mhurhangee/ep-ind-claims huggingface dataset:
An information transmission method comprising: after receiving a Mobile IPv6 support for Dual Stack Hosts and Routers, DSMIPv6, binding update signaling, a packet data gateway, P-GW, notifying a source User Datagram Protocol, UDP, port number of the DSMIPv6 binding update signaling to a Policy and Charging Rules Function, PCRF; and the PCRF notifying the source UDP port number of the DSMIPv6 binding update signaling to a fixed broadband access network; wherein the method is characterized by: the P-GW notifying an Internet protocol security, IPSec, source UDP port number to the PCRF after a user equipment or the P-GW itself triggers to establish a Child IPSec security association; and the PCRF notifying the IPSec source UDP port number to the fixed broadband access network. after receiving a Mobile IPv6 support for Dual Stack Hosts and Routers, DSMIPv6, binding update signaling, a packet data gateway, P-GW, notifying a source User Datagram Protocol, UDP, port number of the DSMIPv6 binding update signaling to a Policy and Charging Rules Function, PCRF; and the PCRF notifying the source UDP port number of the DSMIPv6 binding update signaling to a fixed broadband access network; wherein the method is characterized by: the P-GW notifying an Internet protocol security, IPSec, source UDP port number to the PCRF after a user equipment or the P-GW itself triggers to establish a Child IPSec security association; and the PCRF notifying the IPSec source UDP port number to the fixed broadband access network. the P-GW notifying an Internet protocol security, IPSec, source UDP port number to the PCRF after a user equipment or the P-GW itself triggers to establish a Child IPSec security association; and the PCRF notifying the IPSec source UDP port number to the fixed broadband access network.
Method for attaching spacer elements to a galvanic cell, the method comprising the following: - providing a galvanic cell, which comprises one or more cell rolls; - applying one or more spacer elements of a pourable, sprayable and/or printable material to a cell housing of the galvanic cell, wherein the one or more spacer elements is/are applied to the cell housing of the galvanic cell by means of one or more of the following application processes: - by means of a pouring process; - by means of a spraying process; - by means of a printing process, wherein the one or more spacer elements is/are applied to the cell housing of the galvanic cell by an application device. - providing a galvanic cell, which comprises one or more cell rolls; - applying one or more spacer elements of a pourable, sprayable and/or printable material to a cell housing of the galvanic cell, wherein the one or more spacer elements is/are applied to the cell housing of the galvanic cell by means of one or more of the following application processes: - by means of a pouring process; - by means of a spraying process; - by means of a printing process, - by means of a pouring process; - by means of a spraying process; - by means of a printing process, wherein the one or more spacer elements is/are applied to the cell housing of the galvanic cell by an application device.
A flow restriction device, comprising: a flow insert comprising a fluid passage extending therethrough, the fluid passage comprising a first segment formed by an outer surface of the flow insert, and a second segment formed by an inner surface of the flow insert; a resilient valve comprising a first end engaged against the outer surface of the flow insert, the first end having an inner portion aligned with the second segment of the fluid passage, and an outer portion aligned with the first segment of the fluid passage, and an aperture that extends through the resilient valve, from the first end to a second end of the resilient valve; wherein the inner portion of the resilient valve is flexible, relative to the flow insert such that in a first orientation of the resilient valve, the inner portion is spaced apart from the flow insert by a first distance to permit a fluid to move from the first segment toward the second segment of the fluid passage, and in a second orientation of the resilient valve, the inner portion is spaced apart from the flow insert by a second distance to resist movement of the fluid between from the first segment to the second segment of the fluid passage. a flow insert comprising a fluid passage extending therethrough, the fluid passage comprising a first segment formed by an outer surface of the flow insert, and a second segment formed by an inner surface of the flow insert; a resilient valve comprising a first end engaged against the outer surface of the flow insert, the first end having an inner portion aligned with the second segment of the fluid passage, and an outer portion aligned with the first segment of the fluid passage, and an aperture that extends through the resilient valve, from the first end to a second end of the resilient valve; wherein the inner portion of the resilient valve is flexible, relative to the flow insert such that in a first orientation of the resilient valve, the inner portion is spaced apart from the flow insert by a first distance to permit a fluid to move from the first segment toward the second segment of the fluid passage, and in a second orientation of the resilient valve, the inner portion is spaced apart from the flow insert by a second distance to resist movement of the fluid between from the first segment to the second segment of the fluid passage.
A laser scanner for the detection of objects in a monitoring area, the laser scanner comprising a light transmitter for transmitting a transmission light beam, a light receiver for generating a reception signal from remitted light remitted by objects in the monitoring area, an optic unit rotatable about an axis of rotation for periodically deflecting the transmission light beam into the monitoring area and the remitted light from the monitoring area, a motor for moving the optic unit in a continuous rotary movement, and an evaluation unit wherein information about objects in the monitoring area is detectable based on the reception signal, the optic unit comprising two light guides (14, 26), namely, a co-rotating transmission light guide for deflecting the transmission light beam from the light transmitter into the monitoring area and a co-rotating reception light guide for deflecting the remitted light from the monitoring area to the light receiver, characterized in that there is no deflection in the laser scanner between an exit region of the transmission light guide and the monitoring area as well as between the monitoring area and an entry region of the reception light guide, so that the co-rotating light guides (14, 26) function as the deflection unit and replace a rotating mirror.
A method of magnetic resonance imaging, the method comprising: exposing a region of interest to a magnetic field; producing an anatomical planning image as a scan of the region of interest; analyzing the magnetic field for its homogeneity over the region of interest; based on the analysis of the magnetic field, producing a map of areas of the anatomical planning image of different degrees of homogeneity of the magnetic field; placing a spectroscopic single voxel within the region of interest based on the map at a location where the magnetic field has the greatest degree of homogeneity; calculating the size of the spectroscopic single voxel based on the size of a region of overlap between the area of the map where the homogeneity of the magnetic field is the greatest and a demarcated region of the anatomical planning image; and acquiring a spectrum of magnetic resonances from the region of interest confined to the spectroscopic single voxel. exposing a region of interest to a magnetic field; producing an anatomical planning image as a scan of the region of interest; analyzing the magnetic field for its homogeneity over the region of interest; based on the analysis of the magnetic field, producing a map of areas of the anatomical planning image of different degrees of homogeneity of the magnetic field; placing a spectroscopic single voxel within the region of interest based on the map at a location where the magnetic field has the greatest degree of homogeneity; calculating the size of the spectroscopic single voxel based on the size of a region of overlap between the area of the map where the homogeneity of the magnetic field is the greatest and a demarcated region of the anatomical planning image; and acquiring a spectrum of magnetic resonances from the region of interest confined to the spectroscopic single voxel.
A computer implemented security method for authentication of a password comprising: encoding, in a data repository, data on a password to be authenticated; displaying a user interface on a display device, the user interface including a positioning guide and a marker; receiving user inputs on: a password comprising a plurality of symbols; and, a location for each symbol in the user interface relative to said positioning guide; and, authenticating the user in dependence on the received user inputs and on the marker, wherein the marker is selected from a plurality of markers, each marker designating a different condition to be met by the received user inputs to successfully authenticate the user, wherein the positioning guide includes a grid defining a plurality of candidate positions, each candidate position comprising a possible location for a symbol of the password, the marker being positioned at a candidate position in the grid and the condition being an offset from the position of the marker at which the password is to be entered. encoding, in a data repository, data on a password to be authenticated; displaying a user interface on a display device, the user interface including a positioning guide and a marker; receiving user inputs on: a password comprising a plurality of symbols; and, a location for each symbol in the user interface relative to said positioning guide; and, a password comprising a plurality of symbols; and, a location for each symbol in the user interface relative to said positioning guide; and, authenticating the user in dependence on the received user inputs and on the marker, wherein the marker is selected from a plurality of markers, each marker designating a different condition to be met by the received user inputs to successfully authenticate the user, wherein the positioning guide includes a grid defining a plurality of candidate positions, each candidate position comprising a possible location for a symbol of the password, the marker being positioned at a candidate position in the grid and the condition being an offset from the position of the marker at which the password is to be entered.
A method of grouping interrupts of types for real time applications data from a data storage means in accordance with the types of the interrupts, said data storage means having a double buffer comprising a first part (120, 220) and a second part (122, 222), said storage means being able to send data coming from a host processor to one or more communication channels and to send interrupts to the host processor, the method comprising the steps of: providing each part of the data storage means with a means for indicating (32, 34) of an event associated with the part; generating interrupts upon the occurrence of events in different parts of the data storage means; allocating interrupts associated with the same part of the data storage means to a same processing means (38, 40), said method being characterized in that generating interrupts comprises generating a first type of interrupt to require updated data from the host processor, said first interrupts based on a first indicator of a first event in a host side of a double buffer of the storage means, and generating a second type of interrupt to indicate to the host processor finalization of data transmission to the communication channel, said second interrupts based on a second indicator of a second event in a transmit side of the double buffer of the storage means. providing each part of the data storage means with a means for indicating (32, 34) of an event associated with the part; generating interrupts upon the occurrence of events in different parts of the data storage means; allocating interrupts associated with the same part of the data storage means to a same processing means (38, 40), said method being characterized in that generating interrupts comprises generating a first type of interrupt to require updated data from the host processor, said first interrupts based on a first indicator of a first event in a host side of a double buffer of the storage means, and generating a second type of interrupt to indicate to the host processor finalization of data transmission to the communication channel, said second interrupts based on a second indicator of a second event in a transmit side of the double buffer of the storage means.
Reinforced rubber product for a tyre, the said product comprising a reinforcing element extending in a main direction (A, X) and embedded in a mass of coating rubber, the reinforcing element comprising: - at least one filamentary element covered with a polymer sheath, and - at least one anchorage element for the circumferential and/or axial mechanical anchorage of the mass of coating rubber, the circumferential and/or axial mechanical anchorage element being formed in or on the polymer sheath, the reinforced rubber product being characterized in that, in a plane perpendicular to the main direction, the polymer sheath is delimited by a concave contour, which means to say that, in this plane, there are at least two points on the contour of the sheath that can be joined by a straight line without passing exclusively through the sheath. - at least one filamentary element covered with a polymer sheath, and - at least one anchorage element for the circumferential and/or axial mechanical anchorage of the mass of coating rubber, the circumferential and/or axial mechanical anchorage element being formed in or on the polymer sheath,
Circuit arrangement with at least one power transistor (T1, T2) for a converter, with a logic circuit for generating a PWM signal that is used for the control of the at least one power transistor (T1, T2), and with a clock generator for the generation of a clock signal, as well as with a first isolator (Si) designed for the galvanically isolated transmission of the PWM signal and with a second isolator (Ci) designed for the galvanically isolated transmission of the clock signal into a high-voltage region of the converter, wherein a galvanically isolated PWM signal (Giso) and a galvanically isolated clock signal (CLKiso) occur, and with a correction circuit that corrects a jitter of the galvanically isolated PWM signal (Giso) on the basis of the galvanically isolated clock signal (CLKiso), wherein the first isolator (Si) for the PWM signal is implemented as an optocoupler or as a digital signal isolator which can transmit both direct voltage signals as well as alternating voltage signals, and that the second isolator (Ci) is implemented as a high-frequency transducer based on a high-frequency transformer, wherein the second isolator (Ci) is designed such that in the galvanically isolated transmission of the clock signal it causes a jitter that is lower than the first isolator (Si) in the transmission of the PWM signal by at least the factor two, preferably the factor ten, particularly preferably the factor twenty.
An electronic circuit for demagnetising ferromagnetic material by means of a resonant oscillation with an extended decay time, comprising a) a voltage source and a conductor loop connected thereto, b) a demagnetising resonant circuit in the conductor loop for forming a decaying, alternating magnetic field in which ferromagnetic material can be demagnetised during a decay time (t), c) a resonant-circuit charging switch in the conductor loop, in series with the demagnetising resonant circuit, d) a recharging resonant circuit in the conductor loop, arranged in parallel with the demagnetising resonant circuit and the resonant-circuit charging switch, for a pulse-type recharging of the demagnetising resonant circuit with a charging current whenever the resonant-circuit charging switch is closed, e) a recharging accumulator, which is arranged in parallel with the voltage source, the recharging resonant circuit and the demagnetising resonant circuit, for supplying energy to the recharging resonant circuit during the decay time (t), f) a recharging switch in the conductor loop for interrupting a charging current from the voltage source and from the recharging accumulator to the recharging resonant circuit and to the demagnetising resonant circuit, g) a charging switch for interrupting the voltage source to the recharging accumulator, to the recharging resonant circuit and to the demagnetising resonant circuit, wherein the voltage source and all switches (31, 32, 33) can be controlled by a controller, which can be separate from the circuit or part of the same, and wherein in operation, by opening or closing the switches (31, 32, 33), recharging pulses can be introduced from the recharging resonant circuit into the demagnetising resonant circuit to extend the decay time until the energy from the recharging accumulator has been used up. a) a voltage source and a conductor loop connected thereto, b) a demagnetising resonant circuit in the conductor loop for forming a decaying, alternating magnetic field in which ferromagnetic material can be demagnetised during a decay time (t), c) a resonant-circuit charging switch in the conductor loop, in series with the demagnetising resonant circuit, d) a recharging resonant circuit in the conductor loop, arranged in parallel with the demagnetising resonant circuit and the resonant-circuit charging switch, for a pulse-type recharging of the demagnetising resonant circuit with a charging current whenever the resonant-circuit charging switch is closed, e) a recharging accumulator, which is arranged in parallel with the voltage source, the recharging resonant circuit and the demagnetising resonant circuit, for supplying energy to the recharging resonant circuit during the decay time (t), f) a recharging switch in the conductor loop for interrupting a charging current from the voltage source and from the recharging accumulator to the recharging resonant circuit and to the demagnetising resonant circuit, g) a charging switch for interrupting the voltage source to the recharging accumulator, to the recharging resonant circuit and to the demagnetising resonant circuit,
A connection instrument comprising: a cable that includes an electrical wire (11A, 11B) and two covering parts (12A, 12B) that cover the electrical wire (11A, 11B) and are separated from one another; a connection terminal (30A, 30B) that is connectable to a terminal (2A, 2B) of an external connector; a connection part (31A, 31B) that electrically connects the connection terminal (30A, 30B) and the electrical wire (11A, 11B) that is exposed between the two covering parts (12A, 12B) that are separated from one another; characterized by a wiring board that has a flat plate shape, that has the connection terminal (30A, 30B) and the connection part (31A, 31B) arranged thereon, and that is located between the two covering parts (12A, 12B); and a housing that allows insertion and extraction of the external connector and that houses the wiring board, wherein at least part of the wiring board is included in a space that links respective ends (13A, 13B) of the two covering parts (12A, 12B) that are adjacent to one another. a cable that includes an electrical wire (11A, 11B) and two covering parts (12A, 12B) that cover the electrical wire (11A, 11B) and are separated from one another; a connection terminal (30A, 30B) that is connectable to a terminal (2A, 2B) of an external connector; a connection part (31A, 31B) that electrically connects the connection terminal (30A, 30B) and the electrical wire (11A, 11B) that is exposed between the two covering parts (12A, 12B) that are separated from one another; characterized by a wiring board that has a flat plate shape, that has the connection terminal (30A, 30B) and the connection part (31A, 31B) arranged thereon, and that is located between the two covering parts (12A, 12B); and a housing that allows insertion and extraction of the external connector and that houses the wiring board, wherein at least part of the wiring board is included in a space that links respective ends (13A, 13B) of the two covering parts (12A, 12B) that are adjacent to one another.
A handgun support device, comprising: a handgun rest for supporting at least a portion of a grip of a handgun therein, the handgun rest including: a wall portion, and a back support for at least a portion of a back side of the grip of the handgun, the back support protruding from a back side of the wall portion and including a hole or gap to allow a thumb of a user to be placed therethrough to support the handgun against the wall portion of the handgun rest with the user's fingers and opposing thumb; and a rigid structure extending from the handgun rest for being held against an external support; wherein the handgun rest excludes a front support for at least a portion of a front side of the grip of the handgun which allows the user's fingers to make direct contact with the front side of the grip of the handgun when using the handgun support device to grip the handgun, characterised in that the wall portion extends from only one lateral side of the back support and is sized to overlap with a first side of the grip of the handgun, whereby the extension of the wall portion exclusively on one lateral side of the back support permits, on the opposite lateral side, direct contact of the user's palm with a second side of the grip of the handgun. a handgun rest for supporting at least a portion of a grip of a handgun therein, the handgun rest including: a wall portion, and a back support for at least a portion of a back side of the grip of the handgun, the back support protruding from a back side of the wall portion and including a hole or gap to allow a thumb of a user to be placed therethrough to support the handgun against the wall portion of the handgun rest with the user's fingers and opposing thumb; and a wall portion, and a back support for at least a portion of a back side of the grip of the handgun, the back support protruding from a back side of the wall portion and including a hole or gap to allow a thumb of a user to be placed therethrough to support the handgun against the wall portion of the handgun rest with the user's fingers and opposing thumb; and a rigid structure extending from the handgun rest for being held against an external support; wherein the handgun rest excludes a front support for at least a portion of a front side of the grip of the handgun which allows the user's fingers to make direct contact with the front side of the grip of the handgun when using the handgun support device to grip the handgun, characterised in that the wall portion extends from only one lateral side of the back support and is sized to overlap with a first side of the grip of the handgun, whereby the extension of the wall portion exclusively on one lateral side of the back support permits, on the opposite lateral side, direct contact of the user's palm with a second side of the grip of the handgun.