mhurhangee/ep-ind-claims huggingface dataset:
A skateboard, comprising: a skateboard deck; a baseplate configured for mounting to a bottom surface of the skateboard deck; a hanger configured to hold an axle; a monocoque hex nut comprising a hex portion and, adjacent to the hex portion, a shaft portion with an outer radial surface, the monocoque hex nut being mounted inside the baseplate; and a kingpin bolt having a threaded portion affixed to the monocoque hex nut to secure the baseplate and hanger together relative to the bottom surface of the skateboard deck; wherein the baseplate comprises first and second opposing primary surfaces (910, 912), the first primary surface configured to be positioned coincident with the bottom surface of the skateboard deck; the first primary surface of the baseplate comprises a recessed cavity to fit the monocoque hex nut; the baseplate comprises a through hole that is bored through the recess cavity and out to the second primary surface; and the baseplate through hole has the same inside dimension as the outer radial surface of the shaft portion of the monocoque hex nut. a skateboard deck; a baseplate configured for mounting to a bottom surface of the skateboard deck; a hanger configured to hold an axle; a monocoque hex nut comprising a hex portion and, adjacent to the hex portion, a shaft portion with an outer radial surface, the monocoque hex nut being mounted inside the baseplate; and a kingpin bolt having a threaded portion affixed to the monocoque hex nut to secure the baseplate and hanger together relative to the bottom surface of the skateboard deck; wherein the baseplate comprises first and second opposing primary surfaces (910, 912), the first primary surface configured to be positioned coincident with the bottom surface of the skateboard deck; the first primary surface of the baseplate comprises a recessed cavity to fit the monocoque hex nut; the baseplate comprises a through hole that is bored through the recess cavity and out to the second primary surface; and the baseplate through hole has the same inside dimension as the outer radial surface of the shaft portion of the monocoque hex nut.
A filter for a fluid medium, particularly an oil, water, fuel or air filter of an internal combustion engine, having a filter housing and a cover releasably connectable thereto; having a replaceable filter insert consisting of a hollow-cylindrical filter medium body and two end discs (31, 32) enclosing it at its end faces, of which the one end disc has a central aperture, wherein the filter insert can be mounted with the apertured end disc forward onto a central standpipe that forms part of the filter housing; wherein a locking ring is guided for axial displacement on the standpipe; wherein the locking ring is preloaded with a force that acts in a direction of extension and that is oriented towards the free end of the standpipe; wherein the locking ring in an extended position is secured by a latching device against insertion; wherein unlatching means guided by the filter insert are provided to urge the latching device in the unlocking direction when the filter insert is pushed onto the standpipe and which clear the locking ring and the filter insert for insertion, and wherein, when the filter insert is installed in the filter housing, a seal provided on the end disc or on the locking ring and interacting with a sealing surface of the filter housing separates a raw side from a pure side of the filter, characterised in that with the locking ring in an extended position and with the filter insert axially abutting the locking ring, the seal provided on the end disc of the filter insert or on the locking ring is axially apart from the associated sealing surface of the filter housing in the direction of extension and it is held by the latching device in the non-sealing position apart from the sealing surface, and that with the filter insert or the locking ring in the inserted position and the latching device unlocked, the sealing surface and the seal interact in a sealing manner.
Temperature sensor designed to measure the surface temperature, comprising: a hollow body, a cap, a molded part and a measuring element, wherein the cap is arranged on the front face of the temperature sensor and seals the hollow body, wherein the measuring element is arranged inside the interior channel of the cap and is thermally coupled with the cap, wherein the molded part is made from a material whose thermal conductivity is lower than the thermal conductivity of the material of the cap and of the hollow body, wherein the molded part has at least one means of connection, which interacts with at least one means of connection on the hollow body in order to fix the molded part on the hollow body, wherein the molded part has at least one additional means of connection, in order to fix the molded part on the cap, and wherein the molded part has an annular section, which, in the mounted state, is arranged flush with the outer surfaces of the hollow body and the cap. a hollow body, a cap, a molded part and a measuring element, wherein the cap is arranged on the front face of the temperature sensor and seals the hollow body, wherein the measuring element is arranged inside the interior channel of the cap and is thermally coupled with the cap, wherein the molded part is made from a material whose thermal conductivity is lower than the thermal conductivity of the material of the cap and of the hollow body, wherein the molded part has at least one means of connection, which interacts with at least one means of connection on the hollow body in order to fix the molded part on the hollow body, wherein the molded part has at least one additional means of connection, in order to fix the molded part on the cap, and wherein the molded part has an annular section, which, in the mounted state, is arranged flush with the outer surfaces of the hollow body and the cap.
Combined cycle power plant having a fuel preheating device connected upstream of the burners of the gas turbine, and having a waste heat steam generator which is connected downstream of the gas turbine on the flue gas side and whose heating surfaces are connected into the water-steam circuit of the steam turbine, wherein the steam turbine comprises a number of pressure stages, characterized in that a steam line connects a steam outlet located between two pressure stages to a steam drum assigned to the fuel preheating device.
A roller shutter box with central housing and side flanges, said flanges being oriented along a plane substantially perpendicular to the longitudinal axis of the housing and embedded in the axial ends of the housing, mutual fastening means being provided between them, said fastening means including one tab (10, 11, 12) per wall (2, 3, 4) of the housing obtained by cutting in a wall (2, 3, 4) of the housing, characterized in that said tab (10, 11, 12) is deformed toward the inside of the housing along an axis of rotation substantially parallel to the longitudinal axis of the housing in order to cooperate with a housing emerging in the periphery of the flange, each of the tab (10, 11, 12) and the housing having opposite faces oriented to block each flange in the housing at least in translation in a direction parallel to the longitudinal axis of the housing.
A method for the in vitro specific diagnosis of prostate cancer in a biological sample taken from a patient which comprises a step of detecting at least one expression product of at least one nucleic acid sequence, said nucleic acid sequence being chosen from the sequences identified in SEQ ID NOs 1, 3, 4, 8, 10, 11, 15, 16, 21 and 32 or from the sequences which have at least 99% of identity with one of the sequences identified in SEQ ID NOs 1, 3, 4, 8, 10, 11, 15, 16, 21 and 32.
Intermediate housing for a gas turbine, comprising at least one outer housing element, comprising at least one hub element arranged on the inside of the outer housing element in the radial direction, comprising at least one strut by means of which the outer housing element is connected to the hub element, and comprising at least one casing element which defines, at least in part in at least the radial direction, a duct through which gas can flow, is formed separately to the housing element and which comprises an opening for encasing the strut at least in part on the outer periphery thereof, which opening is penetrated by the strut, the casing element being coupled to the hub element in the radial direction by at least one supporting element (50, 52) and at least one guide vane being provided for at least partially guiding the gas flowing through the duct, and the at least one guide vane being supported on the supporting element (50, 52) in the radial direction, characterized in that the casing element is coupled exclusively to the hub element at least in the radial direction.
A method of formation rehabilitation of a track bed, including the following features: a) the track bed is removed in two stages in the shape of an upper ballast layer and a residual recycling layer situated under the same, b) the upper ballast layer is cleaned, thus producing ballast and spoil, c) usable spoil is discharged upon an exposed earth formation and graded and compacted to form an intermediate layer, d) to create a formation protection layer, new gravel is discharged upon the intermediate layer and graded and compacted, e) cleaned ballast is discharged upon the formation protection layer to restore the track bed, characterized in that the usable spoil is supplemented by gravel. a) the track bed is removed in two stages in the shape of an upper ballast layer and a residual recycling layer situated under the same, b) the upper ballast layer is cleaned, thus producing ballast and spoil, c) usable spoil is discharged upon an exposed earth formation and graded and compacted to form an intermediate layer, d) to create a formation protection layer, new gravel is discharged upon the intermediate layer and graded and compacted, e) cleaned ballast is discharged upon the formation protection layer to restore the track bed,
An extension assist system, comprising: an extension assembly comprising an extension panel and one or more extension members configured to be movably connected to a body assembly the extension assembly configured to translate along a movement axis between at least a retracted position and an extended position; and an extension assist assembly with a first end and a second end, the first end coupled to the one or more extension members and the second end coupled to a fixed point relative to the extension assembly, the extension assist assembly configured to exert an extension force parallel to the movement axis, characterized in that the extension force is less than an extension resistance force acting parallel to the movement axis in a direction opposite the extension force. an extension assembly comprising an extension panel and one or more extension members configured to be movably connected to a body assembly the extension assembly configured to translate along a movement axis between at least a retracted position and an extended position; and an extension assist assembly with a first end and a second end, the first end coupled to the one or more extension members and the second end coupled to a fixed point relative to the extension assembly, the extension assist assembly configured to exert an extension force parallel to the movement axis,
A heat-bonding apparatus comprising: a vacuum chamber for housing an object to be heat-bonded and a buffer part; a heater for applying heat to the buffer part placed into contact with the object housed in the vacuum chamber; a cooler for discharging heat of the buffer part heated by the heater; an object temperature sensor for detecting a temperature of the object heated through the buffer part; the heat-bonding apparatus being characterized in that it further comprises a controller configured to control the temperature of the object detected by the object temperature sensor to be a specified target temperature suitable for heat-bonding by adjusting heat discharge from the buffer part with the cooler while an inside of the vacuum chamber is under vacuum. a vacuum chamber for housing an object to be heat-bonded and a buffer part; a heater for applying heat to the buffer part placed into contact with the object housed in the vacuum chamber; a cooler for discharging heat of the buffer part heated by the heater; an object temperature sensor for detecting a temperature of the object heated through the buffer part; the heat-bonding apparatus being characterized in that it further comprises a controller configured to control the temperature of the object detected by the object temperature sensor to be a specified target temperature suitable for heat-bonding by adjusting heat discharge from the buffer part with the cooler while an inside of the vacuum chamber is under vacuum.
A device for sensing bulk solids and exploration and localization of life-threatening places, comprising a basic body, wherein on the outer part of said basic body at least one recess covered by a transparent head is arranged, and in the inner part of said basic body a combined unit with a source and a recording storage are arranged, wherein the basic body further comprises an optical properties sensor, a physical properties detector and a position sensor including a signal transmitter, wherein the physical properties detector is arranged in at least one recess, wherein a sinking medium is attached to the basic body to form an integral part thereof, wherein the sinking medium comprises a propulsion means, characterized in that the sinking medium further comprises a worm screw of conical shape, which is driven by the propulsion means and adapted to sink said device into bulk solids, wherein the centre of gravity of said device is situated along the axis of the device in such point so as to navigate the worm screw to the intended impact surface wherein the material of the sinking medium being of higher density than the material of the basic body.
A print controller for a printer, the print controller comprising: a control system; and a rasterizer operable to generate raster data for a print job, to send the raster data to a solid state memory, to determine that the solid state memory is no longer available for storing the raster data, and to transmit an out of memory error to the control system, wherein the control system is operable to determine that a process utilizing the solid state memory is about to complete an operation that will free up a portion of the solid state memory, wherein the control system is further operable, in response to the determination that a portion of the solid state memory will be freed up, to suspend the rasterizer from writing raster data to a mechanical hard disk, to wait for the process to complete the operation, and to instruct the rasterizer to resume writing raster data to the solid state memory in response to the process completing the operation. a control system; and a rasterizer operable to generate raster data for a print job, to send the raster data to a solid state memory, to determine that the solid state memory is no longer available for storing the raster data, and to transmit an out of memory error to the control system, wherein the control system is operable to determine that a process utilizing the solid state memory is about to complete an operation that will free up a portion of the solid state memory, wherein the control system is further operable, in response to the determination that a portion of the solid state memory will be freed up, to suspend the rasterizer from writing raster data to a mechanical hard disk, to wait for the process to complete the operation, and to instruct the rasterizer to resume writing raster data to the solid state memory in response to the process completing the operation.
A pre-concentration device for an ion mobility detection apparatus (3, 3'), comprising: a collecting passage configured to collect a gas mixture including substances to be detected; a sieve provided, in a deployed state, within the collecting passage and configured to separate the substances to be detected from the gas mixture, the separated substances to be detected being absorbed to the sieve; at least one desorption unit (40,40') configured to desorb the substances that have been absorbed to the sieve; and a driving device configured to drive the sieve to be movable between an absorption position in which the substances to be detected are absorbed to the sieve in the collecting passage, and a desorption position in which the substances to be detected are desorbed from the sieve in the at least one desorption unit, characterized in that each desorption unit comprises a sieve drum formed in a hollow cage shape, around which the sieve can be wound so as to be received in a wound state in the desorption unit, and from which the sieve can be unwound; and each desorption unit comprises a heating barrel (4, 4') including a heating unit (12, 13) to heat the sieve received therein and wound on the sieve drum. a collecting passage configured to collect a gas mixture including substances to be detected; a sieve provided, in a deployed state, within the collecting passage and configured to separate the substances to be detected from the gas mixture, the separated substances to be detected being absorbed to the sieve; at least one desorption unit (40,40') configured to desorb the substances that have been absorbed to the sieve; and a driving device configured to drive the sieve to be movable between an absorption position in which the substances to be detected are absorbed to the sieve in the collecting passage, and a desorption position in which the substances to be detected are desorbed from the sieve in the at least one desorption unit, characterized in that each desorption unit comprises a sieve drum formed in a hollow cage shape, around which the sieve can be wound so as to be received in a wound state in the desorption unit, and from which the sieve can be unwound; and each desorption unit comprises a heating barrel (4, 4') including a heating unit (12, 13) to heat the sieve received therein and wound on the sieve drum.
An actuation sled, comprising: a base portion, at least one substantially central, sloping, non-linear guide member extending along the length of the actuation sled and of variable width along said length, and at least one shaped portion, wherein the base portion comprises a plurality of recesses (162, 164, 168) extending longitudinally along the length of the actuation sled and wherein the at least one shaped portion includes a first camming member and a second camming member, the first and second camming members (110, 120) each having spaced apart first and second cam wedges (122, 142, 124, 144), each of the cam wedges (122, 142, 124, 144) including at least first and second drive faces (122a, 122b, 142a, 142b, 124a, 124b, 144a, 144b) configured to define first and second drive angles with respect to the base portion. a base portion, at least one substantially central, sloping, non-linear guide member extending along the length of the actuation sled and of variable width along said length, and at least one shaped portion, wherein the base portion comprises a plurality of recesses (162, 164, 168) extending longitudinally along the length of the actuation sled and wherein the at least one shaped portion includes a first camming member and a second camming member, the first and second camming members (110, 120) each having spaced apart first and second cam wedges (122, 142, 124, 144), each of the cam wedges (122, 142, 124, 144) including at least first and second drive faces (122a, 122b, 142a, 142b, 124a, 124b, 144a, 144b) configured to define first and second drive angles with respect to the base portion.
A system information receiving method, comprising: receiving (401, 502), by user equipment, second indication information, wherein the second indication information is used to indicate trigger signal sequence information; determining (402, 503) a trigger signal resource of a serving cell based on the second indication information, wherein the trigger signal resource of the serving cell comprises a time-frequency resource of at least one uplink trigger signal and/or sequence information of at least one uplink trigger signal; generating (403, 504) an uplink trigger signal based on the trigger signal resource of the serving cell; sending (403, 506) the uplink trigger signal on a time-frequency resource of the uplink trigger signal; determining (404, 510), based on the time-frequency resource of the uplink trigger signal, a time-frequency resource group of system information; and detecting (405, 511) the system information carried in a broadcast channel in the time-frequency resource group of the system information. receiving (401, 502), by user equipment, second indication information, wherein the second indication information is used to indicate trigger signal sequence information; determining (402, 503) a trigger signal resource of a serving cell based on the second indication information, wherein the trigger signal resource of the serving cell comprises a time-frequency resource of at least one uplink trigger signal and/or sequence information of at least one uplink trigger signal; generating (403, 504) an uplink trigger signal based on the trigger signal resource of the serving cell; sending (403, 506) the uplink trigger signal on a time-frequency resource of the uplink trigger signal; determining (404, 510), based on the time-frequency resource of the uplink trigger signal, a time-frequency resource group of system information; and detecting (405, 511) the system information carried in a broadcast channel in the time-frequency resource group of the system information.
A method of controlling a sleep mode in a portable terminal having a main controller, a sub-controller operating at low power and a sensor, the method comprising: detecting, by the sub-controller, a sound signal generated by a microphone when the main controller is in a sleep mode; extracting a sound pattern from the detected sound signal; comparing the extracted sound pattern to a preset sound wake-up pattern; and cancelling the sleep mode by waking-up the main controller depending on the outcome of the comparison between the extracted sound pattern and the sound wake-up pattern; wherein in response to the sleep mode changing to an active mode due to the detection by the sensor of a dangerous situation of the portable terminal, the main controller limits some functions of the portable terminal or turns off power of the portable terminal; and wherein the sensor comprises an accelerometer sensor, a motion sensor, a geomagnetic sensor, a temperature sensor, a humidity sensor, an atmospheric sensor, a pressure sensor, a gravity sensor, or a vision sensor. detecting, by the sub-controller, a sound signal generated by a microphone when the main controller is in a sleep mode; extracting a sound pattern from the detected sound signal; comparing the extracted sound pattern to a preset sound wake-up pattern; and cancelling the sleep mode by waking-up the main controller depending on the outcome of the comparison between the extracted sound pattern and the sound wake-up pattern; wherein in response to the sleep mode changing to an active mode due to the detection by the sensor of a dangerous situation of the portable terminal, the main controller limits some functions of the portable terminal or turns off power of the portable terminal; and wherein the sensor comprises an accelerometer sensor, a motion sensor, a geomagnetic sensor, a temperature sensor, a humidity sensor, an atmospheric sensor, a pressure sensor, a gravity sensor, or a vision sensor.