mhurhangee/ep-ind-claims huggingface dataset:
A system for assisting a user in moving a door comprising: a magnetorheological fluid actuator unit including at least one torque source and at least one MR fluid clutch apparatus having an input coupled to the at least one torque source to receive torque from the at least one torque source, the MR fluid clutch apparatus controllable to transmit a variable amount of assistance force via an output thereof; an interface configured for coupling the output of the at least one MR fluid clutch apparatus to the door or surrounding structure; at least one sensor for providing information about the door; and a processor unit for controlling the at least one MR fluid clutch apparatus in exerting the variable amount of assistance force as a function of said information; wherein the system is configured for one of the MR fluid actuator unit and the interface to be coupled to a structure, and for the other of the MR fluid actuator unit and the interface to be coupled to the door for the assistance force from the MR fluid actuator unit to assist in moving the door. a magnetorheological fluid actuator unit including at least one torque source and at least one MR fluid clutch apparatus having an input coupled to the at least one torque source to receive torque from the at least one torque source, the MR fluid clutch apparatus controllable to transmit a variable amount of assistance force via an output thereof; an interface configured for coupling the output of the at least one MR fluid clutch apparatus to the door or surrounding structure; at least one sensor for providing information about the door; and a processor unit for controlling the at least one MR fluid clutch apparatus in exerting the variable amount of assistance force as a function of said information; wherein the system is configured for one of the MR fluid actuator unit and the interface to be coupled to a structure, and for the other of the MR fluid actuator unit and the interface to be coupled to the door for the assistance force from the MR fluid actuator unit to assist in moving the door.
A method of cladding a rail, comprising: providing a rail including a rail head portion having a region defining a running surface; and characterized in that the method further comprises: aligning an electroslag strip cladding (ESSC) welding head having twin strips of cladding material above the rail head portion, wherein the twin strips define a first strip of cladding material and a second strip of cladding material; guiding the first strip and the second strip towards the rail head portion; transferring a current to at least one of the first strip and the second strip to create a molten slag pool on the rail head portion sufficient for initiation of a cladding phase; and advancing the ESSC welding head at a predetermined travel speed of progression along the rail head portion during the cladding phase to deposit a cladding layer comprised of the first strip and the second strip across the region defining the running surface of the rail head portion, and wherein the cladding layer is deposited across the region defining the running surface of the rail head portion without preheating the rail. providing a rail including a rail head portion having a region defining a running surface; and characterized in that the method further comprises: aligning an electroslag strip cladding (ESSC) welding head having twin strips of cladding material above the rail head portion, wherein the twin strips define a first strip of cladding material and a second strip of cladding material; guiding the first strip and the second strip towards the rail head portion; transferring a current to at least one of the first strip and the second strip to create a molten slag pool on the rail head portion sufficient for initiation of a cladding phase; and advancing the ESSC welding head at a predetermined travel speed of progression along the rail head portion during the cladding phase to deposit a cladding layer comprised of the first strip and the second strip across the region defining the running surface of the rail head portion, and wherein the cladding layer is deposited across the region defining the running surface of the rail head portion without preheating the rail.
A mobile terminal, comprising: a display unit; and a controller configured to: execute a memo application create a memo; detect a user selection of a menu item for storing the memo; check whether a schedule corresponding to the memo creation time is stored in a calendar; display, on a display unit, a pop-up window for inquiring about whether to link the memo to the schedule of the calendar when the memo is stored; and link information about the created memo to the schedule of the calendar when the schedule corresponding to memo creation time is stored in the calendar, wherein the memo creation time is set as a time between an initial memo input time and the last memo input time. a display unit; and a controller configured to: execute a memo application create a memo; detect a user selection of a menu item for storing the memo; check whether a schedule corresponding to the memo creation time is stored in a calendar; display, on a display unit, a pop-up window for inquiring about whether to link the memo to the schedule of the calendar when the memo is stored; and link information about the created memo to the schedule of the calendar when the schedule corresponding to memo creation time is stored in the calendar, wherein the memo creation time is set as a time between an initial memo input time and the last memo input time. execute a memo application create a memo; detect a user selection of a menu item for storing the memo; check whether a schedule corresponding to the memo creation time is stored in a calendar; display, on a display unit, a pop-up window for inquiring about whether to link the memo to the schedule of the calendar when the memo is stored; and link information about the created memo to the schedule of the calendar when the schedule corresponding to memo creation time is stored in the calendar, wherein the memo creation time is set as a time between an initial memo input time and the last memo input time.
An eye drop composition comprising palonosetron or a pharmaceutically acceptable salt thereof as an active ingredient for use in the treatment or prevention of nausea and vomiting.
A personal hygiene article comprising a chassis with a topsheet, a backsheet; and an absorbent component between the topsheet and the backsheet, wherein at least one portion of the personal hygiene article comprises a microporous film having an opaque, microporous region and at least one see-through region of lower porosity within the opaque, microporous region, and wherein the microporous film comprises a beta-nucleating agent.
A motor vehicle laminated glazing that is resistant to projections of gravel, comprising at least one outer glass sheet, an inner glass sheet and a polymeric sheet located between the two glass sheets, characterized in that the outer glass sheet has a thickness of not more than 2 mm and a coefficient of thermal expansion of less than 70×10 -7 K -1, the inner sheet has a thickness of not more than 1.1 mm and is thinner than the outer glass sheet, said motor vehicle laminated glazing being a windshield or sunroof.
A gear element (70, 72, 74) comprising: a metal alloy substrate; a plated wear interface layer disposed over a surface of the metal alloy substrate, the plated wear interface layer having a chemical composition including between 0.005 wt % and 0.050 wt % of antimony (Sb), and the balance silver (Ag) and incidental impurities, wherein the interface layer includes a microstructure having an average grain dimension of less than 10 nm and wherein the wear interface layer includes a hardness value measuring at least 150 on the Vickers scale; a gear body; and a plurality of gear teeth distributed circumferentially around the gear body; wherein the plated wear interface layer is disposed over an inwardly facing gear surface. a metal alloy substrate; a plated wear interface layer disposed over a surface of the metal alloy substrate, the plated wear interface layer having a chemical composition including between 0.005 wt % and 0.050 wt % of antimony (Sb), and the balance silver (Ag) and incidental impurities, wherein the interface layer includes a microstructure having an average grain dimension of less than 10 nm and wherein the wear interface layer includes a hardness value measuring at least 150 on the Vickers scale; a gear body; and a plurality of gear teeth distributed circumferentially around the gear body; wherein the plated wear interface layer is disposed over an inwardly facing gear surface.
A compute device comprising: one or more processors; one or more memory devices having stored therein a plurality of instructions that, when executed by the one or more processors, cause the compute device to: establish a virtual network function on the compute device to perform a network function, wherein the virtual network function comprises a plurality of virtual network function components that communicate with each other; read one or more packets communicated between the virtual network function components; perform a security threat assessment on the one or more packets communicated between the virtual network function components; and transmit the security threat assessment to a security compute device. one or more processors; one or more memory devices having stored therein a plurality of instructions that, when executed by the one or more processors, cause the compute device to: establish a virtual network function on the compute device to perform a network function, wherein the virtual network function comprises a plurality of virtual network function components that communicate with each other; read one or more packets communicated between the virtual network function components; perform a security threat assessment on the one or more packets communicated between the virtual network function components; and transmit the security threat assessment to a security compute device. establish a virtual network function on the compute device to perform a network function, wherein the virtual network function comprises a plurality of virtual network function components that communicate with each other; read one or more packets communicated between the virtual network function components; perform a security threat assessment on the one or more packets communicated between the virtual network function components; and transmit the security threat assessment to a security compute device.
An adjustment system comprising: a housing having a bottom, two side walls (12,13), an elastic arm (14,15) connected to each one of the side walls, a front opening and a rear opening, a cam lid rotatably connected to the side walls (12, 13) of the housing, the cam lid having a top, a bottom, two side walls (23,24), an interior cavity, a front opening, a rear opening, and at least one locking element disposed in the interior cavity, and a ratchet strap having an elongated body with a plurality of teeth disposed on one side thereof, wherein the cam lid is configured to lock the ratchet strap to the housing when the ratchet strap is fed through the openings (16,17) in the front and rear of the housing and cam lid such that the at least one locking element engages at least one tooth of the ratchet strap, and wherein pressing the elastic arms (14,15) of the housing toward each other causes the elastic arms (14,15) of the housing to press against the sides of the cam lid and rotate the cam lid to release the at least one locking element from the at least one tooth of the ratchet strap, characterized in that two elastic arms (28,29) extend under the bottom of the cam lid, wherein pressing the elastic arms (14,15) of the housing toward each other causes the elastic arms (28,29) of the cam lid to be compressed against the bottom of the housing, and wherein releasing the elastic arms (14,15) of the housing releases the elastic arms (28,29) of the cam lid which rotates the cam lid back to a resting position. a housing having a bottom, two side walls (12,13), an elastic arm (14,15) connected to each one of the side walls, a front opening and a rear opening, a cam lid rotatably connected to the side walls (12, 13) of the housing, the cam lid having a top, a bottom, two side walls (23,24), an interior cavity, a front opening, a rear opening, and at least one locking element disposed in the interior cavity, and a ratchet strap having an elongated body with a plurality of teeth disposed on one side thereof, wherein the cam lid is configured to lock the ratchet strap to the housing when the ratchet strap is fed through the openings (16,17) in the front and rear of the housing and cam lid such that the at least one locking element engages at least one tooth of the ratchet strap, and wherein pressing the elastic arms (14,15) of the housing toward each other causes the elastic arms (14,15) of the housing to press against the sides of the cam lid and rotate the cam lid to release the at least one locking element from the at least one tooth of the ratchet strap, characterized in that two elastic arms (28,29) extend under the bottom of the cam lid, wherein pressing the elastic arms (14,15) of the housing toward each other causes the elastic arms (28,29) of the cam lid to be compressed against the bottom of the housing, and wherein releasing the elastic arms (14,15) of the housing releases the elastic arms (28,29) of the cam lid which rotates the cam lid back to a resting position.
A composite structure curing system comprising: a plurality of heaters mountable in at least one array in spaced proximity to a composite structure to be cured; a plurality of temperature sensors mountable to sense temperature at selected locations on the composite structure; and, a control system receiving an input from each of the plurality of temperature sensors, said control system adapted to control each of the plurality of heaters responsive to each input to establish a predetermined temperature profile on the composite structure during cure, wherein a plurality of placed fibers is laid up in the composite structure, wherein the plurality of temperature sensors are mountable associated with the plurality of fibers in the composite structure, and wherein each of the plurality of temperature sensors is mountable associated with one of the placed fibers, wherein each of the temperature sensors is configured to provide temperature of one fiber. a plurality of heaters mountable in at least one array in spaced proximity to a composite structure to be cured; a plurality of temperature sensors mountable to sense temperature at selected locations on the composite structure; and, a control system receiving an input from each of the plurality of temperature sensors, said control system adapted to control each of the plurality of heaters responsive to each input to establish a predetermined temperature profile on the composite structure during cure, wherein a plurality of placed fibers is laid up in the composite structure, wherein the plurality of temperature sensors are mountable associated with the plurality of fibers in the composite structure, and wherein each of the plurality of temperature sensors is mountable associated with one of the placed fibers, wherein each of the temperature sensors is configured to provide temperature of one fiber.
A water extractor comprising: an inlet and an outlet; a body extending between the inlet and the outlet; an outer wall; an inner wall disposed radially inward from the outer wall, the inner wall forming a main flow channel through a portion of the body; a helical wall extending between and connected to the outer wall and the inner wall, the helical wall forming a helical passageway fluidly connected to the inlet and the outlet, wherein the helical passageway includes a plurality of turns along a bottom of the body; an ejector of the helical passageway, the ejector disposed at a downstream end of the helical passageway, wherein a gap between a downstream end of the inner wall and the outer wall creates the ejector, wherein the ejector comprises a nozzle for creating a pressure differential to draw airflow through and out of the helical passageway; a plurality of catchment areas, wherein one of the catchment areas is disposed in each turn of the helical passageway; and a scupper disposed in each turn of the helical passageway, wherein the scupper is connected to and extends radially inward from the outer wall, wherein each catchment area is formed between the outer wall and the scupper, and wherein the scupper is configured to collect moisture from the helical passageway, wherein a shape of the scupper comprises a scoop with a lip. an inlet and an outlet; a body extending between the inlet and the outlet; an outer wall; an inner wall disposed radially inward from the outer wall, the inner wall forming a main flow channel through a portion of the body; a helical wall extending between and connected to the outer wall and the inner wall, the helical wall forming a helical passageway fluidly connected to the inlet and the outlet, wherein the helical passageway includes a plurality of turns along a bottom of the body; an ejector of the helical passageway, the ejector disposed at a downstream end of the helical passageway, wherein a gap between a downstream end of the inner wall and the outer wall creates the ejector, wherein the ejector comprises a nozzle for creating a pressure differential to draw airflow through and out of the helical passageway; a plurality of catchment areas, wherein one of the catchment areas is disposed in each turn of the helical passageway; and a scupper disposed in each turn of the helical passageway, wherein the scupper is connected to and extends radially inward from the outer wall, wherein each catchment area is formed between the outer wall and the scupper, and wherein the scupper is configured to collect moisture from the helical passageway, wherein a shape of the scupper comprises a scoop with a lip.
Brake pad for a disc brake, in particular for a disc brake for a commercial vehicle, having a backing plate which bears a friction lining and to which an element which can move in relation to the backing plate is connected, and having an electric wear sensor, characterised in that the wear sensor is arranged on the element which can move in relation to the backing in such a way that the wear sensor itself can move in relation to the backing plate.
A steering apparatus comprising: a housing; a rack shaft that is supported on said housing in such a way as to be able to move back and forth and changes a turning angle of wheels via tie rods; a pinion shaft that is linked with a steering wheel, has a pinion engaging with rack teeth of said rack shaft, and transmits rotation of the steering wheel to said rack shaft; a first bearing that is internally fitted to said housing, rotatably supports one end of said pinion shaft on the housing, and bears a radial load and a thrust load acting on said pinion shaft; a second bearing that is internally fitted to said housing, rotatably supports the other end of said pinion shaft on the housing, and bears a radial load acting on said pinion shaft; and a retaining ring that is internally fitted to an annular groove provided on an inner circumferential surface of said housing and has a C-shaped part and an opening defined by two opposed ends of the C-shaped part, said C-shaped part being in contact with an end face of an outer ring of said first bearing to thereby fix the outer ring of the first bearing to said housing; characterised in that: said retaining ring is internally fitted to the annular groove of said housing in such a way that said opening faces toward said rack teeth as seen from an axial direction of said pinion shaft. a housing; a rack shaft that is supported on said housing in such a way as to be able to move back and forth and changes a turning angle of wheels via tie rods; a pinion shaft that is linked with a steering wheel, has a pinion engaging with rack teeth of said rack shaft, and transmits rotation of the steering wheel to said rack shaft; a first bearing that is internally fitted to said housing, rotatably supports one end of said pinion shaft on the housing, and bears a radial load and a thrust load acting on said pinion shaft; a second bearing that is internally fitted to said housing, rotatably supports the other end of said pinion shaft on the housing, and bears a radial load acting on said pinion shaft; and a retaining ring that is internally fitted to an annular groove provided on an inner circumferential surface of said housing and has a C-shaped part and an opening defined by two opposed ends of the C-shaped part, said C-shaped part being in contact with an end face of an outer ring of said first bearing to thereby fix the outer ring of the first bearing to said housing; characterised in that: said retaining ring is internally fitted to the annular groove of said housing in such a way that said opening faces toward said rack teeth as seen from an axial direction of said pinion shaft. said retaining ring is internally fitted to the annular groove of said housing in such a way that said opening faces toward said rack teeth as seen from an axial direction of said pinion shaft.
A peritoneal dialysis system (10a, 10c) comprising: a water purifier; a cycler; and a disposable set operable with the cycler, the disposable set including a pumping cassette including a water inlet port, a heater/mixing container in fluid communication with the pumping cassette, characterised by a water accumulator, configured to isolate operation of the water purifier from operation of the disposable set with the cycler, a first water line segment in fluid communication with the water inlet port and the water accumulator, and a second water line segment in fluid communication with the water accumulator and the water purifier. a water purifier; a cycler; and a disposable set operable with the cycler, the disposable set including a pumping cassette including a water inlet port, a heater/mixing container in fluid communication with the pumping cassette, characterised by a water accumulator, configured to isolate operation of the water purifier from operation of the disposable set with the cycler, a first water line segment in fluid communication with the water inlet port and the water accumulator, and a second water line segment in fluid communication with the water accumulator and the water purifier. a pumping cassette including a water inlet port, a heater/mixing container in fluid communication with the pumping cassette, characterised by a water accumulator, configured to isolate operation of the water purifier from operation of the disposable set with the cycler, a first water line segment in fluid communication with the water inlet port and the water accumulator, and a second water line segment in fluid communication with the water accumulator and the water purifier.
A system for the inductive transmission of electric power, wherein a vehicle has metallic parts and a secondary coil which has a secondary winding and ferrite material provided as a coil core, wherein a primary winding is arranged in a stationary manner and a capacitor for formation of a resonant circuit is connected thereto, in particular in series or in parallel, wherein an evaluation unit for determining the resonance frequency of the resonant circuit is electrically connected to the primary winding, wherein a means for comparison of the determined resonance frequency with a first frequency value f1 and with a second frequency value f2 is provided, in particular whose at least one output controls an actuator, such as a relay or the like, characterised in that the first frequency value f1 is greater than the second frequency value f2, wherein an arrival of a vehicle is detected when the value f1 is exceeded and the reaching of a position of optimal inductive coupling of the secondary coil together with ferrite material to the primary winding is detected when there is a fall below the value f2.