mhurhangee/ep-ind-claims huggingface dataset:
A dishwasher comprising: a washing tub for accommodating an object to be washed; a pair of main arms (300a, 300b) rotatably provided in the washing tub and extending in a first direction, the main arms (300a, 300b) forming a main flow path (301a, 301b) to spray wash water to the object; characterized in that it further comprises a pair of auxiliary arms (400a, 400b) rotatably mounted at the main arms (300a, 300b) and extending in a second direction to form a predetermined angle with respect to the main arms (300a, 300b), the auxiliary arms (400a, 400b) forming an auxiliary flow path (301c, 301d) for wash water; and a pair of auxiliary arm connectors (330a, 330b) extending from the main arms (300a, 300b) to rotatably support the auxiliary arms (400a, 400b), wherein the auxiliary arms (400a, 400b) are configured to rotate about the auxiliary arm connectors (330a, 330b) as an axis, and wherein in the auxiliary arm connectors (330a, 330b), an auxiliary flow path guide is inserted into the auxiliary flow path to secure pressure of the wash water of the auxiliary flow path. a washing tub for accommodating an object to be washed; a pair of main arms (300a, 300b) rotatably provided in the washing tub and extending in a first direction, the main arms (300a, 300b) forming a main flow path (301a, 301b) to spray wash water to the object; characterized in that it further comprises a pair of auxiliary arms (400a, 400b) rotatably mounted at the main arms (300a, 300b) and extending in a second direction to form a predetermined angle with respect to the main arms (300a, 300b), the auxiliary arms (400a, 400b) forming an auxiliary flow path (301c, 301d) for wash water; and a pair of auxiliary arm connectors (330a, 330b) extending from the main arms (300a, 300b) to rotatably support the auxiliary arms (400a, 400b), wherein the auxiliary arms (400a, 400b) are configured to rotate about the auxiliary arm connectors (330a, 330b) as an axis, and wherein in the auxiliary arm connectors (330a, 330b), an auxiliary flow path guide is inserted into the auxiliary flow path to secure pressure of the wash water of the auxiliary flow path.
Signalling method, intended to be implemented by a base station of a cellular telecommunications network, this base station controlling at least one cell of the network to which is attached at least one terminal (T1, T1') identified uniquely on this cell by a so-called dedicated network temporary identifier (RNTI1, RNTI1'), the signalling method comprising: - a step of assignment of a so-called open network temporary identifier (RNTIo1) to a so-called interfering terminal identified by the base station out of said at least one terminal attached to the cell as being likely to interfere with at least one call set up by another terminal (T1', T2) attached to this cell or to a cell neighbouring this cell; said method characterized by: - a step of publication of this open network temporary identifier (RNTIo1); - a step of sending a first physical control channel (PDCCH1) according to a predetermined format (DCIo, DCIo') to the interfering terminal comprising a condensed representation of the open network temporary identifier (RNTIo1) assigned to the interfering terminal, this first physical channel being coded using the dedicated network temporary identifier (RNTI1) of the interfering terminal; and - a step of sending a second physical control channel (PDCCH2) to the interfering terminal allocating thereto transmission resources on the cellular network, this second channel being coded using the open network temporary identifier (RNTIo1). - a step of assignment of a so-called open network temporary identifier (RNTIo1) to a so-called interfering terminal identified by the base station out of said at least one terminal attached to the cell as being likely to interfere with at least one call set up by another terminal (T1', T2) attached to this cell or to a cell neighbouring this cell; - a step of publication of this open network temporary identifier (RNTIo1); - a step of sending a first physical control channel (PDCCH1) according to a predetermined format (DCIo, DCIo') to the interfering terminal comprising a condensed representation of the open network temporary identifier (RNTIo1) assigned to the interfering terminal, this first physical channel being coded using the dedicated network temporary identifier (RNTI1) of the interfering terminal; and - a step of sending a second physical control channel (PDCCH2) to the interfering terminal allocating thereto transmission resources on the cellular network, this second channel being coded using the open network temporary identifier (RNTIo1).
Machine for working workpieces made of wood, plastic, metal, glass-fiber and the like comprising a working plane for fixing said workpieces to be worked, comprising a plurality of movable elements (21, 22, 23,...), a movable working head, which is configured to translate along said working plane in one direction and in the opposite one, at least one detection system for detecting the presence of an operator in predetermined detection zones (Z, B) contiguous to said working plane and for emitting corresponding signals, a main security system in order to guarantee the security of the operator close to said working head, a logic control unit, for the operation of said machine, connectable to said at least one detection system capable for receiving said corresponding signals emitted by said at least one detection system, said machine being characterized in that said logic control unit processes said corresponding signals emitted by said at least one detection system according to a predetermined logic and said logic control unit blocks the movement of the movable elements of said plurality of movable elements (21, 22, 23,...) corresponding to the predetermined detection zones (Z, B) wherein the presence of said operator is detected. a working plane for fixing said workpieces to be worked, comprising a plurality of movable elements (21, 22, 23,...), a movable working head, which is configured to translate along said working plane in one direction and in the opposite one, at least one detection system for detecting the presence of an operator in predetermined detection zones (Z, B) contiguous to said working plane and for emitting corresponding signals, a main security system in order to guarantee the security of the operator close to said working head, a logic control unit, for the operation of said machine, connectable to said at least one detection system capable for receiving said corresponding signals emitted by said at least one detection system, said machine being characterized in that said logic control unit processes said corresponding signals emitted by said at least one detection system according to a predetermined logic and said logic control unit blocks the movement of the movable elements of said plurality of movable elements (21, 22, 23,...) corresponding to the predetermined detection zones (Z, B) wherein the presence of said operator is detected.
A method comprising: selecting an unmanned aerial vehicle, abbreviated to UAV, command on a controller (104, 1300), the controller (104, 1300) comprising a first processor with addressable memory; presenting a first activator (430, 906, 1006) and a second activator (410, 904, 1004) on a display (112, 400, 900, 1000) of the controller (104, 1300) for the selected UAV command, wherein the second activator is a slider (410, 904, 1004); and sending the UAV command to a UAV if the first activator (430, 906, 1006) and the second activator (410, 904, 1004) are selected, the UAV comprising a second processor with addressable memory; wherein the selected UAV command is a launch command, wherein the first activator is a button, wherein the second activator is a vertical slider, and wherein selecting the second activator comprises sliding a button in an upward direction in the slider relative to the display of the controller (104, 1300); or wherein the selected UAV command is a land now command, wherein the first activator is a button, wherein the second activator is a vertical slider, and wherein selecting the second activator comprises sliding a button in a downward direction in the slider relative to the display of the controller (104, 1300); or wherein the selected UAV command is an emergency stop command, wherein the first activator is a button, wherein the second activator is a vertical slider, and wherein selecting the second activator comprises sliding a button in a downward direction in the slider relative to the display of the controller (104, 1300). selecting an unmanned aerial vehicle, abbreviated to UAV, command on a controller (104, 1300), the controller (104, 1300) comprising a first processor with addressable memory; presenting a first activator (430, 906, 1006) and a second activator (410, 904, 1004) on a display (112, 400, 900, 1000) of the controller (104, 1300) for the selected UAV command, wherein the second activator is a slider (410, 904, 1004); and sending the UAV command to a UAV if the first activator (430, 906, 1006) and the second activator (410, 904, 1004) are selected, the UAV comprising a second processor with addressable memory; wherein the selected UAV command is a launch command, wherein the first activator is a button, wherein the second activator is a vertical slider, and wherein selecting the second activator comprises sliding a button in an upward direction in the slider relative to the display of the controller (104, 1300); or wherein the selected UAV command is a land now command, wherein the first activator is a button, wherein the second activator is a vertical slider, and wherein selecting the second activator comprises sliding a button in a downward direction in the slider relative to the display of the controller (104, 1300); or wherein the selected UAV command is an emergency stop command, wherein the first activator is a button, wherein the second activator is a vertical slider, and wherein selecting the second activator comprises sliding a button in a downward direction in the slider relative to the display of the controller (104, 1300).
A cap for protecting a section of a fluid delivery tube of a windshield wiper arm, said wiper arm comprising an arm adapter, said protection cap being of an elongated shape, characterised in that said cap comprises: - a distal mounting portion configured to cooperate with an internal space of the arm adapter; and - at least one proximal locking element configured to cooperate with a complementary portion of the arm adapter and / or with a complementary portion of an arm rod of the windshield wiper arm. - a distal mounting portion configured to cooperate with an internal space of the arm adapter; and - at least one proximal locking element configured to cooperate with a complementary portion of the arm adapter and / or with a complementary portion of an arm rod of the windshield wiper arm.
A pharmaceutical composition for use in preventing or treating a cognitive impairment-related disease, the pharmaceutical composition comprising a piperazine compound represented by Formula 1a below or a pharmaceutically acceptable salt thereof; and donepezil or a pharmaceutically acceptable salt thereof:
A photocathode having a light incident surface into which light with a predetermined wavelength is made incident and a photoelectron emitting surface which emits photoelectrons in response to incidence of the light, comprising: a supporting substrate (100; 100A; 100B) having a first main surface (101a; 101b) and a second main surface (102a; 102b) opposing the first main surface (101a; 101b); a photoelectron emitting layer, in which the photoelectrons are generated in response to incidence of the light, having a first main surface (301 a; 301 b) and a second main surface (302a; 302b) opposing said first main surface (301 a; 301 b), and containing an alkali metal, said photoelectron emitting layer being provided on the second main surface (102a; 102b) of said supporting substrate (100; 100A; 100B) such that the first main surface (301 a; 301 b) of said photoelectron emitting layer faces the second main surface (102a; 102b) of said supporting substrate (100; 100A; 100B); and an underlayer provided between said supporting substrate (100; 100A; 100B) and said photoelectron emitting layer while being in direct contact with the second main surface (102a; 102b) of said supporting substrate (100; 100A; 100B) and the first main surface (301 a; 301b) of said photoelectron emitting layer, characterized in that said underlayer is composed of an oxide of a beryllium alloy or contains a beryllium oxide. a supporting substrate (100; 100A; 100B) having a first main surface (101a; 101b) and a second main surface (102a; 102b) opposing the first main surface (101a; 101b); a photoelectron emitting layer, in which the photoelectrons are generated in response to incidence of the light, having a first main surface (301 a; 301 b) and a second main surface (302a; 302b) opposing said first main surface (301 a; 301 b), and containing an alkali metal, said photoelectron emitting layer being provided on the second main surface (102a; 102b) of said supporting substrate (100; 100A; 100B) such that the first main surface (301 a; 301 b) of said photoelectron emitting layer faces the second main surface (102a; 102b) of said supporting substrate (100; 100A; 100B); and an underlayer provided between said supporting substrate (100; 100A; 100B) and said photoelectron emitting layer while being in direct contact with the second main surface (102a; 102b) of said supporting substrate (100; 100A; 100B) and the first main surface (301 a; 301b) of said photoelectron emitting layer, characterized in that said underlayer is composed of an oxide of a beryllium alloy or contains a beryllium oxide.
Surface-modified synthetic graphite having a BET surface area from 1.0 to 3.5 m 2 /g, and exhibiting a ratio of the perpendicular axis crystallite size L c to the parallel axis crystallite size L a (L c /L a) of greater than 1, obtainable by a chemical vapor deposition coating treatment with hydrocarbon-containing process gas at elevated temperatures for a sufficient time to obtain a material characterized by a BET surface area from 1.0 to 3.5 m 2 /g and a ratio L c /L a of >1, or >1.5, >2.0, >2.5 or even >3.0.
A microscope having an apparatus for damping sound in the optical beam path of the microscope, encompassing a soundproofing housing (housing) for encapsulating a sound-emitting component, namely a fast-moving beam deflection means or an oscillating beam deflection means or a resonantly oscillating mirror, the housing comprising at least one optical entrance/exit opening, the housing being embodied and/or equipped so that the sound otherwise emerging from the housing is largely extinguished by destructive interference without thereby influencing the optical beam that passes through the entrance/exit opening, wherein the entrance/exit opening is constituted by a tube extending away from the housing, the tube being equipped with at least one tube branch protruding laterally from the tube; the tube branch is closed at the end; or the tube branch is embodied as a bypass, proceeding out from the tube and opening back into the tube or into the housing, having an adapted acoustic path length.
A method for optimizing a model applicable to pattern recognition performed by a terminal device, wherein the method comprises: • receiving a universal model delivered by a server, wherein the universal model is obtained by the server according to a sample uploaded by at least one terminal device, and the universal model comprises an original feature parameter, wherein in a first alternative the universal model is a speech recognition model, and the original feature parameter is an acoustic model parameter, or, in a second alternative instead of the first alternative, the universal model is an image recognition model, and the original feature parameter is an image model parameter; • in the first and second alternative, recognizing target information by using the universal model, and collecting a plurality of local samples; • in the first and second alternative, when a battery level of the terminal device exceeds 80% or a temperature of the terminal device is lower than 25 degrees, obtaining a new feature parameter according to the plurality of local samples, the original feature parameter, and a first training algorithm, wherein the first training algorithm is a machine learning algorithm used to correct an original feature parameter according to a local sample to obtain the new feature parameter; and • in the first and second alternative, optimizing the universal model according to a second training algorithm and the new feature parameter, to obtain an optimized universal model. • receiving a universal model delivered by a server, wherein the universal model is obtained by the server according to a sample uploaded by at least one terminal device, and the universal model comprises an original feature parameter, wherein in a first alternative the universal model is a speech recognition model, and the original feature parameter is an acoustic model parameter, or, in a second alternative instead of the first alternative, the universal model is an image recognition model, and the original feature parameter is an image model parameter; • in the first and second alternative, recognizing target information by using the universal model, and collecting a plurality of local samples; • in the first and second alternative, when a battery level of the terminal device exceeds 80% or a temperature of the terminal device is lower than 25 degrees, obtaining a new feature parameter according to the plurality of local samples, the original feature parameter, and a first training algorithm, wherein the first training algorithm is a machine learning algorithm used to correct an original feature parameter according to a local sample to obtain the new feature parameter; and • in the first and second alternative, optimizing the universal model according to a second training algorithm and the new feature parameter, to obtain an optimized universal model.
A bearing structure for a turbo charger including: a bearing housing; a semi-float bearing that is cylindrical and mounted in the bearing housing; a rotary shaft that passes through the semi-float bearing, the rotary shaft being supported rotatably by the semi-float bearing; a slinger wall that is provided on the rotary shaft, the slinger wall opposing an end face of the semi-float bearing in an axial direction of the semi-float bearing; and characterized by comprising a projecting portion (15, 17, 19) that projects from at least the slinger wall of the rotary shaft to the end face of the semi-float bearing, the projecting portion (15, 17, 19) being provided in an annular shape along a circumferential direction of the semi-float bearing, and the semi-float bearing including a cutout portion (16, 18) configured to link an inner circumferential face side of the semi-float bearing with an outer circumferential face side of the semi-float bearing. a bearing housing; a semi-float bearing that is cylindrical and mounted in the bearing housing; a rotary shaft that passes through the semi-float bearing, the rotary shaft being supported rotatably by the semi-float bearing; a slinger wall that is provided on the rotary shaft, the slinger wall opposing an end face of the semi-float bearing in an axial direction of the semi-float bearing; and characterized by comprising a projecting portion (15, 17, 19) that projects from at least the slinger wall of the rotary shaft to the end face of the semi-float bearing, the projecting portion (15, 17, 19) being provided in an annular shape along a circumferential direction of the semi-float bearing, and the semi-float bearing including a cutout portion (16, 18) configured to link an inner circumferential face side of the semi-float bearing with an outer circumferential face side of the semi-float bearing.
Method for the layer-by-layer production of a metallic workpiece by additive manufacturing, in which metallurgical layers of the workpiece are produced in that, for each metallurgical layer, in each case one metallic material is provided and acted on by a laser beam in a manufacturing chamber, and in which a gas atmosphere is provided during the action on the layers of the metallic material in the manufacturing chamber, wherein a part of the gas atmosphere is extracted from the manufacturing chamber as a gas stream, and at least one parameter of the gas stream and/or of the gas atmosphere is determined and compared with a target value, characterized in that, in dependence on the comparison of the parameter with the target value, the gas stream is returned completely, partially or not at all to the manufacturing chamber, and, in dependence on the comparison of the parameter with the target value, a process gas is supplied to the manufacturing chamber, wherein the pressure in the manufacturing chamber is kept constant.
A public transport vehicle, in particular a railway vehicle, including at least one passenger zone designed to receive passengers, defined by walls comprising side walls and a roof, each wall having an inner surface facing toward the passenger zone, and an outer surface facing toward the outside of the vehicle, characterized in that the vehicle comprises a display system in which: - the display system comprises at least one image capture device, arranged on the outer surface of one of the walls (18, 20), and oriented to capture the images of an environment in which the vehicle is moving, - the display system comprises at least one display device housed in the passenger zone, each display device being arranged on the inner surface of one of the walls (18, 20), and - the display system comprises connecting and processing means, between the at least one image capture device and the least one display device, such that each display device is able to display images captured by at least one of the image capture devices arranged near said display device. - the display system comprises at least one image capture device, arranged on the outer surface of one of the walls (18, 20), and oriented to capture the images of an environment in which the vehicle is moving, - the display system comprises at least one display device housed in the passenger zone, each display device being arranged on the inner surface of one of the walls (18, 20), and - the display system comprises connecting and processing means, between the at least one image capture device and the least one display device, such that each display device is able to display images captured by at least one of the image capture devices arranged near said display device.
A cooling system comprising a circumferential edge forming an aperture and an axial fan arranged at least partly within the aperture, the axial fan comprising a hub being adapted for rotation about an axis and carrying a plurality of blades, each blade extending in a radial direction between a root end and a tip end, the root end being joined with the hub, the axial fan further comprising brushes extending from the tip end towards the circumferential edge, wherein the brushes at a first end are attached to at least one of the blades at a point of attachment at a distance (d) from the tip end, and wherein the brushes overlap the blade from the point of attachment to the tip end along the length of the brushes at a pressure side or suction side of the blade, characterised in that the brushes are movable in the overlap.