mhurhangee/ep-ind-claims huggingface dataset:
A system for generating an identifying response pattern comprising - a memory used as a physically unclonable function comprising a plurality of re-writable memory locations each memory location having at least two possible logical states, and an input for receiving an activation signal so as to cause each of said memory locations to enter one of its possible logical states, the entered state being dependent on physical, at least partially random characteristics of said memory, and thereby generating a response pattern of logical states useful for identifying the system, the generation of the response pattern is sensitive to degradation after repeated applications of the activation signal, - a memory-overwriting device configured for overwriting at least a first portion of the plurality of memory locations to obscure the response pattern in the memory, and - an anti-degradation device configured to write to each respective location of a second portion of the plurality of memory locations an inverse of a logical state previously read from the respective location of the second portion. - a memory used as a physically unclonable function comprising a plurality of re-writable memory locations each memory location having at least two possible logical states, and an input for receiving an activation signal so as to cause each of said memory locations to enter one of its possible logical states, the entered state being dependent on physical, at least partially random characteristics of said memory, and thereby generating a response pattern of logical states useful for identifying the system, the generation of the response pattern is sensitive to degradation after repeated applications of the activation signal, - a memory-overwriting device configured for overwriting at least a first portion of the plurality of memory locations to obscure the response pattern in the memory, and - an anti-degradation device configured to write to each respective location of a second portion of the plurality of memory locations an inverse of a logical state previously read from the respective location of the second portion.
A method of provision of an estimated tensile strength regarding steel sheet for shipping by use of estimation method of mechanical properties of temper rolled steel sheet having a 780 MPa or higher tensile strength, characterized by estimating a yield point from temper rolling conditions, based on actual rolling data with an elongation rate of 2.0% or less in a skinpass mill installed at an exit side of a continuous annealing line or galvanization facility by using an estimation formula to calculate the yield point from the temper rolling conditions which are values of elongation rate, tension and rolling load for rolling the rolled sheet in the skinpass mill, and a sheet thickness and sheet width of the rolled sheet; estimating a tensile strength of a temper rolled steel sheet from a correlative relationship between the yield point and tensile strength found in advance; and providing the estimated tensile strength to a user of said steel sheet through a computer and network.
A protective helmet including - an outer shell, and - an inner layer, - wherein the inner layer includes a plurality of pads (10; 17; 21; 22; 29; 31), - wherein the outer shell has a plurality of openings, - wherein between the inner layer and the outer shell there is arranged a functional and/or decorative layer, and - wherein the functional and/or decorative layer is visible through the openings, characterised in - that the functional and/or decorative layer is replaceable, and - that the functional and/or decorative layer is detachably secured to the outer shell at individual positions. - an outer shell, and - an inner layer, - wherein the inner layer includes a plurality of pads (10; 17; 21; 22; 29; 31), - wherein the outer shell has a plurality of openings, - wherein between the inner layer and the outer shell there is arranged a functional and/or decorative layer, and - wherein the functional and/or decorative layer is visible through the openings, - that the functional and/or decorative layer is replaceable, and - that the functional and/or decorative layer is detachably secured to the outer shell at individual positions.
An electronic device supported at a data processing system and presenting itself as a PCIe device to the data processing system, the data processing system comprising a central processing unit and a PCIe data bus, and the electronic device having two components: a controller unit located at the central processing unit, the controller unit comprising at least some of a logical functionality of the PCIe device, and being operable to handle I/O requests for the electronic device; and a peripheral component accessible to the controller unit over the PCIe data bus; wherein the controller unit is configured to be responsive to I/O requests directed to the peripheral component. a controller unit located at the central processing unit, the controller unit comprising at least some of a logical functionality of the PCIe device, and being operable to handle I/O requests for the electronic device; and a peripheral component accessible to the controller unit over the PCIe data bus; wherein the controller unit is configured to be responsive to I/O requests directed to the peripheral component.
Refrigerated container with a body comprising a storage chamber, with a cover which can be placed on the body in at least two orientations and is configured, when fitted, to close the storage chamber at least largely, characterised in that the cover and/or the body comprises a refrigerant-receiving region which is fluidically connected to the storage chamber when the cover is placed on the body in a first orientation, and that the refrigerant-receiving region is fluidically substantially separated from the storage chamber when the cover is placed on the body in a second orientation.
A method for controlling a mobile device having a parallax scrolling function, the method comprising: displaying a plurality of objects on a touch screen of the mobile device, the plurality of objects including a first object and a second object; detecting a touch (502, 602, 802, 902, 1002, 1202, 1302, 1402, 1502, 1602, 1802, 1902, 2002, 2302) for scrolling the plurality of objects on the touch screen; and in response to detecting the touch initiating scrolling of the first object at a first time based on a first attribute associated with the first object and initiating scrolling of the second object at a second time based on a second attribute associated with the second object, wherein the first time is different from the second time. displaying a plurality of objects on a touch screen of the mobile device, the plurality of objects including a first object and a second object; detecting a touch (502, 602, 802, 902, 1002, 1202, 1302, 1402, 1502, 1602, 1802, 1902, 2002, 2302) for scrolling the plurality of objects on the touch screen; and in response to detecting the touch initiating scrolling of the first object at a first time based on a first attribute associated with the first object and initiating scrolling of the second object at a second time based on a second attribute associated with the second object, wherein the first time is different from the second time.
A back light unit comprising: a light guide film including a light entering part defined at one side, a light guiding part extending from the one side to an opposite side of the one side, and a light radiating part defined on one plane surface; a light radiator (VHOE) disposed on the light radiating part; a first light source disposed near to the light entering part; and a light collimator including a horizontal taper part including a light incident surface facing the first light source, wherein the horizontal taper part has two side surfaces expanding from the light incident surface with the same height and collimates the expanding light from the first light source on a horizontal plane; and a vertical wedge part extending from the horizontal taper part, wherein the vertical wedge part collimates the expanding light from the first light source on a vertical plane, wherein at least the vertical wedge part is disposed at the light entering part and is attached on said one plane surface of the light guide film by an adhesive layer wherein the light collimator receives an expanding light from the first light source, converts the expanding light into a collimated light, and provides the collimated light to the light entering part. a light guide film including a light entering part defined at one side, a light guiding part extending from the one side to an opposite side of the one side, and a light radiating part defined on one plane surface; a light radiator (VHOE) disposed on the light radiating part; a first light source disposed near to the light entering part; and a light collimator including a horizontal taper part including a light incident surface facing the first light source, wherein the horizontal taper part has two side surfaces expanding from the light incident surface with the same height and collimates the expanding light from the first light source on a horizontal plane; and a vertical wedge part extending from the horizontal taper part, wherein the vertical wedge part collimates the expanding light from the first light source on a vertical plane, wherein at least the vertical wedge part is disposed at the light entering part and is attached on said one plane surface of the light guide film by an adhesive layer wherein the light collimator receives an expanding light from the first light source, converts the expanding light into a collimated light, and provides the collimated light to the light entering part.
A row unit of a planter comprising: a frame to support the row unit (1700; 1800); a hopper supported by the frame; a fill tube supplying the hopper; a tube inlet to the fill tube or an inlet to the fill tube; and a backflow preventer disposed in the tube inlet or the fill tube; characterized in that the backflow preventer is disposed in the fill tube and the backflow preventer comprises an elastomeric member (62; 65) that is configured to open under flow of material into the hopper and that is configured to close or collapse when material is not flowing into the hopper to prevent gravitational flow from the hopper through the fill tube. a frame to support the row unit (1700; 1800); a hopper supported by the frame; a fill tube supplying the hopper; a tube inlet to the fill tube or an inlet to the fill tube; and a backflow preventer disposed in the tube inlet or the fill tube; characterized in that the backflow preventer is disposed in the fill tube and the backflow preventer comprises an elastomeric member (62; 65) that is configured to open under flow of material into the hopper and that is configured to close or collapse when material is not flowing into the hopper to prevent gravitational flow from the hopper through the fill tube.
A spinning reel comprising: a reel body, a driving member rotatably supported on the reel body, a housing part that at least partially accommodates the driving member extending through an opening thereof, and a magnetic seal device sealing a gap between the driving member and the opening of the housing part, wherein the magnetic seal device includes a magnet, first and second magnetic plates (9a, 9b) which maintain the magnet, the first magnetic plate is located adjacent the housing part and the second magnetic plate is located on an opposite side of the magnet with respect to the housing part, and a magnetic fluid maintained at a gap between the driving member and at least one of the first magnetic plate and the second magnetic plate, wherein an external diameter of the housing part is larger than the external diameter of the magnetic seal device, characterized in that an external diameter of the first magnetic plate is larger than an external diameter of the second magnetic plate. a reel body, a driving member rotatably supported on the reel body, a housing part that at least partially accommodates the driving member extending through an opening thereof, and a magnetic seal device sealing a gap between the driving member and the opening of the housing part, wherein the magnetic seal device includes a magnet, first and second magnetic plates (9a, 9b) which maintain the magnet, the first magnetic plate is located adjacent the housing part and the second magnetic plate is located on an opposite side of the magnet with respect to the housing part, and a magnetic fluid maintained at a gap between the driving member and at least one of the first magnetic plate and the second magnetic plate, wherein an external diameter of the housing part is larger than the external diameter of the magnetic seal device, characterized in that an external diameter of the first magnetic plate is larger than an external diameter of the second magnetic plate.
A light-reflective anisotropic conductive adhesive for use in anisotropic conductive connection of a light-emitting element to a wiring board, the light-reflective anisotropic conductive adhesive comprising: a thermosetting resin composition containing a silicone resin and a curing agent; conductive particles; and light-reflective insulating particles, wherein the silicone resin is a glycidyloxyalkyl-alicyclic alkyl-modified organopolysiloxane, wherein the light-reflective insulating particle is at least one kind of inorganic particles selected from the group consisting of titanium oxide, boron nitride, zinc oxide, silicon oxide, and aluminum oxide.
Method of monitoring a first winding set and at least one second winding set of a stator of a generator during operation, characterized in that the method comprising: obtaining a first strength (X1,2f) of a second harmonic of a first power (17, 19, 21) produced from the first winding set; obtaining a second strength (X2,2f) of a second harmonic of a second power (25, 27, 29) produced from the second winding set; diagnosing the first winding set and/or the second winding set based on a second harmonic power difference between the first strength (X1,2f) and the second strength (X2,2f). obtaining a first strength (X1,2f) of a second harmonic of a first power (17, 19, 21) produced from the first winding set; obtaining a second strength (X2,2f) of a second harmonic of a second power (25, 27, 29) produced from the second winding set; diagnosing the first winding set and/or the second winding set based on a second harmonic power difference between the first strength (X1,2f) and the second strength (X2,2f).
A system comprising an automatic-metering wireless device (200, 600) and a meter device (100, 150, 600) having a case, the automatic-metering wireless device (200, 600) attached to the meter device having a first magnetic generator, the wireless device (200, 600) comprising: a body; a readout reed switch for sensing magnetism generated by the first magnetic generator, the readout reed switch having an ON region which is an operation region of the readout reed switch; said case being formed such that the ON region of the readout reed switch is partially outside said case; a projection protruding from the body in a first direction, and disposed in a recess of the meter device (100, 150, 600) and including the readout reed switch; a first securing part for securing the body in the first direction with respect to the meter device (100, 150, 500); and a second securing part for securing the body in a second direction substantially orthogonal to the first direction, with respect to the meter device (100, 150, 500), wherein the readout reed switch is disposed within a region in which the reed switch can sense a first magnetism, the first magnetism being generated by the first magnetic generator; a tamper-resistant reed switch for sensing a second magnetism generated by a second magnetic generator, the tamper-resistant reed switch being disposed at a location such that the first magnetic generator does not enter an ON region of the tamper-resistant reed switch, a protection part that is a defensive wall, wherein said defensive wall is disposed as a physical barrier in order to keep said second magnetic generator out of a to-be-protected region, the to-be-protected region being a region within said ON region of the readout reed switch, and the to-be-protected region being a region outside the ON region of the tamper-resistant reed switch, and the to-be-protected region being a region outside said case. a body; a readout reed switch for sensing magnetism generated by the first magnetic generator, the readout reed switch having an ON region which is an operation region of the readout reed switch; said case being formed such that the ON region of the readout reed switch is partially outside said case; a projection protruding from the body in a first direction, and disposed in a recess of the meter device (100, 150, 600) and including the readout reed switch; a first securing part for securing the body in the first direction with respect to the meter device (100, 150, 500); and a second securing part for securing the body in a second direction substantially orthogonal to the first direction, with respect to the meter device (100, 150, 500),
A threaded device comprising a crest a root, a load flank a stab flank, and a pitch p, wherein the crest is oriented rearward compared to a screwing axis X-X' and wherein the load flank makes an angle β with an axis Y orthogonal to the screwing axis X-X', wherein said angle β is comprised between 15° and 45° and wherein the crest is beveled, in such a way that its extremity is provided with a flat portion q and wherein that threaded device is either a filter or a housing comprising a filter.
A combination of a vascular device and a retention member, the vascular device composed of shape memory material and comprising a longitudinal axis, a plurality of struts having a distal portion and a proximal portion, the distal portions of the struts terminating in free ends and being retained in a converged position by the retention member, the struts diverging radially outwardly proximally in the converged position, and a plurality of vessel engaging members extending from the proximal portion of the struts for engaging the internal wall of a vessel, wherein release of retention of the distal portions of the struts by movement of the retention member in a distal direction enables the struts to return to their shape memorized position, causing the distal portions of the struts to move outwardly away from the longitudinal axis so the distal ends diverge radially outwardly and causing the proximal portions of the struts to move inwardly toward the longitudinal axis, whereby the vessel engaging members are adapted to pull the internal wall of the vessel radially inwardly.
A process for producing a crushed foam coating on a substrate comprising (a) introducing gas into an aqueous coating composition to produce a wet foam, (b) applying a layer of the wet foam to a substrate, (c) drying the layer of wet foam to a water content of 2% to 20% by weight, to produce a layer of dried foam, and (d) crushing the layer of dried foam to produce a layer of crushed dried foam, wherein the aqueous coating composition comprises one or more binder polymers and a collection of multi-stage copolymer particles having a core and a shell, having a weight average diameter of 2-20 μm, wherein said multi-stage copolymer particles are multi-stage graded refractive index (GRIN) copolymer particles comprising a core having a glass transition temperature (Tg) of 20°C or less, determined by differential scanning calorimetry at 10°C, using the midpoint method. (a) introducing gas into an aqueous coating composition to produce a wet foam, (b) applying a layer of the wet foam to a substrate, (c) drying the layer of wet foam to a water content of 2% to 20% by weight, to produce a layer of dried foam, and (d) crushing the layer of dried foam to produce a layer of crushed dried foam,
Housing for an electronic control unit of a vehicle, the housing comprising: - a base body for attachment to a fixing portion of a vehicle and defining at least one receiving portion for receiving an electrical connector for connection with a ECU; - a dust cover for covering the receiving portion, the dust cover being hingedly connected to the base body, such that the dust cover is pivotable into a first position, in which the dust cover covers the receiving portion and a second position, in which the receiving portion is accessible; and first and second corresponding engagement sections (30, 32), engaging with each other, when the dust cover is in the first position for holding the dust cover in the first position, characterized by a guiding mechanism for providing lateral guidance of the dust cover at least along a portion of the movement when the dust cover is moved from the second to the first position. - a base body for attachment to a fixing portion of a vehicle and defining at least one receiving portion for receiving an electrical connector for connection with a ECU; - a dust cover for covering the receiving portion, the dust cover being hingedly connected to the base body, such that the dust cover is pivotable into a first position, in which the dust cover covers the receiving portion and a second position, in which the receiving portion is accessible; and
A hearing device comprising: - a processing unit; - a wireless transceiver connected to the processing unit; and - a receiver connected to the processing unit for converting an output signal into an audio output signal; wherein the hearing device is configured to perform mirror service between the hearing device and another hearing device according to one or more mirror service properties, wherein the mirror service comprises transmitting mirror service packets (18, 18') with a packet format at a packet transmission rate; at least one of the mirror service packets comprising one or more hearing device operating parameters including a first hearing device operating parameter, wherein the processing unit is configured to: - obtain the first hearing device operating parameter; - determine if a change criterion is fulfilled, wherein the change criterion is based on the first hearing device operating parameter; and - change a mirror service property, if the change criterion is fulfilled; wherein the mirror service property comprises the packet format; wherein the processing unit is configured to change the mirror service property by changing the packet format from a first packet format to a second packet format; and wherein the packet comprises one or more fields (22, 24, 26, 28); wherein a field of the packet comprises a packet format identifier indicative of the packet type. - a processing unit; - a wireless transceiver connected to the processing unit; and - a receiver connected to the processing unit for converting an output signal into an audio output signal; - obtain the first hearing device operating parameter; - determine if a change criterion is fulfilled, wherein the change criterion is based on the first hearing device operating parameter; and - change a mirror service property, if the change criterion is fulfilled;
A process for the preparation of hexamethylenediamine by hydrogenation of adiponitrile in the presence of a Raney nickel catalyst, wherein a Raney nickel catalyst modified by treatment with carbon monoxide or carbon dioxide in a liquid medium is used.