mhurhangee/ep-ind-claims huggingface dataset:
A fire extinguishing composition containing a transition metal compound, characterized in that the fire extinguishing composition includes a salt of an organic acid of the fourth period elements in a subgroup and the group VIII; and the fire extinguishing composition adopts a pyrotechnic agent as a heat source and a power source, reacts and releases a fire extinguishing material through heat emitted by igniting and burning the pyrotechnic agent; the salt of the organic acid of the fourth period elements of metals in the subgroup and group VIII is a ferric salt of an organic acid, a manganese salt of an organic acid, a nickel salt of an organic acid, a copper salt of an organic acid, a zinc salt of an organic acid or a cobalt salt of an organic acid; the ferric salt of the organic acid is one or more of ferric citrate, ferric oleate, ferric linoleate, ferric stearate, ferric benzoate, ferric acetate and ferric gluconate; the manganese salt of the organic acid is one or more of manganous acetate, manganous benzoate and manganese gluconate; the nickel salt of the organic acid is one or more of nickel oleate, nickel citrate, nickel benzoate and nickel aminosulfonate; the copper salt of the organic acid is one or more of copper formate, copper oleate, copper linoleate, copper stearate, copper tartrate, copper 2-hydroxybutanedioate, copper iso-octoate, and copper benzoate; the zinc salt of the organic acid is one or more of zinc oleate, zinc citrate, zinc benzoate, zinc methacrylate and zinc gluconate; the cobalt salt of the organic acid is one or more of cobalt acetate, cobalt citrate, cobalt iso-octoate, cobalt benzoate and cobalt aminosulfonate.
An article for production of or use in an electrochemical cell, said article comprising: - a first electrode comprising lithium, said first electrode comprising a first surface; - a second electrode, said second electrode comprising a second surface; - an electrolyte; wherein said article further comprises (i) a first additive selected from the group consisting of xanthate compounds, and compounds selected from the group consisting of nitrates and nitrites and (ii) a second additive selected from the group consisting of silanes, with the proviso that when said first additive is selected from the group consisting of nitrates and nitrites said silane is chemically bonded to at least a portion of said second surface. - a first electrode comprising lithium, said first electrode comprising a first surface; - a second electrode, said second electrode comprising a second surface; - an electrolyte; wherein said article further comprises (i) a first additive selected from the group consisting of xanthate compounds, and compounds selected from the group consisting of nitrates and nitrites and (ii) a second additive selected from the group consisting of silanes, with the proviso that when said first additive is selected from the group consisting of nitrates and nitrites said silane is chemically bonded to at least a portion of said second surface. (i) a first additive selected from the group consisting of xanthate compounds, and compounds selected from the group consisting of nitrates and nitrites and (ii) a second additive selected from the group consisting of silanes,
A lubricant flowrate control device for controlling a lubricant flowrate of lubricant supplied to an automatic transmission provided with a forward friction element engaged when a forward position is selected and a reverse friction element engaged when a reverse position is selected between a driving source and a driving wheel, comprising: required lubricant flowrate calculating means adapted to calculate a required lubricant flowrate required for lubricating the friction element (62, 63) corresponding to a selected position on the basis of a rotation speed difference in the friction element corresponding to the selected position; and lubricant flowrate controlling means adapted to supply the lubricant with the required lubricant flowrate to the friction element corresponding to the selected position, characterized in that the lubricant flowrate controlling means increases the lubricant flowrate supplied to the friction element corresponding to the selected positon immediately after switching is made between the forward position and the reverse position and supplies the lubricant with a flowrate larger than the required lubricant flowrate to the friction element corresponding to the selected position. required lubricant flowrate calculating means adapted to calculate a required lubricant flowrate required for lubricating the friction element (62, 63) corresponding to a selected position on the basis of a rotation speed difference in the friction element corresponding to the selected position; and lubricant flowrate controlling means adapted to supply the lubricant with the required lubricant flowrate to the friction element corresponding to the selected position, characterized in that the lubricant flowrate controlling means increases the lubricant flowrate supplied to the friction element corresponding to the selected positon immediately after switching is made between the forward position and the reverse position and supplies the lubricant with a flowrate larger than the required lubricant flowrate to the friction element corresponding to the selected position.
A device for controlling and/or monitoring and/or visualizing construction sites, comprising a detection device for detecting the position of a construction means at the construction site, wherein the detection device includes a signal transmitter to be mounted on the construction means in order to provide an identification signal identifying the construction means, and a signal evaluation device for receiving and evaluating the identification signal in order to determine the position of the construction means at the construction site, wherein the signal evaluation device can be connected to a central information unit, in which information unit construction means data indicating the position of the construction means located on the construction site can be stored with reference to the transmitted identification and position data, characterized in that the signal evaluation device includes at least one loop antenna laid on the construction site for receiving the identification signal and determining the position of the signal transmitter, wherein the information unit includes a monitoring module for monitoring a construction progress with reference to the stored construction means data, wherein said monitoring module is configured to compare planning data from a BIM with identification and position data of a construction means and to determine from the comparison whether or not a construction step contained in the planning data of the BIM is carried out.
A partially hydrogenated phenolic resin, said resin being prepared by selectively hydrogenating double bonds other than those on aromatic rings of a phenolic resin, and having a hydrogenation ratio of the double bonds other than those on aromatic rings of from 30 to 100% and a hydroxyl value of from 30 to 500 mgKOH/g.
A method comprising: fabricating an airfoil preform having a slotted forward end and a continuous trailing end; in a next step the slotted forward end of the airfoil preform is coupled to an airfoil core insert; applying directly on the slots a ceramic matrix composite covering to cover the slots of the airfoil preform; and removing, namely trimming to length the continuous trailing end of the consolidated product from the airfoil preform to expose the slots. fabricating an airfoil preform having a slotted forward end and a continuous trailing end; in a next step the slotted forward end of the airfoil preform is coupled to an airfoil core insert; applying directly on the slots a ceramic matrix composite covering to cover the slots of the airfoil preform; and removing, namely trimming to length the continuous trailing end of the consolidated product from the airfoil preform to expose the slots.
Formwork element for a formwork system for construction elements of curing casting material, the formwork system comprising a base plate, comprising: at least one fastening means for retaining the formwork element on the base plate, comprising a formwork element basic body which is adapted to be retained on the base plate by means of the at least one fastening means, at least one formwork shell element movable with respect to the formwork element basic body, and moving means for moving the at least one movable formwork shell element with respect to the formwork element basic body; wherein the at least one movable formwork shell element is adapted to take a casting position by means of the moving means in which a casting of the curing casting material can take place to manufacture the construction element, and a withdrawal position in which a withdrawal of the cured construction element and/or the formwork element can take place, wherein the moving means is designed such that the at least one movable formwork shell element is shiftable in a direction that is parallel to the base plate if the formwork element is retained on the base plate ready to use, characterized in that at least two movable formwork shell elements are arranged on one side of the formwork element basic body, wherein an individual one of these movable formwork shell elements is movable independent of the at least one further movable formwork shell element on the same side of the formwork element basic body. at least one fastening means for retaining the formwork element on the base plate, comprising a formwork element basic body which is adapted to be retained on the base plate by means of the at least one fastening means, at least one formwork shell element movable with respect to the formwork element basic body, and moving means for moving the at least one movable formwork shell element with respect to the formwork element basic body; wherein the at least one movable formwork shell element is adapted to take a casting position by means of the moving means in which a casting of the curing casting material can take place to manufacture the construction element, and a withdrawal position in which a withdrawal of the cured construction element and/or the formwork element can take place, wherein the moving means is designed such that the at least one movable formwork shell element is shiftable in a direction that is parallel to the base plate if the formwork element is retained on the base plate ready to use, characterized in that at least two movable formwork shell elements are arranged on one side of the formwork element basic body, wherein an individual one of these movable formwork shell elements is movable independent of the at least one further movable formwork shell element on the same side of the formwork element basic body.
A system comprising: a handbrake setting determination unit configured to determine a handbrake setting suggestion indicating the number of handbrakes of a vehicle system (100 or 300) including at least two vehicles to be set in order to park the vehicle system (100 or 300) at a particular location without the vehicle system (100 or 300) moving, each of the vehicles including at least on handbrake; and an energy management system in communication with the handbrake setting determination unit, wherein the energy management system is configured to provide one or more data parameters of the vehicle system (100 or 300) to the handbrake setting determination unit, and wherein the handbrake setting determination unit is configured to determine the handbrake setting suggestion based on the one or more data parameters. a handbrake setting determination unit configured to determine a handbrake setting suggestion indicating the number of handbrakes of a vehicle system (100 or 300) including at least two vehicles to be set in order to park the vehicle system (100 or 300) at a particular location without the vehicle system (100 or 300) moving, each of the vehicles including at least on handbrake; and an energy management system in communication with the handbrake setting determination unit, wherein the energy management system is configured to provide one or more data parameters of the vehicle system (100 or 300) to the handbrake setting determination unit, and wherein the handbrake setting determination unit is configured to determine the handbrake setting suggestion based on the one or more data parameters.
A down lamp, comprising a housing and a wiring terminal disposed in the housing, wherein the housing comprises a front shell and a rear cap, the rear cap has an opening at a location corresponding to the wiring terminal and the opening is provided with a terminal cap that is matched with the opening and is in detachable connection with the rear cap, the down lamp further comprising: a first mounting base connected to the rear cap for embedded-in mounting of the down lamp, and a second mounting base detachably connected to the rear cap for surface mounting of the down lamp, wherein the first mounting base is detachably connected to the rear cap through screws, and the second mounting base and the rear cap are in rotary buckling, characterized in that the rotary buckling between the second mounting base and the rear cap is such that there is a clamping slot in the rear cap, that a lug matched with the clamping slot is disposed on the second mounting base, and that the clamping slot is provided with a gap for stretching in of a limiting lug at one side, wherein the clamping slot is provided with a positioning bar for clamping the limiting lug into the clamping slot at the other side. a housing and a wiring terminal disposed in the housing, wherein the housing comprises a front shell and a rear cap, the rear cap has an opening at a location corresponding to the wiring terminal and the opening is provided with a terminal cap that is matched with the opening and is in detachable connection with the rear cap, the down lamp further comprising: a first mounting base connected to the rear cap for embedded-in mounting of the down lamp, and a second mounting base detachably connected to the rear cap for surface mounting of the down lamp, wherein the first mounting base is detachably connected to the rear cap through screws, and the second mounting base and the rear cap are in rotary buckling, characterized in that the rotary buckling between the second mounting base and the rear cap is such that there is a clamping slot in the rear cap, that a lug matched with the clamping slot is disposed on the second mounting base, and that the clamping slot is provided with a gap for stretching in of a limiting lug at one side, wherein the clamping slot is provided with a positioning bar for clamping the limiting lug into the clamping slot at the other side. a first mounting base connected to the rear cap for embedded-in mounting of the down lamp, and a second mounting base detachably connected to the rear cap for surface mounting of the down lamp, wherein the first mounting base is detachably connected to the rear cap through screws, and the second mounting base and the rear cap are in rotary buckling, characterized in that the rotary buckling between the second mounting base and the rear cap is such that there is a clamping slot in the rear cap, that a lug matched with the clamping slot is disposed on the second mounting base, and that the clamping slot is provided with a gap for stretching in of a limiting lug at one side, wherein the clamping slot is provided with a positioning bar for clamping the limiting lug into the clamping slot at the other side.
System for the supraregional operation of a vehicle, having: - at least a control device; - wherein a first vehicle bus is able to be connected to the control device, wherein a defined number of first control apparatuses (20a...20n) is able to be connected to the first vehicle bus; and - wherein a second vehicle bus is able to be connected to the control device, wherein a defined number of second control apparatuses (40a...40n) is able to be connected to the second vehicle bus; - wherein the control device is designed to provide a defined minimum functionality during a moving crossing of the vehicle from a defined first region to a defined second region by maintaining operation of the first control apparatuses and of the first vehicle bus; - wherein the control device is designed to change a functionality for the second control apparatuses (40a...40n) during the moving crossing from the defined first region to the defined second region; and - wherein the control device is designed to control coordination of the change of the functionality of the second control apparatuses. - at least a control device; - wherein a first vehicle bus is able to be connected to the control device, wherein a defined number of first control apparatuses (20a...20n) is able to be connected to the first vehicle bus; and - wherein a second vehicle bus is able to be connected to the control device, wherein a defined number of second control apparatuses (40a...40n) is able to be connected to the second vehicle bus; - wherein the control device is designed to provide a defined minimum functionality during a moving crossing of the vehicle from a defined first region to a defined second region by maintaining operation of the first control apparatuses and of the first vehicle bus; - wherein the control device is designed to change a functionality for the second control apparatuses (40a...40n) during the moving crossing from the defined first region to the defined second region; and - wherein the control device is designed to control coordination of the change of the functionality of the second control apparatuses.
An optical element for a head up display, the optical element comprising: a Fresnel pattern layer configured to enlarge a virtual image of an HUD image; a multiband coating layer formed on the Fresnel pattern layer, the multiband coating layer configured to receive light of multiple wavelength bands from a light source, and transmit a portion of the light of the multiple wavelength bands based on a transmittance set with respect to each of the multiple wavelength bands; and an immersion layer formed on the multiband coating layer, a refractive index of the immersion layer being equal to a refractive index of the Fresnel pattern layer, wherein the Fresnel pattern layer is based on a Fresnel pattern of a Fresnel lens comprising a first section including inclined surface parts of a first direction on a first side, a second section including inclined surface parts of a second direction on the first side and a third section around a central axis; the optical element characterized in that the Fresnel pattern layer comprises only the first section or the second section of the Fresnel lens based on an angle at which the HUD image is projected to a user, and the multiband coating layer is formed only on the inclined surface parts of one direction of the Fresnel pattern layer. a Fresnel pattern layer configured to enlarge a virtual image of an HUD image; a multiband coating layer formed on the Fresnel pattern layer, the multiband coating layer configured to receive light of multiple wavelength bands from a light source, and transmit a portion of the light of the multiple wavelength bands based on a transmittance set with respect to each of the multiple wavelength bands; and an immersion layer formed on the multiband coating layer, a refractive index of the immersion layer being equal to a refractive index of the Fresnel pattern layer, wherein the Fresnel pattern layer is based on a Fresnel pattern of a Fresnel lens comprising a first section including inclined surface parts of a first direction on a first side, a second section including inclined surface parts of a second direction on the first side and a third section around a central axis; the optical element characterized in that the Fresnel pattern layer comprises only the first section or the second section of the Fresnel lens based on an angle at which the HUD image is projected to a user, and the multiband coating layer is formed only on the inclined surface parts of one direction of the Fresnel pattern layer.
A rotary feeder for conveying and crushing a bulk material with a cellular wheel rotating in a housing drum having a plurality of cellular wheel webs (17, 18); wherein the housing drum includes a feed opening at the top and a discharge opening at the bottom; wherein the outer edge of each cellular wheel web (17, 18) is formed at the front in the direction of rotation as a cutting edge or is provided with a cutting edge (17", 18"); wherein these cutting edges (17", 18") interact with a counter-cutting edge of the feed opening, and wherein the cellular wheel is connected to a chain wheel such that it can be rotated by a chain, characterised in that the cellular wheel includes exactly two cellular wheel webs (17, 18) opposing each other and in that the chain wheel is oval.
A thrombolytic composition for use in treating thromboembolism in cats, wherein: (a) said composition comprises nattokinase and rutin bioflavonoid; and (b) said treating comprises administering to the feline: (i) 375-1125 mg / 7500-22500 fibrinolytic units of nattokinase; and (ii) 500-1500 mg of rutin bioflavonoid. (a) said composition comprises nattokinase and rutin bioflavonoid; and (b) said treating comprises administering to the feline: (i) 375-1125 mg / 7500-22500 fibrinolytic units of nattokinase; and (ii) 500-1500 mg of rutin bioflavonoid. (i) 375-1125 mg / 7500-22500 fibrinolytic units of nattokinase; and (ii) 500-1500 mg of rutin bioflavonoid.
An airfoil assembly (20;220;320;420) comprising: an airfoil body (22;222;322;422) extending between a leading edge, a trailing edge, a suction side, and a pressure side; a first protective sheath (34;234;334;446) having an outer side and an inner side that forms a cavity for receiving at least a portion of the airfoil body, the inner side being bonded to the leading edge of the airfoil body (22;222;322;422); and a second protective sheath (60;260;360;460), characterized in comprising an indicator sheath (72;272;372;472) having an outer side and an inner side, the indicator sheath (72;272;372;472) being adhesively bonded to the first protective sheath (34;234;334;446), wherein at least a portion of the indicator sheath (72;272;372;472) is positioned forward of the first protective sheath (34;234;334;446) relative to the leading edge of the airfoil, wherein at least a portion of the second protective sheath (60;260;360;460) is positioned forward of the indicator sheath relative to the leading edge of the airfoil. an airfoil body (22;222;322;422) extending between a leading edge, a trailing edge, a suction side, and a pressure side; a first protective sheath (34;234;334;446) having an outer side and an inner side that forms a cavity for receiving at least a portion of the airfoil body, the inner side being bonded to the leading edge of the airfoil body (22;222;322;422); and a second protective sheath (60;260;360;460), characterized in comprising an indicator sheath (72;272;372;472) having an outer side and an inner side, the indicator sheath (72;272;372;472) being adhesively bonded to the first protective sheath (34;234;334;446), wherein at least a portion of the indicator sheath (72;272;372;472) is positioned forward of the first protective sheath (34;234;334;446) relative to the leading edge of the airfoil, wherein at least a portion of the second protective sheath (60;260;360;460) is positioned forward of the indicator sheath relative to the leading edge of the airfoil.