mhurhangee/ep-ind-claims huggingface dataset:
A method of handover, comprising: receiving, by an evolved NodeB, eNB in a packet switched, PS, domain network, a measurement parameter from a user equipment, UE; determining, by the eNB, to initiate relocation according to the measurement parameter; judging, by the eNB, whether a neighbor cell has circuit switched, CS, capability according to configuration relationships and the measurement parameter; and sending, by the eNB, a relocation request to a target mobility management entity, MME, in the PS domain network, wherein the relocation request carries a target cell list and a context ID of a bearer that needs to be forwarded to a peer entity, and the relocation request further carries a relocation cause value indicating that the relocation is a PS domain-CS domain relocation. receiving, by an evolved NodeB, eNB in a packet switched, PS, domain network, a measurement parameter from a user equipment, UE; determining, by the eNB, to initiate relocation according to the measurement parameter; judging, by the eNB, whether a neighbor cell has circuit switched, CS, capability according to configuration relationships and the measurement parameter; and sending, by the eNB, a relocation request to a target mobility management entity, MME, in the PS domain network, wherein the relocation request carries a target cell list and a context ID of a bearer that needs to be forwarded to a peer entity, and the relocation request further carries a relocation cause value indicating that the relocation is a PS domain-CS domain relocation.
A prosthesis comprising a first component and a second component, the first and second components (10, 60) having respective inter-engaging parts (24, 64) and wherein at least one of the first or second components (10, 60) comprises an anti-rotational element (32, 66) configured to resist rotational movement between the inter-engaging parts (24, 64) and wherein the inter-engaging parts (24, 64) share an axis of rotation such that they are engageable in a plurality of relatively rotated positions and wherein the axis of rotation of the inter-engaging part of one of the first or second components is parallel to but offset from a central axis of said first or second component wherein the inter-engaging parts (24, 64) comprise a male part and a female part; the male and female parts (24, 64) comprising complementary tapering surfaces, wherein the male part is constituted by a conical or frusto-conical element and the female part is constituted by a conical or frusto-conical recess, characterised in that the anti-rotational element (32, 66) is provided over substantially the whole or a portion of the tapering surfaces of one or both of the the inter-engaging parts (24, 64) and wherein the anti-rotational element (32, 66) comprises a plurality of recessed mating surfaces.
An apparatus for targeting a desired target site on a body tissue that separates a first body cavity from a second body cavity of a patient, the apparatus (214', 214") comprising: a catheter (216', 216") having a longitudinally extending catheter lumen (218', 218") and adapted to provide access to the first body cavity; a framing member (220', 220") having a collapsed condition in which the framing member (220', 220") is adapted for insertion into the first body cavity through the catheter lumen (218', 218") and an expanded condition in which the framing member (220', 220") is adapted for placement within the first body cavity, the framing member (220', 220") having a framing member body (226', 226"); at least one target point (228', 228") carried by the framing member (220', 220") and adapted for placement adjacent the desired target site; and at least one target pathway attached to at least one target point (228', 228"), at least a portion of the target pathway extending through the catheter lumen (218', 218"), and the target pathway being substantially spaced apart from the framing member body (226', 226"), characterized in that the target pathway is a target lumen (2466, 2466") having an open end towards the target point (228', 228"). a catheter (216', 216") having a longitudinally extending catheter lumen (218', 218") and adapted to provide access to the first body cavity; a framing member (220', 220") having a collapsed condition in which the framing member (220', 220") is adapted for insertion into the first body cavity through the catheter lumen (218', 218") and an expanded condition in which the framing member (220', 220") is adapted for placement within the first body cavity, the framing member (220', 220") having a framing member body (226', 226"); at least one target point (228', 228") carried by the framing member (220', 220") and adapted for placement adjacent the desired target site; and at least one target pathway attached to at least one target point (228', 228"), at least a portion of the target pathway extending through the catheter lumen (218', 218"), and the target pathway being substantially spaced apart from the framing member body (226', 226"), characterized in that the target pathway is a target lumen (2466, 2466") having an open end towards the target point (228', 228").
A two-pack coating composition comprising a main resin and a curing agent, wherein the main resin comprises a polyol, a curing catalyst, and a light stabilizer, the curing agent comprises an isocyanurate compound, a hydroxyl value of the polyol is 300 mg KOH/g or more and 1000 mg KOH/g or less, an average number of hydroxy groups of the polyol is 3 or more, a content of the curing catalyst is 0.25 parts by mass or more and 10 parts by mass or less based on 100 parts by mass of the polyol, the light stabilizer comprises a hindered amine-based compound, a common logarithm pKb of a base dissociation constant of the hindered amine-based compound is 6.5 or more and 14 or less, and a content of a solvent is 30% by mass or less. the main resin comprises a polyol, a curing catalyst, and a light stabilizer, the curing agent comprises an isocyanurate compound, a hydroxyl value of the polyol is 300 mg KOH/g or more and 1000 mg KOH/g or less, an average number of hydroxy groups of the polyol is 3 or more, a content of the curing catalyst is 0.25 parts by mass or more and 10 parts by mass or less based on 100 parts by mass of the polyol, the light stabilizer comprises a hindered amine-based compound, a common logarithm pKb of a base dissociation constant of the hindered amine-based compound is 6.5 or more and 14 or less, and a content of a solvent is 30% by mass or less.
An injection device, comprising: a safety shield having a first end and a surface disposed at a second end thereof for contacting a patient's skin, the safety shield having a shield tab extending therefrom; a housing slidably disposed with respect to the safety shield, the housing including a guide groove for engaging the shield tab to guide movement of the housing relative to the safety shield, the guide groove having first and second axial portions (184, 188) and a substantially helical portion connecting the first and second axial portions; a medicament container connected with the housing and having a needle affixed thereto in communication with a medicament disposed within the medicament container, wherein the medicament container is displaceable relative to the safety shield from an initial position to an injection position, to a withdrawn position; a biasing member biasing the medicament container away from the safety shield; and an injector member slidably disposed relative to the medicament container, for expelling the medicament from the medicament container; characterized in that: the medicament container is fixedly connected with the housing; the housing includes an inner wall and an outer wall; the biasing member is disposed between the inner and outer walls; and the medicament container is disposed radially within the inner wall. a safety shield having a first end and a surface disposed at a second end thereof for contacting a patient's skin, the safety shield having a shield tab extending therefrom; a housing slidably disposed with respect to the safety shield, the housing including a guide groove for engaging the shield tab to guide movement of the housing relative to the safety shield, the guide groove having first and second axial portions (184, 188) and a substantially helical portion connecting the first and second axial portions; a medicament container connected with the housing and having a needle affixed thereto in communication with a medicament disposed within the medicament container, wherein the medicament container is displaceable relative to the safety shield from an initial position to an injection position, to a withdrawn position; a biasing member biasing the medicament container away from the safety shield; and an injector member slidably disposed relative to the medicament container, for expelling the medicament from the medicament container; characterized in that: the medicament container is fixedly connected with the housing; the housing includes an inner wall and an outer wall; the biasing member is disposed between the inner and outer walls; and the medicament container is disposed radially within the inner wall. the medicament container is fixedly connected with the housing; the housing includes an inner wall and an outer wall; the biasing member is disposed between the inner and outer walls; and the medicament container is disposed radially within the inner wall.
A stud pin for a tire, which is arranged on the surface of a tire tread, said stud pin comprising: a body part which is embedded in said tire tread; and a pin portion which is arranged in a protruding manner on one end of said body part and protrudes from the surface of said tire tread, said body part comprising: a main body part formed on the side of said end on which said pin portion is arranged in a protruding manner; and a flange portion formed on the opposite side of said end on which said pin portion is arranged in a protruding manner, wherein, in a cross-section perpendicular to the axial direction of said stud pin, said main body part assumes a line-symmetrical shape having two symmetry axes A and B that are perpendicular to each other, said flange portion assumes a line-symmetrical shape having at least one symmetry axis, when a symmetry axis of said flange portion that represents a maximum length of said flange portion in said axial direction is defined as longitudinal symmetry axis C, said maximum length of said flange portion in the direction perpendicular to said longitudinal symmetry axis C is shorter than the length of said flange portion along said longitudinal symmetry axis C, and when the lengths of said main body part on said symmetry axes A and B of said main body part are defined as La and Lb, respectively, said symmetry axis A satisfying La ≥ Lb and said longitudinal symmetry axis C of said flange portion are in substantially the same direction, characterized in that, on the end surface of said pin portion in said axial direction of said stud pin, at least one groove running thereacross is formed. a body part which is embedded in said tire tread; and a pin portion which is arranged in a protruding manner on one end of said body part and protrudes from the surface of said tire tread, said body part comprising: a main body part formed on the side of said end on which said pin portion is arranged in a protruding manner; and a flange portion formed on the opposite side of said end on which said pin portion is arranged in a protruding manner, wherein, in a cross-section perpendicular to the axial direction of said stud pin, said main body part assumes a line-symmetrical shape having two symmetry axes A and B that are perpendicular to each other, said flange portion assumes a line-symmetrical shape having at least one symmetry axis, when a symmetry axis of said flange portion that represents a maximum length of said flange portion in said axial direction is defined as longitudinal symmetry axis C, said maximum length of said flange portion in the direction perpendicular to said longitudinal symmetry axis C is shorter than the length of said flange portion along said longitudinal symmetry axis C, and when the lengths of said main body part on said symmetry axes A and B of said main body part are defined as La and Lb, respectively, said symmetry axis A satisfying La ≥ Lb and said longitudinal symmetry axis C of said flange portion are in substantially the same direction, characterized in that, on the end surface of said pin portion in said axial direction of said stud pin, at least one groove running thereacross is formed.
A method of dimensioning a measurement apparatus for determining the proportion of gases in a gas mixture by means of ultrasound detection, comprising the steps of: determining a maximum allowable error in the determined proportion of a gas in the gas mixture; estimating the magnitude of maximum occurring pressure variation in the gas mixture; calculating the magnitude of maximum occurring temperature variation in the gas mixture dependent on the estimated magnitude of occurring pressure variation in the gas mixture; calculating a maximum allowable time lag for thermal exchange between the gas mixture and the measurement apparatus dependent on the maximum allowable error in the determined proportion of a gas in the gas mixture and the magnitude of occurring temperature variations in the gas mixture; providing a measurement chamber defined by a chamber defining structure having a cavity with space for gas in which ultrasound can propagate from an ultrasound transmitter to an ultrasound receiver providing an ultrasound sensor arrangement (6B, 26, 28, 30) for sending an ultrasound pulse through the gas mixture in the measurement chamber; adapting the measurement apparatus by selecting a combination of shape, size and material of the chamber defining structure in relation to properties of the gas mixture such that the time lag for thermal exchange between the gas mixture and the measurement apparatus is less than or equal to (≤) the calculated maximum allowable time lag for thermal exchange. determining a maximum allowable error in the determined proportion of a gas in the gas mixture; estimating the magnitude of maximum occurring pressure variation in the gas mixture; calculating the magnitude of maximum occurring temperature variation in the gas mixture dependent on the estimated magnitude of occurring pressure variation in the gas mixture; calculating a maximum allowable time lag for thermal exchange between the gas mixture and the measurement apparatus dependent on the maximum allowable error in the determined proportion of a gas in the gas mixture and the magnitude of occurring temperature variations in the gas mixture; providing a measurement chamber defined by a chamber defining structure having a cavity with space for gas in which ultrasound can propagate from an ultrasound transmitter to an ultrasound receiver providing an ultrasound sensor arrangement (6B, 26, 28, 30) for sending an ultrasound pulse through the gas mixture in the measurement chamber; adapting the measurement apparatus by selecting a combination of shape, size and material of the chamber defining structure in relation to properties of the gas mixture such that the time lag for thermal exchange between the gas mixture and the measurement apparatus is less than or equal to (≤) the calculated maximum allowable time lag for thermal exchange.
Apparatus for sealing and pumping up inflatable objects, in particular a breakdown kit for sealing and pumping up motor-vehicle tyres, wherein the apparatus has a compressed-air source, in particular a compressor, for pumping up the objects and also has a connection for a container with sealant, has a valve/distributor unit for sealant and compressed gas, and furthermore has connecting means such as, for example, hoses between valve/distributor unit and inflatable object, characterized in that, in the valve/distributor unit, there is arranged a valve which interacts with a valve seat, and which reversibly closes the connections/connecting channels between sealant container and compressed-air source according to the position of the valve/distributor unit, wherein, in the operating state, the container with sealant is inserted, preferably screwed, upside-down into the valve/distributor unit, and the valve is designed in such a way that a deviation by more than 20° from the upside-down position of the sealant container in the direction of the compressor causes the valve to close.
A water based High-Temperature High-Pressure (HTHP) fluid composition having a density of 994.56 to 2516.35 kg/m 3 [8.3 to 21.0 ppg], comprising: i. a brine based fluid; ii. 1.43 kg/m 3 [0.5 ppb] to 57.00 kg/m 3 [20 ppb] of crosslinked polyvinylpyrrolidone; iii. 14.25 kg/m 3 [5 ppb] to 285.00 kg/m 3 [100 ppb] of bridging agents selected from the group consisting of CaCO 3 and sized salts; and iv. optionally 0 kg/m 3 [0 ppb] to 71.25 kg/m 3 [25 ppb] of Fluids Loss Additives, wherein the crosslinked PVP is prepared by precipitation polymerization of vinylpyrrolidone in an organic solvent in the presence of a crosslinking agent and a free radical polymerization initiator, wherein the crosslinking agent is present in an amount of from 0.1 wt. % to 5.0 wt. % based on the weight of the vinylpyrrolidone. i. a brine based fluid; ii. 1.43 kg/m 3 [0.5 ppb] to 57.00 kg/m 3 [20 ppb] of crosslinked polyvinylpyrrolidone; iii. 14.25 kg/m 3 [5 ppb] to 285.00 kg/m 3 [100 ppb] of bridging agents selected from the group consisting of CaCO 3 and sized salts; and iv. optionally 0 kg/m 3 [0 ppb] to 71.25 kg/m 3 [25 ppb] of Fluids Loss Additives,
Method for controlling a speed (n) of a drive engine of a utility vehicle having a driveable loading device, wherein - movement driving of the loading device is predicted or identified, and - an increase in the engine speed (n_A) of the drive engine is requested when movement driving of the loading device is predicted or identified, characterized in that the engine speed (n) is increased at a predetermined rate of rise (m_an) which is lower than the requirement. - movement driving of the loading device is predicted or identified, and - an increase in the engine speed (n_A) of the drive engine is requested when movement driving of the loading device is predicted or identified, characterized in that the engine speed (n) is increased at a predetermined rate of rise (m_an) which is lower than the requirement.
Method for the automated configurable acoustic reproduction of text sources accessible via the Internet, comprising the following steps: a) storing a personal destination telephone number for a user in a PC application connected to the Internet, b) selecting at least one piece of target information which is available via a URL and can be individually defined by the user and storing the URL and target information for the personal destination telephone number in the application, c) dialling the destination telephone number and subsequent acoustic reproduction of the target information from the application by a reproduction unit for acoustic reproduction of language, characterised in that d) the user defines conditions relating to the target information, the occurrence of which initiates a call automatically triggered by the PC application for acoustic reproduction of the target information or wherein the PC application transmits a status report to the user combined with the possibility for the user of initiating a dialling of the destination telephone number. a) storing a personal destination telephone number for a user in a PC application connected to the Internet, b) selecting at least one piece of target information which is available via a URL and can be individually defined by the user and storing the URL and target information for the personal destination telephone number in the application, c) dialling the destination telephone number and subsequent acoustic reproduction of the target information from the application by a reproduction unit for acoustic reproduction of language, characterised in that d) the user defines conditions relating to the target information, the occurrence of which initiates a call automatically triggered by the PC application for acoustic reproduction of the target information or wherein the PC application transmits a status report to the user combined with the possibility for the user of initiating a dialling of the destination telephone number.
Hose coupling which is of sleeve-shaped form and which, at at least one coupling end, has a connector with a retention profiling which is provided on the outer circumference at least in one connector subregion and which is formed by retention grooves which are provided on the outer circumference of the connector and which are arranged on at least one circumferential line, which retention grooves have groove long sides (8, 9) oriented in the connector circumferential direction and groove narrow sides (6, 7) oriented in the connector longitudinal direction, wherein a hose end of a flexible hose can be pushed onto the coupling end and can be retained thereon by means of a crimp sleeve which encompasses the hose end, characterized in that the retention grooves are formed in each case as a recess in the connector outer circumference of the connector, in that the inner circumference of the hose end can lie against the outer circumference of the connector bearing the retention grooves and the elastic material of the flexible hose can be embedded, by means of the crimp sleeve, into the retention grooves formed as recesses, in that the retention profiling has at least two retention grooves which are arranged on a common circumferential line and the adjacent groove narrow sides (6, 7) of which are spaced apart from one another, and in that the retention grooves arranged on a common circumferential line define a substantially triangular or square connector cross section.
An electronic seal for indicating whether an attached box is opened, wherein the electronic seal (11, 12) comprises a housing (114, 124) having a first surface (116, 126) and a second surface (115, 125), the electronic seal (11, 12) further comprises at least one magnet (111,121) and at least one Hall element (112,122) paired with the magnet (111,121), and the magnet (111,121) and the Hall element (112,122) are arranged in the housing (114, 124), characterized in that: the first surface (116, 126) is adapted to contact and fit with the box, the magnet (111,121) is adapted to contact and attach on the box, so as to fix the electronic seal (11, 12) on the box; and after the magnet (111,121) is attached on the box, the magnet (111,121) and the Hall element (112,122) cooperate to send a signal that the electronic seal (11, 12) is moved, when the electronic seal (11, 12) leaves the box. the first surface (116, 126) is adapted to contact and fit with the box, the magnet (111,121) is adapted to contact and attach on the box, so as to fix the electronic seal (11, 12) on the box; and after the magnet (111,121) is attached on the box, the magnet (111,121) and the Hall element (112,122) cooperate to send a signal that the electronic seal (11, 12) is moved, when the electronic seal (11, 12) leaves the box.