mhurhangee/ep-ind-claims huggingface dataset:
A method performed in a radio access network, RAN, for configuring a user equipment, UE, the method comprising: transmitting, by a source base station operating in the RAN and to the UE, (i) a conditional configuration related to a base station different from the source base station and operating in the RAN, and (ii) a condition to be satisfied before the UE applies the conditional configuration during one of a conditional secondary node, SN, change or addition, or a conditional primary secondary cell, PScell, change or addition; determining, by the source base station and subsequently to the transmitting, that the UE is to unconditionally perform an immediate procedure related to the RAN; and providing, by the source base station and to the UE, an indication that the UE is to unconditionally perform the immediate procedure and release the conditional configuration. transmitting, by a source base station operating in the RAN and to the UE, (i) a conditional configuration related to a base station different from the source base station and operating in the RAN, and (ii) a condition to be satisfied before the UE applies the conditional configuration during one of a conditional secondary node, SN, change or addition, or a conditional primary secondary cell, PScell, change or addition; determining, by the source base station and subsequently to the transmitting, that the UE is to unconditionally perform an immediate procedure related to the RAN; and providing, by the source base station and to the UE, an indication that the UE is to unconditionally perform the immediate procedure and release the conditional configuration.
A threaded cap, particularly for bottles of cosmetic products and the like, which comprises a cap body to which a brush is integrally connected internally, said brush being detachably connected to said cap body, so as to allow a separation between the cap and the brush by way of a manual action on the part of a user, characterized in that said brush is connected in an upper region to a disk-like element, which in turn is connected to said cap by way of bridges which constitute fracture points for the separation of said disk-like element from the body of said cap.
A crawler drive unit (1, 201, 301) comprising: a speed reduction mechanism suitable to be provided in a running unit for causing a vehicle body to run, the speed reduction mechanism being suitable to transmit a driving force to a crawler provided on the running unit; a transmission mechanism (3, 303) for transmitting the driving force to the speed reduction mechanism; and an electric motor for applying a rotational force to the transmission mechanism (3, 303), wherein the electric motor includes: a motor case, a motor shaft which protrudes out of the motor case, and a support case which protrudes out of the motor case in a direction that is the same as a direction in which the motor shaft protrudes and supports the motor shaft wherein the speed reduction mechanism includes an input part for receiving the driving force input thereto from the transmission mechanism (3, 303), wherein the motor shaft of the electric motor is positioned higher than a rotational axis (Jn) of the input part, and an end of the support case opposite to a side of the motor case is connected to the transmission mechanism. a speed reduction mechanism suitable to be provided in a running unit for causing a vehicle body to run, the speed reduction mechanism being suitable to transmit a driving force to a crawler provided on the running unit; a transmission mechanism (3, 303) for transmitting the driving force to the speed reduction mechanism; and an electric motor for applying a rotational force to the transmission mechanism (3, 303), wherein the electric motor includes: a motor case, a motor shaft which protrudes out of the motor case, and a support case which protrudes out of the motor case in a direction that is the same as a direction in which the motor shaft protrudes and supports the motor shaft wherein the speed reduction mechanism includes an input part for receiving the driving force input thereto from the transmission mechanism (3, 303), wherein the motor shaft of the electric motor is positioned higher than a rotational axis (Jn) of the input part, and an end of the support case opposite to a side of the motor case is connected to the transmission mechanism. a motor case, a motor shaft which protrudes out of the motor case, and a support case which protrudes out of the motor case in a direction that is the same as a direction in which the motor shaft protrudes and supports the motor shaft wherein the speed reduction mechanism includes an input part for receiving the driving force input thereto from the transmission mechanism (3, 303), wherein the motor shaft of the electric motor is positioned higher than a rotational axis (Jn) of the input part, and an end of the support case opposite to a side of the motor case is connected to the transmission mechanism.
A heat exchange compound module, comprising: - a metal-ceramic substrate, and - a heat exchange structure, wherein the metal-ceramic substrate comprises at least an outer layer of a first metallic material, wherein the heat exchange structure is made of a second metallic material, and wherein the heat exchange structure is connected to the outer layer of the metal-ceramic substrate only by an eutectic bond between the first metallic material and the second metallic material, wherein the first metallic material and the second metallic material form an eutectic system. - a metal-ceramic substrate, and - a heat exchange structure, wherein the metal-ceramic substrate comprises at least an outer layer of a first metallic material, wherein the heat exchange structure is made of a second metallic material, and wherein the heat exchange structure is connected to the outer layer of the metal-ceramic substrate only by an eutectic bond between the first metallic material and the second metallic material, wherein the first metallic material and the second metallic material form an eutectic system.
Vehicle, comprising - an electric motor operatively connected to at least one driving wheel (8a, 8b) of the vehicle, - a frame structure comprising first and second side members (2, 3) extending in a longitudinal direction along opposite sides of the vehicle and at least one cross member (4, 5) extending in a transversal direction of the vehicle and being connected to the first and second side members (2, 3), - wherein the electric motor is supported by the frame structure, wherein the electric motor is arranged in a front portion of the vehicle in association with a pair of front wheels (8a, 8b) of the vehicle, wherein each of the side members (2, 3), at least along a deformable section thereof, is configured to deform by bending in an inwards and/or outwards transversal direction when compressed by a longitudinally directed force exceeding a threshold value, such as in case the vehicle is subject to a sufficiently energetic frontal collision, wherein a first cross member extends between the first and second side members (2, 3) at the deformable section thereof, wherein the electric motor is supported by the first cross member, wherein the first cross member is mounted to at least one of the side members via a mounting arrangement (10, 11) comprising an elongated fastening element (12, 12', 12", 13) extending in a direction that exhibits a substantial angle in relation to the transversal direction of the vehicle, preferably around 90°, characterized in that the fastening element (12, 12', 12", 13) extends through a first hole in the cross member and a second hole (16, 16', 16") in the corresponding side member, wherein at least one of the first and second holes (16, 16', 16"), at least in the transversal direction, is substantially larger/wider than a diameter of the fastening element (12, 12', 12", 13) so as to allow at least an initial bending deformation of the side member (2, 3) without pressing the fastening element (12, 12', 12", 13) onto an edge of the larger/wider hole (16, 16', 16"). - an electric motor operatively connected to at least one driving wheel (8a, 8b) of the vehicle, - a frame structure comprising first and second side members (2, 3) extending in a longitudinal direction along opposite sides of the vehicle and at least one cross member (4, 5) extending in a transversal direction of the vehicle and being connected to the first and second side members (2, 3), - wherein the electric motor is supported by the frame structure, wherein the electric motor is arranged in a front portion of the vehicle in association with a pair of front wheels (8a, 8b) of the vehicle,
A production apparatus comprising: - an elongated first mould, - an elongated second mould extending in parallel to said first mould, - a mould drive mechanism coupled at least to said second mould and configured to move said second mould in relation to said first mould, from a first mould position to a second mould position so as to form a mould assembly, and - a transport system comprising - a movable part configured to be movable along the first mould and/or the second mould while being supported by an elongated intermediate support member located laterally between the moulds and extending along the moulds, - the intermediate support member being configured to move from a support position in which it can support the movable part, to a non-interference position in which interference with the moulds and/or the mould drive mechanism is avoided when said second mould is moved from the first mould position to the second mould position, - the transport system further comprising a securing device (71, 84, 83, 83a, 83b, 831, 83e) for locking the intermediate support member in the support position. - an elongated first mould, - an elongated second mould extending in parallel to said first mould, - a mould drive mechanism coupled at least to said second mould and configured to move said second mould in relation to said first mould, from a first mould position to a second mould position so as to form a mould assembly, and - a transport system comprising - a movable part configured to be movable along the first mould and/or the second mould while being supported by an elongated intermediate support member located laterally between the moulds and extending along the moulds, - the intermediate support member being configured to move from a support position in which it can support the movable part, to a non-interference position in which interference with the moulds and/or the mould drive mechanism is avoided when said second mould is moved from the first mould position to the second mould position, - the transport system further comprising a securing device (71, 84, 83, 83a, 83b, 831, 83e) for locking the intermediate support member in the support position.
Method for the treatment of rattan with a liquid, comprising the following steps: a) providing a rattan rod having longitudinal channels and two end faces (A, B) made essentially perpendicular to the channels, b) establishing a fluidic connection, by means of a line, between a container (FB, B1, B2) for receiving the liquid and at least one end face (A, B), c) supplying and introducing the liquid into the channels, a pressure being established in the line, characterized in that the liquid is supplied with increased pressure to one of the two end faces (A, B) or simultaneously to both end faces (A, B). a) providing a rattan rod having longitudinal channels and two end faces (A, B) made essentially perpendicular to the channels, b) establishing a fluidic connection, by means of a line, between a container (FB, B1, B2) for receiving the liquid and at least one end face (A, B), c) supplying and introducing the liquid into the channels, a pressure being established in the line,
A substantially non-aqueous composition for hair characterized in that it comprises one or more alkyl methicone selected from caprylyl methicone, cetearyl methicone, ethyl methicone, hexyl methicone, lauryl methicone, myristyl methicone and stearyl methicone and their mixtures, one or more volatile organic solvent selected from C 2 to C 4 straight or branched alcohols_at a concentration of 20 to 70% by weight calculated to the total composition and one or more volatile isoalkane, with the condition that the composition comprises not more than 5% by weight, water, calculated to the total composition.
An ultrasound probe comprising: an acoustic lens; a focus adjusting unit installed on the acoustic lens and deforming the shape of the acoustic lens to adjust the focus of ultrasonic waves radiated through the acoustic lens; and a current applying unit applying current to the focus adjusting unit to contract or expand the focus adjusting unit. an acoustic lens; a focus adjusting unit installed on the acoustic lens and deforming the shape of the acoustic lens to adjust the focus of ultrasonic waves radiated through the acoustic lens; and a current applying unit applying current to the focus adjusting unit to contract or expand the focus adjusting unit.
Rheometer for determining rheometric measurement data, wherein the rheometer comprises a rotational rheometer and a linear dynamic mechanical analysis unit or a linear dynamic mechanical thermal analysis unit (DMTA), which has at least units for measuring and/or adjusting the normal force and/or the rotational speed of the measuring part and/or the torque exerted by the measuring shaft or on the measuring shaft and/or the deflection angle of the measuring shaft, wherein the rotational rheometer comprises a measuring shaft, wherein the measuring shaft is mounted rotatably in a bearing, preferably in an air bearing, preferably a predefined height above a base of the rotational rheometer, wherein the rotational rheometer is combined with the linear DMA or DMTA analysis unit, which has an adjusting rod arranged to be linearly adjustable in a bearing, preferably in an air bearing, preferably in a predefined rotational position, and at least units for measuring the tensile force and/or compressive force and/or position and/or feed movement of the adjusting rod, and wherein the measuring shaft and the adjusting rod each support a measuring part (1a, 1b), which form a measuring gap, and the preferably viscoelastic sample to be investigated is introduced into the measuring gap between the opposite measuring parts (1a, 1b), wherein the linear DMA or DTMA analysis unit has an in particular magnetically operating, linear motor with a stator and a rotor, characterised in that the DMA or DMTA analysis unit has a magnetically operating gravitational compensation unit, with which the weight force of the adjusting rod, the measuring part arranged on the adjusting rod, the rotor and possibly the components attached to the rotor can be compensated.
A peptide having up to 50 amino acids in length and comprising SEQUENCE ID NO. 245, or a cellular growth promoting variant of SEQUENCE ID NO. 245, the variant having 1 to 3 amino acid alterations compared SEQUENCE ID NO. 245, in which the or each amino acid alteration is selected from insertion, addition, deletion and substitution of an amino acid.
Cooking container comprising a bowl comprising a bottom, a side wall and an electric device (20, 120) provided with at least one conductive element (21, 22, 121), electrically insulated, said conductive element (21, 22, 121) extending from the bottom towards the side wall, characterised in that the conductive element (21, 22, 121) has no specific rigidity before being deposited and secured to the rigid mounting (10, 110) and in that the conductive element (21, 22, 121) is secured by deposition to a rigid mounting (10, 110), in particular by screen printing, pad printing, heat projections, decalcomania or laser sintering, said mounting (10, 110) being separate from the bowl.
A pouch comprising in its closed position a pouch front wall and a pouch rear wall, wherein an access opening is provided between the upper edges of the pouch front wall and the pouch rear wall, the pouch further comprising a cover flap, wherein the cover flap depends from the pouch rear wall, and an extension flap, wherein the extension flap depends from the cover flap, wherein, in the closed position of the pouch, the cover flap is folded over the front wall in order to overlie the access opening, wherein, in the closed position of the pouch, the inner surface of the extension flap is peelably adhered to the inner surface of the cover flap, and wherein the extension flap and the cover flap have a width which corresponds essentially to the width of the pouch rear wall, characterized in that in the upper third of the pouch rear wall, with the exception of at the end of the pouch rear wall and the beginning of the cover flap, there is provided a first folding line, and at the end of the cover flap and the beginning of the extension flap there is provided a second folding line. wherein an access opening is provided between the upper edges of the pouch front wall and the pouch rear wall, the pouch further comprising a cover flap, wherein the cover flap depends from the pouch rear wall, and an extension flap, wherein the extension flap depends from the cover flap, wherein, in the closed position of the pouch, the cover flap is folded over the front wall in order to overlie the access opening, wherein, in the closed position of the pouch, the inner surface of the extension flap is peelably adhered to the inner surface of the cover flap, and wherein the extension flap and the cover flap have a width which corresponds essentially to the width of the pouch rear wall, characterized in that in the upper third of the pouch rear wall, with the exception of at the end of the pouch rear wall and the beginning of the cover flap, there is provided a first folding line, and at the end of the cover flap and the beginning of the extension flap there is provided a second folding line.
Exhaust duct for conducting the exhaust of an internal combustion engine, wherein the exhaust duct has at least one main flow duct and a bypass as well as an adjustable throttle valve in the main flow duct, wherein the throttle valve is pivotable from an open position, in which the main flow duct is open, and a closed position, in which the main flow duct is closed, wherein a bypass valve is kinematically connected to the throttle valve in such a way that when the bypass is closed the throttle valve is in its open position and that when the bypass is fully open the throttle valve is in its closed position, characterized in that the bypass is formed by an integral component of the main flow duct, wherein the bypass opens into a device for heating the exhaust with at least one pyrolysis reactor, into which at least a partial mass flow of the exhaust of the internal combustion engine is introduced via the bypass, wherein at least one fleece, which is charged with fuel, is arranged upstream of the pyrolysis reactor, wherein the fuel vaporizes and reacts exothermically at least partially in the pyrolysis reactor with an oxygen content of the exhaust mass flow introduced into the pyrolysis reactor by oxidation, in particular in order to provide a sufficiently high temperature for pyrolysis, wherein the exhaust heated by means of the device is introduced into the main flow duct for heating exhaust downstream of the device.
An open-end spinning machine comprising at least one workstation provided with - an opening roller configured to open a fiber sliver to form individual fibers, - a spinning rotor for turning the individual fibers into a yarn, - wherein the spinning rotor is housed within a casing and is rotatably supported, around a rotating axis (X-X), by at least one bearing (36,40), characterised in that - the casing comprises a first and a second clamp (42,44) divided in correspondence of a mean plane and supporting said at least one bearing (36,40), - said clamps (42,44) are connected to each other by means of removable fixing means acting on the first clamp and pressing it against an external fixed lateral surface of the at least one bearing (36,40), - wherein said removable fixing means comprise elastic means in order to ensure a resilient pressing and mounting of the at least one bearing (36,40) inserted between the clamps (42,44). - an opening roller configured to open a fiber sliver to form individual fibers, - a spinning rotor for turning the individual fibers into a yarn, - wherein the spinning rotor is housed within a casing and is rotatably supported, around a rotating axis (X-X), by at least one bearing (36,40), characterised in that - the casing comprises a first and a second clamp (42,44) divided in correspondence of a mean plane and supporting said at least one bearing (36,40), - said clamps (42,44) are connected to each other by means of removable fixing means acting on the first clamp and pressing it against an external fixed lateral surface of the at least one bearing (36,40), - wherein said removable fixing means comprise elastic means in order to ensure a resilient pressing and mounting of the at least one bearing (36,40) inserted between the clamps (42,44).
A camera module, comprising a lens assembly, a module bracket, a first limit member, a first deformable member, and a second deformable member, wherein the lens assembly is rotatably connected to the module bracket, the first limit member is fastened to the lens assembly or the module bracket, the first deformable member and the second deformable member are both electro-deformable members, the first deformable member is disposed on one side of the first limit member, and the second deformable member is disposed on the other side of the first limit member; and in a case that the lens assembly rotates with respect to the module bracket along a first direction, the first deformable member deforms and generates a first voltage depending on a deformation amount of the first deformable member, so that a first rotation angle of the lens assembly with respect to the module bracket is determined by measuring the first voltage; and in a case that the lens assembly rotates with respect to the module bracket along a second direction, the second deformable member deforms and generates a second voltage depending on a deformation amount of the second deformable member, so that a second rotation angle of the lens assembly with respect to the module bracket is determined by measuring the second voltage, the second direction being opposite to the first direction.