mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a housing having a base plate and a sidewall, the sidewall having a shape bent and extended from an end of the base plate; a duct in the base plate that is parallel to a surface of the base plate and having an external end open to the sidewall of the housing and wherein the electronic device is arranged so that water is able to flow in the duct; a speaker placed on an internal surface of the base plate to cover at least a portion of the duct, wherein a sound wave is emitted from the speaker via the duct to the outside through the external end; a waterproof sheet disposed between the duct and the speaker to protect the speaker; and wherein the waterproof sheet covers whole of an acoustic emission area of the speaker. a housing having a base plate and a sidewall, the sidewall having a shape bent and extended from an end of the base plate; a duct in the base plate that is parallel to a surface of the base plate and having an external end open to the sidewall of the housing and wherein the electronic device is arranged so that water is able to flow in the duct; a speaker placed on an internal surface of the base plate to cover at least a portion of the duct, wherein a sound wave is emitted from the speaker via the duct to the outside through the external end; a waterproof sheet disposed between the duct and the speaker to protect the speaker; and wherein the waterproof sheet covers whole of an acoustic emission area of the speaker.
A method for determining shadow flicker at a residence and identifying a wind turbine in a wind park with a plurality of wind turbines causing the shadow flicker, the method comprising the steps of: - determine the presence of shadow flicker at the residence and generating flicker data representative of the shadow flicker, - identify at least one target wind turbine potentially causing shadow flicker at the residence based on the wind turbine position and the position of the sun, - generate operational data from the at least one target wind turbine, - verify that the shadow flicker is generated by the at least one target wind turbine by comparing the flicker data and the operational data characterized in that each wind turbine comprises a rotor, and the operational data comprises the angular position of a blade of the rotor of the at least one target wind turbine. - determine the presence of shadow flicker at the residence and generating flicker data representative of the shadow flicker, - identify at least one target wind turbine potentially causing shadow flicker at the residence based on the wind turbine position and the position of the sun, - generate operational data from the at least one target wind turbine, - verify that the shadow flicker is generated by the at least one target wind turbine by comparing the flicker data and the operational data characterized in that each wind turbine comprises a rotor, and the operational data comprises the angular position of a blade of the rotor of the at least one target wind turbine.
Lubrication device for coupling, comprising a body provided at one longitudinal end with an ejection head extending along a longitudinal axis, the body comprising a circumferential face and a main channel capable of conveying a lubrication fluid to the ejection head, the ejection head having an ejection orifice arranged to eject the lubrication fluid from the main channel, this ejection orifice defining an ejection direction and opening onto an end face of the ejection head, the end face being oriented relative to the longitudinal axis of the ejection head such as to guide the lubrication fluid to flow towards the circumferential face up to a stall strip partly delimiting the end face, characterised in that it comprises means (34, 5) for guiding the lubrication fluid towards the stall strip.
An opening/closing body drive device, comprising: a drive mechanism that moves an opening/closing body between an opening position and a closing position relative to a frame portion having an opening; a control unit for controlling the drive mechanism; a light source unit comprising a light emitting element emitting a non-visible light and radiating the non-visible light to a detection line formed of a retroreflective material along at least a part of the frame portion; and a camera comprising an incident lens (71a, 71A) into which the non-visible light radiated from the light source unit and reflected by the detection line enters, wherein the control unit comprises a detection means for detecting a blocked state in which at least a part of the detection line imaged by the camera is blocked by a foreign object, and a pinching prevention means that forces the drive mechanism to perform a pinch prevention operation for preventing pinching by the opening/closing body when the blocked state is detected by the detection means while the opening/closing body is moved by the drive mechanism, characterized in that the incident lens (71a, 71A) is formed non-circular by cutting off an end of the incident lens when viewed in an optical axis direction thereof, and that at least a part of the light source unit is arranged in a region where the end of the incident lens (71a, 71A) is cut off. a drive mechanism that moves an opening/closing body between an opening position and a closing position relative to a frame portion having an opening; a control unit for controlling the drive mechanism; a light source unit comprising a light emitting element emitting a non-visible light and radiating the non-visible light to a detection line formed of a retroreflective material along at least a part of the frame portion; and a camera comprising an incident lens (71a, 71A) into which the non-visible light radiated from the light source unit and reflected by the detection line enters, wherein the control unit comprises a detection means for detecting a blocked state in which at least a part of the detection line imaged by the camera is blocked by a foreign object, and a pinching prevention means that forces the drive mechanism to perform a pinch prevention operation for preventing pinching by the opening/closing body when the blocked state is detected by the detection means while the opening/closing body is moved by the drive mechanism, characterized in that the incident lens (71a, 71A) is formed non-circular by cutting off an end of the incident lens when viewed in an optical axis direction thereof, and that at least a part of the light source unit is arranged in a region where the end of the incident lens (71a, 71A) is cut off.
A fuel tank connector attached to a fuel tank for connecting a ventilation flow path thereof to the fuel tank, comprising: an upper chamber including a first communication portion relative to the ventilation flow path; and a lower chamber including a second communication portion relative to the fuel tank and a third communication portion relative to the upper chamber, wherein a bowl-shaped portion is formed in a bottom portion of the upper chamber, and the third communication portion is formed in a bottom of the bowl-shaped portion, and a cover body having a container shape, including a top portion and a side portion and opening at a lower face is supported directly above the third communication portion with a ventilation interval between an open edge thereof and the third communication portion, wherein the open edge of the cover body is located at a position same as an upper end of the bowl-shaped portion, or at a position lower than the upper end of the bowl-shaped portion, characterized in that the bowl-shaped portion narrows downward. an upper chamber including a first communication portion relative to the ventilation flow path; and a lower chamber including a second communication portion relative to the fuel tank and a third communication portion relative to the upper chamber, wherein a bowl-shaped portion is formed in a bottom portion of the upper chamber, and the third communication portion is formed in a bottom of the bowl-shaped portion, and a cover body having a container shape, including a top portion and a side portion and opening at a lower face is supported directly above the third communication portion with a ventilation interval between an open edge thereof and the third communication portion, wherein the open edge of the cover body is located at a position same as an upper end of the bowl-shaped portion, or at a position lower than the upper end of the bowl-shaped portion, characterized in that the bowl-shaped portion narrows downward.
Planet-carrier for a mechanical reduction gear of a turbine engine, in particular of an aircraft, said planet-carrier comprising a cage defining an internal housing intended to receive a central sun gear with an axis of rotation X, and an annular row of planet gears arranged around the sun gear, said cage comprising two annular radial walls (14a, 14b) with respect to said axis X, and connected to one another at their outer periphery by a cylindrical wall of axis X, at least one of these radial walls comprising a mounting orifices of the axes of said planet gears, and the cylindrical wall comprising through-holes of the passage of the gearings of the planet gears so that they may engage with a gearing of the ring gear, which is intended to extend around the planet gears and the cage, characterised in that it comprises first and second independent lubrication circuits (15a, 15b), the first circuit comprising a first oil inlet connected by a first annular oil chamber extending around the axis X to ducts supplying oil to said axes of the planet gears, and the second circuit comprising an second oil inlet connected by a second annular oil chamber extending around the axis X to channels supplying oil to the gearings of the planet gears with the ring gear, and in that said cage, first and second inlets, said ducts, said channels and at least a portion of said first and second chambers are formed of a single part.
A multi-input-driving loudspeaker, comprising a frame, a diaphragm arranged on the frame, three or more input driving mechanisms, the three or more input driving mechanisms are arranged at equal intervals along a circumference, each input driving mechanism comprises a voice coil and a magnetic circuit assembly for driving the voice coil to vibrate; a plurality of magnetic circuit mounting holes are arranged on the frame, and at most one magnetic circuit assembly is arranged at each magnetic circuit mounting hole; the multi-input driving loudspeaker being characterized in that a plurality of voice coil mounting holes are arranged on the diaphragm, and at most one voice coil is provided at each voice coil mounting hole; each of the input driving mechanisms further comprises a damper, and each of the voice coils is sleeved with one of the dampers, the frame has a plurality of flanges surrounding the magnetic circuit mounting holes, and each of the dampers and each of the flanges cooperate with each other so that each damper is retained by an inner wall of one of the respective flanges; a plurality of reinforcing ribs are arranged on the diaphragm, the plurality of reinforcing ribs are arranged at equal intervals along a circumferential direction of the diaphragm, each of the reinforcing ribs extends along a radial direction of the diaphragm, where the reinforcing ribs are located between the voice coil mounting holes. a plurality of magnetic circuit mounting holes are arranged on the frame, and at most one magnetic circuit assembly is arranged at each magnetic circuit mounting hole; the multi-input driving loudspeaker being characterized in that a plurality of voice coil mounting holes are arranged on the diaphragm, and at most one voice coil is provided at each voice coil mounting hole; each of the input driving mechanisms further comprises a damper, and each of the voice coils is sleeved with one of the dampers, the frame has a plurality of flanges surrounding the magnetic circuit mounting holes, and each of the dampers and each of the flanges cooperate with each other so that each damper is retained by an inner wall of one of the respective flanges; a plurality of reinforcing ribs are arranged on the diaphragm, the plurality of reinforcing ribs are arranged at equal intervals along a circumferential direction of the diaphragm, each of the reinforcing ribs extends along a radial direction of the diaphragm, where the reinforcing ribs are located between the voice coil mounting holes.
An encapsulation method for producing microparticles comprising forming an emulsion or double emulsion comprising a dispersed phase comprising an agent, a polymer, and a first solvent for the polymer, in a continuous process medium, wherein the continuous process medium comprises at least one salt and at least one second solvent, wherein the salt is in a high salt concentration in the continuous process medium of 2.0 M, and extracting the first solvent from the dispersed phase to form the microparticles, wherein the second solvent is in a saturating amount in the continuous process medium; wherein the first solvent comprises ethyl acetate or methylene chloride; wherein the second solvent comprises ethyl acetate or methylene chloride; wherein the first and second solvents are the same solvent; and wherein the microparticles have an angle of repose of ≤ 35, as measured using a Hele-Shaw cell.
An integrated device comprising: a plurality of waveguides, including a first group of waveguides and a second group of waveguides, the first group having fewer waveguides than the second group; a grating coupler having a grating region; a plurality of output waveguides configured to optically couple with the grating coupler, the plurality of output waveguides being arranged at a side of the grating region,, the output waveguides having different widths at the side of the grating region, wherein the plurality of output waveguides includes a first output waveguide optically coupled to the first group of waveguides and a second output waveguide optically coupled to the second group of waveguides, and wherein the first output waveguide is positioned more proximate to an edge of the side of the grating region than the second output waveguide and has a smaller width at the side of the grating region than the second output waveguide; and a plurality of optical splitters positioned between the first output waveguide and the first group of waveguides and between the second output waveguide and the second group of waveguides. a plurality of waveguides, including a first group of waveguides and a second group of waveguides, the first group having fewer waveguides than the second group; a grating coupler having a grating region; a plurality of output waveguides configured to optically couple with the grating coupler, the plurality of output waveguides being arranged at a side of the grating region,, the output waveguides having different widths at the side of the grating region, wherein the plurality of output waveguides includes a first output waveguide optically coupled to the first group of waveguides and a second output waveguide optically coupled to the second group of waveguides, and wherein the first output waveguide is positioned more proximate to an edge of the side of the grating region than the second output waveguide and has a smaller width at the side of the grating region than the second output waveguide; and a plurality of optical splitters positioned between the first output waveguide and the first group of waveguides and between the second output waveguide and the second group of waveguides.
An ethylene copolymer characterized by: a melt index of less than or equal to about 10 g/10 min; a density in a range from about 0.90 g/cm 3 to about 0.935 g/cm 3; and a ratio of Mw/Mn in a range from about 2.5 to about 8; and having the following polymer fractions in an ATREF test: from about 1 to about 18 wt. % of the polymer eluted below a temperature of 40 °C; from about 1 to about 15 wt. % of the polymer eluted between 76 and 86 °C; from about 27 to about 60 wt. % of the polymer eluted above a temperature of 86 °C; and the remaining percentage of the polymer eluted between 40 and 76 °C. a melt index of less than or equal to about 10 g/10 min; a density in a range from about 0.90 g/cm 3 to about 0.935 g/cm 3; and a ratio of Mw/Mn in a range from about 2.5 to about 8; and having the following polymer fractions in an ATREF test: from about 1 to about 18 wt. % of the polymer eluted below a temperature of 40 °C; from about 1 to about 15 wt. % of the polymer eluted between 76 and 86 °C; from about 27 to about 60 wt. % of the polymer eluted above a temperature of 86 °C; and the remaining percentage of the polymer eluted between 40 and 76 °C. from about 1 to about 18 wt. % of the polymer eluted below a temperature of 40 °C; from about 1 to about 15 wt. % of the polymer eluted between 76 and 86 °C; from about 27 to about 60 wt. % of the polymer eluted above a temperature of 86 °C; and the remaining percentage of the polymer eluted between 40 and 76 °C.
A method for multi-user multiplexing for block transmissions, comprising: generating a first user signal comprising a plurality of first samples in time domain, the plurality of first samples are generated based on a first discrete-time baseband signal and a first predetermined guard period; performing a first discrete Fourier transform operation on the plurality of first samples to obtain a plurality of second samples in frequency domain; performing a first interleaving operation on the plurality of second samples to obtain a plurality of third samples in frequency domain; performing a first inverse-DFT (IDFT) operation on the plurality of third samples to obtain a plurality of fourth samples in time domain; performing a first time shifting on the plurality of fourth samples to obtain a plurality of shifted fourth samples; and sending a block transmission using the plurality of shifted fourth samples, and wherein the first discrete-time baseband signal comprises a modulation on conjugate-reciprocal zeros (MOCZ) symbol. generating a first user signal comprising a plurality of first samples in time domain, the plurality of first samples are generated based on a first discrete-time baseband signal and a first predetermined guard period; performing a first discrete Fourier transform operation on the plurality of first samples to obtain a plurality of second samples in frequency domain; performing a first interleaving operation on the plurality of second samples to obtain a plurality of third samples in frequency domain; performing a first inverse-DFT (IDFT) operation on the plurality of third samples to obtain a plurality of fourth samples in time domain; performing a first time shifting on the plurality of fourth samples to obtain a plurality of shifted fourth samples; and sending a block transmission using the plurality of shifted fourth samples, and wherein the first discrete-time baseband signal comprises a modulation on conjugate-reciprocal zeros (MOCZ) symbol.
Afresh air module comprising: a housing, having a fresh air passage and a mounting port communicated with the fresh air passage, wherein the housing is provided with a protruding rib, extending along a circumferential direction of the mounting port and in an annular shape; and a filter screen assembly, wherein the filter screen assembly is slidably mounted in the fresh air passage through the mounting port, the filter screen assembly comprising a filter screen bracket and a filter screen mounted on the filter screen bracket, wherein the filter screen bracket comprises: a cover member, arranged on an end of the filter screen bracket, wherein the cover member is configured to sealingly cover the mounting port; and wherein a peripheral edge of the cover member is provided with an annular flange extending outwards; wherein a surface of the annular flange facing the filter screen is abutted against the protruding rib; and wherein the cover member is plate-shaped. a housing, having a fresh air passage and a mounting port communicated with the fresh air passage, wherein the housing is provided with a protruding rib, extending along a circumferential direction of the mounting port and in an annular shape; and a filter screen assembly, wherein the filter screen assembly is slidably mounted in the fresh air passage through the mounting port, the filter screen assembly comprising a filter screen bracket and a filter screen mounted on the filter screen bracket, wherein the filter screen bracket comprises: a cover member, arranged on an end of the filter screen bracket, wherein the cover member is configured to sealingly cover the mounting port; and wherein a peripheral edge of the cover member is provided with an annular flange extending outwards; wherein a surface of the annular flange facing the filter screen is abutted against the protruding rib; and wherein the cover member is plate-shaped. a cover member, arranged on an end of the filter screen bracket, wherein the cover member is configured to sealingly cover the mounting port; and wherein a peripheral edge of the cover member is provided with an annular flange extending outwards; wherein a surface of the annular flange facing the filter screen is abutted against the protruding rib; and wherein the cover member is plate-shaped.
Hotplate with a cover plate, a plurality of heating elements (12a - 12d) arranged below the cover plate and a plurality of sensors for detecting a cookware element placed on the cover plate, wherein the sensors are arranged in a layer between the cover plate and the heating elements (12a - 12d) and a distance between adjacent sensors is less than a distance between adjacent heating elements (12a - 12d), wherein the heating elements (12a - 12d) and the sensors are arranged in a grid in each case, characterised in that the grid of the sensors is more finely-meshed than the grid of the heating elements (12a - 12d).
Sensor layer for determining temperature profiles on a skin surface, comprising a contact layer with the skin surface, wherein the sensor layer comprises a lower ply and an upper ply and the contact layer is arranged on a top side of the upper ply, and the contact layer can be in contact with the skin surface via its layer top side, wherein conductor tracks are arranged between the lower ply and the upper ply, which conductor tracks are electrically connected to a plurality of temperature sensors arranged on the top side of the upper ply, wherein each temperature sensor is connected between two conductor tracks by means of an electrical connection such that the sensor layer is formed to be flexible and a temperature difference on the skin surface can be determined via the contact layer, wherein the conductor tracks are formed by a conductive paste that is insensitive to stretching, bending, elongation and/or buckling and the conductive paste is arranged between the lower ply and the upper ply.
A breathing protector for a tracheostoma, comprising an inlet and an outlet, such that an air flow in use will pass from the surroundings of the user through said inlet to said outlet, into trachea of said user, said breathing protector comprising a filter housing, said filter housing comprising an inner housing part, an outer housing part, and a filter body; wherein the inner housing part, comprising the outlet, a tracheal tube fitting and a support structure extending longitudinally and distally from the tracheal tube fitting, wherein a base plate is arranged in a proximal zone of the tracheal tube fitting, said base plate extending radially outwards from the tracheal tube fitting; wherein the outer housing part, comprising the inlet, forming a cage enclosing the support structure; and wherein the filter body is arranged between the support structure and the outer housing part.