mhurhangee/ep-ind-claims huggingface dataset:
Gearbox actuator having exactly one motor, having a spindle driven by the motor, having a spindle nut operatively connected to the spindle, having a shift shaft at least indirectly operatively connected to the spindle nut, wherein the spindle nut can perform a first and a second type of movement from the set of rotational and translational movements, wherein the first type of movement differs from the second type of movement, furthermore comprising at least one gearing by means of which the first type of movement of the spindle nut is converted into a selector movement of the shift shaft, characterized in that the at least one gearing has the spindle nut, a transmission toothed gear and a selector pot with a with a periodic curved path arranged on its circumference, which curved path is operatively connected to the shift shaft and, in a second axial position range of the spindle nut, converts a rotational movement of the spindle nut into a substantially periodically repeating raising and lowering movement of the shift shaft in a longitudinal direction of the shift shaft as a selector movement.
A method for forming a wafer level package device from a base silicon-on-insulator, SOI, wafer and a cover plate wafer, the method comprising: etching at least one active component in a mechanism layer of the base SOI wafer, the base SOI wafer having a handle layer separated from the mechanism layer by a dielectric layer; etching the dielectric layer below and around the formed at least one active component after etching the at least one active component in the mechanism layer of the base SOI wafer; etching a dielectric layer of the cover plate wafer to form cavities to coincide with the at least one active component, the cover plate wafer having a handle layer attached to the cover plate wafer dielectric layer; subsequently bonding the cover plate dielectric layer to non-feature components of the mechanism layer; etching at least one of the handle layers (32, 42) and corresponding dielectric layer (36, 44) to expose a portion of a non-feature portion of the mechanism layer; and forming a metallized connector on the exposed portion of the non-feature portion of the mechanism layer, wherein the at least one active component is included within a cavity. etching at least one active component in a mechanism layer of the base SOI wafer, the base SOI wafer having a handle layer separated from the mechanism layer by a dielectric layer; etching the dielectric layer below and around the formed at least one active component after etching the at least one active component in the mechanism layer of the base SOI wafer; etching a dielectric layer of the cover plate wafer to form cavities to coincide with the at least one active component, the cover plate wafer having a handle layer attached to the cover plate wafer dielectric layer; subsequently bonding the cover plate dielectric layer to non-feature components of the mechanism layer; etching at least one of the handle layers (32, 42) and corresponding dielectric layer (36, 44) to expose a portion of a non-feature portion of the mechanism layer; and forming a metallized connector on the exposed portion of the non-feature portion of the mechanism layer, wherein the at least one active component is included within a cavity.
A method operated by a root device in a computer network, the method comprising the steps of: requesting, by said root device, that one or more devices of said computer network build a directed acyclic graph, DAG, for routing traffic within the computer network based on an objective function, OF, the OF having one or more metrics to optimize the DAG against and zero or more constraints; receiving one or more reports from devices of the DAG regarding OF feedback; adjusting the OF based on the feedback; and requesting a rebuild of the DAG from the devices based on the adjusted OF. requesting, by said root device, that one or more devices of said computer network build a directed acyclic graph, DAG, for routing traffic within the computer network based on an objective function, OF, the OF having one or more metrics to optimize the DAG against and zero or more constraints; receiving one or more reports from devices of the DAG regarding OF feedback; adjusting the OF based on the feedback; and requesting a rebuild of the DAG from the devices based on the adjusted OF.
A closing wheel assembly for a row unit having a row unit subframe, comprising: a closing wheel subframe; a vertical pivot configured to mount said closing wheel subframe to the row unit subframe; and a pair of closing wheels (322-1, 322-2) rollingly mounted to said closing wheel subframe with a first closing wheel of said pair of closing wheels disposed on a first side of said closing wheel subframe and a second closing wheel of said pair of closing wheels on a second side of said closing wheel subframe, characterised in that said first and second closing wheels (322-1, 322-2) are each mounted to a rearward end of a respective pivot arm (324-1, 324-2), and each pivot arm (324-1. 324-2) is pivotally mounted to said closing wheel subframe at a forward end of each pivot arm (324-1, 324-2). a closing wheel subframe; a vertical pivot configured to mount said closing wheel subframe to the row unit subframe; and a pair of closing wheels (322-1, 322-2) rollingly mounted to said closing wheel subframe with a first closing wheel of said pair of closing wheels disposed on a first side of said closing wheel subframe and a second closing wheel of said pair of closing wheels on a second side of said closing wheel subframe, characterised in that said first and second closing wheels (322-1, 322-2) are each mounted to a rearward end of a respective pivot arm (324-1, 324-2), and each pivot arm (324-1. 324-2) is pivotally mounted to said closing wheel subframe at a forward end of each pivot arm (324-1, 324-2).
A sanitary washing device, comprising: a toilet seat; a nozzle configured to discharge water toward an ano-genital region of a human body; a valve unit provided on a pipe line between a water supply source and the nozzle, the valve unit including an electromagnetic valve; a casing storing the nozzle and the valve unit; a water supply hose configured to supply water from the water supply source into the casing, the water supply hose being flexible; and a water supply connection part connecting the water supply hose and the valve unit, the water supply connection part being open in a horizontal direction, the water supply hose being directly connected to the water supply connection part in a horizontal direction, and the casing including a hose container in which a portion of the water supply hose can be stored by bending, wherein the water supply connection part is provided further frontward than a longitudinal-direction center of the casing, the longitudinal-direction being a direction between backward and frontward when viewed by a user sitting on the toilet seat. a toilet seat; a nozzle configured to discharge water toward an ano-genital region of a human body; a valve unit provided on a pipe line between a water supply source and the nozzle, the valve unit including an electromagnetic valve; a casing storing the nozzle and the valve unit; a water supply hose configured to supply water from the water supply source into the casing, the water supply hose being flexible; and a water supply connection part connecting the water supply hose and the valve unit, the water supply connection part being open in a horizontal direction, the water supply hose being directly connected to the water supply connection part in a horizontal direction, and the casing including a hose container in which a portion of the water supply hose can be stored by bending, wherein the water supply connection part is provided further frontward than a longitudinal-direction center of the casing, the longitudinal-direction being a direction between backward and frontward when viewed by a user sitting on the toilet seat.
Joint prosthesis for the articulation of a first bone with respect to a second bone of a human patient, comprising a first bone engaging element being configured to be arranged and supported on the end of said first bone that faces said second bone, and an articular head element having an adjoining portion adapted to cooperate and anatomically articulate with the end of the second bone that faces said first bone, characterized in that said articular head element includes at its end that faces said first bone a projecting engagement member and that said first bone engaging element includes a cavity for receiving said projecting engagement member.
An ophthalmic lens for correcting vision, comprising: an optic having at least a toric portion for correcting astigmatism and having a base cylinder power; and fewer than 4 diffractive echelettes integrated with the lens for extending depth of focus, characterized in that the echelettes are rotationally asymmetric and are comprised of step heights that vary as a function of the rotational angle, wherein an extended depth of focus differs between each meridian of the optic at a range of foci. an optic having at least a toric portion for correcting astigmatism and having a base cylinder power; and fewer than 4 diffractive echelettes integrated with the lens for extending depth of focus, characterized in that the echelettes are rotationally asymmetric and are comprised of step heights that vary as a function of the rotational angle, wherein an extended depth of focus differs between each meridian of the optic at a range of foci.
A chuck comprising: (a) an upper electrically conductive layer having a lower surface and an upper surface suitable to contact and support a device under test; (b) an upper insulating layer having an upper surface at least in partial face-to-face contact with said lower surface of said upper electrically conductive layer, and a lower surface; and (c) a middle electrically conductive layer having an upper surface at least in partial face-to-face contact with said lower surface of said upper insulating layer, and a lower surface, characterised in that, said upper insulating layer extends beyond the exterior peripheral surface of said upper electrically conductive layer and the exterior peripheral surface of said middle electrically conductive layer. (a) an upper electrically conductive layer having a lower surface and an upper surface suitable to contact and support a device under test; (b) an upper insulating layer having an upper surface at least in partial face-to-face contact with said lower surface of said upper electrically conductive layer, and a lower surface; and (c) a middle electrically conductive layer having an upper surface at least in partial face-to-face contact with said lower surface of said upper insulating layer, and a lower surface,
An inflatable component of an aircraft evacuation assembly, the inflatable component comprising: a first inflatable bladder defining a first fluid chamber; a second inflatable bladder defining a second fluid chamber, wherein the second inflatable bladder circumscribes the first inflatable bladder such that the first inflatable bladder is disposed in the second fluid chamber; an inlet valve coupled to the first inflatable bladder and the second inflatable bladder, wherein the inlet valve is configured to deliver fluid to the first fluid chamber; and a pressure relief valve coupled to the first inflatable bladder, wherein fluid communication between the first fluid chamber and the second fluid chamber is via the pressure relief valve; and characterised in that the first inflatable bladder is coupled to the inlet valve at a first location along a length of the inlet valve and the second inflatable bladder is coupled to the inlet valve at a second location along the length of the inlet valve such that the first inflatable bladder is indirectly coupled to the second inflatable bladder via the inlet valve, wherein the inflatable component comprises complete layer redundancy via the first and second inflatable bladders. a first inflatable bladder defining a first fluid chamber; a second inflatable bladder defining a second fluid chamber, wherein the second inflatable bladder circumscribes the first inflatable bladder such that the first inflatable bladder is disposed in the second fluid chamber; an inlet valve coupled to the first inflatable bladder and the second inflatable bladder, wherein the inlet valve is configured to deliver fluid to the first fluid chamber; and a pressure relief valve coupled to the first inflatable bladder, wherein fluid communication between the first fluid chamber and the second fluid chamber is via the pressure relief valve; and characterised in that the first inflatable bladder is coupled to the inlet valve at a first location along a length of the inlet valve and the second inflatable bladder is coupled to the inlet valve at a second location along the length of the inlet valve such that the first inflatable bladder is indirectly coupled to the second inflatable bladder via the inlet valve, wherein the inflatable component comprises complete layer redundancy via the first and second inflatable bladders.
A device for storing thermal energy, including: - a first internal stratified thermal storage tank including a coolant for storing thermal energy, and including at least one coolant distribution conduit (40, 41), and - a coolant distribution system for the injection and/or the bleeding of coolant, including: - a second external coolant distribution tank in which the first internal thermal storage tank is at least partially contained, including at least one coolant distribution conduit (60, 61), and - at least one porous interface formed in a portion of the wall of the first internal thermal storage tank contained in the second external coolant distribution tank, a fluid communication thus being made between the first internal thermal storage tank and the second external coolant distribution tank through said at least one porous interface so as to allow the coolant distribution, characterised in that the first internal thermal storage tank includes a first coolant distribution conduit in the upper portion thereof and a second coolant distribution conduit in the lower portion thereof. - a first internal stratified thermal storage tank including a coolant for storing thermal energy, and including at least one coolant distribution conduit (40, 41), and - a coolant distribution system for the injection and/or the bleeding of coolant, including: - a second external coolant distribution tank in which the first internal thermal storage tank is at least partially contained, including at least one coolant distribution conduit (60, 61), and - at least one porous interface formed in a portion of the wall of the first internal thermal storage tank contained in the second external coolant distribution tank, a fluid communication thus being made between the first internal thermal storage tank and the second external coolant distribution tank through said at least one porous interface so as to allow the coolant distribution, - a second external coolant distribution tank in which the first internal thermal storage tank is at least partially contained, including at least one coolant distribution conduit (60, 61), and - at least one porous interface formed in a portion of the wall of the first internal thermal storage tank contained in the second external coolant distribution tank, a fluid communication thus being made between the first internal thermal storage tank and the second external coolant distribution tank through said at least one porous interface so as to allow the coolant distribution,
A torque sensor including a first region (11,41) coupled to a first mechanism, a second region (12,42) coupled to a second mechanism, and a plurality of third regions (13,43) connecting the first region (11,41) and the second region (12,42), a torque to be measured being transmitted between the first region (11,41) and the second region (12,42) via the third region, the torque sensor comprising: a first strain generation part (14,44) comprising a first end (14a,44a), a second end (14b,44b), and a first intermediate portion (14c,44c) between the first end and the second end, the first end (14a,44a) being provided on the first region (11,41), the first intermediate portion (14c,44c) being provided on the second region (12,42); a second strain generation part (15,45) comprising a third end (15a,45a), a fourth end (15b,45b), and a second intermediate portion (15c,45c) between the third end and the fourth end, the third end (15a,45a) being provided on the first region (11,41), the second intermediate portion (15c,45c) being provided on the second region (12,42), the fourth end (15b,45b) being arranged near the second end (14b,44b) of the first strain generation part, characterized in that; the second end (14b, 44b) of the first strain generation part (14,44) is opposed to and spaced apart in a predetermined interval from the fourth end (15b,45b) of the second strain generation part (15,45); and a strain body (16,46) connecting the second end (14b,44b) of the first strain generation part (14,44) and the fourth end (15b,45b) of the second strain generation part (15,45) and being provided with a resistor. a first strain generation part (14,44) comprising a first end (14a,44a), a second end (14b,44b), and a first intermediate portion (14c,44c) between the first end and the second end, the first end (14a,44a) being provided on the first region (11,41), the first intermediate portion (14c,44c) being provided on the second region (12,42); a second strain generation part (15,45) comprising a third end (15a,45a), a fourth end (15b,45b), and a second intermediate portion (15c,45c) between the third end and the fourth end, the third end (15a,45a) being provided on the first region (11,41), the second intermediate portion (15c,45c) being provided on the second region (12,42), the fourth end (15b,45b) being arranged near the second end (14b,44b) of the first strain generation part, characterized in that; the second end (14b, 44b) of the first strain generation part (14,44) is opposed to and spaced apart in a predetermined interval from the fourth end (15b,45b) of the second strain generation part (15,45); and a strain body (16,46) connecting the second end (14b,44b) of the first strain generation part (14,44) and the fourth end (15b,45b) of the second strain generation part (15,45) and being provided with a resistor.
A frame for maintaining a coil of solid or cored wire (3, 4) with an external metal surface for achieving addition of substances in a liquid metal bath by unwinding said coil in said bath, including uprights clasping said coil and the internal faces of which come into contact with the outer most layer of turns of the wire forming said coil, characterized in that said internal faces of said uprights include at least on a portion of their length, means tending to intensify the contact between these uprights and the wire by increasing the adherence between all or part of the turns (3, 4) of the last layer of turns of said wire and the uprights and/or maintaining all or part of the turns (3, 4) of the last layer of turns of said wire in housings formed on said uprights.
An exhaust purification device comprising: an exhaust pipe configured to discharge exhaust gas from an internal combustion engine; a filter provided in the exhaust pipe and configured to collect a particulate matter contained in the exhaust gas; a plurality of electrodes configured to apply electric fields to a plurality of regions of the filter, respectively; and a power supply configured to apply at least two AC signals mutually different in phase to the plurality of electrodes. an exhaust pipe configured to discharge exhaust gas from an internal combustion engine; a filter provided in the exhaust pipe and configured to collect a particulate matter contained in the exhaust gas; a plurality of electrodes configured to apply electric fields to a plurality of regions of the filter, respectively; and a power supply configured to apply at least two AC signals mutually different in phase to the plurality of electrodes.
A method for determining an association among Internet of Things. IoT, devices, comprising: receiving, at a first IoT device, an identifier of a second IoT device; obtaining, by the first IoT device, a schema of the second IoT device based on the identifier of the second IoT device; and determining, by the first IoT device, whether or not there is an association between the first IoT device and the second IoT device based on a schema of the first IoT device and the schema of the second IoT device, wherein the schema of the first IoT device comprises schema elements and corresponding values of the first IoT device and the schema of the second IoT device comprises schema elements and corresponding values of the second IoT device. receiving, at a first IoT device, an identifier of a second IoT device; obtaining, by the first IoT device, a schema of the second IoT device based on the identifier of the second IoT device; and determining, by the first IoT device, whether or not there is an association between the first IoT device and the second IoT device based on a schema of the first IoT device and the schema of the second IoT device,
A fluid dispenser device comprising: a fluid dispenser member such as a manually-actuated pump or valve, said fluid dispenser member being fastened by a fastener ring on a reservoir; an actuator head that is mounted on said dispenser member, and that is movable so as to actuate said dispenser member; • a removable blocking element that, in its blocking position, prevents the dispenser member from being actuated; and • at least one breakable element that is secured to the blocking element so as to indicate first use; said blocking element being assembled around the fastener ring, between the head and the reservoir, and, in its blocking position, cooperating with said actuator head and said reservoir so as to prevent said actuator head from moving axially relative to said reservoir, the device being characterized in that said at least one breakable element surrounds said blocking element, at least in part, before first use. a fluid dispenser member such as a manually-actuated pump or valve, said fluid dispenser member being fastened by a fastener ring on a reservoir; an actuator head that is mounted on said dispenser member, and that is movable so as to actuate said dispenser member; • a removable blocking element that, in its blocking position, prevents the dispenser member from being actuated; and • at least one breakable element that is secured to the blocking element so as to indicate first use;
A solar battery comprising: a polymer resin layer on a solar cell; a concave pattern formed in the polymer resin layer and disposed on a non-active area of the solar cell; and an upper substrate on the polymer resin layer; the solar battery is characterized in that said upper substrate includes protrusions corresponding to and inserted in the concave pattern. a polymer resin layer on a solar cell; a concave pattern formed in the polymer resin layer and disposed on a non-active area of the solar cell; and an upper substrate on the polymer resin layer; the solar battery is characterized in that said upper substrate includes protrusions corresponding to and inserted in the concave pattern.