mhurhangee/ep-ind-claims huggingface dataset:
Timepiece mechanism including a time measurement system and a calendar system connected to the time measurement system, the time measurement and calendar systems each being connected to a display system for displaying at least one time related value and at least one calendar related value, and a fast correction system for correcting at any time and in predetermined steps the display of the at least one calendar value while maintaining the connection of the display system to the time measurement and calendar systems during the correction phase, characterized in that the correction system includes a correction wheel set connected to the display system, a drive wheel mounted for free rotation on the correction wheel set and permanently connected to the time measurement system, and elastic coupling means between the correction wheel set and the drive wheel, so that the at least one calendar value of the display system is shifted by the calendar system when the fast correction system is not active, or by the correction system when it is active, without inducing stresses in the time measurement system characterized in that the said drive wheel is mounted for free rotation on the correction wheel, and in that the elastic coupling means include two stop members (31, 33) pressed against the toothing of a star of the correction wheel set by two elastic strips (32, 34), each stop member (31, 33) including a slide-block (35, 37) cooperating with a slide-way (36, 38) integral with the drive wheel to guide the movement of the elastic coupling means and to transmit the motion of the drive wheel to the at least one calendar value of the display system.
A bearer establishment method of a mobility management entity, MME, the method comprising: receiving, from a terminal, a service request message including information on a public safety network; and determining a type of a mission critical push to talk over long-term evolution, MCPTT, service based on the information included in the service request message; and modifying a context of a default bearer for a terminal based on a quality of service, QoS, information for the MCPTT service, wherein the QoS information for the MCPTT service is based on the determined type of the MCPTT service, wherein a bearer is established based on the modified context of the default bearer, and wherein a priority of the bearer is higher than a priority of a preconfigured bearer. receiving, from a terminal, a service request message including information on a public safety network; and determining a type of a mission critical push to talk over long-term evolution, MCPTT, service based on the information included in the service request message; and modifying a context of a default bearer for a terminal based on a quality of service, QoS, information for the MCPTT service, wherein the QoS information for the MCPTT service is based on the determined type of the MCPTT service, wherein a bearer is established based on the modified context of the default bearer, and wherein a priority of the bearer is higher than a priority of a preconfigured bearer.
Sealing tape for sealing a joint, having two longitudinally extending lateral flanks, wherein a direction transverse to the lateral flanks defines a functional direction of the sealing tape, wherein the sealing tape has at least one first foam strip and one second foam strip made of a soft foam which is restorable after compression, which strips are not formed in one piece with one another and are arranged next to one another in the functional direction, wherein each foam strip (114, 116) has an upper side (118, 124), a lower side (120, 126) and an inner lateral flank (122, 128) facing the other foam strip (114, 116), wherein the sealing tape has a barrier layer which is arranged between the first foam strip and the second foam strip in such a way that it reduces a vapour diffusion permeability of the sealing tape in the functional direction, wherein the barrier layer is adhesively bonded both to the first foam strip and the to the second foam strip, and wherein the barrier layer is at least partially formed from a first film strip, and wherein at least one longitudinally extending pocket or at least one longitudinally extending cavity is formed in a region between the first foam strip and the second foam strip and at least with the incorporation of the first film strip of the barrier layer, which pocket or cavity is completely enclosed on at least four sides; the pocket or the cavity is filled with an additive material.
The compound (1a R,12b S)-8-cyclohexyl-11-fluoro- N -((1-methylcyclopropyl)sulfonyl)-1a-((3-methyl-3,8-diazabicyclo[3.2.1]oct-8-yl)carbonyl)-1,1a,2,12b-tetrahydrocyclopropa[ d]indolo[2,1- a] benzazepine-5-carboxamide (formula I) or a pharmaceutically acceptable salt thereof.
A communication network comprising a messaging server (1, 100) and a plurality of user devices (2, 102), wherein the server and the devices include control channels (10, 21, 110) adapted to send and receive control data, and wherein the server is adapted to send to an originating device control data indicating recipient availability, status, and/or presence prior to the originating device sending a message, wherein the server includes a message channel (4, 115), the server includes a multiplexer (3, 104) for multiplexing into a single message to the devices a message payload stream from the message channel (4, 115) and a control data stream from the control channel (10, 110), the server control channel (10, 110) is adapted to enable end user initiated availability, status, and/or presence updates to be shared with the messaging network and with recipient devices, the server is adapted to provide seamless availability, status and/or presence sharing data within closed user groups without the need for state-oriented protocols, and the server control channel (10, 110) is adapted to initiate a dialogue with a device (2, 102) with a short response time including sending a trigger for a device to generate a user interface for inputting data.
A method for aligning a first optical transceiver, comprising: splitting a light beam into a) a reference beam that propagates along a common optical path within the first optical transceiver and b) a transmit beam that propagates away from the first optical transceiver and toward a second optical transceiver; changing the polarization state of the transmit beam from linear to circular with a quarter wave plate; changing the polarization state of a receive beam (182, 282) from circular to linear with said quarter wave plate, directing, with a beam director (155, 255), the receive beam (182, 282) from the second optical transceiver onto the common optical path to yield a tracked-receive beam that propagates along the common optical path, wherein said changing the polarization states is performed between said splitting and said directing. recording, with a tracking focal-plane array that intersects the common optical path, a reference-position of the reference beam and an initial-received-position of the tracked-receive beam on the tracking FPA; and actuating the beam director based upon the initial-received-position to achieve a subsequent position of the tracked-receive beam on the tracking FPA. splitting a light beam into a) a reference beam that propagates along a common optical path within the first optical transceiver and b) a transmit beam that propagates away from the first optical transceiver and toward a second optical transceiver; changing the polarization state of the transmit beam from linear to circular with a quarter wave plate; changing the polarization state of a receive beam (182, 282) from circular to linear with said quarter wave plate, directing, with a beam director (155, 255), the receive beam (182, 282) from the second optical transceiver onto the common optical path to yield a tracked-receive beam that propagates along the common optical path, wherein said changing the polarization states is performed between said splitting and said directing. recording, with a tracking focal-plane array that intersects the common optical path, a reference-position of the reference beam and an initial-received-position of the tracked-receive beam on the tracking FPA; and actuating the beam director based upon the initial-received-position to achieve a subsequent position of the tracked-receive beam on the tracking FPA.
An electronic control device, comprising: a resin base having at least one opening part; a first resin cover (13 1) fixed on an inner surface of the resin base forming a first opening part and formed in a cylindrical shape having a bottom and a first slit; a substrate having a first connector (12a1) inserted into the first slit and accessible from the outside; and an electronic component mounted on the substrate characterized in that a stepped part configured to contact a sealing member formed on an external female connector is formed by an edge, at a distal end, of the first resin cover (13 1) and an inner surface of the resin base forming the first opening part, and a distance D1 between a bottom part of the first resin cover and the edge of the first resin cover (13 1) is shorter than a distance D2 between the bottom part of the first resin cover (13 1) and an edge of the resin base. a resin base having at least one opening part; a first resin cover (13 1) fixed on an inner surface of the resin base forming a first opening part and formed in a cylindrical shape having a bottom and a first slit; a substrate having a first connector (12a1) inserted into the first slit and accessible from the outside; and an electronic component mounted on the substrate characterized in that a stepped part configured to contact a sealing member formed on an external female connector is formed by an edge, at a distal end, of the first resin cover (13 1) and an inner surface of the resin base forming the first opening part, and a distance D1 between a bottom part of the first resin cover and the edge of the first resin cover (13 1) is shorter than a distance D2 between the bottom part of the first resin cover (13 1) and an edge of the resin base.
A vacuum insulator comprising: a sack-shaped enveloping member having a gas barrier property; and a core member enclosed in the enveloping member and comprising one sheet or a plurality of stacked sheets, the one or more sheets including a plurality of inorganic fibers, wherein an inside of the enveloping member is decompressed, and wherein the one or more sheets further comprise a plurality of bundled inorganic fibers formed by bundling some inorganic fibers from among the plurality of inorganic fibers, and at least a part of the bundled inorganic fibers are in contact with each other. a sack-shaped enveloping member having a gas barrier property; and a core member enclosed in the enveloping member and comprising one sheet or a plurality of stacked sheets, the one or more sheets including a plurality of inorganic fibers, wherein an inside of the enveloping member is decompressed, and wherein the one or more sheets further comprise a plurality of bundled inorganic fibers formed by bundling some inorganic fibers from among the plurality of inorganic fibers, and at least a part of the bundled inorganic fibers are in contact with each other.
A phototherapy dressing for treating psoriasis, the dressing comprising: a support body having an island region; a medicament in communication with the island region, characterized by the medicament including a hydrogel including between about 0.1% and 5% coal tar or coal tar extract; wherein the medicament and island region together occlude less than 50% of UV light at wavelengths between 300 and 320 nm from passing through the phototherapy dressing; and a magnetic attachment for a phototherapy UV light source on the support body, the magnetic attachment configured to secure the phototherapy UV light source over the island region of the phototherapy dressing. a support body having an island region; a medicament in communication with the island region, characterized by the medicament including a hydrogel including between about 0.1% and 5% coal tar or coal tar extract; wherein the medicament and island region together occlude less than 50% of UV light at wavelengths between 300 and 320 nm from passing through the phototherapy dressing; and a magnetic attachment for a phototherapy UV light source on the support body, the magnetic attachment configured to secure the phototherapy UV light source over the island region of the phototherapy dressing.
A method performed by a first base station in a communication system supporting a dual connectivity, the method comprising: receiving, from a second base station, a request for updating a first security key associated with the second base station, generated in case that a packet data convergence protocol, PDCP, count for the second base station is about to wrap around computing an updated first security key based on a counter value associated with the second base station and a base security key of the first base station as input parameters to a key derivation function, the base security key being used for encrypting data between a terminal and the first base station; and transmitting, to the second base station, a response including the updated first security key as a response to the request, wherein the updated first security key is used to generate a second security key, which is used for encrypting data between the terminal and the second base station. receiving, from a second base station, a request for updating a first security key associated with the second base station, generated in case that a packet data convergence protocol, PDCP, count for the second base station is about to wrap around computing an updated first security key based on a counter value associated with the second base station and a base security key of the first base station as input parameters to a key derivation function, the base security key being used for encrypting data between a terminal and the first base station; and transmitting, to the second base station, a response including the updated first security key as a response to the request, wherein the updated first security key is used to generate a second security key, which is used for encrypting data between the terminal and the second base station.
Plug connector that has contact elements that are divided into at least one signal contact element (12, 18a, 18b) and at least one shielding contact element (14, 20, 22), and a first component having a first electrical circuit ground, characterised in that an ohmic resistor (26, 28, 62) is provided that connects the shielding contact element (14, 20, 22) to the first electrical circuit ground.
Thermal actuator arrangement for moving an actuator between a first actuating position and a second actuating position, comprising: - a first partial actuator having a first thermal actuator element, to which a first opposing force is applied; - a second partial actuator having a second thermal actuator element to which a second opposing force is applied, wherein the actuator elements (21, 31) are configured to modify their shape against the opposing force (F1, F2) in each case due to the effect of a temperature change; - an actuator, which is coupled to the first partial actuator, such that, when the first actuator element is deactivated, the actuator is held in the first actuating position when a holding force takes effect and, when the holding force is eliminated, the actuator moves to the second actuating position due to the effect of the first opposing force; - a securing element, which is coupled to the second partial actuator in order to provide the holding force when the second actuator element is in the deactivated state and to reduce or eliminate the holding force when the second actuator element is in the activated state. - a first partial actuator having a first thermal actuator element, to which a first opposing force is applied; - a second partial actuator having a second thermal actuator element to which a second opposing force is applied, wherein the actuator elements (21, 31) are configured to modify their shape against the opposing force (F1, F2) in each case due to the effect of a temperature change; - an actuator, which is coupled to the first partial actuator, such that, when the first actuator element is deactivated, the actuator is held in the first actuating position when a holding force takes effect and, when the holding force is eliminated, the actuator moves to the second actuating position due to the effect of the first opposing force; - a securing element, which is coupled to the second partial actuator in order to provide the holding force when the second actuator element is in the deactivated state and to reduce or eliminate the holding force when the second actuator element is in the activated state.
A travel route guide device, comprising: a travel route calculation unit configured to calculate a travel route from a current position to a destination based on current position information, destination information, and a remaining amount of power of an electric vehicle, and information on a remaining power amount recovery facility; a region division unit configured to divide a region including the travel route calculated by the travel route calculation unit into a plurality of local regions; a constraint condition determination unit configured to determine a constraint condition for a monitoring variable for each of the local regions divided by the region division unit, the monitoring variable being at least one of an amount of power consumption and travel time, having a correlation with the power consumption of the electric vehicle; and a recalculation determination unit configured to monitor, for the electric vehicle, the monitoring variable corresponding to the local region including a position of the electric vehicle, and request the travel route calculation unit to calculate the travel route when a value of the monitoring variable deviates from the constraint condition; wherein the recalculation determination unit is configured to request the travel route calculation unit to calculate the travel route when the value of the monitoring variable varied so as to deviate from the constraint condition since the electric vehicle entered the local region. a travel route calculation unit configured to calculate a travel route from a current position to a destination based on current position information, destination information, and a remaining amount of power of an electric vehicle, and information on a remaining power amount recovery facility; a region division unit configured to divide a region including the travel route calculated by the travel route calculation unit into a plurality of local regions; a constraint condition determination unit configured to determine a constraint condition for a monitoring variable for each of the local regions divided by the region division unit, the monitoring variable being at least one of an amount of power consumption and travel time, having a correlation with the power consumption of the electric vehicle; and a recalculation determination unit configured to monitor, for the electric vehicle, the monitoring variable corresponding to the local region including a position of the electric vehicle, and request the travel route calculation unit to calculate the travel route when a value of the monitoring variable deviates from the constraint condition; wherein the recalculation determination unit is configured to request the travel route calculation unit to calculate the travel route when the value of the monitoring variable varied so as to deviate from the constraint condition since the electric vehicle entered the local region.
Sulfur-crosslinkable rubber mixture containing at least the following constituents: - at least one diene rubber and - 5 to 500 phr of at least one silica and - 5 to 150 phr of at least one carbon black and - a mixture of silanes B of formula XIa) and of formula XIb) - at least one diene rubber and - 5 to 500 phr of at least one silica and - 5 to 150 phr of at least one carbon black and - a mixture of silanes B of formula XIa) and of formula XIb)
Afterbody of a turbojet engine having a central axis (XX'), which is equipped with an exhaust nozzle comprising two doors (3, 4) which are mounted opposite one another between two lateral beams (5, 6), and pivot about shafts (15, 16, 17, 18) defining a pivot direction, between a retracted position, in which a middle portion (19a, 20a) of the downstream edge of said doors (3, 4) forms the edge of the output portion of the exhaust nozzle in combination with the downstream edges (11, 14) of the two lateral beams (5, 6) and a deployed position, in which said middle portions (19a, 20a) of the downstream edges of the pivoting doors (3, 4) join together to block the channel between the two lateral beams (5, 6) in order to reverse the thrust of the gases from the turbojet engine, the edge of the output portion of the exhaust nozzle further comprising a ring of noise-reduction chevrons alternating with indentations, said ring being arranged in such a way that each noise-reduction chevron formed on the middle portion (19a, 20a) of the downstream edge of a pivoting door is opposite an indentation in the middle portion (20a, 19a) of the other pivoting door (4, 3) in the direction which is perpendicular to said pivoting direction, said afterbody being characterised in that it is arranged in such a way that, when the doors (3, 4) are in the deployed position, the chevrons of a door interlock with the indentations of the opposite door without any overlapping of the middle downstream edges (19a, 20a) of the doors.
A valve stem seal for sealing a gap between a valve stem and a valve stem guide that guides movement in an axial direction of the valve stem, the valve stem seal comprising: a reinforcing ring including a cylindrical portion attached to the valve stem guide and an inward flange portion extending radially inward from a tip of the cylindrical portion; and a seal main body that is made of an elastic body and attached to a tip of the inward flange portion and that comes into slidable close contact with an outer circumferential surface of the valve stem, wherein the reinforcing ring is mounted to the valve stem guide by fitting the cylindrical portion to the valve stem guide from a side opposite to the inward flange portion, the cylindrical portion is provided with a slit extending linearly in a circumferential direction and a locking protrusion that is provided on a side opposite to the inward flange portion with respect to the slit and that is to be locked by a locking recess formed in the valve stem guide, characterized in that the locking protrusion is constituted by a curved portion that is gradually recessed radially inward from the side opposite to the inward flange portion with respect to the slit to a position that reaches the slit. a reinforcing ring including a cylindrical portion attached to the valve stem guide and an inward flange portion extending radially inward from a tip of the cylindrical portion; and a seal main body that is made of an elastic body and attached to a tip of the inward flange portion and that comes into slidable close contact with an outer circumferential surface of the valve stem, wherein the reinforcing ring is mounted to the valve stem guide by fitting the cylindrical portion to the valve stem guide from a side opposite to the inward flange portion, the cylindrical portion is provided with a slit extending linearly in a circumferential direction and a locking protrusion that is provided on a side opposite to the inward flange portion with respect to the slit and that is to be locked by a locking recess formed in the valve stem guide, characterized in that the locking protrusion is constituted by a curved portion that is gradually recessed radially inward from the side opposite to the inward flange portion with respect to the slit to a position that reaches the slit.