mhurhangee/ep-ind-claims huggingface dataset:
A cartridge for an electronic cigarette comprising: a nicotine salt liquid formulation comprising a nicotine salt, the nicotine salt comprising a salt of nicotine and benzoic acid in a biologically acceptable liquid carrier, wherein the liquid carrier comprises vegetable glycerin and propylene glycol, and the nicotine salt liquid formulation has a nicotine concentration of 0.5 % (w/w) to 20% (w/w) formed by the nicotine salt. a nicotine salt liquid formulation comprising a nicotine salt, the nicotine salt comprising a salt of nicotine and benzoic acid in a biologically acceptable liquid carrier, wherein the liquid carrier comprises vegetable glycerin and propylene glycol, and the nicotine salt liquid formulation has a nicotine concentration of 0.5 % (w/w) to 20% (w/w) formed by the nicotine salt.
A thermometer for determining an estimated temperature of a vertebrate animal's ear drum, said thermometer comprising: (a) a probe adapted to be inserted into an ear canal; (b) a detector adapted to sense infrared radiation emitted by the ear drum, said detector being operatively coupled to the probe; (c) a proximity sensor (42,46,50,52,54) for determining the position of said probe with respect to the ear canal; and (d) a microprocessor configured to determine the estimated temperature after a minimum threshold temperature is satisfied and a minimum threshold distance of insertion of the probe into the ear canal is satisfied; characterised in that upon insertion the estimated temperature is determined by a minimum slope of temperature versus distance. (a) a probe adapted to be inserted into an ear canal; (b) a detector adapted to sense infrared radiation emitted by the ear drum, said detector being operatively coupled to the probe; (c) a proximity sensor (42,46,50,52,54) for determining the position of said probe with respect to the ear canal; and (d) a microprocessor configured to determine the estimated temperature after a minimum threshold temperature is satisfied and a minimum threshold distance of insertion of the probe into the ear canal is satisfied; characterised in that upon insertion the estimated temperature is determined by a minimum slope of temperature versus distance.
External rear-view mirror for a vehicle, in particular utility vehicles, comprising: a mirror head with a mirror frame which can be arranged on a body part of the vehicle using a lug, wherein in the area of an opening edge of the mirror frame, at least one reflective surface is held in such a way that the opening edge of the mirror frame is shrunk to a circumferential edge of the reflective surface resulting in a shrinking, wherein the shrinking is broken at least at one section in the circumferential edge in such a way that the reflective surface there is not covered by the material of the opening edge and/or of the shrinkage, so that the reflective surface is able to provide a larger field of vision with a largely unchanged total size.
Fastening device (1; 101; 201) for releasable fastening of a screen, such as a window covering, to a leaf, such as a door or a window, wherein the fastening device is provided with coupling means (30; 130; 230) for coupling to the screen, wherein the fastening device is further provided with a housing (10; 110; 210) with a first clamping jaw (11; 111; 211) and with a bracket (20; 220) with a second clamping jaw (21; 221), wherein the bracket is movable in the housing between a clamping position, in which the leaf can be clamped between the first and the second clamping jaw, and a releasing position in which the first and the second clamping jaw release the leaf, wherein the fastening device is further provided with an eccentric locking element (14; 114; 214) which is provided with an operating handle (17; 117; 217) and an eccentrically formed contact surface (16; 116; 216) and is arranged rotatably in the housing, characterized in that in the clamping position the eccentrically formed contact surface (16; 116; 216) lies against the bracket (20; 220) and locks the bracket in the housing in the clamping position.
A method performed by a remote unit, the method comprising: receiving a first indicator indicating a plurality of first, physical, time domain resources, wherein the plurality of first, physical, time domain resources are fragmented, and wherein the first indicator is in DCI format 2_0; receiving a second indicator indicating a second, virtual, time domain resource allocated for data or control channel transmission, wherein the second indicator is a downlink grant, an uplink grant, or an RRC configuration; mapping the second, virtual, time domain resource to a third, physical, time domain resource, wherein the third, physical, time domain resource is a subset of the first, physical, time domain resources, and such that the fragmented first, physical, time domain resources are aggregated to be scheduled together; and receiving the data or control channel transmission from the third, physical, time domain resource. receiving a first indicator indicating a plurality of first, physical, time domain resources, wherein the plurality of first, physical, time domain resources are fragmented, and wherein the first indicator is in DCI format 2_0; receiving a second indicator indicating a second, virtual, time domain resource allocated for data or control channel transmission, wherein the second indicator is a downlink grant, an uplink grant, or an RRC configuration; mapping the second, virtual, time domain resource to a third, physical, time domain resource, wherein the third, physical, time domain resource is a subset of the first, physical, time domain resources, and such that the fragmented first, physical, time domain resources are aggregated to be scheduled together; and receiving the data or control channel transmission from the third, physical, time domain resource.
A load-bearing assembly, comprising: at least one tension member, the at least one tension member comprising a self-fire-resistant resin and reinforcement fibers; and a jacket material covering the at least one tension member; characterised in that the self-fire-resistant resin comprises at least one functional group that provides fire-resistant properties and is one of a nitrogen-based and a phosphorus-based functional group. at least one tension member, the at least one tension member comprising a self-fire-resistant resin and reinforcement fibers; and a jacket material covering the at least one tension member; characterised in that the self-fire-resistant resin comprises at least one functional group that provides fire-resistant properties and is one of a nitrogen-based and a phosphorus-based functional group.
Rail wagon having a crash buffer and buffer override protection for crash buffers on an undercarriage of a rail wagon, characterised in that the buffer override protection comprises a base plate (1.1) on the end side of the undercarriage of the rail wagon, wherein the base plate (1.1) has above the crash buffer a folded region (1.2) on which two regions of the buffer override protection (12, 12.1, 12.2) which are different in the travel direction are secured, wherein one region of the buffer override protection (12.1) is arranged in a non-movable, fixed manner and the other region of the buffer override protection (12.2) is movable in the travel direction.
A computer-implemented prediction method comprising: storing in a memory (114, 174) a calendar age representing a duration of time that a sensor has operated, and an accelerated age representing an operational age of the sensor which accounts for degradation of the sensor as a result of sensor temperature or other measurable environmental condition during sensor operation; monitoring sensor operations of the sensor; incrementing via a processor the calendar age of the sensor by a first time interval as the sensor operates; obtaining a sensor temperature or other measurable environmental condition for each increment of the calendar age; incrementing via a processor the accelerated age of the sensor by a second time interval which is based on (i) the increment of the calendar age and (ii) the sensor temperature or other measurable environmental condition associated therewith; obtaining a value of a sensor property, which degrades with usage of the sensor over time, at different calendar ages or accelerated ages of the sensor over time; predicting when the sensor property of the sensor is anticipated to reach a sensor property threshold based on the values of the sensor property in relations to the accelerated age; and outputting a status of the sensor property based on the prediction. storing in a memory (114, 174) a calendar age representing a duration of time that a sensor has operated, and an accelerated age representing an operational age of the sensor which accounts for degradation of the sensor as a result of sensor temperature or other measurable environmental condition during sensor operation; monitoring sensor operations of the sensor; incrementing via a processor the calendar age of the sensor by a first time interval as the sensor operates; obtaining a sensor temperature or other measurable environmental condition for each increment of the calendar age; incrementing via a processor the accelerated age of the sensor by a second time interval which is based on (i) the increment of the calendar age and (ii) the sensor temperature or other measurable environmental condition associated therewith; obtaining a value of a sensor property, which degrades with usage of the sensor over time, at different calendar ages or accelerated ages of the sensor over time; predicting when the sensor property of the sensor is anticipated to reach a sensor property threshold based on the values of the sensor property in relations to the accelerated age; and outputting a status of the sensor property based on the prediction.
An item of furniture having a drawer, a pullout guide and a device for fixing the drawer on a movable rail of the pullout guide, whereby the item of furniture comprises a furniture body, at the side walls of which the pullout guide is fixed, whereby the device comprises a clamping mechanism having a receptacle, into which a web-shaped holding part is insertable, wherein a self-locking clamping element is provided on the receptacle, by means of which the holding part is secured in a friction-locked manner against pulling out.
A ceramic/aluminum joined body, comprising: a ceramic member; and an aluminum member made of aluminum or an aluminum alloy, wherein the ceramic member and the aluminum member are joined to each other, the ceramic member is formed of silicon nitride containing magnesium, a joining layer in which magnesium is contained in an aluminum-silicon-oxygen-nitrogen compound is formed at a joining interface between the ceramic member and the aluminum member, and a composition ratio of the joining layer is specified such that silicon is 10 at% to 18 at%, oxygen is 20 at% to 35 at%, nitrogen is 25 at% to 40 at%, and magnesium is 3 at% to 8 at% with the balance aluminum. a ceramic member; and an aluminum member made of aluminum or an aluminum alloy, wherein the ceramic member and the aluminum member are joined to each other, the ceramic member is formed of silicon nitride containing magnesium, a joining layer in which magnesium is contained in an aluminum-silicon-oxygen-nitrogen compound is formed at a joining interface between the ceramic member and the aluminum member, and a composition ratio of the joining layer is specified such that silicon is 10 at% to 18 at%, oxygen is 20 at% to 35 at%, nitrogen is 25 at% to 40 at%, and magnesium is 3 at% to 8 at% with the balance aluminum.
A method for producing a prepreg, which comprises a method for storing a naphthol aralkyl type cyanate ester resin solution, which comprises: preparing (i) a naphthol aralkyl type cyanate ester resin solution comprising (i-1) a naphthol aralkyl type cyanate ester resin; (i-2) a maleimide compound and; (i-3) a solvent, (ii) a naphthol aralkyl type cyanate ester resin solution comprising (ii-1) a prepolymer of a naphthol aralkyl type cyanate ester resin; (ii-2) a maleimide compound and; (ii-3) a solvent, or (iii) a naphthol aralkyl type cyanate ester resin solution comprising (iii-1) a prepolymer of a naphthol aralkyl type cyanate ester resin and a maleimide compound, and; (iii-2)a solvent, and; storing the resin solution at a temperature of -20°C to 40°C for 1 day to 2 years, wherein the resin solution has a solid content of 40% by weight to 90% by weight, preparing a varnish comprising the stored naphthol aralkyl type cyanate ester resin solution, a non-halogen epoxy resin, a silicone rubber powder and an inorganic filler, and; impregnating a substrate with the varnish. preparing (i) a naphthol aralkyl type cyanate ester resin solution comprising (i-1) a naphthol aralkyl type cyanate ester resin; (i-2) a maleimide compound and; (i-3) a solvent, (ii) a naphthol aralkyl type cyanate ester resin solution comprising (ii-1) a prepolymer of a naphthol aralkyl type cyanate ester resin; (ii-2) a maleimide compound and; (ii-3) a solvent, or (iii) a naphthol aralkyl type cyanate ester resin solution comprising (iii-1) a prepolymer of a naphthol aralkyl type cyanate ester resin and a maleimide compound, and; (iii-2)a solvent, and; (i) a naphthol aralkyl type cyanate ester resin solution comprising (i-1) a naphthol aralkyl type cyanate ester resin; (i-2) a maleimide compound and; (i-3) a solvent, (i-1) a naphthol aralkyl type cyanate ester resin; (i-2) a maleimide compound and; (i-3) a solvent, (ii) a naphthol aralkyl type cyanate ester resin solution comprising (ii-1) a prepolymer of a naphthol aralkyl type cyanate ester resin; (ii-2) a maleimide compound and; (ii-3) a solvent, or (ii-1) a prepolymer of a naphthol aralkyl type cyanate ester resin; (ii-2) a maleimide compound and; (ii-3) a solvent, or (iii) a naphthol aralkyl type cyanate ester resin solution comprising (iii-1) a prepolymer of a naphthol aralkyl type cyanate ester resin and a maleimide compound, and; (iii-2)a solvent, and; storing the resin solution at a temperature of -20°C to 40°C for 1 day to 2 years, wherein the resin solution has a solid content of 40% by weight to 90% by weight,
A resin selected from polyimide precursor and polybenzoxazole precursor, the resin having a polymerizable group, and having a total content of a component with a molecular weight of 1,000 or smaller of 0.005 to 1.0 % by mass, wherein the polyimide precursor contains a repeating unit represented by Formula; wherein each of A 1 and A 2 independently represents an oxygen atom or NH, R 115 represents a tetravalent organic group, each of R 113 and R 114 independently represents a hydrogen atom or monovalent organic group, at least one of R 113 or R 114 represents a polymerizable group-containing group, and R 111 represents a divalent organic group selected from formulae below; wherein A in the formulae represents a single bond, or, a group selected from hydrocarbon group having 1 to 10 carbon atoms optionally substituted by fluorine atom(s), -O-, -C(=O)-, -S-, -S(=O) 2 -, -NHCO-, and combinations of them, and wherein the repeating unit represented by Formula in the polyimide precursor accounts for 90 mol% or more of the total repeating units.
A method of communicating over a wireless communication network, the method comprising: selecting one of a plurality of allocation schemas for allocation of tone-blocks to wireless communication devices, the selected allocation schema comprising a plurality of allocations of tone-blocks; generating an allocation message comprising an index identifying the selected allocation schema, the index being indicative of the number of the plurality of allocations of tone-blocks and a size of the tone-blocks for the selected allocation schema, wherein each allocation of the plurality of allocations of tone-blocks comprises an indication of the number of users sharing the allocation, a station identifier for each user sharing the allocation, and one or more user parameters for each user sharing the allocation; and transmitting the allocation message to one or more wireless communication devices. selecting one of a plurality of allocation schemas for allocation of tone-blocks to wireless communication devices, the selected allocation schema comprising a plurality of allocations of tone-blocks; generating an allocation message comprising an index identifying the selected allocation schema, the index being indicative of the number of the plurality of allocations of tone-blocks and a size of the tone-blocks for the selected allocation schema, wherein each allocation of the plurality of allocations of tone-blocks comprises an indication of the number of users sharing the allocation, a station identifier for each user sharing the allocation, and one or more user parameters for each user sharing the allocation; and transmitting the allocation message to one or more wireless communication devices.
A process, comprising: A) contacting one or more contaminated hydrocarbons with a hydrogen gas stream in a flash feed separator to generate a first liquid stream wherein the hydrogen gas stream is maintained at a temperature higher than the one or more contaminated hydrocarbons; B) stripping the first liquid stream to generate a residue stream wherein the residue stream comprises one or more C28 + hydrocarbons which optionally has a boiling point of at least 431°C, and wherein the residue stream from the stripper optionally includes non-distillable components such as solids and other impurities; and C) separating the residue stream in a film generating evaporator to obtain a recovered distillate. A) contacting one or more contaminated hydrocarbons with a hydrogen gas stream in a flash feed separator to generate a first liquid stream wherein the hydrogen gas stream is maintained at a temperature higher than the one or more contaminated hydrocarbons; B) stripping the first liquid stream to generate a residue stream wherein the residue stream comprises one or more C28 + hydrocarbons which optionally has a boiling point of at least 431°C, and wherein the residue stream from the stripper optionally includes non-distillable components such as solids and other impurities; and C) separating the residue stream in a film generating evaporator to obtain a recovered distillate.
A vitrified bonded abrasive tool, having a structure permeable to fluid flow, the tool comprising: a) about 5 to 75 volume % sintered agglomerates of a plurality of abrasive grain with a binding material, the binding material being characterized by a viscosity A at the binding material melting temperature; characterized in that the tool further comprises b) a vitrified bond characterized by a viscosity B at the binding material melting temperature, viscosity B being at least 33 % lower than viscosity A; and c) about 35 to 80 volume % porosity, including at least 30 volume % interconnected porosity. a) about 5 to 75 volume % sintered agglomerates of a plurality of abrasive grain with a binding material, the binding material being characterized by a viscosity A at the binding material melting temperature; characterized in that the tool further comprises b) a vitrified bond characterized by a viscosity B at the binding material melting temperature, viscosity B being at least 33 % lower than viscosity A; and c) about 35 to 80 volume % porosity, including at least 30 volume % interconnected porosity.
Apparatus for the additive manufacturing of three-dimensional objects by successive, selective layer-by-layer exposure and thereby successive, selective layer-by-layer compacting of building material layers, consisting of building material compactable by means of an energy beam in a process chamber on the apparatus side, having a defined process chamber height, comprising a flow unit, which is configured to generate a gas flow, in particular an inert gas flow, flowing through the process chamber between an inflow area and an outflow area, wherein the flow unit comprises a flow generating device for generating the gas flow, wherein the gas flow flows through the process chamber through the entire process chamber height, characterized in that the gas flow is divided into several partial gas flows (11a-11c), flowing through the process chamber in parallel on top of each other, which differ from each other in at least one flow parameter relating to the flow characteristics of the respective partial flows (11a-11c), wherein the flow unit, for generating the partial flows (11a-11c), which differ from each other in at least one of the flow parameters relating to the flow characteristics of the respective partial gas flows (hall), comprises at least two different inflow elements (9a-9c) or at least two groups of different inflow elements (9a-9c), wherein a first inflow element or a group of first inflow elements is arranged to generate a first partial gas flow and at least one further inflow element (9b, 9c) or at least one group of further inflow elements (9b, 9c) to generate at least one further partial gas flow (11b, 11c); and/or comprising at least two different flow guide element assemblies (16a, 16b), which comprise two different, whereas at least one flow guide element (15a, 15b), wherein a first flow guide element assembly is provided to generate a first partial gas flow and another flow guide element assembly is provided to generate a further partial gas flow.
A floatable turbine system, said floatable turbine system comprising: (a) a floatable platform for supporting a submerged turbine for generating power from water flow; (b) a turbine mounting assembly (22,50) for mounting the turbine to the floating platform, the turbine mounting assembly (22,50) including a pivoting cradle that permits movement and pivoting of the turbine in the pivoting cradle in a direction of water flow, wherein said turbine mounting assembly (22, 50) further comprises an upper arm (16,54) and two lower arms (18, 56) extending from opposite ends of the upper arm (16, 54); and (c) a plurality of holding members (32, 62) for attaching to opposite sides of the turbine mounting assembly (22, 50) above and below a moment center of the floatable turbine system when the turbine is submerged under water, wherein in a substantially vertical position the lower arms (18, 56) extend to a point in the water below the moment centre. (a) a floatable platform for supporting a submerged turbine for generating power from water flow; (b) a turbine mounting assembly (22,50) for mounting the turbine to the floating platform, the turbine mounting assembly (22,50) including a pivoting cradle that permits movement and pivoting of the turbine in the pivoting cradle in a direction of water flow, wherein said turbine mounting assembly (22, 50) further comprises an upper arm (16,54) and two lower arms (18, 56) extending from opposite ends of the upper arm (16, 54); and (c) a plurality of holding members (32, 62) for attaching to opposite sides of the turbine mounting assembly (22, 50) above and below a moment center of the floatable turbine system when the turbine is submerged under water, wherein in a substantially vertical position the lower arms (18, 56) extend to a point in the water below the moment centre.