sprayer dip tube; (b) a dye located on or integral with the article, wherein the dye is selected from the group consisting of anionic dyes that are purple in the presence of quaternary ammonium compounds, wherein the dye provides a concentration-dependent response between 150 ppm and 400 ppm of a quaternary ammonium compound; and (c) a sensor capable of measuring the light intensity of the dye as a function of the wavelength of the dye and converting that measurement to a digital output related to the quaternary ammonium compound concentration, wherein the dye provides a concentration-dependent response between 150 ppm and 400 ppm of the quaternary ammonium compound; and
A system in a mobile communications network having separation between a user plane and a control plane, the system comprising: plural entities, the plural entities comprising: plural user plane entities comprising the user plane; characterised by plural mobility management entities comprising the control plane; wherein at least one of said plural entities is configured to transmit an Interior Gateway Protocol, IGP, message containing advertisement information, the advertisement information comprising status information and configuration information of at least one user plane entity, and being distributed automatically using extensions of an Interior Gateway Protocol, IGP, routing protocol; a mobility management entity-node of the system configured to select a user plane entity for attachment to a wireless station serviced by the network using both said transmitted advertisement information and transport information comprising information of a transport network interconnecting a base station node and a user plane entity, the transport information being distributed by traffic extensions of the IGP routing protocol. plural entities, the plural entities comprising: plural user plane entities comprising the user plane; characterised by plural mobility management entities comprising the control plane; wherein at least one of said plural entities is configured to transmit an Interior Gateway Protocol, IGP, message containing advertisement information, the advertisement information comprising status information and configuration information of at least one user plane entity, and being distributed automatically using extensions of an Interior Gateway Protocol, IGP, routing protocol; plural user plane entities comprising the user plane; characterised by plural mobility management entities comprising the control plane; wherein at least one of said plural entities is configured to transmit an Interior Gateway Protocol, IGP, message containing advertisement information, the advertisement information comprising status information and configuration information of at least one user plane entity, and being distributed automatically using extensions of an Interior Gateway Protocol, IGP, routing protocol; a mobility management entity-node of the system configured to select a user plane entity for attachment to a wireless station serviced by the network using both said transmitted advertisement information and transport information comprising information of a transport network interconnecting a base station node and a user plane entity, the transport information being distributed by traffic extensions of the IGP routing protocol.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, information associated with a time domain position of a synchronization signal block, SSB, in higher layer information; identifying a time domain position of a candidate synchronization signal/physical broadcast channel, SS/PBCH, block for operation with shared spectrum channel access based on the information associated with the time domain position of the SSB; receiving, from the base station, an SS/PBCH block for operation with shared spectrum channel access based on the identified time domain position of the candidate SS/PBCH block; identifying that at least one random access channel occasion, RO, in a physical random access channel, PRACH, slot is valid based on: the at least one RO not preceding the candidate SS/PBCH block in the PRACH slot, the at least one RO starting at least N gap symbols after a last downlink symbol, and the at least one RO starting at least N gap symbols after a last symbol of the candidate SS/PBCH block; and transmitting, to the base station, a PRACH preamble in the at least one valid RO, wherein the information associated with the time domain position of the SSB comprises a bitmap indicating at least one time domain position of an SS/PBCH block to be transmitted. receiving, from a base station, information associated with a time domain position of a synchronization signal block, SSB, in higher layer information; identifying a time domain position of a candidate synchronization signal/physical broadcast channel, SS/PBCH, block for operation with shared spectrum channel access based on the information associated with the time domain position of the SSB; receiving, from the base station, an SS/PBCH block for operation with shared spectrum channel access based on the identified time domain position of the candidate SS/PBCH block; identifying that at least one random access channel occasion, RO, in a physical random access channel, PRACH, slot is valid based on: the at least one RO not preceding the candidate SS/PBCH block in the PRACH slot, the at least one RO starting at least N gap symbols after a last downlink symbol, and the at least one RO starting at least N gap symbols after a last symbol of the candidate SS/PBCH block; and transmitting, to the base station, a PRACH preamble in the at least one valid RO, wherein the information associated with the time domain position of the SSB comprises a bitmap indicating at least one time domain position of an SS/PBCH block to be transmitted. the at least one RO not preceding the candidate SS/PBCH block in the PRACH slot, the at least one RO starting at least N gap symbols after a last downlink symbol, and the at least one RO starting at least N gap symbols after a last symbol of the candidate SS/PBCH block; and transmitting, to the base station, a PRACH preamble in the at least one valid RO, wherein the information associated with the time domain position of the SSB comprises a bitmap indicating at least one time domain position of an SS/PBCH block to be transmitted.
A synthesis process of derivatives of 8-hydroxypenicillanic acid starting from amide derivatives of the protected N-Boc 6 amino-penicillanic nucleus, wherein the compound having formula with G equal to a NR 1 R 2 group wherein R 1 and R 2 are selected from hydrogen and a linear alkyl chain having from 2 to 5 carbon atoms, preferably 2 or 3 carbon atoms, with an azide group, a propargyl group or a triazole group functionalized with a saccharide or relative derivative, wherein R 1 and R 2 are not simultaneously equal to hydrogen, is subjected to a deprotection reaction carried out in the presence of an excess of trifluroacetic acid in a polar solvent, at a temperature ranging from 0°C to room temperature, for a period of time ranging from 5 minutes to 2 hours, obtaining the compound having formula wherein R 1 and R 2 have the meanings previously indicated. with G equal to a NR 1 R 2 group wherein R 1 and R 2 are selected from hydrogen and a linear alkyl chain having from 2 to 5 carbon atoms, preferably 2 or 3 carbon atoms, with an azide group, a propargyl group or a triazole group functionalized with a saccharide or relative derivative, wherein R 1 and R 2 are not simultaneously equal to hydrogen, is subjected to a deprotection reaction carried out in the presence of an excess of trifluroacetic acid in a polar solvent, at a temperature ranging from 0°C to room temperature, for a period of time ranging from 5 minutes to 2 hours, obtaining the compound having formula wherein R 1 and R 2 have the meanings previously indicated.
A mooring system (1a; 1b; 10a) for a mooring and a handling on the ground of an aerial vehicle of the aerostat or dirigible balloon type, said mooring system (1a; 1b; 10a) comprising a platform on which is mounted a mooring mast, and a carrier structure capable of supporting the platform on the ground, the platform having at least one upper stage which is raised above the ground and which delimits a reception area designed to receive an autonomous vehicle below the upper stage, said mooring system (1a; 1b; 10a) being characterized in that said upper stage supports at least one lifting device placed above the reception area and configurable between: - a rest configuration authorizing a reception of an autonomous vehicle in the reception area under the upper stage and withdrawal of an autonomous vehicle outside the reception area, and - a lifting configuration wherein the lifting device is able to lift the platform /carrier structure assembly and lift off the carrier structure from the ground by resting on the autonomous vehicle when the latter is present in the reception area under the upper stage, thus authorizing a transport of the mooring system (1a; 1b; 10a) by the autonomous vehicle. - a rest configuration authorizing a reception of an autonomous vehicle in the reception area under the upper stage and withdrawal of an autonomous vehicle outside the reception area, and - a lifting configuration wherein the lifting device is able to lift the platform /carrier structure assembly and lift off the carrier structure from the ground by resting on the autonomous vehicle when the latter is present in the reception area under the upper stage, thus authorizing a transport of the mooring system (1a; 1b; 10a) by the autonomous vehicle.
Lighting apparatus comprising: a circuit board with a plurality of light sources spaced thereon; a heat sink, the circuit board being in thermal contact with the heat sink; an optical member comprising (a) a lens region with a plurality of lens portions over corresponding light sources, (b) a flange portion in contact with the circuit board, and (c) a peripheral region; and a securement structure securing the optical member over the light sources, characterized in that the peripheral region extends beyond the perimeter of the circuit board, wherein the peripheral region encircles the perimeter of the circuit board and an inner region of the optical member between the lens portions of the optical member, and sandwiches a gasket against the heat sink thereby facilitating fluid-tight sealing of the circuit board, and the securement structure applies force to the peripheral region of the optical member toward the circuit board, such that the optical member presses the circuit board substantially uniformly against the heat sink to increase the thermal coupling between the circuit board and the heat sink. a circuit board with a plurality of light sources spaced thereon; a heat sink, the circuit board being in thermal contact with the heat sink; an optical member comprising (a) a lens region with a plurality of lens portions over corresponding light sources, (b) a flange portion in contact with the circuit board, and (c) a peripheral region; and a securement structure securing the optical member over the light sources, characterized in that the peripheral region extends beyond the perimeter of the circuit board, wherein the peripheral region encircles the perimeter of the circuit board and an inner region of the optical member between the lens portions of the optical member, and sandwiches a gasket against the heat sink thereby facilitating fluid-tight sealing of the circuit board, and the securement structure applies force to the peripheral region of the optical member toward the circuit board, such that the optical member presses the circuit board substantially uniformly against the heat sink to increase the thermal coupling between the circuit board and the heat sink.
Absorber system having an absorber-mass carrier and having an absorber-mass unit, wherein at least one first absorber mass is accommodated for relative movement on the absorber-mass carrier by means of a first coupling unit and at least one second absorber mass is accommodated for relative movement on the at least one first absorber mass by means of a second coupling unit, and wherein one (4; 6) of the at least two absorber masses (4, 6) has absorber-mass elements (5a, 5b; 7a, 7b) which are arranged at a fixed axial distance apart, connected to one another by means of spacers (86; 98) and accommodate axially between them the respectively other one (4; 6) of the at least two absorber masses (4, 6), wherein the absorber-mass carrier has at least its radial region (88a, 88b; 88) which is directed towards the absorber-mass unit engaging axially between the two absorber-mass elements (5a, 5b; 7a, 7b), which are connected to one another by means of spacers (86; 98) and are arranged at a fixed axial distance apart, characterized in that each of the first absorber masses are carried on the absorber-mass carrier such that they can be deflected in the region of two first coupling regions, which are located one beside the other in the circumferential direction, and each of these coupling regions comprises a curved guide track with a radially inner vertex region in the first absorber mass and a curved guide track with a radially outer vertex region in the absorber-mass carrier, and a coupling element is positioned such that it can be moved with rolling action along the guide track in the absorber mass and the guide track in the absorber-mass carrier, and in that the second absorber masses, which are provided in addition to the first absorber masses, are carried on the absorber-mass elements (5a, 5b) of the respectively associated first absorber masses such that they can be deflected in the region of two second coupling regions, which are located one beside the other in the circumferential direction, and each of these coupling regions comprises a curved guide track with a radially inner vertex region in the second absorber mass and a curved guide track with a radially outer vertex region in the absorber-mass elements (5a, 5b) of the respectively associated first absorber masses, and a coupling element is positioned such that it can be moved with rolling action along the guide tracks in the second absorber mass and the guide tracks in the absorber-mass elements (5a, 5b) of the respectively associated first absorber masses, wherein the mass of the second absorber masses, on the one hand, and of the guide tracks (92, 94) of the absorber masses (6, 4), on the other hand, are such that the natural frequencies of the first absorber masses are tuned to a different order to those of the second absorber masses.
A system for modulating light using a micro-electro-mechanical structure comprising: a plurality of deformable mirror elements having an L-shaped cross section, wherein each of said deformable mirror elements is comprised of a pedestal and an elongated ribbon; a reflective surface on each of said ribbons; and a light source, configured to direct a beam of light from said light source on said deformable mirror elements and characterised in that said deformable mirror elements are configured to flex about an axis parallel to a long dimension of the ribbons to vary a curvature of the reflective ribbons and to deflect light from said light source. a plurality of deformable mirror elements having an L-shaped cross section, wherein each of said deformable mirror elements is comprised of a pedestal and an elongated ribbon; a reflective surface on each of said ribbons; and a light source, configured to direct a beam of light from said light source on said deformable mirror elements and characterised in that said deformable mirror elements are configured to flex about an axis parallel to a long dimension of the ribbons to vary a curvature of the reflective ribbons and to deflect light from said light source.
A surgical device comprising: a housing; a drive shaft; a motor for rotating the drive shaft disposed within the housing; a control button disposed on the housing; and a motor speed controller operably associated with the control button, the motor speed controller varying an angular velocity of the motor as a function of a percent of actuation of the control button between an unactuated position and a fully actuated position, wherein the motor speed controller includes a light source, a set of louvers, and a photo sensor. a housing; a drive shaft; a motor for rotating the drive shaft disposed within the housing; a control button disposed on the housing; and a motor speed controller operably associated with the control button, the motor speed controller varying an angular velocity of the motor as a function of a percent of actuation of the control button between an unactuated position and a fully actuated position, wherein the motor speed controller includes a light source, a set of louvers, and a photo sensor.
A visualized radioactive carbon microsphere suspension, every 1 ml of the solution comprising: 10-500 mg of carbon microspheres, 5-500 mCi of activity of radioactive nuclides for treatment, 0.1-100 mCi of activity of radioactive nuclides for imaging, 0-100 mg of small organic molecules, and 0.1-1.0 ml of a first solution, and wherein the radioactive nuclide for treatment is selected from any one of yttrium [ 90 Y], lutetium [ 177 Lu], holmium [ 166 Ho], samarium [ 153 Sm] and isotopes thereof, the radioactive nuclide for imaging is zirconium [ 89 Zr], and the small organic molecules is 5-sulfosalicylic acid or 5-nitrosalicylic acid.
A server for a communication network, which server is connected to the communication network via a communication link and has a database application running on it with access to a database (21; 22) that is designed for the purpose of collecting and managing data, wherein the server is in contact via the communication network directly or indirectly, via further servers for the communication network, with a plurality of company-internal machines (2, 3, 4, 5) or appliances, associated with various companies (6, 7, 8), for the use or reprocessing of tools, wherein the tools are designed for machining workpieces, wherein the tools each comprise a plurality of individual parts, with at least some of the individual parts having associated individual identification data, wherein the server has means for receiving data from tools of the machines (2, 3, 4, 5) or the appliances and/or dynamic information regarding the tools, with the reception means being designed to receive individual identification data from the individual parts of the tools, and the server having means for storing the received data in the database (21, 22) in association with the corresponding tools, wherein the server has means for processing the received data and further data stored in the database (21; 22) in order to generate updated data about the tools, with the information content of the updated data going beyond the sum of the information content of the received data and the further data stored in the database (21; 22), wherein the processing means compile, as updated data, virtual tools that correspond to the tools from the individual parts that correspond to the individual identification data that have been read in, and wherein the server has means for storing the generated updated data in the database (21; 22).
An apparatus being connectable to a computer and another apparatus, the apparatus (300; 310) being configured to execute a file system virtualization process to create a first tree structure of a first file system managed by the apparatus (300; 310) based on a second tree structure of a second file system, the second tree structure linking among one or more directories and one or more files existing in the second file system managed by the other apparatus (400; 410); wherein the virtualization process includes creating, for each of the one or more directories existing in the second file system, a respective associated directory in the first file system, and creating, for each of the one or more files existing in the second file system, a respective associated virtualized file in the first file system, each virtualized file in the first file system being an external link object, which exists in the directory of the first file system corresponding to the respective directory in the second file system having the associated file, each external link object enabling indirect client access through the respective external link object to the respective associated file in the second file system before file content data is migrated, and the external link objects are presented as files to the clients; wherein, upon an instruction to start a file system migration process, the apparatus (300; 310) is configured to execute the instructed file system migration process, independent of whether the virtualization process is still ongoing or has ended already, to migrate file content data for each of the one or more virtualized files of the first tree structure of the first file system from a respective associated file existing in the second file system; wherein, when receiving a request to modify a file at the first file system from the computer, the apparatus (300; 310) is configured to communicate with the other apparatus (400; 410) to modify a respective file of the second tree structure corresponding to the requested file in accordance with the request through a respective associated external link object if a virtualized file corresponding to the requested file exists in the first file system, and to execute the request to modify a respective file of the first tree structure corresponding to the requested file in accordance with the request if a migrated file corresponding to the requested file exists in the first file system; and wherein the apparatus (300; 310) is configured to not execute migration of file content data for virtualized files of the first tree structure of the first file system if the start the migration process is not yet instructed.