mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a detergent or cleaning agent portion unit, comprising the steps of: i) Providing a mould with at least one mould cavity; ii) Adding a first water-soluble film to the mould cavity; iii) Moulding the first water-soluble film into the mould cavity to form a receiving chamber; iv) Filling the receiving chamber with at least one washing-active or cleaning-active composition to form an at least partially filled receiving chamber; v) Adding a second water-soluble film; vi) Sealing the at least partially filled receiving chamber with the second water-soluble film to form a detergent or cleaning agent portion unit comprising a water-soluble coating; vii) Transporting the detergent or cleaning agent portion unit by means of a transport device through a shrink tunnel and shrinking the water-soluble film of the detergent or cleaning agent portion unit in the shrink tunnel to form a pre-shrunk detergent or cleaning agent portion unit; viii) Cooling of the pre-shrunk detergent or cleaning agent portion unit on a cooling section outside the first shrink tunnel; ix) Transporting of the pre-shrunk detergent or cleaning agent portion unit by means of a transport device through a shrink tunnel and shrinking of the water-soluble film of the pre-shrunk detergent or cleaning agent portion unit in the shrink tunnel to form a shrunk detergent or cleaning agent portion unit. i) Providing a mould with at least one mould cavity; ii) Adding a first water-soluble film to the mould cavity; iii) Moulding the first water-soluble film into the mould cavity to form a receiving chamber; iv) Filling the receiving chamber with at least one washing-active or cleaning-active composition to form an at least partially filled receiving chamber; v) Adding a second water-soluble film; vi) Sealing the at least partially filled receiving chamber with the second water-soluble film to form a detergent or cleaning agent portion unit comprising a water-soluble coating; vii) Transporting the detergent or cleaning agent portion unit by means of a transport device through a shrink tunnel and shrinking the water-soluble film of the detergent or cleaning agent portion unit in the shrink tunnel to form a pre-shrunk detergent or cleaning agent portion unit; viii) Cooling of the pre-shrunk detergent or cleaning agent portion unit on a cooling section outside the first shrink tunnel; ix) Transporting of the pre-shrunk detergent or cleaning agent portion unit by means of a transport device through a shrink tunnel and shrinking of the water-soluble film of the pre-shrunk detergent or cleaning agent portion unit in the shrink tunnel to form a shrunk detergent or cleaning agent portion unit.
A device for mixing a first fluid and second fluid material prior to dispensing from a delivery tip comprising: (i) a dispensing device having a proximal end and a distal end and an outer surface, the dispensing device comprising a first lumen and a second lumen, each lumen having a proximal end, and a distal end, wherein the first lumen transports said first fluid and said second lumen transports said second fluid; and (ii) a cap having an open proximal end, a distal end, and a circumferential sidewall connecting the proximal and distal ends, forming an open space between said proximal end and distal end, the proximal end of the cap being resiliently secured to the distal end of the dispensing device, and the distal end of the cap having an exit aperture extending through the distal end of the cap into the open space, wherein the device defines a first volume within the open space of essentially zero formed by the mating of an inner surface of the distal end of the cap and the distal end of the dispensing device; characterized in that the device defines a second volume within the open space of greater than zero formed between the inner surface of the distal end of the cap and the distal end of the dispensing device due to the displacement of the cap with respect to the distal end of the dispensing device when a force is applied to the cap. (i) a dispensing device having a proximal end and a distal end and an outer surface, the dispensing device comprising a first lumen and a second lumen, each lumen having a proximal end, and a distal end, wherein the first lumen transports said first fluid and said second lumen transports said second fluid; and (ii) a cap having an open proximal end, a distal end, and a circumferential sidewall connecting the proximal and distal ends, forming an open space between said proximal end and distal end, the proximal end of the cap being resiliently secured to the distal end of the dispensing device, and the distal end of the cap having an exit aperture extending through the distal end of the cap into the open space, wherein the device defines a first volume within the open space of essentially zero formed by the mating of an inner surface of the distal end of the cap and the distal end of the dispensing device; characterized in that the device defines a second volume within the open space of greater than zero formed between the inner surface of the distal end of the cap and the distal end of the dispensing device due to the displacement of the cap with respect to the distal end of the dispensing device when a force is applied to the cap.
A variant human serum albumin polypeptide that binds to FcRn with increased affinity relative to wild type HSA, wherein the variant human serum albumin comprises amino acid substitutions in a position corresponding to K573P/E505Q/T527M of SEQ ID NO:1.
An air scoop for a gas turbine engine, comprising: a base (101; 201; 301) which is attachable to a nacelle of the gas turbine engine; an air outlet (107; 207; 307) defined in the base; a scoop body (103; 203; 303) disposed on the base and defining a scoop inlet (108; 208; 308), wherein the scoop inlet is in fluid communication with the air outlet to supply scoop air to the air outlet (107;207;307); and a separator lip (105; 205; 305) extending from the base to the scoop inlet which spaces the scoop inlet apart from the base to raise the scoop body above liquids streaking along the base, characterised in that: the scoop body includes a scoop outlet (109;209;309) aft of the scoop inlet (108;208;308) and the air outlet (107;207;307) for separating liquid particles from the air flow; and the scoop body (103; 203; 303) includes a reducing cross-sectional flow area in a direction downstream from the scoop inlet (108; 208; 308). a base (101; 201; 301) which is attachable to a nacelle of the gas turbine engine; an air outlet (107; 207; 307) defined in the base; a scoop body (103; 203; 303) disposed on the base and defining a scoop inlet (108; 208; 308), wherein the scoop inlet is in fluid communication with the air outlet to supply scoop air to the air outlet (107;207;307); and a separator lip (105; 205; 305) extending from the base to the scoop inlet which spaces the scoop inlet apart from the base to raise the scoop body above liquids streaking along the base, characterised in that: the scoop body includes a scoop outlet (109;209;309) aft of the scoop inlet (108;208;308) and the air outlet (107;207;307) for separating liquid particles from the air flow; and the scoop body (103; 203; 303) includes a reducing cross-sectional flow area in a direction downstream from the scoop inlet (108; 208; 308). the scoop body includes a scoop outlet (109;209;309) aft of the scoop inlet (108;208;308) and the air outlet (107;207;307) for separating liquid particles from the air flow; and the scoop body (103; 203; 303) includes a reducing cross-sectional flow area in a direction downstream from the scoop inlet (108; 208; 308).
A communication module for implementing hot plug, comprising a new-generation Mini-Peripheral Component Interconnect Express (PCIe) interface configured to be connected to the host system, and further comprising: - a power switch, configured to control connection and disconnection between a power source end (V_IO) of the communication module and a power supply end of the host system; - a charging unit, configured to a generate charging current when the power switch is turned off, so as to raise a power source voltage of the power source end (V_IO) of the communication module; - a delay unit, configured to generate a predetermined delay, and control turning on of the power switch according to the predetermined delay; and - an ON/OFF control unit, configured control ON/OFF of the communication module according to a control signal output by the host system after the power switch is turned on, - wherein the charging unit, the power switch, the delay unit and the ON/OFF control unit are separately connected to the new-generation Mini-PCIe interface, the power switch is connected to the charging unit, and the charging unit is connected to the power source end (V_IO) of the communication module; and - the length of a universal serial bus, USB, data pin (USB D+, USB D-) of the new-generation Mini-PCIe interface is shorter than the length of a power source pin (VBUS) of the new-generation Mini-PCIe interface. - a power switch, configured to control connection and disconnection between a power source end (V_IO) of the communication module and a power supply end of the host system; - a charging unit, configured to a generate charging current when the power switch is turned off, so as to raise a power source voltage of the power source end (V_IO) of the communication module; - a delay unit, configured to generate a predetermined delay, and control turning on of the power switch according to the predetermined delay; and - an ON/OFF control unit, configured control ON/OFF of the communication module according to a control signal output by the host system after the power switch is turned on, - wherein the charging unit, the power switch, the delay unit and the ON/OFF control unit are separately connected to the new-generation Mini-PCIe interface, the power switch is connected to the charging unit, and the charging unit is connected to the power source end (V_IO) of the communication module; and - the length of a universal serial bus, USB, data pin (USB D+, USB D-) of the new-generation Mini-PCIe interface is shorter than the length of a power source pin (VBUS) of the new-generation Mini-PCIe interface.
A system for controlling flight of an aircraft comprising: a sensor system (37, 43) disposed on the aircraft for sensing a position of the aircraft and an inertial movement of the aircraft, the sensor system (37, 43) being adapted to communicate sensed data representing the position and the inertial movement of the aircraft; a receiver disposed on the aircraft and adapted to receive transmitted reference data communicating a position and movement of a reference vehicle; commanded data representing a selected velocity of the aircraft relative to the reference vehicle; and a control system disposed on the aircraft for calculating a calculated velocity of the aircraft relative to the reference vehicle using the sensed data and the reference data and for controlling flight-control devices (59, 61, 63, 65, 67, 69) on the aircraft, such that the aircraft attains and maintains a selected velocity relative to the reference vehicle corresponding to the commanded data, wherein the commanded data is preprogrammed into the control system prior to flight of the aircraft. a sensor system (37, 43) disposed on the aircraft for sensing a position of the aircraft and an inertial movement of the aircraft, the sensor system (37, 43) being adapted to communicate sensed data representing the position and the inertial movement of the aircraft; a receiver disposed on the aircraft and adapted to receive transmitted reference data communicating a position and movement of a reference vehicle; commanded data representing a selected velocity of the aircraft relative to the reference vehicle; and a control system disposed on the aircraft for calculating a calculated velocity of the aircraft relative to the reference vehicle using the sensed data and the reference data and for controlling flight-control devices (59, 61, 63, 65, 67, 69) on the aircraft, such that the aircraft attains and maintains a selected velocity relative to the reference vehicle corresponding to the commanded data,
A vertical clutch device for a timepiece, comprising along a vertical axis a first wheel rotatably mounted about said vertical axis, a clutch disc, a spring and a second wheel rotatably mounted about said vertical axis, said vertical clutch device being able to assume a clutched position where the second wheel is rotated by the first wheel under the action of the spring exerting a vertical force F e to press the clutch disc against the first wheel and a disengaged position where the clutch disc is subjected against the action of the spring to a vertical force F d separating it from the first wheel so that the second wheel is not rotated by the first wheel, said vertical clutch device being characterised in that the spring is made of a copper-based shape memory alloy, and in that this alloy is one of the alloys having, for a total percentage of 100% and a percentage of possible impurities less than or equal to 0.5%, the following composition by weight: - Cu between 64.5 and 85%, Zn between 9.5 and 25% and Al between 4.5 and 10%, - Cu between 79.5 and 84%, Al between 12.5 and 14% and Ni between 2.5 and 6%, - Cu between 87 and 88%, Al between 11 and 12% and Be between 0.3 and 0.7%. - Cu between 64.5 and 85%, Zn between 9.5 and 25% and Al between 4.5 and 10%, - Cu between 79.5 and 84%, Al between 12.5 and 14% and Ni between 2.5 and 6%, - Cu between 87 and 88%, Al between 11 and 12% and Be between 0.3 and 0.7%.
An engine control device for controlling a startup of an engine in a vehicle according to a manual control by a user in a case of startup and an auto control in a case of an idle stop function startup, by directing an electric current from a power source to a starter motor and a coil for switching a connection state between an output shaft of the starter motor and the engine, the engine control device comprising: a delay unit configured to delay and cut-off a flow of the electric current from a first current system which directs the electric current to the coil to a second current system which directs the electric current to the starter motor; and a control unit configured to, when the engine control device is controlling startup according to the auto control, control a first switch to allow or cut off a flow of the electric current from the power source to the first current system, and to control a second switch to allow or cut off a flow of the electric current from the power source to the second current system, wherein the delay unit delays a flow of the electric current from the first current system to the second current system when a starting switch which is configured to be operated by the user to control the startup according to the manual control is turned on to cause the electric current to flow in the first current system, and wherein the delay unit cuts off the flow of the electric current from the first current system to the second current system when the first switch is turned on by the control unit according to the auto control to cause the electric current to flow in the first current system. a delay unit configured to delay and cut-off a flow of the electric current from a first current system which directs the electric current to the coil to a second current system which directs the electric current to the starter motor; and a control unit configured to, when the engine control device is controlling startup according to the auto control, control a first switch to allow or cut off a flow of the electric current from the power source to the first current system, and to control a second switch to allow or cut off a flow of the electric current from the power source to the second current system, wherein the delay unit delays a flow of the electric current from the first current system to the second current system when a starting switch which is configured to be operated by the user to control the startup according to the manual control is turned on to cause the electric current to flow in the first current system, and wherein the delay unit cuts off the flow of the electric current from the first current system to the second current system when the first switch is turned on by the control unit according to the auto control to cause the electric current to flow in the first current system.
A recycling method for oxide-based solid electrolytes with original phase, comprising the following steps: step S1: obtaining a battery with an oxide-based solid electrolyte with an original size and an original material's characteristics; step S2: disassembling the battery to obtain a processing part including at least one electrode and the oxide-based solid electrolyte; step S3: removing an organic substance of the processing part, so that the processing part essentially remains an inorganic substance composition; step S4: separating the inorganic substance composition to obtain the oxide-based solid electrolyte; and step S5: purifying the oxide-based solid electrolyte to obtain a recycled oxide-based solid electrolyte with the original size and the original material's characteristics. step S1: obtaining a battery with an oxide-based solid electrolyte with an original size and an original material's characteristics; step S2: disassembling the battery to obtain a processing part including at least one electrode and the oxide-based solid electrolyte; step S3: removing an organic substance of the processing part, so that the processing part essentially remains an inorganic substance composition; step S4: separating the inorganic substance composition to obtain the oxide-based solid electrolyte; and step S5: purifying the oxide-based solid electrolyte to obtain a recycled oxide-based solid electrolyte with the original size and the original material's characteristics.
Sun protection system with an adjustable blind, which is guided by means of lateral guide pins in guide rails, in which guide rail inserts are provided, in which the guide pins run, wherein the guide rails each have a C-shaped cross section with an opening slot, in which a guide rail insert is held, which has a guide slot, which is narrower than the maximum diameter of guide pins with thickened heads formed at their ends, wherein inclined contact surfaces (22, 24) are provided between the guide rail inserts and the heads, wherein the inclined contact surfaces of the guide rail inserts merge into the guide slots, wherein the inner faces of the opening slots of the guide rails have parallel support surfaces formed parallel to one another, characterized in that the inclined contact surfaces of the guide rail insert extend at least partially between the support surfaces of the respective guide rail.
Timepiece including a timepiece movement provided with an information display mechanism driven from a power take-off, said display mechanism including N members for displaying said information regularly distributed over the circumference of the movement, N being a plural integer, wherein said N display members are each pivoted on a drive arbor perpendicularly to the movement enabling said display members to take different first and second radial positions with respect to the centre of the movement, the display members being driven successively in time by common first annular jumping drive means (109, 110) such that each display member changes successively from the first position to the second position and is held in said second position until the end of a cycle in which all of the display members are in their second position, characterized in that second annular drive means (128, 115) are arranged to reposition all of the display members in their first position at the start of the following cycle.
A seat system for a snow groomer comprising: a base; a seat carriage mounted to the base and movable in a direction transverse to the direction of forward movement of the snow groomer, the seat carriage comprising a pivot system for permitting a swiveling motion of a seat mounted to the seat carriage via the pivot system; and a user interface mounted to the seat carriage and movable together therewith along the base, the user interface having an input portion for receiving user commands to control operation of the snow groomer and an output portion to convey information to the operator; - a controllable locking device for controllably restricting movement of the seat carriage along the direction transverse to the direction of forward movement of the snow groomer; and - a controller to detect when a condition is met, wherein the locking device is controlled to prevent movement of the seat carriage when the controller detects that the condition is met. a base; a seat carriage mounted to the base and movable in a direction transverse to the direction of forward movement of the snow groomer, the seat carriage comprising a pivot system for permitting a swiveling motion of a seat mounted to the seat carriage via the pivot system; and a user interface mounted to the seat carriage and movable together therewith along the base, the user interface having an input portion for receiving user commands to control operation of the snow groomer and an output portion to convey information to the operator; - a controllable locking device for controllably restricting movement of the seat carriage along the direction transverse to the direction of forward movement of the snow groomer; and - a controller to detect when a condition is met, wherein the locking device is controlled to prevent movement of the seat carriage when the controller detects that the condition is met. - a controllable locking device for controllably restricting movement of the seat carriage along the direction transverse to the direction of forward movement of the snow groomer; and - a controller to detect when a condition is met, wherein the locking device is controlled to prevent movement of the seat carriage when the controller detects that the condition is met.
A sealing device adapted to be attached to an annular groove provided on an outer periphery of a shaft and adapted to hold a fluid pressure in a sealing target area by sealing an annular gap between the shaft and a housing rotating relative to each other, the sealing target area being configured such that the fluid pressure changes, the sealing device comprising a seal ring which is made of resin, adapted to be in close contact with a side wall surface on a low pressure side of the annular groove, and adapted to slide against an inner peripheral surface of a shaft hole in the housing through which the shaft is inserted, wherein a concave portion (220, 220a, 220c, 220e, 220g, 260) is formed on an outer peripheral surface of the seal ring which extends from an end portion on a high pressure side of the outer peripheral surface to a position which does not reach an end portion on a low pressure side of the outer peripheral surface, and adapted to introduce a fluid from the high pressure side, and a spring (300, 300a) which is provided along an inner peripheral surface of the seal ring, and presses the seal ring toward an outer peripheral surface side, characterized in that the spring (300, 300a) is made of metal, and adapted to be provided in a state in which a gap is formed between the metal spring (300, 300a) and a groove bottom surface of the annular groove, a guide portion (231, 232, 271, 272) which positions the metal spring (300, 300a) in an axial direction is formed on the inner peripheral surface of the seal ring, and a first protrusion (231a, 232a, 271a, 272a) which prevents the metal spring (300, 300a) from being detached to an inner peripheral surface side is provided at a tip of the guide portion (231, 232, 271, 272).