mhurhangee/ep-ind-claims huggingface dataset:
An ornithopter comprising: a main wing mounted on a fuselage; and a control system configured to control a flapping motion of the main wing, wherein the main wing comprises: an inner spar extending outwardly from the fuselage; an outer spar extending outwardly from the inner spar; and a wrist portion disposed between the inner spar and the outer spar, and configured to vary a bending angle (φ) within a predetermined angle range, the bending angle (φ) being a relative angle between the inner spar and the outer spar, wherein the control system comprises: an actuator configured to perform a raising motion of the inner spar by moving the inner spar in an upward direction and to perform a lowering motion of the inner spar by moving the inner spar in a downward direction; an angle sensor mounted in the wrist portion, and configured to measure the bending angle (φ); and a control unit configured to control the actuator to move the inner spar when the bending angle (φ) measured by the angle sensor equals a set reference value of the bending angle (φ) serving as a trigger. a main wing mounted on a fuselage; and a control system configured to control a flapping motion of the main wing, an inner spar extending outwardly from the fuselage; an outer spar extending outwardly from the inner spar; and a wrist portion disposed between the inner spar and the outer spar, and configured to vary a bending angle (φ) within a predetermined angle range, the bending angle (φ) being a relative angle between the inner spar and the outer spar, an actuator configured to perform a raising motion of the inner spar by moving the inner spar in an upward direction and to perform a lowering motion of the inner spar by moving the inner spar in a downward direction; an angle sensor mounted in the wrist portion, and configured to measure the bending angle (φ); and a control unit configured to control the actuator to move the inner spar when the bending angle (φ) measured by the angle sensor equals a set reference value of the bending angle (φ) serving as a trigger.
Awning with a rotatably mounted cloth shaft from which the cloth can be unrolled, the front end of which is attached to an extension profile, wherein the awning comprises at least one electric motor and the awning can be driven out and in by an electric motor, wherein the awning comprises a radio module for receiving and processing radio-frequency remote control signals and at least the electric motor is activated by means of a radio-frequency remote control via the radio module, wherein the radio module is constructed such that the radio link between the radio module and the radio-frequency remote control is bidirectional, wherein the radio module comprises an accumulator, characterised in that on a specific trigger signal the radio module switches into a diagnostic mode and performs a diagnosis of the electrical supply connection of the awning and/or of the electric motor and/or of the radio module and/or of the wiring inside the awning, and generates a status message and emits the status message.
A security pocket (100, 142, 172, 190) comprising: a panel having a first portion (104, 148, 174, 192), a second portion (110, 150, 176, 198), and a hinge portion (124, 152) separating the first portion (104, 148, 174, 192) and the second portion (110, 150, 176, 198), wherein: the first portion (104, 148, 174, 192) comprises an inner-facing surface (106, 112) and an outer-facing surface (108, 114), the second portion (110, 150, 176, 198) comprises an inner-facing surface (106, 112) and an outer-facing surface (108, 114), and wherein the inner-facing surface (106, 112) of the second portion (110, 150, 176, 198) comprises one or more slit openings (116, 118, 158, 187) extending into a space formed between the inner-facing surface (106, 112) and the outer-facing surface (108, 114) of the second portion (110, 150, 176, 198); and the hinge portion (124, 152) is adapted to enable the first portion (104, 148, 174, 192) to be folded over onto the second portion (110, 150, 176, 198) such that the fasteners (178, 184, 196, 202) of the first portion (104, 148, 174, 192) engage the fasteners (178, 184, 196, 202) of the second portion (110, 150, 176,198), characterized in that the majority of the inner-facing surface (106, 112) of the first portion (104, 148, 174, 192) is overlaid with one of hook fasteners or loop fasteners (178, 184, 196, 202) and wherein the majority of the inner-facing surface (106, 112) of the second portion (110, 150, 176,198) is overlaid with fasteners (178, 184, 196, 202) that are complementary to the fasteners (178, 184, 196, 202) of the first portion (104, 148, 174, 192).
A water-based dispersion adhesive composition comprising: a) an aqueous polymer dispersion comprising water and at least one water-dispersible polymer, b) at least one calcium ion complexing agent selected from the group consisting of mono saccharides, sugar alcohols derived from mono saccharides, sugar acids derived from mono saccharides and salts thereof, and compounds containing at least two dicarboxy amine groups, c) at least one calcium ion precipitating agent, and d) at least one calcium-containing filler, wherein the at least one calcium ion precipitating agent is selected from the group consisting of alkali and earth alkaline metal sulfates, alkali metal disulfates, and earth alkaline metal disulfates, having a water solubility of at least 1.0 g/100 ml at temperature of 20 °C and wherein the total amount of the calcium ion complexing agent(s) is 0.1 - 5.0 % by weight, based on the total weight of the dispersion adhesive composition and the total amount of the calcium ion precipitating agent(s) is 0.1 - 5.0 % by weight, based on the total weight of the dispersion adhesive composition. a) an aqueous polymer dispersion comprising water and at least one water-dispersible polymer, b) at least one calcium ion complexing agent selected from the group consisting of mono saccharides, sugar alcohols derived from mono saccharides, sugar acids derived from mono saccharides and salts thereof, and compounds containing at least two dicarboxy amine groups, c) at least one calcium ion precipitating agent, and d) at least one calcium-containing filler, wherein the at least one calcium ion precipitating agent is selected from the group consisting of alkali and earth alkaline metal sulfates, alkali metal disulfates, and earth alkaline metal disulfates, having a water solubility of at least 1.0 g/100 ml at temperature of 20 °C and wherein the total amount of the calcium ion complexing agent(s) is 0.1 - 5.0 % by weight, based on the total weight of the dispersion adhesive composition and the total amount of the calcium ion precipitating agent(s) is 0.1 - 5.0 % by weight, based on the total weight of the dispersion adhesive composition.
A weaving machine for weaving a three-dimensional distance woven fabric including two outer fabrics (F1, F2) and a plurality of inter-yams connected with the outer fabrics (F1, F2), comprising: a warp let-off mechanism including at least two warp beams (110A, 110B) for providing and transferring a plurality of warps; a plurality of vertically arranged heald wires, supported by each of the heald frames, each of the heald wires having a heald eye for the warps passing through, the warps being driven and divided into two warp layers (Y1, Y2) by the heald frames, and a shed being formed between the two warp layers (Y1, Y2); a picking mechanism for transferring wefts to pass through the shed; a beating-up mechanism for pushing the wefts, the wefts and the warps being interwoven to form the outer fabrics (F1, F2), and the heald frames being located between the warp let-off mechanism and the beating-up mechanism; a take-up mechanism for adjusting and controlling latitude density of the three-dimensional distance woven fabric; and a yarn raising mechanism for passing through the shed and raising parts of the warps functioning as the inter-yams, characterized in that the yarn raising mechanism in the shed is suitable for moving towards the take-up mechanism such that the parts of the warps functioning as the inter-yams are pulled laterally. a warp let-off mechanism including at least two warp beams (110A, 110B) for providing and transferring a plurality of warps; a plurality of vertically arranged heald wires, supported by each of the heald frames, each of the heald wires having a heald eye for the warps passing through, the warps being driven and divided into two warp layers (Y1, Y2) by the heald frames, and a shed being formed between the two warp layers (Y1, Y2); a picking mechanism for transferring wefts to pass through the shed; a beating-up mechanism for pushing the wefts, the wefts and the warps being interwoven to form the outer fabrics (F1, F2), and the heald frames being located between the warp let-off mechanism and the beating-up mechanism; a take-up mechanism for adjusting and controlling latitude density of the three-dimensional distance woven fabric; and a yarn raising mechanism for passing through the shed and raising parts of the warps functioning as the inter-yams, characterized in that the yarn raising mechanism in the shed is suitable for moving towards the take-up mechanism such that the parts of the warps functioning as the inter-yams are pulled laterally.
A process of making a foaming aid comprising the steps of (i) providing a coffee extract obtained by extraction of roast and ground coffee beans at a temperature in the range of 110 to 200°C, (ii) isolating a surface active fraction of said extract by centrifugation to obtain a foaming aid, wherein the isolated surface active fraction is in the form of thermal sediments generated in the extraction phase. (i) providing a coffee extract obtained by extraction of roast and ground coffee beans at a temperature in the range of 110 to 200°C, (ii) isolating a surface active fraction of said extract by centrifugation to obtain a foaming aid, wherein the isolated surface active fraction is in the form of thermal sediments generated in the extraction phase.
An information notification method, comprising: receiving notification information, from a sending end, when determining that information sent to a receiving end remains unprocessed at the receiving end, the information remaining unprocessed comprising at least one of the following information: a missed call, an unread short message, an unread e-mail, and unread information, and the notification information is information comprising a vibration instruction; obtaining a sending identifier in the notification information and searching for information sent that remains unprocessed that has the sending identifier; and when the sending identifier is found as a result of the searching, triggering a vibration motor of the receiving end according to the vibration instruction, wherein, when at least two pieces of notification information are received in a preset time period and information that remains unprocessed corresponding to the at least two pieces of notification information is found in the preset time period, the vibration motor is triggered only once. receiving notification information, from a sending end, when determining that information sent to a receiving end remains unprocessed at the receiving end, the information remaining unprocessed comprising at least one of the following information: a missed call, an unread short message, an unread e-mail, and unread information, and the notification information is information comprising a vibration instruction; obtaining a sending identifier in the notification information and searching for information sent that remains unprocessed that has the sending identifier; and when the sending identifier is found as a result of the searching, triggering a vibration motor of the receiving end according to the vibration instruction, wherein, when at least two pieces of notification information are received in a preset time period and information that remains unprocessed corresponding to the at least two pieces of notification information is found in the preset time period, the vibration motor is triggered only once.
A lining or reflector material for high-temperature applications, in particular for furnaces, comprising a glass ceramic substrate having an infrared radiation reflecting layer that comprises titanium nitride, wherein a barrier layer is disposed on said infrared radiation reflecting layer as a protection against oxidation and corrosive chemical attack.
A device for taking samples from metal strips that have been rolled and wound into a coil, particularly in the thickness range of > 12 mm, with a coil rotating device and a separating device for separating the sample from the metal strip, wherein the coil rotating device has at least two rotatable supports (2, 3), preferably trough rollers, disposed in the bottom quadrant of the coil mounted on the coil rotating device, and an outer guide for the metal strip, characterized in that the outer guide spans a part of the circumference of the coil over more than 180° in the area behind the last support in the unwinding direction of the metal strip, and is furnished with friction reducing means on the inside of the outer guide.
System for the construction of floating platforms comprising a set of floating modules joined and made integral to each other with steel cables post-compressed and anchored to the seabed in order to obtain the invariability of the height of the platform to vary the loads acting on it and the excursion of the tides; these modules are of parallelepiped shape; the union of said modules is done by joining together the half of the longer vertical sides of parallelepipeds that make up the modules; these modules are made of reinforced concrete; inside the modules there is a septum made of reinforced concrete placed in the center line of the longer vertical sides of module; the modules are joined together in the pre-assembly phase by means of steel threaded rods and relative nuts and bolts for the clamping of the modules; these modules of the platform are made integral with each other by cables post-tensioned; characterized in that these cables of post-compression of the modules are housed in sheaths situated in the areas below and above the vertical walls of the modules and in as many upper and lower zones of the septums located inside the modules; the platform is solidarised forming a single plate by means of the post-compression of the modules obtained by pulling the cables; this post-compression is realized following the two directions perpendicular to each other according to the vertical sides minor and major of the module; these post-tension cables are made integral to the sheaths by the injection of cement mortar between the cable and the sheath; the platform is anchored to the seabed and attached to it with ropes or chains to weights or stakes anchored into the seabed or integral foundations to the seabed; the whole platform is constrained to the seabed and sunk with respect to the normal line of flotation of a quantity equal to the maximum excursion of the tides added to sinking which would under the effect of the maximum loads acting on the platform.
A system for designing the dentition of a patient, comprising: an input for providing an image of the smile of the patient to the system; an output; a processor for computing and applying a first set of visual indicators (20, 21, 22, 23, 24, 25, 26) onto the image of the smile of the patient through the output, the first set of visual indicators indicating positioning of the teeth (11, 12, 13, 14, 15, 16, 17, 18) of the patient, said positioning of the teeth providing a desired aesthetical effect, and for computing and applying a second set of visual indicators onto the image of the smile of the patient through the output, the second set of visual indicators providing adjustment of positioning of the teeth of the patient; a memory having stored therein a library of 2D digital images of smiles and associated 3D dentition models; a user interface for selecting a desired 2D digital image to be applied to the image of the smile of the patient and adjusting the second set of visual indicators, the adjustment of the second set of visual indicators modifying the 2D digital image; wherein the processor modifies the 3D dentition model associated with the 2D digital image and provides a virtual wax-up of a dental restoration of the dentition of the patient. an input for providing an image of the smile of the patient to the system; an output; a processor for computing and applying a first set of visual indicators (20, 21, 22, 23, 24, 25, 26) onto the image of the smile of the patient through the output, the first set of visual indicators indicating positioning of the teeth (11, 12, 13, 14, 15, 16, 17, 18) of the patient, said positioning of the teeth providing a desired aesthetical effect, and for computing and applying a second set of visual indicators onto the image of the smile of the patient through the output, the second set of visual indicators providing adjustment of positioning of the teeth of the patient; a memory having stored therein a library of 2D digital images of smiles and associated 3D dentition models; a user interface for selecting a desired 2D digital image to be applied to the image of the smile of the patient and adjusting the second set of visual indicators, the adjustment of the second set of visual indicators modifying the 2D digital image; wherein the processor modifies the 3D dentition model associated with the 2D digital image and provides a virtual wax-up of a dental restoration of the dentition of the patient.
A brazed plate heat exchanger (100; 200) for exchanging heat between fluids, the heat exchanger (100; 200) comprising a number of heat exchanging plates (110; 210) provided with a pressed pattern of ridges (120; 220) and grooves (130; 230), said heat exchanger plates (110; 210) being stacked onto one another such that flow channels (211, 212) are formed between said plates (110; 210), said flow channels (211, 212) being in selective communication with port openings (140, 240), wherein port skirts (170; 250, 260) are arranged on the heat exchanging plates (110; 210), said port skirts (170; 250; 260) at least partly surrounding the port openings (140; 240) and extending in a generally perpendicular direction as compared to a plane of the heat exchanger plates (110;210), characterized in that the port skirts (170; 250; 260) are arranged such that a port skirt (170; 250; 260) of one heat exchanging plate (110; 210) overlaps port skirts (170; 250; 260) of neighbouring plates (110; 210) to form a pipe like configuration or a part thereof, wherein the port skirts (170; 250, 260) of neighbouring heat exchanging plates (110, 210) stacked onto one another all extend in the same direction.
A method of notifying a second electronic device of a message received by a first electronic device, the method comprising: enabling, by the first electronic device, wireless communication with the second electronic device, which is mutually registered with the first electronic device; and receiving, by the first electronic device, a message from an external device, while wireless communication with the second electronic device is enabled; characterised in that the method further comprises: notifying, by the first electronic device, the second electronic device of the receiving of the message, based on detecting no user input to the first electronic device for a predetermined period of time and based on information, notified by the second electronic device, indicating a user is within a range of a sensor of the second electronic device, the notifying comprising transmitting, to the second electronic device, via wireless communication, a notification of the receiving of the message for causing the second electronic device to display, on a display of the second electronic device, a window according to the notification. enabling, by the first electronic device, wireless communication with the second electronic device, which is mutually registered with the first electronic device; and receiving, by the first electronic device, a message from an external device, while wireless communication with the second electronic device is enabled; characterised in that the method further comprises: notifying, by the first electronic device, the second electronic device of the receiving of the message, based on detecting no user input to the first electronic device for a predetermined period of time and based on information, notified by the second electronic device, indicating a user is within a range of a sensor of the second electronic device, the notifying comprising transmitting, to the second electronic device, via wireless communication, a notification of the receiving of the message for causing the second electronic device to display, on a display of the second electronic device, a window according to the notification.
A laundry handling apparatus comprising: a display part for displaying information; and a control part for controlling the display part, wherein, when the display part is turned on, a plurality of screens (100, 200) divided according to contents are displayed on the display part, and at least one of a course selection screen for selecting a course and a function selection part for selecting an additional function except for the course selection is displayed on one of the plurality of screens (100, 200), wherein the plurality of screens (100, 200) comprise a first screen and a second screen, characterized in that the first screen displays date information, time information, and smart grid function on/off information, and the second screen displays the course selection screen and the function selection part, when a boundary between the first screen and the second screen or an upper portion of the second screen is touched and pulled down, or when the smart grid function on/off information is selected, a smart grid information screen for selecting an on or off state of the smart grid function is displayed, wherein the smart grid function on/off information is differently displayed according to function on/off states, wherein an operation time set screen for setting an operation time after a specific course is selected is displayed on the course selection screen, wherein the operation time set screen displays at least one of a power cost information screen, operation-related time information, and operation-related power information. a display part for displaying information; and a control part for controlling the display part, wherein, when the display part is turned on, a plurality of screens (100, 200) divided according to contents are displayed on the display part, and at least one of a course selection screen for selecting a course and a function selection part for selecting an additional function except for the course selection is displayed on one of the plurality of screens (100, 200), wherein the plurality of screens (100, 200) comprise a first screen and a second screen, characterized in that the first screen displays date information, time information, and smart grid function on/off information, and the second screen displays the course selection screen and the function selection part, when a boundary between the first screen and the second screen or an upper portion of the second screen is touched and pulled down, or when the smart grid function on/off information is selected, a smart grid information screen for selecting an on or off state of the smart grid function is displayed, wherein the smart grid function on/off information is differently displayed according to function on/off states, wherein an operation time set screen for setting an operation time after a specific course is selected is displayed on the course selection screen, wherein the operation time set screen displays at least one of a power cost information screen, operation-related time information, and operation-related power information.
A tobacco product that includes cured leaf from a tobacco plant comprising a promoter comprising SEQ ID NO: 117 operably linked to a heterologous second nucleic acid molecule.