mhurhangee/ep-ind-claims huggingface dataset:
A Push To Talk system, denoted as PTT system, comprising: a first terminal adapted to generate and transmit a signal indicating a current state of a user comprising at least one of a signal indicating absence, a signal indicating a conference state, and a signal indicating a busy state; a second terminal adapted to receive data directed to the first terminal; and a PTT server adapted to convert a PTT voice message directed to the first terminal to a text message, and being characterized in that the PTT server is further adapted to transmit the PTT text message to the second terminal when the signal indicating the current state of the user is received from the first terminal and indicates at least one of an absence state, a conference state and a busy state, wherein the first terminal is adapted to generate the signal indicating the absence state and the signal indicating the conference state when the first terminal receives an absence setting signal and a conference setting signal respectively, through a predetermined setting key. a first terminal adapted to generate and transmit a signal indicating a current state of a user comprising at least one of a signal indicating absence, a signal indicating a conference state, and a signal indicating a busy state; a second terminal adapted to receive data directed to the first terminal; and a PTT server adapted to convert a PTT voice message directed to the first terminal to a text message, and being characterized in that the PTT server is further adapted to transmit the PTT text message to the second terminal when the signal indicating the current state of the user is received from the first terminal and indicates at least one of an absence state, a conference state and a busy state, wherein the first terminal is adapted to generate the signal indicating the absence state and the signal indicating the conference state when the first terminal receives an absence setting signal and a conference setting signal respectively, through a predetermined setting key.
A method comprising: receiving, at a switch of a network, a batch of data units during a first period of time, the network further comprising i) one or more network function, NF, instances of an NF service, and ii) a scaling controller; transmitting, from the switch to a first NF instance of the one or more NF instances, one or more units of data of the batch of data units during the first period of time; determining an estimated maximum safe data unit rate for the first NF instance, wherein the maximum safe data unit rate is an estimate of a maximum data unit rate that the first NF instance is able to process without experiencing overload; determining a representative estimated maximum safe data unit rate of the NF service using the estimated maximum safe data unit rate, wherein the representative estimated maximum safe data unit rate of the NF service is an estimate of a maximum data unit rate that the NF service is able to process without experiencing overload; determining an incoming data unit rate of the NF service; and determining, at the scaling controller, a total number of NF instances of the NF service to be provisioned in the network using the determined incoming data unit rate of the NF service and the representative estimated maximum safe data unit rate of the NF service. receiving, at a switch of a network, a batch of data units during a first period of time, the network further comprising i) one or more network function, NF, instances of an NF service, and ii) a scaling controller; transmitting, from the switch to a first NF instance of the one or more NF instances, one or more units of data of the batch of data units during the first period of time; determining an estimated maximum safe data unit rate for the first NF instance, wherein the maximum safe data unit rate is an estimate of a maximum data unit rate that the first NF instance is able to process without experiencing overload; determining a representative estimated maximum safe data unit rate of the NF service using the estimated maximum safe data unit rate, wherein the representative estimated maximum safe data unit rate of the NF service is an estimate of a maximum data unit rate that the NF service is able to process without experiencing overload; determining an incoming data unit rate of the NF service; and determining, at the scaling controller, a total number of NF instances of the NF service to be provisioned in the network using the determined incoming data unit rate of the NF service and the representative estimated maximum safe data unit rate of the NF service.
Electrical coupling apparatus having a housing comprising a housing upper part and a housing lower part which are mechanically connected to one another by means of latching elements, wherein a contact chamber, in which a radially symmetrical hyperbolic contact is arranged, is provided in the housing lower part, characterized in that there is a substantially planar ring section, which closes the contact chamber, on the plug-in side of the coupling apparatus, and wherein a sealing element, which is located in the receiving space for a mating plug which can be plug-connected to the coupling apparatus, is arranged circumferentially around the outside of the contact chamber, and wherein the housing, up to the cable outlet, has been virtually completely filled by means of a sealant via openings in the housing upper part.
Timepiece display mechanism including, arranged on a bridge, a cam arranged to be driven by a time base, and a lever pivoting about a lever axis and including on the one hand, a feeler member following the contour of said cam under the action of elastic return means and on the other hand, a first rack meshing with a first angular orientation wheel for the rotational driving thereof about a first axis, said first angular orientation wheel driving an indicator plate synchronously or via a differential mechanism, said indicator plate projecting radially with respect to a main axis and being parallel to or coplanar with said first wheel, characterized in that said display mechanism includes a connecting rod articulated at a first end to a carriage mounted to slide on said indicator plate and carrying a retractable hand, a second end of said connecting rod being pivoted, either on a fixed pivot on said bridge, or on a movable pivot comprised in an elongation wheel set directly or indirectly driven by said lever.
A method for communicating a signal in a system for transmitting a symbol for which a space-time multiplexing (STTD) and a beamforming have been performed by a transmitting end having more than four transmit antennas, the method comprising the steps of: calculating a signal to interference noise ratio (SINR) with respect to transmit antenna pairs; determining two antenna pairs at least one of which has the greatest SINR among the respective antenna pairs; calculating an eigenvector of a channel matrix with respect to the determined antenna pair; feedbacking the antenna pair determination information and the eigenvector to the transmitting end; and receiving a symbol for which a beamforming and an STTD have been performed according to the two determined antenna pairs by using the eigenvector as a weight vector, wherein the channel matrix comprises a correlation value between the more than four transmit antennas, a correlation value between receive antennas, and a channel value in a radio channel circumstance. calculating a signal to interference noise ratio (SINR) with respect to transmit antenna pairs; determining two antenna pairs at least one of which has the greatest SINR among the respective antenna pairs; calculating an eigenvector of a channel matrix with respect to the determined antenna pair; feedbacking the antenna pair determination information and the eigenvector to the transmitting end; and receiving a symbol for which a beamforming and an STTD have been performed according to the two determined antenna pairs by using the eigenvector as a weight vector,
A method for dissociating ions in a quadrupole ion trap for mass spectrometric analysis, comprising: applying RF voltages of adjustable amplitude to the ion trap to generate an RF trapping field that confines ions within the ion trap, the quadrupole ion trap being configured such that the RF trapping field incorporates higher order non-linear components and applying an oscillatory excitation voltage to the ion trap for an excitation period to resonantly excite and fragment at least some of the confined ions; characterized in that the method further comprises monotonically varying the amplitude of the RF voltages during the excitation period so as to counteract the effect of the higher order field components and prolong the resonant excitation thereby. applying RF voltages of adjustable amplitude to the ion trap to generate an RF trapping field that confines ions within the ion trap, the quadrupole ion trap being configured such that the RF trapping field incorporates higher order non-linear components and applying an oscillatory excitation voltage to the ion trap for an excitation period to resonantly excite and fragment at least some of the confined ions; characterized in that the method further comprises monotonically varying the amplitude of the RF voltages during the excitation period so as to counteract the effect of the higher order field components and prolong the resonant excitation thereby.
A vehicle seat frame structure comprising two separate pairs of lateral, left and right longitudinal frame elements (4, 5, 26, 27, 93, 94, 95, 96) joined by at least one transverse connecting element (6, 7, 8, 97.1, 97.2, 97.3, 97.4), said elements being made at least in part of a polymer material, wherein a first pair forms a back frame structure (20, 90) and a second pair forms a seat chassis structure (21, 92), and wherein said back frame structure (20, 90) and said seat chassis structure (21, 92) are pivotally connected with each other by a hinge mechanism (13, 91) so as to allow for adjustment of the angle between said back frame structure (20, 90) and said seat chassis structure (21, 92), characterized in that said lateral longitudinal frame elements (4, 5, 93, 94) of said back frame structure (20, 90) have a lower portion (80, 100) with an I-shaped cross-section and an upper portion (81, 101) with a U-shaped cross-section, said I-shaped cross-section being defined by a central web and two proximal and distal flanges connected by said central web, each of said two proximal and distal flanges being connected along a longitudinal axis of symmetry to an end portion of said central web and being substantially perpendicular to said central web, said central web being oriented such that its two opposing sides face towards the lateral directions, respectively the left and the right directions, of the vehicle seat frame structure, said U-shaped cross-section being defined by two lateral flanges connected by a bottom web, said lateral flanges being oriented according to a rear-to-front or front-to-rear direction of the vehicle seat frame structure, in that said lateral longitudinal frame elements (4, 5, 93, 94) of said back frame structure (20, 90) have a transitional portion between said upper portion and said lower portion, said transitional portion having a combined U-shaped and I-shaped cross-section reminding of the capital letter Y and in that said back frame structure and said seat chassis structure are positioned so that the lateral longitudinal frame elements (95, 96) of the seat chassis structure are aligned with the lateral longitudinal frame elements (93, 94) of the seat back frame structure, so that more than 75%, and preferably approximately 100 %, of the projection of the width of the bottom end of the lateral longitudinal frame elements (93, 94) of the seat back frame structure is covered by the adjacent rear end of the lateral longitudinal frame elements (95, 96) of the seat chassis structure.
Sterile container for the sterilization of surgical instruments, comprising a bottom wall, a side wall and a lid which, in a closed position of the sterile container, with a lid rim engages over a free rim arranged on a side of the side wall that faces away from the bottom wall, wherein the sterile container has at least one projection element arranged between the bottom wall and the free rim on the side wall, the projection element projecting from the side wall in the direction of an outside of the sterile container at least as far as the lid rim and being located at a shorter distance from the bottom wall than is the lid rim, the side wall, in an upper wall area between the at least one projection element and the free rim, not protruding in the direction of a sterile container center of the sterile container over the side wall in a lower wall area between the at least one projection element and the bottom wall, wherein the at least one projection element is made of metal and is formed integrally with the side wall, characterized in that the side wall is bent over at the free end through 180° in the direction of the bottom wall at the outside and the upper wall area is of double-layered configuration and in that at a distance from the free rim, the side wall is bent over in the direction of the outside, thereby producing a ledge, which forms the projection element.
An orthomode transducer comprising: a first Boifot junction; a second Boifot junction; each of said first and second Boifot junction comprising a dual polarized port, a first lateral port, a second lateral port, the first and second lateral port being single polarized, and a third single polarized port along the propagation direction of a signal in the dual polarized port; a first power divider for coupling the first lateral port of the first Boifot junction with the first lateral port of the second Boifot junction to a third port; a second power divider for coupling the second lateral port of the first Boifot junction with the second lateral port of the second Boifot junction to a third port; a third power divider for coupling the third port of the first power divider with the third port of the second power divider to a fourth single polarization port; a fourth power divider for coupling the third single polarized port of the first Boifot junction with the third single polarized port of the second Boifot junction to a fifth single polarized port. a first Boifot junction; a second Boifot junction; each of said first and second Boifot junction comprising a dual polarized port, a first lateral port, a second lateral port, the first and second lateral port being single polarized, and a third single polarized port along the propagation direction of a signal in the dual polarized port; a first power divider for coupling the first lateral port of the first Boifot junction with the first lateral port of the second Boifot junction to a third port; a second power divider for coupling the second lateral port of the first Boifot junction with the second lateral port of the second Boifot junction to a third port; a third power divider for coupling the third port of the first power divider with the third port of the second power divider to a fourth single polarization port; a fourth power divider for coupling the third single polarized port of the first Boifot junction with the third single polarized port of the second Boifot junction to a fifth single polarized port.
A wireless communication device, which supports a plurality of uplink component carriers, comprises: a transmitting unit configured to transmit one or more physical uplink shared channels, PUSCHs, on one or more uplink component carriers; and an uplink control unit configured to determine a transmission power for physical uplink shared channel, PUSCH, for each component carrier, wherein the transmission power for the PUSCH is dropped based on a predefined priority in a case that a projected total transmission power exceeds a maximum transmission power of the wireless communication device, and wherein the maximum transmission power is predefined based on UE power class of the wireless communication device. a transmitting unit configured to transmit one or more physical uplink shared channels, PUSCHs, on one or more uplink component carriers; and an uplink control unit configured to determine a transmission power for physical uplink shared channel, PUSCH, for each component carrier, wherein the transmission power for the PUSCH is dropped based on a predefined priority in a case that a projected total transmission power exceeds a maximum transmission power of the wireless communication device, and wherein the maximum transmission power is predefined based on UE power class of the wireless communication device.
A fuel dispenser for refuelling vehicles comprising a control unit connected to a microcontroller, characterised by comprising at least one antenna connected to the microcontroller and configured to detect a signal from at least a RFID tag located on a component of the dispenser, wherein the microcontroller is adapted to store a unique identifier associated to the RFID tag and to read the signal of the RFID tag for identifying the component and/or the position of the component with respect to the antenna. characterised by comprising at least one antenna connected to the microcontroller and configured to detect a signal from at least a RFID tag located on a component of the dispenser, wherein the microcontroller is adapted to store a unique identifier associated to the RFID tag and to read the signal of the RFID tag for identifying the component and/or the position of the component with respect to the antenna.
Filling apparatus for filling containers in aseptic conditions, comprising: a tank for containing a filling fluid; a plurality of dispensing nozzles in fluid communication with said tank, said nozzles being located in a contamination-controlled environment that is isolated from an external environment; a VHP or vaporized hydrogen peroxide generator, characterized in that it comprises at least one first VHP supplying duct that goes from the VHP generator to said tank. a tank for containing a filling fluid; a plurality of dispensing nozzles in fluid communication with said tank, said nozzles being located in a contamination-controlled environment that is isolated from an external environment; a VHP or vaporized hydrogen peroxide generator, characterized in that it comprises at least one first VHP supplying duct that goes from the VHP generator to said tank.
A toner prepared by dispersing and/or emulsifying an oil phase in a water-based medium and then removing the solvent to granulate the toner, wherein the oil phase comprises in an organic solvent at least a binding resin, a colorant, and an exchanged layered inorganic material wherein at least a part of interlayer ions in the layered inorganic material has been exchanged with organic ions, wherein the toner has an average circularity of 0.925 to 0.970.
Device for sealingly occluding an end of a cable protecting tube to which a cable is allocatable, including: - a clamping structure with an interior reception space and - an elastic sealing sleeve for receiving of the end of the cable protecting tube, said sealing sleeve being arranged in the interior reception space and comprising two particularly cylindrical interior contour sections (37, 41) radially and axially offset from one another for providing a circumferential protecting tube sealing surface with the cable protecting tube and a further circumferential cable sealing surface with the cable; characterised in that a funnel-shaped interior contour-tapering is formed between the protecting tube sealing surface and the cable sealing surface and in that an axially extending sealing prolongation is attached in axial connection to the cable sealing surface, wherein the interior contour section (37, 41) providing the cable sealing surface extends into the sealing prolongation in the form of a blind hole. - a clamping structure with an interior reception space and - an elastic sealing sleeve for receiving of the end of the cable protecting tube, said sealing sleeve being arranged in the interior reception space and comprising two particularly cylindrical interior contour sections (37, 41) radially and axially offset from one another for providing a circumferential protecting tube sealing surface with the cable protecting tube and a further circumferential cable sealing surface with the cable;
A firearm suppressor comprising - a suppressor housing defining the outer surface of the suppressor, - mounting means for fastening / detaching the suppressor with a barrel of the firearm and having an aperture for a projectile and propellant gases of the firearm to enter the suppressor, - an interior arranged to form a number of compartments, which are separated by conical baffles having an aperture for the projectile to pass through, - an exit aperture for the projectile and the propellant gases to exit the suppressor, - in which the compartments formed by the conical baffles are different in volume so that in the order of advancing projectile path the largest compartment is followed by number of smaller compartments, characterized in that, the conical baffle having an outer cone surface facing the diverging cone of the largest compartment has a largest outer diameter smaller than the inner diameter of the suppressor housing thus forming an annular opening to a sub volume of the largest compartment in the advancing direction (ad) and that the following compartments are separated from each other by a cylindrical wall structure defining an annular cylindrical sub volume for propellant gases to deaden. - a suppressor housing defining the outer surface of the suppressor, - mounting means for fastening / detaching the suppressor with a barrel of the firearm and having an aperture for a projectile and propellant gases of the firearm to enter the suppressor, - an interior arranged to form a number of compartments, which are separated by conical baffles having an aperture for the projectile to pass through, - an exit aperture for the projectile and the propellant gases to exit the suppressor, - in which the compartments formed by the conical baffles are different in volume so that in the order of advancing projectile path the largest compartment is followed by number of smaller compartments,
An image sensor comprising pixels (Pix), each pixel comprising a photodetector and a circuit for reading out the quantity of charges collected by the photodetector at the end of a phase of charge collection by the photodetector, the image sensor further comprising, for at least one of the pixels, a detection circuit (rexel) capable, at least at each of two different times during said phase, of detecting whether the quantity of charges collected at said time by the photodetector of said pixel exceeds a threshold and, in the case where said quantity of charges collected at said time exceeds the threshold, of storing a first signal (OUT_Tint_PIX) representative of said time and of resetting the photodetector, wherein, for each pixel (Pix), the readout circuit comprises at least one first transistor (T G1) coupling the photodetector to a first node and wherein each pixel (Pix) further comprises a second transistor (T AB) coupling the photodetector to a second node (SNbis), said second node of at least one of the pixels being coupled to the detection circuit (rexel).
A curable composition comprising: an epoxy compound; an amine compound; and an acrylic resin, wherein the acrylic resin is a diblock-type acrylic resin; wherein the amine compound contains an N-(aminoalkyl) piperazine compound as an essential component. an epoxy compound; an amine compound; and an acrylic resin, wherein the acrylic resin is a diblock-type acrylic resin; wherein the amine compound contains an N-(aminoalkyl) piperazine compound as an essential component.