mhurhangee/ep-ind-claims huggingface dataset:
Process chamber with an interior space which comprises a receiving region for workpieces, with an opening (12, 14) for supplying or discharging workpieces and with a device (17, 19, 25, 29, 33, 37, 35) for injecting gaseous fluid into the interior space, which has at least one nozzle (17, 19) or aperture for producing a fluid flow curtain (21, 23) between the opening (12, 14) and the receiving space for workpieces, and with a device for setting the amount of flow of fluid passing through the nozzle or aperture, wherein the at least one nozzle (17, 19) or aperture has a slot-shaped opening extending over the entire width of the opening (12, 14) for supplying or discharging workpieces, and the gaseous fluid injected into the interior space by way of the at least one nozzle (17, 19) or aperture is guided into the interior space on a directing contour formed on a directing vane, characterized in that the directing contour with a wall of an intake air lock or exit air lock that is arranged on a side of the directing contour that is facing the opening (12, 14), bounds a mixing chamber, in which fluid from a flow vortex (407, 1407) formed on a side of the fluid curtain (21, 23) that is facing the opening (12, 14) is mixed with air from the region of the opening (213, 1213) and is sucked into the interior space (39, 1039) by the gaseous fluid flowing through the nozzle (17, 19, 1017) or the aperture, wherein the directing contour separates the mixing chamber from a secondary chamber, which is arranged on a side of the directing contour that is facing away from the opening (12, 14).
Device for generating a standing wave with at least one outlet device for generating a laminar flow, wherein the outlet device comprises an outlet opening, wherein the outlet device comprises an outlet space, wherein the outlet device comprises a flow rectifier with a number of baffle plates (86, 88), and wherein a height of the outlet space decreases iteratively and/or continuously along the outlet opening, characterized in that the device further comprises a ramp directly adjacent to the outlet opening of the outlet device and inclined downwardly in the flow direction.
An aircraft control surface drive mechanism (1, 2, 3, 4) that is provided as a link mechanism comprising a hydraulically operated actuator (11, 11a) and a reaction link (12, 41, 42) connected to the actuator (11, 11a), and that drives a control surface of an aircraft, wherein the actuator (11,11a) includes a plurality of cylinder units (21, 22) each including a cylinder (21a, 22a) and a rod (21b, 22b), and is pivotably attached, at a first end thereof, to the control surface or a control surface-side member attached to the control surface, and the reaction link (12, 41, 42) is pivotably attached, at a first end thereof, to a fulcrum shaft rotatably supporting the control surface, characterized in that the reaction link (12, 41, 42) is further pivotably attached, at a second end thereof, to a second end of the actuator (11, 11a) between the plurality of cylinder units (21, 22).
A stent comprising: a first stent section; a second stent section; and a connecting structure that connects the first and second stent sections (12, 14), the connecting structure allowing the first and second stent sections (12, 14) to move relative to one another upon deployment of the stent within a body lumen, wherein the connecting structure is configured to at least partially separate upon application of external forces upon deployment of the stent within the body lumen. a first stent section; a second stent section; and a connecting structure that connects the first and second stent sections (12, 14), the connecting structure allowing the first and second stent sections (12, 14) to move relative to one another upon deployment of the stent within a body lumen, wherein the connecting structure is configured to at least partially separate upon application of external forces upon deployment of the stent within the body lumen.
An assembly comprising: a fixture; and a plurality of vanes retained within the fixture; the vanes forming separate stages (38A, 38B, 38C, 38D) for a gas turbine engine; characterised in that it further comprises a plurality of inserts (40A, 40B, 40C) disposed between adjacent stages (38A, 38B, 38C, 38D) of said separate stages for a gas turbine engine, wherein each insert (40A, 40B, 40C) for each pair of adjacent stages (38A, 38B, 38C, 38D) includes a spring that exerts a force to said pair of adjacent stages (38A, 38B, 38C, 38D), and the spring rates of each spring become progressively larger with each successive stage (38A, 38B, 38C, 38D) such that the plurality of vanes are progressively loaded with forces increasing in a same direction with respect to the fixture. a fixture; and a plurality of vanes retained within the fixture; the vanes forming separate stages (38A, 38B, 38C, 38D) for a gas turbine engine; characterised in that it further comprises a plurality of inserts (40A, 40B, 40C) disposed between adjacent stages (38A, 38B, 38C, 38D) of said separate stages for a gas turbine engine, wherein each insert (40A, 40B, 40C) for each pair of adjacent stages (38A, 38B, 38C, 38D) includes a spring that exerts a force to said pair of adjacent stages (38A, 38B, 38C, 38D), and the spring rates of each spring become progressively larger with each successive stage (38A, 38B, 38C, 38D) such that the plurality of vanes are progressively loaded with forces increasing in a same direction with respect to the fixture.
Kit for assembling a disposable applicator for inserting an implant, in particular a rod-like implant containing an active substance, under the skin of a human or animal, the kit comprising a first component, in turn comprising a main housing part (5,6) providing a handle for grasping and manoeuvring the applicator, a cannula, a rod, and a cannula holder slideably mounted in the main housing part (5,6), and wherein the first component comprises an actuator, which is connected to the cannula holder so as to enable, once assembled, retracting the cannula and cannula holder over the rod, characterised by the main housing part (5,6) having an opening which allows introduction of an implant into the proximal end of the cannula and/or the cannula holder, and separate from the first component, a second component for closing said opening, in turn comprising a second housing part at least partially complementary in shape to the main housing part (5,6) and attacheable thereto to form a housing and the rod attached to or forming an integral whole with the second housing part and mountable inside the cannula and/or the cannula holder, wherein the first and second components (4, 8) are provided with complementary features (34, 39) for irreversibly attaching one part to the other and wherein the distance between the opening and proximal end of the lumen of the cannula and/or the cannula holder is less than 20mm, or more preferably less than 10mm.
A tool (40, 240) for cleaning a blender blade assembly (20, 220) with a stepped shaft (34, 234), the tool (40,240) comprising a handle and a head with a first set of cleaning elements (60, 260) disposed at a first height and a second set of cleaning elements (56, 256) disposed at a second height, wherein the first set of cleaning elements (60, 260) is disposed in a semi-circle at a first radius about a common axis, and wherein the second set of cleaning elements (56, 256) is disposed in a semi-circle at a second radius about the common axis.
A casting flow running system for supplying liquid metal to a mold cavity formed in a casting mold, wherein the casting flow running system comprises a plurality of pipe sections that are connected to one another and at least one ingate pipe for connecting the casting flow running system with an ingate of a casting model forming the mold cavity, characterized in that a frame comprising a heat-resistant material is disposed on the ingate pipe, said frame having a net-like webbing made of a fire-proof material tensioned therein, wherein the frame is attached to the ingate pipe such that the netlike webbing at least partially spans a cross section of the ingate pipe and is positioned in a region proximate to a surface of a casting piece formed by filling the mold cavity, wherein the frame comprises two frame parts (20, 21) that are movable against one another, wherein said frame parts are securable to one another after application of required tensioning of the netlike webbing.
A vehicle driving controller, comprising: a processor configured to: apply a different warning level depending on at least one of a driving situation or a user state including at least one of a "hands-off" state, an "eyes-off" state, or a "mind-off" state, during autonomous driving; and provide a notification of a control authority transition demand to a user; and a storage configured to store information regarding the driving situation and the user state, and information regarding the different warning level, wherein the processor is configured to: apply the different warning level depending on an expected time of collision risk or an expected time of deviation of an operational design domain, when the processor applies the different warning level depending on the driving situation; and determine a different minimum risk maneuver depending on the applied different warning level when a control authority is not handed over to the user after providing the notification of the control authority transition demand depending on the applied different warning level and perform vehicle control depending on the determined MRM. apply a different warning level depending on at least one of a driving situation or a user state including at least one of a "hands-off" state, an "eyes-off" state, or a "mind-off" state, during autonomous driving; and provide a notification of a control authority transition demand to a user; and a storage configured to store information regarding the driving situation and the user state, and information regarding the different warning level, wherein the processor is configured to: apply the different warning level depending on an expected time of collision risk or an expected time of deviation of an operational design domain, when the processor applies the different warning level depending on the driving situation; and determine a different minimum risk maneuver depending on the applied different warning level when a control authority is not handed over to the user after providing the notification of the control authority transition demand depending on the applied different warning level and perform vehicle control depending on the determined MRM. apply the different warning level depending on an expected time of collision risk or an expected time of deviation of an operational design domain, when the processor applies the different warning level depending on the driving situation; and determine a different minimum risk maneuver depending on the applied different warning level when a control authority is not handed over to the user after providing the notification of the control authority transition demand depending on the applied different warning level and perform vehicle control depending on the determined MRM.
A connector unit configured to electrically connect an electric power source and an electric apparatus receiving an electric power supply from the electric power source, the connector unit comprising: an inserting connector (10, 310) adapted to be connected to the electronic apparatus; and a receiving connector adapted to be connected to the electric power source, wherein the inserting connector (10, 310) includes: two electric power plug terminals (11, 12) made of a conductor, the conductor being configured to receive the electric power supply; and a control plug terminal (13, 313) configured to be extended and retracted in an inserting direction; the receiving connector includes: two electric power jack terminals (21, 22) corresponding to the electric power plug terminals (11, 12), a control jack terminal corresponding to the control plug terminal (13, 313), and a relay connected to the control jack terminal; characterized in that: the relay is operated by extending the control plug terminal (13, 313) in the inserting direction so that the electric power is supplied to the electronic apparatus via the electric power plug terminals (11, 12) and the electric jack terminals (21, 22). an inserting connector (10, 310) adapted to be connected to the electronic apparatus; and a receiving connector adapted to be connected to the electric power source, wherein the inserting connector (10, 310) includes: two electric power plug terminals (11, 12) made of a conductor, the conductor being configured to receive the electric power supply; and a control plug terminal (13, 313) configured to be extended and retracted in an inserting direction; two electric power plug terminals (11, 12) made of a conductor, the conductor being configured to receive the electric power supply; and a control plug terminal (13, 313) configured to be extended and retracted in an inserting direction; the receiving connector includes: two electric power jack terminals (21, 22) corresponding to the electric power plug terminals (11, 12), a control jack terminal corresponding to the control plug terminal (13, 313), and a relay connected to the control jack terminal; two electric power jack terminals (21, 22) corresponding to the electric power plug terminals (11, 12), a control jack terminal corresponding to the control plug terminal (13, 313), and a relay connected to the control jack terminal; characterized in that: the relay is operated by extending the control plug terminal (13, 313) in the inserting direction so that the electric power is supplied to the electronic apparatus via the electric power plug terminals (11, 12) and the electric jack terminals (21, 22). the relay is operated by extending the control plug terminal (13, 313) in the inserting direction so that the electric power is supplied to the electronic apparatus via the electric power plug terminals (11, 12) and the electric jack terminals (21, 22).
A system, comprising: a detection assembly comprising: a sensor configured to contact a fluid associated with a first powered axle of a vehicle and obtain a measured fluid level of the fluid in a first gearcase reservoir; an electronics package coupled to the sensor, the electronics package comprising: one or more processors operably coupled to the sensor, the one or more processors configured to generate one or more data signals representative of the measured fluid level; and a capacitance control structure configured to one or more of reduce or isolate a sensor capacitance of the sensor from the electronics package; and a vehicle controller; characterized in that, the vehicle controller is configured to: operate the vehicle using a second powered axle based on the measured fluid level being below a designated threshold value.
A cassette for an automatic teller machine, removably connectable to a cassette receiving portion formed at a main body of the ATM, the cassette comprising: a cassette body connectable with respect to the cassette receiving portion and configured to receive a paper medium including an entrance disposed at one side for entry of the paper medium; a shutter movably formed at the cassette body to open and close the entrance according to connection and separation of the cassette body with respect to the cassette receiving portion; a first medium support portion movably formed in the cassette body to push the paper medium toward the entrance; characterised by a second medium support portion movably formed at the entrance so that the paper medium is disposed between the first medium support portion and the second medium support portion; a connection portion connected to each of opposite ends of the second medium support portion and movably formed at opposite lateral sides of the cassette body; and a medium return gear portion rotatably formed at each of the opposite lateral sides of the cassette body so as to be connected to a connection portion gear connected to the connection portion and to a shutter gear formed at the shutter the medium return gear portion configured to forcibly move the connection portion in a first direction away from the entrance by a moving force of the shutter when the entrance is closed. a cassette body connectable with respect to the cassette receiving portion and configured to receive a paper medium including an entrance disposed at one side for entry of the paper medium; a shutter movably formed at the cassette body to open and close the entrance according to connection and separation of the cassette body with respect to the cassette receiving portion; a first medium support portion movably formed in the cassette body to push the paper medium toward the entrance; characterised by a second medium support portion movably formed at the entrance so that the paper medium is disposed between the first medium support portion and the second medium support portion; a connection portion connected to each of opposite ends of the second medium support portion and movably formed at opposite lateral sides of the cassette body; and a medium return gear portion rotatably formed at each of the opposite lateral sides of the cassette body so as to be connected to a connection portion gear connected to the connection portion and to a shutter gear formed at the shutter the medium return gear portion configured to forcibly move the connection portion in a first direction away from the entrance by a moving force of the shutter when the entrance is closed.
An anesthesia mask comprising a nasal mask (312; 500; 666) adapted to seal to a patient's face when worn by a patient, the nasal mask (312; 500; 666) having attachment ports (506; 612, 614), and an exhaled breath scavenger attached to the nasal mask (312; 500; 666), characterized in that the attachment ports (506; 612, 614) are located adjacent to and overlying an upper lip of a patient when the mask is worn by the patient and the exhaled breath scavenger is positioned adjacent a lower side of the nasal mask (312; 500; 666) which overlies an upper lip of the patient when the mask is worn by the patient, wherein the anesthesia mask comprises a functional accessory comprising a sensor (231; 250, 252; 315) adapted to monitor temperature and gas flow rate, the functional accessory being supported by the attachment ports (506;612;614).
A ball screw comprising: a cylinder defined by an inner surface, an outer surface, and a peripheral edge, the ball screw having at least one tab extending radially inward from the inner surface proximate the peripheral edge, wherein the ball screw is configured to interface with an actuator drive unit housing via the at least one tab, wherein the inner surface of the ball screw includes bearing tracks to mate with bearing tracks on an outer surface of the actuator drive unit housing, and wherein the ball screw is rotated to axially translate a ball nut situated concentrically over the ball screw.
A method for improving yield strength of one or more workpieces, the method comprising: positioning the one or more workpieces in a punch and die assembly; providing at least one template mesh selectively on at least one surface of each of the workpieces; operating the punch and die assembly such that a plurality of surface protrusions is formed on the one or more workpieces by the at least one template mesh, wherein the plurality of surface protrusions is formed by plastic deformation on the one or more workpieces and improves yield strength of the one or more workpieces. positioning the one or more workpieces in a punch and die assembly; providing at least one template mesh selectively on at least one surface of each of the workpieces; operating the punch and die assembly such that a plurality of surface protrusions is formed on the one or more workpieces by the at least one template mesh, wherein the plurality of surface protrusions is formed by plastic deformation on the one or more workpieces and improves yield strength of the one or more workpieces.
A fully automated cell pre-treating process instrument for preparing of at least one cell sample, the instrument being encapsulated in an instrument housing, the instrument housing comprising: a carousel and centrifuge arrangement comprising several holder means for one or several sample containers, wherein said carousel and centrifuge arrangement is arranged for functioning as a centrifuge, the several holder means for one or several sample containers being pivotably hinged to provide a "swinging bucket" principle, and further comprises: a titrating or shaking arm (51; 53) adapted to lift up the holder means in order to empty or pour out exceeding liquid within one of said sample containers characterized in that the titrating or shaking arm is further configured to be driven by a motor driven arrangement in order to individually shake the contents of said sample containers in the holder means. a titrating or shaking arm (51; 53) adapted to lift up the holder means in order to empty or pour out exceeding liquid within one of said sample containers characterized in that the titrating or shaking arm is further configured to be driven by a motor driven arrangement in order to individually shake the contents of said sample containers in the holder means.
A capability query method, comprising: Integrating uniform resource identifiers of one or more target terminals into a capability query request and sending the capability query request to an application server; and receiving a target terminal capability query response forwarded by the application server, and analyzing the capability query response to obtain capability information of the target terminal; wherein the integrating uniform resource identifiers of one or more target terminals into a capability query request comprises: using an extensible markup language and a list mode to record uniform resource identifiers of multiple target terminals in a list element of the integrated capability query request, and setting a message header field in the capability query request. Integrating uniform resource identifiers of one or more target terminals into a capability query request and sending the capability query request to an application server; and receiving a target terminal capability query response forwarded by the application server, and analyzing the capability query response to obtain capability information of the target terminal; wherein the integrating uniform resource identifiers of one or more target terminals into a capability query request comprises: using an extensible markup language and a list mode to record uniform resource identifiers of multiple target terminals in a list element of the integrated capability query request, and setting a message header field in the capability query request. using an extensible markup language and a list mode to record uniform resource identifiers of multiple target terminals in a list element of the integrated capability query request, and setting a message header field in the capability query request.
A pharmaceutical formulation which is an aqueous solution and which consists of: (a) water, (b) a mixture of synthetic phosphodiester oligonucleotides having a length of from 45 bases to 55 bases, in which said synthetic phosphodiester oligonucleotides have different sequences and same or different length and, optionally, (c) pharmaceutically acceptable excipients and/or adjuvants, for use in the treatment and/or prevention of veno-occlusive disease.