mhurhangee/ep-ind-claims huggingface dataset:
A transmission comprising: a continuous speed variation mechanism including an input shaft, a first gear mechanism connected to the input shaft, a first output gear connected to the first gear mechanism, a second gear mechanism connected to the input shaft, a second output gear connected to the second gear mechanism, and a motor (41; 42) that is connected to the first gear mechanism and the second gear mechanism and continuously varies a speed ratio of the first output gear with respect to the input shaft and a speed ratio of the second output gear with respect to the input shaft; a first transfer shaft; a planetary gear mechanism that includes a first rotation element, a second rotation element, and a third rotation element, and is rotatable about the first transfer shaft; a second transfer shaft; a first driven gear that is rotatable about the second transfer shaft; and an output shaft, wherein the first output gear is connected to the first rotation element, the second output gear is connected to the second rotation element through the first driven gear, and the output shaft is connected to the third rotation element. a continuous speed variation mechanism including an input shaft, a first gear mechanism connected to the input shaft, a first output gear connected to the first gear mechanism, a second gear mechanism connected to the input shaft, a second output gear connected to the second gear mechanism, and a motor (41; 42) that is connected to the first gear mechanism and the second gear mechanism and continuously varies a speed ratio of the first output gear with respect to the input shaft and a speed ratio of the second output gear with respect to the input shaft; an input shaft, a first gear mechanism connected to the input shaft, a first output gear connected to the first gear mechanism, a second gear mechanism connected to the input shaft, a second output gear connected to the second gear mechanism, and a motor (41; 42) that is connected to the first gear mechanism and the second gear mechanism and continuously varies a speed ratio of the first output gear with respect to the input shaft and a speed ratio of the second output gear with respect to the input shaft; a first transfer shaft; a planetary gear mechanism that includes a first rotation element, a second rotation element, and a third rotation element, and is rotatable about the first transfer shaft; a second transfer shaft; a first driven gear that is rotatable about the second transfer shaft; and an output shaft, wherein the first output gear is connected to the first rotation element, the second output gear is connected to the second rotation element through the first driven gear, and the output shaft is connected to the third rotation element.
Method for controlling a functional unit of a vehicle, comprising: the detection of a gesture of a vehicle occupant; the control of a functional unit in response to the detected gesture if a first predetermined condition is met, the first predetermined condition being that a movement sequence of a detected gesture corresponds to a predetermined movement pattern which is similar to a movement of a functional unit to be controlled or analogous to a manipulation of the functional unit to be controlled, characterised by the generation of a first predetermined processing signal in response to a first predetermined voice input of a vehicle occupant if a second predetermined condition is met; and the stopping or cancellation of the control of the functional unit to be controlled in response to the first predetermined processing signal, wherein the second predetermined condition is that a recognition certainty of the detected gesture exceeds a first predetermined threshold value. the detection of a gesture of a vehicle occupant; the control of a functional unit in response to the detected gesture if a first predetermined condition is met, the first predetermined condition being that a movement sequence of a detected gesture corresponds to a predetermined movement pattern which is similar to a movement of a functional unit to be controlled or analogous to a manipulation of the functional unit to be controlled, characterised by the generation of a first predetermined processing signal in response to a first predetermined voice input of a vehicle occupant if a second predetermined condition is met; and the stopping or cancellation of the control of the functional unit to be controlled in response to the first predetermined processing signal, wherein the second predetermined condition is that a recognition certainty of the detected gesture exceeds a first predetermined threshold value.
A backlight unit, comprising: a light guiding plate; a light source unit comprising at least one point light source which emits light to the light guiding plate, a point light source substrate which mounts the at least one point light source thereon, and a gap maintaining unit (113, 114) extended from the point light source substrate to the light guiding plate to form a gap between the at least one point light source and the light guiding plate; an accommodation member configured to accommodate the light source unit and the light guiding plate; and an elastic member disposed between the accommodation member and the point light source substrate, and configured to elastically bias the point light source substrate toward the light guiding plate so that the gap is constantly maintained depending on expansion or contraction of the light guiding plate. a light guiding plate; a light source unit comprising at least one point light source which emits light to the light guiding plate, a point light source substrate which mounts the at least one point light source thereon, and a gap maintaining unit (113, 114) extended from the point light source substrate to the light guiding plate to form a gap between the at least one point light source and the light guiding plate; an accommodation member configured to accommodate the light source unit and the light guiding plate; and an elastic member disposed between the accommodation member and the point light source substrate, and configured to elastically bias the point light source substrate toward the light guiding plate so that the gap is constantly maintained depending on expansion or contraction of the light guiding plate.
Panel for lining a ceiling or wall in a cabin, in particular the cabin of a passenger aircraft, in which a plate is laminated on both sides with a cover layer (2a, 4a) cured under pressure and temperature and composed of woven fibre fabric or laid fibre fabric impregnated with resin or with a thermoplastic, wherein the plate has at least one core with a honeycomb structure formed from a multiplicity of in walls, wherein the walls are compressed by 5% to 50% in a predefined region of the plate to improve the sound-insulating properties of the panel, wherein the predefined region of the plate has an area percentage of at least 50% of the panel as a whole and is at least partially surrounded and/or bordered by uncompressed regions of the plate.
Soldering paste, comprising (i) 10 - 30% by weight copper particles, (ii) 60 - 80% by weight particles made of at least one substance selected from the group consisting of tin and tin-copper alloys, characterised in that the soldering paste comprises 3 - 30% by weight flux and in that the mean particle diameter of the copper particles and of the particles made of at least one substance selected from the group consisting of tin and tin-copper alloys is no more than 15 μm. (i) 10 - 30% by weight copper particles, (ii) 60 - 80% by weight particles made of at least one substance selected from the group consisting of tin and tin-copper alloys,
Method for the preparation of metal oxide hollow nanoparticles comprising the steps of: - providing an aqueous suspension of nanoparticles of an oxide of a first element having at least two oxidation states coupled with a substrate; - placing in contact said aqueous suspension with an aqueous solution of a salt of a second element having at least two oxidation states having a standard reduction potential lower than the standard reduction potential of said first transition metal to obtain said hollow nanoparticles. - providing an aqueous suspension of nanoparticles of an oxide of a first element having at least two oxidation states coupled with a substrate; - placing in contact said aqueous suspension with an aqueous solution of a salt of a second element having at least two oxidation states having a standard reduction potential lower than the standard reduction potential of said first transition metal to obtain said hollow nanoparticles.
A plant cultivation container comprising: a plant cultivation container body including a water reservoir portion formed by a bottom portion and side walls standing upward from outer peripheries of the bottom portion, for reserving planting water therein, and a water outlet formed in part of the side walls for allowing planting water present in the water reservoir portion to overflow to the outside; and a side wall cover for covering at least one of the side walls of the plant cultivation container body from the outside, wherein the side wall cover includes a fixing member removably attached to the side wall, a gutter member for receiving planting water flowing over through the water outlet and discharging the same to the outside of the plant cultivation container, and a cover member positioned opposite to an opening of the gutter member from above for connecting the fixing member and the gutter member, the fixing member, gutter member and cover member being provided along an outer periphery of the side wall. a plant cultivation container body including a water reservoir portion formed by a bottom portion and side walls standing upward from outer peripheries of the bottom portion, for reserving planting water therein, and a water outlet formed in part of the side walls for allowing planting water present in the water reservoir portion to overflow to the outside; and a side wall cover for covering at least one of the side walls of the plant cultivation container body from the outside, wherein the side wall cover includes a fixing member removably attached to the side wall, a gutter member for receiving planting water flowing over through the water outlet and discharging the same to the outside of the plant cultivation container, and a cover member positioned opposite to an opening of the gutter member from above for connecting the fixing member and the gutter member, the fixing member, gutter member and cover member being provided along an outer periphery of the side wall.
A system, comprising: an electrostatic tool comprising: a handle; and a first trigger configured to move between a first trigger position and a second trigger position, wherein the electrostatic tool is configured to block a fluid flow in the first trigger position, and the electrostatic tool is configured to enable the fluid flow in the second trigger position to apply a coating material; and an electrostatic activation system comprising a second trigger (120; 164) configured to selectively activate and deactivate electrical charging of the coating material, the system characterised in that the second trigger (120; 164) is configured to extend through a trigger aperture of the first trigger; wherein the first trigger and the second trigger (120; 164) are rotatably coupled together, or the first trigger and the second trigger (120; 164) are disposed in a nested arrangement, or the first trigger and the second trigger (120; 164) have separate user contact surfaces, and wherein the first trigger and the electrostatics activation system may be separately and simultaneously engaged with a single hand. a handle; and a first trigger configured to move between a first trigger position and a second trigger position, wherein the electrostatic tool is configured to block a fluid flow in the first trigger position, and the electrostatic tool is configured to enable the fluid flow in the second trigger position to apply a coating material; and an electrostatic activation system comprising a second trigger (120; 164) configured to selectively activate and deactivate electrical charging of the coating material, the system characterised in that the second trigger (120; 164) is configured to extend through a trigger aperture of the first trigger; wherein the first trigger and the second trigger (120; 164) are rotatably coupled together, or the first trigger and the second trigger (120; 164) are disposed in a nested arrangement, or the first trigger and the second trigger (120; 164) have separate user contact surfaces, and wherein the first trigger and the electrostatics activation system may be separately and simultaneously engaged with a single hand.
A fastener-driving tool comprising: a housing having an air connector; at least one of a power storage device and an electrical component associated with said housing; characterised in that it further comprises an electric motor assembly associated with said housing and including a fan, wherein air is supplied to said housing through said air connector and moves through said housing and contacts said fan to cause said fan to rotate, rotation of said fan causes said electric motor assembly to generate electricity that is directed to said at least one power storage device and said electrical component. a housing having an air connector; at least one of a power storage device and an electrical component associated with said housing; characterised in that it further comprises an electric motor assembly associated with said housing and including a fan,
A process for producing a cycloalkylaromatic compound, the process comprising: (a) supplying an aromatic compound, hydrogen and at least one diluent selected from a straight chain paraffinic hydrocarbon, a branched chain paraffinic hydrocarbon and a cyclic paraffinic hydrocarbon to a hydroalkylation reaction zone, wherein the weight ratio of the diluent to the aromatic compound supplied to the hydroalkylation reaction zone, as measured at the input to the hydroalkylation reaction zone, is in the range from 1:1 to 10:1 and wherein the molar ratio of hydrogen to the aromatic compound supplied to the hydroalkylation reaction zone, as measured at the input to the hydroalkylation reaction zone, is in the range from 1:100 to 100:1; and (b) contacting the aromatic compound, hydrogen and the at least one diluent under hydroalkylation conditions with a hydroalkylation catalyst in the hydroalkylation reaction zone to produce an effluent comprising a cycloalkylaromatic compound. (a) supplying an aromatic compound, hydrogen and at least one diluent selected from a straight chain paraffinic hydrocarbon, a branched chain paraffinic hydrocarbon and a cyclic paraffinic hydrocarbon to a hydroalkylation reaction zone, wherein the weight ratio of the diluent to the aromatic compound supplied to the hydroalkylation reaction zone, as measured at the input to the hydroalkylation reaction zone, is in the range from 1:1 to 10:1 and wherein the molar ratio of hydrogen to the aromatic compound supplied to the hydroalkylation reaction zone, as measured at the input to the hydroalkylation reaction zone, is in the range from 1:100 to 100:1; and (b) contacting the aromatic compound, hydrogen and the at least one diluent under hydroalkylation conditions with a hydroalkylation catalyst in the hydroalkylation reaction zone to produce an effluent comprising a cycloalkylaromatic compound.
A materials handling vehicle comprising: a support structure including a fixed member; a movable assembly coupled to said support structure; said support structure further comprising lift apparatus to effect movement of said movable assembly relative to said support structure fixed member, said lift apparatus including at least one ram/cylinder assembly; and a hydraulic system including a motor and a pump coupled to said motor to supply a pressurized fluid to said at least one ram/cylinder assembly; wherein the materials handling vehicle further comprises a control structure that measures an electric current flow into or out of said hydraulic system motor characterised in that the control structure reduces an operating speed of said hydraulic system motor if the electric current flow into or out of said hydraulic system motor is greater than or equal to a predetermined threshold value and thereafter increases an operating speed to its normal operating speed if the electric current flow into or out of said hydraulic system motor is below the predetermined threshold value. a support structure including a fixed member; a movable assembly coupled to said support structure; said support structure further comprising lift apparatus to effect movement of said movable assembly relative to said support structure fixed member, said lift apparatus including at least one ram/cylinder assembly; and a hydraulic system including a motor and a pump coupled to said motor to supply a pressurized fluid to said at least one ram/cylinder assembly; wherein the materials handling vehicle further comprises a control structure that measures an electric current flow into or out of said hydraulic system motor characterised in that the control structure reduces an operating speed of said hydraulic system motor if the electric current flow into or out of said hydraulic system motor is greater than or equal to a predetermined threshold value and thereafter increases an operating speed to its normal operating speed if the electric current flow into or out of said hydraulic system motor is below the predetermined threshold value.
Built-in light, comprising an installation ring (100, 200, 300) and a reflector fixing or module (120, 220, 320), wherein, for mounting, the reflector module (120, 220, 320) can be introduced in an installation direction into the installation ring (100, 200, 300), wherein the installation ring (100, 200, 300) comprises on an inner side latch means (105, 205, 305), which in the mounted state of the built-in light interact in each case with latch means (145, 245, 345) located opposite on the outer side of the reflector module (120, 220, 320) in order to hold the reflector module (120, 220, 320) in the installation ring (100, 200, 300) against the installation direction in at least one engagement position, characterized in that, for the disassembly of the reflector module (120, 220, 320) out of the installation ring (100, 200, 300), the latch means (145, 245, 345) can be moved together with the reflector module further along the installation direction, over the engagement position, and can be moved laterally to the installation direction, such that the latch means (145, 245, 345) of the reflector module disengage from the latch means (105, 205, 305) of the installation ring, and, for the removal of the reflector module, the latch means can be moved against the installation direction sideways past one another.
A method comprising: determining a desired flight route of an aircraft, based on a desired manoeuvre; presenting to a pilot, on a display, at least one 3D visual symbol (132, 134) that is: positioned in a future desired location along the desired flight route; and, moving with a specified speed along the desired flight route, wherein the at least one 3D visual symbol is indicative of a size and orientation of the aircraft at the future desired location along the desired flight route and serves as a dynamic point of reference for the pilot; computing an updated desired flight route based on repeatedly updated aircraft flight data that includes at least one of: a position of the aircraft; a speed of the aircraft; an acceleration of the aircraft; and, an orientation of the aircraft; and repeating the presenting of the at least one 3D visual symbol with the updated desired flight route and an updated future desired location. determining a desired flight route of an aircraft, based on a desired manoeuvre; presenting to a pilot, on a display, at least one 3D visual symbol (132, 134) that is: positioned in a future desired location along the desired flight route; and, moving with a specified speed along the desired flight route, wherein the at least one 3D visual symbol is indicative of a size and orientation of the aircraft at the future desired location along the desired flight route and serves as a dynamic point of reference for the pilot; computing an updated desired flight route based on repeatedly updated aircraft flight data that includes at least one of: a position of the aircraft; a speed of the aircraft; an acceleration of the aircraft; and, an orientation of the aircraft; and repeating the presenting of the at least one 3D visual symbol with the updated desired flight route and an updated future desired location.
Contactless data transmitting device, comprising: - an electrically insulating substrate - a circuit element which is arranged on the substrate, which consists of a continuous antenna track in the form of at least one spiral winding (4, 5, 6), and a terminal contact (15, 16) at each end of the track, and - an electronic component which is electrically connected to the circuit element and which comprises at least two contact points (11, 12), wherein the electronic component is placed over the at least one spiral winding (4, 5, 6) in a mounting region, and wherein the at least two contact points (11, 12) of the electronic component are electrically connected in each case to a terminal contact (15, 16) of the antenna track, - wherein at least one spiral winding (4, 5, 6) outside the mounting region branches into at least two spiral winding branches (4',4"; 5',5"; 6',6") in each case between two branching points (7',7";8',8"; 9',9"), - characterised in that the circuit element further comprises a capacitative circuit element, and that the capacitative circuit is formed by least one blind track (25, 26), which in each case is electrically connected to a terminal contact (15, 16) of the antenna track. - an electrically insulating substrate - a circuit element which is arranged on the substrate, which consists of a continuous antenna track in the form of at least one spiral winding (4, 5, 6), and a terminal contact (15, 16) at each end of the track, and - an electronic component which is electrically connected to the circuit element and which comprises at least two contact points (11, 12), wherein the electronic component is placed over the at least one spiral winding (4, 5, 6) in a mounting region, and wherein the at least two contact points (11, 12) of the electronic component are electrically connected in each case to a terminal contact (15, 16) of the antenna track, - wherein at least one spiral winding (4, 5, 6) outside the mounting region branches into at least two spiral winding branches (4',4"; 5',5"; 6',6") in each case between two branching points (7',7";8',8"; 9',9"), - characterised in that the circuit element further comprises a capacitative circuit element, and that the capacitative circuit is formed by least one blind track (25, 26), which in each case is electrically connected to a terminal contact (15, 16) of the antenna track.
Method for the dephosphorization of iron ore with a phosphorous content greater than 0.5%, with a magnetite, hematite or mixed nature, said method comprising: a pre-conditioning of the iron ore by means of a pre-conditioning compound solid or in solution, with a content less than 5% in weight of the total ferrous mixture; an oxidizing roasting of the iron ore; a subsequent leaching, to obtain a final concentrate with a reduced phosphorus content, with a reduction higher than 85% wherein said method comprises a reducing roasting before at least the oxidizing roasting. a pre-conditioning of the iron ore by means of a pre-conditioning compound solid or in solution, with a content less than 5% in weight of the total ferrous mixture; an oxidizing roasting of the iron ore; a subsequent leaching, to obtain a final concentrate with a reduced phosphorus content, with a reduction higher than 85%