mhurhangee/ep-ind-claims huggingface dataset:
An interworking entity to provide access between a user equipment and a mobile core network, comprising: a first network interface configured to communicate with the user equipment over a non-3GPP access network; a second network interface configured to communicate with the mobile core network; a third network interface configured to communicate with the mobile core network; a controller that is configured to: receive a secure connection request to establish a secure connection via the first network interface, determine whether the secure connection request is associated with a first capability or a second capability, establish the secure connection with the user equipment via the first network interface, and establish a data connection via the third network interface on behalf of the user equipment and relay user data between the secure connection and the data connection over the third network interface if the secure connection request is associated with the second capability, wherein the first capability supports non-access stratum communication and the second capability does not support non-access stratum communication. a first network interface configured to communicate with the user equipment over a non-3GPP access network; a second network interface configured to communicate with the mobile core network; a third network interface configured to communicate with the mobile core network; a controller that is configured to: receive a secure connection request to establish a secure connection via the first network interface, determine whether the secure connection request is associated with a first capability or a second capability, establish the secure connection with the user equipment via the first network interface, and establish a data connection via the third network interface on behalf of the user equipment and relay user data between the secure connection and the data connection over the third network interface if the secure connection request is associated with the second capability, receive a secure connection request to establish a secure connection via the first network interface, determine whether the secure connection request is associated with a first capability or a second capability, establish the secure connection with the user equipment via the first network interface, and establish a data connection via the third network interface on behalf of the user equipment and relay user data between the secure connection and the data connection over the third network interface if the secure connection request is associated with the second capability, wherein the first capability supports non-access stratum communication and the second capability does not support non-access stratum communication.
Household refrigerator with a receiving compartment (4, 5) for food, and with a freshness-preserving container for food arranged in the receiving compartment (4, 5), which has a shell and a cover which can be placed on the shell to form a seal, wherein the freshness-preserving container has a mechanically operating low-pressure generating unit, with which an air pressure that is reduced compared to the surrounding area outside of the freshness preserving container can be adjusted in the freshness-preserving container, wherein the low-pressure generating unit has an actuation element, which can be moved relative to the freshness-preserving container and wherein air can be suctioned out of the freshness-preserving container as a function of the movement of the actuation element, characterised in that the shell of the freshness-preserving container can be displaced relative to the receiving compartment (4, 5) in the receiving compartment (4, 5) and the low-pressure generating unit is coupled to the shell such that as a function of the movement of the shell the actuation element of the low-pressure generating unit is automatically actuated, and an actuation element, embodied as a piston, of the low-pressure-generating unit is arranged in a fixed position in the receiving compartment (4, 5) and an actuation element housing of the low-pressure-generating unit which receives the actuation element is connected in a fixed position with the shell, wherein the actuation element housing can be displaced relative to the actuation element as a function of the movement of the shell and as a result air can be suctioned from the freshness-preserving container.
Method for managing diagnostics messages (A, B, C, D) and diagnostics information (I A, I C, I D) of a vehicle fleet using a software package, in which - during the creation of the software package a plurality of diagnostics messages (A, B, C, D) for the vehicles of the vehicle fleet are stored in a first part of the software package and - after the creation of the software package diagnostics information (I A, I C, I D) at least for a portion of the diagnostics messages (A, B, C, D) is stored and/or altered in a second part of the software package, wherein the plurality of diagnostics messages (A, B, C, D) which are stored in the first part of the software package during the creation of the software package comprise those diagnostics messages (A, B, C, D) which can occur in the vehicles of the vehicle fleet. - during the creation of the software package a plurality of diagnostics messages (A, B, C, D) for the vehicles of the vehicle fleet are stored in a first part of the software package and - after the creation of the software package diagnostics information (I A, I C, I D) at least for a portion of the diagnostics messages (A, B, C, D) is stored and/or altered in a second part of the software package, wherein the plurality of diagnostics messages (A, B, C, D) which are stored in the first part of the software package during the creation of the software package comprise those diagnostics messages (A, B, C, D) which can occur in the vehicles of the vehicle fleet.
An apparatus configured for obtaining skin micrografts from a donor site, the apparatus comprising: a plurality of hollow tubes, each of the plurality of hollow tubes comprising: at least two points disposed at a distal end thereof; a bevel disposed between the at least two points, the at least two points and the bevel configured to sever and capture a corresponding skin micrograft upon insertion of the respective hollow tube into the donor site; and an inner diameter of 1 millimeter or less configured to retain the skin micrograft upon withdrawal of the respective hollow tube from the donor site; and a base configured to secure the plurality of hollow tubes, such that the distal ends of the plurality of hollow tubes are aligned during insertion into the donor site; wherein a friction between the skin micrograft and the hollow tube retains the skin micrograft within the hollow tube upon withdrawal from the donor site. a plurality of hollow tubes, each of the plurality of hollow tubes comprising: at least two points disposed at a distal end thereof; a bevel disposed between the at least two points, the at least two points and the bevel configured to sever and capture a corresponding skin micrograft upon insertion of the respective hollow tube into the donor site; and an inner diameter of 1 millimeter or less configured to retain the skin micrograft upon withdrawal of the respective hollow tube from the donor site; and at least two points disposed at a distal end thereof; a bevel disposed between the at least two points, the at least two points and the bevel configured to sever and capture a corresponding skin micrograft upon insertion of the respective hollow tube into the donor site; and an inner diameter of 1 millimeter or less configured to retain the skin micrograft upon withdrawal of the respective hollow tube from the donor site; and a base configured to secure the plurality of hollow tubes, such that the distal ends of the plurality of hollow tubes are aligned during insertion into the donor site; wherein a friction between the skin micrograft and the hollow tube retains the skin micrograft within the hollow tube upon withdrawal from the donor site.
A fuel nozzle metering valve comprising: a spool having an inlet port and a flow control port; a disc-shaped retainer assembled to one end of the spool; a valve liner which houses a portion of the spool, the spool configured to move back and forth within the valve liner; wherein the metering valve is biased in a closed position in which the flow control port is disposed entirely within the valve liner, wherein the valve is opened when the spool slides out of the valve liner such that some portion of the flow control port extends beyond an end of the valve liner, the disc-shaped retainer having a stepped portion that extends from a central region of the disc-shaped retainer and that is configured to abut an end of the valve liner at a fuel flow pressure below the expected maximum fuel flow pressure to be used in the fuel nozzle metering valve such that flow rate through the device is proportional to the square root of pressure difference across the valve with the stepped portion abutting the end of the valve liner. a spool having an inlet port and a flow control port; a disc-shaped retainer assembled to one end of the spool; a valve liner which houses a portion of the spool, the spool configured to move back and forth within the valve liner; wherein the metering valve is biased in a closed position in which the flow control port is disposed entirely within the valve liner, wherein the valve is opened when the spool slides out of the valve liner such that some portion of the flow control port extends beyond an end of the valve liner, the disc-shaped retainer having a stepped portion that extends from a central region of the disc-shaped retainer and that is configured to abut an end of the valve liner at a fuel flow pressure below the expected maximum fuel flow pressure to be used in the fuel nozzle metering valve such that flow rate through the device is proportional to the square root of pressure difference across the valve with the stepped portion abutting the end of the valve liner.
A method for handling a radio link failure, characterized by comprising: a first base station respectively sending a first configuration message to a User Equipment, UE, and a third configuration message to a second base station (401, 402, 702); the UE in dual-connectivity configuration receiving the first configuration message; when a failure occurs in a first radio link of the UE, the UE sending a Radio Resource Control, RRC, connection re-establishment request message; and in an RRC connection re-establishment process, when the UE detects that no failure occurs in a second radio link, the UE performing data transmission through the second radio link according to the first configuration message; wherein the first radio link refers to a data transmission link established between the UE and the first base station; and the second radio link refers to a data transmission link established between the UE and the second base station; wherein the first base station is a Master eNodeB, MeNB, and the second base station is a Secondary eNodeB, SeNB; the method being further characterized by the fact that the first configuration message and the third configuration message respectively comprise a maximum allowable time for the UE to perform the data transmission with the second base station through the second radio link when the failure occurs in the first radio link of the UE with the first base station. a first base station respectively sending a first configuration message to a User Equipment, UE, and a third configuration message to a second base station (401, 402, 702); the UE in dual-connectivity configuration receiving the first configuration message; when a failure occurs in a first radio link of the UE, the UE sending a Radio Resource Control, RRC, connection re-establishment request message; and in an RRC connection re-establishment process, when the UE detects that no failure occurs in a second radio link, the UE performing data transmission through the second radio link according to the first configuration message; wherein the first radio link refers to a data transmission link established between the UE and the first base station; and the second radio link refers to a data transmission link established between the UE and the second base station; wherein the first base station is a Master eNodeB, MeNB, and the second base station is a Secondary eNodeB, SeNB; the method being further characterized by the fact that the first configuration message and the third configuration message respectively comprise a maximum allowable time for the UE to perform the data transmission with the second base station through the second radio link when the failure occurs in the first radio link of the UE with the first base station.
A composition for coating flower heads post-harvest to inhibit or prevent infection of the flowers during transport and storage, which composition comprises a polymer produced from the monomers vinyl acetate and ethylene, and optionally a vinyl ester of a highly branched carboxylic acid, glycerol and water, the composition being in the form of a dispersion.
A surgical fastener comprising: a head including a head body and at least two radial wings extending in an outward radial direction from the head body, each wing including at least one external thread to engage with a corresponding internal thread of a delivery device, each wing being spaced from an adjacent wing by an opening therebetween that is adapted to receive a drive member for driving the surgical fastener; and a coil body that is separate from, and is attached to, the head, the coil body including a plurality of coil windings, the coil body having a proximal end and a distal end, the proximal end being attached to a center portion of the head, characterised in that the head and the coil body are configured so that a gap is formed between the proximal-most coil winding of the coil body and the head; the coil body includes a central post at the proximal end that is attached to the center portion of the head; and the central post includes an axial portion and a radial portion that extends from a proximal end of the axial portion; wherein the radial portion is configured for enhanced holding between the head and the coil body. a head including a head body and at least two radial wings extending in an outward radial direction from the head body, each wing including at least one external thread to engage with a corresponding internal thread of a delivery device, each wing being spaced from an adjacent wing by an opening therebetween that is adapted to receive a drive member for driving the surgical fastener; and a coil body that is separate from, and is attached to, the head, the coil body including a plurality of coil windings, the coil body having a proximal end and a distal end, the proximal end being attached to a center portion of the head, characterised in that the head and the coil body are configured so that a gap is formed between the proximal-most coil winding of the coil body and the head; the coil body includes a central post at the proximal end that is attached to the center portion of the head; and the central post includes an axial portion and a radial portion that extends from a proximal end of the axial portion; wherein the radial portion is configured for enhanced holding between the head and the coil body.
A method for determining whether eribulin, an analog thereof, or a pharmaceutically acceptable salt thereof, may be used to treat a subject having breast cancer, the method comprising determining the level of expression of a biomarker selected from the group of biomarkers listed in Table 1 in a sample derived from said subject, wherein a low level of expression of the biomarker is indicative that eribulin, an analog thereof, or a pharmaceutically acceptable salt thereof, will be effective in treating said subject.
An electric hammer (101, 301) comprising: an electric hammer body (103, 303), a hammer bit (113, 313) that is coupled to the body (103, 303) and configured to perform a hammering operation in contact with a workpiece, a driving motor (121, 321) that is housed within the body (103, 303), a striker (134, 334) that is housed within the body (103, 303) and configured to be driven by the driving motor (121, 321) to supply a striking force to the hammer bit (113,313), a vibration reducing mechanism configured to reduce vibration caused in the body (103, 303) during hammering operation performed on the workpiece by the hammer bit (113, 313), and characterised by a motor controller (122; 321) configured to detect, during hammering operation, the load conditions of the hammer bit (113, 313) based on an external force acting on the hammer bit (113, 313) from the workpiece side by the change of the load current of the driving motor (121, 321), wherein the vibration reducing mechanism is adapted to optimize vibration reduction according to the detected load conditions. an electric hammer body (103, 303), a hammer bit (113, 313) that is coupled to the body (103, 303) and configured to perform a hammering operation in contact with a workpiece, a driving motor (121, 321) that is housed within the body (103, 303), a striker (134, 334) that is housed within the body (103, 303) and configured to be driven by the driving motor (121, 321) to supply a striking force to the hammer bit (113,313), a vibration reducing mechanism configured to reduce vibration caused in the body (103, 303) during hammering operation performed on the workpiece by the hammer bit (113, 313), and characterised by a motor controller (122; 321) configured to detect, during hammering operation, the load conditions of the hammer bit (113, 313) based on an external force acting on the hammer bit (113, 313) from the workpiece side by the change of the load current of the driving motor (121, 321), wherein the vibration reducing mechanism is adapted to optimize vibration reduction according to the detected load conditions.
A sole structure, comprising: a midsole component with a forefoot region, a midfoot region, and a heel region; an upper surface; a central portion that includes a plurality of recessed portions that are arranged in an auxetic configuration and extend throughout the central portion, the plurality of recessed portions being bordered by sole portions that include elevated portions; and peripheral edge pieces (805, 820, 828) that surround the central portion, wherein a distance from the upper surface of the sole structure 103 to an outer surface of the peripheral edge piece is greater than a distance from the upper surface of the sole structure to an outer surface of the elevated portions. a midsole component with a forefoot region, a midfoot region, and a heel region; an upper surface; a central portion that includes a plurality of recessed portions that are arranged in an auxetic configuration and extend throughout the central portion, the plurality of recessed portions being bordered by sole portions that include elevated portions; and peripheral edge pieces (805, 820, 828) that surround the central portion, wherein a distance from the upper surface of the sole structure 103 to an outer surface of the peripheral edge piece is greater than a distance from the upper surface of the sole structure to an outer surface of the elevated portions.
An addition curable silicone composition comprising: organopolysiloxane containing at least two aliphatic unsaturated hydrocarbon groups per molecule and having a kinematic viscosity of 60 to 100,000 mm 2 /s as measured at 25°C using an Ubbelohde-Ostwald viscometer, organohydrogenpolysiloxane having at least two silicon-bonded hydrogen atoms (i.e. Si-H groups) per molecule, in an amount such that the ratio of the number of Si-H groups to the total number of aliphatic unsaturated hydrocarbon groups in component ranges from 0.5 to 5, and an effective amount of microparticulate hydrosilylation catalyst of microcapsule structure consisting of a core material of an organic compound or polymer containing platinum group metal catalyst and a shell material of three-dimensional crosslinked polymer obtained by polymerizing at least one polyfunctional monomer, the organic compound or polymer containing the platinum group metal catalyst being organic compound or polymer having a kinematic viscosity of 10 to 100,000 mm 2 /s as measured at 25°C using an Ubbelohde-Ostwald viscometer. organopolysiloxane containing at least two aliphatic unsaturated hydrocarbon groups per molecule and having a kinematic viscosity of 60 to 100,000 mm 2 /s as measured at 25°C using an Ubbelohde-Ostwald viscometer, organohydrogenpolysiloxane having at least two silicon-bonded hydrogen atoms (i.e. Si-H groups) per molecule, in an amount such that the ratio of the number of Si-H groups to the total number of aliphatic unsaturated hydrocarbon groups in component ranges from 0.5 to 5, and an effective amount of microparticulate hydrosilylation catalyst of microcapsule structure consisting of a core material of an organic compound or polymer containing platinum group metal catalyst and a shell material of three-dimensional crosslinked polymer obtained by polymerizing at least one polyfunctional monomer, the organic compound or polymer containing the platinum group metal catalyst being organic compound or polymer having a kinematic viscosity of 10 to 100,000 mm 2 /s as measured at 25°C using an Ubbelohde-Ostwald viscometer.
A portable power-driven system for advancing a rope, the rope extending in a first main direction, the power-driven system comprising: a motor comprising a drive shaft; a rope grab connected to the drive shaft, the rope grab comprises a rope engaging face adapted to, when in an operational state, engage the rope along a first section of a circumference of the rope grab, a main body for mounting the motor and further comprising an anchoring point adapted to receive an anchoring force, the anchoring force extending in a second direction being essentially opposite to the first main direction, a rope securing arrangement, characterised by the securing arrangement comprising an elongated lever at a first end having a hinged connection to the main body and at a second end configured to receive a first roller adapted to, when in the operational state, engage with the rope, and the rope securing arrangement is adapted to, by means of a second roller comprised with the elongated lever, exert a pressure to the rope for forcing the rope towards the rope grab at a portion of the first section where the rope, when in the operational state, is engaging the rope grab, and a stopping arrangement configured to, when in the operational state, locking the elongated lever to the main body to minimizing a movement of the elongated lever in a direction parallel to the drive shaft. a motor comprising a drive shaft; a rope grab connected to the drive shaft, the rope grab comprises a rope engaging face adapted to, when in an operational state, engage the rope along a first section of a circumference of the rope grab, a main body for mounting the motor and further comprising an anchoring point adapted to receive an anchoring force, the anchoring force extending in a second direction being essentially opposite to the first main direction, a rope securing arrangement, characterised by the securing arrangement comprising an elongated lever at a first end having a hinged connection to the main body and at a second end configured to receive a first roller adapted to, when in the operational state, engage with the rope, and the rope securing arrangement is adapted to, by means of a second roller comprised with the elongated lever, exert a pressure to the rope for forcing the rope towards the rope grab at a portion of the first section where the rope, when in the operational state, is engaging the rope grab, and a stopping arrangement configured to, when in the operational state, locking the elongated lever to the main body to minimizing a movement of the elongated lever in a direction parallel to the drive shaft.