mhurhangee/ep-ind-claims huggingface dataset:
A linear prediction coefficient conversion device in speech and audio coding, configured to convert first linear prediction coefficients calculated at a first sampling frequency F1 to second linear prediction coefficients at a second sampling frequency F2, where F1 < F2, comprising: a means configured to calculate a power spectrum using line spectral frequencies, LSF, decomposition and Chebyshev polynomials, the power spectrum corresponding to the second linear prediction coefficients at the second sampling frequency F2 using the first linear prediction coefficients at points on the real axis of the unit circle, corresponding to N1 number of different frequencies, where frequencies are between 0 and F1, and (N1-1)(F2-F1)/F1 number of power spectrum components corresponding to frequencies higher than F1 and lower than or equal to F2 are obtained by extrapolating the power spectrum calculated using the first linear prediction coefficients; a means configured to calculate at points on the real axis of the unit circle, autocorrelation coefficients from the power spectrum; and a means configured to convert the autocorrelation coefficients to the second linear prediction coefficients at the second sampling frequency F2. a means configured to calculate a power spectrum using line spectral frequencies, LSF, decomposition and Chebyshev polynomials, the power spectrum corresponding to the second linear prediction coefficients at the second sampling frequency F2 using the first linear prediction coefficients at points on the real axis of the unit circle, corresponding to N1 number of different frequencies, where frequencies are between 0 and F1, and (N1-1)(F2-F1)/F1 number of power spectrum components corresponding to frequencies higher than F1 and lower than or equal to F2 are obtained by extrapolating the power spectrum calculated using the first linear prediction coefficients; a means configured to calculate at points on the real axis of the unit circle, autocorrelation coefficients from the power spectrum; and a means configured to convert the autocorrelation coefficients to the second linear prediction coefficients at the second sampling frequency F2.
An electrochemical energy-storage cell comprising: a flexible positive electrode; a flexible negative electrode including a gallium-based liquid metal dispersed on a flexible wire mesh, wherein the flexible wire mesh is liquid-metal wettable; and a membrane having one face in contact with the flexible positive electrode and an opposing face in contact with the flexible negative electrode. a flexible positive electrode; a flexible negative electrode including a gallium-based liquid metal dispersed on a flexible wire mesh, wherein the flexible wire mesh is liquid-metal wettable; and a membrane having one face in contact with the flexible positive electrode and an opposing face in contact with the flexible negative electrode.
A composition comprising: a) one or more nucleic acids encoding cyclin-dependent kinase 4 CDK4, cyclin D1 (CCND1), and a G2 cocktail comprising cyclin-dependent kinase-1 and cyclin B1 (CCNB1); or b) one or more nucleic acids encoding cyclin-dependent kinase 4 CDK4, cyclin D1 (CCND1), and a G2 cocktail, wherein the G2 cocktail comprises a CDK1 activator and/or a transforming growth factor β (TGF-β) inhibitor, preferably the CDK1 activator is a Wee1 inhibitor, further preferably the Wee1 inhibitor is MK1775, most preferably the TGF β inhibitor is SB431542 or dexamethasone. a) one or more nucleic acids encoding cyclin-dependent kinase 4 CDK4, cyclin D1 (CCND1), and a G2 cocktail comprising cyclin-dependent kinase-1 and cyclin B1 (CCNB1); or b) one or more nucleic acids encoding cyclin-dependent kinase 4 CDK4, cyclin D1 (CCND1), and a G2 cocktail, wherein the G2 cocktail comprises a CDK1 activator and/or a transforming growth factor β (TGF-β) inhibitor, preferably the CDK1 activator is a Wee1 inhibitor, further preferably the Wee1 inhibitor is MK1775, most preferably the TGF β inhibitor is SB431542 or dexamethasone.
A method of controlling sensor use on an electronic device, the electronic device having at least one sensor (108, 109, 110) for estimating or calculating an orientation of the electronic device, a type of the at least one sensor comprising a gyroscope, an accelerometer, and/or a magnetometer, the at least one sensor (108, 109, 110) comprising a first sensor (108, 109, 110) defining at least two first sensor axes (Gx, Ax, Mx; Gy, Ay, My; Gz, Az, Mz), the method comprising: detecting (302, 402) a first sensor reading; determining (304, 404) the orientation of the electronic device, based at least on the detected first sensor reading; and disabling (308, 408) the detection of the first sensor reading in respect of an identified first sensor axis (Gx, Ax, Mx) when the first sensor reading in respect of the identified first sensor axis (Gx, Ax, Mx) has not substantially changed for at least a predetermined amount of time, the method being characterised in that disabling (308, 408) the detection of the first sensor reading in respect of an identified first sensor axis (Gx, Ax, Mx) comprises stopping collecting samples in respect of the identified first sensor axis (Gx, Ax, Mx) while keeping collecting first sensor axes (Gy, Ay, My; Gz, Az, Mz) other than the identified first sensor axis (Gx, Ax, Mx) enabled. detecting (302, 402) a first sensor reading; determining (304, 404) the orientation of the electronic device, based at least on the detected first sensor reading; and disabling (308, 408) the detection of the first sensor reading in respect of an identified first sensor axis (Gx, Ax, Mx) when the first sensor reading in respect of the identified first sensor axis (Gx, Ax, Mx) has not substantially changed for at least a predetermined amount of time, the method being characterised in that disabling (308, 408) the detection of the first sensor reading in respect of an identified first sensor axis (Gx, Ax, Mx) comprises stopping collecting samples in respect of the identified first sensor axis (Gx, Ax, Mx) while keeping collecting first sensor axes (Gy, Ay, My; Gz, Az, Mz) other than the identified first sensor axis (Gx, Ax, Mx) enabled.
Method for driving a light source (11, 12, 13), wherein the light source is alternately switched ON and OFF in an ON/OFF pattern, wherein the duty cycle of the ON/OFF pattern is varied to vary the average light intensity of the light source, and wherein the shape of the ON/OFF pattern is varied to transmit data, comprising the steps of: defining a duty cycle ratio Δ in the range from 0 to 1, Δ being unequal to 0.5; defining a time base divided into time cells (C, C) having a duration Tc; wherein each time cell is subdivided into two cell segments (CS1, CS2; CS1, CS2); wherein, in at least one time cell, the first cell segment has a duration Δ·Tc, the second cell segment has a duration (1-Δ)·Tc, and the light source is switched ON in the first cell segment and switched OFF in the second cell segment for coding a bit having a first value; and wherein, in at least one other time cell, the first cell segment has a duration (1-Δ)·Tc, the second cell segment has a duration Δ·Tc, and the light source is switched OFF in the first cell segment and switched ON in the second cell segment for coding a bit having a second value different from the first value. defining a duty cycle ratio Δ in the range from 0 to 1, Δ being unequal to 0.5; defining a time base divided into time cells (C, C) having a duration Tc; wherein each time cell is subdivided into two cell segments (CS1, CS2; CS1, CS2); wherein, in at least one time cell, the first cell segment has a duration Δ·Tc, the second cell segment has a duration (1-Δ)·Tc, and the light source is switched ON in the first cell segment and switched OFF in the second cell segment for coding a bit having a first value; and wherein, in at least one other time cell, the first cell segment has a duration (1-Δ)·Tc, the second cell segment has a duration Δ·Tc, and the light source is switched OFF in the first cell segment and switched ON in the second cell segment for coding a bit having a second value different from the first value.
A first device, comprising: one or more processors to: provide, to a second device, a first message that includes a first request for a first type of precision time protocol, PTP, message and a second request for a second type of PTP message, the first type of PTP message being different from the second type of PTP message; receive, from the second device, a second message based on the first message, the second message identifying whether the first request and the second request are granted; and provide, to the second device and responsive to identifying that the first request and second request are granted, a third message that instructs the second device to provide to the first device a first set of messages, associated with the first type of PTP message, and a second set of messages associated with the second type of PTP message, the first device configured to synchronize a first clock of the first device with a second clock of the second device based on the first set of messages and the second set of messages. provide, to a second device, a first message that includes a first request for a first type of precision time protocol, PTP, message and a second request for a second type of PTP message, the first type of PTP message being different from the second type of PTP message; receive, from the second device, a second message based on the first message, the second message identifying whether the first request and the second request are granted; and provide, to the second device and responsive to identifying that the first request and second request are granted, a third message that instructs the second device to provide to the first device a first set of messages, associated with the first type of PTP message, and a second set of messages associated with the second type of PTP message, the first device configured to synchronize a first clock of the first device with a second clock of the second device based on the first set of messages and the second set of messages.
A method of digitally controlled application and fixation of dyestuff to a textile on a processing line, the method comprising: determining one or more parameters of a textile; determining, by a processor, at least one dose setting for an array of flow channel dispensers of the processing line, wherein determining the at least one dose setting is based on the one or more parameters; dispensing, by the array of flow channel dispensers, dyestuff onto the textile according to the at least one dose setting; delivering energy to the textile to fix the dyestuff in the textile, and characterised in that an airflow is directed against a dispensing tip of each flow channel dispenser from which the dyestuff is dispensed to direct a dyestuff droplet into the internal structure of the textile. determining one or more parameters of a textile; determining, by a processor, at least one dose setting for an array of flow channel dispensers of the processing line, wherein determining the at least one dose setting is based on the one or more parameters; dispensing, by the array of flow channel dispensers, dyestuff onto the textile according to the at least one dose setting; delivering energy to the textile to fix the dyestuff in the textile, and characterised in that an airflow is directed against a dispensing tip of each flow channel dispenser from which the dyestuff is dispensed to direct a dyestuff droplet into the internal structure of the textile.
Load carrier for a motor vehicle (12, 12b), in particular a car, with a support assembly (13a, 13b) for carrying a load, and with a swivel bearing assembly (18a, 18b) for swivelling the support assembly (13a, 13b) between an inoperative position and an operating position, wherein the support assembly (13a, 13b) in the operating position extends backwards in front of the rear section of the motor vehicle (12, 12b), wherein the support assembly (13a, 13b) may be swivelled, to adopt the inoperative position, into a rest position area (15a, 15b) beneath a body of the motor vehicle (12, 12b), wherein the support assembly (13a, 13b) is attached releasably to the swivel bearing assembly (18a, 18b), characterised in that the swivel bearing assembly (18a, 18b) has a holder mounting on which either a bearing part holding the support assembly (13a, 13b) or a tow ball for attaching a trailer may be mounted.
A user apparatus that communicates with a base station in a mobile communication system providing dual connectivity, comprising: a reception unit configured to receive a radio signal from the base station by a downlink control channel; and a control information detection unit configured to detect control information, addressed to the user apparatus, mapped to a predetermined area in a time frequency resource of the downlink control channel by performing blind decoding in a plurality of candidate areas which are candidates of the predetermined area, wherein, the control information detection unit performs the blind decoding in a restricted number of candidate areas excluding a part of the plurality of candidate areas, wherein, during a period when the user apparatus monitors reception of a random access response from the base station or during a period when the user apparatus monitors reception of a random access response from another base station that is different from the base station, the control information detection unit performs the blind decoding in a restricted number of candidate areas excluding a part of the plurality of candidate areas. a reception unit configured to receive a radio signal from the base station by a downlink control channel; and a control information detection unit configured to detect control information, addressed to the user apparatus, mapped to a predetermined area in a time frequency resource of the downlink control channel by performing blind decoding in a plurality of candidate areas which are candidates of the predetermined area, wherein, the control information detection unit performs the blind decoding in a restricted number of candidate areas excluding a part of the plurality of candidate areas, wherein, during a period when the user apparatus monitors reception of a random access response from the base station or during a period when the user apparatus monitors reception of a random access response from another base station that is different from the base station, the control information detection unit performs the blind decoding in a restricted number of candidate areas excluding a part of the plurality of candidate areas.
A compressor and energy-recovery unit, comprising a compressor driven by an electric motor and provided with a lubricating/cooling oil system, characterized by comprising a Rankine-cycle or Hirn-cycle recuperator, which comprises a bladed expander and uses a working fluid in at least indirect heat exchange with the lubricating/cooling oil of the compressor, the bladed expander comprising a stator provided with an inlet port and an outlet port for the working fluid, a rotor housed within the stator and a plurality of blades set between the rotor and the stator so as to delimit between them a plurality of compartments with variable volume that increases between the inlet port and the outlet port, and a heating line traversed by a hot fluid and configured so as to subject at least one between the stator and the rotor to a heat exchange with the hot fluid and to carry out on the working fluid a substantially isothermal expansion transformation.
A non-therapeutic method of damaging hair follicles in a region of skin having a plurality of hair follicles, the method comprising: moving an applicator over the region of skin in order to apply electromagnetic energy comprising a plurality of pulses of coherent light, wherein: (i) the wavelength of the light pulses lies within a range from 750 nm to 1500 nm, (ii) an average fluence per pulse of said plurality of pulses lies in a range from 3 J/cm 2 to 20 J/cm 2; (iii) an average repetition rate of said plurality of pulses is at least 3 Hz; (iv) an average pulse duration of said light pulses is at least 1 milliseconds and at most 30 milliseconds, and (v) a ratio between the average pulse fluence and the average repetition rate of pulses is at most 3(J.s)/cm 2, the pulses of coherent light being operative to heat the dermis of the skin to a temperature that is at least 42°C and does not exceed 50°C. moving an applicator over the region of skin in order to apply electromagnetic energy comprising a plurality of pulses of coherent light, wherein: (i) the wavelength of the light pulses lies within a range from 750 nm to 1500 nm, (ii) an average fluence per pulse of said plurality of pulses lies in a range from 3 J/cm 2 to 20 J/cm 2; (iii) an average repetition rate of said plurality of pulses is at least 3 Hz; (iv) an average pulse duration of said light pulses is at least 1 milliseconds and at most 30 milliseconds, and (v) a ratio between the average pulse fluence and the average repetition rate of pulses is at most 3(J.s)/cm 2, the pulses of coherent light being operative to heat the dermis of the skin to a temperature that is at least 42°C and does not exceed 50°C. (i) the wavelength of the light pulses lies within a range from 750 nm to 1500 nm, (ii) an average fluence per pulse of said plurality of pulses lies in a range from 3 J/cm 2 to 20 J/cm 2; (iii) an average repetition rate of said plurality of pulses is at least 3 Hz; (iv) an average pulse duration of said light pulses is at least 1 milliseconds and at most 30 milliseconds, and (v) a ratio between the average pulse fluence and the average repetition rate of pulses is at most 3(J.s)/cm 2, the pulses of coherent light being operative to heat the dermis of the skin to a temperature that is at least 42°C and does not exceed 50°C.
A guide film comprising: a main area including: a central area (MAc) having a rectangular shape in a plan view; a first side area; a second side area; and a first corner area connecting the first side area to the second side area; a first subsidiary area connected to a first edge of the main area; and a second subsidiary area connected to a second edge of the main area, the second edge intersecting the first edge of the main area and the second subsidiary area being apart from the first subsidiary area, wherein: the first side area is disposed between the central area (MAc) and the first subsidiary area, and the second side area is disposed between the central area (MAc) and the second subsidiary area, characterised in that a Young's modulus of the guide film is about 1 MPa to about 50 MPa. a main area including: a central area (MAc) having a rectangular shape in a plan view; a first side area; a second side area; and a first corner area connecting the first side area to the second side area; a central area (MAc) having a rectangular shape in a plan view; a first side area; a second side area; and a first corner area connecting the first side area to the second side area; a first subsidiary area connected to a first edge of the main area; and a second subsidiary area connected to a second edge of the main area, the second edge intersecting the first edge of the main area and the second subsidiary area being apart from the first subsidiary area, wherein: the first side area is disposed between the central area (MAc) and the first subsidiary area, and the second side area is disposed between the central area (MAc) and the second subsidiary area, characterised in that a Young's modulus of the guide film is about 1 MPa to about 50 MPa. the first side area is disposed between the central area (MAc) and the first subsidiary area, and the second side area is disposed between the central area (MAc) and the second subsidiary area, characterised in that a Young's modulus of the guide film is about 1 MPa to about 50 MPa.
A sectional door for a good transport compartment, said sectional door comprising a frame framing an opening, and an apron formed of a plurality of consecutive slats hinged to one other and movably mounted relative to the frame between a closed position, in which it closes the opening, and an open position, in which it is away from the opening, the sectional door also comprising an inflatable seal mounted on the frame at the periphery of the opening, the inflatable seal comprising an elastic membrane defining an inner channel, said elastic membrane being suitable for occupying a rest position away from the apron when the inner channel is empty, and for expanding so as to occupy an expanded position in which it bears against the apron in the closed position when a pressurised fluid is injected into the inner channel, the inflatable seal presenting a contact surface which, when the elastic membrane is in the expanded position and the apron is in the closed position, bears against the apron, characterized in that the membrane has an end portion having a terminal end and a connection end for connection to the rest of the membrane, said end portion being shaped such that when the membrane is at rest, the distance from the contact surface to the closed apron gradually increases from a zero distance (di) at the terminal end up to a maximum distance (d 2) at the connection end. the sectional door also comprising an inflatable seal mounted on the frame at the periphery of the opening, the inflatable seal comprising an elastic membrane defining an inner channel, said elastic membrane being suitable for occupying a rest position away from the apron when the inner channel is empty, and for expanding so as to occupy an expanded position in which it bears against the apron in the closed position when a pressurised fluid is injected into the inner channel, the inflatable seal presenting a contact surface which, when the elastic membrane is in the expanded position and the apron is in the closed position, bears against the apron, characterized in that the membrane has an end portion having a terminal end and a connection end for connection to the rest of the membrane, said end portion being shaped such that when the membrane is at rest, the distance from the contact surface to the closed apron gradually increases from a zero distance (di) at the terminal end up to a maximum distance (d 2) at the connection end.
A packaging device comprising: an expandable and collapsible, flexible tube, for receiving a product therein, the tube having a sidewall, a closed end and an open end; and a plug being insertable at least partially into the open end of the tube is provided, characterized, in that, the plug is a compressible closed-cell foam plug being insertable in a compressed state at least partially into the open end of the tube and adapted to be permitted after insertion to return to substantially an original, expanded state thereof, defining a diameter greater than a diameter of the open end of the flexible tube, thereby elastically stretching the open end of the flexible tube, close and seal the open end of the tube forming a substantially fluid-tight compression seal. an expandable and collapsible, flexible tube, for receiving a product therein, the tube having a sidewall, a closed end and an open end; and a plug being insertable at least partially into the open end of the tube is provided, characterized, in that, the plug is a compressible closed-cell foam plug being insertable in a compressed state at least partially into the open end of the tube and adapted to be permitted after insertion to return to substantially an original, expanded state thereof, defining a diameter greater than a diameter of the open end of the flexible tube, thereby elastically stretching the open end of the flexible tube, close and seal the open end of the tube forming a substantially fluid-tight compression seal.