mhurhangee/ep-ind-claims huggingface dataset:
A data processing device in a high voltage direct current, or HVDC, transmission system, the data processing device comprising: a measurement module measuring a voltage or current for one or more points in the HVDC system; a data processing unit generating measurement data units using measurement values measured at the measurement module; characterized in that it further comprises a communication module using wavelength division multiplexing to transmit the measurement data units to the outside through one optical fiber, and wherein the optical fiber comprises a plurality of cores, the plurality of cores corresponds respectively to one or more measurement data units, and the communication module transmits the measurement data units to the outside through the plurality of cores, respectively. a measurement module measuring a voltage or current for one or more points in the HVDC system; a data processing unit generating measurement data units using measurement values measured at the measurement module; characterized in that it further comprises a communication module using wavelength division multiplexing to transmit the measurement data units to the outside through one optical fiber, and wherein the optical fiber comprises a plurality of cores, the plurality of cores corresponds respectively to one or more measurement data units, and the communication module transmits the measurement data units to the outside through the plurality of cores, respectively.
A connector for a conduit of gases in an automobile, comprising a body in which a flow duct for gases runs from a first port to a second port, the body comprising a diagnostic duct which proceeds from a third port, characterised in that the diagnostic duct leads to an entrance which runs transversely to the diagnostic duct continuously from an upper body side to a lower body side, and the entrance is associated with sealing rings (3, 4) so that the entrance can be sealed gas-tight when the connector is mounted on a vehicle, by inserting a fastening part, preferably a fastening screw, through the entrance and the sealing rings (3, 4).
A ceiling of a tent with a louver, the louver comprising a. louver blades, b. a ring beam one, c. blade fasteners, d. a connecting device one, e. a connecting device two, f. a connecting long strip one, g. a worm gear assembly, h. a ring beam two, and i. a connecting long strip two; characterized in that said blade fasteners are connected with said connecting long strip one and said ring beam one; one end of said connecting device one is connected to said connecting long strip one, the other end is connected to said connecting device two; said worm gear assembly is fixed to said ring beam one; one end of said connecting device two is fixed to a worm shaft of said worm gear assembly; said blade fasteners are connected to said ring beam two and said connecting long strip two; respective ends of each louver blade are fixed to said blade fastener of said ring beam one and said blade fastener of said ring beam two; wherein said louver blades can rotate with a certain degree to said ring beam by an essentially perpendicular transmission of a rotation of a worm screw of the worm gear assembly to a rotation of the worm shaft and can be installed or disassembled at will. a. louver blades, b. a ring beam one, c. blade fasteners, d. a connecting device one, e. a connecting device two, f. a connecting long strip one, g. a worm gear assembly, h. a ring beam two, and i. a connecting long strip two; said blade fasteners are connected with said connecting long strip one and said ring beam one; one end of said connecting device one is connected to said connecting long strip one, the other end is connected to said connecting device two; said worm gear assembly is fixed to said ring beam one; one end of said connecting device two is fixed to a worm shaft of said worm gear assembly; said blade fasteners are connected to said ring beam two and said connecting long strip two; respective ends of each louver blade are fixed to said blade fastener of said ring beam one and said blade fastener of said ring beam two; wherein said louver blades can rotate with a certain degree to said ring beam by an essentially perpendicular transmission of a rotation of a worm screw of the worm gear assembly to a rotation of the worm shaft and can be installed or disassembled at will.
A dynamic tension system for an orthopedic device having a frame (12, 13) and at least one hinge connected to the frame (12, 13), the dynamic tension system comprising a cable and an adjustment mechanism connected to the cable and arranged to incrementally wind or release said cable; the dynamic tension system further comprising a tension control device (470, 497) connecting to the adjustment mechanism and arranged as the only means to adjust the adjustment mechanism and to limit the adjustment mechanism from winding of the cable past a predetermined tension level; characterized in that the tension control device is a torque limiting tool arranged to fail upon reaching the predetermined tension level in the cable in that tension in winding at said predetermined tension level causes the torque limiting tool to fail, the tension control device having a key arranged to be selectively received and engage a keyhole defined by the adjustment mechanism for rotating the adjustment mechanism for winding of the cable. the dynamic tension system further comprising a tension control device (470, 497) connecting to the adjustment mechanism and arranged as the only means to adjust the adjustment mechanism and to limit the adjustment mechanism from winding of the cable past a predetermined tension level; characterized in that the tension control device is a torque limiting tool arranged to fail upon reaching the predetermined tension level in the cable in that tension in winding at said predetermined tension level causes the torque limiting tool to fail, the tension control device having a key arranged to be selectively received and engage a keyhole defined by the adjustment mechanism for rotating the adjustment mechanism for winding of the cable.
A multi-display device (10, 10a) comprising a plurality of display devices (M1-M9, M11-M51) which are connected together in a daisy-chained fashion, wherein the plurality of display devices comprises M x N displays spatially arranged in a matrix of M lines and N columns, wherein for each display device which is connected to a next-stage display device in the daisy chain, the next-stage display device is either on a same line or a next line of the matrix, wherein each display device has position information indicating its position in the matrix and indicating if the display device is connected to the next-stage display device on the next line of the matrix or if the display device is connected to the next-stage display device on the same line of the matrix, and wherein each of the display devices comprises an image output controller configured to select, according to the position information, whether or not to delay an input video signal by a predetermined period and to thereby output a delayed video signal to the next-stage display device, and wherein the image output controller is configured to output the delayed video signal to the next-stage display device when the position information indicates that the display device is connected to the next-stage display device on the next line of the matrix, and to output a non-delayed video signal to the next-stage display device when the position information indicates that the display device is connected to the next-stage display device on the same line of the matrix. wherein the plurality of display devices comprises M x N displays spatially arranged in a matrix of M lines and N columns, wherein for each display device which is connected to a next-stage display device in the daisy chain, the next-stage display device is either on a same line or a next line of the matrix, wherein each display device has position information indicating its position in the matrix and indicating if the display device is connected to the next-stage display device on the next line of the matrix or if the display device is connected to the next-stage display device on the same line of the matrix, and wherein each of the display devices comprises an image output controller configured to select, according to the position information, whether or not to delay an input video signal by a predetermined period and to thereby output a delayed video signal to the next-stage display device, and wherein the image output controller is configured to output the delayed video signal to the next-stage display device when the position information indicates that the display device is connected to the next-stage display device on the next line of the matrix, and to output a non-delayed video signal to the next-stage display device when the position information indicates that the display device is connected to the next-stage display device on the same line of the matrix.
A composite saddle tree comprising: a saddle tree frame, having a pommel, having a first pommel leg and a second pommel leg, a gullet, having a first gullet leg and a second gullet leg, a cantle, and a seat, having an aperture extending there through, connecting said first pommel leg and said second pommel leg to said cantle to form one continuous piece therewith, wherein, said gullet further comprises a plurality of sheets of a first laminate (3 4), extending from the first gullet leg to the second gullet leg, that are stacked to form a leaf spring shape; characterized in that the saddle tree further comprises at least one sheet of a second laminate that wraps said saddle tree frame; and a bonding agent provided between each sheet in said plurality of sheets of a first laminate, and said second laminate and said saddle tree frame. a saddle tree frame, having a pommel, having a first pommel leg and a second pommel leg, a gullet, having a first gullet leg and a second gullet leg, a cantle, and a seat, having an aperture extending there through, connecting said first pommel leg and said second pommel leg to said cantle to form one continuous piece therewith, wherein, said gullet further comprises a plurality of sheets of a first laminate (3 4), extending from the first gullet leg to the second gullet leg, that are stacked to form a leaf spring shape; characterized in that the saddle tree further comprises at least one sheet of a second laminate that wraps said saddle tree frame; and a pommel, having a first pommel leg and a second pommel leg, a gullet, having a first gullet leg and a second gullet leg, a cantle, and a seat, having an aperture extending there through, connecting said first pommel leg and said second pommel leg to said cantle to form one continuous piece therewith, wherein, said gullet further comprises a plurality of sheets of a first laminate (3 4), extending from the first gullet leg to the second gullet leg, that are stacked to form a leaf spring shape; characterized in that the saddle tree further comprises at least one sheet of a second laminate that wraps said saddle tree frame; and a bonding agent provided between each sheet in said plurality of sheets of a first laminate, and said second laminate and said saddle tree frame.
A method for acquiring a virtual channel table, comprising: receiving at least one virtual channel table delivered by a network side, wherein the virtual channel table delivered by the network side comprises a first checksum and a data object that are generated by the network side, wherein the first checksum is computed by a method using the data object and a broadcast service group identifier of the respective virtual channel table identifying a group of terminals, and the data object comprises channel information; using a preset broadcast service group identifier and the data object of the virtual channel table to compute by said method a second checksum of the preset broadcast service group identifier and the data object of the virtual channel table; and acquiring a virtual channel table that passes check from the at least one received virtual channel table, when the first checksum matches the second checksum. receiving at least one virtual channel table delivered by a network side, wherein the virtual channel table delivered by the network side comprises a first checksum and a data object that are generated by the network side, wherein the first checksum is computed by a method using the data object and a broadcast service group identifier of the respective virtual channel table identifying a group of terminals, and the data object comprises channel information; using a preset broadcast service group identifier and the data object of the virtual channel table to compute by said method a second checksum of the preset broadcast service group identifier and the data object of the virtual channel table; and acquiring a virtual channel table that passes check from the at least one received virtual channel table, when the first checksum matches the second checksum.
Agricultural spreader machine having a storage vessel, at least one metering member which is assigned to the storage vessel, is driven rotationally, and feeds the material which is situated in the storage vessel in adjustable quantities into delivering lines which lead to dispensing members, it being possible for the driven, in particular rotating, parts of a drive of the metering member to be covered by means of a covering during operation, adjusting elements of the at least one metering member being accessible in the case of a metering member which is covered by means of the covering, characterized in that the covering is configured in a pivotable manner as a covering flap and can be moved into an operating position, in which it covers the driven parts of the at least one metering member, and into a maintenance position, in which it releases the driven parts of the at least one metering member.
A method comprising: determining, for one or more base stations capable of providing radio frequency communication with a plurality of user equipment, one or more estimates of bandwidth for one or more classes of quality of service to be implemented in the one or more base stations for one or more services provided to the plurality of user equipment by the one or more base stations; determining one or more expiration times for corresponding ones of the one or more estimates of bandwidth for the one or more classes of quality of service to be implemented in the one or more base stations; and communicating toward one or more mobile backhaul nodes one or more indications of the one or more estimates of the bandwidth for the one or more classes of quality of service to be implemented in the one or more base stations and one or more indications of the one or more expiration times, characterised in that the determining the one or more expiration times further comprises setting the one or more expiration times as being a timestamp and a delta for corresponding ones of the one or more estimates of bandwidth for the one or more classes of quality of service to be implemented in the one or more base stations, wherein the delta has a minimum value of an estimate of packet roundtrip time from an apparatus to the one or more mobile backhaul nodes. determining, for one or more base stations capable of providing radio frequency communication with a plurality of user equipment, one or more estimates of bandwidth for one or more classes of quality of service to be implemented in the one or more base stations for one or more services provided to the plurality of user equipment by the one or more base stations; determining one or more expiration times for corresponding ones of the one or more estimates of bandwidth for the one or more classes of quality of service to be implemented in the one or more base stations; and communicating toward one or more mobile backhaul nodes one or more indications of the one or more estimates of the bandwidth for the one or more classes of quality of service to be implemented in the one or more base stations and one or more indications of the one or more expiration times, characterised in that the determining the one or more expiration times further comprises setting the one or more expiration times as being a timestamp and a delta for corresponding ones of the one or more estimates of bandwidth for the one or more classes of quality of service to be implemented in the one or more base stations, wherein the delta has a minimum value of an estimate of packet roundtrip time from an apparatus to the one or more mobile backhaul nodes.
A composition comprising: (a) an epoxy resin composition comprising: (i) a first epoxy component comprising an epoxy resin having at least one oxazolidone ring structure; and (ii) a second epoxy component selected from the group consisting of a liquid epoxy resin, a divinylarene dioxide, and combinations thereof; (b) a core-shell rubber comprising a rubber particle core and a shell layer, and (c) a hardener. (a) an epoxy resin composition comprising: (i) a first epoxy component comprising an epoxy resin having at least one oxazolidone ring structure; and (ii) a second epoxy component selected from the group consisting of a liquid epoxy resin, a divinylarene dioxide, and combinations thereof; (i) a first epoxy component comprising an epoxy resin having at least one oxazolidone ring structure; and (ii) a second epoxy component selected from the group consisting of a liquid epoxy resin, a divinylarene dioxide, and combinations thereof; (b) a core-shell rubber comprising a rubber particle core and a shell layer, and (c) a hardener.
A method of transmitting and receiving a signal for a 2-step random access channel, RACH, procedure by a user equipment, UE, in a wireless communication system, the method being characterized by: receiving configuration information including information on a maximum number of transmissions of a message A; transmitting, to a base station, BS, the message A including a physical random access channel, PRACH, and a physical uplink shared channel, PUSCH; and receiving a message B related to contention resolution from the BS in response to the message A, wherein a retransmission of the message A is performed based on a power counter related to the message A and the configuration information, and wherein a value of the power counter is maintained based on a change of a transmission spatial filter for the PRACH, and wherein the value of the power counter is incremented based on the transmission spatial filter for the PRACH not changed. receiving configuration information including information on a maximum number of transmissions of a message A; transmitting, to a base station, BS, the message A including a physical random access channel, PRACH, and a physical uplink shared channel, PUSCH; and receiving a message B related to contention resolution from the BS in response to the message A, wherein a retransmission of the message A is performed based on a power counter related to the message A and the configuration information, and wherein a value of the power counter is maintained based on a change of a transmission spatial filter for the PRACH, and wherein the value of the power counter is incremented based on the transmission spatial filter for the PRACH not changed.
A management device installed in a vehicle, comprising: a communication part configured to communicate with an on-board computer mounted on the vehicle; an encryption processor configured to encrypt a management key used to update a key used for mutual authentication between the on-board computer and other on-board computers mounted on the vehicle, and thereby to generate an encrypted management key; a key generation part configured to generate the management key in connection with the key; a key storage unit configured to store the management key in connection with the key; an initially-delivered key storage unit configured to store a plurality of initially-delivered keys corresponding to candidates of initially-delivered keys held by the on-board computer; and a verification part configured to verify correctness of encrypted data received from the on-board computer via the communication part by use of an initially-delivered key among the plurality of initially-delivered keys stored on the initially-delivered key storage unit; wherein the communication part is configured to transmit the encrypted management key to the on-board computer mounted on the vehicle, and wherein the encryption processor is configured to encrypt the management key by use of the initially-delivered key succeeded in verification. a communication part configured to communicate with an on-board computer mounted on the vehicle; an encryption processor configured to encrypt a management key used to update a key used for mutual authentication between the on-board computer and other on-board computers mounted on the vehicle, and thereby to generate an encrypted management key; a key generation part configured to generate the management key in connection with the key; a key storage unit configured to store the management key in connection with the key; an initially-delivered key storage unit configured to store a plurality of initially-delivered keys corresponding to candidates of initially-delivered keys held by the on-board computer; and a verification part configured to verify correctness of encrypted data received from the on-board computer via the communication part by use of an initially-delivered key among the plurality of initially-delivered keys stored on the initially-delivered key storage unit; wherein the communication part is configured to transmit the encrypted management key to the on-board computer mounted on the vehicle, and wherein the encryption processor is configured to encrypt the management key by use of the initially-delivered key succeeded in verification.
A method of producing edible products with an outer shell from a mass which is put into a mould cavity of a mould in which a temperature-controlled stamp (5, 5.1) then plunges with a stamp surface, wherein surplus mass issues over a mould edge (7, 7.1), characterized in that upon lowering of the stamp (5, 5.1) into the mould cavity, the surplus mass is pushed away over the mould edge and at the mould edge (7, 7.1) is separated from the shell by means of the stamp (5, 5.1) and an inclined surface, adjoining an edge of the stamp (5, 5.1) towards the mould interior and becoming the stamp surface which shapes the shell, transfers its incline onto an edge region of the shell.
A fluoride ion secondary battery comprising: a positive electrode including an active material, wherein the active material comprises a composite fluoride which contains: an alkali metal or NH 4; a transition metal; and fluorine, wherein the composite fluoride is represented by a formula A x M y F z, where A is Na, K, Rb, Cs, or NH 4; M is at least one selected from the group consisting of Mn, Fe, Co, Ni, and Cu; and 1≤x≤2, 1≤y≤2, and 3<z<5; a negative electrode; and an electrolyte having a fluoride ion conductivity. a positive electrode including an active material, wherein the active material comprises a composite fluoride which contains: an alkali metal or NH 4; a transition metal; and fluorine, wherein the composite fluoride is represented by a formula A x M y F z, where A is Na, K, Rb, Cs, or NH 4; M is at least one selected from the group consisting of Mn, Fe, Co, Ni, and Cu; and 1≤x≤2, 1≤y≤2, and 3<z<5; a negative electrode; and an electrolyte having a fluoride ion conductivity.