mhurhangee/ep-ind-claims huggingface dataset:
A control method of a robot cleaner which is provided with a main body, driving wheels driving the main body, and driving wheel assemblies (100, 200, 300, 400, 500, 600), each of which includes a driving wheel and a gear assembly to transmit driving force to the driving wheel and which rotates due to displacement of the driving wheel, the control method characterized by: detecting a displacement of each driving wheel with respect to a reference position by sensing a distance between a sensor (156, 256, 356, 456, 656) provided on the respective driving wheel assembly and a sensed body (152, 252, 352, 120, 652) provided on the gear assembly, wherein the sensed body is adapted to rotate with the rotation of the gear assembly, or by directly sensing rotation of the gear assembly or the driving wheel by a sensor; judging whether or not the displacement is within a predetermined reference range; and changing a travelling path of the robot cleaner, upon judging that the displacement is not within the predetermined reference range. detecting a displacement of each driving wheel with respect to a reference position by sensing a distance between a sensor (156, 256, 356, 456, 656) provided on the respective driving wheel assembly and a sensed body (152, 252, 352, 120, 652) provided on the gear assembly, wherein the sensed body is adapted to rotate with the rotation of the gear assembly, or by directly sensing rotation of the gear assembly or the driving wheel by a sensor; judging whether or not the displacement is within a predetermined reference range; and changing a travelling path of the robot cleaner, upon judging that the displacement is not within the predetermined reference range.
Heat-absorbing thermoplastic moulding composition comprising A) from 73.9750 to 99.9948 wt.% of at least one transparent thermoplastic polymer, B) from 0.05 to 0.50 wt.% of at least one UV stabiliser, C) from 0 wt.% to 1.00 wt.% of at least one demoulding agent, D) from 0.0001 to 0.500 wt.% of at least one inorganic IR absorber, selected from at least one tungstate or a mixture of at least one boride and at least one tungstate, E) from 0.0001 to 0.01 wt.% of at least one organic IR absorber from the group of the quaterrylenes, perylenes, phthalocyanines and naphthalocyanines, F) from 0.0001 to 0.0150 wt.% of carbon black, G) from 0 to 1.0 wt.% of at least one heat stabiliser, H) from 0 to 7.0 wt.% of at least one flame retardant, I) from 0 to 15.00 wt.% of further additives, K) from 0.0001 to 1.000 wt.% of at least one organic dye or organic dye complex, wherein the sum of the amounts of components A to K is 100 wt.%. A) from 73.9750 to 99.9948 wt.% of at least one transparent thermoplastic polymer, B) from 0.05 to 0.50 wt.% of at least one UV stabiliser, C) from 0 wt.% to 1.00 wt.% of at least one demoulding agent, D) from 0.0001 to 0.500 wt.% of at least one inorganic IR absorber, selected from at least one tungstate or a mixture of at least one boride and at least one tungstate, E) from 0.0001 to 0.01 wt.% of at least one organic IR absorber from the group of the quaterrylenes, perylenes, phthalocyanines and naphthalocyanines, F) from 0.0001 to 0.0150 wt.% of carbon black, G) from 0 to 1.0 wt.% of at least one heat stabiliser, H) from 0 to 7.0 wt.% of at least one flame retardant, I) from 0 to 15.00 wt.% of further additives, K) from 0.0001 to 1.000 wt.% of at least one organic dye or organic dye complex, wherein the sum of the amounts of components A to K is 100 wt.%.
A sintered machinable glass-ceramic comprising phyllosilicate ceramic, and a glass component including before sintering, one or more of the following glass frits: glass frit comprising before firing BaO + CaO at 20-70 wt%, Al 2 O 3 at 2-15 wt%, B 2 O 3 at 2-15 wt%, and SiO 2 at 15-45 wt%; glass frit comprising before firing ZnO + BaO at 20-70 wt%, CaO + MgO + SrO at 0-25 wt%, Al 2 O 3 at 2-15 wt%, B 2 O 3 at 5-25 wt%, and SiO 2 at 15-45 wt%, and glass frit comprising before firing Bi 2 O 3 + ZnO at 20-70 wt%, BaO + CaO + MgO + SrO at 0-20 wt%, Al 2 O 3 at 0.1-15 wt%, B 2 O 3 at 2-20 wt%, and SiO 2 at 15-45 wt%. glass frit comprising before firing BaO + CaO at 20-70 wt%, Al 2 O 3 at 2-15 wt%, B 2 O 3 at 2-15 wt%, and SiO 2 at 15-45 wt%; glass frit comprising before firing ZnO + BaO at 20-70 wt%, CaO + MgO + SrO at 0-25 wt%, Al 2 O 3 at 2-15 wt%, B 2 O 3 at 5-25 wt%, and SiO 2 at 15-45 wt%, and glass frit comprising before firing Bi 2 O 3 + ZnO at 20-70 wt%, BaO + CaO + MgO + SrO at 0-20 wt%, Al 2 O 3 at 0.1-15 wt%, B 2 O 3 at 2-20 wt%, and SiO 2 at 15-45 wt%.
A leak detection sensor module comprising: a body having an upper portion opened, the body having an inner space in which a substrate, a transmission member, and a fixing body are mounted, the body having a bottom surface provided with a mounting hole in which a cartridge is mounted, and the body having a side surface provided with a connection hole; a cover closing the upper portion of the body that is opened; the substrate to which an emitting portion generating light by a power supply and a receiving portion receiving a refracted light are connected and in which a microcomputer analyzing a detected signal is mounted; the cartridge which is detachably mounted on a lower surface of the body and which is configured such that the cartridge maintains an opaque state when oil is not absorbed to the cartridge and which is configured such that the cartridge is converted to a transparent state or a translucent state when the cartridge absorbs leaked oil and reacts with an absorbed oil, thereby realizing leak detection; the transmission member fixed and mounted inside the body, the transmission member having a flat plate shape, and the transmission member transmitting an emitted light; and the fixing body mounted inside the body, the fixing body fixing the substrate and the transmission member, and the fixing body fixing the emitting portion emitting light and the receiving portion receiving the emitted light. a body having an upper portion opened, the body having an inner space in which a substrate, a transmission member, and a fixing body are mounted, the body having a bottom surface provided with a mounting hole in which a cartridge is mounted, and the body having a side surface provided with a connection hole; a cover closing the upper portion of the body that is opened; the substrate to which an emitting portion generating light by a power supply and a receiving portion receiving a refracted light are connected and in which a microcomputer analyzing a detected signal is mounted; the cartridge which is detachably mounted on a lower surface of the body and which is configured such that the cartridge maintains an opaque state when oil is not absorbed to the cartridge and which is configured such that the cartridge is converted to a transparent state or a translucent state when the cartridge absorbs leaked oil and reacts with an absorbed oil, thereby realizing leak detection; the transmission member fixed and mounted inside the body, the transmission member having a flat plate shape, and the transmission member transmitting an emitted light; and the fixing body mounted inside the body, the fixing body fixing the substrate and the transmission member, and the fixing body fixing the emitting portion emitting light and the receiving portion receiving the emitted light.
A method of facilitating a chemical reaction, the method comprising: directly coupling an electrically conductive member and a source of electrical power, the electrically conductive member having an interior region configured to be substantially resistant to chemical corrosion and capable of retaining a chemical mixture therein; providing the chemical mixture to the interior region of the electrically conductive member; and heating the electrically conductive member to a predetermined temperature by controlling the electrical power applied to the electrically conductive member to cause a chemical reaction within the chemical mixture, characterised in that the chemical reaction is ozone destruction. directly coupling an electrically conductive member and a source of electrical power, the electrically conductive member having an interior region configured to be substantially resistant to chemical corrosion and capable of retaining a chemical mixture therein; providing the chemical mixture to the interior region of the electrically conductive member; and heating the electrically conductive member to a predetermined temperature by controlling the electrical power applied to the electrically conductive member to cause a chemical reaction within the chemical mixture, characterised in that the chemical reaction is ozone destruction.
An assembly for carrying electrical current in a coil of a magnet, comprising: a pre-formed housing comprising a channel configured to retain HTS tape, the channel including at least one pre-formed curved section; and a plurality of layers of HTS tape fixed within the channel; characterised in that the pre-formed curved section has a radius of curvature which is less than a total thickness of the layers of HTS tape in that section divided by twice a maximum permitted strain of the HTS tape. a pre-formed housing comprising a channel configured to retain HTS tape, the channel including at least one pre-formed curved section; and a plurality of layers of HTS tape fixed within the channel; characterised in that the pre-formed curved section has a radius of curvature which is less than a total thickness of the layers of HTS tape in that section divided by twice a maximum permitted strain of the HTS tape.
A measurement system for testing a device under test over-the-air, comprising a signal generation and/or analysis equipment, several antennas, several reflectors and a test location for the device under test, wherein the antennas are connected with the signal generation and/or analysis equipment in a signal-transmitting manner such that measurement signals received by the antennas are forwarded to the signal generation and/or analysis equipment and/or signals to be emitted are forwarded to the antennas by means of the signal generation and/or analysis equipment, wherein each of the antennas is configured to transmit and/or receive an electromagnetic signal so that a beam path is provided between the respective antenna and the test location, wherein each of the reflectors is assigned to one corresponding antenna such that the respective antenna and the corresponding reflector together establish a pair, the electromagnetic signal being reflected by the respective reflector so that the electromagnetic signal corresponds to a planar wave at the test location, and wherein each antenna and the corresponding reflector together are configured to provide a corresponding quiet zone at the test location, characterized in that the measurement system comprises at least one large reflector as well as at least one smaller reflector such that at least one of the quiet zones provided is larger than the at least one other quiet zone. wherein the antennas are connected with the signal generation and/or analysis equipment in a signal-transmitting manner such that measurement signals received by the antennas are forwarded to the signal generation and/or analysis equipment and/or signals to be emitted are forwarded to the antennas by means of the signal generation and/or analysis equipment, wherein each of the antennas is configured to transmit and/or receive an electromagnetic signal so that a beam path is provided between the respective antenna and the test location, wherein each of the reflectors is assigned to one corresponding antenna such that the respective antenna and the corresponding reflector together establish a pair, the electromagnetic signal being reflected by the respective reflector so that the electromagnetic signal corresponds to a planar wave at the test location, and wherein each antenna and the corresponding reflector together are configured to provide a corresponding quiet zone at the test location, characterized in that the measurement system comprises at least one large reflector as well as at least one smaller reflector such that at least one of the quiet zones provided is larger than the at least one other quiet zone.
Packaging tray, manufactured from a deep-drawn plastics film, comprising a base, side walls (11, 12) and a sealing rim which is formed circumferentially on the upper side of the side walls (11, 12) and onto which a sealing film can be laid and welded to the sealing rim, wherein the sealing rim has a contact surface provided for supporting the sealing film with a profiling in the form of projections each forming part of the contact surface and depressions extending between adjacent projections and interrupting the contact surface, the depressions each defining a receiving volume, characterised in that the sealing rim has a width of 4 to 6 mm and, viewed across the width of the sealing rim, 10 to 30 depressions are arranged, which extend continuously in a linear manner over the entire extent of the sealing rim.
Heating device for heating a liquid, in particular a liquid in a tank for storing the liquid, comprising at least one heating element and at least one thermally conductive body, preferably a thermally conductive body which is manufactured from aluminium, characterized in that the heating element consists of an electrically conductive plastics material, and in that the electrically conductive plastics material is electrically conductively and thermally conductively coupled to the thermally conductive body, wherein the heating element is arranged in a sheet-like manner between at least two thermally conductive bodies, and wherein the heating element connects the two thermally conductive bodies to one another in a mechanically fixed manner.
Outside door for vehicles, in particular for railway vehicles, comprising - a first catch, - a first bolt, - at least two rotary actuators (14, 14') which act directly or indirectly on the catches and open these, - wherein at least one rotary actuator is arranged on the door outer side and at least one rotary actuator is arranged on the door inner side, - wherein the first bolt can only be moved from the door outer side by means of a key, - wherein the door-inside rotary actuator(s) acts/act on the catch and the lock and opens/open these and - wherein at least one door-outside rotary actuator, when seen from the lower edge of the door, is arranged at a different height to a door-inside rotary actuator, characterized in - that at least a second catch is provided and - that means (16', 18, 44, 46, 50, 52) for coupling the catches (12, 12') are provided in such a manner that an opening of one of the catches (12, 12') by means of a rotary actuator (14, 14') causes an opening of the other catches (12, 12'). - a first catch, - a first bolt, - at least two rotary actuators (14, 14') which act directly or indirectly on the catches and open these, - wherein at least one rotary actuator is arranged on the door outer side and at least one rotary actuator is arranged on the door inner side, - wherein the first bolt can only be moved from the door outer side by means of a key, - wherein the door-inside rotary actuator(s) acts/act on the catch and the lock and opens/open these and - wherein at least one door-outside rotary actuator, when seen from the lower edge of the door, is arranged at a different height to a door-inside rotary actuator, - that at least a second catch is provided and - that means (16', 18, 44, 46, 50, 52) for coupling the catches (12, 12') are provided in such a manner that an opening of one of the catches (12, 12') by means of a rotary actuator (14, 14') causes an opening of the other catches (12, 12').
Method for connecting a photovoltaic installation to a power supply grid, the photovoltaic installation comprising a photovoltaic generator, a direct voltage intermediate circuit with at least one capacitor, and an inverter, having the following steps: - the direct voltage intermediate circuit is connected to the photovoltaic generator and the at least one capacitor is pre-charged to a first voltage, the first voltage being greater than a second voltage that corresponds to a maximum operating voltage of the inverter; - the direct voltage intermediate circuit is separated from the photovoltaic generator; - the at least one capacitor is discharged to or below the second voltage; - the inverter is connected to the power supply grid; - an inverter bridge of the inverter is clocked, that is the inverter actively converts direct current into alternating current, or vice versa converts alternating current into direct current; and - the direct voltage intermediate circuit is connected to the photovoltaic generator. - the direct voltage intermediate circuit is connected to the photovoltaic generator and the at least one capacitor is pre-charged to a first voltage, the first voltage being greater than a second voltage that corresponds to a maximum operating voltage of the inverter; - the direct voltage intermediate circuit is separated from the photovoltaic generator; - the at least one capacitor is discharged to or below the second voltage; - the inverter is connected to the power supply grid; - an inverter bridge of the inverter is clocked, that is the inverter actively converts direct current into alternating current, or vice versa converts alternating current into direct current; and - the direct voltage intermediate circuit is connected to the photovoltaic generator.
A fixing device for fixing a transverse bar detachably to a longitudinal bar of a roof rack of a motor vehicle, with a support, a clamping jaw, a handle and a connecting member, the support being intended to be connected to the transverse bar and having a support jaw, and the handle having a cam and/or being connected to a cam and being able to be pivoted in order to pivot the clamping jaw, characterised in that the support has a jaw bearing for defining a jaw axis and supports the clamping jaw pivotally about the jaw axis, in that the clamping jaw supports the connecting member pivotally about a connection axis parallel to the jaw axis, in that the connecting member supports the handle pivotally about a handle axis, in that the handle axis is movable with respect to the support, in that the support has a bearing surface and in that spring means are arranged to press the cam towards the bearing surface of the support.
A method for conditioning a slag located on a metal melt in a metallurgical vessel in iron and steel metallurgy, said method comprising the following steps: 1.1 providing a mixture comprising magnesium, carbon and aluminium in the following mass proportions: MgO: 45 to 90 mass %; C: 12 to 40 mass %; Al 2 O 3: 1 to 20 mass %; 1.2 introducing the mixture into the slag located on the metal melt in the metallurgical vessel. 1.1 providing a mixture comprising magnesium, carbon and aluminium in the following mass proportions: MgO: 45 to 90 mass %; C: 12 to 40 mass %; Al 2 O 3: 1 to 20 mass %; 1.2 introducing the mixture into the slag located on the metal melt in the metallurgical vessel.
A wheel driving apparatus that drives a wheel of a forklift, comprising: a casing; and a reduction gear mechanism section that is disposed inside the casing, wherein a trunnion disposition portion in which a trunnion member is disposed to support a mast of the forklift is provided on an outer periphery of the casing, and an internal gear that configures the reduction gear mechanism section is provided on an inner side of the trunnion disposition portion in a radial direction, wherein the internal gear is configured to include an internal tooth element which is independent from the casing, characterized in that the internal tooth element is fixed to the casing in a state of being provided with a gap with respect to an inner periphery of the casing, and that the internal tooth element includes a spigot joint portion which is spigot-fit to the inner periphery of the casing. a casing; and a reduction gear mechanism section that is disposed inside the casing, wherein a trunnion disposition portion in which a trunnion member is disposed to support a mast of the forklift is provided on an outer periphery of the casing, and an internal gear that configures the reduction gear mechanism section is provided on an inner side of the trunnion disposition portion in a radial direction, wherein the internal gear is configured to include an internal tooth element which is independent from the casing, characterized in that the internal tooth element is fixed to the casing in a state of being provided with a gap with respect to an inner periphery of the casing, and that the internal tooth element includes a spigot joint portion which is spigot-fit to the inner periphery of the casing.
A process for filling a container with a first frozen confection material encapsulating a second confection material, the process involving the use of a filling head; the filling head comprising: a housing having a nozzle exit, a lower first material inlet, an upper second material inlet and a reciprocatable piston movable within the housing; the piston having an outer wall and upper and lower ends and an internal material flow channel connecting an upper entry in the outer wall to an exit in the lower end, the piston, housing and inlets (16, 18) being positioned and dimensioned such that the piston has: a lower position wherein material flows from both first and second inlets are blocked by the piston outer wall; a mid position wherein the piston does not block the first inlet but the second inlet is blocked by the piston outer wall; an upper position wherein the first inlet is not blocked and wherein the second material inlet is in communication with the internal material flow channel; the process involving allowing frozen confection material to flow out of the nozzle exit into the container as the piston moves in an upstroke from a lower position to a mid position and then to an upper position whereupon the first and second materials are coextruded from the exit nozzle, followed by a downstroke to a mid position whereupon only first material is extruded from the exit nozzle to encapsulate the previously extruded second material, and then to a lower position. a housing having a nozzle exit, a lower first material inlet, an upper second material inlet and a reciprocatable piston movable within the housing; the piston having an outer wall and upper and lower ends and an internal material flow channel connecting an upper entry in the outer wall to an exit in the lower end, a lower position wherein material flows from both first and second inlets are blocked by the piston outer wall; a mid position wherein the piston does not block the first inlet but the second inlet is blocked by the piston outer wall; an upper position wherein the first inlet is not blocked and wherein the second material inlet is in communication with the internal material flow channel;