mhurhangee/ep-ind-claims huggingface dataset:
A can comprising: a metal can body having an edge defining a top opening into the body, the body further comprising an inwardly directed bead extending around the body adjacent to said top opening, the bead defining an upwardly facing sealing surface and an inwardly facing surface; a metal lid having a centre panel, a wall surrounding said centre panel, an outwardly directed curl at the top of said wall, the curl defining a peripherally extending channel having an opening therein, and sealing compound located within said channel and projecting through said opening; and an end closing a bottom of said can body, the can body and the lid being dimensioned to allow the lid to be press-fitted into the can body so that an outwardly facing surface of said wall opposes the inwardly facing sealing surface of said bead, whilst said sealing compound is in sealing engagement with said upwardly facing sealing surface of the bead, the lid being engaged with the can body and the can body containing a product, a partial vacuum being present within the can in order to pull the lid onto the can body, thereby compressing said sealing compound between the lid and the can body and effecting a substantially air tight seal between the lid and the can body; wherein said centre panel defines a pop-up button within a central region thereof, such that the button is depressed when the lid is engaged with the can body and a partial vacuum is present within the can and is in a raised position when the partial vacuum is released. a metal can body having an edge defining a top opening into the body, the body further comprising an inwardly directed bead extending around the body adjacent to said top opening, the bead defining an upwardly facing sealing surface and an inwardly facing surface; a metal lid having a centre panel, a wall surrounding said centre panel, an outwardly directed curl at the top of said wall, the curl defining a peripherally extending channel having an opening therein, and sealing compound located within said channel and projecting through said opening; and an end closing a bottom of said can body, the can body and the lid being dimensioned to allow the lid to be press-fitted into the can body so that an outwardly facing surface of said wall opposes the inwardly facing sealing surface of said bead, whilst said sealing compound is in sealing engagement with said upwardly facing sealing surface of the bead, the lid being engaged with the can body and the can body containing a product, a partial vacuum being present within the can in order to pull the lid onto the can body, thereby compressing said sealing compound between the lid and the can body and effecting a substantially air tight seal between the lid and the can body; wherein said centre panel defines a pop-up button within a central region thereof, such that the button is depressed when the lid is engaged with the can body and a partial vacuum is present within the can and is in a raised position when the partial vacuum is released.
A pharmaceutical composition comprising curcumin, catechin and resveratrol, wherein said curcumin, catechin and resveratrol are present in a ratio of 32:8:100, and wherein said catechin is (-)-epicatechin or a gallic acid conjugate thereof.
System for generating short optical pulses of a duration shorter than the period of the optical carrier using the principle of the parametric amplification, characterised in that it comprises: - a first generator of optical pulses (P, B1) outputting pulses with a wavelength substantially equal to λ/2 and a spectral width less than λ/3, said first generator comprising a crystal making it possible to generate a supercontinuum and a first filter advantageously arranged at the output of said crystal, said first filter enabling to select a signal centered on a frequency equal to λ/2. - a second generator of optical pulses outputting pulses of a duration less than 10 picoseconds at a wavelength substantially equal to λ/3; - a device for collinearly recombining the pulses from the first and second optical pulse generators; - a first parametric amplification device receiving the output of said recombination device as input; - a second filter extracting from the output of the first parametric amplification device a band centred about a wavelength substantially equal to λ; - a second harmonic generator receiving the output of said second filter as input and generating a band centred about a wavelength substantially equal to λ/2; - a programmable device for controlling the delay and the spectral phase (DCDP2) making it possible to temporally adjust the pulses corresponding to said bands, in such a way as to allow for the generation, by constructive interference, of a pulse with a wavelength substantially equal to λ/3 and of a duration less than the period of the optical cycle. - a first generator of optical pulses (P, B1) outputting pulses with a wavelength substantially equal to λ/2 and a spectral width less than λ/3, said first generator comprising a crystal making it possible to generate a supercontinuum and a first filter advantageously arranged at the output of said crystal, said first filter enabling to select a signal centered on a frequency equal to λ/2. - a second generator of optical pulses outputting pulses of a duration less than 10 picoseconds at a wavelength substantially equal to λ/3; - a device for collinearly recombining the pulses from the first and second optical pulse generators; - a first parametric amplification device receiving the output of said recombination device as input; - a second filter extracting from the output of the first parametric amplification device a band centred about a wavelength substantially equal to λ; - a second harmonic generator receiving the output of said second filter as input and generating a band centred about a wavelength substantially equal to λ/2; - a programmable device for controlling the delay and the spectral phase (DCDP2) making it possible to temporally adjust the pulses corresponding to said bands, in such a way as to allow for the generation, by constructive interference, of a pulse with a wavelength substantially equal to λ/3 and of a duration less than the period of the optical cycle.
A debris trap for capturing debris flowing in a stream of liquid, the debris trap comprising - a housing having a space inside the housing - a fluid inlet channel in connection with the space, - a fluid outlet channel in connection with the space, the fluid outlet channel comprising a fluid outlet port, - a float member, - a guide means configured to guide the float member's movement as liquid level in the space changes when in use, - a stopper in connection with the fluid outlet port configured to stop the float member's movement as liquid level in the space raises, characterized in that - the fluid outlet port which, when the float member is against the stopper, is configured to remain partially open and the float member, when brought against the stopper, form a fluid communication path with reduced area, which restricts the size of the debris which may flow through the outlet port. - a housing having a space inside the housing - a fluid inlet channel in connection with the space, - a fluid outlet channel in connection with the space, the fluid outlet channel comprising a fluid outlet port, - a float member, - a guide means configured to guide the float member's movement as liquid level in the space changes when in use, - a stopper in connection with the fluid outlet port configured to stop the float member's movement as liquid level in the space raises, characterized in that - the fluid outlet port which, when the float member is against the stopper, is configured to remain partially open and the float member, when brought against the stopper, form a fluid communication path with reduced area, which restricts the size of the debris which may flow through the outlet port.
Video camera assembly, comprising a movable body intended to house a camera and rotatably coupled to a base body having an elongated portion, wherein the base body has a cavity defined by a base portion of the base body and a closing wall both located at an end of the elongated portion, said closing wall having a seat defining a through hole, wherein the cavity houses a shaft on a first end of which the movable body is mounted, said first end of the shaft passing through the through hole of the closing wall and being coupled to said through hole by means of a first bearing inserted in the seat, wherein the end of the shaft opposite to the first end is supported by a second bearing, said second bearing being of the rolling type and being connected to the base body, characterized by the fact that the second bearing is inserted in an annular seat formed in a support element, said support element being removably coupled to the base portion inside the cavity, and said annular seat being made of elastically deformable material and projecting from the base portion of the cavity towards the closing wall, the first bearing is of the sliding type and comprises an annular shoulder and a body which projects axially from the shoulder, said shoulder being adapted to abut against the closing wall when the first bearing is inserted in the seat, the closing wall is made of an elastically deformable material and is removably fixed to a peripheral surface of the base portion. wherein the base body has a cavity defined by a base portion of the base body and a closing wall both located at an end of the elongated portion, said closing wall having a seat defining a through hole, wherein the cavity houses a shaft on a first end of which the movable body is mounted, said first end of the shaft passing through the through hole of the closing wall and being coupled to said through hole by means of a first bearing inserted in the seat, wherein the end of the shaft opposite to the first end is supported by a second bearing, said second bearing being of the rolling type and being connected to the base body, characterized by the fact that the second bearing is inserted in an annular seat formed in a support element, said support element being removably coupled to the base portion inside the cavity, and said annular seat being made of elastically deformable material and projecting from the base portion of the cavity towards the closing wall, the first bearing is of the sliding type and comprises an annular shoulder and a body which projects axially from the shoulder, said shoulder being adapted to abut against the closing wall when the first bearing is inserted in the seat, the closing wall is made of an elastically deformable material and is removably fixed to a peripheral surface of the base portion.
A motorized installation for maneuvering a screen having a first mobile end and a second opposite end, including at least two winding units positioned at the same first or second end of the screen, characterized in that each of the two winding units includes a winding drum associated with a driving gear motor, the winding drums being guided so as to rotate mechanically, independently of each other and in that it further includes an electronic control circuit including means for synchronization of both winding units..
A device for regulating the air flow in a pipe, comprising: - a duct suitable for being embedded in the pipe, - a flap movable as a function of the air flow entering the duct, the flap delimiting, relative to an inner surface of the duct, an air passage section, - an adjustable calibrating element mounted translatable along a transverse axis perpendicular to an axis of rotation of the flap, between a first position, in which the air flow that can pass in the device is maximal, and a second position, in which the air flow that can pass in the device is minimal, characterized in that the device comprises a sealing wall, extending between the calibrating element and an inner surface of the duct, suitable for preventing the passage of air on the side of the duct opposite the air passage section, that sealing wall being rotatable relative to the pipe under the action of the movement of the calibrating element, and in that the calibrating element comprises a front wall perpendicular to the longitudinal axis (X-X') of the duct which, in the first position of the calibrating element, does not protrude past the circumference of a front face of the duct. - a duct suitable for being embedded in the pipe, - a flap movable as a function of the air flow entering the duct, the flap delimiting, relative to an inner surface of the duct, an air passage section, - an adjustable calibrating element mounted translatable along a transverse axis perpendicular to an axis of rotation of the flap, between a first position, in which the air flow that can pass in the device is maximal, and a second position, in which the air flow that can pass in the device is minimal,
Drive with - at least one traction motor with a drive shaft, - at least one output shaft which is connected mechanically to a gear, - wherein drive shaft and output shaft are aligned substantially axially, - wherein the drive shaft and the output shaft have a first and second coupling portion (4, 5) in each instance, by way of which a torque can be transmitted from the drive shaft to the output shaft by means of mechanical coupling, - wherein each coupling portion (4, 5) is connected to its shaft (2, 3) in a rotationally fixed manner and the coupling portions (4, 5) can be coupled mechanically by being axially plugged together, characterised in that - a sealing element is fastened to the second coupling portion of the drive shaft and is moulded such that it forms a labyrinth seal by axially plugging in together with an element embodied on the first coupling portion. - at least one traction motor with a drive shaft, - at least one output shaft which is connected mechanically to a gear, - wherein drive shaft and output shaft are aligned substantially axially, - wherein the drive shaft and the output shaft have a first and second coupling portion (4, 5) in each instance, by way of which a torque can be transmitted from the drive shaft to the output shaft by means of mechanical coupling, - wherein each coupling portion (4, 5) is connected to its shaft (2, 3) in a rotationally fixed manner and the coupling portions (4, 5) can be coupled mechanically by being axially plugged together, characterised in that - a sealing element is fastened to the second coupling portion of the drive shaft and is moulded such that it forms a labyrinth seal by axially plugging in together with an element embodied on the first coupling portion.
Electrical amplifier comprising a differential preamplifier having a first output port and a second output port; a first output unit connected to the first output port of the differential preamplifier and a second output unit connected to the second output port of the differential preamplifier, the first and second output units (100, 200) being electrically arranged in parallel relative to each other; and a positive feedback loop that couples the first and second output units (100, 200) and comprises a first capacitor and a second capacitor; wherein each of the first and second output units (100, 200) comprises an emitter-follower unit (130, 230) and a bias transistor (140, 240) that is connected in series with the emitter-follower unit of its output unit; wherein an emitter of the emitter-follower unit of the first output unit is connected to a base of the bias transistor of the second output unit through the first capacitor of the positive feedback loop; wherein an emitter of the emitter-follower unit of the second output unit is connected to a base of the bias transistor of the first output unit through the second capacitor of the positive feedback loop, and wherein the emitter of the emitter-follower unit of the first output unit forms a first output port (Pout1) of the electrical amplifier. a differential preamplifier having a first output port and a second output port; a first output unit connected to the first output port of the differential preamplifier and a second output unit connected to the second output port of the differential preamplifier, the first and second output units (100, 200) being electrically arranged in parallel relative to each other; and a positive feedback loop that couples the first and second output units (100, 200) and comprises a first capacitor and a second capacitor; wherein each of the first and second output units (100, 200) comprises an emitter-follower unit (130, 230) and a bias transistor (140, 240) that is connected in series with the emitter-follower unit of its output unit; wherein an emitter of the emitter-follower unit of the first output unit is connected to a base of the bias transistor of the second output unit through the first capacitor of the positive feedback loop; wherein an emitter of the emitter-follower unit of the second output unit is connected to a base of the bias transistor of the first output unit through the second capacitor of the positive feedback loop, and wherein the emitter of the emitter-follower unit of the first output unit forms a first output port (Pout1) of the electrical amplifier.
A vehicle lavatory (1, 1'), in particular an aircraft lavatory, comprising a cabin having a circumferential wall surrounding a cabin interior space and defining a central vertical axis extending through said cabin interior space, wherein said circumferential wall includes an entrance wall section and a sanitary wall section spaced from said entrance wall section, a washstand unit extending from said sanitary wall section into said cabin interior space, wherein said washstand unit comprises a washstand top plate extending perpendicularly to said central vertical axis, wherein said washstand unit further comprises a washbasin, and a urinal unit extending from said sanitary wall section into said cabin interior space, wherein said urinal unit comprises a urinal having a urinal opening, wherein said urinal opening faces said central vertical axis and defines a urinal opening plane, wherein a urinal top surface which is perpendicular to said central vertical axis, extends in the plane of said washstand top plate, so that the urinal top surface and the washstand top plate together form a common surface, and the upper end of the urinal opening is arranged below said urinal top surface, characterized in that the washbasin is arranged in said washstand top plate.
A method comprising: receiving a first environmental measurement from a first sensor node, the first environmental measurement being provided in a representation indicating a start and stop time of at least one event; receiving a second environmental measurement from a second sensor node, the second environmental measurement being provided in a representation indicating a start and stop time of at least one event; comparing the first environmental measurement with the second environmental measurement to determine whether the first and second environmental measurements signal detection of a common event, wherein comparing the first environmental measurement to the second environmental measurement includes determining a cross-correlation between the first environmental measurement and the second environmental measurement; and identifying (116, 118) a location of the first sensor node relative to the second sensor node based on a determination from the comparison that the first and second environmental measurements detected the common event. receiving a first environmental measurement from a first sensor node, the first environmental measurement being provided in a representation indicating a start and stop time of at least one event; receiving a second environmental measurement from a second sensor node, the second environmental measurement being provided in a representation indicating a start and stop time of at least one event; comparing the first environmental measurement with the second environmental measurement to determine whether the first and second environmental measurements signal detection of a common event, wherein comparing the first environmental measurement to the second environmental measurement includes determining a cross-correlation between the first environmental measurement and the second environmental measurement; and identifying (116, 118) a location of the first sensor node relative to the second sensor node based on a determination from the comparison that the first and second environmental measurements detected the common event.
A lidar cover that covers a lidar unit mounted on a vehicle and is capable of transmitting measurement light of the lidar unit therethrough, comprising: a visible light reflection region that is a first region of the lidar cover as seen in a transmission direction of the measurement light and includes a visible light reflection layer, the visible light reflection layer reflecting at least part of visible light from outside and allowing the measurement light to transmit therethrough; and a high-transmittance region that is a second region different from the first region and has transmittance of the measurement light higher than that of the visible light reflection region. a visible light reflection region that is a first region of the lidar cover as seen in a transmission direction of the measurement light and includes a visible light reflection layer, the visible light reflection layer reflecting at least part of visible light from outside and allowing the measurement light to transmit therethrough; and a high-transmittance region that is a second region different from the first region and has transmittance of the measurement light higher than that of the visible light reflection region.
An air filter medium comprising a first porous PTFE membrane and a second porous PTFE membrane, wherein an average fiber diameter of fibers included in the first porous PTFE membrane is 0.24 to 0.45 μm, an average fiber diameter of fibers included in the second porous PTFE membrane is 0.04 to 0.23 μm, the air filter medium has a first main surface and a second main surface, and the first porous PTFE membrane and the second porous PTFE membrane are arranged so that an air flow moving from the first main surface to the second main surface passes through the first porous PTFE membrane and subsequently through the second porous PTFE membrane.
A mold block device for draining the cheese, being in the form of a tray made of plastic, aimed at being superimposed with other identical trays, so as to form a column, each of said trays comprising a plurality of perforated molds, joined and welded to each other so as to form a planar mold assembly, surrounded by a holding frame, wherein it comprises in addition a plurality of parallel crossbeams extending perpendicular between two longitudinal beams of said frame at a level lower than that in which said longitudinal beams extend, said crossbeams being each reinforced longitudinally by means of a metal insert.
A method for preparing a tissue repair material from fish scales, comprising the step of: acellularizing a fish scale; and extruding the fish scale in a desired mold for forming a flaky form, a lump form or a specific form after acellularizing the fish scale to remove most albumin and few glycosaminoglycans. acellularizing a fish scale; and extruding the fish scale in a desired mold for forming a flaky form, a lump form or a specific form after acellularizing the fish scale to remove most albumin and few glycosaminoglycans.