mhurhangee/ep-ind-claims huggingface dataset:
A vehicle body structure of a vehicle comprising: a side member that extends in a front-to-rear direction of the vehicle; a tank that is arranged on an inner side from the side member in a width direction of the vehicle and that stores an additive for purifying an exhaust gas; a filler inlet for the additive that is arranged on an outer side from the side member; a filler neck that connects the filler inlet to the tank; and a holding member that is mounted on the filler neck and that is fixed to the side member at least one point to hold the filler neck to the vehicle, wherein: the filler neck is arranged along an inner wall of a wheel house from the filler inlet and comprises a bend portion that is bent from a point under the wheel house and on a side of the side member to a point under the side member; and the holding member extends between a wheel arranged inside the wheel house and the bend portion of the filler neck. a side member that extends in a front-to-rear direction of the vehicle; a tank that is arranged on an inner side from the side member in a width direction of the vehicle and that stores an additive for purifying an exhaust gas; a filler inlet for the additive that is arranged on an outer side from the side member; a filler neck that connects the filler inlet to the tank; and a holding member that is mounted on the filler neck and that is fixed to the side member at least one point to hold the filler neck to the vehicle, wherein: the filler neck is arranged along an inner wall of a wheel house from the filler inlet and comprises a bend portion that is bent from a point under the wheel house and on a side of the side member to a point under the side member; and the holding member extends between a wheel arranged inside the wheel house and the bend portion of the filler neck. the filler neck is arranged along an inner wall of a wheel house from the filler inlet and comprises a bend portion that is bent from a point under the wheel house and on a side of the side member to a point under the side member; and the holding member extends between a wheel arranged inside the wheel house and the bend portion of the filler neck.
A switching device for converting a mechanical movement into an electrical switching signal, comprising a housing with a base and a wall projecting at right angles from the base and an electrical switching element configured as a snap disc that is connected to the housing and can be moved relative to it, in which case the housing and the switching element enclose a space, characterised in that, the snap disc or the switching element is positioned on a contact surface on an inside of the wall, that at least two switching contacts are provided in the base of the housing and that the particular switching contacts project in the direction of the switching element and out of the outer contour of the base.
An air purifying system comprising: a robot cleaner; and a first air purifier; the robot cleaner including: a case having a dust bin, a wheel assembly to move the case in an indoor space, a suction device to suction foreign matter and store the foreign matter in the dust bin, at least one of a position sensor to detect a position of the robot cleaner based on an operation of the wheel assembly or an image sensor configured to capture and store an image in front of the robot cleaner, a controller to generate map information of the indoor space, and a communication module configured to transmit the acquired map information to the first air purifier, wherein the robot cleaner and the first air purifier are operated based on the generated map information. a robot cleaner; and a first air purifier; the robot cleaner including: a case having a dust bin, a wheel assembly to move the case in an indoor space, a suction device to suction foreign matter and store the foreign matter in the dust bin, at least one of a position sensor to detect a position of the robot cleaner based on an operation of the wheel assembly or an image sensor configured to capture and store an image in front of the robot cleaner, a controller to generate map information of the indoor space, and a communication module configured to transmit the acquired map information to the first air purifier, wherein the robot cleaner and the first air purifier are operated based on the generated map information. a case having a dust bin, a wheel assembly to move the case in an indoor space, a suction device to suction foreign matter and store the foreign matter in the dust bin, at least one of a position sensor to detect a position of the robot cleaner based on an operation of the wheel assembly or an image sensor configured to capture and store an image in front of the robot cleaner, a controller to generate map information of the indoor space, and a communication module configured to transmit the acquired map information to the first air purifier, wherein the robot cleaner and the first air purifier are operated based on the generated map information.
An oven with an internal heating cavity and a front opening door that is horizontally hinged to a lower front portion of the oven body, the cavity having opposing support structures for supporting one or more metal racks, wherein the oven includes: a magnet having a magnetic field that is used to pull a rack forward and partially out of the oven, but not fully out of the oven, even when the door is fully open characterised in that the door includes at least one recess defined on its inner surface, the recess being configured to receive a forward edge of a rack supported within the cavity when the door is closed; and the magnet is located in a cavity behind the at least one recess. a magnet having a magnetic field that is used to pull a rack forward and partially out of the oven, but not fully out of the oven, even when the door is fully open characterised in that the door includes at least one recess defined on its inner surface, the recess being configured to receive a forward edge of a rack supported within the cavity when the door is closed; and the magnet is located in a cavity behind the at least one recess.
A weapon comprising a barrel or barrel replica and a recoil generator arrangement configured to generate a recoil or hammer cocking, said recoil generator arrangement comprising; - a cylinder; - a piston movably arranged in said cylinder; - an oblong element arranged on said piston; characterized in that said cylinder is removable attachable on a front end of said weapon so that said oblong element extends from said front end through the barrel or barrel replica to an element inside the weapon, and moves said element when said piston is moved. - a cylinder; - a piston movably arranged in said cylinder; - an oblong element arranged on said piston;
A straddled vehicle comprising: a frame; a fuel tank mounted on the frame; a side stand mounted to the frame on one side in a vehicle width direction; an engine mounted to the frame and including a crankcase cover; and an exhaust pipe connected to the engine and disposed on the other side in the vehicle width direction; a canister receiving fuel vapor from the fuel tank; the canister is disposed inside an outer surface of the crankcase cover and faces the exhaust pipe in a vehicle front view; and the canister is mounted to the engine so that an upper portion of the canister and a lower portion of the canister overlap the exhaust pipe in a vehicle side view, characterized in that the canister is entirely disposed on the one side in the vehicle width direction in front of the crankcase cover in a vehicle side view. a frame; a fuel tank mounted on the frame; a side stand mounted to the frame on one side in a vehicle width direction; an engine mounted to the frame and including a crankcase cover; and an exhaust pipe connected to the engine and disposed on the other side in the vehicle width direction; a canister receiving fuel vapor from the fuel tank; the canister is disposed inside an outer surface of the crankcase cover and faces the exhaust pipe in a vehicle front view; and the canister is mounted to the engine so that an upper portion of the canister and a lower portion of the canister overlap the exhaust pipe in a vehicle side view, characterized in that the canister is entirely disposed on the one side in the vehicle width direction in front of the crankcase cover in a vehicle side view.
A method of producing furfural comprising: providing a hemi-cellulosic biomass solution comprising a total quantity of C5 sugars; heating the hemi-cellulosic biomass solution to a temperature of at least about 200°C; acidifying the hemi-cellulosic biomass solution with acid to produce furfural in vapor phase; and condensing the furfural to recover furfural in solution, wherein the furfural is produced at a total yield of at least 70% moles of furfural produced/the total moles of C5 sugars present in the initial hemi-cellulosic biomass solution. providing a hemi-cellulosic biomass solution comprising a total quantity of C5 sugars; heating the hemi-cellulosic biomass solution to a temperature of at least about 200°C; acidifying the hemi-cellulosic biomass solution with acid to produce furfural in vapor phase; and condensing the furfural to recover furfural in solution,
An apparatus comprising: a nuclear reactor including a pressure vessel and a nuclear reactor core comprising fissile material disposed in the pressure vessel; an internal control rod drive mechanism, CRDM including an electric motor disposed in the pressure vessel and a support surface including sealed electrical connectors electrically connected with the electric motor to deliver electrical power to the electrical motor; a support element secured inside the pressure vessel on which the support surface of the internal CRDM is disposed to support the internal CRDM in the pressure vessel, the support element including sealed electrical connectors mating with the sealed electrical connectors on the support surface of the internal CRDM to deliver electrical power to the electric motor of the internal CRDM; characterised by a purge line integrated with each mated connection of a sealed electrical connector of the support element and the mated sealed electrical connector on the support surface of the internal CRDM optionally wherein the purge line includes a self-sealing connection. a nuclear reactor including a pressure vessel and a nuclear reactor core comprising fissile material disposed in the pressure vessel; an internal control rod drive mechanism, CRDM including an electric motor disposed in the pressure vessel and a support surface including sealed electrical connectors electrically connected with the electric motor to deliver electrical power to the electrical motor; a support element secured inside the pressure vessel on which the support surface of the internal CRDM is disposed to support the internal CRDM in the pressure vessel, the support element including sealed electrical connectors mating with the sealed electrical connectors on the support surface of the internal CRDM to deliver electrical power to the electric motor of the internal CRDM; characterised by a purge line integrated with each mated connection of a sealed electrical connector of the support element and the mated sealed electrical connector on the support surface of the internal CRDM optionally wherein the purge line includes a self-sealing connection.
A locking mechanism for a medical implant, comprising: a buckle member; a post member axially translatable with respect to the buckle member, the post member including a receiving portion proximate a proximal end of the post member, a distal end, a laterally-arched central body portion extending between the receiving portion and the distal end, and a cantilevered leg extending proximally from the distal end; and an actuator element including a proximal shaft portion and a distal engagement portion, the distal engagement portion being configured to releasably engage the receiving portion of the post member; wherein the proximal shaft portion is pivotable with respect to the distal engagement portion. a buckle member; a post member axially translatable with respect to the buckle member, the post member including a receiving portion proximate a proximal end of the post member, a distal end, a laterally-arched central body portion extending between the receiving portion and the distal end, and a cantilevered leg extending proximally from the distal end; and an actuator element including a proximal shaft portion and a distal engagement portion, the distal engagement portion being configured to releasably engage the receiving portion of the post member; wherein the proximal shaft portion is pivotable with respect to the distal engagement portion.
Supporting beam of concrete provided with a reinforcement present in the concrete, which reinforcement comprises a number of parallel rods extending in the longitudinal direction of the supporting beam, as well as a first elongated reinforcing element that is wound helically around these rods and is attached to these rods, which reinforcement element comprises a continuous strand of flexible fiber material and a binder interconnecting the fibers of the material, the reinforcement comprises a second elongated reinforcing element which also comprises a continuous strand of flexible fiber material and a binder that interconnects the fibers of the material and which is wound helically around the rods but in the opposite direction to that of the first reinforcing element, which second reinforcing element is also attached to the rods and furthermore to the first reinforcing element on the locations where the two reinforcement elements intersect, characterized in that the concrete is high-strength concrete and the fiber material consists mainly of basalt fibers, and the supporting beam comprises a lower part loaded under tension during use and an upper part loaded under pressure during use, the cross-section of the lower part is smaller than the cross section of the top part, wherein the lower part of the supporting beam and the lower part of the reinforcement have a shape tapering from the upper part of the supporting beam, and wherein more than one rod is present in the narrow lower end.
A cable transportation system switch, the switch (5; 20; 37; 61; 69) comprising at least one movable guide (8; 23, 24; 40, 41, 42, 43; 72, 73, 74, 75) having one degree of freedom, along an operating plane (9, 25; 44; 76), between two given positions; and at least an actuating assembly comprising at least a rotary actuator (11; 27; 53; 55; 79; 83), and a crank (12; 28; 34; 54; 56; 80; 84) which is rotated by the rotary actuator (11; 27; 53; 55; 79; 83) between two limit stops about an axis of rotation (A2; A5; All; A12; A16; A17) perpendicular to the operating plane (9, 25; 44; 76), and is connected to the movable guide (8; 23, 24; 40, 41, 42, 43; 72, 73, 74, 75) in such a manner as to define a mechanism having two stable positions corresponding to the given positions of the movable guide (8; 23, 24; 40, 41, 42, 43; 72, 73, 74, 75) when the crank (12; 28; 34; 54; 56; 80; 84) is in the limit stop positions, characterized in that the stable positions of the mechanism correspond to two respective positions of the crank (12; 28; 34; 54; 56; 80; 84) beyond the top dead centre position and bottom dead centre position of a mechanism comprising the crank (12; 28; 34; 54; 56; 80; 84) and the movable guide (8; 23, 24; 40, 41, 42, 43; 72, 73, 74, 75).
A razor cartridge comprising: a housing; a trailing blade assembly (32b, 132b, 232b, 332b, 432b, 532b, 632b, 732b, 832b) mounted to the housing, the trailing blade assembly comprising a trailing blade with a blade tip (18b-1); a leading blade assembly (32a, 132a, 232a, 332a, 432a, 532a, 632a, 732a, 832a) mounted to the housing in front of the trailing blade assembly, the leading blade assembly comprising a leading blade with a blade tip (18a- 1); and a skin support element (50, 150, 250, 350, 450, 550, 650, 750, 850) affixed to the leading blade assembly and extending towards the blade tip of the trailing blade assembly, wherein a horizontal length (L 1) of the skin support element is greater than a distance from a trailing part (59, 159, 259, 359, 459, 559) of the skin support element to the blade tip of the trailing blade assembly (18b-1), characterized in that the skin support element defines a plurality of openings (86, 88, 90). a housing; a trailing blade assembly (32b, 132b, 232b, 332b, 432b, 532b, 632b, 732b, 832b) mounted to the housing, the trailing blade assembly comprising a trailing blade with a blade tip (18b-1); a leading blade assembly (32a, 132a, 232a, 332a, 432a, 532a, 632a, 732a, 832a) mounted to the housing in front of the trailing blade assembly, the leading blade assembly comprising a leading blade with a blade tip (18a- 1); and a skin support element (50, 150, 250, 350, 450, 550, 650, 750, 850) affixed to the leading blade assembly and extending towards the blade tip of the trailing blade assembly, wherein a horizontal length (L 1) of the skin support element is greater than a distance from a trailing part (59, 159, 259, 359, 459, 559) of the skin support element to the blade tip of the trailing blade assembly (18b-1), characterized in that the skin support element defines a plurality of openings (86, 88, 90).
A method, performed in a first communication device (1, 10, 20, 30), for setting operation modes of at least a second communication device (1, 10, 20, 30) of a group (100, 110, 120) of connected communication devices in a communication network, wherein the group of communication devices comprises said first communication device and at least said second communication device, the method comprises: • receiving information representing environmental data from at least one of said communication devices of said group of communication devices; and • determining a power saving mode based on said received information; said method being characterized by: • setting the operation mode of at least said second communication device of said group of communication devices to said determined power saving mode. • receiving information representing environmental data from at least one of said communication devices of said group of communication devices; and • determining a power saving mode based on said received information; • setting the operation mode of at least said second communication device of said group of communication devices to said determined power saving mode.
Electrolysis cell comprising at least two bipolar plates, at least one fluid inflow and fluid outflow and at least one laminated core arranged between the at least two bipolar plates, wherein the laminated core is constructed from laminations (11, 12) which are stacked on top of one another and at least two laminations (11, 12) have recesses which are configured to extend through the entire thickness of the respective lamination (11, 12), the at least two laminations (11, 12) being arranged on top of one another such that recesses of adjacent laminations (11, 12) partially, but not completely, overlap, characterised in that, in the direction of the plane of the laminations, continuous channels are formed which are in fluidic contact with the fluid inflow and the fluid outflow, the recesses having a Y-shape.
A method for detecting an inflammation-related platelet activation comprising measuring the quantity, concentration and/or proportion of the biomarkers AKT, PKC, CD62P, CD63, RANTES, TSLP and CD40 ligand in a biological sample comprising platelets.
A grease leakage preventing structure for a gear reducer of a dynamoelectric machine with the gear reducer, in which gear teeth are provided in a leading edge portion of an output shaft of a dynamoelectric machine, the leading edge portion of the dynamoelectric machine output shaft is introduced into a case of a gear reducer via an input port of the gear reducer, and the dynamoelectric machine output shaft with the gear teeth is engaged with a gear arranged inside the case of the gear reducer, the grease leakage preventing structure comprising a grease blocking member for preventing inflow of grease into the dynamoelectric machine is provided around the output shaft of the dynamoelectric machine, wherein: the grease blocking member is mounted by press-fitting on a terminal end of an engagement portion of the dynamoelectric machine output shaft and prevents inflow of grease into the dynamoelectric machine, the grease blocking member being constituted by a cylindrical portion and an expansion portion; characterized in that on a surface of the cylindrical portion, at least one linear protrusion is provided at a reverse angle from the gear teeth in a leading edge portion of the electric motor output shaft; and the protrusion is provided with a wall surface portion formed in a direction perpendicular to the gear teeth provided in the leading edge portion of the dynamoelectric machine output shaft. the grease blocking member is mounted by press-fitting on a terminal end of an engagement portion of the dynamoelectric machine output shaft and prevents inflow of grease into the dynamoelectric machine, the grease blocking member being constituted by a cylindrical portion and an expansion portion; characterized in that on a surface of the cylindrical portion, at least one linear protrusion is provided at a reverse angle from the gear teeth in a leading edge portion of the electric motor output shaft; and the protrusion is provided with a wall surface portion formed in a direction perpendicular to the gear teeth provided in the leading edge portion of the dynamoelectric machine output shaft.
Battery electric vehicle, comprising: a vehicle assembly, and a wireless charging device for charging the battery electric vehicle, the wireless charging device comprising a vehicle charging pad, configured for charging the battery electric vehicle; and a movable arm assembly, configured for moving the charging pad in a vertical direction, vertical to the battery electric vehicle, and a transverse direction, transverse to a driving direction of the battery electric vehicle, from a stored position to a deployed position; wherein the movable arm assembly being configured to move the charging pad from the stored position to the deployed position along a trajectory; the trajectory having the shape of a pendulum swing; and the vehicle charging pad being disposed in a horizontal orientation while moving along the trajectory. a vehicle charging pad, configured for charging the battery electric vehicle; and a movable arm assembly, configured for moving the charging pad in a vertical direction, vertical to the battery electric vehicle, and a transverse direction, transverse to a driving direction of the battery electric vehicle, from a stored position to a deployed position; wherein the movable arm assembly being configured to move the charging pad from the stored position to the deployed position along a trajectory; the trajectory having the shape of a pendulum swing; and the vehicle charging pad being disposed in a horizontal orientation while moving along the trajectory.