mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting data with modem tones in a voice signal in an IP-based telephone network having a plurality of network elements via a connection between at least one first terminal and at least one second terminal, wherein the data are converted into modem tones, these modem tones are sampled with a transmission clock signal via a digitization of the voice signal in analog-to-digital converters arranged in each case at the terminals, the resulting sample values are transmitted in VoIP packets via the connection between the at least one first terminal and the at least one second terminal and are converted back into modem tones by digital-to-analog converters arranged in each case at the terminals, wherein the analog-to-digital converters and digital-to-analog converters arranged in each case at the terminals synchronize to the transmission clock signal, wherein the synchronization is effected by the second terminal, as the terminal receiving the VoIP packets, generating the transmission clock signal for converting the voice signal digitized for transmission in the IP-based telephone network back into an analog voice signal and determining this transmission clock signal from the number and time of arrival of the sample values of the digitized voice signal and thus synchronizing itself to the received VoIP packets of the connection.
Single-head or multi-head embroidery machine having stitch-forming tools which are each formed by a thread-guiding needle which for forming stitches interacts with a double-lockstitch gripper, and an indexing installation for achieving relative movements between the embroidered goods and the stitch-forming tools, said relative movements being performed depending on the movements of the needle, characterized in that in order for a temporal overlap between the stitch-forming phase and the indexing movement of the stitched goods to be reduced, the double-lockstitch gripper revolves at a rotation speed which corresponds to n-times the rotation speed of the main shaft, wherein "n" equals "3", and wherein a step-up gear unit having a gearing ratio of 1:3 is disposed between the main machine shaft and the double-lockstitch gripper.
A method for manufacturing a vibration detection element, characterized by comprising: a first step including joining a first substrate having an oscillator adhered with a heat-resistant adhesive (114, 117, 118) to a first support member protruding from a bottom surface of a first recess of the first substrate and a second substrate having a second support member protruding from a bottom surface of a second recess of the second substrate so that the oscillator is opposed to the second support member; and a second step removing the heat-resistant adhesive (114, 117, 118) after the first step. a first step including joining a first substrate having an oscillator adhered with a heat-resistant adhesive (114, 117, 118) to a first support member protruding from a bottom surface of a first recess of the first substrate and a second substrate having a second support member protruding from a bottom surface of a second recess of the second substrate so that the oscillator is opposed to the second support member; and a second step removing the heat-resistant adhesive (114, 117, 118) after the first step.
A sports ball rebound and boundary system, comprising: at least one portable post portion, configured to in use stand upright unsupported; a barrier portion, the post portion and barrier portion configured so that at least part of the barrier portion is extendible from the post portion to form a substantially vertically aligned planar barrier extending upwards from substantially ground level, the barrier portion further configured to in use remain under sufficient tension to cause a ball or similar to rebound when striking the barrier; wherein the post portion further comprises a framework having slots, each slot configured to receive and hold a barrier portion in position; each barrier portion at least partly formed from a flexible elongate planar fabric; each barrier portion further comprising a storage means configured to retain the fabric when not in use. at least one portable post portion, configured to in use stand upright unsupported; a barrier portion, the post portion and barrier portion configured so that at least part of the barrier portion is extendible from the post portion to form a substantially vertically aligned planar barrier extending upwards from substantially ground level, the barrier portion further configured to in use remain under sufficient tension to cause a ball or similar to rebound when striking the barrier; wherein the post portion further comprises a framework having slots, each slot configured to receive and hold a barrier portion in position; each barrier portion at least partly formed from a flexible elongate planar fabric; each barrier portion further comprising a storage means configured to retain the fabric when not in use.
A pusher assembly for an insertion system for a vascular implant, wherein the pusher assembly has a catheter tube which has a lumen for accommodating a guide wire and which has a proximal catheter tube portion and, adjoining the latter, a distal catheter tube portion, wherein the distal catheter tube portion is provided at least partially for movably accommodating a vascular implant thereon, and wherein the catheter tube moreover has a pusher unit for releasing the vascular implant, said pusher unit being proximally adjacent to a vascular implant loaded onto the catheter tube, characterized in that the pusher unit is formed by individual, segment-like elements (16, 17, 18, 19), which are arranged one behind another and adjacent to one another on the catheter tube and proximally adjacent to the vascular implant, wherein the individual segment-like elements (16, 17, 18, 19) have a shape that is chosen from among spherical, or substantially spherical, oval, conical, frustoconical and bell-shaped, wherein the elements (16, 17, 18, 19) moreover have a proximal end (16', 17', 18', 19') and a distal end (16", 17", 18", 19") and a central bore for forming a proximal opening and a distal opening and for forming a channel which is routed through the elements (16, 17, 18, 19) and through which the catheter tube can be guided.
Display device comprising at least one pane, at least one volume hologram arranged at least within a transparent portion of the pane, at least one camera device having at least one light-sensitive image sensor, and at least one light source, by means of which light can be coupled into the volume hologram, from which by means of the volume hologram at least one image (22, 54) appearing three-dimensional to a human observer can be generated, wherein the volume hologram includes optical elements, so that a light beam incident on the pane and thereby contacting one of the optical elements is guided within the volume hologram such that it contacts a further optical element, at which the light beam is coupled out of the pane and is directed to the at least one light-sensitive image sensor, characterised in that the optics of the camera device, via which images can be detected by means of the image sensor, are formed at least partly by the portion, wherein the pane is provided on a side opposite the image sensor with a reflective layer overlapping the image sensor and wherein the portion forms the entire optics of the camera device. characterised in that the optics of the camera device, via which images can be detected by means of the image sensor, are formed at least partly by the portion, wherein the pane is provided on a side opposite the image sensor with a reflective layer overlapping the image sensor and wherein the portion forms the entire optics of the camera device.
A method of enhancing upstream performance in a cable network, the method comprising: performing measurements of upstream channels to determine which is most representative of an active upstream channel, the most representative channel being different from the active channel; measuring performance of the most representative upstream channel at a first data signaling rate; determining whether said most representative upstream channel supports a second data signaling rate based on said performance, said second data signaling rate being a higher rate than said first data signaling rate; and selectively transitioning the active upstream channel to said second data signaling rate by implementing said second data signaling rate on said active channel if said most representative upstream channel is determined to support said second data signaling rate and said step of implementing includes setting operation parameters for said active channel prior to adjusting carrier frequency or bandwidth of said active channel. performing measurements of upstream channels to determine which is most representative of an active upstream channel, the most representative channel being different from the active channel; measuring performance of the most representative upstream channel at a first data signaling rate; determining whether said most representative upstream channel supports a second data signaling rate based on said performance, said second data signaling rate being a higher rate than said first data signaling rate; and selectively transitioning the active upstream channel to said second data signaling rate by implementing said second data signaling rate on said active channel if said most representative upstream channel is determined to support said second data signaling rate and said step of implementing includes setting operation parameters for said active channel prior to adjusting carrier frequency or bandwidth of said active channel.
A transmitter comprising: a first transmitting circuit which is adapted to operate in a first frequency band; a second transmitting circuit which is adapted to operate in a second frequency band having a lower frequency range than the first frequency band; a first coupler which, disposed on an output signal line of the first transmitting circuit, is adapted to branch and output part of an output signal from the first transmitting circuit; a second coupler which, disposed on an output line of the second transmitting circuit, is adapted to branch and output part of an output signal from the second transmitting circuit; and a detector circuit, which is adapted to detect an input signal and whose input terminal is coupled to a branched output terminal of the first coupler and a branched output terminal of the second coupler, wherein the transmitter is characterized in that said input terminal of the detector circuit is directly connected to the branched output terminal of the first coupler; and the transmitter further comprises a phase shifter, which is adapted to produce a larger phase shift in a signal of the first frequency band than in a signal of the second frequency band, is arranged between said input terminal of the detector circuit and said branched output terminal of the second coupler. a first transmitting circuit which is adapted to operate in a first frequency band; a second transmitting circuit which is adapted to operate in a second frequency band having a lower frequency range than the first frequency band; a first coupler which, disposed on an output signal line of the first transmitting circuit, is adapted to branch and output part of an output signal from the first transmitting circuit; a second coupler which, disposed on an output line of the second transmitting circuit, is adapted to branch and output part of an output signal from the second transmitting circuit; and a detector circuit, which is adapted to detect an input signal and whose input terminal is coupled to a branched output terminal of the first coupler and a branched output terminal of the second coupler,
A power conversion system, comprising: a DC conversion unit that includes a plurality of conversion devices, wherein each of the conversion devices converts an output of a corresponding one of a plurality of distributed power supplies into DC power and outputs DC power to a bus line; and a single inverter unit that is verified for connection to a commercial system, wherein the inverter unit includes a bidirectional inverter that converts DC power of the bus line into AC power and supplies AC power to at least one of a load and the commercial system, wherein the inverter unit includes a master control unit that is configured to control the bidirectional inverter, wherein the master control unit is configured to detect the voltage of the bus line; characterized in that each of the conversion devices includes a slave control unit that is configured to communicate with the master control unit, in that, when the voltage of the bus line is low, the master control unit is configured to instruct the plurality of slave control units to supply power from a distributed power supply that is an energy storage means so that the voltage of the bus line is increased, and in that, when the voltage of the bus line is high, the master control unit is configured to instruct the plurality of slave control units to supply power to a distributed power supply that is an energy storage means so that the voltage of the bus line is decreased. a DC conversion unit that includes a plurality of conversion devices, wherein each of the conversion devices converts an output of a corresponding one of a plurality of distributed power supplies into DC power and outputs DC power to a bus line; and a single inverter unit that is verified for connection to a commercial system, wherein the inverter unit includes a bidirectional inverter that converts DC power of the bus line into AC power and supplies AC power to at least one of a load and the commercial system, wherein the inverter unit includes a master control unit that is configured to control the bidirectional inverter, wherein the master control unit is configured to detect the voltage of the bus line; characterized in that each of the conversion devices includes a slave control unit that is configured to communicate with the master control unit, in that, when the voltage of the bus line is low, the master control unit is configured to instruct the plurality of slave control units to supply power from a distributed power supply that is an energy storage means so that the voltage of the bus line is increased, and in that, when the voltage of the bus line is high, the master control unit is configured to instruct the plurality of slave control units to supply power to a distributed power supply that is an energy storage means so that the voltage of the bus line is decreased.
A method for calculating a position of a point of interest on a target object in a frame of reference using a cable-suspended platform (16, 18) comprising an equipment support member, a pan-tilt mechanism mounted to the equipment support member, a camera mounted to the pan-tilt mechanism, and a laser range meter affixed to the camera, the method comprising: (a) suspending the cable-suspended platform from a plurality of cables (6a-d) connected to the equipment support member and supported at respective anchor points of a plurality of anchor points (10a-d); (b) calibrating the pan-tilt mechanism relative to the frame of reference; (c) controlling lengths of paid-out portions of the plurality of cables in a manner that causes the equipment support member to move so that the camera is within range of a target object; (d) measuring respective distances of a center point of the equipment support member from respective anchor points based in part on the lengths of the paid-out portions of the plurality of cables; (e) controlling the pan-tilt mechanism to cause the laser range meter to aim at a point of interest on the target object; (f) measuring the pan and tilt angles of the pan-tilt mechanism while the laser range meter is aimed at the point of interest; (g) measuring a distance separating the laser range meter and the point of interest; and (h) converting the distance and angle measurements into a Cartesian coordinate vector representing the position of the point of interest in the frame of reference. (a) suspending the cable-suspended platform from a plurality of cables (6a-d) connected to the equipment support member and supported at respective anchor points of a plurality of anchor points (10a-d); (b) calibrating the pan-tilt mechanism relative to the frame of reference; (c) controlling lengths of paid-out portions of the plurality of cables in a manner that causes the equipment support member to move so that the camera is within range of a target object; (d) measuring respective distances of a center point of the equipment support member from respective anchor points based in part on the lengths of the paid-out portions of the plurality of cables; (e) controlling the pan-tilt mechanism to cause the laser range meter to aim at a point of interest on the target object; (f) measuring the pan and tilt angles of the pan-tilt mechanism while the laser range meter is aimed at the point of interest; (g) measuring a distance separating the laser range meter and the point of interest; and (h) converting the distance and angle measurements into a Cartesian coordinate vector representing the position of the point of interest in the frame of reference.
An electrophoretic concentration apparatus, comprising: an electrically grounded drum; a fluid feed to provide electro fluid to the surface of the drum; and a roller; the apparatus characterised in that it is to concentrate electro fluid, and in that the roller is in contact with the drum and comprises: a metal core to be electrically biased to cause concentration of the electro fluid on the surface of the drum; and a ceramic coating around the metal core. an electrically grounded drum; a fluid feed to provide electro fluid to the surface of the drum; and a roller; the apparatus characterised in that it is to concentrate electro fluid, and in that the roller is in contact with the drum and comprises: a metal core to be electrically biased to cause concentration of the electro fluid on the surface of the drum; and a ceramic coating around the metal core. a metal core to be electrically biased to cause concentration of the electro fluid on the surface of the drum; and a ceramic coating around the metal core.
A process for making a water-soluble film from a nonwoven web, the process comprising the steps of: a. providing a nonwoven web comprising a plurality of filaments comprising a polar solvent-soluble filament-forming material; and b. converting the nonwoven web into a film and wherein the water-soluble film comprises one or more fabric acre active agents. a. providing a nonwoven web comprising a plurality of filaments comprising a polar solvent-soluble filament-forming material; and b. converting the nonwoven web into a film and wherein the water-soluble film comprises one or more fabric acre active agents.
A spectrum resource sharing method, comprising: acquiring, by a first-communications standard base station, frequency domain information of each second-communications standard channel interfering with the first-communications standard base station, wherein the frequency domain information comprises: frequency point numbers of the second-communications standard channels that are occupied; determining, by the first-communications standard base station according to the frequency domain information of the second-communications standard channels, whether one or more frequency points in a shared spectrum are occupied by the second-communications standard channels, wherein the shared spectrum is spectrum resource shared by the first-communications standard and the second-communications standard; and when no frequency point in the shared spectrum is occupied by the second-communications standard channels, using, by the first-communications standard base station, the shared spectrum for uplink and downlink data channel scheduling in current one transmission time interval; characterized by that the method according further comprises: if in the one transmission time interval, one or more frequency points in the shared spectrum are occupied by the second-communications standard channels, skipping using, by the first-communications standard base station, the shared spectrum for the uplink and downlink data channel scheduling in the one transmission time interval. acquiring, by a first-communications standard base station, frequency domain information of each second-communications standard channel interfering with the first-communications standard base station, wherein the frequency domain information comprises: frequency point numbers of the second-communications standard channels that are occupied; determining, by the first-communications standard base station according to the frequency domain information of the second-communications standard channels, whether one or more frequency points in a shared spectrum are occupied by the second-communications standard channels, wherein the shared spectrum is spectrum resource shared by the first-communications standard and the second-communications standard; and when no frequency point in the shared spectrum is occupied by the second-communications standard channels, using, by the first-communications standard base station, the shared spectrum for uplink and downlink data channel scheduling in current one transmission time interval; characterized by that the method according further comprises: if in the one transmission time interval, one or more frequency points in the shared spectrum are occupied by the second-communications standard channels, skipping using, by the first-communications standard base station, the shared spectrum for the uplink and downlink data channel scheduling in the one transmission time interval.
An induction cooking hob including a number of induction coils, wherein: - said induction coils are arranged on the induction cooking hob according to a predetermined scheme, - at least a portion of the induction cooking hob is covered by the induction coils, - at least one heating area is formed on the induction cooking hob by activating a single induction coil or a combination of adjacent induction coils, and - at least a portion of the induction hob includes induction coils shaped as triangular discs, characterized in that the induction cooking hob includes pairs of neighboured induction coils shaped as right-angled triangles, wherein said pair forms a rectangular or square heating area, and wherein a plurality of said rectangular or square heating areas is arranged as a matrix on the induction cooking hob, and wherein diagonals are formed by two adjacent parallel hypotenuses of the pair of neighboured induction coils shaped as right-angled triangles, and wherein said diagonals of directly neighboured rectangular or square heating areas are arranged perpendicular to each other. - said induction coils are arranged on the induction cooking hob according to a predetermined scheme, - at least a portion of the induction cooking hob is covered by the induction coils, - at least one heating area is formed on the induction cooking hob by activating a single induction coil or a combination of adjacent induction coils, and - at least a portion of the induction hob includes induction coils shaped as triangular discs,