mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a drive device having an internal combustion engine, an air feed channel for feeding air to the internal combustion engine, and an actively controllable compression component for influencing a pressure in the air feed channel, comprising: ascertaining, in the case of a shut-down internal combustion engine, whether a start expectation event is present as a result of which a start of the internal combustion engine may occur, wherein the internal combustion engine is in a shut-down state when an ignition is active and the internal combustion engine is providing no torque, and wherein the start expectation event comprises a change in an ambient condition; and, if a start expectation event is present: conducting a mass flow through a section of the air feed channel before a start of the shut-down internal combustion engine is demanded; and activating the compression component before the start of the shut-down internal combustion engine is demanded. ascertaining, in the case of a shut-down internal combustion engine, whether a start expectation event is present as a result of which a start of the internal combustion engine may occur, wherein the internal combustion engine is in a shut-down state when an ignition is active and the internal combustion engine is providing no torque, and wherein the start expectation event comprises a change in an ambient condition; and, if a start expectation event is present: conducting a mass flow through a section of the air feed channel before a start of the shut-down internal combustion engine is demanded; and activating the compression component before the start of the shut-down internal combustion engine is demanded. conducting a mass flow through a section of the air feed channel before a start of the shut-down internal combustion engine is demanded; and activating the compression component before the start of the shut-down internal combustion engine is demanded.
Touch- and/or proximity-sensitive actuation element, in particular for an electronic domestic appliance, having: an electrically non-conductive housing, which has a substantially cylindrical detection portion, which defines a touch- and/or proximity-sensitive detection region of the actuation element, at which a rotary movement of a user around the actuation element can be detected; a plurality of electrically conductive sensor elements, which are arranged in the housing spaced apart from one another along a lateral surface of the detection portion; and a printed circuit board, which has a plurality of contact faces, which are each electrically conductively in contact with one of the plurality of sensor elements, wherein the housing furthermore has a fastening portion for the stationary and non-rotational mounting of the actuation element on an operator control panel; the printed circuit board is arranged directly bordering the housing on a side facing away from the user; and the housing is fastened to the printed circuit board in a non-rotational manner by way of the fastening portion, and the plurality of contact faces are arranged on the printed circuit board substantially along a ring and each electrically conductively contact one of the plurality of sensor elements in the housing. an electrically non-conductive housing, which has a substantially cylindrical detection portion, which defines a touch- and/or proximity-sensitive detection region of the actuation element, at which a rotary movement of a user around the actuation element can be detected; a plurality of electrically conductive sensor elements, which are arranged in the housing spaced apart from one another along a lateral surface of the detection portion; and a printed circuit board, which has a plurality of contact faces, which are each electrically conductively in contact with one of the plurality of sensor elements, wherein the housing furthermore has a fastening portion for the stationary and non-rotational mounting of the actuation element on an operator control panel; the printed circuit board is arranged directly bordering the housing on a side facing away from the user; and the housing is fastened to the printed circuit board in a non-rotational manner by way of the fastening portion, and the plurality of contact faces are arranged on the printed circuit board substantially along a ring and each electrically conductively contact one of the plurality of sensor elements in the housing.
A film tensioning element, having a lip ring and a vestibular ring, between which, and optionally beyond which, a film extends, characterized in that at least the vestibular ring and/or the lip ring is filled with a gas under pressure.
Assembly for injecting plastic into an elongate cavity of an injection mould comprising a molten-material distributor with at least one elongate molten-material channel, to which liquid molten material can be fed through a feed opening, and at least two molten-material feed lines, which communicate with the molten-material channel via spaced-apart circumferential outlet openings and through which the liquid molten material from the elongate molten-material channel can be fed to a respective gate point of the elongate cavity and injected into the injection mould, characterized in that the molten-material channel extends in a straight line along the injection mould, and in that, in the molten-material channel, there is arranged at least one first closing body that can be displaced within the molten-material channel from a first axial closing position to a second axial opening-up position by a drive and that has an outer surface which is matched to the shape of the inner surface of the molten-material channel and is intended for sealingly closing a first circumferential outlet opening that is assigned to the first closing body.
A method for operating a display device that is viewable by a user of an aircraft comprising: generating a digital terrain image on the display device, the digital terrain image being representative of an actual terrain; displaying a symbology image over the digital terrain, the symbology image comprising a vertical position indicator indicating a vertical position of the aircraft relative to a selected flight path, and a selected indicator; moving the selected indicator in the pitch direction on the display device in response to the aircraft moving relative to the actual terrain; characterized by: moving the vertical position indicator in a pitch direction on the display device in response to the aircraft moving relative to the actual terrain, the pitch direction corresponding to a change in the pitch of the aircraft, wherein the movement of the vertical position indicator in the pitch direction on the display device is in synchronization with the movement of the selected indicator in the pitch direction on the display device. generating a digital terrain image on the display device, the digital terrain image being representative of an actual terrain; displaying a symbology image over the digital terrain, the symbology image comprising a vertical position indicator indicating a vertical position of the aircraft relative to a selected flight path, and a selected indicator; moving the selected indicator in the pitch direction on the display device in response to the aircraft moving relative to the actual terrain; characterized by: moving the vertical position indicator in a pitch direction on the display device in response to the aircraft moving relative to the actual terrain, the pitch direction corresponding to a change in the pitch of the aircraft, wherein the movement of the vertical position indicator in the pitch direction on the display device is in synchronization with the movement of the selected indicator in the pitch direction on the display device. moving the vertical position indicator in a pitch direction on the display device in response to the aircraft moving relative to the actual terrain, the pitch direction corresponding to a change in the pitch of the aircraft, wherein the movement of the vertical position indicator in the pitch direction on the display device is in synchronization with the movement of the selected indicator in the pitch direction on the display device.
Security element with an optically variable structure which has an embossed structure and a coating, wherein the embossed structure and the coating are combined in such a way that at least parts of the coating are completely visible when viewed vertically but are hidden when viewed obliquely, so that different information becomes visible as the viewing direction is changed, wherein the embossed structure comprises a first embossed element (5, 6, 15, 16) having an embossing depth (d 1 ', t 1 ') of more than 30 μm and second embossed elements (7, 17) having an embossing depth (d 2 ', t 2 ') of more than 10 μm, wherein the second embossed elements (7,17) are arranged within the first embossed elements (5, 6, 15, 16) and overlap the latter, wherein the security element consists of a substrate (4, 14) made of paper or cardboard and the embossed structure is embossed into the substrate (4, 14), characterized in that the first embossed element (5, 6, 15,16) is at least three times larger than the second embossed elements (7,17), both in the lateral and vertical dimension.
Device for scraping off flowable material during production of moulded bodies in a mould cavity, comprising a mould cavity, above which at least one horizontally shiftable filling-box carriage is arranged, on which a scraper element facing the mould cavity is movably mounted, a device being provided for alternately shifting the scraper element in the opposite, substantially vertical direction (X1, X2) between a position in which it rests on an upper face of the mould cavity and a position in which it is shifted upwards relative to said first position, and the shifting of the scraper element being coupled to the movement of the filling-box carriage via a guide device, characterised in that the scraper element is a scraper frame comprising two frame sides that point in the direction of successive mould cavities and at least one transverse side arranged at a right angle to said frame sides and connected thereto.
Converter, in particular polyphase three-phase converter, comprising a DC voltage intermediate circuit, power outputs and at least one power semiconductor, wherein electrical power connections of the DC voltage intermediate circuit and of the power outputs in a housing section are led through out of a housing of the converter, characterized in that the housing section consists of insulating injection-moulded material and the electrical power connections are injection-moulded by the injection-moulded material in a bushing of the housing section and are fixedly connected thereto, wherein a current sensor ring enclosing at least one of the electrical power connections is arranged at least partly in the injection-moulded material of the housing section.
Tower section for automatically raising a new or existing wind turbine, designed to be provided under its own wind turbine and by using an automatic raising system supported on independent foundations, lifting the entire assembly with the need of external cranes, characterized in that: - the tower section is a modular lattice, with 10 to 14 m high modular sections, vertical columns and a tightening system between columns, all transportable in conventional vehicles, - it has at least three vertical columns on the closed gap section, 0° collapse, separated from each other by 14 to 18 m, joined together by diagonal elements and optionally by horizontal elements, both of the circular closed section gap, - it has a transition piece that supports a conventional wind turbine on its top part, with a top diameter of 3 to 4.5 m and a bottom diameter of 14 to 18 m, as well as an interface at its base with anchor systems to attach yourself to the column and temporarily to the connection element of the footing, - each of the modules that make up the tower section and transition piece have external elements for anchoring to the auto-raising system, and - the entire assembly, with the tower section and complete wind turbine, can be automatic raising with an automatic raising system made up of a lifting system and a joint structure that are attached to a connection element of the footing. - the tower section is a modular lattice, with 10 to 14 m high modular sections, vertical columns and a tightening system between columns, all transportable in conventional vehicles, - it has at least three vertical columns on the closed gap section, 0° collapse, separated from each other by 14 to 18 m, joined together by diagonal elements and optionally by horizontal elements, both of the circular closed section gap, - it has a transition piece that supports a conventional wind turbine on its top part, with a top diameter of 3 to 4.5 m and a bottom diameter of 14 to 18 m, as well as an interface at its base with anchor systems to attach yourself to the column and temporarily to the connection element of the footing, - each of the modules that make up the tower section and transition piece have external elements for anchoring to the auto-raising system, and - the entire assembly, with the tower section and complete wind turbine, can be automatic raising with an automatic raising system made up of a lifting system and a joint structure that are attached to a connection element of the footing.
A chemical-mechanical polishing composition for chemical-mechanical polishing of a substrate or a layer comprising the following components: surface modified silica particles in a total amount of from 1 wt.-% to 30 wt.-% based on the total weight of the respective CMP composition having a negative zeta potential of -15 mV or below at a pH in the range of from 2 to 6 one or more polymers selected from the group consisting of N-vinyl-homopolymers and N-vinyl copolymers in a total amount of from 0.01 wt.-% to 0.5 wt.-% based on the total weight of the CMP composition water optionally one or more further constituents, wherein the pH of the composition is in the range of from 2 to 6, surface modified silica particles in a total amount of from 1 wt.-% to 30 wt.-% based on the total weight of the respective CMP composition having a negative zeta potential of -15 mV or below at a pH in the range of from 2 to 6 one or more polymers selected from the group consisting of N-vinyl-homopolymers and N-vinyl copolymers in a total amount of from 0.01 wt.-% to 0.5 wt.-% based on the total weight of the CMP composition water optionally one or more further constituents,
A cosmetic-supporting structure, comprising: a reticulated porous foam serving as an inner frame; and a silicone coating layer on surfaces of the foam contained in the foam, the silicone coating layer serving as an outer frame; wherein: a weight ratio of the reticulated porous foam and the silicone coating layer is 1:0.25 to 1:9; a thickness of the silicone coating layer is 1 μm to 100 μm; a pore size of the reticulated porous foam is 30 μm to 3,000 μm; a hardness of the cosmetic-supporting structure is 2 to 15 kPa; and a hardness of the reticulated porous foam is 0.5 to 15 kPa. a reticulated porous foam serving as an inner frame; and a silicone coating layer on surfaces of the foam contained in the foam, the silicone coating layer serving as an outer frame; wherein: a weight ratio of the reticulated porous foam and the silicone coating layer is 1:0.25 to 1:9; a thickness of the silicone coating layer is 1 μm to 100 μm; a pore size of the reticulated porous foam is 30 μm to 3,000 μm; a hardness of the cosmetic-supporting structure is 2 to 15 kPa; and a hardness of the reticulated porous foam is 0.5 to 15 kPa. a weight ratio of the reticulated porous foam and the silicone coating layer is 1:0.25 to 1:9; a thickness of the silicone coating layer is 1 μm to 100 μm; a pore size of the reticulated porous foam is 30 μm to 3,000 μm; a hardness of the cosmetic-supporting structure is 2 to 15 kPa; and a hardness of the reticulated porous foam is 0.5 to 15 kPa.
An optical scanning system for imaging a substrate, comprising: (a) a stage, said stage capable of moving along an axis, said stage configured to hold said substrate comprising a plurality of fields; (b) an objective lens; (c) a camera in optical communication with said plurality of fields via an optical path directed through said objective lens, wherein said camera is capable of acquiring an image of one of said plurality of fields via said optical path; (d) a velocity tracking mirror mounted along said optical path; (e) an electrical motor operably coupled to said velocity tracking mirror to adjust an angle of said velocity tracking mirror along said axis; (f) a controller module operably coupled to said electrical motor to send a driving signal to said electrical motor, wherein said driving signal is a function of a velocity measurement of said stage movement along said axis; and (g) an acceleration tracking mirror mounted along said optical path, wherein the optical scanning system is configured such that said velocity tracking mirror moves in response to a velocity of said stage and such that said acceleration tracking mirror moves in response to deviations of a velocity of said stage reducing a tracking error of said plurality of fields by said camera as compared to an absence of movement of said acceleration tracking mirror. (a) a stage, said stage capable of moving along an axis, said stage configured to hold said substrate comprising a plurality of fields; (b) an objective lens; (c) a camera in optical communication with said plurality of fields via an optical path directed through said objective lens, wherein said camera is capable of acquiring an image of one of said plurality of fields via said optical path; (d) a velocity tracking mirror mounted along said optical path; (e) an electrical motor operably coupled to said velocity tracking mirror to adjust an angle of said velocity tracking mirror along said axis; (f) a controller module operably coupled to said electrical motor to send a driving signal to said electrical motor, wherein said driving signal is a function of a velocity measurement of said stage movement along said axis; and (g) an acceleration tracking mirror mounted along said optical path, wherein the optical scanning system is configured such that said velocity tracking mirror moves in response to a velocity of said stage and such that said acceleration tracking mirror moves in response to deviations of a velocity of said stage reducing a tracking error of said plurality of fields by said camera as compared to an absence of movement of said acceleration tracking mirror.
An isolated catalytic antibody or fragment thereof immunologically specific for misfolded transthyretin for use in the treatment of transthyretin amyloidosis, wherein said misfolded transthyretin is transthyretin misfolded into soluble oligomers or particulate amyloid with β-structure, wherein said catalytic antibody catalyzes the hydrolysis of said misfolded transthyretin but not physiologically folded TTR, and wherein said catalytic antibody contains a nucleophilic site with peptide bond hydrolyzing activity that is inhibited by a serine protease inhibitor.
A system for mounting a gas turbine engine to a pylon and for detecting a failure within the system, the gas turbine engine comprising a first case, comprising: a first mount configured to connect the first case to a pylon; and a first sensor configured to detect a first relative motion between the first case and the first mount; characterised in that the first mount includes a first mount beam configured for attachment to the pylon and a first flange configured for attachment to the first case, a first link configured to connect the first mount beam to the first flange and a second link configured to connect the first mount beam to the first flange; and the first sensor includes a first proximity switch mounted to the first mount beam and a first target mounted to the first flange, the first target moving away from the first proximity switch in response to the first relative motion between the first case and the first mount. a first mount configured to connect the first case to a pylon; and a first sensor configured to detect a first relative motion between the first case and the first mount; characterised in that the first mount includes a first mount beam configured for attachment to the pylon and a first flange configured for attachment to the first case, a first link configured to connect the first mount beam to the first flange and a second link configured to connect the first mount beam to the first flange; and the first sensor includes a first proximity switch mounted to the first mount beam and a first target mounted to the first flange, the first target moving away from the first proximity switch in response to the first relative motion between the first case and the first mount.
An audio signal classification method, comprising: determining, according to voice activity of a current audio frame, whether to obtain a frequency spectrum fluctuation of the current audio frame and store the frequency spectrum fluctuation in a frequency spectrum fluctuation memory, wherein the frequency spectrum fluctuation denotes an energy fluctuation of a frequency spectrum of an audio signal; updating, according to whether the audio frame is percussive music, frequency spectrum fluctuations stored in the frequency spectrum fluctuation memory; and classifying the current audio frame as a speech frame or a music frame according to statistics of a part or all of effective data of the frequency spectrum fluctuations stored in the frequency spectrum fluctuation memory. determining, according to voice activity of a current audio frame, whether to obtain a frequency spectrum fluctuation of the current audio frame and store the frequency spectrum fluctuation in a frequency spectrum fluctuation memory, wherein the frequency spectrum fluctuation denotes an energy fluctuation of a frequency spectrum of an audio signal; updating, according to whether the audio frame is percussive music, frequency spectrum fluctuations stored in the frequency spectrum fluctuation memory; and classifying the current audio frame as a speech frame or a music frame according to statistics of a part or all of effective data of the frequency spectrum fluctuations stored in the frequency spectrum fluctuation memory.
A stool specimen test device comprising a sampling verification section, a sample suction section for collecting a sample from a sampling container and delivering the collected sample to the sampling verification section, the sampling verification section configured to detect a sample without a collected stool specimen based on a comparison result of the absorbance of the sample measured at a first wavelength and a threshold determined in advance, wherein the threshold is determined based on the absorbance of a solution in which the collected stool specimen is suspended measured at the first wavelength, and a sample test section for detecting fecal occult blood contained in the sample, wherein the sample contains a sampling buffer and can further contain a stool specimen.
Engine control valve comprising a rotary actuator, a valve shutter and a movement conversion device designed to convert the rotational movement of the actuator into a translational movement of the valve shutter, said device comprising a tubular wall and a constant-pitch helical connection for driving the translational movement of the valve shutter, the valve being characterized in that the helical connection comprises a camway of constant pitch, said camway comprising a track formed by an opening formed in said tubular wall.