mhurhangee/ep-ind-claims huggingface dataset:
Wound dressing (10, 20) comprising - a backing layer (11, 21) comprising a water vapour-permeable and substantially liquid-impermeable film material, - an absorbent pad (12, 22) having an absorbent core (15, 25), wherein the absorbent pad (12, 22) comprises an envelope (14, 24) surrounding the absorbent core (15, 25), - a wound contact layer (13, 23) comprising a layer of skin-friendly silicone adhesive (13b, 23b) and apertures (13c, 23c), each of the apertures (13c, 23c) having an average area of from 0,03 mm 2 to 7,00 mm 2, - a distribution layer (14a, 24a), which is arranged between the wound contact layer (13, 23) and the absorbent core (15, 25), characterized in that the entire open area of the wound contact layer (13, 23) formed by the apertures (13c, 23c) is between 10 % and 30 %. - a backing layer (11, 21) comprising a water vapour-permeable and substantially liquid-impermeable film material, - an absorbent pad (12, 22) having an absorbent core (15, 25), wherein the absorbent pad (12, 22) comprises an envelope (14, 24) surrounding the absorbent core (15, 25), - a wound contact layer (13, 23) comprising a layer of skin-friendly silicone adhesive (13b, 23b) and apertures (13c, 23c), each of the apertures (13c, 23c) having an average area of from 0,03 mm 2 to 7,00 mm 2, - a distribution layer (14a, 24a), which is arranged between the wound contact layer (13, 23) and the absorbent core (15, 25),
A carbamate compound which is carbamic acid -1-(2-chlorophenyl)-2-tetrazol-2-yl-ethyl ester of the following Formula 2, or a pharmaceutically acceptable salt, solvate or hydrate thereof for use in the prevention, alleviation or treatment of demyelinating diseases:
A composition formed from ingredients comprising: an epoxy; a polyvinyl phenol; a cross-linking agent; an epoxy silane; and a solvent; wherein the epoxy comprises an aliphatic epoxy compound or epoxy polymer made therefrom, where the aliphatic epoxy compound is a compound of formula 1: where X is a saturated or unsaturated, linear, branched or cyclic aliphatic group having 1 to 60 carbon atoms and at least one oxygen atom; Y is selected from the group consisting of a glycidyl group, epoxy group, oxyalkyl (-OR) group and hydroxyl group, where R is an alkyl; R 1 is a hydrogen atom, alkyl, or -OR 2, where R 2 is a C 1 to C 3 alkyl or an epoxy group; m ranges from 1 to 10; n ranges from 1 to 20 and q ranges from 0 to 10; and wherein the epoxy silane is a compound of formula below: wherein R 3, R 4 and R 5 can be independently selected from the group consisting of alkyl groups, including C 1 to C 6 alkyl groups such as methyl, ethyl, propyl and butyl groups, and -OR 6 groups, where R 6 is an alkyl group, including C 1 to C 6 alkyl groups such as methyl, ethyl, propyl and butyl groups; y ranges from 0 to 10. an epoxy; a polyvinyl phenol; a cross-linking agent; an epoxy silane; and a solvent;
Method for protecting an FPGA against an unauthorised use of the RTL source code, wherein the FPGA consists of many logic elements, which are able to be interconnected via a grid, wherein a logic element contains one logic circuit (L; L1,L2,L3) and one register in each case, wherein, by way of a synthesis tool from the RTL source code, the configuration data is generated, which is loaded when connecting the supply voltage of the FPGA to the logic circuits (L; L1,L2,L3) and the registers (R1,R2), characterised in that at least one logic element is selected; that a command, in the form of a synthesis condition, is supplied to the synthesis tool in addition to the RTL source code when generating the configuration data; and that, by way of the synthesis tool, the command defines at least one signal path for the at least one selected logic element, such that during operation of the FPGA on this signal path, a transit time arises which is longer than a clock cycle of the FPGA, wherein said command also specifies the extent to which an overrun is permissible.
A thalidomide analog or pharmaceutically acceptable salt thereof, wherein the thalidomide analog is a compound according to general formula I, wherein general formula I is where Y 1 is a bond, -CH 2 -, or -CH(CH 3)-; A is general formula II, wherein general formula II is where bonds represented by "-----" are optional bonds, and each bond represented by " - - - - - " is a single or double bond as needed to satisfy valence requirements, R 1 is -H, -NO 2, -NH 2, -OC CH 3, or -NO 2 H, R 2 is -H, -NH 2, or -N CH(CH 3) 2, Z 1 is CH 2 or CH, and Z 2 is C=O; Ring B is: where each bond represented by " - - - - - " is a single or double bond as needed to satisfy valence requirements, R 3 is -H or -OH, R 4 is -H or -CH 3 and R 5 and R 6 are both -H or both -CH 3; wherein: if ring B is, R 1 is -H, -NH 2 or -NO 2, R 2 and R 3 are -H, Z 1 is CH 2,, then Y 1 is not a bond; and if ring B is R 1 and R 2 are H, Z 1 is CH 2, then Y 1 is not a bond. A is general formula II, wherein general formula II is where bonds represented by "-----" are optional bonds, and each bond represented by " - - - - - " is a single or double bond as needed to satisfy valence requirements, R 1 is -H, -NO 2, -NH 2, -OC CH 3, or -NO 2 H, R 2 is -H, -NH 2, or -N CH(CH 3) 2, Z 1 is CH 2 or CH, and Z 2 is C=O; where bonds represented by "-----" are optional bonds, and each bond represented by " - - - - - " is a single or double bond as needed to satisfy valence requirements, R 1 is -H, -NO 2, -NH 2, -OC CH 3, or -NO 2 H, R 2 is -H, -NH 2, or -N CH(CH 3) 2, Z 1 is CH 2 or CH, and Z 2 is C=O; Ring B is: where each bond represented by " - - - - - " is a single or double bond as needed to satisfy valence requirements, R 3 is -H or -OH, R 4 is -H or -CH 3 and R 5 and R 6 are both -H or both -CH 3; where each bond represented by " - - - - - " is a single or double bond as needed to satisfy valence requirements, R 3 is -H or -OH, R 4 is -H or -CH 3 and R 5 and R 6 are both -H or both -CH 3; if ring B is, R 1 is -H, -NH 2 or -NO 2, R 2 and R 3 are -H, Z 1 is CH 2,, then Y 1 is not a bond; and if ring B is R 1 and R 2 are H, Z 1 is CH 2, then Y 1 is not a bond.
A method for inheriting an attribute of a Forwarding Adjacency, FA, in a multilayer network, the multilayer network adopting an upper layer signaling triggered model to set up the FA, and the method for inheriting the attribute comprising: a) a path compute element returning information of a first attribute of each link on a Forwarding Adjacency Label Switched Path, FA LSP, included in a computed path in a path computation reply message to an upper layer head node initiating the inquiry, where the first attribute is a part of attributes requiring constructing and obtaining according to corresponding attributes of each link on the FA LSP among attributes of the FA; the upper layer head node initiating connection setup according to a path of the path computation reply message; b) a head node on the FA LSP constructing the first attribute of the FA according to the information of the first attribute of each link on the FA LSP included in a path message sent from a upstream node, storing the first attribute of the FA and sending information of the first attribute of the FA to a tail node on the FA LSP by the path message; and c) the tail node on the FA LSP obtaining the information of the first attribute of the FA from said path message and storing the information of the first attribute of the FA. a) a path compute element returning information of a first attribute of each link on a Forwarding Adjacency Label Switched Path, FA LSP, included in a computed path in a path computation reply message to an upper layer head node initiating the inquiry, where the first attribute is a part of attributes requiring constructing and obtaining according to corresponding attributes of each link on the FA LSP among attributes of the FA; the upper layer head node initiating connection setup according to a path of the path computation reply message; b) a head node on the FA LSP constructing the first attribute of the FA according to the information of the first attribute of each link on the FA LSP included in a path message sent from a upstream node, storing the first attribute of the FA and sending information of the first attribute of the FA to a tail node on the FA LSP by the path message; and c) the tail node on the FA LSP obtaining the information of the first attribute of the FA from said path message and storing the information of the first attribute of the FA.
A method of diagnosing Asp amyloidosis in a subject, the method comprising measuring the in vivo relative labeling of Aβ42 and at least one other Aβ variant, in a cerebral spinal fluid sample or a blood sample obtained from the subject, and calculating the ratio of relative labeling of the Aβ42 variant to the relative labeling of the other Aβ variant, wherein a ratio other than 1 indicates the presence of Aβ amyloidosis.
A CD24 protein for use as a medicament, wherein the CD24 protein comprises a mature human CD24 polypeptide having the sequence set forth in SEQ ID NO: 1, wherein the CD24 protein does not comprise an alanine or valine immediately C-terminal to SEQ ID NO: 1, and wherein the CD24 protein comprises a Fc region of a human Ig protein, wherein the Fc region is fused to the C-terminus of the mature human CD24.
A device that enables generation of an interactive response to a data stream sent in combination with a radio broadcast signal such as an AM or FM signal, a Digital Audio Broadcast signal, a satellite DAB signal, a television signal or a satellite television signal, the device comprising: a broadcast receiver circuit (100, 200, 300) configured to detect the radio broadcast signal and extract a data signal from the data stream, at least a portion of the data signal configured to identify program content in the data stream and the data signal including a unique identifier assigned to each specific broadcast segment of the radio broadcast signal prior to receipt by the broadcast receiver circuit; memory (114, 220, 320) configured to store the data signal; a display (110, 210, 380) configured to display information corresponding to the data signal; a control interface configured to enable the selection of an item of the displayed information and further configured to enable the generation of the interactive response; and a transmitter (156, 218, 318) configured to transmit the interactive response generated using the control interface, the interactive response including the unique identifier and the selected item of the displayed information, to a response authentication system. a broadcast receiver circuit (100, 200, 300) configured to detect the radio broadcast signal and extract a data signal from the data stream, at least a portion of the data signal configured to identify program content in the data stream and the data signal including a unique identifier assigned to each specific broadcast segment of the radio broadcast signal prior to receipt by the broadcast receiver circuit; memory (114, 220, 320) configured to store the data signal; a display (110, 210, 380) configured to display information corresponding to the data signal; a control interface configured to enable the selection of an item of the displayed information and further configured to enable the generation of the interactive response; and a transmitter (156, 218, 318) configured to transmit the interactive response generated using the control interface, the interactive response including the unique identifier and the selected item of the displayed information, to a response authentication system.
A method of modifying a span of control of an existing control plane connection associated with a data plane connection in a network having a data plane including data plane connections used to transport network traffic, and a control plane including control plane connections used to manage resources of the data plane, said method comprising: creating a new control plane connection associated with the data plane connection in addition to the existing control plane connection, wherein the span of control of the new control plane connection differs from that of the existing control plane connection; applying resource sharing for any data plane resources that are controlled by both the new control plane connection and the existing control plane connection; terminating the existing control plane connection; and transferring ownership of shared data plane resources from the existing control plane connection to the new control plane connection without disruption of said data plane connection. creating a new control plane connection associated with the data plane connection in addition to the existing control plane connection, wherein the span of control of the new control plane connection differs from that of the existing control plane connection; applying resource sharing for any data plane resources that are controlled by both the new control plane connection and the existing control plane connection; terminating the existing control plane connection; and transferring ownership of shared data plane resources from the existing control plane connection to the new control plane connection without disruption of said data plane connection.
Device for filtering particles for a reactor, said reactor defining a fluid inlet, receiving a granular bed and being equipped with a distribution tray comprising a plate element with an upstream face facing said fluid inlet and a downstream face opposite to the upstream face, facing said granular bed, said plate element defining orifices for the flow of the fluid to the granular bed, the distribution tray being sized and disposed inside the reactor so that the fluids introduced through said fluid inlet are forced to pass through said orifices in the tray to reach said granular bed, the filtration device comprising at least one filtration member permeable to the fluid while retaining therefrom any particles entrained by the fluid, wherein the filtration device is arranged to be installed on the distribution tray, so that said at least one filtration member is on a possible path of flow of fluid to or from a corresponding set of at least one orifice of the plate element, and wherein said device defines at least one opening sized and disposed so as to allow the fluid to pass from/to through the set of at least one orifice corresponding to said filtration device when said filtration device installed on the distribution tray has its at least one filtration member blocked by particles. the filtration device comprising at least one filtration member permeable to the fluid while retaining therefrom any particles entrained by the fluid, wherein the filtration device is arranged to be installed on the distribution tray, so that said at least one filtration member is on a possible path of flow of fluid to or from a corresponding set of at least one orifice of the plate element, and wherein said device defines at least one opening sized and disposed so as to allow the fluid to pass from/to through the set of at least one orifice corresponding to said filtration device when said filtration device installed on the distribution tray has its at least one filtration member blocked by particles.
Circuit for refrigerant for a vehicle, the circuit comprising a main duct, a first branch and a second branch, the first branch and the second branch being arranged in parallel with respect to one another, being each arranged in series with the main duct, the main duct comprising at least a first thermal exchanger configured to be traversed by an exterior air flow to a cabin of the vehicle, the first branch comprising at least a first expansion member, a first heat exchanger configured to thermally treat at least one element of an electric powertrain of the vehicle and a first compression device, the second branch comprising at least a second expansion member, a second thermal exchanger configured to thermally treat an interior air flow intended to be sent into the cabin of the vehicle and a second compression device independent of the first compression device, characterized in that the circuit comprises a second heat exchanger configured to thermally treat the element of the electric powertrain of the vehicle, the second heat exchanger being arranged in parallel with the second thermal exchanger.
A radio communication terminal comprising: a receiving section configured to receive, from a cell, control information indicating subframes, for which a channel quality is measured; and a measuring section configured to measure the channel quality for the subframes that said control information indicates, characterized in that the radio communication terminal is configured to group a plurality of neighboring cells into at least a first group and a second group, and out of a first subframe with no transmission of data by the first group and a second subframe with transmission of data by the first group, the second subframe is included in the subframes that said control information indicates, the first group being closer to the radio communication terminal than the second group, wherein the cell is own cell and the neighboring cells are cells of relay nodes in the vicinity of the own cell, wherein said measuring section is adapted to perform the measurement on the subframes which includes a plurality of second subframes, with transmission of data by the first group, which are not MBSFN subframes of the first group and said subframes include MBSFN subframes of the second group. a receiving section configured to receive, from a cell, control information indicating subframes, for which a channel quality is measured; and a measuring section configured to measure the channel quality for the subframes that said control information indicates, characterized in that the radio communication terminal is configured to group a plurality of neighboring cells into at least a first group and a second group, and out of a first subframe with no transmission of data by the first group and a second subframe with transmission of data by the first group, the second subframe is included in the subframes that said control information indicates, the first group being closer to the radio communication terminal than the second group, wherein the cell is own cell and the neighboring cells are cells of relay nodes in the vicinity of the own cell, wherein said measuring section is adapted to perform the measurement on the subframes which includes a plurality of second subframes, with transmission of data by the first group, which are not MBSFN subframes of the first group and said subframes include MBSFN subframes of the second group.
An aroma candle lamp with a 3D swinging flame, comprising a housing and an electronic candle module and an aroma module that are arranged in the housing; the electronic candle module comprises a simulating flame, a fixture for fixing the simulating flame and a swing device for driving the simulating flame to swing; the aroma module comprises an aroma component and an aroma fan, wherein the aroma fan is arranged at the top portion of the aroma component, and the aroma fan rotates to drive aroma to spread out from the candle lamp; wherein the simulating flame comprises a flame body wherein the simulating flame comprises a light source that is arranged in the flame body; the fixture includes a left cover and a right cover; the right cover has an inside wall fixedly provided with a light source fixing bracket; and the light source is fixedly installed on the light source fixing bracket; wherein the left cover and the right cover surround a candle lamp cavity; the swing device is arranged in the candle lamp cavity; the swing device comprises a support block and a swing bracket, wherein the support block has a support portion and a fixing portion connected to one side of the support portion, the support block is fixedly arranged on an inside wall of the left cover through the fixing portion; wherein the swing bracket comprises a top portion that protrudes upward and a magnet holder that is arranged below the top portion, the support portion of the support block is arranged on the inner side of the top portion, the top end of the support portion and the top portion form a point contact, and the swing bracket pivotally swings around the contact point on the top end of the support portion.
Method of pressing pressing-material mats during the production of wood-based boards in a continuous press wherein the continuous press comprises upper and lower heating plates (7, 8), upper and lower inlet plates (9, 10) projecting at the inlet side and forming an inlet opening with an inlet gap, as well as in the upper part of the press and the lower part of the press continuous circulating steel pressing bands (4, 5) which with the intermediate arrangement of roller bar are supported on the inlet plates (9, 10) and the heating plates (7, 8), wherein the height (h 0) of the inlet gap is adjusted, and wherein a pressing-material mat produced in a forming station upstream of the press is introduced into the continuous press and pressed, wherein observing a nominal weight per unit area (F nominal) the pressing-material mat is produced with an actual weight per unit area (F actual), characterised in that the actual weight per unit area (F actual) is measured continuously before the inlet opening and in the inlet gap height (h 0) is set or adjusted as a function of these measured values, or in that the inlet gap height (h 0) is set or controlled with the proviso that the inlet gap height (h 0) is determined from the nominal weight per unit area (F nominal) on the one hand and the maximum permissible mat density (p max) on the other hand in the area of the inlet gap. the actual weight per unit area (F actual) is measured continuously before the inlet opening and in the inlet gap height (h 0) is set or adjusted as a function of these measured values, or in that the inlet gap height (h 0) is set or controlled with the proviso that the inlet gap height (h 0) is determined from the nominal weight per unit area (F nominal) on the one hand and the maximum permissible mat density (p max) on the other hand in the area of the inlet gap.
Housing (1; 1') of an electric household appliance comprising a housing body (2; 2') and at least one support foot (3; 3') assembled with the housing body (2; 2'), said support foot (3; 3') having an annular side surface (4; 4') held by a locking device (5; 5') rigidly connected to the housing body (2; 2'), characterised in that the locking device (5; 5') comprises at least one locking member (6; 6') having a bevelled surface (7; 7') extended by a retaining face (8; 8') engaging with the annular side surface of the support foot or with the housing body so as to hold the annular side surface of the support foot.