mhurhangee/ep-ind-claims huggingface dataset:
A brake disk, including: a disk portion, having a first side face and a second side face facing opposite to the first side face, the first side face for being assembled with a wheel and facing the wheel, the disk portion including an inner annular member and an outer annular member, the inner annular member being circumferentially formed with a first assembling mechanism, the outer annular member having a second assembling mechanism, the first assembling mechanism and the second assembling mechanism being correspondingly connected with each other; at least two connecting assemblies, being connected with the first assembling mechanism and the second assembling mechanism respectively, each said connecting assembly including a helical spring, the helical spring being on the first side face and abutting against between the connecting assembly and the first side face, characterised in that the connecting assembly further includes a spacing member being located at the first side face and includes a bottom wall and a circumferential wall annularly connected with the bottom wall, wherein the circumferential wall extends perpendicularly toward the first side face and defines a receiving space and is spaced apart from the first side face, and in that the helical spring is a conical coil spring being tapered toward the bottom wall and partially seated within the receiving space, wherein the coils of the conical coil spring do not overlap radially, a disk portion, having a first side face and a second side face facing opposite to the first side face, the first side face for being assembled with a wheel and facing the wheel, the disk portion including an inner annular member and an outer annular member, the inner annular member being circumferentially formed with a first assembling mechanism, the outer annular member having a second assembling mechanism, the first assembling mechanism and the second assembling mechanism being correspondingly connected with each other; at least two connecting assemblies, being connected with the first assembling mechanism and the second assembling mechanism respectively, each said connecting assembly including a helical spring, the helical spring being on the first side face and abutting against between the connecting assembly and the first side face, characterised in that the connecting assembly further includes a spacing member being located at the first side face and includes a bottom wall and a circumferential wall annularly connected with the bottom wall, wherein the circumferential wall extends perpendicularly toward the first side face and defines a receiving space and is spaced apart from the first side face, and in that the helical spring is a conical coil spring being tapered toward the bottom wall and partially seated within the receiving space, wherein the coils of the conical coil spring do not overlap radially,
A closing cover for closing an opening in a bottom of a hoisting chamber in a hull of a marine vessel, the closing cover comprising an upper part and a lower part, the lower part having a form such that it can be fitted into said opening on the lower part of the hoisting chamber through the hull and comprising a periphery wall and a water tight inner section bordered by the periphery wall, and the upper part comprising a flange extending over the periphery wall, to outside of the lower part, characterized in that • the upper part and the lower part are removably attached to each other; and • the lower part is provided with a sealing system (604, 604') and an attaching means at its periphery wall surface arranged for cooperation with said hoisting chamber. • the upper part and the lower part are removably attached to each other; and • the lower part is provided with a sealing system (604, 604') and an attaching means at its periphery wall surface arranged for cooperation with said hoisting chamber.
An articulated jib for moving a load, the jib being supported on a base and the jib comprising: a first jib arm pivotably connected to the base, the first jib arm functioning as a bascule and being pivotable about a first axis; a first counterweight disposed on the first jib arm; a second jib arm pivotably connected to the first jib arm, the second jib arm being pivotable about a second axis and the load being disposed at a distal end of the second jib arm; wherein the first and second jib arms (16, 18) each include two parallel frame bars (30, 32, 74, 76), each of the frame bars of said first jib arm being pivotably connected to the base and connected to the second jib arm to form a parallelogram link mechanism; a lever arm pivotably connected either to the base or to a mounting plate (84 a) which is mounted on the first jib arm separated from the base; a linking rod disposed above the first jib arm and connecting the lever arm to the second jib arm, the linking rod being pivotably connected to the second jib arm; and a second counterweight disposed at the distal end of the lever arm, characterised in that the lever arm extends away from the linking rod on an upward angle and in that a length of the linking rod extending between its points of connection with the second jib arm and the lever arm is less than lengths (D1, D2) of the frame bars (30, 32) of the first jib arm between their respective points of connection with the second jib arm and with the base or the mounting plate, respectively. a first jib arm pivotably connected to the base, the first jib arm functioning as a bascule and being pivotable about a first axis; a first counterweight disposed on the first jib arm; a second jib arm pivotably connected to the first jib arm, the second jib arm being pivotable about a second axis and the load being disposed at a distal end of the second jib arm; wherein the first and second jib arms (16, 18) each include two parallel frame bars (30, 32, 74, 76), each of the frame bars of said first jib arm being pivotably connected to the base and connected to the second jib arm to form a parallelogram link mechanism; a lever arm pivotably connected either to the base or to a mounting plate (84 a) which is mounted on the first jib arm separated from the base; a linking rod disposed above the first jib arm and connecting the lever arm to the second jib arm, the linking rod being pivotably connected to the second jib arm; and a second counterweight disposed at the distal end of the lever arm, characterised in that the lever arm extends away from the linking rod on an upward angle and in that a length of the linking rod extending between its points of connection with the second jib arm and the lever arm is less than lengths (D1, D2) of the frame bars (30, 32) of the first jib arm between their respective points of connection with the second jib arm and with the base or the mounting plate, respectively.
A method of press forming a metal sheet comprising the steps of bonding a reinforcement to a part of the metal sheet where breakage during forming is a concern and then press forming the metal sheet, characterized in that when only the metal sheet is formed in the press forming, the part of the metal sheet where breakage during forming is a concern is reduced in thickness and breaks in the press forming, the reinforcement is a fiber reinforced plastic, and the fiber reinforced plastic is bonded so that the direction of the fibers cuts across any crack formed when the part of the metal sheet breaks. when only the metal sheet is formed in the press forming, the part of the metal sheet where breakage during forming is a concern is reduced in thickness and breaks in the press forming, the reinforcement is a fiber reinforced plastic, and the fiber reinforced plastic is bonded so that the direction of the fibers cuts across any crack formed when the part of the metal sheet breaks.
A device for treating obstructive sleep apnea, the device comprising: an insert member having a proximal end and a distal end and a lumen there between; a shaping member having a proximal end and a distal end; wherein the lumen is collapsible and adapted to receive at least a portion of the shaping member; wherein the shaping member has a grip at the proximal end and the size of the grip is larger than the size of the lumen wherein the grip helps to prevent saliva and food particles from entering the lumen; wherein the grip is a sphere, a tab, a flat tab perpendicular to the insert member, a cylinder, an ellipsoid, or a donut shape.
A post for a cab of a vehicle, the post presenting a structure end adapted to be connected to a structure in a lower region of the cab, and a roof end adapted to be connected to a roof of the cab, the post comprising an elongated tubular element presenting a tubular element cavity extending longitudinally within the post, wherein the post further comprises an elongated reinforcement element comprising a core presenting a U-shaped cross-section, the reinforcement element extending longitudinally in the longitudinal direction of the tubular element, along a part of the tubular element, and presenting a base end and a free end, a tapered portion of the reinforcement element including the free end thereof being located in the tubular element cavity and tapered in the direction from the base end towards the free end, a base portion of the reinforcement element being at least partly located in the tubular element cavity and extending from the tapered portion to the base end, the base end of the reinforcement element forming the structure end of the post, or being, compared to the free end, located closer to the structure end of the post, the reinforcement element presenting a smooth transition for voiding corners between the tapered portion and the base portion, characterized in that the reinforcement element presents a side extending straight in the longitudinal direction of the tubular element, the taper of tapered portion being formed by a side, which is opposite to the straight side, gradually being closer to the straight side, wherein the straight side and the side opposite the straight side of the reinforcement element face respective inner surfaces of the tubular element.
An apparatus comprising: a sliding mechanism configured to enable a card holder to be moved between a first position and a second position; a resilient member configured to bias the card holder towards the first position; and an adjustment mechanism configured, when the card holder is in the second position, to enable tension in the resilient member to be adjusted as the second position is adjusted; wherein the card holder is held at the second position and stopped from moving to the first position by a stopper of the adjustment mechanism; wherein a location of the stopper that stops the card holder is changeable to adjust the second position. a sliding mechanism configured to enable a card holder to be moved between a first position and a second position; a resilient member configured to bias the card holder towards the first position; and wherein the card holder is held at the second position and stopped from moving to the first position by a stopper of the adjustment mechanism; wherein a location of the stopper that stops the card holder is changeable to adjust the second position.
A method performed by a terminal with reduced capability in a wireless communication system, the method comprising: receiving, from a base station associated with a cell, system information including information indicating whether a terminal of the reduced capability is allowed to access the cell; determining whether the terminal with the reduced capability is allowed to access the cell based on the system information; barring a selection of the cell, in case that the terminal with the reduced capability is not allowed to access the cell; transmitting a random access preamble to the base station, in case that the terminal with the reduced capability is allowed to access the cell; receiving a random access response, RAR, message from the base station as a response to the random access preamble; transmitting a request message for requesting an establishment of radio resource control, RRC, connection on common control channel, CCCH, to the base station, as a response to the RAR message; and receiving a setup message for establishing the RRC connection as a response to the request message, wherein information indicating that the CCCH is for the terminal of the reduced capability is transmitted with the request message to the base station, wherein the information indicating that the CCCH is for the terminal of the reduced capability includes a logical channel identifier, LCID, set to a determined value and the determined value is different from 0, and wherein the terminal of the reduced capability is characterized as having a low maximum data rate compared to a normal terminal. receiving, from a base station associated with a cell, system information including information indicating whether a terminal of the reduced capability is allowed to access the cell; determining whether the terminal with the reduced capability is allowed to access the cell based on the system information; barring a selection of the cell, in case that the terminal with the reduced capability is not allowed to access the cell; transmitting a random access preamble to the base station, in case that the terminal with the reduced capability is allowed to access the cell; receiving a random access response, RAR, message from the base station as a response to the random access preamble; transmitting a request message for requesting an establishment of radio resource control, RRC, connection on common control channel, CCCH, to the base station, as a response to the RAR message; and receiving a setup message for establishing the RRC connection as a response to the request message, wherein information indicating that the CCCH is for the terminal of the reduced capability is transmitted with the request message to the base station, wherein the information indicating that the CCCH is for the terminal of the reduced capability includes a logical channel identifier, LCID, set to a determined value and the determined value is different from 0, and wherein the terminal of the reduced capability is characterized as having a low maximum data rate compared to a normal terminal.
Combine harvester comprising: a load-bearing undercarriage which is movable over a field in a forward direction by drivable means engaged in the ground, a threshing and separating device attached to the load-bearing undercarriage, a feeder house attached to the load-bearing undercarriage comprising an endless traction means which circulates about a vertically movable lower deflection roller and a drivable upper deflection roller and bears driver elements extending transversely to the traction means for the undershot conveyance of harvested crops, and a harvesting attachment which is attached or attachable to the front face of the feeder house for receiving and/or for cutting off harvested crops which are lying or standing upright on a field and which are able to be supplied via the feeder house to the threshing and separating device, characterized in that an actuator which is actuated by external force is arranged for adjusting the vertical position of the lower deflection roller and is connected to a control device which is additionally coupled to a device for automatic recognition and/or to an input device for the input of the type of harvested crops to be harvested in each case and/or to a sensor (76, 78) permitting the determination of the throughput, in particular in a predictive manner, by the transmission of signals and is designed to activate the actuator as a function of the identified and/or input type of harvested crops and/or the throughput detected by the sensor (76, 78). a load-bearing undercarriage which is movable over a field in a forward direction by drivable means engaged in the ground, a threshing and separating device attached to the load-bearing undercarriage, a feeder house attached to the load-bearing undercarriage comprising an endless traction means which circulates about a vertically movable lower deflection roller and a drivable upper deflection roller and bears driver elements extending transversely to the traction means for the undershot conveyance of harvested crops, and a harvesting attachment which is attached or attachable to the front face of the feeder house for receiving and/or for cutting off harvested crops which are lying or standing upright on a field and which are able to be supplied via the feeder house to the threshing and separating device, characterized in that an actuator which is actuated by external force is arranged for adjusting the vertical position of the lower deflection roller and is connected to a control device which is additionally coupled to a device for automatic recognition and/or to an input device for the input of the type of harvested crops to be harvested in each case and/or to a sensor (76, 78) permitting the determination of the throughput, in particular in a predictive manner, by the transmission of signals and is designed to activate the actuator as a function of the identified and/or input type of harvested crops and/or the throughput detected by the sensor (76, 78).
Device for aligning containers, comprising at least one detection system, which is arranged at the inlet of a circular labelling machine with which the containers are conducted around at the outer circumference, stored on rotating plates, wherein the at least one detection system is configured as a cover detection system and is arranged in such a way that a closure element arranged at the container can be removed, and the cover detection system is arranged in such a way that a frontal image view can be taken perpendicularly from above of the cover-side decor in its random position on the container, by a transparent or hollow packing tulip element which is placed onto the container.
System for actively analyzing air traffic conditions comprising an opportunity trajectory generator, an alternative flight plan analyzer, a conflict probe, and an opportunity trajectory communicator, wherein (i) the opportunity trajectory generator receives a first set of inputs, analyzes the first set of inputs and outputs possible opportunity trajectories; (ii) the alternative flight plan analyzer receives the possible opportunity trajectories and a second set of inputs, analyzes the second set of inputs and the possible opportunity trajectories, and outputs alternative flight plans to the conflict probe, and feeds back alternative flight plans to the opportunity trajectory generator; (iii) the conflict probe receives the alternative flight plans, and a third set of inputs, and analyzes these inputs, determines whether possible conflicts with other aircraft exist, and outputs conflicts information to the opportunity trajectory communicator and feeds back conflicts information to the alternative flight plan analyzer; (iv) the opportunity trajectory communicator receives the conflicts information, and outputs a conflict-checked flight trajectory revision; wherein steps (i), (ii) and (iii) of the opportunity trajectory generator, the alternative flight plan analyzer, and the conflict probe are iteratively repeated until a conflict-checked, best available efficiency improvement opportunity is determined; and wherein the first set of inputs includes one or more flight plans, weather and wind information, and user-specific proprietary information, the second set of inputs includes high fidelity aircraft performance models, constraint information, user-specific objectives, and weather and turbulence data, and the third set of inputs includes at least one of live surveillance and intent data. (i) the opportunity trajectory generator receives a first set of inputs, analyzes the first set of inputs and outputs possible opportunity trajectories; (ii) the alternative flight plan analyzer receives the possible opportunity trajectories and a second set of inputs, analyzes the second set of inputs and the possible opportunity trajectories, and outputs alternative flight plans to the conflict probe, and feeds back alternative flight plans to the opportunity trajectory generator; (iii) the conflict probe receives the alternative flight plans, and a third set of inputs, and analyzes these inputs, determines whether possible conflicts with other aircraft exist, and outputs conflicts information to the opportunity trajectory communicator and feeds back conflicts information to the alternative flight plan analyzer; (iv) the opportunity trajectory communicator receives the conflicts information, and outputs a conflict-checked flight trajectory revision; wherein
An anti-proliferative compound or a pharmaceutical composition comprising said anti-proliferative compound for use in the prevention or treatment of cancer, tumor metastasis or tumor recurrence in a subject, wherein said subject has been preselected for treatment by a screening method comprising the detection of the presence or absence of target cells in a biological sample obtained from the subject, wherein the presence of said target cells is an indicator for the susceptibility of said subject for a positive treatment outcome with said anti-proliferative compound, characterized in that said preselection comprises the step of detecting the expression by said target cells of the biomarker TPM4 (tropomyosin 4) or a splice variant thereof, wherein said antiproliferative compound is selected from the group consisting of bithionate Na, broxyquinoline, clioquinol, clofoctol, ebselen, lasalocid Na, ramelteon, triclosan, butoconazole, econazole nitrate, miconazole nitrate, oxiconazole nitrate, sulconazole nitrate, tioconazole and broxaldine; and wherein the absence and/or non-expression of said biomarker is an indicator for the susceptibility of said subject for a positive treatment outcome with said anti-proliferative compound. wherein said antiproliferative compound is selected from the group consisting of bithionate Na, broxyquinoline, clioquinol, clofoctol, ebselen, lasalocid Na, ramelteon, triclosan, butoconazole, econazole nitrate, miconazole nitrate, oxiconazole nitrate, sulconazole nitrate, tioconazole and broxaldine; and wherein the absence and/or non-expression of said biomarker is an indicator for the susceptibility of said subject for a positive treatment outcome with said anti-proliferative compound.
A dryer for producing a powder with a mean particle size of up to 500 μm, comprising a drying chamber having an upper end and a lower end, an inlet for a liquid feed to be dried, where the liquid feed enters the dryer and meets a stream of dry, hot air, and an outlet for dried particles at the lower end of the drying chamber, and a sampling apparatus for withdrawing a sample of particles from a stream of particles representing an explosive environment, the sampling apparatus comprising a displaceable arm having a sample container, which displaceable arm has a first position where the sample container is inserted into a first zone for collecting a sample of particles into the sample container, and a second zone where the displaceable arm is outside the stream of particles, the second zone being contained in a housing with an opening for the displaceable arm, wherein the first zone is within the drying chamber or in an outlet duct attached hereto, characterised in that the sampling apparatus has an interface between the first and the second zone, which interface is selected from the list consisting of a closable member, a gate valve, an air knife provided with compressed air from an air inlet tube, a lock or an access gate filled by the displaceable arm and in that the housing comprises devices for monitoring and adjusting the pressure in the second zone to a higher pressure than the pressure in the first zone. the sampling apparatus has an interface between the first and the second zone, which interface is selected from the list consisting of a closable member, a gate valve, an air knife provided with compressed air from an air inlet tube, a lock or an access gate filled by the displaceable arm and in that the housing comprises devices for monitoring and adjusting the pressure in the second zone to a higher pressure than the pressure in the first zone.