mhurhangee/ep-ind-claims huggingface dataset:
A mounting hook for use in mounting a solar panel on a pitched roof having roof tiles (502, 532) on horizontal roof battens in a shingled arrangement, the mounting hook comprising - a ridge-side batten-hook portion and an eave-side solar panel mounting portion; wherein - the batten-hook portion comprises a passing portion made of a flat profile, for passing, after installation on the tiled roof, through an overlap region between an eave-side roof tile and a ridge-side roof tile overlapping the eave-side roof tile in their shingled arrangement; and a hook portion in ridge-side continuation of the passing portion, the hook portion having a stepped shape for gripping around a ridge-side edge of the eave-side roof tile and for gripping around a ridge-side back edge of the roof batten used for mounting the eave-side roof tile, wherein the solar panel-mounting portion comprises a ridge-side clamp for gripping around a ridge-side edge of the solar panel to be mounted, and an eave-side clamp arranged at a distance from the ridge-side clamp in a ridge-to-eaves direction, for gripping around and supporting an eave-side edge of the solar panel to be mounted, and wherein at least a ridge side part of the solar-panel mounting portion including the ridge side clamp and the batten-hook portion are integrally formed as a first integrated piece, and an eave-side part of the solar-panel mounting portion including the eave-side clamp and a beam are formed as a second integrated piece, or the mounting hook is formed as an integrally formed, strip-shaped piece. - a ridge-side batten-hook portion and an eave-side solar panel mounting portion; wherein - the batten-hook portion comprises a passing portion made of a flat profile, for passing, after installation on the tiled roof, through an overlap region between an eave-side roof tile and a ridge-side roof tile overlapping the eave-side roof tile in their shingled arrangement; and a hook portion in ridge-side continuation of the passing portion, the hook portion having a stepped shape for gripping around a ridge-side edge of the eave-side roof tile and for gripping around a ridge-side back edge of the roof batten used for mounting the eave-side roof tile, wherein the solar panel-mounting portion comprises a ridge-side clamp for gripping around a ridge-side edge of the solar panel to be mounted, and an eave-side clamp arranged at a distance from the ridge-side clamp in a ridge-to-eaves direction, for gripping around and supporting an eave-side edge of the solar panel to be mounted, and wherein at least a ridge side part of the solar-panel mounting portion including the ridge side clamp and the batten-hook portion are integrally formed as a first integrated piece, and an eave-side part of the solar-panel mounting portion including the eave-side clamp and a beam are formed as a second integrated piece, or the mounting hook is formed as an integrally formed, strip-shaped piece.
A method of detecting an occlusion in an infusion pump of the type having a drive mechanism that includes a motor and one or more drive train components (404, 432, 501) coupled to a reservoir and which can be used for incrementally infusing fluid from the reservoir into a body of a user, the method of detecting an occlusion in the pump comprising: taking a series of measurements (5003, 5007) of a parameter associated with the motor or one of the drive train components (404, 432, 501); calculating a weighted average (5009, 5011) of the series of measurements; comparing the weighted average to a maximum threshold value; and determining whether the weighted average is greater than the maximum threshold value; characterized in that calculating the weighted average includes applying a weighting factor to each measurement in the series of measurements to determine a weighted value corresponding to each measurement in the series of measurements; wherein the weighting factors weight more heavily the most recent measurements. taking a series of measurements (5003, 5007) of a parameter associated with the motor or one of the drive train components (404, 432, 501); calculating a weighted average (5009, 5011) of the series of measurements; comparing the weighted average to a maximum threshold value; and determining whether the weighted average is greater than the maximum threshold value; characterized in that calculating the weighted average includes applying a weighting factor to each measurement in the series of measurements to determine a weighted value corresponding to each measurement in the series of measurements; wherein the weighting factors weight more heavily the most recent measurements.
An electric motor comprising: a stator, a rotor and a position holding device, wherein the rotor is assigned to a motor shaft, the stator comprises a core including a plurality of pole shoes and coils wound around them, or a core without pole shoes with coils on the inside of the stator, and the position holding device comprises a plurality of permanent magnets and one compensation coil assigned onto each permanent magnet, the permanent magnets being arranged in pairs in opposed relation to the rotor on an inside of the stator, wherein the compensation coils are connected to a control device to control the magnetic field of the compensation coils. the rotor is assigned to a motor shaft, the stator comprises a core including a plurality of pole shoes and coils wound around them, or a core without pole shoes with coils on the inside of the stator, and the position holding device comprises a plurality of permanent magnets and one compensation coil assigned onto each permanent magnet, the permanent magnets being arranged in pairs in opposed relation to the rotor on an inside of the stator, wherein the compensation coils are connected to a control device to control the magnetic field of the compensation coils.
A patient ventilation interface comprising: a throat body defining a venturi throat that is open to ambient air; a nasal pillow disposed around the venturi throat to define a plenum between the venturi throat and the nasal pillow; a jet nozzle arranged to output ventilation gas into the venturi throat; and a pressure sensing tube having a pressure sensing port positioned to be in fluid communication with the plenum. a throat body defining a venturi throat that is open to ambient air; a nasal pillow disposed around the venturi throat to define a plenum between the venturi throat and the nasal pillow; a jet nozzle arranged to output ventilation gas into the venturi throat; and a pressure sensing tube having a pressure sensing port positioned to be in fluid communication with the plenum.
A component mounting system comprising: a component mounter for mounting a die on a circuit board in combination with a passive component with an appropriate characteristic for the die, wherein the component mounter is loaded with both a die supply device that is configured to supply to be mounted dies with variance in a characteristic, formed by dicing a wafer attached to a dicing sheet, and multiple feeders that are configured to supply the passive component to be combined with the die; and a means for acquiring wafer map data which ranks each die of the wafer by the characteristic, and passive component combination data that specifies the passive component with an appropriate characteristic for each rank of die from multiple passive components with a different characteristic; wherein the component mounter is configured to mount the die and the passive component on the circuit board, wherein the multiple feeders are configured to supply the multiple passive components with a different characteristic to the component mounter; wherein the die supply device is configured to supply each die of the wafer sequentially to the component mounter; and wherein the component mounter is configured to mount the passive component to be combined with the die supplied from the die supply device on the circuit board, by selecting the passive component from the multiple passive components with a different characteristic based on the wafer map data and the passive component combination data. a component mounter for mounting a die on a circuit board in combination with a passive component with an appropriate characteristic for the die, wherein the component mounter is loaded with both a die supply device that is configured to supply to be mounted dies with variance in a characteristic, formed by dicing a wafer attached to a dicing sheet, and multiple feeders that are configured to supply the passive component to be combined with the die; and a means for acquiring wafer map data which ranks each die of the wafer by the characteristic, and passive component combination data that specifies the passive component with an appropriate characteristic for each rank of die from multiple passive components with a different characteristic; wherein the component mounter is configured to mount the die and the passive component on the circuit board, wherein the multiple feeders are configured to supply the multiple passive components with a different characteristic to the component mounter; wherein the die supply device is configured to supply each die of the wafer sequentially to the component mounter; and wherein the component mounter is configured to mount the passive component to be combined with the die supplied from the die supply device on the circuit board, by selecting the passive component from the multiple passive components with a different characteristic based on the wafer map data and the passive component combination data.
An apparatus for a mobile base station transceiver comprised in or attached to a vehicle, the apparatus being operable to determine location information of the mobile base station transceiver tracking a route of the vehicle, the mobile base station transceiver being operable to provide information related to an identification of a cell to a mobile transceiver, the apparatus comprising a positioning module operable to provide information related to a location of the apparatus; a storing module operable to store data; a control module operable to store a data set using the storing module, the data set comprising information related to the location of the apparatus from the positioning module and information related to a time, at which the information related to the position of the apparatus is obtained.
A routing information processing method, comprising: obtaining, by a first network device, routing information, wherein the routing information comprises a first device identifier of a second network device and a first segment identifier corresponding to the first device identifier, and a second device identifier of a third network device and a second segment identifier corresponding to the second device identifier, wherein the first network device is a single-homing device of the second network device, and the first segment identifier corresponds to a first locator, and wherein the first network device and a fourth network device are multi-homing devices of the third network device, and the second segment identifier corresponds to a second locator; and sending, by the first network device, the routing information to the fourth network device (S302, S303). obtaining, by a first network device, routing information, wherein the routing information comprises a first device identifier of a second network device and a first segment identifier corresponding to the first device identifier, and a second device identifier of a third network device and a second segment identifier corresponding to the second device identifier, wherein the first network device is a single-homing device of the second network device, and the first segment identifier corresponds to a first locator, and wherein the first network device and a fourth network device are multi-homing devices of the third network device, and the second segment identifier corresponds to a second locator; and sending, by the first network device, the routing information to the fourth network device (S302, S303).
A tablet composition for oral administration comprising Voriconazole or pharmaceutically acceptable salt thereof and colloidal silicon dioxide in an amount of from 2% to 10% (w/w) incorporated in the internal phase of the composition in which, the excipients are intimately mixed with the active pharmaceutical ingredient and wherein the particle size of Voriconazole is D90<100μm measured by laser light diffraction.
A double rotating flipper locking mechanism for maintaining tension on a halyard, the double rotating flipper locking mechanism comprising: a housing having an internal space and configured to receive a slug that moves along a path through the housing, the slug being configured to be operably connected to the halyard, the housing including a first housing side and a second housing side coupled to one another; and first and second flippers rotatably disposed in the housing, the first and second flippers configured to rotate between at least a cocked position in which the slug is inserted into the housing, a locked position in which a surface of the first and second flippers receive the slug and impede the slug from exiting the housing along the path, wherein the halyard is tensioned in the locked position, and a neutral position in which the first and second flippers allow movement of the slug, characterized by a magnet assembly configured to effect rotation of the first and second flippers, the magnet assembly including at least: first and second housing magnets disposed within the first housing side, third and fourth housing magnets disposed within the second housing side, first and second flipper magnets disposed within the first flipper, and third and fourth flipper magnets disposed within the second flipper. a housing having an internal space and configured to receive a slug that moves along a path through the housing, the slug being configured to be operably connected to the halyard, the housing including a first housing side and a second housing side coupled to one another; and first and second flippers rotatably disposed in the housing, the first and second flippers configured to rotate between at least a cocked position in which the slug is inserted into the housing, a locked position in which a surface of the first and second flippers receive the slug and impede the slug from exiting the housing along the path, wherein the halyard is tensioned in the locked position, and a neutral position in which the first and second flippers allow movement of the slug, characterized by a magnet assembly configured to effect rotation of the first and second flippers, the magnet assembly including at least: first and second housing magnets disposed within the first housing side, third and fourth housing magnets disposed within the second housing side, first and second flipper magnets disposed within the first flipper, and third and fourth flipper magnets disposed within the second flipper.
A feed-through connector assembly for coupling a fiber optic cable with a connection point, the feed-through connector assembly comprising: a duct configured to slidingly receive a fiber optic cable that is pushed or pulled through the duct; a cable connector comprising a connector body at a first end of the cable connector and extending in a longitudinal direction, the connector body defining a first longitudinal conduit configured to receive the duct; a connector housing (102, 202) at a second end of the feed-through connector, the connector housing (102, 202) being configured to couple the fiber optic cable to a connection point; and a fiber optic connector configured to terminate the fiber optic cable, characterized in that the cable connector further comprises: a compression fitting configured to be received about a first end of the connector body and to slide relative to the connector body in the longitudinal direction to radially compress the first end of the connector body to grip the duct, and wherein an end of the duct is configured to be inserted into the compression fitting. a duct configured to slidingly receive a fiber optic cable that is pushed or pulled through the duct; a cable connector comprising a connector body at a first end of the cable connector and extending in a longitudinal direction, the connector body defining a first longitudinal conduit configured to receive the duct; a connector housing (102, 202) at a second end of the feed-through connector, the connector housing (102, 202) being configured to couple the fiber optic cable to a connection point; and a fiber optic connector configured to terminate the fiber optic cable, characterized in that the cable connector further comprises: a compression fitting configured to be received about a first end of the connector body and to slide relative to the connector body in the longitudinal direction to radially compress the first end of the connector body to grip the duct, and wherein an end of the duct is configured to be inserted into the compression fitting. a compression fitting configured to be received about a first end of the connector body and to slide relative to the connector body in the longitudinal direction to radially compress the first end of the connector body to grip the duct, and wherein an end of the duct is configured to be inserted into the compression fitting.
Electrical cut-off device with high making capacity provided with a control module associated with at least one cut-off module corresponding to a phase of an electrical network, said cut-off module including at least one moving contact associated with at least one pair of fixed contacts, said moving contact being coupled with an actuator mechanism controlled by said control module so as to be moved between at least one switched-off position in which the moving contact is distant from the pair of fixed contacts and the electrical circuit is open, and a switched-on position in which the moving contact is resting on the pair of fixed contacts and the electrical circuit is closed, characterized in that it comprises at least one set (5, 5') of several moving contacts (5A-C; 5A-F) associated with said pair of fixed contacts, the moving contacts of said set (5, 5') being parallel and offset in space with respect to each other in order to stagger in time the approach of said moving contacts on said pair of fixed contacts when closing the electrical circuit, said set (5, 5') including at least one central moving contact that is ahead of the other moving contacts (5B-C; 5B-F) arranged laterally around said central moving contact, so that it is the first to establish the current when closing the electrical circuit and the last to cut off the current when opening said circuit.
A multifilament of a polyacetal stretched fiber which is obtained by stretching a fiber at a temperature of 100°C or more to a temperature lower than the melting point of a polyacetal resin composition, wherein the fiber is obtained by melt spinning the polyacetal resin composition, and the polyacetal resin composition contains a polyacetal resin, a fatty acid metal salt in an amount of 0.5 to 5 phr relative to the polyacetal resin and a fatty acid ester, wherein the fatty acid ester is an ester of a saturated or unsaturated aliphatic carboxylic acid having 12 to 35 carbon atoms with a saturated or unsaturated aliphatic alcohol having 12 to 35 carbon atoms, wherein the polyacetal resin is a polyacetal copolymer obtained by adding, relative to 100 parts by weight of trioxane, 0.5 to 30 parts by weight of a comonomer other than trioxane, consisting of one or two or more cyclic ether and/or cyclic formal, and wherein the fatty acid metal salt is a salt of a saturated or unsaturated aliphatic carboxylic acid having 12 to 35 carbon atoms with an alkaline earth metal element or amphoteric metal element.
An overvoltage protection device comprising: - a printed circuit board, - a varistor having a metal-oxide varistor body that has a face and a conductive metal layer deposited on said face, wherein the varistor is connected to a first electrical connection terminal by a first connection track of the printed circuit board and a disconnection tab, the disconnection tab being fastened directly to the metal layer by a thermofusible link and exerting a traction force on said metal layer such that the disconnection tab moves away from the metal layer and disconnects the electrical connection between the first terminal and the varistor in response to melting of the thermofusible link, wherein the metal layer has a thickness of between 8 μm and 16 μm, wherein the disconnection tab is a leaf spring that is prestressed by the thermofusible link between an end of said leaf spring and the conductive metal layer, and wherein the prestressing force applied to the disconnection tab and maintained by the thermofusible link is between 5 N and 10 N. - a printed circuit board, - a varistor having a metal-oxide varistor body that has a face and a conductive metal layer deposited on said face, wherein the varistor is connected to a first electrical connection terminal by a first connection track of the printed circuit board and a disconnection tab, the disconnection tab being fastened directly to the metal layer by a thermofusible link and exerting a traction force on said metal layer such that the disconnection tab moves away from the metal layer and disconnects the electrical connection between the first terminal and the varistor in response to melting of the thermofusible link, wherein the metal layer has a thickness of between 8 μm and 16 μm, wherein the disconnection tab is a leaf spring that is prestressed by the thermofusible link between an end of said leaf spring and the conductive metal layer, and wherein the prestressing force applied to the disconnection tab and maintained by the thermofusible link is between 5 N and 10 N.
A method for changing a key in a secure element, applied to a smart device installed with the secure element, comprising: after a connection between a key changing device and the smart device is established, obtaining a key changing instruction sent by the key changing device, wherein the key changing instruction is configured to change a target key under a designated directory in the secure element; verifying whether the smart device has a first authority to read a new key from the key changing device, and whether the smart device has a second authority to change the target key in the secure element; in response to determining that the smart device has the first authority and the second authority, reading the new key stored in the key changing device, wherein the new key is written into the key changing device via a card writer in advance; and changing the target key under the designated directory in the secure element to the new key. after a connection between a key changing device and the smart device is established, obtaining a key changing instruction sent by the key changing device, wherein the key changing instruction is configured to change a target key under a designated directory in the secure element; verifying whether the smart device has a first authority to read a new key from the key changing device, and whether the smart device has a second authority to change the target key in the secure element; in response to determining that the smart device has the first authority and the second authority, reading the new key stored in the key changing device, wherein the new key is written into the key changing device via a card writer in advance; and changing the target key under the designated directory in the secure element to the new key.