mhurhangee/ep-ind-claims huggingface dataset:
A bandwidth part BWP deactivation method performed by a first device, wherein the first device is a terminal device in a mobile communications system, wherein the method comprises: receiving signaling sent by a second device, wherein the second device is an access network device in the mobile communications system, wherein the first device can support a plurality of active BWPs; and deactivating a BWP of the first device based on the signaling, wherein the deactivating a BWP of the first device based on the signaling comprises: deactivating the BWP of the first device based on the signaling and a capability of the first device, wherein the capability of the first device comprises a maximum quantity of BWPs supported by the first device or a maximum bandwidth supported by the first device wherein the signaling comprises fifth indication information, and the fifth indication information is used to instruct to activate a second BWP of the first device; and the deactivating the BWP of the first device based on the signaling and a capability of the first device comprises: activating the second BWP based on the fifth indication information; and when a capability of all active BWPs of the first device is beyond the capability supported by the first device, deactivating, by the first device, at least one BWP in the active BWPs of the first device other than the second BWP. receiving signaling sent by a second device, wherein the second device is an access network device in the mobile communications system, wherein the first device can support a plurality of active BWPs; and deactivating a BWP of the first device based on the signaling, wherein the deactivating a BWP of the first device based on the signaling comprises: deactivating the BWP of the first device based on the signaling and a capability of the first device, wherein the capability of the first device comprises a maximum quantity of BWPs supported by the first device or a maximum bandwidth supported by the first device wherein the signaling comprises fifth indication information, and the fifth indication information is used to instruct to activate a second BWP of the first device; and the deactivating the BWP of the first device based on the signaling and a capability of the first device comprises: activating the second BWP based on the fifth indication information; and when a capability of all active BWPs of the first device is beyond the capability supported by the first device, deactivating, by the first device, at least one BWP in the active BWPs of the first device other than the second BWP. activating the second BWP based on the fifth indication information; and when a capability of all active BWPs of the first device is beyond the capability supported by the first device, deactivating, by the first device, at least one BWP in the active BWPs of the first device other than the second BWP.
A ground engaging assembly for applying force to the ground, the assembly comprising:- a body adapted to be mounted to a vehicle for moving the assembly; and support means comprising at least one first support member adapted to support a plurality of ground engaging members, for applying force to the ground, at least one said first support member being adapted to be connected to a plurality of corresponding ground engaging members via respective second support members, wherein each said second support member comprises at least one piston sliding within a respective piston cylinder, the piston cylinders being interconnected to form a respective single pressure chamber applying the same pressure to each said piston to resist movement of said second support members towards the corresponding said first support member; characterised in that at least one said first support member is pivotably connected to said body via a respective first axis such that pivoting movement of said first support member relative to the vehicle about said first axis as a result of a first torque about an axis parallel to a direction of travel of the vehicle in use has a component about an axis transverse to said direction of travel such that engagement of the corresponding said ground engaging members with the ground causes a second torque on said first support member, and wherein said second torque opposes said first torque. a body adapted to be mounted to a vehicle for moving the assembly; and support means comprising at least one first support member adapted to support a plurality of ground engaging members, for applying force to the ground, at least one said first support member being adapted to be connected to a plurality of corresponding ground engaging members via respective second support members, wherein each said second support member comprises at least one piston sliding within a respective piston cylinder, the piston cylinders being interconnected to form a respective single pressure chamber applying the same pressure to each said piston to resist movement of said second support members towards the corresponding said first support member; characterised in that at least one said first support member is pivotably connected to said body via a respective first axis such that pivoting movement of said first support member relative to the vehicle about said first axis as a result of a first torque about an axis parallel to a direction of travel of the vehicle in use has a component about an axis transverse to said direction of travel such that engagement of the corresponding said ground engaging members with the ground causes a second torque on said first support member, and wherein said second torque opposes said first torque.
A connector comprising: a housing; a terminal held by the housing; and a floatable unit comprising a magnet and a holder configured to hold the magnet, wherein the floatable unit is accommodated in the housing in a floatable manner for movement relative to the housing, wherein: an accommodating portion opens at an upper face of the holder and comprises at least one mounting wall (330a', 330b'), the accommodating portion receiving the magnet with the at least one mounting wall (330a', 330b') disposed around and in spaced relation to the magnet so as to define at least one space between the magnet and the at least one mounting wall (330a', 330b') the holder includes a contact face in contact with the magnet, the at least one mounting wall is disposed on the contact face, in spaced relation to the contact face, or around the contact face, the contact face of the holder is partially exposed through the accommodating portion, and the magnet is bonded to an inner face (331a', 331b') of the at least one mounting wall (330a', 330b') and to the exposed part of the contact face by an adhesive in the said at least one space. a housing; a terminal held by the housing; and a floatable unit comprising a magnet and a holder configured to hold the magnet, wherein the floatable unit is accommodated in the housing in a floatable manner for movement relative to the housing, wherein: an accommodating portion opens at an upper face of the holder and comprises at least one mounting wall (330a', 330b'), the accommodating portion receiving the magnet with the at least one mounting wall (330a', 330b') disposed around and in spaced relation to the magnet so as to define at least one space between the magnet and the at least one mounting wall (330a', 330b') the holder includes a contact face in contact with the magnet, the at least one mounting wall is disposed on the contact face, in spaced relation to the contact face, or around the contact face, the contact face of the holder is partially exposed through the accommodating portion, and the magnet is bonded to an inner face (331a', 331b') of the at least one mounting wall (330a', 330b') and to the exposed part of the contact face by an adhesive in the said at least one space. an accommodating portion opens at an upper face of the holder and comprises at least one mounting wall (330a', 330b'), the accommodating portion receiving the magnet with the at least one mounting wall (330a', 330b') disposed around and in spaced relation to the magnet so as to define at least one space between the magnet and the at least one mounting wall (330a', 330b') the holder includes a contact face in contact with the magnet, the at least one mounting wall is disposed on the contact face, in spaced relation to the contact face, or around the contact face, the contact face of the holder is partially exposed through the accommodating portion, and the magnet is bonded to an inner face (331a', 331b') of the at least one mounting wall (330a', 330b') and to the exposed part of the contact face by an adhesive in the said at least one space.
An apparatus, comprising: a housing; a set of antenna modules situated proximate different surface locations along the housing; and a controller configured to operate the set of antenna modules to determine at least one or more electromagnetic leakage coupling between at least one pair of antenna modules of the set; the apparatus being characterized in that the controller is further configured to select one or more of the set of antenna modules, select one or more radiation beams associated with the selected one or more transmitting antenna modules, and select one or more power levels associated with the selected one or more radiation beams, respectively, for transmitting a signal based on the one or more electromagnetic leakage coupling associated with one or more of the different locations where a user grips the housing, respectively; wherein the one or more power levels are selected from a table of all exposure-limit-compliant maximum transmission power for different antenna modules and their corresponding different radiation beams, such that the electromagnetic exposure to the user, based on how the user is gripping the housing, complies with exposure defined limit requirements. a housing; a set of antenna modules situated proximate different surface locations along the housing; and a controller configured to operate the set of antenna modules to determine at least one or more electromagnetic leakage coupling between at least one pair of antenna modules of the set; the apparatus being characterized in that the controller is further configured to select one or more of the set of antenna modules, select one or more radiation beams associated with the selected one or more transmitting antenna modules, and select one or more power levels associated with the selected one or more radiation beams, respectively, for transmitting a signal based on the one or more electromagnetic leakage coupling associated with one or more of the different locations where a user grips the housing, respectively; wherein the one or more power levels are selected from a table of all exposure-limit-compliant maximum transmission power for different antenna modules and their corresponding different radiation beams, such that the electromagnetic exposure to the user, based on how the user is gripping the housing, complies with exposure defined limit requirements.
An isolated Propionibacteria strain which produces at least 0.9% propionate (vol/vol) in sodium lactate broth and which produces at least 0.2% propionate (vol/vol) in rumen fluid in vitro
A hybrid cooling tower for a hybrid cooling system; the hybrid cooling tower comprising - a tower shell being supported by tower shell legs above a ground level, providing an air intake between the ground level and a lower edge of the tower shell; - a wet cooled segment arranged inside of the tower shell and having wet cooling cells arranged at a distance from the tower shell and receiving cooling air through the air intake and via first louvers; - wet fans arranged on top of the wet cells for inducing upwards humid air exhaust flow; - a dry cooled segment being arranged outside of the tower shell above said air intake for wet cells, the dry cooled segment having air coolers being arranged as vertical cooling deltas around the tower shell equipped with second louvers for controlling cooling air inlet, the dry cooled segment being supported by cooling delta legs, the tower shell having inlet openings arranged along the dry cooled segment for the air warmed up by the dry cooled segment; and - dry fans arranged in at least some of the inlet openings of the tower shell, for inducing mechanical draft for the dry cooled segment and for driving air warmed up by the dry cooled segment into mixture with the humid air exhaust flow; wherein the tower shell has a height of at least 2 times that of the cooling deltas for inducing a natural draft; and wherein the hybrid cooling tower further comprises an inside cover defining an air duct space between the air intake and the wet cells, the inside cover separating ambient air streaming towards the wet cells and the warmed up air entering the tower shell via said inlet openings. - a tower shell being supported by tower shell legs above a ground level, providing an air intake between the ground level and a lower edge of the tower shell; - a wet cooled segment arranged inside of the tower shell and having wet cooling cells arranged at a distance from the tower shell and receiving cooling air through the air intake and via first louvers; - wet fans arranged on top of the wet cells for inducing upwards humid air exhaust flow; - a dry cooled segment being arranged outside of the tower shell above said air intake for wet cells, the dry cooled segment having air coolers being arranged as vertical cooling deltas around the tower shell equipped with second louvers for controlling cooling air inlet, the dry cooled segment being supported by cooling delta legs, the tower shell having inlet openings arranged along the dry cooled segment for the air warmed up by the dry cooled segment; and - dry fans arranged in at least some of the inlet openings of the tower shell, for inducing mechanical draft for the dry cooled segment and for driving air warmed up by the dry cooled segment into mixture with the humid air exhaust flow;
A system, comprising: a first turbine blade platform, comprising: a first exterior side contoured to interface with a first airfoil of a first turbine blade disposed at a first angular position; and a second exterior side disposed generally opposite the first exterior side and contoured to interface with a second airfoil of a second turbine blade disposed at a second angular position, wherein the first turbine blade platform is configured to be radially supported by respective contours of the first airfoil and the second airfoil and to form an interface with an adjacent platform at the turbine blade location. a first exterior side contoured to interface with a first airfoil of a first turbine blade disposed at a first angular position; and a second exterior side disposed generally opposite the first exterior side and contoured to interface with a second airfoil of a second turbine blade disposed at a second angular position, wherein the first turbine blade platform is configured to be radially supported by respective contours of the first airfoil and the second airfoil and to form an interface with an adjacent platform at the turbine blade location.
A method of determining a liquid level in a boiler of an apparatus having a temperature sensor for sensing a temperature which is indicative of a temperature of the liquid inside the boiler, comprising the steps of: - inducing a temporary deflection of the temperature sensed by the temperature sensor; - determining an evaluation temperature (T ev) sensed by the temperature sensor after inducing the deflection; and - determining the liquid level from at least the evaluation temperature (T ev), characterized in that - the evaluation temperature (T ev) is determined by monitoring the deflection and by defining an extreme value (T max, T min) of the deflection as the evaluation temperature (Tev). - inducing a temporary deflection of the temperature sensed by the temperature sensor; - determining an evaluation temperature (T ev) sensed by the temperature sensor after inducing the deflection; and - determining the liquid level from at least the evaluation temperature (T ev), characterized in that - the evaluation temperature (T ev) is determined by monitoring the deflection and by defining an extreme value (T max, T min) of the deflection as the evaluation temperature (Tev).
A composition comprising a first population of ultrasound particles comprising a therapeutic agent, characterised in that said composition further comprises a second population of ultrasound particles without therapeutic agent, for use in a method wherein the composition is administered and subjected to ultrasound, the second population of ultrasound particles serving as imaging tracers by being subjected to detection of acoustic properties, the first population of ultrasound particles serving as delivery vehicles comprising and releasing the therapeutic agent.
A remote controller of an air-conditioning system including an outdoor device, and an indoor device connected to the outdoor device, the remote controller comprising: a communication unit capable of performing bidirectional communication with the indoor device in a wired or wireless manner; and characterised by: a memory configured to store therein a plurality of operation-state diagnosing tables for every operation mode that are used in maintenance and inspection of the air-conditioning system, wherein an area of each of the operation-state diagnosing tables indicates whether a predetermined inspection needs to be performed for the air-conditioning system, and wherein the remote controller is configured to perform operation-state diagnosing using a first operation-state diagnosing table of the plurality of operation-state diagnosing tables when an operation time is equal to or less than a first set time, and to perform the operation-state diagnosing using a second operation-state diagnosing table of the plurality of operation-state diagnosing tables when the operation time is above the first set time. a memory configured to store therein a plurality of operation-state diagnosing tables for every operation mode that are used in maintenance and inspection of the air-conditioning system, wherein an area of each of the operation-state diagnosing tables indicates whether a predetermined inspection needs to be performed for the air-conditioning system, and wherein the remote controller is configured to perform operation-state diagnosing using a first operation-state diagnosing table of the plurality of operation-state diagnosing tables when an operation time is equal to or less than a first set time, and to perform the operation-state diagnosing using a second operation-state diagnosing table of the plurality of operation-state diagnosing tables when the operation time is above the first set time.
A mechanical seal assembly comprising: - a mechanical seal comprising a rotating slide ring having a first sliding surface and a stationary slide ring having a second sliding surface, a sealing gap being defined between the first and second sliding surfaces, - the stationary slide ring having a through hole extending from a rear side of the stationary slide ring to an orifice of the second sliding surface, and - a gas supply line extending from a gas source to an inlet of the through hole at the rear side of the stationary slide ring, - wherein grooves (6, 7) are formed in at least one of the sliding surfaces (30, 40), the grooves being arranged in the radial direction between the orifice of the through hole and a radially outer outlet region of the sealing gap, and further comprising, - a throttle arranged in the gas supply line, - a filter arranged on or in the gas supply line, and - a check valve arranged in the gas supply line. - a mechanical seal comprising a rotating slide ring having a first sliding surface and a stationary slide ring having a second sliding surface, a sealing gap being defined between the first and second sliding surfaces, - the stationary slide ring having a through hole extending from a rear side of the stationary slide ring to an orifice of the second sliding surface, and - a gas supply line extending from a gas source to an inlet of the through hole at the rear side of the stationary slide ring, - wherein grooves (6, 7) are formed in at least one of the sliding surfaces (30, 40), the grooves being arranged in the radial direction between the orifice of the through hole and a radially outer outlet region of the sealing gap, and further comprising, - a throttle arranged in the gas supply line, - a filter arranged on or in the gas supply line, and - a check valve arranged in the gas supply line.
A method of manufacturing a composite component, the method comprising laying-up a plurality of successive plies of composite material on a tool to produce a pre-form for the component in a lay-up procedure, wherein a portion of each ply of composite material is heated to at least a threshold temperature of 45°C during a period of the lay-up procedure; characterized in that a heating apparatus is controlled to heat the pre-form during the lay-up procedure by heat transfer from the tool to the pre-form and by heat transfer from a side of the pre-form opposite the tool; wherein the heating apparatus has a first heater configured to heat the pre-form during the lay-up procedure by heat transfer from the tool to the pre-form, and a second heater configured to heat the pre-form during the lay-up procedure by heat transfer from a side of the pre-form opposite the tool; wherein the heating apparatus is operated during the layup procedure to heat the pre-form in a first heating phase in which a thickness of the pre-form is less than a threshold thickness or a number of plies is less than a threshold limit, and subsequently in a second heating phase in which the pre-form has a thickness greater than or equal to the threshold thickness or a number of plies greater than or equal to the threshold limit; wherein in the first heating phase only the first heater is active; and wherein in the second heating phase at least the second heater is active. characterized in that a heating apparatus is controlled to heat the pre-form during the lay-up procedure by heat transfer from the tool to the pre-form and by heat transfer from a side of the pre-form opposite the tool; wherein the heating apparatus has a first heater configured to heat the pre-form during the lay-up procedure by heat transfer from the tool to the pre-form, and a second heater configured to heat the pre-form during the lay-up procedure by heat transfer from a side of the pre-form opposite the tool; wherein the heating apparatus is operated during the layup procedure to heat the pre-form in a first heating phase in which a thickness of the pre-form is less than a threshold thickness or a number of plies is less than a threshold limit, and subsequently in a second heating phase in which the pre-form has a thickness greater than or equal to the threshold thickness or a number of plies greater than or equal to the threshold limit; wherein in the first heating phase only the first heater is active; and wherein in the second heating phase at least the second heater is active.
An elevator system with an elevator car, elevator car guide rails, at least one braking rail, and a brake mechanism and/or safety gear that determines the elevator car movement when activated and in turn has at least one brake block (2, 5) that cooperates with the braking rail, characterized in that the active surface of this brake block (2, 5) that comes into contact with the braking rail functioning as the brake lining is at least one welding bead whose surface hardness is greater than surface hardness of the braking rail.
A high-temperature solder alloy characterized by having an alloy composition consisting essentially of at least 90 mass % of Bi, 1.5 - 5 mass % of Sn, Sb in an amount of 0.5 - 5 mass %, optionally Ag in an amount of 0.5 - 5 mass %, optionally 0.0004 - 0.01 mass % of P, and a remainder of Bi.