mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a user equipment, the method comprising: receiving a handover command involving a plurality of candidate cells; selecting a target cell of the plurality of candidate cells in response to the target cell meeting a predetermined condition relative to other cells of the plurality of candidate cells; wherein the predetermined condition is indicated in the handover command and comprises the condition where the target cell becomes offset better than the serving cell and/or where the target cell becomes offset better than other candidate cells; characterized by: overwriting a previously suspended handover command in response to receiving the handover command having the predetermined condition. receiving a handover command involving a plurality of candidate cells; selecting a target cell of the plurality of candidate cells in response to the target cell meeting a predetermined condition relative to other cells of the plurality of candidate cells; wherein the predetermined condition is indicated in the handover command and comprises the condition where the target cell becomes offset better than the serving cell and/or where the target cell becomes offset better than other candidate cells; characterized by: overwriting a previously suspended handover command in response to receiving the handover command having the predetermined condition.
Instrument, characterised in that it comprises a piezoelectric sensor including a body with a central cavity, a membrane extending over the cavity, attached to the body via the periphery thereof and including a carrier layer made of polymer and a sensitive layer made of piezoelectric polymer material, the membrane being capable of deforming or vibrating, the sensitive layer being made of a material comprising a polymer filled with inorganic alumina nanomaterials, the polymer of the sensitive layer being selected from the group comprising polyvinylidene fluoride (PVDF), vinylidene fluoride and trifluoroethylene copolymer P(VDF-TrFE) and polyamide-11, the carrier layer being made of a material selected from the group comprising polyimide and polyether ether ketone (PEEK), a first conductive layer made of aluminium being interposed between the carrier layer and the sensitive layer, a second conductive layer being deposited on a portion of a free surface of the sensitive layer, the instrument further including a transmission rod, a first end whereof is intended to be applied against a mass that is capable of vibrating and a second end whereof bears against the membrane of the sensor.
Crosslinked transparent polyamide molded parts made from a thermoplastic polyamide molding material, wherein the polyamides of this polyamide molding material are selected from a group consisting of amorphous or microcrystalline polyamides, of copolyamides thereof and their blends and of blends of such polyamides with semicrystalline polyamides, characterized in that the polyamide molding material comprises a transparent blend of - transparent amorphous or transparent microcrystalline polyamides or copolyamides thereof - and up to 40% by weight of a semicrystalline polyamide, which polyamide molded parts comprise a crosslinking additive which is crosslinked with polyamides thereof due to high-energy irradiation of the polyamide molding material, which polyamides have a substantially linear structure and whose monomers have no olefinic C=C double bonds, wherein these polyamide molded parts have a Tg value of > 140°C and a dimensional stability of at least 90% at temperatures of ≥ 180°C, and wherein a transmission for a wavelength of 540 nm is at least 70% when a polyamide molded part is in the form of a platelet having a thickness of 2 mm. - transparent amorphous or transparent microcrystalline polyamides or copolyamides thereof - and up to 40% by weight of a semicrystalline polyamide,
At least one photoactivatable pharmaceutical agent that is capable of, upon activation, causing a predetermined cellular change when activated, for use in the treatment of a cell proliferation related disorder, wherein the at least one photoactivatable pharmaceutical agent is a psoralen, preferably 8-MOP or AMT, and wherein said treatment comprises the steps of placing in a vicinity of a target cell at least one upconverter including a gas for plasma ignition, said upconverter configured, upon exposure to initiation energy, to generate light for emission into the target cell; and applying the initiation energy from an energy source including a first wavelength λ 1 to the target cell, wherein the emitted light indirectly produces the change in the target cell, said treatment further comprising: administering to a subject at least one of said photoactivatable pharmaceutical agent, administering the upconverter into the subject, interacting light from the at least one upconverter with the at least one photoactivatable pharmaceutical agent to activate the photoactivatable pharmaceutical agent in situ, wherein upon activation, the photoactivatable agent binds to DNA, RNA or other structures in the target cell, thus causing the predetermined cellular change to occur in the target cell of the subject, wherein said predetermined cellular change treats the cell proliferation related disorder. placing in a vicinity of a target cell at least one upconverter including a gas for plasma ignition, said upconverter configured, upon exposure to initiation energy, to generate light for emission into the target cell; and applying the initiation energy from an energy source including a first wavelength λ 1 to the target cell, wherein the emitted light indirectly produces the change in the target cell, said treatment further comprising: administering to a subject at least one of said photoactivatable pharmaceutical agent, administering the upconverter into the subject, interacting light from the at least one upconverter with the at least one photoactivatable pharmaceutical agent to activate the photoactivatable pharmaceutical agent in situ, wherein upon activation, the photoactivatable agent binds to DNA, RNA or other structures in the target cell, thus causing the predetermined cellular change to occur in the target cell of the subject, wherein said predetermined cellular change treats the cell proliferation related disorder. administering to a subject at least one of said photoactivatable pharmaceutical agent, administering the upconverter into the subject, interacting light from the at least one upconverter with the at least one photoactivatable pharmaceutical agent to activate the photoactivatable pharmaceutical agent in situ, wherein upon activation, the photoactivatable agent binds to DNA, RNA or other structures in the target cell, thus causing the predetermined cellular change to occur in the target cell of the subject, wherein said predetermined cellular change treats the cell proliferation related disorder.
Mobile machine with a loading system, a traction drive and a chassis, such as a wheeled loader, a telescopic loader or the like, wherein one or more sensors are provided for identifying an unstable operating state or an imminent unstable operating state while underway, said unstable operating state including a tipping moment with the risk of the machine tipping over laterally, wherein a sensor-based detection of the manner of operation of an operator control element for the machine and an evaluation unit for identifying an emergency situation of an operator actuating an operator control unit are provided, and in that a control unit is provided which is designed so as, after identification of the emergency situation, to use at least one actuator to automatically trigger a torque counteracting the tipping moment, which includes the risk of the machine tipping over, or for a preventative machine reaction for avoiding and/or reducing such a tipping moment during movement of the machine, in order to achieve a stable operating state, wherein the machine reaction is provided in the loading system and/or in the traction drive and/or in the chassis, characterized in that different automatic steering actions at at least two running wheels and/or drive tracks are provided, in that a lateral inclination adjustment of the loading system is provided, and/or in that the lateral inclination adjustment of the load absorption of the loading system is provided, and/or in that a lateral displacement of machine components and/or of the load loaded by the loading system, said lateral displacement counteracting the imminent tipping over of the machine, is provided.
Portable mechanical password generator having a determined memory, such that a multi-digit password is mechanically generated and displayed after manually setting a multi-digit access code by rotating an adjusting wheel, wherein the mechanical password generator comprises at least one blurring mechanism, a drum mechanism and an interlocking mechanism as mechanical components, and wherein the blurring mechanism comprises an adjusting wheel, characterised in that the drum mechanism comprises cylindrical sign drums which bear signs and/or numbers on them which constitute the password, and which are arranged concentrically on rotational axes in circular orbits or rings, each becoming smaller, on drum paths (44, 43, 42, 41, 40, 39), wherein the number of cylindrical sign drums decreases inwardly from the outermost ring, six adjusting devices (4, 5, 6, 7, 8, 9) of the adjusting mechanism are mechanically coupled to the adjusting wheel in such a way that one of the drum paths (44, 43, 42, 41, 40, 39) is allocated to each of the six adjusting devices (4, 5, 6, 7, 8, 9) and generate a movement of the sign drums by rotation together with the rotation of the adjusting wheel, wherein, for the mechanical coupling for conveying the rotational movement on the adjusting wheel onto one of the drum paths (44, 43, 42, 41, 40, 39) corresponding to one of the adjusting mechanisms, the housing wall is pressed against from outside, whereby a consistent connection emerges which transfers the rotation on the adjusting wheel to the corresponding coupled drum path (44, 43, 42, 41, 40, 39). the drum mechanism comprises cylindrical sign drums which bear signs and/or numbers on them which constitute the password, and which are arranged concentrically on rotational axes in circular orbits or rings, each becoming smaller, on drum paths (44, 43, 42, 41, 40, 39), wherein the number of cylindrical sign drums decreases inwardly from the outermost ring, six adjusting devices (4, 5, 6, 7, 8, 9) of the adjusting mechanism are mechanically coupled to the adjusting wheel in such a way that one of the drum paths (44, 43, 42, 41, 40, 39) is allocated to each of the six adjusting devices (4, 5, 6, 7, 8, 9) and generate a movement of the sign drums by rotation together with the rotation of the adjusting wheel, wherein, for the mechanical coupling for conveying the rotational movement on the adjusting wheel onto one of the drum paths (44, 43, 42, 41, 40, 39) corresponding to one of the adjusting mechanisms, the housing wall is pressed against from outside, whereby a consistent connection emerges which transfers the rotation on the adjusting wheel to the corresponding coupled drum path (44, 43, 42, 41, 40, 39).
A fluid tank that contains a fluid, comprising: a tank main body that contains the fluid; and a bubble removing device that is provided to an inside of the tank main body and removes bubbles contained in the fluid, wherein the tank main body comprises a partition that partitions the inside of the tank main body to at least two sides and a delivery port through which the fluid is fed to an outside, the bubble removing device comprises an outflow port through which the fluid from which the bubbles have been removed flows to the inside of the tank main body and a bubble exhaust port through which the bubbles having been removed are discharged to the inside of the tank main body, the delivery port is provided adjacent to the outflow port, and the partition partitions the inside of the tank main body to a side in which the outflow port and the delivery port are provided and a side in which the bubble exhaust port is provided, characterised in that: the tank main body comprises at least one subordinate return port through which the fluid not flowing through the bubble removing device returns to the inside of the tank main body, the subordinate return port is provided adjacent to the bubble exhaust port on said side provided with said bubble exhaust port. a tank main body that contains the fluid; and a bubble removing device that is provided to an inside of the tank main body and removes bubbles contained in the fluid, wherein the tank main body comprises a partition that partitions the inside of the tank main body to at least two sides and a delivery port through which the fluid is fed to an outside, the bubble removing device comprises an outflow port through which the fluid from which the bubbles have been removed flows to the inside of the tank main body and a bubble exhaust port through which the bubbles having been removed are discharged to the inside of the tank main body, the delivery port is provided adjacent to the outflow port, and the partition partitions the inside of the tank main body to a side in which the outflow port and the delivery port are provided and a side in which the bubble exhaust port is provided, characterised in that: the tank main body comprises at least one subordinate return port through which the fluid not flowing through the bubble removing device returns to the inside of the tank main body, the subordinate return port is provided adjacent to the bubble exhaust port on said side provided with said bubble exhaust port. the tank main body comprises at least one subordinate return port through which the fluid not flowing through the bubble removing device returns to the inside of the tank main body, the subordinate return port is provided adjacent to the bubble exhaust port on said side provided with said bubble exhaust port.
A railcar bogie comprising: a frame (20, 120) configured to be located under a carbody of a railcar; an air spring (22, 112) including an air spring main body in which air is stored, the air spring (22, 112) being configured to be arranged between the carbody and the frame (20, 120); an elastic member (80, 110) arranged between the air spring and the frame and configured to separate the air spring (22, 112) from the frame (20, 120) by a restoring force thereof in a state where a height of the carbody is maintained at a certain height regardless of the air spring (22, 112) to form a gap; a limiting member (82, 114) configured to limit an amount of displacement of the elastic member (80, 110) to limit an amount of separation between the air spring (22, 112) and the frame (20, 120), and a spacer which is inserted into the gap. a frame (20, 120) configured to be located under a carbody of a railcar; an air spring (22, 112) including an air spring main body in which air is stored, the air spring (22, 112) being configured to be arranged between the carbody and the frame (20, 120); an elastic member (80, 110) arranged between the air spring and the frame and configured to separate the air spring (22, 112) from the frame (20, 120) by a restoring force thereof in a state where a height of the carbody is maintained at a certain height regardless of the air spring (22, 112) to form a gap; a limiting member (82, 114) configured to limit an amount of displacement of the elastic member (80, 110) to limit an amount of separation between the air spring (22, 112) and the frame (20, 120), and a spacer which is inserted into the gap.
A liquid separator system comprising, in combination: (a) a vessel with a top part, a bottom part, a gas phase zone, an aqueous phase zone and a denser liquid zone, the vessel has a larger diameter at the top part than at the bottom part; (b) an inlet for introducing a first liquid and a second liquid into the vessel, the second liquid is more dense than the first liquid and wherein the gas phase zone is located directly above the first liquid; (c) a first outlet in the bottom part of the vessel for allowing a flow of the second liquid from the vessel; (d) a second outlet in fluid communication with the aqueous phase zone; (e) a pressure controller in communication with the gas phase zone that controls a gas inlet valve to introduce a pressurized, non-condensable gas and a gas outlet valve, each valve is in fluid communication with an inlet/outlet in the top part of the vessel; and (f) an interface control structure constructed and arranged for sensing within the vessel an interface level between the first liquid and the second liquid and for controlling the flow of the second liquid from the first outlet and for raising or lowering the interface level responsive to a respective increase or decrease in the flow. (a) a vessel with a top part, a bottom part, a gas phase zone, an aqueous phase zone and a denser liquid zone, the vessel has a larger diameter at the top part than at the bottom part; (b) an inlet for introducing a first liquid and a second liquid into the vessel, the second liquid is more dense than the first liquid and wherein the gas phase zone is located directly above the first liquid; (c) a first outlet in the bottom part of the vessel for allowing a flow of the second liquid from the vessel; (d) a second outlet in fluid communication with the aqueous phase zone; (e) a pressure controller in communication with the gas phase zone that controls a gas inlet valve to introduce a pressurized, non-condensable gas and a gas outlet valve, each valve is in fluid communication with an inlet/outlet in the top part of the vessel; and (f) an interface control structure constructed and arranged for sensing within the vessel an interface level between the first liquid and the second liquid and for controlling the flow of the second liquid from the first outlet and for raising or lowering the interface level responsive to a respective increase or decrease in the flow.
Film-wrapping apparatus for the automatic film-wrapping of articles, comprising a conveying device for conveying an article through a film-wrapping channel of the film-wrapping apparatus, wherein, for the purpose of supplying film material for the film-wrapping of the article, the film-wrapping apparatus comprises a film-supply device which - as viewed in operating position - is arranged above the film-wrapping channel, characterized in that the film-wrapping apparatus further comprises at least two movably arranged grippers and a welding device, wherein the at least two grippers are arranged in a pre-determinably movable manner between a supply position and a welding position, wherein the grippers are designed to grip the film material supplied by the film-supply device at two opposite corners in the supply position and to pull and hold said film material from the supply position into the welding position, wherein the grippers are arranged in the welding position in a welding plane and substantially at the level of an upper side of the conveying device, and in that the welding device is designed to weld both side edges of the article arranged in the welding plane and sheathed with the film material.
Fuel tank for a motor vehicle, wherein a vent conduit is provided which is connected to a canister for the absorption of fuel vapors, the canister being arranged outside the tank, wherein said vent conduit has a part inside the tank with an intermediate portion located at a lowermost position, which creates a siphon-like zone in which liquid fuel originated from condensation of the vapors present in the vent conduit tends to stagnate, said tank further comprising a conduit for draining said liquid fuel, the draining conduit extending downwards from said siphon-like zone and characterized in that the draining conduit ends with a closed end portion acting as an accumulator and evaporator of the liquid fuel originated from condensation of the vapors, said closed end portion being placed at an area which reaches a temperature sufficient to cause re-evaporation of the condensed fuel, and elimination thereof by its reverse flow through the draining conduit and then through the vent conduit, in the direction towards the canister.
A surgical table comprising: a base for standing on a floor; a column extending from the base; a tabletop providing a patient support surface; and a mechanism coupling the tabletop to the column and for enabling rotational movement of the tabletop relative to the column about two orthogonal axes, the mechanism comprising a first frame connected to the tabletop, a second frame rotatably mounted on the first frame, first and second extensible stabilisers, (111, 112) and first and second actuators (101, 102) disposed outside of both the first and second extensible stabilisers (111, 112), each actuator being connected to a respective one of the frames for moving the respective frame about a respective one of the two orthogonal axes; wherein the first frame is connected to the column via the first extensible stabiliser and the first actuator in parallel, and the second frame is connected to the column by the second extensible stabiliser and the second actuator in parallel a column extending from the base; a tabletop providing a patient support surface; and a mechanism coupling the tabletop to the column and for enabling rotational movement of the tabletop relative to the column about two orthogonal axes, the mechanism comprising a first frame connected to the tabletop, a second frame rotatably mounted on the first frame, first and second extensible stabilisers, (111, 112) and first and second actuators (101, 102) disposed outside of both the first and second extensible stabilisers (111, 112), each actuator being connected to a respective one of the frames for moving the respective frame about a respective one of the two orthogonal axes; wherein the first frame is connected to the column via the first extensible stabiliser and the first actuator in parallel, and the second frame is connected to the column by the second extensible stabiliser and the second actuator in parallel