mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for containing and measuring a fluid, the apparatus comprising: a reservoir comprising an opening and a wall, the opening configured to allow passage of the fluid in and out of the reservoir, and the wall defining a chamber configured to contain the fluid; a fluid sensing unit coupled to the reservoir, the fluid sensing unit configured to generate measurement data indicative of a volume of the fluid contained in the reservoir; and a proximity sensor coupled to the reservoir, the proximity sensor configured to detect a presence of a proximity trigger disposed within a predetermined distance from the proximity sensor, wherein the proximity sensor is located near a portion of the reservoir configured to couple to a component comprising the proximity trigger, such that the proximity trigger is placed within the predetermined distance when the component is coupled to the reservoir, the apparatus further comprising a processing unit in communication with the fluid sensing unit and the proximity sensor, wherein the processing unit is configured to identify a type of the component in response to measurement data generated by the proximity sensor. a reservoir comprising an opening and a wall, the opening configured to allow passage of the fluid in and out of the reservoir, and the wall defining a chamber configured to contain the fluid; a fluid sensing unit coupled to the reservoir, the fluid sensing unit configured to generate measurement data indicative of a volume of the fluid contained in the reservoir; and a proximity sensor coupled to the reservoir, the proximity sensor configured to detect a presence of a proximity trigger disposed within a predetermined distance from the proximity sensor, wherein the proximity sensor is located near a portion of the reservoir configured to couple to a component comprising the proximity trigger, such that the proximity trigger is placed within the predetermined distance when the component is coupled to the reservoir, the apparatus further comprising a processing unit in communication with the fluid sensing unit and the proximity sensor, wherein the processing unit is configured to identify a type of the component in response to measurement data generated by the proximity sensor.
An amusement ride comprising a support; a track that is mounted on the support and describes a continuous path of travel of a carriage, the path having a vertical component of direction; and a carriage mounted on the track for travel along the track: wherein the track is mounted on the support for rotational movement about an axis to cause relative movement between the carriage and the track, at least partly under the force of gravity; wherein the track surrounds said axis, the track is at least partly of sinuous form such that, in use, the path presents successive downhill sections, the steepness of which varies due to rotation of the track and the sinuous form of the track; whereby the speed of the carriage along the track varies in dependence upon said steepness; the track is long relative to the carriage; and in use, the track is able to perform complete rotations about said axis characterised in that, in use, the path of travel of the carriage extends above said axis, such that the carriage travels upwardly above said axis, and in that the carriage is mounted such that it is retained on the track. wherein the track is mounted on the support for rotational movement about an axis to cause relative movement between the carriage and the track, at least partly under the force of gravity; wherein the track surrounds said axis, the track is at least partly of sinuous form such that, in use, the path presents successive downhill sections, the steepness of which varies due to rotation of the track and the sinuous form of the track; whereby the speed of the carriage along the track varies in dependence upon said steepness; the track is long relative to the carriage; and in use, the track is able to perform complete rotations about said axis characterised in that, in use, the path of travel of the carriage extends above said axis, such that the carriage travels upwardly above said axis, and in that the carriage is mounted such that it is retained on the track.
Vehicle wash facility, comprising a drying apparatus for drying a motor vehicle which is held to a holding device of the vehicle wash facility and comprises a nozzle support device (52, 90), at least one blower and a plurality of nozzles which are arranged at a distance relative to one another at the nozzle support device (52, 90) and which can be supplied with drying air by the at least one blower, characterized in that the nozzles are flat jet nozzles, each providing a flow of air that spreads out in a fan shape.
An electrostatic induction power generator comprising: a first base body and a second base body which are configured to be able to reciprocate relative to each other and between which an annular clearance (s) is formed; an electret provided on the first base body; and a first electrode and a second electrode provided on the second base body, wherein electric power is output when a positional relationship between the electret and the first electrode changes and a positional relationship between the electret and the second electrode changes following a change of relative positions of the first base body and the second base body and thereby an electrostatic capacitance between the electret and the first electrode changes and an electrostatic capacitance between the electret and the second electrode changes, wherein the electret is formed by coating a charged dielectric material on a surface of a linear conducting wire, and both of the first electrode and the second electrode are formed of a linear conducting wire. a first base body and a second base body which are configured to be able to reciprocate relative to each other and between which an annular clearance (s) is formed; an electret provided on the first base body; and a first electrode and a second electrode provided on the second base body, wherein electric power is output when a positional relationship between the electret and the first electrode changes and a positional relationship between the electret and the second electrode changes following a change of relative positions of the first base body and the second base body and thereby an electrostatic capacitance between the electret and the first electrode changes and an electrostatic capacitance between the electret and the second electrode changes, wherein the electret is formed by coating a charged dielectric material on a surface of a linear conducting wire, and both of the first electrode and the second electrode are formed of a linear conducting wire.
A flux-cored wire for gas-shielded arc welding, which has a steel outer sheath filled with a flux, the flux-cored wire comprising, relative to a total mass of the wire: C: 0.01 mass% or more and 0.20 mass% or less; Mn: 0.5 mass% or more and 5.0 mass% or less; TiO 2: 2.0 mass% or more and 10.0 mass% or less; and wherein: P: 0.050 mass% or less, S: 0.050 mass% or less, the flux comprises, relative to the total mass of the wire, Ni: 0.10 mass% or more and 5.00 mass% or less, the flux-cored wire optionally comprising: at least one of Si and an Si oxide: 0.05 mass% or more and 1.00 mass% or less in total in terms of Si; at least one of Cr: 0.50 mass% or less, Cu: 0.50 mass% or less, and Mo: 0.50 mass% or less; metal Mg and an Mg alloy: 0.10 mass% or more and 1.20 mass% or less in total in terms of Mg; metal Ti and a Ti alloy: 0.80 mass% or less in total in terms of Ti; B and a B compound: 0.0010 mass% or more and 0.0200 mass% or less in total in terms of B; an F compound: 0.01 mass% or more and 0.50 mass% or less in total in terms of F, and a sum of a total in terms of Na of an Na compound and a total in terms of K of a K compound: 0.01 mass% or more and 1.00 mass% or less; at least one of Nb: 0.10 mass% or less and V: 0.10 mass% or less; ZrO 2: 0.50 mass% or less and Al 2 O 3: 0.05 mass% or more and 1.00 mass% or less, wherein the remainder is Fe and unavoidable impurities, and with respect to the Ni, a value of a ratio α1/α2 is 0.50 or more and 1.00 or less, wherein α1 (mass%) is a content of a particle having a particle size of 106 μm or less relative to the total mass of the wire, and α2 (mass%) is a content of a particle having a particle size of more than 106 μm relative to the total mass of the wire, wherein the particle size of Ni is determined in accordance with the measurement method described in the description under the heading (Method for measuring particle size of Ni). C: 0.01 mass% or more and 0.20 mass% or less; Mn: 0.5 mass% or more and 5.0 mass% or less; TiO 2: 2.0 mass% or more and 10.0 mass% or less; and P: 0.050 mass% or less, S: 0.050 mass% or less, the flux comprises, relative to the total mass of the wire, Ni: 0.10 mass% or more and 5.00 mass% or less, at least one of Si and an Si oxide: 0.05 mass% or more and 1.00 mass% or less in total in terms of Si; at least one of Cr: 0.50 mass% or less, Cu: 0.50 mass% or less, and Mo: 0.50 mass% or less; metal Mg and an Mg alloy: 0.10 mass% or more and 1.20 mass% or less in total in terms of Mg; metal Ti and a Ti alloy: 0.80 mass% or less in total in terms of Ti; B and a B compound: 0.0010 mass% or more and 0.0200 mass% or less in total in terms of B; an F compound: 0.01 mass% or more and 0.50 mass% or less in total in terms of F, and a sum of a total in terms of Na of an Na compound and a total in terms of K of a K compound: 0.01 mass% or more and 1.00 mass% or less; at least one of Nb: 0.10 mass% or less and V: 0.10 mass% or less; ZrO 2: 0.50 mass% or less and Al 2 O 3: 0.05 mass% or more and 1.00 mass% or less,
A floor cleaning device comprising: - a stick with a cleaning head at one end thereof; - a lower tank; - an upper tank mounted inside and/or above the lower tank and designed to contain a cleaning liquid; and - a basket adapted to receive the cleaning head to be rinsed; the floor cleaning device is characterised in that the basket is carried by the upper tank to move between a rest position, in which the basket fluidically separates the upper tank and the lower tank, and an operating position, in which the basket fluidically connects the upper tank with the lower tank to allow the cleaning liquid to flow from the upper tank to the lower tank through the basket so as to rinse the cleaning head inside the basket. - a stick with a cleaning head at one end thereof; - a lower tank; - an upper tank mounted inside and/or above the lower tank and designed to contain a cleaning liquid; and - a basket adapted to receive the cleaning head to be rinsed;
A data transmission method, comprising: before obtaining a downlink scheduling phase, sensing, by station, whether a channel allocated by an access point associated with the station is occupied; if the channel is not occupied, sending, by the station, channel clear signaling to the access point, wherein the channel clear signaling comprises a first identifier used for identifying the station and a second identifier used for identifying the access point, so that after determining that the second identifier is an identifier corresponding to the access point, the access point obtains the downlink scheduling phase used for data transmission; and receiving, by the station in the downlink scheduling phase, data transmitted by the access point. before obtaining a downlink scheduling phase, sensing, by station, whether a channel allocated by an access point associated with the station is occupied; if the channel is not occupied, sending, by the station, channel clear signaling to the access point, wherein the channel clear signaling comprises a first identifier used for identifying the station and a second identifier used for identifying the access point, so that after determining that the second identifier is an identifier corresponding to the access point, the access point obtains the downlink scheduling phase used for data transmission; and receiving, by the station in the downlink scheduling phase, data transmitted by the access point.
An inkjet printer, comprising a drive assembly for transporting print media along a media path for printing, and a gripper arrangement, arranged to grip print media near a leading edge, connected to the drive assembly, for guiding the print media along at least a portion of the media path during printing, and a media output arrangement for receiving printed print media to continue printing after receiving the print media.
A winch drive assembly comprising: a drum having a cylindrical spool located axially between a first hollow annular flange and a second substantially circular flange having a central axle; a hydraulic motor having an inner stator and an outer rotor, the outer rotor releasably engaging the first hollow annular flange of the drum; a braking system positioned adjacent the outer rotor of the hydraulic motor; and a support member releasably engaging the central axle of the second flange of the drum. a drum having a cylindrical spool located axially between a first hollow annular flange and a second substantially circular flange having a central axle; a hydraulic motor having an inner stator and an outer rotor, the outer rotor releasably engaging the first hollow annular flange of the drum; a braking system positioned adjacent the outer rotor of the hydraulic motor; and a support member releasably engaging the central axle of the second flange of the drum.
A towing device for endoscopy comprising: a connecting portion connectable to a wire of an endoscope to be moved and having an area with a reduced diameter; a guide portion including an inner path through which the connecting portion moves; a clip portion positioned in front of the guide portion and located on the opposite side of the wire and linked to the connecting portion and adapted to be folded and grip body tissues; and an extension portion configured to move together with the guide portion and having a magnetic force, and a connecting weight member adapted to be attached to the extension portion, and configured to tow the clip portion and the body tissues together with the extension portion downward due to a weight of the connecting weight member, wherein the connecting weight member includes iron or a magnet and is coupled to the extension portion by a magnetic force, characterized in that a hole into which the extension portion is inserted is formed in the connecting weight member; and the extension portion made of a magnetic material is adapted to be inserted into the connecting weight member and to be connected to the connecting weight member. a connecting portion connectable to a wire of an endoscope to be moved and having an area with a reduced diameter; a guide portion including an inner path through which the connecting portion moves; a clip portion positioned in front of the guide portion and located on the opposite side of the wire and linked to the connecting portion and adapted to be folded and grip body tissues; and an extension portion configured to move together with the guide portion and having a magnetic force, and a connecting weight member adapted to be attached to the extension portion, and configured to tow the clip portion and the body tissues together with the extension portion downward due to a weight of the connecting weight member, wherein the connecting weight member includes iron or a magnet and is coupled to the extension portion by a magnetic force, characterized in that a hole into which the extension portion is inserted is formed in the connecting weight member; and the extension portion made of a magnetic material is adapted to be inserted into the connecting weight member and to be connected to the connecting weight member.
A method to be executed at least in part in a computing device for providing an extensible multi-tenant service platform, the method comprising: receiving a request for access from a client, wherein each client is associated with at least one organization service hosted by the platform; determining a location of the organization service, wherein the organization services are organized in scalable groups within the platform; providing the location of the organization service to the client to enable access to the organization service; if the location of the organization service changes during the access, providing the changed location to the client for continued access of the client to the organization service; and automatically generating a plurality of dedicated Application Programming Interfaces, APIs, configured to provide access to the organization services such that data and applications associated with each organization service are isolated from other organization services. receiving a request for access from a client, wherein each client is associated with at least one organization service hosted by the platform; determining a location of the organization service, wherein the organization services are organized in scalable groups within the platform; providing the location of the organization service to the client to enable access to the organization service; if the location of the organization service changes during the access, providing the changed location to the client for continued access of the client to the organization service; and automatically generating a plurality of dedicated Application Programming Interfaces, APIs, configured to provide access to the organization services such that data and applications associated with each organization service are isolated from other organization services.
Active wheel air deflector assembly for the attachment to a motor vehicle, which comprises at least one actuator, wheel air deflectors for the front wheels of the motor vehicle, and swivelable holders for the wheel air deflectors, wherein the holder is made of a base, which is flat, structured, and is provided with edges, and at which arms engage, which are connected to a shaft, so that the entire holder is twisted, with the aid of the shaft, about the axis of the shaft, and the wheel air deflector attached thereto is swiveled, characterized in that the wheel air deflectors are reversibly mounted on the particular holder, so that detachment is easily possible.
A method of detecting trajectory information for a subsonic projectile, comprising: collecting detection signals from an array of detection microphones, the detection microphones being established in a non co-linear spatial relationship with respect to each other, determining from at least one of the detection signals the existence of an acoustic waveform, including a wake contribution, characteristic of the wake of a subsonic projectile passing on a trajectory nearby, and a muzzle blast waveform, characteristic of a muzzle blast; obtaining a plurality of time samples of the wake contribution over a time period; processing the plurality of time samples of the wake contribution and the detected muzzle blast waveform to determine geometric characteristics of the trajectory of the projectile. collecting detection signals from an array of detection microphones, the detection microphones being established in a non co-linear spatial relationship with respect to each other, determining from at least one of the detection signals the existence of an acoustic waveform, including a wake contribution, characteristic of the wake of a subsonic projectile passing on a trajectory nearby, and a muzzle blast waveform, characteristic of a muzzle blast; obtaining a plurality of time samples of the wake contribution over a time period; processing the plurality of time samples of the wake contribution and the detected muzzle blast waveform to determine geometric characteristics of the trajectory of the projectile.
A fixture for masking a gas turbine engine blade having a root, a platform and an airfoil, the fixture comprising: a base with a receptacle for receiving a root of a blade; a removable sidewall mountable to the base to form a masking box with the receptacle to shield the root of the blade; a first removable Z plane detail mountable to the base, the first removable Z plane detail providing a first electrical contact point to the root of the blade; and a second removable Z plane detail mountable to the removable sidewall, the second removable Z plane detail providing a second electrical contact point to the root, wherein the first and second removable Z plane detail each includes a tab that provides an electrical contact point to the root, the first removable Z plane detail tab extends through a slot in the base, and the second removable Z plane detail tab extends through a slot in the removable sidewall. a base with a receptacle for receiving a root of a blade; a removable sidewall mountable to the base to form a masking box with the receptacle to shield the root of the blade; a first removable Z plane detail mountable to the base, the first removable Z plane detail providing a first electrical contact point to the root of the blade; and a second removable Z plane detail mountable to the removable sidewall, the second removable Z plane detail providing a second electrical contact point to the root, wherein the first and second removable Z plane detail each includes a tab that provides an electrical contact point to the root, the first removable Z plane detail tab extends through a slot in the base, and the second removable Z plane detail tab extends through a slot in the removable sidewall.
Use of an electronic module for an integrated mechatronic gearbox controller, wherein the electronic module comprises a housing cover and at least one rigid, multi-layer printed circuit board as an electrical connection between the interior of the housing and components located outside the housing, and wherein the multi-layer printed circuit board is a circuit carrier for the electronic components of the central control electronics and at the same time a thermal connection to a baseplate, characterized in that the multi-layer printed circuit board has various vias for connecting electronically to the components located outside the housing and for connecting thermally to the baseplate, wherein the baseplate is a hydraulic plate of a motor vehicle gearbox, and the multi-layer printed circuit board also has milled grooves which form flexible regions.
Treatment machine, for washing, thermally disinfecting and/or sterilizing objects, comprising at least a treatment chamber configured to house at least a container, the treatment machine comprising at least a mobile attachment device, positioned outside said treatment chamber and provided with a plurality of attachment elements able to be selectively activated to associate said attachment device in releasable mode with at least an element or part of said container, so as to move said container, by means of said attachment device, at least in an extraction step from the treatment chamber, said object-holding container and said attachment device being housed on a slider, said attachment device comprising at least a sliding block provided with a frame (28, 31, 33) rotatable around an axis of rotation and integrated with said attachment elements, said attachment elements being able to be selectively activated or deactivated by means of at least an actuator element, configured to cooperate with said frame (28, 31, 33) so as to allow its rotation, said rotation alternately allowing the activation or deactivation of said attachment elements, the treatment machine being characterized in that said actuator element is associated with at least a shaft provided with suitable drive means positioned at the end of said slider opposite the end which, during use, is situated in proximity to the treatment chamber.