mhurhangee/ep-ind-claims huggingface dataset:
Humidifying apparatus comprising: a base comprising air flow generating means (76, 78) for generating a first air flow; a nozzle comprising at least one first air outlet for emitting the first air flow, the nozzle defining an opening through which air from outside the humidifying apparatus is drawn by air emitted from said at least one first air outlet; humidifying means (140, 160) for humidifying a second air flow; at least one second air outlet for emitting the second air flow; and characterized by: a water tank removably mounted on the base, and wherein the water tank surrounds at least an upper section of the air flow generating means. a base comprising air flow generating means (76, 78) for generating a first air flow; a nozzle comprising at least one first air outlet for emitting the first air flow, the nozzle defining an opening through which air from outside the humidifying apparatus is drawn by air emitted from said at least one first air outlet; humidifying means (140, 160) for humidifying a second air flow; at least one second air outlet for emitting the second air flow; and characterized by: a water tank removably mounted on the base, and wherein the water tank surrounds at least an upper section of the air flow generating means.
On-load tap-changer characterized by a selector device comprising a contact system, wherein the contact - comprises a fixed contact (FK, F1) and a movable contact (BK, B1, B2) which are arranged to contact the fixed contact (FK, F1) directly in a stationary state; and - an additional contact (ZK, Z1, Z2) which, in addition to the direct contacting, electrically connects the moving contact (BK, B1, B2) to the fixed contact (FK, F1) during the stationary state and; - the additional contact (ZK, Z1, Z2) is designed and arranged to briefly conduct a current between the fixed contact (FK, F1) and moving contact (BK, B1, B2) in the event of an interruption in which the direct contacting between the moving contact (BK, B1, B2) and the fixed contact (FK, F1) is temporarily interrupted and is immediately restored after the interruption. - comprises a fixed contact (FK, F1) and a movable contact (BK, B1, B2) which are arranged to contact the fixed contact (FK, F1) directly in a stationary state; and - an additional contact (ZK, Z1, Z2) which, in addition to the direct contacting, electrically connects the moving contact (BK, B1, B2) to the fixed contact (FK, F1) during the stationary state and; - the additional contact (ZK, Z1, Z2) is designed and arranged to briefly conduct a current between the fixed contact (FK, F1) and moving contact (BK, B1, B2) in the event of an interruption in which the direct contacting between the moving contact (BK, B1, B2) and the fixed contact (FK, F1) is temporarily interrupted and is immediately restored after the interruption.
Use of a composition comprising: (a) between 1% to 30% by weight of a primary surfactant mixture comprising: (i) a mixture of an alpha sulfonated alkyl ester and a sulfonated fatty acid; and (ii) an alkyl sulfoacetate, in a ratio of (i) to (ii) of between 1:3 to 10:1; (b) between 0.1% to 50% by weight of secondary surfactants; (c) between 0.1% to 50% of optional additives; and (d) water as a skin cleanser or shampoo. (a) between 1% to 30% by weight of a primary surfactant mixture comprising: (i) a mixture of an alpha sulfonated alkyl ester and a sulfonated fatty acid; and (ii) an alkyl sulfoacetate, in a ratio of (i) to (ii) of between 1:3 to 10:1; (i) a mixture of an alpha sulfonated alkyl ester and a sulfonated fatty acid; and (ii) an alkyl sulfoacetate, in a ratio of (i) to (ii) of between 1:3 to 10:1; (b) between 0.1% to 50% by weight of secondary surfactants; (c) between 0.1% to 50% of optional additives; and (d) water as a skin cleanser or shampoo.
Apparatus for locking an operating element of an automatic transmission of a vehicle, the apparatus having the following features: a latching crown with a locking contour, the latching crown being mounted rotatably, being directly couplable to the operating element and having a circumferential latching contour which is characterized by a plurality of elevations which are arranged in a crown-like manner; and a locking element which is configured to be arranged outside the locking contour in a first position, in order to release the latching crown for a rotational movement for permitting an adjusting movement of the operating element, and to be arranged in the locking contour in a second position, in order to fix the latching crown for locking the operating element; characterized in that the apparatus has the following features: a rotatably mounted adjusting ring with a control contour for guiding the locking element between the first position and the second position. a latching crown with a locking contour, the latching crown being mounted rotatably, being directly couplable to the operating element and having a circumferential latching contour which is characterized by a plurality of elevations which are arranged in a crown-like manner; and a locking element which is configured to be arranged outside the locking contour in a first position, in order to release the latching crown for a rotational movement for permitting an adjusting movement of the operating element, and to be arranged in the locking contour in a second position, in order to fix the latching crown for locking the operating element; characterized in that the apparatus has the following features: a rotatably mounted adjusting ring with a control contour for guiding the locking element between the first position and the second position. a rotatably mounted adjusting ring with a control contour for guiding the locking element between the first position and the second position.
Method for establishing a connection between a carrier metal layer and a graphite layer, comprising the following steps: - providing a carrier metal layer; - providing a graphite layer to be connected to the carrier metal layer; - arranging an adhesive layer, which contains at least one metal, between the carrier metal layer and the graphite layer; - connecting the carrier metal layer to the graphite layer, the connection involving a heat-induced diffusion step in which the metal is stimulated so as to at least partially penetrate the graphite layer and the carrier metal layer, the metal remaining in the solid phase, characterised in that the adhesive layer contains silver as the metal. - providing a carrier metal layer; - providing a graphite layer to be connected to the carrier metal layer; - arranging an adhesive layer, which contains at least one metal, between the carrier metal layer and the graphite layer; - connecting the carrier metal layer to the graphite layer, the connection involving a heat-induced diffusion step in which the metal is stimulated so as to at least partially penetrate the graphite layer and the carrier metal layer, the metal remaining in the solid phase, characterised in that the adhesive layer contains silver as the metal.
A system for detecting a relative position of a catheter and an introducer while the catheter and the introducer are in a human body, the catheter comprising a marker band and an electrode and the introducer comprising a proximity sensor adapted to sense the marker band, the system comprising: (a) an electric-field-based positioning system; (b) an electronic control unit electrically coupled to said electric-field-based positioning system and configured to do the following: drive currents through a plurality of patch electrodes on a surface of the body and measure a resulting voltage from the catheter electrode; monitor a first signal originating from the proximity sensor to determine when the marker band passes the proximity sensor; analyze said first signal to determine whether the catheter electrode is within the introducer; and disregard said measured resulting voltage if the catheter electrode is within the introducer. (a) an electric-field-based positioning system; (b) an electronic control unit electrically coupled to said electric-field-based positioning system and configured to do the following: drive currents through a plurality of patch electrodes on a surface of the body and measure a resulting voltage from the catheter electrode; monitor a first signal originating from the proximity sensor to determine when the marker band passes the proximity sensor; analyze said first signal to determine whether the catheter electrode is within the introducer; and disregard said measured resulting voltage if the catheter electrode is within the introducer. drive currents through a plurality of patch electrodes on a surface of the body and measure a resulting voltage from the catheter electrode; monitor a first signal originating from the proximity sensor to determine when the marker band passes the proximity sensor; analyze said first signal to determine whether the catheter electrode is within the introducer; and disregard said measured resulting voltage if the catheter electrode is within the introducer.
Solar cell apparatus comprising: a solar cell panel comprising a central region and an outer region surrounding the central region, a first adhesive member adhered to the central region, and a second adhesive member adhered to the outer region and having an adhesive strength greater than the first adhesive member, wherein the first adhesive member and the second adhesive member are formed of ethylene vinyl acetate, and characterized in that the ethylene vinyl acetate of the first adhesive member has a content of vinyl acetate less than the ethylene vinyl acetate of the second adhesive member. a solar cell panel comprising a central region and an outer region surrounding the central region, a first adhesive member adhered to the central region, and a second adhesive member adhered to the outer region and having an adhesive strength greater than the first adhesive member, wherein the first adhesive member and the second adhesive member are formed of ethylene vinyl acetate, and characterized in that the ethylene vinyl acetate of the first adhesive member has a content of vinyl acetate less than the ethylene vinyl acetate of the second adhesive member.
A turbomachine system, comprising: a gas turbine system including a compressor component, a combustor component, a turbine component, and a rotatable expander shaft, the gas turbine system for producing an exhaust gas stream; and an airflow control system characterised in that the airflow control system comprises: an airflow generation system comprising an air intake section, the airflow generation system being attached to the rotatable expander shaft, downstream of the gas turbine system, for drawing in a flow of ambient air through the air intake section; a mixing area for receiving the exhaust gas stream produced by the gas turbine system; and a flow directing system for directing the flow of ambient air drawn in by the airflow generation system to the mixing area to reduce a temperature of the exhaust gas stream. a gas turbine system including a compressor component, a combustor component, a turbine component, and a rotatable expander shaft, the gas turbine system for producing an exhaust gas stream; and an airflow control system characterised in that the airflow control system comprises: an airflow generation system comprising an air intake section, the airflow generation system being attached to the rotatable expander shaft, downstream of the gas turbine system, for drawing in a flow of ambient air through the air intake section; a mixing area for receiving the exhaust gas stream produced by the gas turbine system; and a flow directing system for directing the flow of ambient air drawn in by the airflow generation system to the mixing area to reduce a temperature of the exhaust gas stream.
Component having the following features: a substrate structure made of a first plane of a substrate and a second plane of the substrate, wherein the first plane has a first subarea mounted such that it can move relative to the second plane, and a second subarea connected mechanically and electrically to the second plane, wherein resilient structures are formed from the first plane, between the first subarea and the second subarea, and the first subarea has interfaces for electrical and mechanical connection to a printed circuit board, and a cavity is arranged between the first plane and the second plane in order to permit a relative movement between the interfaces and the second plane; and an electric circuit, which is arranged on the second plane, within a housing, wherein the circuit is connected electrically to the interfaces via the substrate structure. a substrate structure made of a first plane of a substrate and a second plane of the substrate, wherein the first plane has a first subarea mounted such that it can move relative to the second plane, and a second subarea connected mechanically and electrically to the second plane, wherein resilient structures are formed from the first plane, between the first subarea and the second subarea, and the first subarea has interfaces for electrical and mechanical connection to a printed circuit board, and a cavity is arranged between the first plane and the second plane in order to permit a relative movement between the interfaces and the second plane; and an electric circuit, which is arranged on the second plane, within a housing, wherein the circuit is connected electrically to the interfaces via the substrate structure.
A retransmission processing method, comprising: sending, by a master base station, instruction information to a first secondary base station, wherein the instruction information is used to instruct the first secondary base station to send feedback information to the master base station after the first secondary base station sends data to a terminal device; receiving, by the master base station, the feedback information sent by the first secondary base station according to the instruction information, wherein the feedback information is used to indicate that the first secondary base station has sent the data to the terminal device; sending, by the master base station, inquiry information to the terminal device according to the feedback information, wherein the inquiry information is used to inquire whether the terminal device correctly receives the data sent by the first secondary base station; receiving, by the master base station, response information that is sent by the terminal device and that is for the inquiry information; and performing, by the master base station, retransmission processing on the data according to the response information for the inquiry information determined according to the feedback information. sending, by a master base station, instruction information to a first secondary base station, wherein the instruction information is used to instruct the first secondary base station to send feedback information to the master base station after the first secondary base station sends data to a terminal device; receiving, by the master base station, the feedback information sent by the first secondary base station according to the instruction information, wherein the feedback information is used to indicate that the first secondary base station has sent the data to the terminal device; sending, by the master base station, inquiry information to the terminal device according to the feedback information, wherein the inquiry information is used to inquire whether the terminal device correctly receives the data sent by the first secondary base station; receiving, by the master base station, response information that is sent by the terminal device and that is for the inquiry information; and performing, by the master base station, retransmission processing on the data according to the response information for the inquiry information determined according to the feedback information.
A robotic system comprising: an end effector (6, 180) having a jaw (18, 50, 194) and a moveable element (24, 84, 185, 195) which is a cutting blade; a user interface display; a drive (184, 210) comprising a motor; a mechanism (192, 240) operatively coupling the drive (184, 210) to the moveable element (24, 84, 185, 195); a processor configured to: determine a displacement of the drive (184, 210) or the mechanism (192, 240); determine a position of the moveable element (24, 84, 185, 195) relative to the end effector (6, 180) using the displacement of the drive (184, 210) or the mechanism (192, 240), the position of the moveable element (24, 84, 185, 195) relative to the end effector (6, 180) being determined from among a pre-cut position, a cut-complete position, and any position between the pre-cut position and the cut-complete position; said processor being characterized in that it is further configured to display, on the user interface display, a visual indicator of the position of the moveable element (24, 84, 185, 195) relative to the end effector (6, 180); and display, on the user interface display, a video image of the end effector (6, 180). an end effector (6, 180) having a jaw (18, 50, 194) and a moveable element (24, 84, 185, 195) which is a cutting blade; a user interface display; a drive (184, 210) comprising a motor; a mechanism (192, 240) operatively coupling the drive (184, 210) to the moveable element (24, 84, 185, 195); a processor configured to: determine a displacement of the drive (184, 210) or the mechanism (192, 240); determine a position of the moveable element (24, 84, 185, 195) relative to the end effector (6, 180) using the displacement of the drive (184, 210) or the mechanism (192, 240), the position of the moveable element (24, 84, 185, 195) relative to the end effector (6, 180) being determined from among a pre-cut position, a cut-complete position, and any position between the pre-cut position and the cut-complete position; said processor being characterized in that it is further configured to display, on the user interface display, a visual indicator of the position of the moveable element (24, 84, 185, 195) relative to the end effector (6, 180); and display, on the user interface display, a video image of the end effector (6, 180). determine a displacement of the drive (184, 210) or the mechanism (192, 240); determine a position of the moveable element (24, 84, 185, 195) relative to the end effector (6, 180) using the displacement of the drive (184, 210) or the mechanism (192, 240), the position of the moveable element (24, 84, 185, 195) relative to the end effector (6, 180) being determined from among a pre-cut position, a cut-complete position, and any position between the pre-cut position and the cut-complete position; said processor being characterized in that it is further configured to display, on the user interface display, a visual indicator of the position of the moveable element (24, 84, 185, 195) relative to the end effector (6, 180); and display, on the user interface display, a video image of the end effector (6, 180).
A modular payload device for unmanned aircraft, which is provided with a body made up of: - at least two longitudinal members, wherein each longitudinal member is provided with at least one coupling element, - at least four guides, wherein each guide has attachment means through which it is coupled to the longitudinal members, - four rods such that one end of the rod rests on a base which is provided with anchoring means, - at least two frames provided with a plurality of perforations and guiding recesses, wherein the guiding recesses allow coupling the frame to the guide, - a plurality of complementary coupling elements attached to the frames, and a printed circuit board linked to one of the longitudinal members, which has a plurality of standardized connectors and a plurality of power regulators for connecting flight instruments and payload instruments of the unmanned aircraft, wherein the frames are fixed to the body by means of introducing the rods through the perforations of the frames, whereas the coupling elements of the longitudinal members and the anchoring means of the base are linked with the complementary anchoring means by tongue and groove clipping. - at least two longitudinal members, wherein each longitudinal member is provided with at least one coupling element, - at least four guides, wherein each guide has attachment means through which it is coupled to the longitudinal members, - four rods such that one end of the rod rests on a base which is provided with anchoring means, - at least two frames provided with a plurality of perforations and guiding recesses, wherein the guiding recesses allow coupling the frame to the guide, - a plurality of complementary coupling elements attached to the frames, and a printed circuit board linked to one of the longitudinal members, which has a plurality of standardized connectors and a plurality of power regulators for connecting flight instruments and payload instruments of the unmanned aircraft, wherein the frames are fixed to the body by means of introducing the rods through the perforations of the frames, whereas the coupling elements of the longitudinal members and the anchoring means of the base are linked with the complementary anchoring means by tongue and groove clipping.
A method for the handling of film material, which is wound onto rolls (14, 15) and serves as packaging material for the packaging of piece goods, bundles, or the like sets of articles, in which method, for the purpose of maintaining a packaging operation, an at least partly unwound and/or depleted roll is removed from at least one installation position (EB1; EB2) of a packaging machine, and is in each instance replaced with a new roll of film material by the externally arranged layer of film material on a new roll being extracted near or in the area of the layer's free end after each particular positioning of a new roll, and, for the purpose of forming an uninterrupted material web, by being adhesively connected to a section of a material web that is being guided into a packaging line, wherein the material web, which is in each instance extracted from the new roll after the new roll has been placed into the particular installation position (EB1; EB2), is seized by means of a controllable gripping device and/or handling device and is moved toward the material web already leading into the packaging line and/or is moved to a fixing device and/or sealing device, characterised in that - the controllable gripping device and/or handling device interacts with a detection device for the detection of markers (38, 54) applied onto the new roll, the markers (38, 54) consisting of a printing on the material web. - the controllable gripping device and/or handling device interacts with a detection device for the detection of markers (38, 54) applied onto the new roll, the markers (38, 54) consisting of a printing on the material web.