mhurhangee/ep-ind-claims huggingface dataset:
A method for providing communications between a handsfree device and a user wireless device engaged in communications with a network (105, 107) providing a call-waiting feature and caller-ID information, comprising: presenting acoustically an alert signifying a call-waiting notification of a second call to the user when the wireless device is engaged in a first call; receiving a tactile response to the call-waiting notification from the user, said tactile response interpreted as one of a rejection of said second call, an acceptance of said second call, and a request for caller-ID information; presenting (311, 313) caller-ID information related to the second call acoustically to the user in response to receiving said request for caller-ID information response of the call-waiting notification response; and receiving (315, 317) one of a first audible command and a second audible command from the user subsequent to said presenting of caller-ID information and rejecting said second call or accepting said second call, respectively. presenting acoustically an alert signifying a call-waiting notification of a second call to the user when the wireless device is engaged in a first call; receiving a tactile response to the call-waiting notification from the user, said tactile response interpreted as one of a rejection of said second call, an acceptance of said second call, and a request for caller-ID information; presenting (311, 313) caller-ID information related to the second call acoustically to the user in response to receiving said request for caller-ID information response of the call-waiting notification response; and receiving (315, 317) one of a first audible command and a second audible command from the user subsequent to said presenting of caller-ID information and rejecting said second call or accepting said second call, respectively.
An autonomously navigating utility vehicle having a body and a driven wheel rotatably fastened to the body, the vehicle comprising: an auxiliary driven wheel coaxially fixed to the driven wheel and having an outer diameter smaller than that of the driven wheel and a width equal to or smaller than that of the driven wheel, wherein the auxiliary driven wheel is in a circular cylindrical shape having an outer peripheral surface, an opened side face exposed to exterior and a closed side face facing the driven wheel and formed with holes for passing bolts to be fastened to the driven wheel, is fixed to the driven wheel at the closed side face, and is formed at the opened side face with multiple projections that project from the outer peripheral surface in a direction parallel to an axial direction of the driven wheel, wherein the outer peripheral surface has: multiple ribs extending from the closed side face to the opened side face in a direction parallel to the axial direction, provided at regular intervals over an entire surface of the outer peripheral surface, and projecting radially outward from the outer peripheral surface; and members extending from each of the ribs to adjacent ribs and extending from the closed side face to the opened side face, along the outer peripheral surface, wherein the projections project from ends of the ribs. an auxiliary driven wheel coaxially fixed to the driven wheel and having an outer diameter smaller than that of the driven wheel and a width equal to or smaller than that of the driven wheel, wherein the auxiliary driven wheel is in a circular cylindrical shape having an outer peripheral surface, an opened side face exposed to exterior and a closed side face facing the driven wheel and formed with holes for passing bolts to be fastened to the driven wheel, is fixed to the driven wheel at the closed side face, and is formed at the opened side face with multiple projections that project from the outer peripheral surface in a direction parallel to an axial direction of the driven wheel, wherein the outer peripheral surface has: multiple ribs extending from the closed side face to the opened side face in a direction parallel to the axial direction, provided at regular intervals over an entire surface of the outer peripheral surface, and projecting radially outward from the outer peripheral surface; and members extending from each of the ribs to adjacent ribs and extending from the closed side face to the opened side face, along the outer peripheral surface, multiple ribs extending from the closed side face to the opened side face in a direction parallel to the axial direction, provided at regular intervals over an entire surface of the outer peripheral surface, and projecting radially outward from the outer peripheral surface; and members extending from each of the ribs to adjacent ribs and extending from the closed side face to the opened side face, along the outer peripheral surface, wherein the projections project from ends of the ribs.
A transmission switching device for electric hammers, comprising a transmission mechanism, a gearshift and a knob connected with the gearshift, the transmission mechanism comprising an intermediate shaft provided thereon with an intermediate shaft gear, the intermediate shaft being provided with a transmission gear at one end and a pendulum bar bearing between the transmission gear and the intermediate shaft gear, characterized in that the intermediate shaft is sleeved with an intermediate shaft sleeve between the transmission gear and the intermediate shaft gear with a clearance therebetween; a side face of the transmission gear, close to the intermediate shaft gear, extends outward to form a connection portion sleeved with a clearance therebetween on the outer peripheral side of one end of the intermediate shaft sleeve far away from the intermediate shaft gear; an end of the pendulum bar bearing, close to the transmission gear, is sleeved with a clearance therebetween on the outer peripheral side of the connection portion, while the other end of the pendulum bar bearing is sleeved with a clearance therebetween on the intermediate shaft sleeve; keyway fitting structures that fit each other are provided between the inner peripheral surface of the other end of the intermediate shaft sleeve and the intermediate shaft, between the outer peripheral surface of one end of the intermediate shaft sleeve and the inner peripheral surface of the connection portion, and between the inner peripheral surface of the other end of the pendulum bar bearing and the intermediate shaft sleeve; on the peripheral side of the other end of the intermediate shaft sleeve, provided is a displacement bearing, the inner ring of which is the intermediate shaft sleeve while the outer ring of which is provided with a groove inside which the gearshift is connected.
A method for characterizing the spectral phase of laser pulses, the method comprising: (') generating two replicas of each pulse to be characterized; (ii) applying predetermined nonlinear spectral phase shifts to the two replicas; (iii) optically combining the two signals of the preceding step; (iv) applying a nonlinear optical process to the combined signal of the preceding step; (v) measuring the amplitude spectrum of the resulting signal of the preceding step; (vi) performing steps (ii), (iii), (iv) and (v) with different predetermined non-linear spectral phase shifts so as to scan a dispersion range as well as a time delay range between the two replicas and to thereby generate a set of measured amplitude spectra, each spectrum corresponding to a respective predetermined non-linear spectral phase shift; determining the spectral phase of the pulse to be characterized, using the linear spectrum of the pulse to be characterised and a numerical iterative algorithm for iteratively approximating the spectral phase of the pulse to be characterized, whereby the iterative algorithm uses the approximated spectral phase to provide a set of simulated amplitude spectra, each corresponding to one of the respective applied predetermined nonlinear spectral phase shifts, whereby the simulated amplitude spectra are fitted to the measured amplitude spectra; wherein the nonlinear optical process comprises a nonlinear effect that affects the fundamental spectrum of the pulse, in particular second-harmonic generation, sum-frequency generation, difference-frequency generation, the optical Kerr effect, third-harmonic generation, or combinations thereof. (') generating two replicas of each pulse to be characterized; (ii) applying predetermined nonlinear spectral phase shifts to the two replicas; (iii) optically combining the two signals of the preceding step; (iv) applying a nonlinear optical process to the combined signal of the preceding step; (v) measuring the amplitude spectrum of the resulting signal of the preceding step; (vi) performing steps (ii), (iii), (iv) and (v) with different predetermined non-linear spectral phase shifts so as to scan a dispersion range as well as a time delay range between the two replicas and to thereby generate a set of measured amplitude spectra, each spectrum corresponding to a respective predetermined non-linear spectral phase shift; a numerical iterative algorithm for iteratively approximating the spectral phase of the pulse to be characterized, whereby the iterative algorithm uses the approximated spectral phase to provide a set of simulated amplitude spectra, each corresponding to one of the respective applied predetermined nonlinear spectral phase shifts, whereby the simulated amplitude spectra are fitted to the measured amplitude spectra; wherein the nonlinear optical process comprises a nonlinear effect that affects the fundamental spectrum of the pulse, in particular second-harmonic generation, sum-frequency generation, difference-frequency generation, the optical Kerr effect, third-harmonic generation, or combinations thereof.
Piston pump, in particular for a motor vehicle, with a piston which is mounted displaceably in a housing, with a linear actuator for the displacement of the piston in a first direction, and with a restoring spring for the displacement of the piston in a second direction, the piston delimiting a first pressure chamber on the end side by way of a first end, which first pressure chamber is assigned to a first hydraulic circuit, the piston delimiting a second pressure chamber on the end side by way of a second end, and the linear actuator having an armature which is connected fixedly to the piston and a stator which is arranged fixedly on the housing and coaxially with respect to the piston, the stator being arranged between the two pressure chambers (11, 17), the armature lying offset with respect to the stator in the relieved state of the restoring spring, and the first pressure chamber being arranged in a first housing part and the second pressure chamber being arranged in a second housing part, characterized in that the linear actuator is configured as a single-phase reluctance machine, and in that the two housing parts (2, 3) bear tightly against one another such that the stator is clamped in between them.
A pharmaceutical composition for oral administration comprising diclofenac potassium in a total amount of from 25 to 50 mg, which composition comprises (a) an immediate-release portion of diclofenac potassium that comprises 33 to 67% of said total amount and (b) a sustained-release portion of diclofenac potassium that comprises 67 to 33% of said total amount, wherein the sustained-release portion (b) comprises hydroxypropyl methylcellulose and wherein the percentage (w/w) of hydroxypropyl methylcellulose in said sustained-release portion (b) is from 35 up to 60%.
A closure for closing an opening defined by a finish of a container, the closure comprising: a main body; a tamper band connected to the main body by a plurality of bridges; and a hinge configured to permit the main body to pivot relative to the tamper band; and a locking structure extending across the hinge, the locking structure configured to maintain the main body in an open, upright position once the main body has been pivoted open at the hinge, characterized in that the locking structure includes a repeating structure axially located around an entire interior of the closure such that orientation for a scoring mechanism is not necessary and the closure can be scored anywhere rotationally to configure the tamper band and the hinge such that when the main body is pivoted upward off of the finish, the main body will stay locked in an open position until the main body is forced to return to its closed position. a main body; a tamper band connected to the main body by a plurality of bridges; and a hinge configured to permit the main body to pivot relative to the tamper band; and a locking structure extending across the hinge, the locking structure configured to maintain the main body in an open, upright position once the main body has been pivoted open at the hinge, characterized in that the locking structure includes a repeating structure axially located around an entire interior of the closure such that orientation for a scoring mechanism is not necessary and the closure can be scored anywhere rotationally to configure the tamper band and the hinge such that when the main body is pivoted upward off of the finish, the main body will stay locked in an open position until the main body is forced to return to its closed position.
A channel encoding method, comprising: obtaining (Sioi) A to-be-encoded information bits; mapping the A to-be-encoded information bits and L cyclic redundancy check, CRC, bits to a first bit sequence based on an interleaving sequence, wherein the L CRC bits are obtained based on the A to-be-encoded information bits and a CRC polynomial; and performing channel encoding on the first bit sequence, characterized in that the interleaving sequence is obtained from a prestored interleaving sequence table, wherein in the prestored interleaving sequence table, each information bit length of the A to-be-encoded information bits corresponds to only one interleaving sequence. obtaining (Sioi) A to-be-encoded information bits; mapping the A to-be-encoded information bits and L cyclic redundancy check, CRC, bits to a first bit sequence based on an interleaving sequence, wherein the L CRC bits are obtained based on the A to-be-encoded information bits and a CRC polynomial; and performing channel encoding on the first bit sequence, characterized in that the interleaving sequence is obtained from a prestored interleaving sequence table, wherein in the prestored interleaving sequence table, each information bit length of the A to-be-encoded information bits corresponds to only one interleaving sequence.
A liquid cartridge, comprising: a front surface; an upper surface (39,141) facing an upward direction when the liquid cartridge is installed in a liquid consuming apparatus, the upward direction is a direction opposite to the direction of force of gravity; a liquid outlet portion facing a first direction at the front surface; a circuit board disposed on the upper surface (39,141); and a liquid detection portion for detecting a state of liquid stored in the liquid cartridge; wherein the liquid detection portion comprises a light access portion configured to be accessed with light traveling from a first point toward a second point, characterized in that the light access portion is disposed above the circuit board in the upward direction. a front surface; an upper surface (39,141) facing an upward direction when the liquid cartridge is installed in a liquid consuming apparatus, the upward direction is a direction opposite to the direction of force of gravity; a liquid outlet portion facing a first direction at the front surface; a circuit board disposed on the upper surface (39,141); and a liquid detection portion for detecting a state of liquid stored in the liquid cartridge; wherein the liquid detection portion comprises a light access portion configured to be accessed with light traveling from a first point toward a second point, characterized in that the light access portion is disposed above the circuit board in the upward direction.
A compound having formula I, its enantiomers, diastereoisomers, tautomers or a pharmaceutically acceptable salt thereof, wherein: R 1 is hydrogen, C 1-8 alkyl or halogen; Y is CH or N; X is O, S, NR; and R is H or C 1-3 alkyl. R 1 is hydrogen, C 1-8 alkyl or halogen; Y is CH or N; X is O, S, NR; and R is H or C 1-3 alkyl.
Evaporator-reservoir modular unit for heat loops to cool at least one heat generating element comprising - at least one evaporator comprising an envelope with inlying at least a primary wick, wherein between the outer surface of the primary wick and the inner surface of the envelope is arranged at least one vapor collecting groove connected to an evaporator outlet. - at least one reservoir, - a single common secondary wick joining, at least partially, with its outer surface the inner surface of the at least one primary wick and the at least one reservoir, - a single common central liquid channel inside the secondary wick joining at least one condenser with a liquid inlet located in the cap end of the reservoir or in the cap end of the evaporator, - wherein the hollow cylindrical shape of the primary wick with two seals on cap ends_covers at least partially the end surfaces of the primary wick, wherein the evaporator outlet is arranged on the outer side surface of the evaporator, characterized by at least one evaporator and at least one reservoir being connected in a sequential order in a group of at least three elements, hydraulically linking them by means of the common secondary wick and the central liquid channel, wherein the elements are the evaporator and the reservoir. - at least one evaporator comprising an envelope with inlying at least a primary wick, wherein between the outer surface of the primary wick and the inner surface of the envelope is arranged at least one vapor collecting groove connected to an evaporator outlet. - at least one reservoir, - a single common secondary wick joining, at least partially, with its outer surface the inner surface of the at least one primary wick and the at least one reservoir, - a single common central liquid channel inside the secondary wick joining at least one condenser with a liquid inlet located in the cap end of the reservoir or in the cap end of the evaporator, - wherein the hollow cylindrical shape of the primary wick with two seals on cap ends_covers at least partially the end surfaces of the primary wick,
A radial bed reactor comprising: a) a substantially cylindrical vessel shell having a vertical longitudinal axis, a upper cap and a lower cap; b) a bottom support plate disposed inside the shell and connected to the lower cap; c) a substantially cylindrical porous outer basket disposed concentrically inside the shell along the longitudinal axis and attached to the upper cap and bottom support plate; and d) a substantially cylindrical porous inner basket disposed concentrically inside the porous outer basket along the longitudinal axis and having a substantially solid section attached to the upper cap of the vessel, a substantially porous section attached to the bottom support plate, and a removable section attached there between. a) a substantially cylindrical vessel shell having a vertical longitudinal axis, a upper cap and a lower cap; b) a bottom support plate disposed inside the shell and connected to the lower cap; c) a substantially cylindrical porous outer basket disposed concentrically inside the shell along the longitudinal axis and attached to the upper cap and bottom support plate; and d) a substantially cylindrical porous inner basket disposed concentrically inside the porous outer basket along the longitudinal axis and having a substantially solid section attached to the upper cap of the vessel, a substantially porous section attached to the bottom support plate, and a removable section attached there between.
A cochlear implant system comprising. - a receiving unit configured to receive an acoustical signal and transmit an audio signal based on the acoustical signal, - a processor unit configured to: - receive and divide the audio signal into a plurality of band limited audio signals, - sample each of the plurality of band limited audio signals with a temporal onset, - generate a plurality of stimulation pulses based on sampling of the plurality of band limited audio signals, and - determine one or more audio components for each of the plurality of band limited audio signals via the sampling, - an electrode array including a plurality of electrodes, and wherein the processor unit includes a switching mean configured to switch between using a fixed stimulation frame onset or a variable stimulation frame onset for frame coding the plurality of stimulation pulses into one or more stimulation frames, wherein the switching mean is configured to switch between the fixed stimulation frame onset and the variable stimulation frame onset based on the one or more audio components, and wherein the electrode array is configured to stimulate auditory nerves of a user of the cochlear implant system based on the frame coded plurality of stimulation pulses. - a receiving unit configured to receive an acoustical signal and transmit an audio signal based on the acoustical signal, - a processor unit configured to: - receive and divide the audio signal into a plurality of band limited audio signals, - sample each of the plurality of band limited audio signals with a temporal onset, - generate a plurality of stimulation pulses based on sampling of the plurality of band limited audio signals, and - determine one or more audio components for each of the plurality of band limited audio signals via the sampling, - receive and divide the audio signal into a plurality of band limited audio signals, - sample each of the plurality of band limited audio signals with a temporal onset, - generate a plurality of stimulation pulses based on sampling of the plurality of band limited audio signals, and - determine one or more audio components for each of the plurality of band limited audio signals via the sampling, - an electrode array including a plurality of electrodes,
A device, in particular for a tailgate of a vehicle, with a camera unit which serves for recording images of the exterior of the vehicle and with an operating unit for operating a part of the vehicle, wherein the camera unit and the operating unit are in particular arranged next to each other by way of a carrier element on the vehicle, and, at least the camera unit is accommodated in a protected manner in a housing, and a movable closing element is present for closing a housing opening (14.3) which can be moved by means of an actuator unit into at least two end settings (I, II), namely a closed setting and an open setting, wherein the housing is structured in at least two sections (14.1, 14.2), wherein the carrier element forms a first housing section (14.1) on which the operating unit and the camera unit can be arranged, and the actuator unit can be arranged on a second housing section (14.2), characterised in that a linear guide is provided between the first housing section (14.1) and/or the carrier element and the second housing section (14.2) in order to combine the two housing sections (14.1, 14.2) into one housing, wherein the second housing section (14.2) can be pushed laterally onto the first housing section (14.1), and in that a labyrinth seal is present between the first housing section (14.1) and the second housing section (14.2) which is formed by the linear guide.