mhurhangee/patent-ind-claim-en huggingface dataset:
Connecting apparatus which has at least one installation switching device with a housing and with at least one screwless terminal, and has at least one connecting element , wherein the connecting element has an insulating profile and, arranged in the said insulating profile, at least one connecting conductor with at least one contact lug arranged on the said connecting conductor, wherein the terminal is of the type that has at least one clamping spring , which acts as a compression spring on a clamping point of the contact lug , for fixedly clamping the contact lug and for pressing a contact point of the contact lug against a conductor rail , and wherein the connecting element is designed with an opening member which can be operated by hand and which, when it is operated, pushes the clamping spring away from the clamping point and therefore allows the contact lug to be removed from the terminal without using an additional tool, characterized in that the opening member is designed in the form of a double-armed lever, the pivot axis of which is located on an integrally formed portion on the insulating profile , wherein the integrally formed portion projects slightly away from the insulating profile , wherein a first arm of the double-armed lever extends approximately parallel to the contact lug in the direction of the clamping wing of the clamping spring , wherein a second arm of the double-armed lever extends into the area outside the insulating profile and can be operated by hand from outside when the connecting element is inserted.
A method for measuring liquid quantity, comprising: transmitting one or more incident electromagnetic waves within a conductive enclosure , wherein the conductive enclosure is an aircraft fuel tank configured to store fuel; receiving rebound electromagnetic waves corresponding to the incident electromagnetic waves ; measuring a transfer function corresponding to the rebound electromagnetic waves ; and calculating liquid quantity based on the measured transfer function, characterised in that the method further comprises: transmitting a first radio frequency (RF) signal comprising liquid quantity data corresponding to the calculated liquid quantity to a wireless hub inside the conductive enclosure , the wireless hub being configured to relay the liquid quantity data to a liquid quantity measurement controller outside the conductive enclosure ; and relaying the liquid quantity data to the liquid quantity measuring controller . transmitting one or more incident electromagnetic waves within a conductive enclosure , wherein the conductive enclosure is an aircraft fuel tank configured to store fuel; receiving rebound electromagnetic waves corresponding to the incident electromagnetic waves ; measuring a transfer function corresponding to the rebound electromagnetic waves ; and calculating liquid quantity based on the measured transfer function, characterised in that the method further comprises: transmitting a first radio frequency (RF) signal comprising liquid quantity data corresponding to the calculated liquid quantity to a wireless hub inside the conductive enclosure , the wireless hub being configured to relay the liquid quantity data to a liquid quantity measurement controller outside the conductive enclosure ; and relaying the liquid quantity data to the liquid quantity measuring controller . transmitting a first radio frequency (RF) signal comprising liquid quantity data corresponding to the calculated liquid quantity to a wireless hub inside the conductive enclosure , the wireless hub being configured to relay the liquid quantity data to a liquid quantity measurement controller outside the conductive enclosure ; and relaying the liquid quantity data to the liquid quantity measuring controller .
A compound which is ( R )-3-(1,4-dimethyl-1 H -benzo[ d ] triazol-5-yl)-3-(3-((( R )-2-ethyl-2,3-dihydropyrido[2,3- f ] oxazepin-4(5 H )-yl)methyl)-4-methylphenyl)propanoic acid: or a pharmaceutically acceptable salt thereof.
A control architecture for a vehicle, the control architecture comprising: - a first control unit ; - a second control unit ; - a first vehicle communication network ; - a second vehicle communication network ; and - a plurality of commanded units ; wherein, the first control unit is connected to the first vehicle communication network; wherein, the second control unit is connected to the second vehicle communication network; wherein, the plurality of commanded units are configured to receive commands from the first control unit and the second control unit over communication lines ; wherein, an interlink communication line connects the first control unit to the second control unit; characterised in that the first control unit is communicatively connected to all of the plurality of commanded units , wherein the second control unit is communicatively connected to all of the plurality of commanded units (6, 7, 8, and wherein in a first mode of operation the first control unit is configured to act as a master controller and the second control unit is configured to act as a slave controller; and in a second mode of operation the second control unit is configured to act as a master controller and the first control unit is configured to act as a slave controller. - a first control unit ; - a second control unit ; - a first vehicle communication network ; - a second vehicle communication network ; and - a plurality of commanded units ; wherein, the second control unit is connected to the second vehicle communication network; wherein, the plurality of commanded units are configured to receive commands from the first control unit and the second control unit over communication lines ; wherein, an interlink communication line connects the first control unit to the second control unit; characterised in that the first control unit is communicatively connected to all of the plurality of commanded units , wherein the second control unit is communicatively connected to all of the plurality of commanded units (6, 7, 8, and wherein in a first mode of operation the first control unit is configured to act as a master controller and the second control unit is configured to act as a slave controller; and in a second mode of operation the second control unit is configured to act as a master controller and the first control unit is configured to act as a slave controller.
Method for measuring the soot load in an exhaust gas system of a diesel engine using a sensor, connected downstream of a particle filter and having a sensor element , as a measure of the functional capability of the particle filter , in which the soot load is measured resistively or capacitively using a sensor element , wherein electrodes are formed on the sensor element and a measurement voltage is applied between the electrodes , characterized in that the measurement voltage which is applied between the electrodes is controlled as a function of at least one instantaneous operating parameter of the diesel engine.
A method of fracturing a subterranean formation penetrated by a well comprising pumping into the well at a pressure sufficient to create a fracture network an aqueous well treatment fluid, wherein the subterranean formation has a permeability less than 10 mD, preferably less than 1.0 mD and the aqueous well treatment fluid comprises: (a) a non-aqueous slurry comprising (i) a non-aqueous liquid immiscible in water; (ii) an oil-wetting surface active material; (iii) a crosslinking agent; and (b) a water soluble gellant which is crosslinkable with the crosslinking agent; wherein: (i) the viscosity of the aqueous well treatment fluid is less than 20 cP at 40 sec -1 , when measured using a Grace 5600 using a R1 B5 cup and bob at ambient temperature; and (ii) the amount of gellant in the aqueous well treatment fluid is between from 2.7 to 5.5 Kg (6 to 12 pounds) per 3.785m 3 (1,000 gallons) of water. (a) a non-aqueous slurry comprising (i) a non-aqueous liquid immiscible in water; (ii) an oil-wetting surface active material; (iii) a crosslinking agent; and (b) a water soluble gellant which is crosslinkable with the crosslinking agent; (i) the viscosity of the aqueous well treatment fluid is less than 20 cP at 40 sec -1 , when measured using a Grace 5600 using a R1 B5 cup and bob at ambient temperature; and (ii) the amount of gellant in the aqueous well treatment fluid is between from 2.7 to 5.5 Kg (6 to 12 pounds) per 3.785m 3 (1,000 gallons) of water.
A rolling mill which comprises: a housing ; a pair of upper and lower work roll chocks supported by the housing ; a pair of upper and lower work rolls opposed to each other and pivotally supported by the pair of upper and lower work roll chocks , respectively; roll gap controlling means for applying a predetermined pressure to the work rolls ; a pair of upper and lower first supporting means provided to the housing at positions on one side in a rolling direction for supporting the pair of upper and lower work roll chocks ; and a pair of upper and lower second supporting means provided to the housing at positions on another side in the rolling direction for supporting the pair of upper and lower work roll chocks , wherein the first supporting means is used as hydraulic pressing means and is made capable of pressing the pair of upper and lower work roll chocks in a horizontal direction, and a flow contracting unit is provided to a portion of a hydraulic supply-discharge pipe on a head side of the hydraulic pressing means , characterised in that an expanding unit is provided to the portion of said hydraulic supply-discharge pipe on the head side of the hydraulic pressing means , while disposing the flow contracting unit closer to the hydraulic pressing means than the expanding unit , and an inside diameter of the flow contracting unit is set equal to or above φ2.5 mm and in a size of from 15% to 85% relative to an inside diameter of the hydraulic supply-discharge pipe . a housing ; a pair of upper and lower work roll chocks supported by the housing ; a pair of upper and lower work rolls opposed to each other and pivotally supported by the pair of upper and lower work roll chocks , respectively; roll gap controlling means for applying a predetermined pressure to the work rolls ; a pair of upper and lower first supporting means provided to the housing at positions on one side in a rolling direction for supporting the pair of upper and lower work roll chocks ; and a pair of upper and lower second supporting means provided to the housing at positions on another side in the rolling direction for supporting the pair of upper and lower work roll chocks , wherein the first supporting means is used as hydraulic pressing means and is made capable of pressing the pair of upper and lower work roll chocks in a horizontal direction, and a flow contracting unit is provided to a portion of a hydraulic supply-discharge pipe on a head side of the hydraulic pressing means , characterised in that an expanding unit is provided to the portion of said hydraulic supply-discharge pipe on the head side of the hydraulic pressing means , while disposing the flow contracting unit closer to the hydraulic pressing means than the expanding unit , and an inside diameter of the flow contracting unit is set equal to or above φ2.5 mm and in a size of from 15% to 85% relative to an inside diameter of the hydraulic supply-discharge pipe .
A protein hydrogel comprising: reagent A, being gelatin, reagent B, being a cross-linking agent, being GTA, and solvent, characterised in that reagent A is present in the final concentration from 0.15% wt. to 1.5% wt., with a ratio of reagent A to reagent B of 0.375-4.5 mg to 0.01-0.15 mg in one portion of the hydrogel, wherein solvent is dH 2 O or PBS.
Vehicle with a hull roof , additional armouring and a cooling system for an engine of the vehicle , having at least one cooler with at least one coolant cooler and also a fan , the vehicle being covered from above by the additional armouring , the additional armouring being spaced away from the hull roof and having a peripheral collar , which protrudes beyond the hull roof , thereby creating an opening , which can be used as a cooling air inlet of the cooling system .
A lubricant composition, comprising: (A) 20 to 90% by weight of a synthetic base oil; and (B) 10 to 80% by weight of a comb polymer, comprising the following monomers: (a) 20 to 35% by weight of esters of (meth)acrylic acid and a hydroxylated hydrogenated polybutadiene; and (b) 0.2% by weight to 15% by weight of styrene, (c) 0.2 to 20% by weight of alkyl methacrylates having 12 to 15 carbon atoms in the alkyl chain, (d) 50 to 70% by weight of alkyl (meth)acrylates having 1 to 4 carbon atoms in the alkyl chain, based on the total weight of the comb polymer, wherein the amounts of components (A) and (B) are based on the total weight of the lubricant composition. (A) 20 to 90% by weight of a synthetic base oil; and (B) 10 to 80% by weight of a comb polymer, comprising the following monomers: (a) 20 to 35% by weight of esters of (meth)acrylic acid and a hydroxylated hydrogenated polybutadiene; and (b) 0.2% by weight to 15% by weight of styrene, (c) 0.2 to 20% by weight of alkyl methacrylates having 12 to 15 carbon atoms in the alkyl chain, (d) 50 to 70% by weight of alkyl (meth)acrylates having 1 to 4 carbon atoms in the alkyl chain, based on the total weight of the comb polymer, (a) 20 to 35% by weight of esters of (meth)acrylic acid and a hydroxylated hydrogenated polybutadiene; and (b) 0.2% by weight to 15% by weight of styrene, (c) 0.2 to 20% by weight of alkyl methacrylates having 12 to 15 carbon atoms in the alkyl chain, (d) 50 to 70% by weight of alkyl (meth)acrylates having 1 to 4 carbon atoms in the alkyl chain,
A treadmill , comprising: an exercise deck , the exercise deck including: a platform ; at least one pulley attached to the platform ; a sliding surface of the platform ; a tread belt riding portion of the sliding surface ; a tread belt surrounding the at least one pulley and the sliding surface , the tread belt having at least one edge ; and a belt guide incorporated into the platform , the belt guide including: a textured portion of the sliding surface aligned with the at least one edge of the tread belt and spaced apart therefrom when the tread belt is positioned entirely within the tread belt riding portion ; wherein when the textured portion comes into contact with the tread belt due to the tread belt being misaligned with the tread belt riding portion , the tread belt and the textured portion interact to collectively produce a misalignment sound audible to a user. a platform ; at least one pulley attached to the platform ; a sliding surface of the platform ; a tread belt riding portion of the sliding surface ; a tread belt surrounding the at least one pulley and the sliding surface , the tread belt having at least one edge ; and a belt guide incorporated into the platform , the belt guide including: a textured portion of the sliding surface aligned with the at least one edge of the tread belt and spaced apart therefrom when the tread belt is positioned entirely within the tread belt riding portion ; wherein when the textured portion comes into contact with the tread belt due to the tread belt being misaligned with the tread belt riding portion , the tread belt and the textured portion interact to collectively produce a misalignment sound audible to a user.
Electrical energy storage cell for a motor vehicle, which has: a housing , which defines an interior , in which electrochemical components of the energy storage cell are held; and a line that runs through the interior and via which a cooling or heating medium can be conducted through the interior , wherein the electrochemical components comprise a wound construction which is formed from two electrode strips and a separator, which isolates the two electrode strips from one another, and has an outer surface, wherein the housing is a cuboid with a multiplicity of outer faces, which define the cuboid; and wherein the line enters the housing at one outer face of the multiplicity of outer faces, runs on the outer surface in the interior and exits the housing again at the outer face. a housing , which defines an interior , in which electrochemical components of the energy storage cell are held; and a line that runs through the interior and via which a cooling or heating medium can be conducted through the interior , wherein the electrochemical components comprise a wound construction which is formed from two electrode strips and a separator, which isolates the two electrode strips from one another, and has an outer surface, wherein the housing is a cuboid with a multiplicity of outer faces, which define the cuboid; and wherein the line enters the housing at one outer face of the multiplicity of outer faces, runs on the outer surface in the interior and exits the housing again at the outer face.
A device for removing a polymer layer from a surface of a substrate , namely a wafer, with the following features: - a substrate holder for holding the substrate at a rear side of the substrate lying opposite the upper side , - application means for applying a fluid for removing the polymer layer onto the polymer layer , in particular the entire upper side of the polymer layer and - heating means for introducing heat into the fluid by contact of a heating surface of the heating means with the fluid applied onto the polymer layer , characterised in that , in addition to the heating means , substrate heating means for heating the substrate are provided on the substrate holder , wherein temperature sensors for measuring and controlling the temperature of the fluid are fitted to the heating means . - a substrate holder for holding the substrate at a rear side of the substrate lying opposite the upper side , - application means for applying a fluid for removing the polymer layer onto the polymer layer , in particular the entire upper side of the polymer layer and - heating means for introducing heat into the fluid by contact of a heating surface of the heating means with the fluid applied onto the polymer layer , characterised in that , in addition to the heating means , substrate heating means for heating the substrate are provided on the substrate holder , wherein temperature sensors for measuring and controlling the temperature of the fluid are fitted to the heating means .
An apparatus comprising: a master device to issue transactions specifying a target address and comprising a data field for transporting at least one operand value, wherein the master device is configured to issue a compare-and-swap transaction for which said at least one operand value comprises a compare data value and a swap data value; and a processing unit responsive to the compare-and-swap transaction to select whether to write the swap data value to a storage location corresponding to the target address in dependence on whether the compare data value matches a target data value read from the storage location, an offset portion of the target address indicating the position of the target data value within the storage location; wherein when issuing the compare-and-swap transaction, the master device is configured to pack the compare data value into a first region of said data field selected in dependence on said offset portion of the target address and having a position within said data field corresponding to the position of the target data value within the storage location. a master device to issue transactions specifying a target address and comprising a data field for transporting at least one operand value, wherein the master device is configured to issue a compare-and-swap transaction for which said at least one operand value comprises a compare data value and a swap data value; and a processing unit responsive to the compare-and-swap transaction to select whether to write the swap data value to a storage location corresponding to the target address in dependence on whether the compare data value matches a target data value read from the storage location, an offset portion of the target address indicating the position of the target data value within the storage location; wherein when issuing the compare-and-swap transaction, the master device is configured to pack the compare data value into a first region of said data field selected in dependence on said offset portion of the target address and having a position within said data field corresponding to the position of the target data value within the storage location.
A method for producing at least one fluorine-containing halogenated hydrocarbon selected from 1,1,1,2,2-pentafluoropropane (HFC-245cb), 1,1,1,3,3-pentafluoropropane (HFC-245fa), E,Z-1,3,3,3-tetrafluoropropene (E,Z-HFO-1234ze), 2,3,3,3-tetrafluoropropene (HFO-1234yf), 2-chloro-3,3,3-trifluoropropene (HCFO-1233xf) and 1-chloro-3,3,3-trifluoropropene (HCFO-1233zd), comprising - a step of reacting a chlorine-containing compound and HF in a vapor phase, and - a step of separating a reaction product containing HF, HCl and organic matter containing the fluorine-containing halogenated hydrocarbon into multiple components, comprising the steps of separating the reaction product into a gas phase and a liquid phase, increasing the pressure of the liquid phase and supplying the liquid phase into a distillation column A, compressing the gas phase in series in two or more stages using a compressor and heating it by a heater to maintain a fraction of compressed gas of 1 at each stage, and supplying the gas phase into distillation column A, and separating a first stream containing the HCl from the top of distillation column A, and separating a second stream containing the organic matter and the HF from the bottom of distillation column A. - a step of reacting a chlorine-containing compound and HF in a vapor phase, and - a step of separating a reaction product containing HF, HCl and organic matter containing the fluorine-containing halogenated hydrocarbon into multiple components, comprising the steps of separating the reaction product into a gas phase and a liquid phase, increasing the pressure of the liquid phase and supplying the liquid phase into a distillation column A, compressing the gas phase in series in two or more stages using a compressor and heating it by a heater to maintain a fraction of compressed gas of 1 at each stage, and supplying the gas phase into distillation column A, and separating a first stream containing the HCl from the top of distillation column A, and separating a second stream containing the organic matter and the HF from the bottom of distillation column A. separating the reaction product into a gas phase and a liquid phase, increasing the pressure of the liquid phase and supplying the liquid phase into a distillation column A, compressing the gas phase in series in two or more stages using a compressor and heating it by a heater to maintain a fraction of compressed gas of 1 at each stage, and supplying the gas phase into distillation column A, and separating a first stream containing the HCl from the top of distillation column A, and separating a second stream containing the organic matter and the HF from the bottom of distillation column A.
An emulsion comprising: a therapeutically effective amount of a multikinase inhibitor selected from the group consisting of nintedanib, axitinib, and pazopanib; polyoxyl-35 castor oil; castor oil; 2-hydroxypropyl-beta-cyclodextrin; polysorbate 80; and water. a therapeutically effective amount of a multikinase inhibitor selected from the group consisting of nintedanib, axitinib, and pazopanib; polyoxyl-35 castor oil; castor oil; 2-hydroxypropyl-beta-cyclodextrin; polysorbate 80; and water.