mhurhangee/ep-ind-claims huggingface dataset:
Portable electric power tool, in particular belt sander, planer, having a housing body, having an extensive bearing side that faces the workpiece to be machined during machining, and having, on the side away from the bearing side, a stand device which is mountable detachably on the housing body and by means of which the portable electric power tool is able to be set down on a planar surface, characterized in that the stand device is formed in one piece and is able to be moved into an abutment position on the housing body and is fixable to the housing body by means of a single fastening element that is actuable manually and without tools, such that the stand device is connected to the housing body in a form-fitting manner and in a manner secured against rotation.
A high flow rate respiratory treatment apparatus (102; 302; 402) comprising: a flow generator to produce a flow of breathable gas through a patient interface (108; 408; 808; 908) at a first flow rate whereby the patient interface permits significant leak venting of the gas at a patient's nares to provide a comfortable patient interface during treatment; a humidifier in a path of the flow to humidify the breathable gas at a first humidity level; and a processor configured to control automatic adjustments to the first flow rate of the flow generator and to control automatic adjustments to a setting of the first humidity level; wherein the processor is configured to adjust the first flow rate in response to the processor detecting one or more incidents of one or more of: partial obstruction, apnea and snoring. a flow generator to produce a flow of breathable gas through a patient interface (108; 408; 808; 908) at a first flow rate whereby the patient interface permits significant leak venting of the gas at a patient's nares to provide a comfortable patient interface during treatment; a humidifier in a path of the flow to humidify the breathable gas at a first humidity level; and a processor configured to control automatic adjustments to the first flow rate of the flow generator and to control automatic adjustments to a setting of the first humidity level; wherein the processor is configured to adjust the first flow rate in response to the processor detecting one or more incidents of one or more of: partial obstruction, apnea and snoring.
A high voltage rectifier comprising at least two diode arrays (33, 34, 35, 36; 133, 134, 135, 136) each comprising plural diodes (33a, 33b, 33p, 34a, 34b, 35a, 35b, 35p, 36a, 36b, 36c, 36d, 36p; 133a-p, 134a-p, 135a-p, 136a-p) connected in series; characterized in that the high voltage rectifier comprises an enclosure surrounding the at least two diode arrays; wherein the enclosure is an electrically conducting casing connected to ground; wherein one end of the at least two diode arrays forms a direct current terminal (38, 39; 138, 139) and the other end forms an alternating current terminal (40, 41; 140, 141), respectively, and wherein the at least two diode arrays are arranged such that a distance, along a line in parallel to an imaginary line connecting direct current terminals of different polarity, starting outwards from each of the at least two diode arrays to an intersection of the parallel line with an enclosure wall increases with an increasing distance between the parallel line and the imaginary line.
A laminated polyester film comprising a polyester film and a coating layer, which coating layer is formed on at least one surface of the polyester film, is produced by applying a coating solution comprising a metal oxide, an oxazoline compound and an epoxy compound thereonto, and has an absolute reflectance whose one minimum value is present in a wavelength range of 400 to 800 nm, the absolute reflectance at the minimum value being not less than 4.0%, wherein the coating layer has a thickness of 0.04 to 0.20 μm, wherein a content of the metal oxide in the coating solution is 3 to 70% by weight; a content of the oxazoline compound in the coating solution is 1 to 50% by weight; and a content of the epoxy compound in the coating solution is 1 to 50% by weight.
Tyre with a radial carcass reinforcement, comprising a crown reinforcement formed from at least two working crown layers of reinforcing elements, with one layer crossing the next at angles in the range from 10° to 45° with the circumferential direction, a layer C of rubber mixture being placed between at least the ends of said at least two working crown layers, the crown reinforcement being capped radially by a tread, said tread being joined to two beads via two sidewalls, the crown reinforcement including at least one layer of circumferential reinforcing elements, where the tensile modulus of elasticity at 10% elongation of the layer C is greater than 9 MPa, characterized in that the maximum value of tan(δ), denoted tan(δ)<SSS max, of the layer C is less than 0.100.
A contiguous duct assembly, comprising: a first duct and a second duct, wherein the first and second ducts are fluidly isolated from each other and coupled together such that the first and second ducts share a common wall element along a longitudinal axis of the first and second ducts; characterized by: an expansion joint having a first and a second frame portion that are coupled to respective ends of the first and second ducts; a connector element that is welded or removably coupled to the common wall element via a secondary connector element and a secondary fastener to the common wall element and that is configured to form part of the expansion joint, wherein one portion (323'B) of the connector element extends into an inner volume of the first duct and wherein another portion (323"B) of the connector element extends into an inner volume of the second duct; a first and a second expansion fabric (330B, 332B) coupled to the one portion and the other portion of the connector element via a plurality of fasteners, respectively; and wherein the plurality of fasteners are disposed in the inner volumes of the first and second ducts, respectively. a first duct and a second duct, wherein the first and second ducts are fluidly isolated from each other and coupled together such that the first and second ducts share a common wall element along a longitudinal axis of the first and second ducts; characterized by: an expansion joint having a first and a second frame portion that are coupled to respective ends of the first and second ducts; a connector element that is welded or removably coupled to the common wall element via a secondary connector element and a secondary fastener to the common wall element and that is configured to form part of the expansion joint, wherein one portion (323'B) of the connector element extends into an inner volume of the first duct and wherein another portion (323"B) of the connector element extends into an inner volume of the second duct; a first and a second expansion fabric (330B, 332B) coupled to the one portion and the other portion of the connector element via a plurality of fasteners, respectively; and wherein the plurality of fasteners are disposed in the inner volumes of the first and second ducts, respectively. an expansion joint having a first and a second frame portion that are coupled to respective ends of the first and second ducts; a connector element that is welded or removably coupled to the common wall element via a secondary connector element and a secondary fastener to the common wall element and that is configured to form part of the expansion joint, wherein one portion (323'B) of the connector element extends into an inner volume of the first duct and wherein another portion (323"B) of the connector element extends into an inner volume of the second duct; a first and a second expansion fabric (330B, 332B) coupled to the one portion and the other portion of the connector element via a plurality of fasteners, respectively; and wherein the plurality of fasteners are disposed in the inner volumes of the first and second ducts, respectively.
A mold motor comprising: a stator; a rotor including a rotation shaft and rotating by a magnetic force of the stator; a mold resin covering at least a part of the stator; an elastic body attachable to an installation object in which the mold is installed; and one or more hard members disposed around the elastic body, the one or more hard members being harder than the elastic body, wherein the elastic body and the one or more hard members are fixed to the mold resin by integral molding
Method for replacing an existing key derivation key in a utility meter arranged in a meter communication infrastructure for communication with a server side comprising a head-end system, the method comprising the steps of: - deriving at the server side a new key derivation key based on a disaster recovery key, stored at the server side, and a key-generation information; - deriving at the server side an activation key from the new key derivation key; - transmitting from the head-end system to the utility meter a command data message comprising: - a request for replacing the existing key derivation key with the new key derivation key; - the key-generation information; and - the activation key or an authentication code (CDM-AC) calculated based on the activation key; - receiving in the utility meter the command data message; - deriving in the utility meter the new key derivation key based on a copy of the disaster recovery key stored in the utility meter and on the key-generation information comprised in the received command data message; - deriving in the utility meter the activation key from the new key derivation key; - verifying in the utility meter the activation key or the authentication code (CDM-AC) received in the command data message, based on the derived activation key; and - replacing in the utility meter the existing key derivation key with the new key derivation key when the activation key or authentication code (CDM-AC) comprised in the received command data message is verified. - deriving at the server side a new key derivation key based on a disaster recovery key, stored at the server side, and a key-generation information; - deriving at the server side an activation key from the new key derivation key; - transmitting from the head-end system to the utility meter a command data message comprising: - a request for replacing the existing key derivation key with the new key derivation key; - the key-generation information; and - the activation key or an authentication code (CDM-AC) calculated based on the activation key; - a request for replacing the existing key derivation key with the new key derivation key; - the key-generation information; and - the activation key or an authentication code (CDM-AC) calculated based on the activation key; - receiving in the utility meter the command data message; - deriving in the utility meter the new key derivation key based on a copy of the disaster recovery key stored in the utility meter and on the key-generation information comprised in the received command data message; - deriving in the utility meter the activation key from the new key derivation key; - verifying in the utility meter the activation key or the authentication code (CDM-AC) received in the command data message, based on the derived activation key; and - replacing in the utility meter the existing key derivation key with the new key derivation key when the activation key or authentication code (CDM-AC) comprised in the received command data message is verified.
Ski boot comprising: a rigid foot portion covering at least part of a foot area of the boot, and a shoe inserted at least partially in said foot portion, said shoe protruding from said foot portion with a leg portion; characterized in that said rigid foot portion comprises two side ears (22, 24) near a medial/rear area of the same foot portion partially covering the leg portion of said shoe, said boot being provided with retention means suitable to assume at least two configurations: - a first configuration wherein they are configured to limit and/or block the relative movement of said leg portion of said shoe between the two side ears (22, 24), or - a second configuration in which they are configured to allow the relative movement of said leg portion of said shoe between the side ears (22, 24), so that the leg of the user is completely free to move as the shoe may move freely between the two side ears (22, 24). said rigid foot portion comprises two side ears (22, 24) near a medial/rear area of the same foot portion partially covering the leg portion of said shoe, said boot being provided with retention means suitable to assume at least two configurations: - a first configuration wherein they are configured to limit and/or block the relative movement of said leg portion of said shoe between the two side ears (22, 24), or - a second configuration in which they are configured to allow the relative movement of said leg portion of said shoe between the side ears (22, 24), so that the leg of the user is completely free to move as the shoe may move freely between the two side ears (22, 24). - a first configuration wherein they are configured to limit and/or block the relative movement of said leg portion of said shoe between the two side ears (22, 24), or - a second configuration in which they are configured to allow the relative movement of said leg portion of said shoe between the side ears (22, 24), so that the leg of the user is completely free to move as the shoe may move freely between the two side ears (22, 24).
A satellite constellation forming system to form a satellite constellation on a plurality of orbital planes on each of which a plurality of satellites fly as an orbit satellite group, the plurality of orbital planes having mutually different normal directions, each of the plurality of satellites in the orbit satellite group including a propulsion device to change velocity of each of the plurality of satellites in the orbit satellite group, the satellite constellation forming system comprising a satellite constellation forming unit as a functional element, wherein the functions of the satellite constellation forming unit are realized by hardware or software, configured to cause propulsion devices of the plurality of satellites in the orbit satellite group to operate in synchronization, for each orbital plane of the plurality of orbital planes, wherein the satellite constellation forming unit is configured to cause each satellite in an orbit satellite group in a first orbital plane of the plurality of orbital planes to perform an acceleration and deceleration process of repeating operation of accelerating for a first time period and then decelerating for the first time period, and causes each satellite in an orbit satellite group in an orbital plane adjacent to the first orbital plane to start the acceleration and deceleration process after a delay of a second time period from a time point when the acceleration and deceleration process is started in the first orbital plane, repeatedly for each of the plurality of orbital planes. a satellite constellation forming unit as a functional element, wherein the functions of the satellite constellation forming unit are realized by hardware or software, configured to cause propulsion devices of the plurality of satellites in the orbit satellite group to operate in synchronization, for each orbital plane of the plurality of orbital planes, wherein the satellite constellation forming unit is configured to cause each satellite in an orbit satellite group in a first orbital plane of the plurality of orbital planes to perform an acceleration and deceleration process of repeating operation of accelerating for a first time period and then decelerating for the first time period, and causes each satellite in an orbit satellite group in an orbital plane adjacent to the first orbital plane to start the acceleration and deceleration process after a delay of a second time period from a time point when the acceleration and deceleration process is started in the first orbital plane, repeatedly for each of the plurality of orbital planes.
A dishwasher comprising - a washing tub wherein the items to be washed are placed, - a receptacle disposed at the underside of the washing tub wherein the water in the washing tub is collected during the washing process, - a pump that returns the water collected in the receptacle to the washing tub, - a storage tank wherein the water used in any one washing step of the washing cycle is stored for using in the next washing step or in the next washing cycle, - an additional pump providing the water collected in the receptacle to be pumped into the storage tank, - an additional conduit, one end connected to the receptacle, the other end to the additional pump, - at least one inlet port disposed on the receptacle, whereto the additional conduit opens, - a microfilter disposed at the center of the receptacle, that holds the dirt carried with the water passing from the receptacle to the water circulation conduit, discharge conduit or the additional conduit characterized by - a filter disposed on the inlet port, providing the water directed to the storage tank by passing through the microfilter to be cleaned a second time by being passed therethrough, - a return conduit with one end connected to the storage tank, the other end to the receptacle, providing water to pass from the storage tank to the receptacle and - an expansion chamber, disposed between the additional conduit, the return conduit and the inlet port, that provides water to pass from the receptacle to the additional pump and from the storage tank to the receptacle. - a washing tub wherein the items to be washed are placed, - a receptacle disposed at the underside of the washing tub wherein the water in the washing tub is collected during the washing process, - a pump that returns the water collected in the receptacle to the washing tub, - a storage tank wherein the water used in any one washing step of the washing cycle is stored for using in the next washing step or in the next washing cycle, - an additional pump providing the water collected in the receptacle to be pumped into the storage tank, - an additional conduit, one end connected to the receptacle, the other end to the additional pump, - at least one inlet port disposed on the receptacle, whereto the additional conduit opens, - a microfilter disposed at the center of the receptacle, that holds the dirt carried with the water passing from the receptacle to the water circulation conduit, discharge conduit or the additional conduit - a filter disposed on the inlet port, providing the water directed to the storage tank by passing through the microfilter to be cleaned a second time by being passed therethrough, - a return conduit with one end connected to the storage tank, the other end to the receptacle, providing water to pass from the storage tank to the receptacle and - an expansion chamber, disposed between the additional conduit, the return conduit and the inlet port, that provides water to pass from the receptacle to the additional pump and from the storage tank to the receptacle.
A straddled vehicle, comprising: a head pipe; a steering device rotatably supported by the head pipe; a fuel tank disposed behind the head pipe; a seat disposed behind the fuel tank; an air cleaner disposed below the fuel tank or the seat; a first air passage that guides air to the air cleaner, at least a portion of the first air passage being disposed to a lateral side of the fuel tank; characterized by a side cover connected to the first air passage and including an intake port disposed forward of the first air passage and opening forward, an exhaust port communicating with the first air passage, and a second passage connecting the intake port and the exhaust port, wherein the side cover includes an inner cover, and an outer cover disposed outward of the inner cover in a vehicle width direction and detachably attached to the inner cover, a rear edge of the outer cover is disposed with a gap from the inner cover. a head pipe; a steering device rotatably supported by the head pipe; a fuel tank disposed behind the head pipe; a seat disposed behind the fuel tank; an air cleaner disposed below the fuel tank or the seat; a first air passage that guides air to the air cleaner, at least a portion of the first air passage being disposed to a lateral side of the fuel tank; characterized by a side cover connected to the first air passage and including an intake port disposed forward of the first air passage and opening forward, an exhaust port communicating with the first air passage, and a second passage connecting the intake port and the exhaust port, wherein the side cover includes an inner cover, and an outer cover disposed outward of the inner cover in a vehicle width direction and detachably attached to the inner cover, a rear edge of the outer cover is disposed with a gap from the inner cover. an inner cover, and an outer cover disposed outward of the inner cover in a vehicle width direction and detachably attached to the inner cover, a rear edge of the outer cover is disposed with a gap from the inner cover.
Implant, comprising: - a degradable main body, wherein the main body substantially consists of a degradable metal or comprises a degradable metal in the form of a degradable alloy; - a first degradable coating comprising at least one degradable polymer; and - an antiproliferative active substance, wherein the antiproliferative active substance consists only of the substance itself and is paclitaxel or an mTOR inhibitor, wherein the mTOR inhibitor is selected from: - sirolimus; - everolimus; - zotarolimus - temsirolimus; - biolimus A9 - ridaforolimus; or - compound according to formula I: in which R is C - n-X, n is 0, 1 or 2, and X is a cyclic hydrocarbon having 3-9 carbon atoms, which optionally contains one or more unsaturated bonds, characterized in that the first degradable coating substantially completely encloses the main body, and the antiproliferative active substance is applied to the first degradable coating on the abluminal side of the main body only. - a degradable main body, wherein the main body substantially consists of a degradable metal or comprises a degradable metal in the form of a degradable alloy; - a first degradable coating comprising at least one degradable polymer; and - an antiproliferative active substance, wherein the antiproliferative active substance consists only of the substance itself and is paclitaxel or an mTOR inhibitor, wherein the mTOR inhibitor is selected from: - sirolimus; - everolimus; - zotarolimus - temsirolimus; - biolimus A9 - ridaforolimus; or - compound according to formula I: in which R is C - n-X, n is 0, 1 or 2, and X is a cyclic hydrocarbon having 3-9 carbon atoms, which optionally contains one or more unsaturated bonds, the first degradable coating substantially completely encloses the main body, and the antiproliferative active substance is applied to the first degradable coating on the abluminal side of the main body only.
A lap-fillet arc welding joint comprising two overlapped sheets (10, 20) and a weld bead, the weld bead being formed on an end portion of one sheet of the overlapped two sheets (10, 20) and a surface of the other sheet along the end portion, characterized in that the other sheet includes a projecting portion projecting from the surface at a side of a weld toe (31a, 33a) of at least one of a start portion and a termination portion of the weld bead, and the weld toe (31a, 33a) is located on a slope surface portion of the projecting portion at a side of the end portion of the one sheet.