mhurhangee/ep-ind-claims huggingface dataset:
A manufacturing machine for the production of disposable cartridges for electronic cigarettes; the manufacturing machine comprising: a manufacturing drum, which is mounted in a rotatable stepwise manner around a vertical rotation axis and supports at least one group of seats, each of which is adapted to receive a corresponding component (2, 7) of the disposable cartridge; and a feeding unit, which feeds corresponding components (2, 7) of the disposable cartridges to the seats of a group of seats that is standing still at the feeding unit; wherein each seat comprises a housing through channel, which crosses the manufacturing drum from side-to-side and is adapted to contain a component (2, 7); and wherein each seat comprises a pair of opposite jaws, which are mounted in the housing channel and are movable between a gripping position, in which they engage a component (2, 7) arranged in the housing channel (24; 26), and a transfer position, in which they do not engage a component (2, 7) arranged in the housing channel (24, 26); the manufacturing machine being characterized in that in each pair of jaws, at least one jaw comprises a tooth, which is arranged at the top of the jaw and projects from the jaw towards the centre of the seat, so that, when the two jaws are arranged in the gripping position, the tooth holds the component (2, 7) inside the seat at the top. a manufacturing drum, which is mounted in a rotatable stepwise manner around a vertical rotation axis and supports at least one group of seats, each of which is adapted to receive a corresponding component (2, 7) of the disposable cartridge; and a feeding unit, which feeds corresponding components (2, 7) of the disposable cartridges to the seats of a group of seats that is standing still at the feeding unit; wherein each seat comprises a housing through channel, which crosses the manufacturing drum from side-to-side and is adapted to contain a component (2, 7); and wherein each seat comprises a pair of opposite jaws, which are mounted in the housing channel and are movable between a gripping position, in which they engage a component (2, 7) arranged in the housing channel (24; 26), and a transfer position, in which they do not engage a component (2, 7) arranged in the housing channel (24, 26); the manufacturing machine being characterized in that in each pair of jaws, at least one jaw comprises a tooth, which is arranged at the top of the jaw and projects from the jaw towards the centre of the seat, so that, when the two jaws are arranged in the gripping position, the tooth holds the component (2, 7) inside the seat at the top.
A method for detaching a mobile terminal from a mobile communication network, the method comprising the step of: initiating a detach procedure for detaching the mobile terminal from the mobile communication network, wherein the initiation of the detach procedure is triggered by a base station deciding a transition of the mobile terminal from connected mode to idle mode, wherein the execution of the detach procedure is deferred by a given time span in the user equipment and in a mobility management entity, wherein the initiated detach procedure is performed autonomously after expiry of the given time span in the user equipment and in the mobility management entity, where the mobile terminal and the mobility management entity, included in a core network, do not exchange any signaling, wherein detaching the mobile terminal from the mobile communication network comprises the mobility management entity deleting the mobile terminal's context information in the user plane and in the control plane of the mobile communication network, wherein the deleting comprises the mobile terminal deleting the context information maintained in the mobile terminal and the mobile management entity deleting the context information maintained in the core network, and wherein as the given time span a common time span is used in the mobile terminal and the mobile management entity. initiating a detach procedure for detaching the mobile terminal from the mobile communication network, wherein the initiation of the detach procedure is triggered by a base station deciding a transition of the mobile terminal from connected mode to idle mode, wherein the execution of the detach procedure is deferred by a given time span in the user equipment and in a mobility management entity, wherein the initiated detach procedure is performed autonomously after expiry of the given time span in the user equipment and in the mobility management entity, where the mobile terminal and the mobility management entity, included in a core network, do not exchange any signaling, wherein detaching the mobile terminal from the mobile communication network comprises the mobility management entity deleting the mobile terminal's context information in the user plane and in the control plane of the mobile communication network, wherein the deleting comprises the mobile terminal deleting the context information maintained in the mobile terminal and the mobile management entity deleting the context information maintained in the core network, and wherein as the given time span a common time span is used in the mobile terminal and the mobile management entity.
An item of footwear including a sole assembly that comprises at least an outsole and an insole, and further comprising one or more shear force-reducing coupling elements (230a,230b) disposed between the insole and the ground, the coupling elements (230a,230b) being adapted to permit limited displacement, in a plane parallel, in use, to the ground, of overlying components of the item of footwear, wherein the coupling elements (230a,230b) provide less resistance to displacement of overlying components of the item of footwear in a first direction than in a second, reverse direction, such that said displacement is brought about more readily by a force applied in said first direction, which is acting along an axis parallel to a longitudinal axis of the sole assembly, than by a force applied in said reverse direction, the coupling elements (230a,230b) being adapted to permit movement in one direction and resist movement in the opposite direction, wherein coupling elements (230a,230b) are disposed in heel and forefoot regions and characterised in that the coupling elements at the forefoot and the coupling elements at the heel are mounted in opposite configurations. coupling elements (230a,230b) are disposed in heel and forefoot regions and characterised in that the coupling elements at the forefoot and the coupling elements at the heel are mounted in opposite configurations.
A composite negative electrode active material comprising: a first carbon-based material having a particle strength in a range of 15 MPa to 40 MPa measured according to ASTM standard D695 and a Young's modulus in a range of 0.1 GPa to 0.4 GPa measured according to ASTM standard D605; and a second carbon-based material on a surface of the first carbon-based material having a particle strength in a range of 100 MPa to 150 MPa measured according to ASTM standard D695 and a Young's modulus in a range of 1.5 GPa to 4 GPa measured according to ASTM standard D605, wherein the first carbon-based material and the second carbon-based material are different in particle diameter from each other. a first carbon-based material having a particle strength in a range of 15 MPa to 40 MPa measured according to ASTM standard D695 and a Young's modulus in a range of 0.1 GPa to 0.4 GPa measured according to ASTM standard D605; and a second carbon-based material on a surface of the first carbon-based material having a particle strength in a range of 100 MPa to 150 MPa measured according to ASTM standard D695 and a Young's modulus in a range of 1.5 GPa to 4 GPa measured according to ASTM standard D605, wherein the first carbon-based material and the second carbon-based material are different in particle diameter from each other.
A method of generating neighbor location information, performed in a multi-hop wireless communication network, the method comprising: transmitting, by any one of a base station and a relay station, a location request (MR_LOC_REQ) message to neighboring nodes belonging to the wireless communication network, wherein a neighbor node is any one of a base station and a relay station; receiving, by the respective one of the base station and the relay station, a location response (MR_LOC_RSP) message from the neighboring nodes, wherein the location response message comprises location information of the neighboring nodes comprised in the location request message; generating a neighbor list using the location response message, characterized in that the neighbor list comprises a distance and an angle between the base station or the relay station and neighboring nodes and wherein the neighbor list is generated by setting a predetermined number of zones according to an angular range based on a predetermined reference point, and by selecting neighboring nodes corresponding to a local policy for each zone, wherein the neighboring nodes are located within a predetermined distance d from the reference point, wherein the predetermined distance d may be differently set for each zone, and wherein the reference point corresponds to the base station or the relay station; and generating, by the respective one of the base station and the relay station, a neighbor advertisement message using the neighbor list. transmitting, by any one of a base station and a relay station, a location request (MR_LOC_REQ) message to neighboring nodes belonging to the wireless communication network, wherein a neighbor node is any one of a base station and a relay station; receiving, by the respective one of the base station and the relay station, a location response (MR_LOC_RSP) message from the neighboring nodes, wherein the location response message comprises location information of the neighboring nodes comprised in the location request message; generating a neighbor list using the location response message, characterized in that the neighbor list comprises a distance and an angle between the base station or the relay station and neighboring nodes and wherein the neighbor list is generated by setting a predetermined number of zones according to an angular range based on a predetermined reference point, and by selecting neighboring nodes corresponding to a local policy for each zone, wherein the neighboring nodes are located within a predetermined distance d from the reference point, wherein the predetermined distance d may be differently set for each zone, and wherein the reference point corresponds to the base station or the relay station; and generating, by the respective one of the base station and the relay station, a neighbor advertisement message using the neighbor list.
A DC circuit breaker comprising: a pair of arcing contact members (20a, 20b) for holding an arc; an interaction element, adapted for interacting with the arc in dependence of whether the arc is in a first state or in a second state such that due to the interaction element the arc voltage drop in the first state is lower than the arc voltage drop in the second state; a resonance branch coupled in parallel to the contact members (20a, 20b) thereby forming a resonance circuit adapted for letting a resonance branch current oscillate thereby inducing oscillations of an arc current, the resonance branch comprising a coupling element for coupling the resonance branch with the arc, such that the arc is brought to the first state when the current in the resonance branch has a first direction, and that the arc is brought to the second state when the current in the resonance branch has a second direction, wherein the coupling element is a coil adapted for inducing a magnetic field in a region of the arc for coupling with the arc. a pair of arcing contact members (20a, 20b) for holding an arc; an interaction element, adapted for interacting with the arc in dependence of whether the arc is in a first state or in a second state such that due to the interaction element the arc voltage drop in the first state is lower than the arc voltage drop in the second state; a resonance branch coupled in parallel to the contact members (20a, 20b) thereby forming a resonance circuit adapted for letting a resonance branch current oscillate thereby inducing oscillations of an arc current, the resonance branch comprising a coupling element for coupling the resonance branch with the arc, such that the arc is brought to the first state when the current in the resonance branch has a first direction, and that the arc is brought to the second state when the current in the resonance branch has a second direction, wherein the coupling element is a coil adapted for inducing a magnetic field in a region of the arc for coupling with the arc.
A method of manufacturing an electric-resistance-welded stainless clad steel pipe, made of clad steel comprising low-carbon low-alloy steel and stainless steel, wherein the flattening characteristic of an electric resistance weld, as-welded, satisfies the formula below: h / D < 0.3 where h is the flattened height at fracture (mm) and D is the outer diameter of the pipe (mm), in which a shielding process for portions of an open pipe to be welded for an electric-resistance-welded steel pipe is used to shield portions to be welded with a shielding gas composed of an inert gas during the electric resistance welding, the method comprising blowing the shielding gas to the portions to be welded through a gas outlet of a shielding-gas blowing nozzle which is divided into three layers in the open pipe circumferential direction, the gas outlet being disposed at a position 5 to 300 mm above the upper ends of the portions to be welded, wherein the gas flow rate B at the gas outlet of a center layer among the three layers is set to be 0.5 to 50 m/s, and the gas flow rate A (m/s) at the gas outlet of the remaining two side layers is set so as to satisfy the formula below: 0.01 ≤ B/A ≤ 10