mhurhangee/ep-ind-claims huggingface dataset:
A partition assembly kit, comprising: a receptacle; a sheet of material of a sufficient size to cover a standard-sized entry way; a roll of double-sided tape comprising a carrier material having a high-tack adhesive material on a first side of the carrier material and a low-tack adhesive material on a second side of the carrier material, wherein the first side of the carrier material has a peel adhesion greater than the second side of the carrier material; and at least one zipper having a length greater than 50% of the height of the standard-sized entry way, wherein the first side of the carrier material has a peel adhesion greater than or equal to 50.8 N/cm (20 N/in); wherein the second side of the carrier material has a peel adhesion less than or equal to 38.1 N/cm (15 N/in); and wherein the at least one zipper is pre-attached to the sheet of material. a receptacle; a sheet of material of a sufficient size to cover a standard-sized entry way; a roll of double-sided tape comprising a carrier material having a high-tack adhesive material on a first side of the carrier material and a low-tack adhesive material on a second side of the carrier material, wherein the first side of the carrier material has a peel adhesion greater than the second side of the carrier material; and at least one zipper having a length greater than 50% of the height of the standard-sized entry way, wherein the first side of the carrier material has a peel adhesion greater than or equal to 50.8 N/cm (20 N/in); wherein the second side of the carrier material has a peel adhesion less than or equal to 38.1 N/cm (15 N/in); and wherein the at least one zipper is pre-attached to the sheet of material.
An extracellular thiol isomerase inhibitor being zafirlukast, for use in a method to treat or prevent thrombosis, wherein said method comprises administering to a patient in need thereof a therapeutically effective amount of said extracellular thiol isomerase inhibitor.
A cross-linkable rubber composition containing a carboxyl group-containing nitrile rubber with an iodine value of 120 or less, a polyamine cross-linking agent, and a basic cross-linking accelerator which is expressed by the following general formula, wherein the iodine value is determined according to JIS K6235. R 1 -NH-R 2 (Where in general formula, R 1 and R 2 are, respectively independently, alkyl groups containing 1 to 12 carbon atoms which may have substituents or cycloalkyl groups containing 5 to 12 carbon atoms which may have substituents.)
An electrode for metal-ion battery, the electrode comprising an active layer in electrical contact with a current collector, wherein the active layer comprises: (i) a plurality of porous particles comprising an electroactive material selected from silicon, silicon oxide of the formula SiO x wherein 0 < x ≤ 1.5, germanium, tin, aluminium and mixtures thereof, wherein the porous particles have a D 50 particle diameter of at least 0.8 μm and no more than 35 μm, an intra-particle porosity of less than 30%, and are secondary particles comprising electroactive material-containing primary particles and further comprising carbon; and (ii) a plurality of carbon particles selected from one or more of graphite, soft carbon and hard carbon and having a D 50 particle diameter in the range of from 1 to 100 μm wherein the active layer comprises at least 50% by weight of the carbon particles (ii), and wherein the ratio of the D 50 particle diameter of the carbon particles (ii) to the D 50 particle diameter of the porous particles (i) is in the range of from 1.5 to 30; wherein the active layer in a dry, uncharged state has a density in the range of from 0.6 to 1.8 g/cm 3; wherein the D 50 particle diameter is the diameter below which 50% by volume of the particle population is found determined by laser diffraction as defined in the description. (i) a plurality of porous particles comprising an electroactive material selected from silicon, silicon oxide of the formula SiO x wherein 0 < x ≤ 1.5, germanium, tin, aluminium and mixtures thereof, wherein the porous particles have a D 50 particle diameter of at least 0.8 μm and no more than 35 μm, an intra-particle porosity of less than 30%, and are secondary particles comprising electroactive material-containing primary particles and further comprising carbon; and (ii) a plurality of carbon particles selected from one or more of graphite, soft carbon and hard carbon and having a D 50 particle diameter in the range of from 1 to 100 μm wherein the active layer comprises at least 50% by weight of the carbon particles (ii), and wherein the ratio of the D 50 particle diameter of the carbon particles (ii) to the D 50 particle diameter of the porous particles (i) is in the range of from 1.5 to 30; wherein the active layer in a dry, uncharged state has a density in the range of from 0.6 to 1.8 g/cm 3; wherein the D 50 particle diameter is the diameter below which 50% by volume of the particle population is found determined by laser diffraction as defined in the description.
A method of producing a filter unit having a tubular filter element bonded at at least one end to an end cap, the method comprising the steps of: providing a tubular filter element and an electrically conductive end cap; melting a portion of the end cap; and embedding an end of the filter element into the melted portion of the end cap; characterised in that: the end cap is formed of a thermoplastic containing an electrically conductive filler; and the method further comprises, after the embedding step, the step of forcing melted thermoplastic from said melted portion radially against a side wall of the tubular filter element; whereby said melted portion, on cooling, solidifies to bond the tubular filter element to the end cap. providing a tubular filter element and an electrically conductive end cap; melting a portion of the end cap; and embedding an end of the filter element into the melted portion of the end cap; characterised in that: the end cap is formed of a thermoplastic containing an electrically conductive filler; and the method further comprises, after the embedding step, the step of forcing melted thermoplastic from said melted portion radially against a side wall of the tubular filter element; whereby said melted portion, on cooling, solidifies to bond the tubular filter element to the end cap. the end cap is formed of a thermoplastic containing an electrically conductive filler; and the method further comprises, after the embedding step, the step of forcing melted thermoplastic from said melted portion radially against a side wall of the tubular filter element; whereby said melted portion, on cooling, solidifies to bond the tubular filter element to the end cap.
A soft, semicrystalline, thermoplastic polyurethane elastomer composition which is comprised of a soft, semicrystalline hydrophobic thermoplastic polyurethane block copolymer which is comprised of the reaction product of at least one hydrophobic polyol, wherein said hydrophobic polyols is a diacid polyester polyol made with dimerized fatty acids and wherein said dimer fatty acid contains from 26 to 44 carbon atoms, a polyisocyanate, and at least one chain extender containing 2 to 20 carbon atoms; wherein the hydrophobic polyol has a number average molecular weight which is within the range of 1,000 to 4,000 Daltons and; wherein the hydrophobic thermoplastic polyurethane block copolymer has a weight average molecular weight which is within the range of 50,000 to 1,000,000 Daltons; and from 1 weight percent to 80 weight percent of a mineral oil based upon the total weight of the elastomer composition.
A system comprising: a first icing detector configured to detect a first icing condition in relation to one or more portions of an aircraft, wherein the first icing detector is an icing conditions detector configured to detect both ice water content and liquid water content, wherein the icing conditions detector is unable to differentiate between the ice water content and the liquid water content, and wherein the first icing detector is configured to output a first icing signal indicative of the first icing condition; a second icing detector configured to detect a second icing condition in relation to the one or more portions of the aircraft, wherein the second icing detector is a magnetostrictive ice detector configured to detect the liquid water content only, and wherein the second icing detector is configured to output a second icing signal indicative of the second icing condition; and a control unit in communication with the first icing detector and the second icing detector, wherein the control unit is configured to receive the first icing signal from the first icing detector and the second icing signal from the second icing detector, and wherein the control unit is further configured to distinguish between presence of supercooled liquid water and ice crystal icing in response to receiving one or both of the first icing signal or the second icing signal. a first icing detector configured to detect a first icing condition in relation to one or more portions of an aircraft, wherein the first icing detector is an icing conditions detector configured to detect both ice water content and liquid water content, wherein the icing conditions detector is unable to differentiate between the ice water content and the liquid water content, and wherein the first icing detector is configured to output a first icing signal indicative of the first icing condition; a second icing detector configured to detect a second icing condition in relation to the one or more portions of the aircraft, wherein the second icing detector is a magnetostrictive ice detector configured to detect the liquid water content only, and wherein the second icing detector is configured to output a second icing signal indicative of the second icing condition; and a control unit in communication with the first icing detector and the second icing detector, wherein the control unit is configured to receive the first icing signal from the first icing detector and the second icing signal from the second icing detector, and wherein the control unit is further configured to distinguish between presence of supercooled liquid water and ice crystal icing in response to receiving one or both of the first icing signal or the second icing signal.
An anchor gateway switching method, comprising: determining, by a control plane, CP, device, to switch a source anchor gateway, wherein the source anchor gateway is an anchor gateway that forwards a downlink packet of a terminal for the terminal before the switching; obtaining, by the CP device, location information of the terminal; determining, by the CP device, a target anchor gateway based on the location information; and sending, by the CP device, a modification request message to a software-defined networking, SDN, controller, wherein the modification request message comprises an identifier of the terminal and an identifier of the target anchor gateway, the modification request message is used to notify the SDN controller to: update, based on the identifier of the terminal and the identifier of the target anchor gateway, a forwarding flow table corresponding to the downlink packet, and send an updated forwarding flow table to an SDN switch, so that the SDN switch forwards the downlink packet to the target anchor gateway based on the updated forwarding flow table, and the target anchor gateway forwards the downlink packet for the terminal. determining, by a control plane, CP, device, to switch a source anchor gateway, wherein the source anchor gateway is an anchor gateway that forwards a downlink packet of a terminal for the terminal before the switching; obtaining, by the CP device, location information of the terminal; determining, by the CP device, a target anchor gateway based on the location information; and sending, by the CP device, a modification request message to a software-defined networking, SDN, controller, wherein the modification request message comprises an identifier of the terminal and an identifier of the target anchor gateway, the modification request message is used to notify the SDN controller to: update, based on the identifier of the terminal and the identifier of the target anchor gateway, a forwarding flow table corresponding to the downlink packet, and send an updated forwarding flow table to an SDN switch, so that the SDN switch forwards the downlink packet to the target anchor gateway based on the updated forwarding flow table, and the target anchor gateway forwards the downlink packet for the terminal.
An electronic isolator device comprising an isolator module having an input-side electrical connector connected to an input signal processing functionality of the isolator module and an output-side electrical connector connected to an output signal processing functionality of the isolator module, the input signal processing functionality arranged for communication with the output signal processing functionality by way of an isolation, and a base module having at least two connectors; wherein the isolator module is arranged for removable physical/electrical connection to the base module in at least two orientations/positions relative to the base module; with the input-side and the output-side connectors arranged to operatively connect to one or the other connector and vice versa at the base module in the at least two orientations/positions, wherein electrical connection to the base module in each of the at least two orientations/positions serves to configure the direction of the communication between the two connectors at the base module and thus the type/functionality of the electronic isolator device. an isolator module having an input-side electrical connector connected to an input signal processing functionality of the isolator module and an output-side electrical connector connected to an output signal processing functionality of the isolator module, the input signal processing functionality arranged for communication with the output signal processing functionality by way of an isolation, and a base module having at least two connectors; wherein the isolator module is arranged for removable physical/electrical connection to the base module in at least two orientations/positions relative to the base module; with the input-side and the output-side connectors arranged to operatively connect to one or the other connector and vice versa at the base module in the at least two orientations/positions, wherein electrical connection to the base module in each of the at least two orientations/positions serves to configure the direction of the communication between the two connectors at the base module and thus the type/functionality of the electronic isolator device.
A method of detecting a collision using an accelerometer attached to a vehicle; the method comprising: receiving acceleration data from the accelerometer at discrete intervals; summing the acceleration data over a time period to produce an accumulated acceleration; determining whether a collision has occurred based at least in part on a comparison of at least one of the accumulated acceleration and a function of the accumulated acceleration to a first threshold; and characterised by: counting the number of points of acceleration data within the time period which exceed a second threshold to produce a count, and wherein the determining whether a collision has occurred is further based at least in part on the count. receiving acceleration data from the accelerometer at discrete intervals; summing the acceleration data over a time period to produce an accumulated acceleration; determining whether a collision has occurred based at least in part on a comparison of at least one of the accumulated acceleration and a function of the accumulated acceleration to a first threshold; and characterised by: counting the number of points of acceleration data within the time period which exceed a second threshold to produce a count, and wherein the determining whether a collision has occurred is further based at least in part on the count. counting the number of points of acceleration data within the time period which exceed a second threshold to produce a count, and wherein the determining whether a collision has occurred is further based at least in part on the count.
An in vitro method for determining an effective amount of cells for administration to a subject having a condition, wherein the condition is selected from the group consisting of acute and chronic conditions in central nervous system injury selected from the group consisting of stroke; ischemic stroke, multiple sclerosis, Alzheimer's Disease, ALS, Parkinson's Disease, hypoxic-ischemia, neonatal hypoxic ischemia, and traumatic brain or spinal cord injury, the cells being multipotent adult progenitor cells (MAPCs) that are non-embryonic stem, non-germ cells that express one or more of oct4, telomerase, rex-1, or rox-1, and/or can differentiate into cell types of at least two of endodermal, ectodermal, or mesodermal germ layers, the method comprising assessing in vitro in a sample from the subject, following administration of the cells to the subject, a biomarker of activated macrophage, wherein the biomarker is selected from the group comprising down regulation of pro-inflammatory cytokines selected from the group consisting of TNF-α, IL-6, IL-1β and INF-γ, and up-regulation of anti-inflammatory cytokines selected from the group consisting of IL-4, IL-10 and TGF- β, wherein a down-regulation of pro-inflammatory cytokines or up-regulation of anti-inflammatory cytokines indicates that the amount of cells administered is an effective amount.
Cable holder for hygienically securing cables and/or lines, wherein the cable holder is made from a one-piece rigid wire profile which extends in the length direction and comprises a number of recurring zones in which the wire profile is folded a number of times, so that a support part for a cable and/or line and screening parts are formed at the location of each zone, wherein the cable holder is configured such that a cable and/or line may be placed bearing against the support part by means of flexible bending of the cable along the screen parts and wherein the screening parts prevent the unintentional loss of the cable and/or line from the cable holder, characterized in that a) the support part comprises a pointed securing part by means of which the cable holder is securable on a securing surface such that the cable holder and the securing surface are only connectable to each other via a number of point contacts; b) a V shape is provided in the support part of the wires at regular distances. a) the support part comprises a pointed securing part by means of which the cable holder is securable on a securing surface such that the cable holder and the securing surface are only connectable to each other via a number of point contacts; b) a V shape is provided in the support part of the wires at regular distances.
An irrigation method for automatic irrigation of a surface, wherein - a location of the surface is determined; - weather data for the location is automatically captured; - a water demand for the surface is determined by means of a computing system (2, 3, 4) using a preset evaporation model depending on the weather data; - the surface is automatically irrigated corresponding to the determined water demand; - the automatic capture of the weather data, the determination of the water demand and the automatic irrigation of the surface are effected during an automatic irrigation phase; characterized in that - during a manual irrigation phase before the automatic irrigation phase, by means of the computing system (2, 3, 4), - a theoretic water demand for the surface is automatically determined; - an amount of water manually output on the surface is determined; and - the evaporation model is generated or adapted based on the theoretic water demand and the manually output amount of water, wherein - further weather data for the location is captured during the manual irrigation phase; - the theoretic water demand is determined by means of the computing system (2, 3, 4) using a preset initial evaporation model depending on the further weather data; and - the initial evaporation model is adapted depending on a deviation of the theoretic water demand from the manually output amount of water, to obtain the evaporation model. - a location of the surface is determined; - weather data for the location is automatically captured; - a water demand for the surface is determined by means of a computing system (2, 3, 4) using a preset evaporation model depending on the weather data; - the surface is automatically irrigated corresponding to the determined water demand; - the automatic capture of the weather data, the determination of the water demand and the automatic irrigation of the surface are effected during an automatic irrigation phase; characterized in that - during a manual irrigation phase before the automatic irrigation phase, by means of the computing system (2, 3, 4), - a theoretic water demand for the surface is automatically determined; - an amount of water manually output on the surface is determined; and - the evaporation model is generated or adapted based on the theoretic water demand and the manually output amount of water, wherein - further weather data for the location is captured during the manual irrigation phase; - the theoretic water demand is determined by means of the computing system (2, 3, 4) using a preset initial evaporation model depending on the further weather data; and - the initial evaporation model is adapted depending on a deviation of the theoretic water demand from the manually output amount of water, to obtain the evaporation model.
A transmitter for transmitting data by video, the transmitter comprising: a transmission data control unit adapted to divide the data into a plurality of data sets corresponding to a plurality of colors and to distribute each of the plurality of data sets to a corresponding color of plurality of colors; and a display unit adapted to convert the distributed data set into a sequence of predetermined color values with respect to each of the plurality of colors and adapted to generate a sequence of transmission images using the sequences of predetermined color values to display a video of the generated sequence of transmission images at a predetermined frame rate in a communication area on a screen, wherein the display unit is adapted to set two communication areas on the screen, and the display unit is adapted to light the plurality of colors in one communication area of the two communication areas in accordance with the plurality of the sequences of the color values and adapted to light the plurality of colors in the other communication area of the two communication areas in accordance with another plurality of sequences of color values corresponding to the plurality of the sequences of the color values. a transmission data control unit adapted to divide the data into a plurality of data sets corresponding to a plurality of colors and to distribute each of the plurality of data sets to a corresponding color of plurality of colors; and a display unit adapted to convert the distributed data set into a sequence of predetermined color values with respect to each of the plurality of colors and adapted to generate a sequence of transmission images using the sequences of predetermined color values to display a video of the generated sequence of transmission images at a predetermined frame rate in a communication area on a screen, wherein the display unit is adapted to set two communication areas on the screen, and the display unit is adapted to light the plurality of colors in one communication area of the two communication areas in accordance with the plurality of the sequences of the color values and adapted to light the plurality of colors in the other communication area of the two communication areas in accordance with another plurality of sequences of color values corresponding to the plurality of the sequences of the color values.