mhurhangee/ep-ind-claims huggingface dataset:
A coupling piece for connecting two containers stacked on top of each other aboard of ships, comprising: a first coupling projection, insertable and pre-lockable in a lower corner fitting of the upper container; a second coupling projection, adapted to engage in an upper corner fitting of the lower container in a coupled state; a bearing face at a locking head of the first coupling projection, which is adapted to rest on an inner rim at the lower corner fitting of the upper container in the coupled state; and a spacer of the first coupling projection, such that the coupling piece is insertable in the lower corner fitting of the upper container in a particular orientation only; characterized in that the spacer comprises a bearing face which is aligned with the bearing face of the first coupling projection and also adapted to rest on the inner rim of the lower corner fitting of the upper container in the coupled state, such that the bearing face of the first coupling projection and the bearing face of the spacer form a uniform bearing face for the locking head and the overall length of the locking head is larger than the length of the straight edges on the sides of an oblong hole in the corner fitting. a first coupling projection, insertable and pre-lockable in a lower corner fitting of the upper container; a second coupling projection, adapted to engage in an upper corner fitting of the lower container in a coupled state; a bearing face at a locking head of the first coupling projection, which is adapted to rest on an inner rim at the lower corner fitting of the upper container in the coupled state; and a spacer of the first coupling projection, such that the coupling piece is insertable in the lower corner fitting of the upper container in a particular orientation only; characterized in that the spacer comprises a bearing face which is aligned with the bearing face of the first coupling projection and also adapted to rest on the inner rim of the lower corner fitting of the upper container in the coupled state, such that the bearing face of the first coupling projection and the bearing face of the spacer form a uniform bearing face for the locking head and the overall length of the locking head is larger than the length of the straight edges on the sides of an oblong hole in the corner fitting.
An active de-aerator for an aircraft engine, comprising: a housing having an air-oil inlet, an oil outlet and an air outlet; an impeller received within and rotatable relative to the housing about a central axis; a first journal bearing on a first side of the impeller for rotatably supporting the impeller relative to the housing; and a second journal bearing on a second side of the impeller for rotatably supporting the impeller relative to the housing, the second side being opposite the first side; wherein the housing has a portion defining a first bore supporting the impeller, characterized by the housing also defining a second bore defining an annular wall, the first and second bores (BH1, BH2) located respectively on the first and the second sides of the impeller, the impeller defining a tube extending along the central axis and received within the second bore and a flange wall extending about the tube and axially along the central axis, the annular wall located radially between the tube and the flange wall, a seal interfacing with a periphery of the tube and an inner periphery of the annular wall, the flange wall and an outer periphery of the annular wall defining the second journal bearing. a housing having an air-oil inlet, an oil outlet and an air outlet; an impeller received within and rotatable relative to the housing about a central axis; a first journal bearing on a first side of the impeller for rotatably supporting the impeller relative to the housing; and a second journal bearing on a second side of the impeller for rotatably supporting the impeller relative to the housing, the second side being opposite the first side; wherein the housing has a portion defining a first bore supporting the impeller, characterized by the housing also defining a second bore defining an annular wall, the first and second bores (BH1, BH2) located respectively on the first and the second sides of the impeller, the impeller defining a tube extending along the central axis and received within the second bore and a flange wall extending about the tube and axially along the central axis, the annular wall located radially between the tube and the flange wall, a seal interfacing with a periphery of the tube and an inner periphery of the annular wall, the flange wall and an outer periphery of the annular wall defining the second journal bearing.
A composition comprising: a partially double-stranded polynucleotide molecule having a top strand and a bottom strand, wherein: (a) the top strand comprises a first sequence; and (b) the bottom strand comprises: (i) a second sequence, wherein the second sequence is complementary to the first sequence; (ii) a third sequence joined to the 3' end of the second sequence at a junction and comprising a sequence of at least 4 degenerate nucleotides; and (iii) a site-specific cleavable sequence or a site-specific cleavable nucleotide at or near the junction between the second and third sequences. (a) the top strand comprises a first sequence; and (b) the bottom strand comprises: (i) a second sequence, wherein the second sequence is complementary to the first sequence; (ii) a third sequence joined to the 3' end of the second sequence at a junction and comprising a sequence of at least 4 degenerate nucleotides; and (iii) a site-specific cleavable sequence or a site-specific cleavable nucleotide at or near the junction between the second and third sequences. (i) a second sequence, wherein the second sequence is complementary to the first sequence; (ii) a third sequence joined to the 3' end of the second sequence at a junction and comprising a sequence of at least 4 degenerate nucleotides; and (iii) a site-specific cleavable sequence or a site-specific cleavable nucleotide at or near the junction between the second and third sequences.
A high-peak-power laser pulse generation system, comprising: - at least one first light source for emitting first laser pulses (I L) comprising one or more laser line(s); - a fiber device for transporting said first laser pulses, comprising at least one first multimode fiber with a single core designed to receive said first laser pulses; - a module for temporally shaping said first laser pulses, arranged upstream of the fiber device, configured so as to reduce the power spectral density of said first laser pulses by reducing the temporal coherence, wherein the laser pulse generation system is characterized in that: - said first laser pulses (I L) are nanosecond laser pulses, and - said temporal shaping module comprises a rotating reflective device (22 - 25) rotating about a given axis of rotation, configured so as to reflect said first laser pulses (I L) with Doppler spectral broadening. - at least one first light source for emitting first laser pulses (I L) comprising one or more laser line(s); - a fiber device for transporting said first laser pulses, comprising at least one first multimode fiber with a single core designed to receive said first laser pulses; - a module for temporally shaping said first laser pulses, arranged upstream of the fiber device, configured so as to reduce the power spectral density of said first laser pulses by reducing the temporal coherence, wherein the laser pulse generation system is characterized in that: - said first laser pulses (I L) are nanosecond laser pulses, and - said temporal shaping module comprises a rotating reflective device (22 - 25) rotating about a given axis of rotation, configured so as to reflect said first laser pulses (I L) with Doppler spectral broadening. - said first laser pulses (I L) are nanosecond laser pulses, and - said temporal shaping module comprises a rotating reflective device (22 - 25) rotating about a given axis of rotation, configured so as to reflect said first laser pulses (I L) with Doppler spectral broadening.
An iron powder for dust cores comprising: an iron powder; and an oxide film provided on the surface thereof, wherein the oxide film consists substantially of a Si-based oxide in which an atomic number ratio of Si to Fe satisfies Si/Fe≥1.1, the weight ratio of SiO 2 to Fe 2 SiO 4 is seven times or more, and the Si-based oxide contains 60 mass percent or more of SiO 2.
An attachment device for a heating apparatus comprising: a housing, the housing having a through bore, the through bore being configured to allow a fluid conduit to pass through the housing, and a heat source member receiving section, the heat source member receiving section being configured to receive at least a portion of a heat source member therein; and a thermal connection member, the thermal connection member being arranged such that, in use, the thermal connection member is engagable with both the fluid conduit passing through the housing and at least a portion of the heat source member located within the housing, wherein the housing is formed from at least two pieces (12d, 12e); characterised in that the housing includes a locking member that locks each piece (12d, 12e) of the housing together; and wherein the locking member is operable to bias the thermal connection member into engagement with the fluid conduit and/or the heat source member. a housing, the housing having a through bore, the through bore being configured to allow a fluid conduit to pass through the housing, and a heat source member receiving section, the heat source member receiving section being configured to receive at least a portion of a heat source member therein; and a thermal connection member, the thermal connection member being arranged such that, in use, the thermal connection member is engagable with both the fluid conduit passing through the housing and at least a portion of the heat source member located within the housing, wherein the housing is formed from at least two pieces (12d, 12e); characterised in that the housing includes a locking member that locks each piece (12d, 12e) of the housing together; and
A cosmetic foundation composition for caring for and making up the skin, in the form of a foam characterized in that its viscosity at 25°C and atmospheric pressure is between 50 000 and 500 000 mPa.s, and its density at 25°C and atmospheric pressure is between 0.8 and 1.2 g/cm 3, said composition comprising: - from 35% to 75% of at least one volatile oil, - from 1% to 6% of at least one crosslinked silicone polymer obtained by reaction of a first organopolysiloxane comprising at least one -Si-H group in an end position with a second organopolysiloxane comprising at least two vinyl groups, said crosslinked silicone polymer being a polysilicone-11 in gelified form, - from 0.5% to 5% of one organomodified clay which is an hectorite modified with a quaternary alkylammonium chloride, - less than 5% of water, - less than 1% of solid fatty compound(s), the mass ratio between the polysilicone-11 and the organomodified hectorite being between 1/1 and 10/1, and the percentages being expressed on a mass basis relative to the mass of said composition. - from 35% to 75% of at least one volatile oil, - from 1% to 6% of at least one crosslinked silicone polymer obtained by reaction of a first organopolysiloxane comprising at least one -Si-H group in an end position with a second organopolysiloxane comprising at least two vinyl groups, said crosslinked silicone polymer being a polysilicone-11 in gelified form, - from 0.5% to 5% of one organomodified clay which is an hectorite modified with a quaternary alkylammonium chloride, - less than 5% of water, - less than 1% of solid fatty compound(s),
A copolymer comprising: • 83 - 99.95 wt% of the bicyclic (meth)acrylate esters (a), • 0.05 to 12 wt% of styrene (b), and • 0 to 19 wt% of ethylenically unsaturated monomers that are not monomer (a) or (b), up to a total of 100 wt%, wherein the weight percentages of the monomer are based on the total weight of all the monomers. • 83 - 99.95 wt% of the bicyclic (meth)acrylate esters (a), • 0.05 to 12 wt% of styrene (b), and • 0 to 19 wt% of ethylenically unsaturated monomers that are not monomer (a) or (b),
An apparatus, comprising: a first flow panel including a base member, a first cover and a second cover, a first surface of the base member defining a first plurality of microchannels within which a first portion of a gas can flow in a first direction, a second surface of the base member defining a second plurality of microchannels within which a second portion of the gas can flow in a first direction, the first cover coupled to the first surface to form a boundary for the first plurality of microchannels, the second cover coupled to the second surface to form a boundary for the second plurality of microchannels, the first flow panel coupled to a second flow panel to define a first heat transfer passageway between the first cover of the first flow panel and a cover of the second flow panel, within which a heat transfer medium can be conveyed in a second direction, the second direction opposite the first direction, the first flow panel coupled to a third flow panel to define a second heat transfer passageway between the second cover of the first flow panel and a cover of the second flow panel, within which the heat transfer medium can be conveyed in the second direction. a first flow panel including a base member, a first cover and a second cover, a first surface of the base member defining a first plurality of microchannels within which a first portion of a gas can flow in a first direction, a second surface of the base member defining a second plurality of microchannels within which a second portion of the gas can flow in a first direction, the first cover coupled to the first surface to form a boundary for the first plurality of microchannels, the second cover coupled to the second surface to form a boundary for the second plurality of microchannels, the first flow panel coupled to a second flow panel to define a first heat transfer passageway between the first cover of the first flow panel and a cover of the second flow panel, within which a heat transfer medium can be conveyed in a second direction, the second direction opposite the first direction, the first flow panel coupled to a third flow panel to define a second heat transfer passageway between the second cover of the first flow panel and a cover of the second flow panel, within which the heat transfer medium can be conveyed in the second direction.
Watch winding device, either for mechanical watches or electronic watches with a mechanical energy source, comprising at least one energy source, arranged to power at least one motor, arranged either to turn the winding crown of a manually wound watch, or to drive at least one oscillating weight of a self-winding automatic watch, or to rock at least one self-winding automatic watch, said device comprising control means which include first acoustic measuring means which incorporate sensor means for acoustic measurement of the oscillator of at least one watch placed in the winding position, said control means being arranged to analyse signals transmitted by said first acoustic measuring means and to compare said signals to desired values which can be parameterized to regulate the operation of at least one said motor by starting said motor when the operating amplitude of said oscillator is less than or equal to a first, minimum value, and by stopping said motor when the operating amplitude of said oscillator is higher than or equal to a second, maximum value, characterized in that said first acoustic measuring means are arranged in a fixed position in a base behind an entry orifice, in that said device includes at least one acoustic duct, which places a receiving port located inside a chamber for housing a watch, in communication with a transmitting port, and in that said control means control drive means, which determine the motion and position in space of said transmitting port, in order, during a programmed or user-initiated operation to measure the rate of a watch fixed inside said housing, to position and immobilise said transmitting port in an indexing position facing said sensing opening and in immediate proximity to the latter or to the contact thereof.
A computer implemented information processing method, comprising: encoding an input sequence by using a low-density parity-check, LDPC, matrix, to obtain a bit sequence D, wherein a base matrix of the LDPC matrix is represented as a matrix of m rows and n columns, each column corresponds to a group of Z consecutive bits in the bit sequence D, and n and Z are both integers greater than 1; and obtaining an output bit sequence based on a bit sequence V, wherein the bit sequence V is obtained by permuting at least two groups of bits corresponding to at least two parity check columns in the bit sequence D, the at least two parity check columns are at least two of column (n-m) to column (n-1) of the base matrix, such that group j of Z consecutive bits in the bit sequence V is group P(j) of Z consecutive bits in the bit sequence D, j is an integer, and 0 ≤ j < n; wherein the at least two parity check columns are at least two columns in { P ( a + i)|0 ≤ i < 6} of the base matrix, and { P ( a + i)|0 ≤ i < 6} = {22, 23, 24, 25, 26, 27}; and the bit sequence V is obtained by permuting at least two groups of Z consecutive bits in { P ( a + i)|0 ≤ i < 6} in the bit sequence D, a = 20 or 22 and is the start group number of the parity check columns in the bit sequence V. encoding an input sequence by using a low-density parity-check, LDPC, matrix, to obtain a bit sequence D, wherein a base matrix of the LDPC matrix is represented as a matrix of m rows and n columns, each column corresponds to a group of Z consecutive bits in the bit sequence D, and n and Z are both integers greater than 1; and obtaining an output bit sequence based on a bit sequence V, wherein the bit sequence V is obtained by permuting at least two groups of bits corresponding to at least two parity check columns in the bit sequence D, the at least two parity check columns are at least two of column (n-m) to column (n-1) of the base matrix, such that group j of Z consecutive bits in the bit sequence V is group P(j) of Z consecutive bits in the bit sequence D, j is an integer, and 0 ≤ j < n; wherein the at least two parity check columns are at least two columns in { P ( a + i)|0 ≤ i < 6} of the base matrix, and { P ( a + i)|0 ≤ i < 6} = {22, 23, 24, 25, 26, 27}; and the bit sequence V is obtained by permuting at least two groups of Z consecutive bits in { P ( a + i)|0 ≤ i < 6} in the bit sequence D, a = 20 or 22 and is the start group number of the parity check columns in the bit sequence V.
A sound reducing system comprising at least one sound reducing speaker for radiating a sound wave for sound reduction, a support, a difference microphone, and a controller, wherein the at least one sound reducing speaker comprises a piezoelectric speaker which is supported by the support, the piezoelectric speaker comprises a piezoelectric film, a fixing face (17, 117) in contact with the support, and a film holding portion (55, 155) disposed between the piezoelectric film and the fixing face (17, 117), the difference microphone is configured to be disposed in a region where sound should be reduced and to detect sound in the region, such that when a sound wave to be canceled out arrives at the region from a noise source and has a second waveform in the region, a control is performed using the difference microphone and the controller so that the piezoelectric speaker radiates a sound wave having, on the arrival at the region, a first waveform whose phase is opposite to that of the waveform, characterized in that the film holding portion (55, 155) comprises a first pressure-sensitive adhesive layer and the fixing face (17, 117) is formed of a surface of the first pressure-sensitive adhesive layer, the film holding portion (55, 155) comprises an interposed layer, the film holding portion (55, 155) further comprises a second pressure-sensitive adhesive or second adhesive layer, and the second pressure-sensitive adhesive or second adhesive layer is disposed between the interposed layer and the piezoelectric film. the at least one sound reducing speaker comprises a piezoelectric speaker which is supported by the support, the piezoelectric speaker comprises a piezoelectric film, a fixing face (17, 117) in contact with the support, and a film holding portion (55, 155) disposed between the piezoelectric film and the fixing face (17, 117), the difference microphone is configured to be disposed in a region where sound should be reduced and to detect sound in the region, such that when a sound wave to be canceled out arrives at the region from a noise source and has a second waveform in the region, a control is performed using the difference microphone and the controller so that the piezoelectric speaker radiates a sound wave having, on the arrival at the region, a first waveform whose phase is opposite to that of the waveform, characterized in that the film holding portion (55, 155) comprises a first pressure-sensitive adhesive layer and the fixing face (17, 117) is formed of a surface of the first pressure-sensitive adhesive layer, the film holding portion (55, 155) comprises an interposed layer, the film holding portion (55, 155) further comprises a second pressure-sensitive adhesive or second adhesive layer, and the second pressure-sensitive adhesive or second adhesive layer is disposed between the interposed layer and the piezoelectric film.
Method (200; 300; 400) to control equipment for the detection of harmonic currents fitted to a railway vehicle, characterized in that it comprises at least one iteration of the following steps: - determination of the presence or otherwise of at least one track circuit on at least one section of a railway track, and - activation or deactivation (214, 218), based on said determination, of said equipment for the detection of harmonic currents at least on said section of said railway track. - determination of the presence or otherwise of at least one track circuit on at least one section of a railway track, and - activation or deactivation (214, 218), based on said determination, of said equipment for the detection of harmonic currents at least on said section of said railway track.