mhurhangee/ep-ind-claims huggingface dataset:
A ring interconnection network system comprising a plurality of ring networks which have a plurality of nodes and a transmission line connecting these nodes in a ring and a plurality of connection parts which connect the plurality of ring networks to each other, said ring interconnection network system characterized by comprising: a first self-healing function which, when a failure has occurred in said ring networks, forms a shortest communication route to avoid the failure; a second self-healing function which, when a failure has occurred in said connection parts, forms a communication route to avoid the failure; and switching control means for causing said first self-healing function and said second self-healing function to function in cooperation with each other. a first self-healing function which, when a failure has occurred in said ring networks, forms a shortest communication route to avoid the failure; a second self-healing function which, when a failure has occurred in said connection parts, forms a communication route to avoid the failure; and switching control means for causing said first self-healing function and said second self-healing function to function in cooperation with each other.
An LED based illumination device, comprising: a plurality of LEDs mounted to a top surface of an LED mounting board, wherein the LED mounting board includes a heat dissipating bottom surface opposite the top surface of the LED mounting board; a heat sink disposed below the LED mounting board and in contact with the heat dissipating bottom surface; a peripheral electrical circuit board disposed below light emitting surfaces of the plurality of LEDs and surrounding at least a portion of the heat sink; a housing configured to capture the LED mounting board, the heat sink and the peripheral electrical circuit board; and a primary electrical circuit board electrically coupled to the peripheral electrical circuit board and electrically coupled to the LED mounting board to supply electrical current to the plurality of LEDs, characterized in that the primary electrical circuit board is fixed to a mounting plate and is shaped to fit around the heat sink. a plurality of LEDs mounted to a top surface of an LED mounting board, wherein the LED mounting board includes a heat dissipating bottom surface opposite the top surface of the LED mounting board; a heat sink disposed below the LED mounting board and in contact with the heat dissipating bottom surface; a peripheral electrical circuit board disposed below light emitting surfaces of the plurality of LEDs and surrounding at least a portion of the heat sink; a housing configured to capture the LED mounting board, the heat sink and the peripheral electrical circuit board; and a primary electrical circuit board electrically coupled to the peripheral electrical circuit board and electrically coupled to the LED mounting board to supply electrical current to the plurality of LEDs, characterized in that the primary electrical circuit board is fixed to a mounting plate and is shaped to fit around the heat sink.
A heat transfer composition comprising from 30 to 90 % by weight trans-1,3,3,3-tetrafluoropropene (R-1234ze), up to 20 % by weight difluoromethane (R-32) and from 10 to 50 % by weight 1,1,1,2-tetrafluoroethane (R-134a), wherein the composition comprises substantially no 3,3,3-trifluoropropene.
A method for touch-based operation in a mobile device, the method comprising: displaying, on a touch screen (141,143) of the mobile device, a communication-related list comprising a plurality of items; detecting, on the touch screen (141,143), a first touch input at a first touchdown location on a first item of the plurality of items; in response to detecting a drag input from the first touchdown location in a first direction towards a first side of the first item, moving the first item on the touch screen (141,143) in the first direction corresponding to the drag input, and displaying an icon at a second side of the first item, wherein the icon represents a deletion of the first item assigned to the drag input in the first direction on the first item, and wherein the second side of the first item is opposite to the first side; and executing the deletion of the first item from the communication-related list in response to detecting at least the drag input in the first direction to a point beyond a critical point which changes depending on the first touchdown location. displaying, on a touch screen (141,143) of the mobile device, a communication-related list comprising a plurality of items; detecting, on the touch screen (141,143), a first touch input at a first touchdown location on a first item of the plurality of items; in response to detecting a drag input from the first touchdown location in a first direction towards a first side of the first item, moving the first item on the touch screen (141,143) in the first direction corresponding to the drag input, and displaying an icon at a second side of the first item, wherein the icon represents a deletion of the first item assigned to the drag input in the first direction on the first item, and wherein the second side of the first item is opposite to the first side; and executing the deletion of the first item from the communication-related list in response to detecting at least the drag input in the first direction to a point beyond a critical point which changes depending on the first touchdown location.
A semiconductor device comprising: a circuit to be tested having a scan chain; and a first test control device and a second test control device that perform a scan test of the circuit to be tested by using the scan chain, wherein the second test control device performs a second scan test of the circuit to be tested, the circuit to be tested gives the first test control device an instruction to perform a first scan test after the second scan test is performed, and the first test control device performs a first scan test of the circuit to be tested in response to an instruction from the circuit to be tested. a circuit to be tested having a scan chain; and a first test control device and a second test control device that perform a scan test of the circuit to be tested by using the scan chain, wherein the second test control device performs a second scan test of the circuit to be tested, the circuit to be tested gives the first test control device an instruction to perform a first scan test after the second scan test is performed, and the first test control device performs a first scan test of the circuit to be tested in response to an instruction from the circuit to be tested.
A hub-based AVC system comprising: a hub associated with a rotary wing aircraft, the hub configured for rotation about a hub axis of rotation at a hub frequency; at least one controller; at least one sensor in electronic communication with the at least one controller, the at least one sensor configured to measure at least one vibration associated with the rotary wing aircraft; at least one pair of imbalanced rotors coupled with the hub, wherein the at least one controller is configured to provide control to at least one of the imbalanced rotors (110, 120); wherein the at least one pair of imbalanced rotors (110, 120) is configured for co-rotation at a controllable rotor speed, and wherein a phase associated with each imbalanced rotor (110, 120) is adjustable to create a controllable rotating force vector, characterized by the at least one pair of imbalanced rotors comprising: a first imbalanced rotor having a first axis of rotation that is offset in a first direction from the hub axis of rotation; and a second imbalanced rotor having a second axis of rotation that is offset from the hub axis of rotation in a second direction that is different from the first direction. a hub associated with a rotary wing aircraft, the hub configured for rotation about a hub axis of rotation at a hub frequency; at least one controller; at least one sensor in electronic communication with the at least one controller, the at least one sensor configured to measure at least one vibration associated with the rotary wing aircraft; at least one pair of imbalanced rotors coupled with the hub, wherein the at least one controller is configured to provide control to at least one of the imbalanced rotors (110, 120); wherein the at least one pair of imbalanced rotors (110, 120) is configured for co-rotation at a controllable rotor speed, and wherein a phase associated with each imbalanced rotor (110, 120) is adjustable to create a controllable rotating force vector, characterized by the at least one pair of imbalanced rotors comprising: a first imbalanced rotor having a first axis of rotation that is offset in a first direction from the hub axis of rotation; and a second imbalanced rotor having a second axis of rotation that is offset from the hub axis of rotation in a second direction that is different from the first direction. a first imbalanced rotor having a first axis of rotation that is offset in a first direction from the hub axis of rotation; and a second imbalanced rotor having a second axis of rotation that is offset from the hub axis of rotation in a second direction that is different from the first direction.
A power line communication apparatus comprising: a mains power connector assembly comprising at least three first connectors; a mains filter with at least three first ports, at least three second ports and at least three filter paths, wherein each first port is electrically connected to one of the first connectors and each filter path is provided between one of the first and one of the second ports (221, 222), and wherein the mains filter comprises a low-pass filter with each filter path including at least one serial filter element; an AC power socket comprising at least three second connectors, wherein each second connector is electrically connected to one of the second ports; a power line communication unit electrically connected with each of the first ports, wherein the power line communication unit is configured to transmit and/or receive data according to a transmission method using more than one transmission channel between two devices connected via a power line wiring. a mains power connector assembly comprising at least three first connectors; a mains filter with at least three first ports, at least three second ports and at least three filter paths, wherein each first port is electrically connected to one of the first connectors and each filter path is provided between one of the first and one of the second ports (221, 222), and wherein the mains filter comprises a low-pass filter with each filter path including at least one serial filter element; an AC power socket comprising at least three second connectors, wherein each second connector is electrically connected to one of the second ports; a power line communication unit electrically connected with each of the first ports, wherein the power line communication unit is configured to transmit and/or receive data according to a transmission method using more than one transmission channel between two devices connected via a power line wiring.
An image-capturing apparatus including an image sensor having a plurality of pixel lines, each of the plurality of pixel lines including a plurality of pixels which photoelectrically convert a subject image, comprising: color filters in which a plurality of colors are periodically arranged in a Bayer matrix to limit a wavelength of incident light for each pixel of the image sensor; a plurality of pairs of focus detection pixels to detect, by phase difference detection, focus of a lens which forms the subject image, arranged in the image sensor at a predetermined pitch; wherein a first focus detection pixel and a second focus detection pixel, which constitute each pair of focus detection pixels, are arranged at a distance shorter than the predetermined pitch, and wherein the first focus detection pixel and the second focus detection pixel, which constitute each pair of focus detection pixels, are respectively arranged at positions of a red and a blue pixel that are adjacent in the diagonal direction, and each focus detection pixel includes a colorless filter, and wherein, in the two adjacent pairs of focus detection pixels in a direction perpendicular to the phase difference detection, layouts of the first focus detection pixel and the second focus detection pixel are swapped. color filters in which a plurality of colors are periodically arranged in a Bayer matrix to limit a wavelength of incident light for each pixel of the image sensor; a plurality of pairs of focus detection pixels to detect, by phase difference detection, focus of a lens which forms the subject image, arranged in the image sensor at a predetermined pitch; wherein a first focus detection pixel and a second focus detection pixel, which constitute each pair of focus detection pixels, are arranged at a distance shorter than the predetermined pitch, and wherein the first focus detection pixel and the second focus detection pixel, which constitute each pair of focus detection pixels, are respectively arranged at positions of a red and a blue pixel that are adjacent in the diagonal direction, and each focus detection pixel includes a colorless filter, and wherein, in the two adjacent pairs of focus detection pixels in a direction perpendicular to the phase difference detection, layouts of the first focus detection pixel and the second focus detection pixel are swapped.
A heat activated structural adhesive that is solid and dry to the touch at ambient temperature comprising - a phenoxy resin - being supplied as a solution to the other components and the solvent being a liquid epoxy resin, and - present in an amount of more than 30 % by weight based on the weight of the structural adhesive, - an impact modifier and - a curing agent for the phenoxy resin, that can be activated to develop adhesive properties at an elevated temperature and which can be moulded at a temperature below the activation temperature of the curing agent (to create either a flat piece, or a three dimensional complex shape) without curing by forming at a temperature between ambient and the elevated curing temperature. - a phenoxy resin - being supplied as a solution to the other components and the solvent being a liquid epoxy resin, and - present in an amount of more than 30 % by weight based on the weight of the structural adhesive, - being supplied as a solution to the other components and the solvent being a liquid epoxy resin, and - present in an amount of more than 30 % by weight based on the weight of the structural adhesive, - an impact modifier and - a curing agent for the phenoxy resin,
An electrolytic system for an internal combustion engine comprising: an electrolyte tank for receiving an electrolytic fluid therein; a plurality of electrodes including at least one anode and at least one cathode supported in the electrolyte tank for communication with the electrolytic fluid therein; a power source arranged to apply an electrical potential between said at least one anode and said at least one cathode so as to generate a current through the electrolytic fluid and produce an electrolytic reaction in the electrolyte tank which produces combustible gases; a gas outlet arranged to direct a flow of the combustible gases from the electrolyte tank to the internal combustion engine; a hollow passage within at least one of the electrodes supported in the electrolytic tank, in which the hollow passage does not communicate with the electrolytic fluid in the electrolyte tank; a coolant system arranged to circulate a heat exchange fluid through the hollow passage in said at least one of the electrodes so as to be arranged to exchange heat with said at least one of the electrodes; and a cooling device supported externally of the electrolytic tank, wherein the coolant system is arranged to circulate the heat exchange fluid between said hollow passage and the cooling device. an electrolyte tank for receiving an electrolytic fluid therein; a plurality of electrodes including at least one anode and at least one cathode supported in the electrolyte tank for communication with the electrolytic fluid therein; a power source arranged to apply an electrical potential between said at least one anode and said at least one cathode so as to generate a current through the electrolytic fluid and produce an electrolytic reaction in the electrolyte tank which produces combustible gases; a gas outlet arranged to direct a flow of the combustible gases from the electrolyte tank to the internal combustion engine; a hollow passage within at least one of the electrodes supported in the electrolytic tank, in which the hollow passage does not communicate with the electrolytic fluid in the electrolyte tank; a coolant system arranged to circulate a heat exchange fluid through the hollow passage in said at least one of the electrodes so as to be arranged to exchange heat with said at least one of the electrodes; and a cooling device supported externally of the electrolytic tank, wherein the coolant system is arranged to circulate the heat exchange fluid between said hollow passage and the cooling device.
A mold for molding a tire tread having a keyhole sipe, comprising: at least two raised portions having a channel therebetween, each raised portion including a grooved area; and at least one device for forming the keyhole sipe in the tread, the device including opposing ends along the length thereof with each end secured respectively within the grooved areas of each of the raised portions so that the device extends across the width of the channel between the raised portions, the device including an elongated body member having a blade extending in a direction away therefrom and substantially along the length thereof, the blade including a distal end defining an edge secured within a surface of the channel, the body member further including a cavity extending therethrough along the length thereof; wherein the body member is composed of a deformable material and a stiffening member being securely fixed in position within the cavity and extending substantially along the length of the body member to provide rigidity thereto, thereby limiting flexion of the body member during formation of the keyhole sipe; and wherein sidewalls of the raised portions are provided with the grooved areas as cooperating grooved areas including slots, the grooved areas with slots being shaped to receive an end of the device. at least two raised portions having a channel therebetween, each raised portion including a grooved area; and at least one device for forming the keyhole sipe in the tread, the device including opposing ends along the length thereof with each end secured respectively within the grooved areas of each of the raised portions so that the device extends across the width of the channel between the raised portions, the device including an elongated body member having a blade extending in a direction away therefrom and substantially along the length thereof, the blade including a distal end defining an edge secured within a surface of the channel, the body member further including a cavity extending therethrough along the length thereof; wherein the body member is composed of a deformable material and a stiffening member being securely fixed in position within the cavity and extending substantially along the length of the body member to provide rigidity thereto, thereby limiting flexion of the body member during formation of the keyhole sipe; and wherein sidewalls of the raised portions are provided with the grooved areas as cooperating grooved areas including slots, the grooved areas with slots being shaped to receive an end of the device.
Method for producing decorative parts having a rear side plastic carrier element being cast over with plastic in a casting tool for producing an upper layer on a front side visible side under process pressure, characterized in that the carrier element is fixed in the casting tool and, at least during the production of the upper layer, is applied with pressure at the rear side and in the direction of the upper layer to be produced on the front side visible side, which pressure counteracts the process pressure during the casting over with plastic, wherein said pressure is produced by compressed gas, in particular compressed air, being pressed into a cavity between an upper tool and the carrier element.
A glass composition consisting essentially of in mole percent: 40 to 80 percent SnO; 12 to less than 25 percent P 2 O 5; 0 to 15 percent ZnO; and greater than 0 to 40 percent metal oxide, wherein the metal oxide is selected from titanium oxide, vanadium oxide, iron oxide, niobium oxide, and combinations thereof. 40 to 80 percent SnO; 12 to less than 25 percent P 2 O 5; 0 to 15 percent ZnO; and greater than 0 to 40 percent metal oxide, wherein the metal oxide is selected from titanium oxide, vanadium oxide, iron oxide, niobium oxide, and combinations thereof.
A vascular endoprosthesis comprising: (a) a metallic substrate; and (b) a bisphosphonate having the general formula, characterized in that: R 1 represents (i) -C 1-5 unsubstituted alkyl, or (ii) -Cl; R 2 represents -H, -OH, or -Cl; M 1, M 2, M 3, M 4 represent independently of one another a hydrogen atom or any metallic atom, the bisphosphonate continuously coating the external surface of the metallic substrate as monolayer and as outermost layer, and at least one phosphonate moiety of the bisphosphonate being covalently and directly bonded to the external surface of the metallic substrate in the coating. (a) a metallic substrate; and (b) a bisphosphonate having the general formula, characterized in that: R 1 represents (i) -C 1-5 unsubstituted alkyl, or (ii) -Cl; R 2 represents -H, -OH, or -Cl; M 1, M 2, M 3, M 4 represent independently of one another a hydrogen atom or any metallic atom, the bisphosphonate continuously coating the external surface of the metallic substrate as monolayer and as outermost layer, and at least one phosphonate moiety of the bisphosphonate being covalently and directly bonded to the external surface of the metallic substrate in the coating. R 1 represents (i) -C 1-5 unsubstituted alkyl, or (ii) -Cl; R 2 represents -H, -OH, or -Cl; M 1, M 2, M 3, M 4 represent independently of one another a hydrogen atom or any metallic atom,