mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a current detection device with a current conductor that has a central section and two end sections and has the shape of a rod in the central section and flattened areas in its end sections, and with a magnetic module for measuring a current flowing in the current conductor via the magnetic field generated in it, wherein the method comprises the steps: Making available the magnetic module, the current conductor and two copper casings, wherein the current conductor has the shape of a rod and consists of aluminum or an aluminum alloy, and wherein the casings fit onto at least parts of the end sections of the current conductor and consist of copper or a copper alloy; Placing the one casing on the current conductor in at least one part of the one end section; Placing the other casing on the current conductor in at least one part of the other end section; Positioning the current conductor and the magnetic module relative to one another in such a manner that the current conductor is in such a position in the area of its central section relative to the module that the latter detects the magnetic field produced during a current flow in the current conductor, Bending the current conductor between the central section and the one end section, Bending the current conductor between the central section and the other end section, Flattening the current conductor on the one end section provided with a casing, and Flattening the current conductor on the other end section provided with the other casing, wherein The placing, bending, flattening and positioning steps can be as desired in as far as each placing step takes place before the particular flattening step. Making available the magnetic module, the current conductor and two copper casings, wherein the current conductor has the shape of a rod and consists of aluminum or an aluminum alloy, and wherein the casings fit onto at least parts of the end sections of the current conductor and consist of copper or a copper alloy; Placing the one casing on the current conductor in at least one part of the one end section; Placing the other casing on the current conductor in at least one part of the other end section; Positioning the current conductor and the magnetic module relative to one another in such a manner that the current conductor is in such a position in the area of its central section relative to the module that the latter detects the magnetic field produced during a current flow in the current conductor, Bending the current conductor between the central section and the one end section, Bending the current conductor between the central section and the other end section, Flattening the current conductor on the one end section provided with a casing, and Flattening the current conductor on the other end section provided with the other casing, wherein The placing, bending, flattening and positioning steps can be as desired in as far as each placing step takes place before the particular flattening step.
A method of manufacturing a combustor panel of a gas turbine engine comprising: defining a particle deposit near-steady state for at least a portion of a combustor panel, the particle deposit near-steady state representative of a build-up of particles (308a, 308b) on the at least a portion of the combustor panel during use; generating a template based on the defined particle deposit near-steady state, wherein the template includes one or more augmentation elements based on the representative of build-up of particles; and forming a combustor panel (406; 600) based on the template, wherein the formed combustor panel includes one or more augmentation elements (412; 604, 606) defined in the template; wherein the one or more augmentation elements (412; 604, 606) are integrally formed with the formed combustor panel (406; 600) and formed of the same material as the combustor panel; and wherein the one or more augmentation elements have the geometry of the particle deposit near-steady state. defining a particle deposit near-steady state for at least a portion of a combustor panel, the particle deposit near-steady state representative of a build-up of particles (308a, 308b) on the at least a portion of the combustor panel during use; generating a template based on the defined particle deposit near-steady state, wherein the template includes one or more augmentation elements based on the representative of build-up of particles; and forming a combustor panel (406; 600) based on the template, wherein the formed combustor panel includes one or more augmentation elements (412; 604, 606) defined in the template; wherein the one or more augmentation elements (412; 604, 606) are integrally formed with the formed combustor panel (406; 600) and formed of the same material as the combustor panel; and wherein the one or more augmentation elements have the geometry of the particle deposit near-steady state.
A robot cleaner comprising: a driver including a drive motor configured to cause the robot cleaner to move; a memory storing information on a plurality of pollution maps (2, 2-1, 2-2, 2-3, 121, 320, 410, 420) for a degree of pollution for each location in a map corresponding to a place in which the robot cleaner is located; and a processor operatively connected to the driver and the memory and configured to control the robot cleaner, characterized in that the processor is configured to: identify a pollution source based on information on the pollution map (2, 2-1, 2-2, 2-3, 121, 320, 410, 420), and control the driver to move the robot cleaner based on the location of the identified pollution source on the map. a driver including a drive motor configured to cause the robot cleaner to move; a memory storing information on a plurality of pollution maps (2, 2-1, 2-2, 2-3, 121, 320, 410, 420) for a degree of pollution for each location in a map corresponding to a place in which the robot cleaner is located; and a processor operatively connected to the driver and the memory and configured to control the robot cleaner, characterized in that the processor is configured to: identify a pollution source based on information on the pollution map (2, 2-1, 2-2, 2-3, 121, 320, 410, 420), and control the driver to move the robot cleaner based on the location of the identified pollution source on the map.
A method for analyzing a biological sample, comprising: (a) contacting the biological sample with: (i) a first probe comprising a first hybridization region and a first portion of a barcode region, and (ii) a second probe comprising a second hybridization region and a second portion of the barcode region, wherein the first and second hybridization regions are complementary to target sequences in a target nucleic acid molecule in the biological sample, and wherein the barcode region comprises one or more barcode sequences corresponding to the target nucleic acid molecule; (b) connecting the first and second probes hybridized to the target nucleic acid molecule to form a composite probe by connecting the first and second portions of the barcode region; and (c) contacting the biological sample with one or more detectable probes that hybridize to the barcode region at sequences corresponding to both the first portion of the barcode region and the second portion of the barcode region, or a complement thereof, wherein a signal associated with the one or more detectable probes is detected in the biological sample, thereby detecting the target nucleic acid molecule in the biological sample. (a) contacting the biological sample with: (i) a first probe comprising a first hybridization region and a first portion of a barcode region, and (ii) a second probe comprising a second hybridization region and a second portion of the barcode region, wherein the first and second hybridization regions are complementary to target sequences in a target nucleic acid molecule in the biological sample, and wherein the barcode region comprises one or more barcode sequences corresponding to the target nucleic acid molecule; (i) a first probe comprising a first hybridization region and a first portion of a barcode region, and (ii) a second probe comprising a second hybridization region and a second portion of the barcode region, wherein the first and second hybridization regions are complementary to target sequences in a target nucleic acid molecule in the biological sample, and wherein the barcode region comprises one or more barcode sequences corresponding to the target nucleic acid molecule; (b) connecting the first and second probes hybridized to the target nucleic acid molecule to form a composite probe by connecting the first and second portions of the barcode region; and (c) contacting the biological sample with one or more detectable probes that hybridize to the barcode region at sequences corresponding to both the first portion of the barcode region and the second portion of the barcode region, or a complement thereof,
A tablet discharge of a tablet press, in particular of a rotary tablet press, having a switch arranged in the tablet discharge, wherein a control apparatus is provided, and wherein a drive apparatus is provided that moves the switch, depending on a switching signal from the control apparatus, between a first switching position in which tablets (74, 76, 78) are fed to a first tablet outlet, and at least one second switching position in which tablets (74, 76, 78) are fed to at least one second tablet outlet, wherein at least one sensor is provided for detecting the reaching of the first switching position and/or the at least one second switching position by the switch, characterized in that detection signals from the at least one sensor are applied to the control apparatus, and the control apparatus is configured, when there is a switching signal, to move the switch out of an initial switching position into a target switching position and, when there is no detection signal for reaching the target switching position, to output a switching signal to move the switch back partially or completely into the target switching position, and to subsequently output a switching signal to move the switch again into the target switching position.
An infrared camouflage device comprising an array of parallel pipes (4 and 6) carrying a heat-transfer fluid for changing the thermal signature of a vehicle, the device being characterised in that it comprises an inlet manifold at which the heat-transfer fluid enters the device to be carried to an intermediary manifold by means of a first series of first pipes integral with the inlet manifold by their first end and with the intermediary manifold by their second end, a second series of second pipes carries the heat-transfer fluid from the intermediary manifold to an outlet manifold for discharging the fluid out of the device, the second pipes being integral with the intermediary manifold by their first end and with the outlet manifold by their second end, each first pipe being located in the vicinity of a second pipe so as to form, at the device, an alternation of first and second parallel pipes, the inlet manifold and the outlet manifold being in the vicinity of each other.
A method for use by a media player to provide access to an audiovisual content, the method comprising: receiving a request from a person for playing the audiovisual content; prompting the person for an authorization code in response to receiving the request for playing the audiovisual content; receiving the authorization code from the person in response to the prompting of the person; transmitting the authorization code and a media player identifier to an authentication server over a network in response to the receiving of the authorization code; receiving, in response to a validation of both the authorization code and the media player identifier by the authentication server, a valid authentication message and a watermark layer including an identification information from the authentication server over the network, wherein the identification information identifies the person associated with the audiovisual content; transmitting the valid authentication message received from the authentication server to a content server over the network; retrieving, from the content server over the network and after the transmitting of the valid authentication message, the audiovisual content; overlaying, by the media player, the watermark layer including the identification information received from the authentication server on the audiovisual content received from the content server; and playing, by the media player on a display, the audiovisual content with the overlaid watermark layer including the identification information. receiving a request from a person for playing the audiovisual content; prompting the person for an authorization code in response to receiving the request for playing the audiovisual content; receiving the authorization code from the person in response to the prompting of the person; transmitting the authorization code and a media player identifier to an authentication server over a network in response to the receiving of the authorization code; receiving, in response to a validation of both the authorization code and the media player identifier by the authentication server, a valid authentication message and a watermark layer including an identification information from the authentication server over the network, wherein the identification information identifies the person associated with the audiovisual content; transmitting the valid authentication message received from the authentication server to a content server over the network; retrieving, from the content server over the network and after the transmitting of the valid authentication message, the audiovisual content; overlaying, by the media player, the watermark layer including the identification information received from the authentication server on the audiovisual content received from the content server; and playing, by the media player on a display, the audiovisual content with the overlaid watermark layer including the identification information.
A below grade access platform machine comprising: a chassis; a turntable mounted on the chassis; a tower boom pivotably coupled with the turntable; a mast boom assembly coupled with the tower boom, the mast boom assembly including a mast mounting bracket coupled pivotably to the tower boom and a mast boom displaceable vertically in and relative to the mast mounting bracket; and a platform coupled with the mast boom and displaceable with the mast boom between a level position essentially level with the chassis and a lowered position below the chassis; characterised in that the mast boom is telescopic. a chassis; a turntable mounted on the chassis; a tower boom pivotably coupled with the turntable; a mast boom assembly coupled with the tower boom, the mast boom assembly including a mast mounting bracket coupled pivotably to the tower boom and a mast boom displaceable vertically in and relative to the mast mounting bracket; and a platform coupled with the mast boom and displaceable with the mast boom between a level position essentially level with the chassis and a lowered position below the chassis; characterised in that the mast boom is telescopic.
A device for washing magnetic particles comprising: a tapered vessel comprising an open top and closed bottom, said tapered vessel further comprising a flat particle engagement side that is tapered from the open top to the closed bottom; a holder comprising a lumen for receiving the vessel; a vertical surface comprising a magnet for attracting said magnetic particles; and characterized by a lever arm comprising a reciprocally moveable end and an opposite end, wherein said lever arm is fixed at said opposite end and said lever arm is reciprocally moveable from a normally biased vertical position to a lever arm non-vertical position relative to the vertical surface of the holder when the vessel having the particle engagement side is received in the holder lumen between the vertical surface and said lever arm, and said lever arm is biased toward said vertical position to retain said vessel in a tilted position relative to the vertical surface of the holder, wherein said magnetic particles in said vessel are attractable along said particle engagement side to said magnet and are washable while said vessel is retained in said tilted position. a tapered vessel comprising an open top and closed bottom, said tapered vessel further comprising a flat particle engagement side that is tapered from the open top to the closed bottom; a holder comprising a lumen for receiving the vessel; a vertical surface comprising a magnet for attracting said magnetic particles; and characterized by a lever arm comprising a reciprocally moveable end and an opposite end, wherein said lever arm is fixed at said opposite end and said lever arm is reciprocally moveable from a normally biased vertical position to a lever arm non-vertical position relative to the vertical surface of the holder when the vessel having the particle engagement side is received in the holder lumen between the vertical surface and said lever arm, and said lever arm is biased toward said vertical position to retain said vessel in a tilted position relative to the vertical surface of the holder, wherein said magnetic particles in said vessel are attractable along said particle engagement side to said magnet and are washable while said vessel is retained in said tilted position.
An electric assembly suitable to be installed in a switchgear, comprising: - a switching device having a casing and at least one electric phase comprising a couple of contacts (11, 12) which can be actuated by an associated kinematic chain, wherein an electric terminal is operatively associated to said at least one electric phase and connected to said kinematic chain; and - blocking means which are adapted to be operatively connected to said casing and/or to said switchgear, and which are adapted to operatively interact with said kinematic chain so as to interrupt a displacement of said electric terminal along at least one direction; said at least one electric phase comprising a first electric phase (2a; 2b) and a second electric phase (2b; 2c) having a first couple of contacts (11, 12) and a second couple of contacts (11, 12), respectively, and said electric assembly characterized in that said casing comprises a base part housing at least said kinematic chain, and a first elongated body (92a; 92b) and a second elongated body (92b; 92c) which protrude from said base part and which house said first couple of contacts (11, 12) and said second couple of contacts (11, 12), respectively, and in that said blocking means comprise at least one shaped body having: - a blocking part passing between said first and second elongated bodies (92a-92b; 92b-92c); and - at least one connecting part (702, 703) which is adapted to be operatively connected to said casing and/or to said switchgear. - a switching device having a casing and at least one electric phase comprising a couple of contacts (11, 12) which can be actuated by an associated kinematic chain, wherein an electric terminal is operatively associated to said at least one electric phase and connected to said kinematic chain; and - blocking means which are adapted to be operatively connected to said casing and/or to said switchgear, and which are adapted to operatively interact with said kinematic chain so as to interrupt a displacement of said electric terminal along at least one direction; - a blocking part passing between said first and second elongated bodies (92a-92b; 92b-92c); and - at least one connecting part (702, 703) which is adapted to be operatively connected to said casing and/or to said switchgear.
Method for the assembly of an installation body for a device for the humidification, purification and/or cooling of a fluid, in particular a gas such as e.g. air, in which - a plurality of corrugated film or grating plate elements with protrusions and depressions are positioned on a support surface to form a plate element stack (50, 50', 50", 50"') of plate elements arranged side by side and, with an offset, above each other, - from below and starting from the support surface, further plate elements are placed against the plate element stack (50, 50', 50", 50"') thus constructed, the further plate elements being placed successively against the plate elements of the plate element stack (50, 50', 50", 50"') built so far, and - the plate element stack (50, 50', 50", 50"') is cut to plate element blocks of desired length from plate elements arranged side by side and, with an offset, above each other. - a plurality of corrugated film or grating plate elements with protrusions and depressions are positioned on a support surface to form a plate element stack (50, 50', 50", 50"') of plate elements arranged side by side and, with an offset, above each other, - from below and starting from the support surface, further plate elements are placed against the plate element stack (50, 50', 50", 50"') thus constructed, the further plate elements being placed successively against the plate elements of the plate element stack (50, 50', 50", 50"') built so far, and - the plate element stack (50, 50', 50", 50"') is cut to plate element blocks of desired length from plate elements arranged side by side and, with an offset, above each other.
A relief valve comprising: a body defining an inlet and an annular body wall; a valve closure element (30, 34) disposed at least partially within the body and arranged to allow selective flow through the relief valve in response to a predetermined pressure; an outlet housing separate from and coupled to the body and rotatable with respect to the body, the outlet housing defining an outlet that is in selective communication with the inlet, and a substantially cylindrical inner annular outlet housing wall arranged to abut the annular body wall, an annular space defined between the inner annular outlet housing wall and the annular body wall; characterised in that the valve further comprises a locking element (78, 278') arranged to maintain the rotatable outlet housing in a desired arrangement relative to the body. a body defining an inlet and an annular body wall; a valve closure element (30, 34) disposed at least partially within the body and arranged to allow selective flow through the relief valve in response to a predetermined pressure; an outlet housing separate from and coupled to the body and rotatable with respect to the body, the outlet housing defining an outlet that is in selective communication with the inlet, and a substantially cylindrical inner annular outlet housing wall arranged to abut the annular body wall, an annular space defined between the inner annular outlet housing wall and the annular body wall; characterised in that the valve further comprises a locking element (78, 278') arranged to maintain the rotatable outlet housing in a desired arrangement relative to the body.