mhurhangee/ep-ind-claims huggingface dataset:
A damper adjusting arrangement configured for regulating the flow of a gaseous fluid within a channel of an extractor tubing, the damper adjusting arrangement comprises a damper member pivotable arranged in the channel and coupled to a rotary control means of the damper adjusting arrangement, wherein a first member of the rotary control means comprising a resilient element (71, 121), which exhibits a plurality of radially protruding first bulges being configured for engagement with a second member of the rotary control means, characterized in that the first member is formed as an elongated washer-like planar tongue with an open area and having a first and second leg connected to a first and a second end portion, wherein the first and second leg each comprises a plurality of inwardly facing first bulges (31, 31') forming a wave-shaped pattern, wherein the second member is positioned between and in contact with the first and second leg, wherein the respective first and second leg is configured to be spring-biased against the second member.
A method for assigning a serving grant of a High Speed Uplink Packet Access, HSUPA, network, comprising: step one: a HSUPA scheduler assigning a serving grant to user equipment according to a service requirement of the user equipment; and step two: the user equipment maintaining the serving grant until the service requirement of the user equipment changes, and then returning to step one; wherein, step two further comprises: the user equipment using the serving grant only if there is a service needed to be processed. step one: a HSUPA scheduler assigning a serving grant to user equipment according to a service requirement of the user equipment; and step two: the user equipment maintaining the serving grant until the service requirement of the user equipment changes, and then returning to step one; wherein, step two further comprises: the user equipment using the serving grant only if there is a service needed to be processed.
An external stereo microphone device attached to a mobile electronic device, comprising: a pair of symmetrically-positioned microphones; a holder unit including a pair of holders symmetrically positioned in order to accommodate the pair of microphones respectively and a joint for joining the pair of holders together; a substantially-cylindrical case that rotatably supports the holder unit; and a revolving body that is made of an elastic material and that revolves over an inner circumferential surface of the cylindrical case while experiencing pressure from the inner circumferential surface of the cylindrical case in association with rotation of the holder unit a pair of symmetrically-positioned microphones; a holder unit including a pair of holders symmetrically positioned in order to accommodate the pair of microphones respectively and a joint for joining the pair of holders together; a substantially-cylindrical case that rotatably supports the holder unit; and a revolving body that is made of an elastic material and that revolves over an inner circumferential surface of the cylindrical case while experiencing pressure from the inner circumferential surface of the cylindrical case in association with rotation of the holder unit
A power interface, comprising: a connection body, having a first connection surface and a second connection surface; and a plurality of power pins, embedded in the connection body, each of which comprising a first sidewall surface and a second sidewall surface; the first sidewall surface and the second sidewall surface are adapted to be electrically connected to a power adapter; characterized in that the first sidewall surface extends beyond and is exposed outside the connection body, and the first sidewall surface is configured as a part of the first connection surface; the second sidewall surface extends beyond and is exposed outside the connection body, and the second sidewall surface is configured as a part of the second connection surface; wherein each of the plurality of power pins is solid between the first sidewall surface and the second sidewall surface. a connection body, having a first connection surface and a second connection surface; and a plurality of power pins, embedded in the connection body, each of which comprising a first sidewall surface and a second sidewall surface; the first sidewall surface and the second sidewall surface are adapted to be electrically connected to a power adapter; characterized in that the first sidewall surface extends beyond and is exposed outside the connection body, and the first sidewall surface is configured as a part of the first connection surface; the second sidewall surface extends beyond and is exposed outside the connection body, and the second sidewall surface is configured as a part of the second connection surface; wherein each of the plurality of power pins is solid between the first sidewall surface and the second sidewall surface.
A method for purposes of online monitoring of a rotating shaft during normal operation, comprising Provision of an ultrasonic transducer, which is attached by adhesive and/or a mechanical mounting to an end face of the rotating shaft; Excitation of a longitudinal ultrasonic wave in the rotating shaft, recording of an ultrasonic echo signal, and Evaluation of the ultrasonic echo signal in order to detect whether the rotating shaft has an alteration, in particular an error such as a crack, wherein one or more ultrasonic transducers are provided on at least one end face of the rotating shaft for purposes of excitation and/or recording.
A method of protecting a machine comprising an operating system and a file system filter, whereby the file system filter carries out the steps of: a. intercepting attempts to access files, and blocking access to files which are found on a blocked file list; b. intercepting an instruction to delete a file on the machine; c. making the file inaccessible by placing it on the blocked file list instead of deleting the file, d. determining that a critical operating system error which causes the machine to reboot has occurred; and if such an error has occurred then (i) while the operating system restarts, allowing access to all files and monitoring which files are accessed that are also listed on the blocked file list, and (ii) once the operating system successfully restarts, removing the files accessed during the restart from the blocked file list. a. intercepting attempts to access files, and blocking access to files which are found on a blocked file list; b. intercepting an instruction to delete a file on the machine; c. making the file inaccessible by placing it on the blocked file list instead of deleting the file, d. determining that a critical operating system error which causes the machine to reboot has occurred; and
A composite filament comprising: a core particle comprising: a sulfonated polyester matrix; and a plurality of silver nanoparticles dispersed within the matrix; and a shell polymer disposed about the core particle; wherein the silver nanoparticle is present in the composite filament in a range from 0.5 ppm to 50,000 ppm; and further wherein the composite filament has a diameter of from 0.5 mm to 5 mm. a core particle comprising: a sulfonated polyester matrix; and a plurality of silver nanoparticles dispersed within the matrix; and a shell polymer disposed about the core particle; a sulfonated polyester matrix; and a plurality of silver nanoparticles dispersed within the matrix; and a shell polymer disposed about the core particle; wherein the silver nanoparticle is present in the composite filament in a range from 0.5 ppm to 50,000 ppm; and further wherein the composite filament has a diameter of from 0.5 mm to 5 mm.
Device for endoscopic intervention on the spinal column, characterized by: a. an elongate guide element with a conical, rounded tip for inserting a cannula through an incision in the skin of a patient, - wherein the internal diameter of the cannula corresponds to the external diameter of the guide element, b. a cannula designed as a hollow cutting tool with a bevelled distal end, - wherein the distal area of the distal end of the cannula has a cutting edge, which is incorporated into the edge of the wall of the cutting tool, c. an outer hollow cannula for receiving the cutting tool, and d. an optical probe for insertion through the cavity of the cannula, wherein the optical probe has a working channel. a. an elongate guide element with a conical, rounded tip for inserting a cannula through an incision in the skin of a patient, - wherein the internal diameter of the cannula corresponds to the external diameter of the guide element, - wherein the internal diameter of the cannula corresponds to the external diameter of the guide element, b. a cannula designed as a hollow cutting tool with a bevelled distal end, - wherein the distal area of the distal end of the cannula has a cutting edge, which is incorporated into the edge of the wall of the cutting tool, - wherein the distal area of the distal end of the cannula has a cutting edge, which is incorporated into the edge of the wall of the cutting tool, c. an outer hollow cannula for receiving the cutting tool, and d. an optical probe for insertion through the cavity of the cannula, wherein the optical probe has a working channel.
Circuit arrangement for clock and data recovery comprising - a control unit (CTRL) configured to derive - a first reference signal (PLSN) and a second reference signal (PLSD) from an input signal (SDIN); and - a common reference signal (FREFO) from one of the first reference signal (PLSN) and the second reference signal (PLSD) selected depending on a mode of operation of the circuit arrangement; - a phase-locked loop circuit configured to generate an oscillator signal (SOSC) based on the common reference signal (FREFO) and to synchronize the oscillator signal (SOSC) and the common reference signal (FREFO) with respect to each other; and - a sampling unit (SMPL) configured to extract, depending on the oscillator signal (SOSC), a recovered data signal from the input signal (SDIN). - a control unit (CTRL) configured to derive - a first reference signal (PLSN) and a second reference signal (PLSD) from an input signal (SDIN); and - a common reference signal (FREFO) from one of the first reference signal (PLSN) and the second reference signal (PLSD) selected depending on a mode of operation of the circuit arrangement; - a first reference signal (PLSN) and a second reference signal (PLSD) from an input signal (SDIN); and - a common reference signal (FREFO) from one of the first reference signal (PLSN) and the second reference signal (PLSD) selected depending on a mode of operation of the circuit arrangement; - a phase-locked loop circuit configured to generate an oscillator signal (SOSC) based on the common reference signal (FREFO) and to synchronize the oscillator signal (SOSC) and the common reference signal (FREFO) with respect to each other; and - a sampling unit (SMPL) configured to extract, depending on the oscillator signal (SOSC), a recovered data signal from the input signal (SDIN).
A method for operating a power generation system comprising a fuel-cell, the method comprising: detecting a water deficient condition of the fuel-cell comprising determining if a magnitude of the electrical current generated by the fuel-cell is lower than a threshold current value, and wherein the threshold current value corresponds to the electrical current generated by the fuel-cell at the threshold steam-carbon ratio value; and in response to detecting the water deficient condition of the fuel-cell 102), operating at least one auxiliary load of the power generation system using an electrical current generated by the fuel-cell to maintain a steam-carbon ratio in the fuel-cell above a threshold steam-carbon ratio value. detecting a water deficient condition of the fuel-cell comprising determining if a magnitude of the electrical current generated by the fuel-cell is lower than a threshold current value, and wherein the threshold current value corresponds to the electrical current generated by the fuel-cell at the threshold steam-carbon ratio value; and in response to detecting the water deficient condition of the fuel-cell 102), operating at least one auxiliary load of the power generation system using an electrical current generated by the fuel-cell to maintain a steam-carbon ratio in the fuel-cell above a threshold steam-carbon ratio value.
Hollow profile connection for connecting at least two hollow profiles (H1, H2, H3), with a gusset plate (K1, K2) which makes contact with the end regions of the hollow profiles (H1, H2, H3) to be connected, in the outer region thereof, wherein at least the end regions of the hollow profiles (H1, H2, H3) are of tubular configuration, with an insertable profile part (P1, P2, P3) having ribs, such that the end regions of the hollow profiles (H1, H2, H3) in cross section have a profile formed by webs or ribs (S, R), wherein gusset plate (K1, K2) and hollow profile (H1, H2, H3) are connected to each other by a friction-stir weld, wherein the connections produced by friction-stir welding run along the ribs or webs (S, R) of the profile.
An apparatus for changing a gas flow path formed in a jet engine by an inner cowl and an outer cowl, said apparatus comprising: a chevron; a linear actuator coupled to the chevron and to the outer cowl of the jet engine, wherein the chevron is movable by the linear actuator forward or aft to change the position of the chevron relative to the gas flow path; characterized in that: the chevron comprises a slot that is sized and configured to receive a component of the linear actuator therein. a chevron; a linear actuator coupled to the chevron and to the outer cowl of the jet engine, wherein the chevron is movable by the linear actuator forward or aft to change the position of the chevron relative to the gas flow path; the chevron comprises a slot that is sized and configured to receive a component of the linear actuator therein.
A loading station for forming a fiber mass for micronaire testing, the loading station having: a forming chamber for receiving an unformed fiber mass, the forming chamber comprising, a non-movable back wall, a non-movable bottom plate, a selectively movable horizontal forming wall for horizontally compacting the fiber mass into a desired horizontal cross-section, and a selectively movable vertical forming wall for vertically compacting the fiber mass into a desired vertical cross-section, and a selectively movable plunger for pressing axially along the shaped fiber mass, the direction of movement of the plunger being perpendicular to the direction of movement of the horizontal forming wall and to the direction of movement of the vertical forming wall, characterized by: a hopper for receiving the unformed fiber mass and delivering the unformed fiber mass to the forming chamber, a selectively movable isolation plate for isolating the forming chamber from the hopper, ports formed in the non-movable bottom plate, and a vacuum source arranged underneath the bottom plate for drawing an airflow from the hopper into the forming chamber and through the ports. a forming chamber for receiving an unformed fiber mass, the forming chamber comprising, a non-movable back wall, a non-movable bottom plate, a selectively movable horizontal forming wall for horizontally compacting the fiber mass into a desired horizontal cross-section, and a selectively movable vertical forming wall for vertically compacting the fiber mass into a desired vertical cross-section, and forming chamber comprising, a non-movable back wall, a non-movable bottom plate, a selectively movable horizontal forming wall for horizontally compacting the fiber mass into a desired horizontal cross-section, and a selectively movable vertical forming wall for vertically compacting the fiber mass into a desired vertical cross-section, and a selectively movable plunger for pressing axially along the shaped fiber mass, the direction of movement of the plunger being perpendicular to the direction of movement of the horizontal forming wall and to the direction of movement of the vertical forming wall, a hopper for receiving the unformed fiber mass and delivering the unformed fiber mass to the forming chamber, a selectively movable isolation plate for isolating the forming chamber from the hopper, ports formed in the non-movable bottom plate, and a vacuum source arranged underneath the bottom plate for drawing an airflow from the hopper into the forming chamber and through the ports.
Airbag module with a first envelope enclosing a first gas space, a first inflator for filling the first gas space, at least one adaptive influencing device, in particular for the active influencing of the ventilation of the first gas space or the shape of the first envelope, an actuating unit for actuating the influencing device, wherein the actuating unit has a second envelope enclosing a second gas space and a second inflator independent of the first inflator for filling the second gas space, which second inflator is arranged inside the second gas space or is connected to the latter by a gas conductive element, wherein the state of the adaptive influencing device changes due to filling of the second gas space by the gas source, characterised by that a tensile element is provided, the first end of which is coupled to the adaptive influencing device or forms the adaptive influencing device and the second end of which is coupled to the second envelope of the actuating unit when the second gas space is not filled and is uncoupled from the second envelope when the second gas space is filled.
A brush for applying a cosmetic product to the eyelashes and/or eyebrows, comprising: - a core of plastic material, having a longitudinal axis, - spikes (11, 13) carried by the core, extending from the core, and attached to the core, brush wherein said brush includes at least a first row of spikes (11 20.1... 11 20.12) extending longitudinally, this row comprising a series of at least four consecutive spikes (11 20.1, 11 20.2, 11 20.3, 11 20.4) positioned on the core at respective abscissae x 1 to x 4 along the longitudinal axis of the core, with d 1 =x 2 -x 1, d 2 =x 3 -x 2, d 3 =x 4 -x 3 and d 1, d 2 and d 3 being different in pairs, and wherein the core carries at least a group of four rows, composed of said first row and of other rows (30, 40, 50), which are repeated several times angularly over the core, each row of said group comprises spikes of unequal sizes and spikes of unequal heights, each of said other rows includes a series of at least four consecutive spikes positioned on the core at respective abscissae x 1 to x 4 along the longitudinal axis of the core, with distances d i =x i+1 -x i between the spikes of abscissae x i+1 and x i, i being an integer comprised between 1 and 3, being different in pairs, the pattern formed by said series of spikes being repeated at least once along said first row. - a core of plastic material, having a longitudinal axis, - spikes (11, 13) carried by the core, extending from the core, and attached to the core, brush wherein said brush includes at least a first row of spikes (11 20.1... 11 20.12) extending longitudinally, this row comprising a series of at least four consecutive spikes (11 20.1, 11 20.2, 11 20.3, 11 20.4) positioned on the core at respective abscissae x 1 to x 4 along the longitudinal axis of the core, with d 1 =x 2 -x 1, d 2 =x 3 -x 2, d 3 =x 4 -x 3 and d 1, d 2 and d 3 being different in pairs, and wherein the core carries at least a group of four rows, composed of said first row and of other rows (30, 40, 50), which are repeated several times angularly over the core, each row of said group comprises spikes of unequal sizes and spikes of unequal heights, each of said other rows includes a series of at least four consecutive spikes positioned on the core at respective abscissae x 1 to x 4 along the longitudinal axis of the core, with distances d i =x i+1 -x i between the spikes of abscissae x i+1 and x i, i being an integer comprised between 1 and 3, being different in pairs, the pattern formed by said series of spikes being repeated at least once along said first row.
Method for roughening an inner surface of a cylindrical bore, in particular a running surface in a cylinder bore or cylinder liner of an internal combustion engine, wherein, by means of a rotating tool, which is moved in a translatory manner in the axial direction of the cylindrical bore and has a radial cutting head, a chip is lifted by at least one cutting edge of the radial cutting head and is broken off by means of a further edge or surface of the radial cutting head in order to produce the roughened surface, wherein the tool is inserted into the cylindrical bore or passed through same, after which a positioning of the tool takes place in the radial direction, and after which the material removal takes place by means of the rotating tool when the tool is moved in the advancing direction thereof out of the cylindrical bore, characterized in that finishing machining of the inner surface of the cylindrical bore is carried out by means of a further radial cutting head in the same operation, before the radial cutting head for roughening the inner surface in the feed direction, and in that a flushing medium for flushing and/or cooling is fed into the region of the radial cutting head for roughening the inner surface with a directional component counter to the advancing direction, and a flushing medium for flushing and/or cooling is fed into the region of the further radial cutting head with a directional component in the advancing direction. characterized in that finishing machining of the inner surface of the cylindrical bore is carried out by means of a further radial cutting head in the same operation, before the radial cutting head for roughening the inner surface in the feed direction, and in that a flushing medium for flushing and/or cooling is fed into the region of the radial cutting head for roughening the inner surface with a directional component counter to the advancing direction, and a flushing medium for flushing and/or cooling is fed into the region of the further radial cutting head with a directional component in the advancing direction.