mhurhangee/ep-ind-claims huggingface dataset:
A covering set (5, 305) including a covering strip (1, 101, 301, 501, 601, 701) of plastic and mounting element (3, 303), whereby the covering strip (1, 101, 301, 501, 601, 701) is mountable to the mounting element (3, 303) and comprises a main wall (10, 110) with an upper surface and a middle wall (20, 120, 520, 620, 720) situated parallel to the main wall and connected to the main wall (10, 110) in a region of outer edges (12, 13, 512, 513, 612, 613, 712, 713) and surrounding together with the main wall (10, 110) a middle inner chamber (19, 119), whereas the middle wall (20, 120, 520, 620, 720) has a gap (21, 121, 521, 621, 721) located parallel to a longitudinal axis of the covering strip (1, 101, 301, 501, 601, 701), and dividing the middle wall (20, 120, 520, 620, 720) into two parts or portions in a form of projections (22, 23, 122, 123, 522, 523, 622, 623, 722, 723) facing each other, at least one of which is elastically deflectable, whereas the mounting element (3, 303) has a base (32, 332) and a main part (31, 331) with a cross-section placed in the middle of a contour of the middle inner chamber (19, 119), whereby the mounting element (3, 303) on opposite sides of the main part (31, 331) has tongues (33, 34, 333, 334) lower surfaces (35, 36, 336) of which are spaced from a lower surface (37, 337) of its base (31, 331) by a distance not smaller than thickness (g) of the projections (22, 23, 122, 123, 522, 523, 622, 623, 722, 723) and width (s) of the gap (21, 121, 521, 621, 721) is not bigger than distance (b) between outer edges of the tongues (33, 34, 333, 334) located on opposite sides of the main part (31, 331) of the mounting element (3, 303) and is not smaller than width (a) of the base (32, 332) of the mounting elements (3, 303) that prevent separation of the covering strip (1, 101, 301, 501, 601, 701) and the mounting element (3, 303) after fixing the covering strip (1, 101, 301, 501, 601, 701) on the mounting element (3, 303) wherein one tongue (33, 334) of the tongues has a rounded upper surface, whereas the other tongue 34, 333) has a cross-section with a polygonal shape and the projection of the covering strip located under the tongue (33, 334) is shorter than the other projection to facilitate fixing of the covering strip on the mounting element (3, 303).
A method for establishing a connection of a mobile terminal (201, 1101) to a mobile radio communication network comprising: a radio access network (202, 1102) of the mobile radio communication network receiving a connection request from the mobile terminal (101, 1101); the radio access network (202, 1102) establishing a control plane communication having as a first endpoint the radio access network (202, 1102); the radio access network (202, 1102) forwarding the mobile terminal's connection request to a first common control plane function via the control plane communication; the first common control plane function directly forwarding the connection request to a second common control plane function, the connection request including an identification of the radio access network (202, 1102) and information about the communication session between the radio access network (202, 1102) and the first common control plane function; the radio access network (202, 1102) receiving a message indicating that a second endpoint of the control plane communication should be set to the second common control plane function; and the radio access network (202, 1102) setting the second endpoint of the control plane communication to the second common control plane function. a radio access network (202, 1102) of the mobile radio communication network receiving a connection request from the mobile terminal (101, 1101); the radio access network (202, 1102) establishing a control plane communication having as a first endpoint the radio access network (202, 1102); the radio access network (202, 1102) forwarding the mobile terminal's connection request to a first common control plane function via the control plane communication; the first common control plane function directly forwarding the connection request to a second common control plane function, the connection request including an identification of the radio access network (202, 1102) and information about the communication session between the radio access network (202, 1102) and the first common control plane function; the radio access network (202, 1102) receiving a message indicating that a second endpoint of the control plane communication should be set to the second common control plane function; and the radio access network (202, 1102) setting the second endpoint of the control plane communication to the second common control plane function.
A method for providing redundancy in a network centric process control system, where at least one node comprises at least one control service (36, 38, 42) as well as at least one middleware service (40, 44) for communicating in the process control system, where the control service and middleware service (40, 44) is each a separate executable running in a separate operating system process provided by a real time operating system thereof, where a first control service in a first node communicating via a first middleware service and implementing a first control function is set to act as an active control service for the first control function and a second control service communicating via a second middleware service and implementing the first control function (A; A') is set to act as a standby control service for the first control function, the method comprising: performing, by the first control service, the first control function through subscribing (S102a), via the first middleware service, to input process data of the first control function and publishing, (S102b), via the first middleware service, output process data of the first control function, synchronizing the first control service with the second control service; taking over, by the second control service based on a determination that a fault has occurred in the first node, the role of active control service, the taking over comprising publishing (S108b), by the second control service via the second middleware service, the output process data of the first control function based on a subscription of the second control service to the input process data, wherein the publishing of data comprises copying by a control service to a middleware service and publishing, by the middleware service, the data in the network centric process control system and/or to another control service executing in the same node through grouping, by the middleware service, publishing process data in data sets, wherein each data set is assigned a multicast address. performing, by the first control service, the first control function through subscribing (S102a), via the first middleware service, to input process data of the first control function and publishing, (S102b), via the first middleware service, output process data of the first control function, synchronizing the first control service with the second control service; taking over, by the second control service based on a determination that a fault has occurred in the first node, the role of active control service, the taking over comprising publishing (S108b), by the second control service via the second middleware service, the output process data of the first control function based on a subscription of the second control service to the input process data, wherein the publishing of data comprises copying by a control service to a middleware service and publishing, by the middleware service, the data in the network centric process control system and/or to another control service executing in the same node through grouping, by the middleware service, publishing process data in data sets, wherein each data set is assigned a multicast address.
Air flow circulation system, comprising a refrigerating equipment provided with at least an air passage channel, within which a fan is disposed, said system wherein said fan is of radial type and inclined at an angle (α), dividing said air passage channel into two ducts, a suction duct and a sprinkling duct, wherein: a wall of an outer box of said refrigerating equipment is provided with at least one recess aligned with an inlet of said fan; the fan is secured inside the air passage channel by fixing its structure, wherein a lower end is secured only onto a wall of an inner box, the system being characterized in that an upper end of the fan structure is adjustably secured between the walls of said inner box and outer box. a wall of an outer box of said refrigerating equipment is provided with at least one recess aligned with an inlet of said fan; the fan is secured inside the air passage channel by fixing its structure, wherein a lower end is secured only onto a wall of an inner box, the system being characterized in that an upper end of the fan structure is adjustably secured between the walls of said inner box and outer box.
Patient interface for delivering gas to a user, with a first member and a second member that can be releasably connected to each other, wherein the first member comprises a first alignment marker and the second member comprises a second alignment marker, wherein the first and the second alignment markers (26, 28) cooperate to create a third alignment marker by overlapping each other when the first member and the second member are connected to each other, wherein the overlapped first and the second alignment markers (26, 28) together form the third alignment marker, wherein the third alignment marker is different from the first and second alignment marker (26, 28), wherein the first alignment marker and/or the second alignment marker are at least partly visually transparent so that the third alignment marker is visually perceivable when the first and second alignment markers (26, 28) overlap each other, and wherein the third alignment marker is adapted to indicate proper alignment of the first and second member (22, 24).
A base station comprising: a signal assignment section that is configured to assign a downlink control information to one or more Physical Resource Block, PRB, sets of a downlink resource, the downlink control information including resource allocation information on Physical Downlink Shared Channel, PDSCH; an identifying section that is configured to identify- a Physical Uplink Control Channel, PUCCH, resource, the PUCCH resource being a resource to which an ACK/NACK signal for the PDSCH is assigned; and a signal separating section that is configured to separate the ACK/NACK signal included in the identified PUCCH resource from a received signal from a terminal to which the downlink control information is transmitted, wherein the downlink resource is composed of a plurality of PRB pairs including a first PRB set and a second PRB set, and characterized in that the PUCCH resource is identified without using an offset value relating to the one or more PRB sets in a case where the downlink control information is mapped over the first PRB set, and the PUCCH resource is identified with using the offset value in a case where the downlink control information is mapped over the second PRB set. a signal assignment section that is configured to assign a downlink control information to one or more Physical Resource Block, PRB, sets of a downlink resource, the downlink control information including resource allocation information on Physical Downlink Shared Channel, PDSCH; an identifying section that is configured to identify- a Physical Uplink Control Channel, PUCCH, resource, the PUCCH resource being a resource to which an ACK/NACK signal for the PDSCH is assigned; and a signal separating section that is configured to separate the ACK/NACK signal included in the identified PUCCH resource from a received signal from a terminal to which the downlink control information is transmitted, wherein the downlink resource is composed of a plurality of PRB pairs including a first PRB set and a second PRB set, and characterized in that the PUCCH resource is identified without using an offset value relating to the one or more PRB sets in a case where the downlink control information is mapped over the first PRB set, and the PUCCH resource is identified with using the offset value in a case where the downlink control information is mapped over the second PRB set.
Sealing system in explosion proof devices, characterized in that an O-ring is arranged in a rectangular groove of a top flange and abuts upon a bottom flange, wherein the pressure of the O-ring against the bottom flange is provided for by a supply of compressed air pressure through a connection, when, in use, the pressure in a container abruptly increases, the pressure presses the O-ring towards the external edge of the groove and penetrates past the internal edge above the O-ring, thus yet additionally pressing the O-ring against the external edge and additionally sealing the joint.
An apparatus for sensing sub-epidermal moisture from a location external to a patient's skin, the apparatus comprising: one or more bipolar RF sensors (24;26) embedded on a flexible substrate; a conformal pressure pad disposed adjacent to and underneath the flexible substrate; wherein the conformal pressure pad is configured to support the flexible substrate while allowing the flexible substrate to conform to a non-planar sensing surface of the patient's skin; and interface electronics coupled to said bipolar RF sensor (24, 26); wherein said interface electronics are configured to control the one or more bipolar RF sensors (24, 26) for emitting and receiving RF energy to interrogate the patient's skin. one or more bipolar RF sensors (24;26) embedded on a flexible substrate; a conformal pressure pad disposed adjacent to and underneath the flexible substrate; wherein the conformal pressure pad is configured to support the flexible substrate while allowing the flexible substrate to conform to a non-planar sensing surface of the patient's skin; and interface electronics coupled to said bipolar RF sensor (24, 26);
A curable composition, comprising: an epoxy resin; a non-halogen flame retardant agent comprising at least two of an aryl-cyanato group and at least two of a phosphorus group; and a styrene and maleic anhydride copolymer; where the non-halogen flame retardant agent is represented by a compound of Formula: wherein m is an integer from 1 to 20; wherein n is an integer from 0 to 20 with the proviso that when n is 0 then m is an integer from 2 to 20; wherein X is selected from the group consisting of sulfur, oxygen, a lone electron pair, and combinations thereof; wherein each R 1 and R 2 is independently a hydrogen, an aliphatic moiety having 1 to 20 carbon atoms, or aromatic hydrocarbon moiety having 6 to 20 carbon atoms, where the aliphatic moiety and the aromatic hydrocarbon moiety can be joined to form a cyclic structure; wherein R 3 is selected from the group consisting of a hydrogen, an aliphatic moiety having 1 to 20 carbon atoms, an aromatic hydrocarbon moiety having 6 to 20 carbon atoms, R 4 R 5 P(=X)CH 2 -, and ROCH 2 -, where R is an aliphatic moiety having 1 to 20 carbon atoms; and wherein each R 4 and R 5 is independently an aliphatic moiety having 1 to 20 carbon atoms, an aromatic hydrocarbon moiety having 6 to 20 carbon atoms, where the aliphatic moiety and the aromatic hydrocarbon moiety can be joined to form a cyclic structure, RX-, or wherein R 4 and R 5 together are Ar 2 X-; and wherein each Ar 1 and Ar 2 is independently a benzene, a naphthalene, or a biphenyl. an epoxy resin; a non-halogen flame retardant agent comprising at least two of an aryl-cyanato group and at least two of a phosphorus group; and a styrene and maleic anhydride copolymer;
A pharmaceutical formulation comprising 4-((9-( -tetrahydro-3-furanyl)-8-((2,4,6-trifluorophenyl)amino)-9 H -purin-2-yl)amino)- trans -cyclohexanol, or a pharmaceutically acceptable salt, solvate, isotopologue or tautomer thereof, and silicified microcrystalline cellulose.
A system comprising: a messaging server system including: an application server configured to: receive from a first client device location information including a location of the first client device, wherein a first user is associated with the first client device; cause a map interface to be displayed on the first client device, the map interface including an avatar of the first user at a location on the map display based on the location information and an icon corresponding to an establishment; and cause the icon included in the map interface to change to an enhanced icon in response to determining that the establishment is saved in a database associated with a second user with whom the first user has an association in the messaging server system. receive from a first client device location information including a location of the first client device, wherein a first user is associated with the first client device; cause a map interface to be displayed on the first client device, the map interface including an avatar of the first user at a location on the map display based on the location information and an icon corresponding to an establishment; and cause the icon included in the map interface to change to an enhanced icon in response to determining that the establishment is saved in a database associated with a second user with whom the first user has an association in the messaging server system.
A measurement arrangement for measuring an optical unit (M1; M2; M3; M1, M3, 10) of a microlithographic projection exposure apparatus, comprising: - a wavefront measurement apparatus which is configured to measure, by means of phase-shifting interferometry, a wavefront aberration of imaging optics by means of measurement radiation and which comprises a pinhole or a coherence mask and a shearing grating, and - at least one adaptation module (42; 56, 58; 84) which is configured for such manipulation of the wavefront of the measurement radiation that the combination of the optical unit to be measured and the at least one adaptation module forms an imaging optical arrangement which images an opening of the pinhole or the coherence mask on the shearing grating, wherein the measurement arrangement is furthermore configured to determine a wavefront aberration of the optical unit to be measured by removing an already known wavefront aberration of the adaptation module (42; 56; 58; 84) from a wavefront aberration, measured by means of the wavefront measurement apparatus, of the imaging optical arrangement formed by the combination. - a wavefront measurement apparatus which is configured to measure, by means of phase-shifting interferometry, a wavefront aberration of imaging optics by means of measurement radiation and which comprises a pinhole or a coherence mask and a shearing grating, and - at least one adaptation module (42; 56, 58; 84) which is configured for such manipulation of the wavefront of the measurement radiation that the combination of the optical unit to be measured and the at least one adaptation module forms an imaging optical arrangement which images an opening of the pinhole or the coherence mask on the shearing grating,
A method for enhancing uplink coverage capacity of a User Equipment, UE, comprising: receiving, by a NodeB, information indicating a power margin reported by the UE, and instructing the UE to transmit uplink data by using a preset scheme after determining that uplink transmit power of the UE is limited according to the information; and decoding, by the NodeB, received uplink data in a mode corresponding to the preset scheme; characterized in that: the preset scheme is a Transmission Time Interval, TTI, specific sending mode; and the step of decoding received uplink data in a mode corresponding to the preset scheme comprises: decoding, by the NodeB, uplink data on an Enhanced Dedicated Physical Control Channel, E-DPCCH, and an Enhanced Dedicated Physical Data Channel, E-DPDCH, received in two TTIs unitedly, wherein the uplink data received in two TTIs comprises data sent by the UE on the E-DPCCH in one TTI separately, and data sent by the UE on the E-DPDCH in a next TTI separately. receiving, by a NodeB, information indicating a power margin reported by the UE, and instructing the UE to transmit uplink data by using a preset scheme after determining that uplink transmit power of the UE is limited according to the information; and decoding, by the NodeB, received uplink data in a mode corresponding to the preset scheme; characterized in that: the preset scheme is a Transmission Time Interval, TTI, specific sending mode; and the step of decoding received uplink data in a mode corresponding to the preset scheme comprises: decoding, by the NodeB, uplink data on an Enhanced Dedicated Physical Control Channel, E-DPCCH, and an Enhanced Dedicated Physical Data Channel, E-DPDCH, received in two TTIs unitedly, wherein the uplink data received in two TTIs comprises data sent by the UE on the E-DPCCH in one TTI separately, and data sent by the UE on the E-DPDCH in a next TTI separately. the preset scheme is a Transmission Time Interval, TTI, specific sending mode; and the step of decoding received uplink data in a mode corresponding to the preset scheme comprises: decoding, by the NodeB, uplink data on an Enhanced Dedicated Physical Control Channel, E-DPCCH, and an Enhanced Dedicated Physical Data Channel, E-DPDCH, received in two TTIs unitedly, wherein the uplink data received in two TTIs comprises data sent by the UE on the E-DPCCH in one TTI separately, and data sent by the UE on the E-DPDCH in a next TTI separately.
An inlet fitting for the filling of a cistern comprising a housing, a water guiding channel that is arranged in the housing with an inlet and an outlet, a float-controlled valve that is arranged in the water guiding channel, which blocks the water guiding channel or opens the water guiding channel during the filling respectively, wherein an expansion element is arranged in the water guiding channel after valve in the flow direction, wherein the expansion element increases the cross-section of the water guiding channel, so that an expansion of the waterjet occurs and the flow velocity is reduced, wherein the expansion element comprises a pipe element with a pipe end and a deflection element with a deflection face, wherein the pipe element is directed on the deflection face with its pipe end and wherein the pipe end is arranged apart from the deflection face, characterized in that the deflection face is designed as curved surface, in that the deflection face extends rounded from an intersection of the central axis of the pipe element to the pipe element, and wherein the pipe element, with its pipe end, is directed on said intersection or on the deflection face respectively, in that the deflection surface defines an inner space, in which the pipe element protrudes, and in that an annular gap is present between the outside of the pipe element and the deflection face.
Compression gas spring having a working cylinder and therein slidably arranged piston, whereas the working gas is, in order to provide for springing and dampening, transferable between the working cylinder and a reservoir, the reservoir being made up by a closed hollow cylinder constituting the piston rod, one end of which is closed up by the piston, in the piston, there is at least one transfer opening, characterized in that the transfer opening is provided with at least one gas flow control element which is slidable axially with respect to the transfer opening between an upper back stop and a lower back stop, whereby a controlling rod goes through the piston rod in order to axially adjust the gas flow control element from outside by means of adjusting the upper back stop and the lower back stop, both being preferably arranged on this controlling rod.