mhurhangee/ep-ind-claims huggingface dataset:
A thermal increase system electrically coupled to a cavity for containing a load, the thermal increase system comprising: a radio frequency, RF, signal source (340, 740) configured to supply an RF signal; a transmission path (348, 349, 748) electrically coupled between an output of the RF signal source and a first electrode (370, 770) that is positioned within the cavity (110, 310, 774), wherein the RF signal has a forward signal power along the transmission path; an impedance matching network (360, 400, 760) electrically coupled along the transmission path between the output of the RF signal source and the first electrode, wherein the impedance matching network comprises a first variable inductance network (410, 710), characterised by a power detection circuitry (380, 780) configured to detect reflected signal power along the transmission path; and a controller (330, 730) configured to modify, based on the reflected signal power, an inductance value of the first variable inductance network to reduce a ratio of the reflected signal power to the forward signal power. a radio frequency, RF, signal source (340, 740) configured to supply an RF signal; a transmission path (348, 349, 748) electrically coupled between an output of the RF signal source and a first electrode (370, 770) that is positioned within the cavity (110, 310, 774), wherein the RF signal has a forward signal power along the transmission path; an impedance matching network (360, 400, 760) electrically coupled along the transmission path between the output of the RF signal source and the first electrode, wherein the impedance matching network comprises a first variable inductance network (410, 710), characterised by a power detection circuitry (380, 780) configured to detect reflected signal power along the transmission path; and a controller (330, 730) configured to modify, based on the reflected signal power, an inductance value of the first variable inductance network to reduce a ratio of the reflected signal power to the forward signal power.
A method of passive asset tracking comprising: associating, in an asset tracking database, unique identifying information of a Wi-Fi access point with a moveable asset to be tracked, wherein the Wi-Fi access point is disposed on, attached to, or integrated with the moveable asset, and wherein the Wi-Fi access point broadcasts the unique identifying information in a beacon frame or probe response frame as part of Wi-Fi wireless network discovery; receiving, in the asset tracking database, information relating to a location of the Wi-Fi access point encountered by a wireless device, wherein the information comprises one or more of information relating to a GPS location of the reporting wireless device, a last known location of the Wi-Fi access point, or information relating to other in-range Wi-Fi access points, and their respective signal strengths, wherein the information is received directly or indirectly from the wireless device that reports its location and the unique identifying information of the Wi-Fi access point encountered, and wherein the wireless device is not required to associate with the Wi-Fi access point encountered; determining, at the asset tracking database, a location of the moveable asset to be tracked based, at least in part, on the location of the Wi-Fi access point as proxy for the location of the moveable asset to be tracked; and providing, via the asset tracking database, a user access to information relating to the location of the moveable asset to be tracked. associating, in an asset tracking database, unique identifying information of a Wi-Fi access point with a moveable asset to be tracked, wherein the Wi-Fi access point is disposed on, attached to, or integrated with the moveable asset, and wherein the Wi-Fi access point broadcasts the unique identifying information in a beacon frame or probe response frame as part of Wi-Fi wireless network discovery; receiving, in the asset tracking database, information relating to a location of the Wi-Fi access point encountered by a wireless device, wherein the information comprises one or more of information relating to a GPS location of the reporting wireless device, a last known location of the Wi-Fi access point, or information relating to other in-range Wi-Fi access points, and their respective signal strengths, wherein the information is received directly or indirectly from the wireless device that reports its location and the unique identifying information of the Wi-Fi access point encountered, and wherein the wireless device is not required to associate with the Wi-Fi access point encountered; determining, at the asset tracking database, a location of the moveable asset to be tracked based, at least in part, on the location of the Wi-Fi access point as proxy for the location of the moveable asset to be tracked; and providing, via the asset tracking database, a user access to information relating to the location of the moveable asset to be tracked.
A machine comprising: a first group of sprayers configured to form a first layer of binding material; a fiber material distribution component positioned adjacent the first group of sprayers, the fiber material distribution component configured to distribute fiber material onto the first layer of the binding material; a second group of sprayers positioned adjacent the fiber material distribution component, the second group of sprayers configured to form a second layer of the binding material over the distributed fiber material; a channel positioned adjacent the second group of sprayers, the channel configured to supply an asphalt mixture over the second layer of the binding material; and a screed positioned adjacent the channel, the screed positioned to contact the asphalt mixture. a first group of sprayers configured to form a first layer of binding material; a fiber material distribution component positioned adjacent the first group of sprayers, the fiber material distribution component configured to distribute fiber material onto the first layer of the binding material; a second group of sprayers positioned adjacent the fiber material distribution component, the second group of sprayers configured to form a second layer of the binding material over the distributed fiber material; a channel positioned adjacent the second group of sprayers, the channel configured to supply an asphalt mixture over the second layer of the binding material; and a screed positioned adjacent the channel, the screed positioned to contact the asphalt mixture.
Assembly associating a laser source with a device for optically, geometrically and energetically shaping the light rays of a laser beam that passes therethrough, characterized in that the shaping device is formed by a duct comprising an entrance orifice, an exit orifice and an internal wall, which is formed by one or more facets, and which is able, by virtue of a nonzero aperture angle, to reorient, via one and only one reflection, the reflected portion of the rays of the beam passing through, at least one geometric characteristic of the shaping device being arranged depending on at least one characteristic of the laser beam to reorientate the portion of the rays that is located on the periphery of the laser beam, so that the ratio between this portion and an area of a cross section of the laser beam defines the optical, geometric and energetic properties of the laser beam at the exit of the device, the geometric characteristic of the shaping device being contained in a list comprising at least: - the aperture dimension (Le) of the entrance orifice of the device, - the aperture dimension (Lo) of the exit orifice of the device, - the shape of the exit orifice of the device, - the length of the device, - the position of the focal point (Lp) of the laser beam with respect to the entrance of the device, - the focal angle (α) of the laser beam at the entrance of the device, - the shape of the duct forming a waveguide - the opening angle (β) of the device, so that the relationship between the angle (α) of the incident beam and the opening angle (β) defines the limiting angle (α L) below which there is no homogenization by the relationship: L − L p. tg α L 2 = L. tg L e 2. L + β 2. - the aperture dimension (Le) of the entrance orifice of the device, - the aperture dimension (Lo) of the exit orifice of the device, - the shape of the exit orifice of the device, - the length of the device, - the position of the focal point (Lp) of the laser beam with respect to the entrance of the device, - the focal angle (α) of the laser beam at the entrance of the device, - the shape of the duct forming a waveguide - the opening angle (β) of the device,
A method for operating a mechanical press comprising an electric drive motor, a drive control means for controlling the drive motor, a ram, a flywheel, a clutch, a second drive motor arranged connected to said ram, and a crank for translating rotational motion of said flywheel in a first rotation direction into a linear motion of said ram arranged to be lowered and raised along a linear path for operating said press to carry out a press production cycle including a pressing part and one or more non-pressing parts, wherein the method comprises the step of providing a control output to a drive control means of said second drive motor such that the speed of said second drive motor is varied during at least one part of a said press production cycle, characterised by said second drive motor being reversed at the end of each complete press cycle and driven in a second rotational direction.
Bundle of products which have a longitudinal axis, comprising a securing net for the products which comprises - a peripheral cordage to encircle said set and comprising at least one peripheral loop (1; 2), said peripheral loop (1; 2) being preferably located above the centre of gravity of the bundle, characterized by - an internal cordage for extending to the core of said bundle and comprising at least one internal loop encircling said at least one peripheral loop (1; 2), - a handle in the form of an elongate link, fixed to the securing net, said handle extending from two points of linkage to the securing net which are located above the centre of gravity of the bundle, said points of linkage of the handle to the securing net being positioned at the same height and defining an oblique axis relative to each of the edges of the bundle. - a peripheral cordage to encircle said set and comprising at least one peripheral loop (1; 2), said peripheral loop (1; 2) being preferably located above the centre of gravity of the bundle, characterized by - an internal cordage for extending to the core of said bundle and comprising at least one internal loop encircling said at least one peripheral loop (1; 2), - a handle in the form of an elongate link, fixed to the securing net, said handle extending from two points of linkage to the securing net which are located above the centre of gravity of the bundle, said points of linkage of the handle to the securing net being positioned at the same height and defining an oblique axis relative to each of the edges of the bundle.
An air conditioning system comprising: a casing; a heat insulator provided along an inner circumferential wall of the casing; a substantially annular heat exchanger arranged in the casing; and a mounting bracket for mounting an electrical component to the heat insulator to arrange the electrical component between the heat exchanger and the heat insulator, wherein a wire receiving groove for holding a wire extending from the electrical component therein is formed in the surface of the heat insulator, characterized in that a lid element extending along the wire receiving groove to block an opening of the wire receiving groove and fix the wire is integrated with the mounting bracket and the wire of the electrical component is held between the wire receiving groove and the lid element when the mounting bracket is mounted to the heat insulator. a casing; a heat insulator provided along an inner circumferential wall of the casing; a substantially annular heat exchanger arranged in the casing; and a mounting bracket for mounting an electrical component to the heat insulator to arrange the electrical component between the heat exchanger and the heat insulator, wherein a wire receiving groove for holding a wire extending from the electrical component therein is formed in the surface of the heat insulator, characterized in that a lid element extending along the wire receiving groove to block an opening of the wire receiving groove and fix the wire is integrated with the mounting bracket and the wire of the electrical component is held between the wire receiving groove and the lid element when the mounting bracket is mounted to the heat insulator.
An ostomy device comprising an adhesive wafer for attachment to a skin surface of a user, and a collecting bag connected to the adhesive wafer; the adhesive wafer having a through-going hole for accommodating the stoma of the user; and the adhesive wafer comprising a backing layer, a first switchable adhesive composition, a second absorbent adhesive composition, and a release liner, wherein the adhesive wafer has a central part adjacent to the hole for accommodating the stoma and a peripheral part adjacent to an edge of the adhesive wafer away from the hole, and wherein the release liner is in contact with the first switchable adhesive in the peripheral part of the adhesive wafer.
A battery charger, comprising: a first signal generator assembly for selectively generating a first signal according to either a first low current setting or a first high current setting for charging a first battery; a second signal generator assembly for generating a second signal for charging a second battery when the second signal generator assembly is in an enabled state; a first switch electrically coupled to each of the first and second signal generator assemblies (304, 305) and configured to switch between at least a first position and second position to toggle operation of the battery charger between at least a high power mode and a low power mode, respectively; wherein the first signal generator assembly is configured to selectively generate the first signal according to either the first low current setting or the first high current setting in response to at least the first switch position; wherein the second signal generator assembly is configured to switch between enabled and disabled states in response to at least the first switch position; wherein the first signal generator assembly is operable to generate the first signal according to the first high current setting and the second signal generator assembly is disabled when the first switch is in the first position; and wherein the first signal generator assembly is operable to generate the first signal according to the first low current setting and the second signal generator assembly is enabled when the first switch is in the second position. a first signal generator assembly for selectively generating a first signal according to either a first low current setting or a first high current setting for charging a first battery; a second signal generator assembly for generating a second signal for charging a second battery when the second signal generator assembly is in an enabled state; a first switch electrically coupled to each of the first and second signal generator assemblies (304, 305) and configured to switch between at least a first position and second position to toggle operation of the battery charger between at least a high power mode and a low power mode, respectively; wherein the first signal generator assembly is configured to selectively generate the first signal according to either the first low current setting or the first high current setting in response to at least the first switch position; wherein the second signal generator assembly is configured to switch between enabled and disabled states in response to at least the first switch position; wherein the first signal generator assembly is operable to generate the first signal according to the first high current setting and the second signal generator assembly is disabled when the first switch is in the first position; and wherein the first signal generator assembly is operable to generate the first signal according to the first low current setting and the second signal generator assembly is enabled when the first switch is in the second position.
Use of an amine compound and/or of a salt of the amine compound for rendering clay minerals inert to dispersants in a mineral binder composition comprising clay minerals and/or for improving the effect of a dispersant in a mineral binder composition comprising clay minerals, wherein the amine compound comprises bis(hexamethylene)triamine and/or 1,6-diaminohexane and wherein the amine compound is present at least partly, more particularly wholly, in the form of a salt, and, moreover, the dispersant comprises a polycarboxylate ether.
Seat control device for a flight passenger seat, with a control unit that is configured for an actuation of a comfort unit, wherein the seat control unit has a computing unit comprising a user profile dataset, which is defined by a capturing unit, with a capturing unit that is configured to at least partly define the user profile dataset at least in a capturing mode, the capturing unit comprising at least one sensor element (22, 24, 26, 28) for the purpose of capturing at least one physical quantity, characterised in that the at least one sensor element is configured to carry out a cabin space measurement, wherein the cabin space measurement takes place directly in a cabin space.
A bearing system comprising: a bearing housing formed to include a space therein, a bearing coupled to the bearing housing and located in the space, the bearing being adapted to support a component rotating about a central axis relative to the bearing housing, and a side-jet injector configured to provide lubrication to the bearing during rotation of the component and located in spaced-apart relation to the bearing and in a fixed position relative to the bearing and the bearing housing and configured to inject a stream of lubrication from an outlet formed in the side-jet injector in an axial direction toward a plurality of internal rotating components, characterized in that the bearing housing includes a first wall section located at a first radial distance from the central axis and a second wall section located at a relatively greater second radial distance from the central axis, the second wall section is located circumferentially downstream of the first wall section to form a pocket, and the first and second wall sections (52, 54) cooperate to establish a zone of stagnant fluid in a portion of the pocket radially between the component and the second wall section and circumferentially downstream of the first wall section, and the outlet of the side-jet injector is recessed in the pocket and is located circumferentially downstream of the first wall section and radially between an outer surface of the component and the second wall section such that effects to the stream from a windage established between the first wall section and the component is minimized. a bearing housing formed to include a space therein, a bearing coupled to the bearing housing and located in the space, the bearing being adapted to support a component rotating about a central axis relative to the bearing housing, and a side-jet injector configured to provide lubrication to the bearing during rotation of the component and located in spaced-apart relation to the bearing and in a fixed position relative to the bearing and the bearing housing and configured to inject a stream of lubrication from an outlet formed in the side-jet injector in an axial direction toward a plurality of internal rotating components, characterized in that the bearing housing includes a first wall section located at a first radial distance from the central axis and a second wall section located at a relatively greater second radial distance from the central axis, the second wall section is located circumferentially downstream of the first wall section to form a pocket, and the first and second wall sections (52, 54) cooperate to establish a zone of stagnant fluid in a portion of the pocket radially between the component and the second wall section and circumferentially downstream of the first wall section, and the outlet of the side-jet injector is recessed in the pocket and is located circumferentially downstream of the first wall section and radially between an outer surface of the component and the second wall section such that effects to the stream from a windage established between the first wall section and the component is minimized.
A method of estimating fractures in an earth formation, characterized by: disposing an acoustic tool in a borehole including a casing in an earth formation, the acoustic tool including a multipole acoustic transmitter and an acoustic receiver; transmitting an acoustic signal into the borehole and through the casing; measuring deep shear wave signals generated from shear body waves reflected in the formation in a far-field region of the formation around the borehole; measuring, with a gyroscope the azimuth of the tool; and estimating at least a location and an orientation of a fracture in the formation based on the DSW signals and the measured azimuth. disposing an acoustic tool in a borehole including a casing in an earth formation, the acoustic tool including a multipole acoustic transmitter and an acoustic receiver; transmitting an acoustic signal into the borehole and through the casing; measuring deep shear wave signals generated from shear body waves reflected in the formation in a far-field region of the formation around the borehole; measuring, with a gyroscope the azimuth of the tool; and estimating at least a location and an orientation of a fracture in the formation based on the DSW signals and the measured azimuth.
A vessel, such as a yacht or a ship, comprising a hull and a superstructure, wherein at least one surface of the hull and/or of the superstructure comprises cladding elements thereon or therein, wherein at least a selection of the cladding elements comprise an at least partially transparent cover and at least one light source, wherein the light source is shielded by the cover, CHARACTERISED BY a plurality of cassette-like cladding elements, which are configured to cover said surface of the hull and/or of the superstructure in a mutually closely fitting adjoining configuration of sets of the plurality of cassette-like cladding elements, and wherein the cassette-like cladding elements are arranged on said surface facing outward, to cover said surface for essentially the most part in the closely fitting adjoining configuration to emit light from said surface over which the cassette-like cladding elements are arranged in the closely fitting adjoining configuration generating the appearance of light emitted from said surface of the hull and/or of the superstructure.