mhurhangee/ep-ind-claims huggingface dataset:
Display for documents or information contained in transparent pockets or other analogous elements, comprising at least one assembly composed of a row of pockets and of a support comprising a system (3, 3') for receiving the row of pockets on the support, each pocket having a fixing and pivoting side provided with two pivoting elements, the receiving system (3, 3') being arranged to receive and retain, in a removable manner, the pivoting element or elements of each pocket on the support, thereby allowing the removable fixing and the pivoting, in the manner of the pages of a book, of each pocket on the support, in which display, for each assembly, each pocket is provided with two pivoting elements each consisting of a pivot of overall cylindrical or polygonal shape that extends substantially parallel to the corresponding fixing and pivoting side and substantially at the level of and/or beyond one of the ends of the corresponding fixing and pivoting side, and the said receiving system is able to allow, in the fixed state, a transverse movement of the fixing and pivoting side of each pocket on the support, the display being characterized in that the receiving system (3, 3') is formed by a magnetic fixing site able to receive and to retain by magnetic attraction, on its own, one of the two at least partially metallic or magnetic pivots of each pocket, and by a mechanical fixing site able to receive and to retain mechanically on its own the other pivot of each pocket.
A fan expansion card, comprising: a first circuit board (110, 110A~110D) having at least one through-hole (111, 111∼111d) and comprising a first connection port, wherein the first connection port has a PCI-E interface; and at least one first fan (120, 120a) disposed at a position on the first circuit board (110, 110A~110D) corresponding to the at least one through-hole (111, 111a∼111d), wherein: the at least one first fan is electrically connected to the first circuit board (110, 110A∼110D), wherein when each of the at least one first fan (120, 120a) is in operation, an airflow generated by each of the at least one first fan (120, 120a) passes through the corresponding through-hole (111, 111a∼111d), the at least one first fan is configured to be powered via the PCI-E connection port, when the fan expansion card is assembled on a motherboard body, the wherein the first circuit board (110, 110A~110D) further comprises a control chip electrically connected to the first connection port and the first fan (120, 120a), and the control chip is adapted to control a rotating speed of the first fan (120, 120a). a first circuit board (110, 110A~110D) having at least one through-hole (111, 111∼111d) and comprising a first connection port, wherein the first connection port has a PCI-E interface; and at least one first fan (120, 120a) disposed at a position on the first circuit board (110, 110A~110D) corresponding to the at least one through-hole (111, 111a∼111d), wherein: the at least one first fan is electrically connected to the first circuit board (110, 110A∼110D), wherein when each of the at least one first fan (120, 120a) is in operation, an airflow generated by each of the at least one first fan (120, 120a) passes through the corresponding through-hole (111, 111a∼111d), the at least one first fan is configured to be powered via the PCI-E connection port, when the fan expansion card is assembled on a motherboard body, the wherein the first circuit board (110, 110A~110D) further comprises a control chip electrically connected to the first connection port and the first fan (120, 120a), and the control chip is adapted to control a rotating speed of the first fan (120, 120a). the at least one first fan is electrically connected to the first circuit board (110, 110A∼110D), wherein when each of the at least one first fan (120, 120a) is in operation, an airflow generated by each of the at least one first fan (120, 120a) passes through the corresponding through-hole (111, 111a∼111d), the at least one first fan is configured to be powered via the PCI-E connection port, when the fan expansion card is assembled on a motherboard body, the wherein the first circuit board (110, 110A~110D) further comprises a control chip electrically connected to the first connection port and the first fan (120, 120a), and the control chip is adapted to control a rotating speed of the first fan (120, 120a).
A method for producing a sawing bead, said sawing bead comprising an abrasive layer on a metal sleeve, said abrasive layer comprising diamond particles embedded in a metal matrix material, said method comprising the steps of: • providing said metal sleeve that is made to rotate axially; • providing a supply of metal matrix material in powder form carried in a gas flow; • providing a supply of diamond particles; • igniting an energy source in the form of a laser beam; wherein said laser beam melts said metal matrix material on said metal sleeve thereby forming a molten metal pool wherein said diamond particles are thrown characterised in that the temperature of said molten metal pool is held at or above 1150°C for less than 200 ms to limit internal graphitisation of said diamond particles. • providing said metal sleeve that is made to rotate axially; • providing a supply of metal matrix material in powder form carried in a gas flow; • providing a supply of diamond particles; • igniting an energy source in the form of a laser beam;
A radio communication apparatus using a carrier aggregation including a first component carrier and a second component carrier, the radio communication apparatus comprising: an arrangement section configured for arranging a signal of a first channel to frequency resources of a first slot and a second slot in the first component carrier using a frequency hopping between the first slot and the second slot and arranging a signal of a second channel that is different from the first channel to frequency resources of the first slot and the second slot in the second component carrier using a frequency hopping between the first slot and the second slot; and an inverse Fourier transform section configured for applying an inverse discrete Fourier transform or an inverse fast Fourier transform to the signals of the first channel and the second channel, characterized in that the arrangement section is configured for performing the frequency hopping within an inverse discrete Fourier transform or inverse fast Fourier transform bandwidth by maintaining a predetermined frequency interval between the frequency resource to which the signal of the first channel is arranged and the frequency resource to which the signal of the second channel is arranged. an arrangement section configured for arranging a signal of a first channel to frequency resources of a first slot and a second slot in the first component carrier using a frequency hopping between the first slot and the second slot and arranging a signal of a second channel that is different from the first channel to frequency resources of the first slot and the second slot in the second component carrier using a frequency hopping between the first slot and the second slot; and an inverse Fourier transform section configured for applying an inverse discrete Fourier transform or an inverse fast Fourier transform to the signals of the first channel and the second channel, characterized in that the arrangement section is configured for performing the frequency hopping within an inverse discrete Fourier transform or inverse fast Fourier transform bandwidth by maintaining a predetermined frequency interval between the frequency resource to which the signal of the first channel is arranged and the frequency resource to which the signal of the second channel is arranged.
A beverage dispensing font having a means of creating ice or condensation on an outer surface of the beverage dispensing font, the beverage dispensing font comprising a first component comprising a first component layer and a second component comprising a second component layer, the first component layer being outermost and having an outer surface and an inner surface on the opposite side in thermal contact with an outer surface of the innermost, second component layer; wherein the first component has a lower thermal conductivity than the second component, and means for cooling the second component to create ice or condensation on the outer surface of the beverage dispensing font; wherein the ice or condensation forms preferentially on the outer surface of the beverage dispensing font in an area of the first component in thermal contact with the second component; and wherein the first component comprises at least one layer of plastics material in thermal contact with the second component which is made of a material having a higher thermal conductivity, for example, the second component may be made of a metal or alloy or thermally conductive plastics.
Method for electric arc welding of the MIG/MAG type of at least one part made from carbon steel with the use of a fusible filler wire, a rotary arc and gaseous protection formed by a ternary gaseous mixture consisting of helium, oxygen and argon, in which the fusible filler wire is melted by the rotary arc so as to obtain a transfer of metal by rotating liquid stream and the welded part or parts straddle or overlap one another, the welding by rotary arc taking place at said straddle or overlap, characterised in that the ternary gaseous mixture consists of 19.5% to 20.5% helium, 2.7% to 3.3% O 2 and argon for the remainder (% by volume).
A system for the administration of active ingredients comprising nanocapsules having a core comprising an oil and a cationic surfactant and a shell comprising a polymer selected from the group consisting of polyglutamic acid, polyglutamic-polyethyleneglycol acid (PGA-PEG), hyaluronic acid and polyasparagine (PAsn) or a combination thereof, and optionally an active ingredient, with the proviso that when said nanocapsules system includes polyglutamic acid or polyglutamic-polyethyleneglycol acid (PGA-PEG), then the active ingredient is not a didemnin or tamandarin, and wherein the cationic surfactant is selected from benzalkonium chloride, benzethonium chloride, cetylpyridinium chloride, cetyltiridinium bromide, dodecyltrimethylammonium bromide, trimethyltetradecylamonium bromide, hexadecyltrimethylammonium bromide and poloxamines, or mixtures thereof.
A mobile computing device comprising: a priority association database to store one or more priority levels for communication information; a messaging client to receive an incoming message sent to the mobile computing device and parse communication information from the incoming message, the communication information including an internet protocol address of a sender of the incoming message, the messaging client further comprising a priority detection module to determine a priority level of the incoming message from one of the priority levels associated with the internet protocol address of the incoming message in the priority association database; and a motor controller to retrieve a vibration sequence associated with the priority level and to instruct a vibrate motor to vibrate according to the vibration sequence. a priority association database to store one or more priority levels for communication information; a messaging client to receive an incoming message sent to the mobile computing device and parse communication information from the incoming message, the communication information including an internet protocol address of a sender of the incoming message, the messaging client further comprising a priority detection module to determine a priority level of the incoming message from one of the priority levels associated with the internet protocol address of the incoming message in the priority association database; and a motor controller to retrieve a vibration sequence associated with the priority level and to instruct a vibrate motor to vibrate according to the vibration sequence.
An agent for oxidatively dyeing keratin fibers, containing, in a cosmetic carrier, 1-(2-hydroxyethyl)-4,5-diamino pyrazole and/or a physiologically acceptable salt thereof, 2,6-dihydroxy-3,4-dimethylpyridine, toluene-2,5-diamine and/or a physiologically acceptable salt thereof, and resorcinol, 4-chlororesorcinol and/or 2-methylresorcinol. 1-(2-hydroxyethyl)-4,5-diamino pyrazole and/or a physiologically acceptable salt thereof, 2,6-dihydroxy-3,4-dimethylpyridine, toluene-2,5-diamine and/or a physiologically acceptable salt thereof, and resorcinol, 4-chlororesorcinol and/or 2-methylresorcinol.
A method performed by a weather radar system, the method comprising: automatically receiving turbulence values; automatically storing the received turbulence values into corresponding cells of a three-dimensional buffer; determining if a cell in the three-dimensional buffer is within a predefined threshold distance in the three-dimensional buffer from a cell that has a stored turbulence value that is greater than a first threshold value; generating a first display icon for the cell determined to be within the predefined threshold distance from the cell that has the stored turbulence value that is greater than the first threshold value, wherein generating the first display icon is performed when the determined cell has a stored turbulence value that is below the first threshold value; and generating a second display icon for the cell that has the stored turbulence value that is greater than the first threshold value. automatically receiving turbulence values; automatically storing the received turbulence values into corresponding cells of a three-dimensional buffer; determining if a cell in the three-dimensional buffer is within a predefined threshold distance in the three-dimensional buffer from a cell that has a stored turbulence value that is greater than a first threshold value; generating a first display icon for the cell determined to be within the predefined threshold distance from the cell that has the stored turbulence value that is greater than the first threshold value, wherein generating the first display icon is performed when the determined cell has a stored turbulence value that is below the first threshold value; and generating a second display icon for the cell that has the stored turbulence value that is greater than the first threshold value.
A system comprising: a wheel (13A, 15A); a hubcap coupled to the wheel; a tire pressure sensor coupled to the wheel; a brake control unit; and an active hubcap circuit coupled to the hubcap, electrically coupled to the tire pressure sensor and the BCU and configured to receive an input signal from at least one of the tire pressure sensor or the BCU, generate an output signal by increasing a signal to noise ratio of the input signal and output the output signal to at least one of the BCU or the tire pressure sensor, and characterised by further comprising a cable electrically coupled to the tire pressure sensor and the active hubcap circuit, further comprising a connector having a first end electrically and mechanically connected to the cable and a second end mechanically connected to the tire pressure sensor and having a first coil, wherein the tire pressure sensor has a second coil positioned adjacent the first coil such that the first coil and the second coil operate as a transformer. a wheel (13A, 15A); a hubcap coupled to the wheel; a tire pressure sensor coupled to the wheel; a brake control unit; and an active hubcap circuit coupled to the hubcap, electrically coupled to the tire pressure sensor and the BCU and configured to receive an input signal from at least one of the tire pressure sensor or the BCU, generate an output signal by increasing a signal to noise ratio of the input signal and output the output signal to at least one of the BCU or the tire pressure sensor, and characterised by further comprising a cable electrically coupled to the tire pressure sensor and the active hubcap circuit, further comprising a connector having a first end electrically and mechanically connected to the cable and a second end mechanically connected to the tire pressure sensor and having a first coil, wherein the tire pressure sensor has a second coil positioned adjacent the first coil such that the first coil and the second coil operate as a transformer.
A heat exchanging ventilator including an exhaust air path for exhausting indoor air to outside of a room and a supply air path for supplying outdoor air to the room, which are formed in a box-like main body casing, an exhaust fan provided in the exhaust air path, an air supply fan provided in the supply air path, and a heat exchanger provided at a crossing between the exhaust air path and the supply air path to perform heat exchange, wherein the air supply fan and the exhaust fan respectively have a motor (305, 405) built therein, an outer shell thereof being covered with a casing having the same shape, and are arranged in such a manner that rotation shafts of respective motors are parallel to each other and face opposite directions, and a part of an outer circumference of the casings respectively forms the exhaust air path and the supply air path, the casing for the exhaust fan and the casing for the air supply fan are respectively divided into a first casing (301,401) and a second casing (302,402) in a first direction (a direction of the rotation shaft) on a division surface orthogonal to the rotation shaft of the motor, the first casing for the exhaust fan and the first casing for the air supply fan have the same shape and so do the second casing for the exhaust fan and the second casing for the air supply fan, characterized in that the second casing for the exhaust fan and the second casing for the air supply fan are respectively provided with a projection (302a, 402a) extending outward from a divided opening edge along the division surface, and the projection provided on the second casing for the air supply fan and the projection provided on the second casing for the exhaust fan are superposed over each other with principal surfaces opposite to each other in the first direction in surface contact with each other, to separate the supply air path and the exhaust air path.
A CCR5 inhibitor for use in treating cancer in a subject, wherein the CCR5 inhibitor comprises an N-terminal portion and a C-terminal portion, wherein the N-terminal portion comprises the signature sequence QGP[P or L] and the amino acid sequence of the C-terminal portion is at least 70% identical to SEQ ID NO: 1, and wherein the CCR5 inhibitor inhibits HIV entry into cells and is selective for CCR5 over CCR1 and CCR3.
A fuel supply system of an outboard motor comprising a low-pressure fuel filter, a low-pressure fuel pump, a vapor separator which separates the fuel sent from the fuel tank by a low-pressure fuel pump into gas and liquid to release fuel vapor to an atmosphere, a fuel cooler, an in-line high-pressure fuel pump and an injector for supplying a fuel stored in a fuel tank to an intake port of an engine, characterized in that the fuel cooler is disposed in the lower position than the vapor separator to cool the fuel by cooling water passing through a cooling water pipe; a drain pipe is connected to a first surface of the fuel cooler which faces downward while the outboard motor is tilted up; and the in-line high-pressure fuel pump is connected in a middle of a fuel pipe which is connected to a second surface of the fuel cooler which faces upward while the outboard motor is tilted up.
A sensor apparatus which comprises: a first magnetic transducer which in use is positioned on a first side of a metal barrier, the first transducer being configured to generate a first magnetic field which is capable of passing through the barrier; and a second magnetic transducer which in use is positioned on a second side of the barrier opposite the first side, the second transducer comprising a sensor coil and a magnetic or electrical property which is dependent upon a sensible condition on the second side of the barrier, the sensor coil being configured to generate a second magnetic field which is capable of passing through the barrier; wherein in operation of the sensor apparatus the first transducer generates the first magnetic field, which is received by the sensor coil and induces the sensor coil to generate the second magnetic field, the second magnetic field being dependent upon the magnetic or electrical property of the second transducer; and wherein the first transducer detects the second magnetic field and in response thereto generates a signal which is representative of the sensible condition on the second side of the barrier. a first magnetic transducer which in use is positioned on a first side of a metal barrier, the first transducer being configured to generate a first magnetic field which is capable of passing through the barrier; and a second magnetic transducer which in use is positioned on a second side of the barrier opposite the first side, the second transducer comprising a sensor coil and a magnetic or electrical property which is dependent upon a sensible condition on the second side of the barrier, the sensor coil being configured to generate a second magnetic field which is capable of passing through the barrier; wherein in operation of the sensor apparatus the first transducer generates the first magnetic field, which is received by the sensor coil and induces the sensor coil to generate the second magnetic field, the second magnetic field being dependent upon the magnetic or electrical property of the second transducer; and wherein the first transducer detects the second magnetic field and in response thereto generates a signal which is representative of the sensible condition on the second side of the barrier.
A people conveyor comprising: a band of conveyance elements extending in a conveyance direction and driven by at least one drive chain (15, 27) comprising a plurality of chain links (34, 36); and at least one inductive sensor (40, 41) arranged laterally to the at least one drive chain (15, 27); characterized in that the at least one inductive sensor (40, 41) is configured for monitoring the chain links (34, 36) passing by the at least one inductive sensor (40, 41). a band of conveyance elements extending in a conveyance direction and driven by at least one drive chain (15, 27) comprising a plurality of chain links (34, 36); and at least one inductive sensor (40, 41) arranged laterally to the at least one drive chain (15, 27); characterized in that the at least one inductive sensor (40, 41) is configured for monitoring the chain links (34, 36) passing by the at least one inductive sensor (40, 41).
Method for transferring heat from a medium to a heat carrier in a method for food manufacturing, preferably for beverage manufacturing, in particular for beer manufacturing, comprising the steps: (a) Providing the heat carrier; wherein the heat carrier comprises a fluid component, which is present in the liquid state of aggregation; wherein the fluid component is water; (b) Forming of droplets of the heat carrier in an atmosphere by means of a device suitable for forming of droplets; wherein the atmosphere is gaseous; wherein the heat carrier releases heat to the atmosphere; wherein the fluid component of the heat carrier or a part of the fluid component changes into the solid state of aggregation during or after the formation of the droplets; and (c) Bringing the heat carrier in contact with the medium; wherein heat is transferred from the medium to the heat carrier. (a) Providing the heat carrier; wherein the heat carrier comprises a fluid component, which is present in the liquid state of aggregation; wherein the fluid component is water; (b) Forming of droplets of the heat carrier in an atmosphere by means of a device suitable for forming of droplets; wherein the atmosphere is gaseous; wherein the heat carrier releases heat to the atmosphere; wherein the fluid component of the heat carrier or a part of the fluid component changes into the solid state of aggregation during or after the formation of the droplets; and (c) Bringing the heat carrier in contact with the medium; wherein heat is transferred from the medium to the heat carrier.