mhurhangee/ep-ind-claims huggingface dataset:
A method for processing a signaling connection release indication message at a user equipment, the method characterized by: setting, at the user equipment, a cause of the signaling connection release indication message if no further data is expected at the user equipment; and transmitting, from the user equipment, the signaling connection release indication message to a wireless network. setting, at the user equipment, a cause of the signaling connection release indication message if no further data is expected at the user equipment; and transmitting, from the user equipment, the signaling connection release indication message to a wireless network.
User interface for adjusting a set point temperature of a thermostat configured to thermostatically control a radiator valve to selectively convey heating fluid to a radiator to adjust an environmental temperature toward the set point, the user interface comprising: a base; a user input member mounted on the base for movement with respect to the base through a range of motion including a home position, a set point decrease position, and a set point increase position, the user input member being operatively connected to the thermostat to decrease the set point temperature when the user input member is moved from the home position to the set point decrease position and to increase the set point temperature when the user input member is moved from the home position to the set point increase position; and a return mechanism operatively connected to the base and the user input member to automatically return the user input member to the home position after it is moved to either of the set point decrease position and the set point increase position and released, characterized in that the return mechanism comprises resiliently deformable hub member configured to resiliently deform when the user input member is moved from the home position toward either of the set point decrease position and the set point increase position and to rebound to return the user input member to the home position when the user input member is released, wherein the hub member comprises a central portion linked to the user input member for movement with the user input member with respect to the base and a plurality of lugs extending radially from the central portion having outer end portions that are fixed to the base. a base; a user input member mounted on the base for movement with respect to the base through a range of motion including a home position, a set point decrease position, and a set point increase position, the user input member being operatively connected to the thermostat to decrease the set point temperature when the user input member is moved from the home position to the set point decrease position and to increase the set point temperature when the user input member is moved from the home position to the set point increase position; and a return mechanism operatively connected to the base and the user input member to automatically return the user input member to the home position after it is moved to either of the set point decrease position and the set point increase position and released, characterized in that the return mechanism comprises resiliently deformable hub member configured to resiliently deform when the user input member is moved from the home position toward either of the set point decrease position and the set point increase position and to rebound to return the user input member to the home position when the user input member is released, wherein the hub member comprises a central portion linked to the user input member for movement with the user input member with respect to the base and a plurality of lugs extending radially from the central portion having outer end portions that are fixed to the base.
Straw for the storage of a predetermined dose of liquid-based substance containing water, in particular a biological substance, comprising a tube extending between a first end and a second end and comprising a gas-permeable, liquid-tight swelling plug, said swelling plug being arranged in the tube close to its first end and extending between a first end facing towards the first end of the tube and a second end facing towards the second end of the tube, said swelling plug comprising a fibrous support agent and a swelling agent combined with the support agent, said swelling agent swelling by absorption of water on contact with the liquid-based substance, with said swelling plug and said tube being configured so that after that the liquid-based substance has come up against the swelling plug via its second end, the swelling plug blocks the passage of the liquid-based substance and by pushing on its first end can be slid in the tube towards the second end of the tube; characterized in that said swelling plug is configured, at least close to its second end, after the liquid-based substance has come up against its second end, to be in a state of swelling constrained by said tube such that if a first part of the swelling plug of a length comprised between 2 mm and 3 mm starting from the second end of the swelling plug has come out of the tube via the second end of the tube, whereas a second part of the swelling plug remains in the tube, the first part of the swelling plug becomes decompacted and expands with the second end of the swelling plug which assumes a diameter (d) at least equal to one and a half times the inner diameter of the tube.
A computation device, comprising a storage unit, a controller unit, an operation unit, and a conversion unit, wherein: the controller unit is configured to: obtain a plurality of operation instructions, wherein each operation instruction is a fixed-point format operation instruction, the fixed-point format operation instruction comprises an opcode field and an opcode, and wherein the opcode is configured to indicate a function of the fixed-point format operation instruction, and the opcode field comprises a first address of first input data, a first address of output data, and a decimal point position; parse the fixed-point format operation instruction to obtain the first address of the first input data, the first address of the output data, and the decimal point position, and obtain the first input data from the storage unit according to the first address of the first input data; and transmit the first input data and the decimal point position to the conversion unit and transmit the first address of the output data to the operation unit; and the conversion unit is configured to convert the first input data into a second input data according to the decimal point position, and transmit the second input data to the operation unit. obtain a plurality of operation instructions, wherein each operation instruction is a fixed-point format operation instruction, the fixed-point format operation instruction comprises an opcode field and an opcode, and wherein the opcode is configured to indicate a function of the fixed-point format operation instruction, and the opcode field comprises a first address of first input data, a first address of output data, and a decimal point position; parse the fixed-point format operation instruction to obtain the first address of the first input data, the first address of the output data, and the decimal point position, and obtain the first input data from the storage unit according to the first address of the first input data; and transmit the first input data and the decimal point position to the conversion unit and transmit the first address of the output data to the operation unit; and the conversion unit is configured to convert the first input data into a second input data according to the decimal point position, and transmit the second input data to the operation unit.
An in vitro method of identifying human otic progenitor cells in a mixed population of cells comprising determining if a cell has at least two cell surface markers selected from SSEA1, GD3, TRA-2-49, SSEA4, GD2 and CD141.
An engine system for a vehicle, comprising, an internal combustion engine, a lubrication system arranged to lubricate at least one sliding bearing of said internal combustion engine, a first lubrication pump arranged to supply lubricant to said lubrication system, wherein said first lubrication pump is configured to be powered by an auxiliary power source, wherein said lubrication system is further arranged to supply lubricant to at least one auxiliary component (30, 31) of said engine system which requires to be lubricated when in use, characterized in that, said lubrication system comprises at least one valve (23, 25) for selectively shutting off lubricant supply (22, 24) to said at least one auxiliary component (30, 31) in order to not lubricate and/or cool said at least one auxiliary component when the internal combustion engine is turned off, wherein said at least one auxiliary component (30, 31) is at least one of the following: a turbocharger connected to said internal combustion engine, a turbo compound connected to said internal combustion engine, and wherein said lubrication system is configured to maintain a certain level of pressure in the lubrication system by use of the first lubrication pump in order to lubricate the at least one sliding bearing when the internal combustion engine is turned off. an internal combustion engine, a lubrication system arranged to lubricate at least one sliding bearing of said internal combustion engine, a first lubrication pump arranged to supply lubricant to said lubrication system, wherein said first lubrication pump is configured to be powered by an auxiliary power source, wherein said lubrication system is further arranged to supply lubricant to at least one auxiliary component (30, 31) of said engine system which requires to be lubricated when in use, characterized in that, said lubrication system comprises at least one valve (23, 25) for selectively shutting off lubricant supply (22, 24) to said at least one auxiliary component (30, 31) in order to not lubricate and/or cool said at least one auxiliary component when the internal combustion engine is turned off, wherein said at least one auxiliary component (30, 31) is at least one of the following: a turbocharger connected to said internal combustion engine, a turbo compound connected to said internal combustion engine, and wherein said lubrication system is configured to maintain a certain level of pressure in the lubrication system by use of the first lubrication pump in order to lubricate the at least one sliding bearing when the internal combustion engine is turned off.
Plug-in connector, having a plug-in connector housing and a plurality of different sealing inserts (1, 1') for inserting a plurality of cables (2, 2') into the plug-in connector housing, wherein each sealing insert (1, 1') is formed from at least one elastically deformable material and has at least one passage opening (10, 10', 10") for guiding the at least one cable (2, 2') through, wherein each sealing insert (1, 1') has at least one slot along the passage opening, two mutually opposite slot faces (11, 11', 11'', 12, 12', 12") being formed by the said slot, so that the sealing insert (1, 1') can assume an opened state for laterally inserting or removing the cable (2, 2') and also a closed state for sealing off and relieving strain from the cable (2, 2'), wherein each sealing insert (1, 1'), without the influence of external forces, is in its opened ("pre-opened") state in which it has, at its slot, a gap (S, S') by which the two slot faces (11, 11', 11'', 12, 12', 12'') are automatically separated from one another, wherein - the plug-in connector has a plug-in connector modular system which has a plug-in connector modular frame and a plurality of different plug-in connector modules, and wherein - the plug-in connector furthermore has a cable lead-through device which has at least one U-shaped frame with at least two limbs and a first web that connects these two limbs at one end in each case, wherein - the said sealing inserts (1, 1') are already arranged in the frame or are at least to be inserted into the frame, wherein - the plug-in connector housing, on its cable connection side, has an opening for integrating the frame with and/or attaching it to the sealing inserts (1, 1'). - the plug-in connector has a plug-in connector modular system which has a plug-in connector modular frame and a plurality of different plug-in connector modules, and wherein - the plug-in connector furthermore has a cable lead-through device which has at least one U-shaped frame with at least two limbs and a first web that connects these two limbs at one end in each case, wherein - the said sealing inserts (1, 1') are already arranged in the frame or are at least to be inserted into the frame, wherein - the plug-in connector housing, on its cable connection side, has an opening for integrating the frame with and/or attaching it to the sealing inserts (1, 1').
A steam turbine exhaust hood comprising: a lower exhaust hood joined at a horizontal joint with an upper exhaust hood; a chute region of the lower exhaust hood; and opposing double-wall sidewalls on the chute section below the horizontal joint, characterized in that the opposing double-wall sidewalls comprise an outer corrugated wall joined to an inner plate wall. a lower exhaust hood joined at a horizontal joint with an upper exhaust hood; a chute region of the lower exhaust hood; and opposing double-wall sidewalls on the chute section below the horizontal joint, characterized in that the opposing double-wall sidewalls comprise an outer corrugated wall joined to an inner plate wall.
Device comprising a spectacles element embodied as an earpiece or as a middle part of spectacles and a hinge part (9,11), characterized in that the hinge part (9, 11) is arranged on the spectacles element and is attached by laser heat conduction welding, in particular seam welding, wherein at least one continuous weld, which is produced continuously along its extension by laser heat conduction welding, is formed at least on a longitudinal edge of the hinge part (9, 11) for fastening it, wherein the at least one continuous weld includes no welding bead, and wherein the at least one continuous weld is produced along its extension with substantially constant power and/or intensity of a laser beam producing the weld, wherein a) the hinge part (9, 11) and/or the spectacles element comprise(s) nickel silver, preferably consist of nickel silver, and/or that b) the hinge part (9, 11) and/or the spectacles element comprises INOX or titanium, preferably consist of INOX or titanium. a) the hinge part (9, 11) and/or the spectacles element comprise(s) nickel silver, preferably consist of nickel silver, and/or that b) the hinge part (9, 11) and/or the spectacles element comprises INOX or titanium, preferably consist of INOX or titanium.
A switchgear panel comprising an enclosure having a plurality of walls (1, 2, 3, 4, 5, 6) which delimit an internal volume suitable to accommodate electrical or electronic equipment, at least a first wall of said plurality of walls being provided with one or more openings, and a gas venting assembly which is operatively associated to said first wall and comprises: - at least a first barrier element comprising a first surface which is provided with a plurality of first through openings defining each a first venting area; - a second barrier element comprising a second surface provided with a plurality of second through openings defining each a second venting area; wherein said first barrier element ans said second barrier element delimit between them an internal space which is substantially closed at the sides; characterized in that said gas venting assembly further comprises a third barrier element comprising a third shielding surface, wherein said first barrier element, said second barrier element and said third barrier element are operatively coupled to each other and to said first wall so as to define one or more side venting areas which are located transversely with respect to said plurality of first through openings and/or said plurality of second through openings, wherein said first barrier element, said second barrier element and said third barrier element are mutually assembled outside said enclosure in a vertically stacked configuration by means of connectors, said first barrier element being positioned with said first surface facing said first wall, said second barrier element being positioned with said second surface spaced apart from and facing said first surface, and said third barrier element being positioned with said third shielding surface spaced apart from and facing said second surface, wherein said one or more side venting areas are defined between and at the borders of said second barrier element and said third barrier element. - at least a first barrier element comprising a first surface which is provided with a plurality of first through openings defining each a first venting area; - a second barrier element comprising a second surface provided with a plurality of second through openings defining each a second venting area;
A portable inhaler, having a rotary actuation mechanism moveable sequentially and alternately between primed positions and actuated positions and comprising; - a follower component, which is releasable to dispense a dose as the rotary actuation mechanism moves from the primed position to the next actuated position, and able to be primed as the rotary actuation mechanism moves from the actuated position to the next primed position; - a rotary loading device, the rotary loading device comprising a cam component and a cage component wherein the cam component is caged by the cage component and engaged therewith by mutually interfering mechanical features such as to allow a predetermined limited rotational relative movement between the cage component and the cam component; - a button, which is translatable between a central position and an extended position, which can be engaged by the cam component upon rotary movement of the rotary actuation mechanism to its primed position to translate the button to its extended position, and which can engage the cam component to effect rotary movement of the rotary actuation mechanism to its actuated position as the button translates to its central position thereby releasing the follower component. - a follower component, which is releasable to dispense a dose as the rotary actuation mechanism moves from the primed position to the next actuated position, and able to be primed as the rotary actuation mechanism moves from the actuated position to the next primed position; - a rotary loading device, the rotary loading device comprising a cam component and a cage component wherein the cam component is caged by the cage component and engaged therewith by mutually interfering mechanical features such as to allow a predetermined limited rotational relative movement between the cage component and the cam component; - a button, which is translatable between a central position and an extended position, which can be engaged by the cam component upon rotary movement of the rotary actuation mechanism to its primed position to translate the button to its extended position, and which can engage the cam component to effect rotary movement of the rotary actuation mechanism to its actuated position as the button translates to its central position thereby releasing the follower component.
Method for the combined actuation of an electric machine and a pump system having a pump which is provided for generating a brake pressure, wherein the electric machine and the pump system are operated as a brake for a power takeoff of a vehicle, wherein the method comprises: providing a sum braking torque which is to be applied by the electric machine and the pump system; generating a pump system braking torque which acts on the power takeoff, by means of the pump system; and generating a recuperation braking torque (A, A') which acts on the power takeoff, by means of the electric machine; wherein the pump system braking torque and the recuperation braking torque (A, A') act simultaneously and jointly on the power takeoff, and the sum braking torque is equal to the sum of the pump system braking torque and of the recuperation braking torque (A, A'), characterized in that the pump system braking torque is changed from a first torque to a second torque which differs therefrom if the sum braking torque minus the first torque corresponds to a torque which is outside a predefined control range or an operating interval of the electric machine. providing a sum braking torque which is to be applied by the electric machine and the pump system; generating a pump system braking torque which acts on the power takeoff, by means of the pump system; and generating a recuperation braking torque (A, A') which acts on the power takeoff, by means of the electric machine; wherein the pump system braking torque and the recuperation braking torque (A, A') act simultaneously and jointly on the power takeoff, and the sum braking torque is equal to the sum of the pump system braking torque and of the recuperation braking torque (A, A'), characterized in that the pump system braking torque is changed from a first torque to a second torque which differs therefrom if the sum braking torque minus the first torque corresponds to a torque which is outside a predefined control range or an operating interval of the electric machine.
A method comprising: obtaining information from a solar powered vehicle wherein the information comprises at least a current location of the solar powered vehicle; obtaining information relating to distribution of solar power in a predetermined area; using the obtained information to determine a solar power charging strategy; and enabling the solar powered vehicle to access the solar power charging strategy, wherein the charging strategy comprises a schedule of when a solar powered vehicle should move to a charging location, characterized in that energy requirements of the solar powered vehicle for moving to and from the charging location are taken into account to determine the solar power charging strategy, and wherein the solar power charging strategy enables autonomously moving the solar powered vehicle. obtaining information from a solar powered vehicle wherein the information comprises at least a current location of the solar powered vehicle; obtaining information relating to distribution of solar power in a predetermined area; using the obtained information to determine a solar power charging strategy; and enabling the solar powered vehicle to access the solar power charging strategy, wherein the charging strategy comprises a schedule of when a solar powered vehicle should move to a charging location, characterized in that energy requirements of the solar powered vehicle for moving to and from the charging location are taken into account to determine the solar power charging strategy, and wherein the solar power charging strategy enables autonomously moving the solar powered vehicle.