mhurhangee/ep-ind-claims huggingface dataset:
A seat for a transport vehicle, including a backrest defining a first surface intended to receive the back of a passenger and a second surface opposite the first surface, the second surface comprising an opening for access to at least one cavity arranged between the first surface and the second surface, the backrest comprising a table movable between a folded position in which the table closes off the opening for access to the cavity, and a deployed position in which the opening for access to the cavity is clear, the backrest comprising a locking device operable between a locked configuration and an unlocked configuration, the locking device being configured, in the locked configuration, to keep the table in its folded position while preventing any movement of the table toward its deployed position, and, in the unlocked configuration, to allow a movement of the table toward its deployed position, the locking device comprising a lock that can be actuated in order to operate the locking device between the locked configuration and the unlocked configuration, characterized in that the lock is a digital lock, able to be actuated by a digital code assigned to a corresponding passenger, the second surface comprising a frame arranged below the opening, the digital lock being arranged on the frame. the backrest comprising a table movable between a folded position in which the table closes off the opening for access to the cavity, and a deployed position in which the opening for access to the cavity is clear, the backrest comprising a locking device operable between a locked configuration and an unlocked configuration, the locking device being configured, in the locked configuration, to keep the table in its folded position while preventing any movement of the table toward its deployed position, and, in the unlocked configuration, to allow a movement of the table toward its deployed position, the locking device comprising a lock that can be actuated in order to operate the locking device between the locked configuration and the unlocked configuration, characterized in that the lock is a digital lock, able to be actuated by a digital code assigned to a corresponding passenger, the second surface comprising a frame arranged below the opening, the digital lock being arranged on the frame.
A system that redirects one or more requests from a mobile node, the system comprising: a network node in a packet data communication system for communication with a mobile node, the network node associated with a home network, the network node including an intercept proxy, the network node in communication with the mobile node via a visited network when the mobile node is visiting the visited network such that the mobile node is a visiting mobile node in the visited network; the network node in communication with a home network server residing in the home network; the system being characterised in that the intercept proxy is configured to: intercept a query from the visiting mobile node via the visited network, the query being directed to a visited network server in the visited network, send the query to the home network server in the home network, and send to the mobile node a response to the query, the response being received from the home network server, wherein the intercept proxy causes the response sent to the mobile node to indicate that the response originated at the visited network server. a network node in a packet data communication system for communication with a mobile node, the network node associated with a home network, the network node including an intercept proxy, the network node in communication with the mobile node via a visited network when the mobile node is visiting the visited network such that the mobile node is a visiting mobile node in the visited network; the network node in communication with a home network server residing in the home network; the system being characterised in that the intercept proxy is configured to: intercept a query from the visiting mobile node via the visited network, the query being directed to a visited network server in the visited network, send the query to the home network server in the home network, and send to the mobile node a response to the query, the response being received from the home network server, wherein the intercept proxy causes the response sent to the mobile node to indicate that the response originated at the visited network server. intercept a query from the visiting mobile node via the visited network, the query being directed to a visited network server in the visited network, send the query to the home network server in the home network, and send to the mobile node a response to the query, the response being received from the home network server, wherein the intercept proxy causes the response sent to the mobile node to indicate that the response originated at the visited network server.
A method for use in decomposing a signal m(t) captured in a reverberant system into a direct signal component s(t) and a reverberant signal component r(t), the reverberant system being described by an impulse response, the method comprising the steps of: dividing the signal captured in the reverberant system, into a sequence of blocks of time samples, the signal describing an impulse response; for each block of the sequence, converting the signal to a frequency domain representation and determining a ratio of a magnitude of the block to a magnitude of a respective previous block; and forming an estimate of the frequency domain representation of the impulse response using determined ratios of the magnitudes as parameters for a finite impulse response filter. dividing the signal captured in the reverberant system, into a sequence of blocks of time samples, the signal describing an impulse response; for each block of the sequence, converting the signal to a frequency domain representation and determining a ratio of a magnitude of the block to a magnitude of a respective previous block; and forming an estimate of the frequency domain representation of the impulse response using determined ratios of the magnitudes as parameters for a finite impulse response filter.
Device for opening, or re-closing, and holding lids of containers, each provided with an oblong spout, which has a through hole for the passage of the product present in the container, comprising a removal head of the pneumatic type which comprises: - a first pneumatic circuit of fluid under pressure provided with a feed pipe; - a holding member, associated to the removal head, to cooperate with the spout, characterized in that the first pneumatic circuit is provided with a through housing channel which develops along an axis and in which the spout is at least partly housed, said housing channel being in fluidic communication with said feed pipe for the passage of the fluid under pressure through the through hole of the spout; in that it comprises a second pneumatic circuit of fluid under pressure provided with a blowing-in pipe, different from the feed pipe of the first pneumatic circuit of fluid under pressure; in that the holding member is actuated pneumatically by means of the fluid under pressure arriving from the blowing-in pipe of the second pneumatic circuit of fluid under pressure, to define at least a reversible condition of holding the spout inside the housing channel; and in that the holding member comprises elastically deformable means (33, 133) which laterally delimit said housing channel, said elastically deformable means (33, 133) being configured to be deformed elastically by means of said fluid under pressure, so as to selectively define a reduction in section of said housing channel suitable to hold the spout. - a first pneumatic circuit of fluid under pressure provided with a feed pipe; - a holding member, associated to the removal head, to cooperate with the spout,
A process for producing a polycrystalline silicon mass comprising: a vapor deposition step of depositing silicon on a core wire to grow a polycrystalline silicon rod, one end of the core wire being connected to a first electrode and the other end thereof being connected to a second electrode; an extraction step of extracting the polycrystalline silicon rod to an outside of a reactor; and a crushing step of forming the polycrystalline silicon rod into polycrystalline silicon masses, the process further comprising a removing step of removing at least 70 mm of a polycrystalline silicon portion from an electrode side end of the polycrystalline silicon rod extracted to the outside of the reactor before the crushing step so as to remove the polycrystalline silicon portion in which the total of the concentrations of chromium, iron, nickel, copper, and cobalt in a bulk is not less than 150 ppta.
A method for generating a bitstream representing a 3D model, wherein repetitive structures in the 3D model are organized into patterns and instances, wherein a pattern corresponds to a representative geometry of a corresponding repetitive structure and components belonging to a repetitive structure are instances, and wherein an instance is represented as a transformation of a corresponding pattern, said transformation includes one or more of rotation, translation, and scaling, comprising: determining a reconstructed instance (C') corresponding to the instance; determining a vertex coordinate error, E i = V i -V i ', between a vertex (V i) of the instance, C = TP, and a corresponding reconstructed vertex (V i ') of the reconstructed instance C' = T'P'; determining a number of quantization bits based on the vertex coordinate error (E i); characterized in: determining a quantization index, elem_compen_err_QB_id, in response to the determined number of quantization bits, wherein the quantization index is an M-bit unsigned integer used to look up the number of quantization bits in a quantization table, error_compen_QB_table, the quantization table comprising a plurality of entries, wherein each entry in the quantization table indicates a number of quantization bits and is represented by an N-bit unsigned integer, M < N; determining a quantized vertex coordinate error, compr_ver_compen_err_data, based on the vertex coordinate error (E i) and the number of quantization bits; and encoding, for each vertex (Vi) of the instance, the quantization index, elem_compen_err_QB_id, and the quantized vertex coordinate error, compr_ver_compen_err_data, into the bitstream. determining a reconstructed instance (C') corresponding to the instance; determining a vertex coordinate error, E i = V i -V i ', between a vertex (V i) of the instance, C = TP, and a corresponding reconstructed vertex (V i ') of the reconstructed instance C' = T'P'; determining a number of quantization bits based on the vertex coordinate error (E i); characterized in: determining a quantization index, elem_compen_err_QB_id, in response to the determined number of quantization bits, wherein the quantization index is an M-bit unsigned integer used to look up the number of quantization bits in a quantization table, error_compen_QB_table, the quantization table comprising a plurality of entries, wherein each entry in the quantization table indicates a number of quantization bits and is represented by an N-bit unsigned integer, M < N; determining a quantized vertex coordinate error, compr_ver_compen_err_data, based on the vertex coordinate error (E i) and the number of quantization bits; and encoding, for each vertex (Vi) of the instance, the quantization index, elem_compen_err_QB_id, and the quantized vertex coordinate error, compr_ver_compen_err_data, into the bitstream.
A stretched laminate formed by stretching a laminate comprising: a non-stretched thermoplastic polyurethane film; and a non-stretched polyvinyl alcohol-based film attached to at least one surface of the thermoplastic polyurethane film, by an adhesive. wherein the polyvinyl alcohol-based film has a thickness of 10 μm or less after stretching, wherein the adhesive is an aqueous adhesive that includes a polyvinyl alcohol-based resin having an acetoacetyl group, and an amine-based metal compound cross-linking agent, wherein the polyvinyl alcohol-based film is a film dyed with a dichroic dye, wherein an adhesive force between the stretched polyvinyl alcohol-based film and the stretched thermoplastic polyurethane film is 0.1 N/2 cm to 2 N/2 cm.
A method, comprising: emitting electromagnetic radiation from an electromagnetic radiation source; optically interacting the electromagnetic radiation with a fluid and thereby generating fluid interacted radiation; detecting a portion of the fluid interacted radiation with a reference detector arranged within an optical channel of an optical computing device, wherein the optical channel is a reference channel defined within the optical computing device; optically interacting the fluid interacted radiation with an integrated computational element, ICE, arranged within a primary channel of the optical computing device and thereby generating modified electromagnetic radiation; receiving the modified electromagnetic radiation from the ICE with a primary detector; generating an output signal with the primary detector corresponding to a characteristic of the fluid; generating a reference signal with the reference detector; normalizing the output signal of the primary detector based on the reference signal; monitoring the reference signal over time; detecting a change in the monitored reference signal; and indicating an emulsive state of the fluid based on the detected change. emitting electromagnetic radiation from an electromagnetic radiation source; optically interacting the electromagnetic radiation with a fluid and thereby generating fluid interacted radiation; detecting a portion of the fluid interacted radiation with a reference detector arranged within an optical channel of an optical computing device, wherein the optical channel is a reference channel defined within the optical computing device; optically interacting the fluid interacted radiation with an integrated computational element, ICE, arranged within a primary channel of the optical computing device and thereby generating modified electromagnetic radiation; receiving the modified electromagnetic radiation from the ICE with a primary detector; generating an output signal with the primary detector corresponding to a characteristic of the fluid; generating a reference signal with the reference detector; normalizing the output signal of the primary detector based on the reference signal; monitoring the reference signal over time; detecting a change in the monitored reference signal; and indicating an emulsive state of the fluid based on the detected change.
A method comprising: accessing a first quantum register comprising at least one ancilla qubit and a second quantum register comprising one or more qubits, wherein the second quantum register is prepared in an arbitrary quantum state; performing a plurality of phase estimation experiments on the first quantum register, wherein each experiment comprises: preparing the ancilla qubit in a known quantum state; operating one or more times on the first quantum register and the second quantum register with a unitary operator; and subsequent to the operation of the unitary operator, measuring a state of the ancilla qubit, wherein the outcome of the measurement of the state of the ancilla qubit is represented as a binary random variable; determining, by a phase learning subsystem, an expectation value of the state of the ancilla qubit using the results of the measurements of the state of the ancilla qubit; based on the binary random variable and the determined expectation value, defining the model that represents the probabilities of the values of the binary random variable; and based on the determined expectation value of the state of the ancilla qubit, learning, by the phase learning subsystem, phases of the eigenvalues of the unitary operator by optimizing the model representing probabilities of the value of the binary random variable, wherein the model comprises a mixture model. accessing a first quantum register comprising at least one ancilla qubit and a second quantum register comprising one or more qubits, wherein the second quantum register is prepared in an arbitrary quantum state; performing a plurality of phase estimation experiments on the first quantum register, wherein each experiment comprises: preparing the ancilla qubit in a known quantum state; operating one or more times on the first quantum register and the second quantum register with a unitary operator; and subsequent to the operation of the unitary operator, measuring a state of the ancilla qubit, wherein the outcome of the measurement of the state of the ancilla qubit is represented as a binary random variable; preparing the ancilla qubit in a known quantum state; operating one or more times on the first quantum register and the second quantum register with a unitary operator; and subsequent to the operation of the unitary operator, measuring a state of the ancilla qubit, wherein the outcome of the measurement of the state of the ancilla qubit is represented as a binary random variable; determining, by a phase learning subsystem, an expectation value of the state of the ancilla qubit using the results of the measurements of the state of the ancilla qubit; based on the binary random variable and the determined expectation value, defining the model that represents the probabilities of the values of the binary random variable; and based on the determined expectation value of the state of the ancilla qubit, learning, by the phase learning subsystem, phases of the eigenvalues of the unitary operator by optimizing the model representing probabilities of the value of the binary random variable, wherein the model comprises a mixture model.
Marine platform comprising a landing zone intended to receive a piloted rotary-wing aircraft, associated with an aid system for landing the aircraft on the landing zone, the system comprising: - first means of determining the altitude of the aircraft with respect to the landing zone, - first means of displaying altitude information, relative to the altitude of the aircraft with respect to the landing zone, the first display means being placed in proximity to the landing zone and adapted so that the altitude information is visible to the crew of the aircraft, and - first means of controlling said first display means based on the altitude determined by the first determination means, to indicate the altitude to the crew, or the altitude information is lighted altitude information, characterised in that the first control means control the intensity and colour of the first means of displaying the lighted altitude information. - first means of determining the altitude of the aircraft with respect to the landing zone, - first means of displaying altitude information, relative to the altitude of the aircraft with respect to the landing zone, the first display means being placed in proximity to the landing zone and adapted so that the altitude information is visible to the crew of the aircraft, and - first means of controlling said first display means based on the altitude determined by the first determination means, to indicate the altitude to the crew,
A system for generating a quantum electrodynamic interaction, the system comprising: an optical pulse generator; and a vacuum chamber comprising a parabolic transmission mirror in an ultra-high vacuum region within the vacuum chamber, the parabolic transmission mirror configured to produce the QED interaction in the ultra-high vacuum region based on an optical pulse from the optical pulse generator, the parabolic transmission mirror comprising: an optical inlet at a first end of the parabolic transmission mirror; an optical outlet at a second, opposite end of the parabolic transmission mirror; and a parabolic reflective surface about an internal volume of the parabolic transmission mirror between the first and second ends, wherein the parabolic reflective surface extends from the optical inlet to the optical outlet and defines a focal point outside the internal volume of the parabolic transmission mirror. an optical pulse generator; and a vacuum chamber comprising a parabolic transmission mirror in an ultra-high vacuum region within the vacuum chamber, the parabolic transmission mirror configured to produce the QED interaction in the ultra-high vacuum region based on an optical pulse from the optical pulse generator, the parabolic transmission mirror comprising: an optical inlet at a first end of the parabolic transmission mirror; an optical outlet at a second, opposite end of the parabolic transmission mirror; and a parabolic reflective surface about an internal volume of the parabolic transmission mirror between the first and second ends, wherein the parabolic reflective surface extends from the optical inlet to the optical outlet and defines a focal point outside the internal volume of the parabolic transmission mirror. an optical inlet at a first end of the parabolic transmission mirror; an optical outlet at a second, opposite end of the parabolic transmission mirror; and a parabolic reflective surface about an internal volume of the parabolic transmission mirror between the first and second ends, wherein the parabolic reflective surface extends from the optical inlet to the optical outlet and defines a focal point outside the internal volume of the parabolic transmission mirror.
An outdoor unit of an air conditioner, comprising: a unit casing; a control unit casing provided in the unit casing; and a plurality of control boards (12, 13, 14, 15) disposed along a perpendicular direction within the control unit casing such that they overlap on a forward side and deep side, each of the control boards being equipped with electrical components, characterized in that the control board provided on the most forward side of said plurality of control boards (12, 13, 14, 15) is rotatable to the forward side with its bottom side as a fulcrum point and capable of being stopped at a predetermined angle. a unit casing; a control unit casing provided in the unit casing; and a plurality of control boards (12, 13, 14, 15) disposed along a perpendicular direction within the control unit casing such that they overlap on a forward side and deep side, each of the control boards being equipped with electrical components, characterized in that the control board provided on the most forward side of said plurality of control boards (12, 13, 14, 15) is rotatable to the forward side with its bottom side as a fulcrum point and capable of being stopped at a predetermined angle.