mhurhangee/patent-ind-claim-en huggingface dataset:
A fiber-reinforced component for use in a gas turbine engine , the fiber-reinforced component comprising: a first braided fiber sleeve forming a cooling channel (90a-90c); a plurality of fiber plies enclosing the first braided fiber sleeve , the plurality of fiber plies forming first and second walls separated by the first braided fiber sleeve ; a matrix material between fibers of the braided fiber sleeve and the plurality of fiber plies ; and characterised by an aperture (92a-92c) extending through the first wall into the cooling channel (90a-90c) to provide cooling fluid to the cooling channel (90a-90c). a first braided fiber sleeve forming a cooling channel (90a-90c); a plurality of fiber plies enclosing the first braided fiber sleeve , the plurality of fiber plies forming first and second walls separated by the first braided fiber sleeve ; a matrix material between fibers of the braided fiber sleeve and the plurality of fiber plies ; and characterised by an aperture (92a-92c) extending through the first wall into the cooling channel (90a-90c) to provide cooling fluid to the cooling channel (90a-90c).
Printing machine for printing sleeve-shaped workpieces , having a machine frame on which a conveyor device with a plurality of workpiece holders is arranged, which is designed for conveying workpieces along a path of movement between a workpiece loading position and a workpiece unloading position , the workpiece holders being rotatably held on the conveyor device , with drive means for the conveying device and for the workpiece holders and with at least one printing device which is arranged along the path of movement and which comprises at least one print head with a series arrangement of ink metering elements which are each designed for an individually predeterminable discharge of ink onto the workpiece , wherein the print head is provided with an electrically controllable setting device for setting a relative position, in particular of a distance , with respect to the workpiece , wherein a scanning device for a surface scanning of the workpieces is arranged along the movement path between the workpiece loading position and the printing device , which scanning device comprises a control bar mounted movably on the machine frame and a sensor device for detecting a position and/or relative movement of the control bar with respect to the machine frame, wherein the adjustment of the relative position for the print head with respect to the workpiece is effected in dependence on a sensor signal of the sensor device and wherein the sensor device is received on a sensor holder which is constructed as a movement stop for the pivotal movement of the control bar and which is arranged adjustably on the machine frame.
A carbon material for nonaqueous-electrolyte secondary-battery negative electrode, which is a multilayered carbon material which includes graphitic particles and amorphous carbon that covers the surface of the graphitic particles and satisfies the following to : the carbon material has an aspect ratio of 10 or less, determined as specified in the description; the carbon material has a specific surface area of 0.5-8 m 2 /g, determined by the BET one-point method based on nitrogen adsorption; the carbon material has a volume-based average particle diameter d50 of 2-50 μm, determined with a laser diffraction-type particle size distribution analyzer as specified in the description and the carbon material has an average degree of circularity of 0.88-1, determined with flow type particle anaylzer as specified in the description, the average degree of circularity is the average of the degrees of circularity obtained for particles in the range of 1.5-40 μm; the carbon material has a raman R value between 0.25 or more and 0.5 or less, determined by Raman spectral analysis using argon ion laser light having a wavelength of 514.5 nm; characterized in that the amount of CO eliminated from the carbon material during heating from room temperature to 1,000°C at a heating rate of 20 °C/min while passing helium gas thereover at a rate of 60 ml/min, as determined with a temperature programmed decomposition mass spectrometer (TPD-MS), is 2-15 μmol/g. the carbon material has an aspect ratio of 10 or less, determined as specified in the description; the carbon material has a specific surface area of 0.5-8 m 2 /g, determined by the BET one-point method based on nitrogen adsorption; the carbon material has a volume-based average particle diameter d50 of 2-50 μm, determined with a laser diffraction-type particle size distribution analyzer as specified in the description and the carbon material has an average degree of circularity of 0.88-1, determined with flow type particle anaylzer as specified in the description, the average degree of circularity is the average of the degrees of circularity obtained for particles in the range of 1.5-40 μm; the carbon material has a raman R value between 0.25 or more and 0.5 or less, determined by Raman spectral analysis using argon ion laser light having a wavelength of 514.5 nm; characterized in that the amount of CO eliminated from the carbon material during heating from room temperature to 1,000°C at a heating rate of 20 °C/min while passing helium gas thereover at a rate of 60 ml/min, as determined with a temperature programmed decomposition mass spectrometer (TPD-MS), is 2-15 μmol/g.
Decorative element having a multilayer structure for presenting a reflected-light view and a transmitted-light view independent thereof, comprising a carrier provided with a first relief structure for presenting the reflected-light view and with a second relief structure for presenting the transmitted-light view, wherein - the first relief structure is arranged at a first height level relative to the carrier and is provided with a reflection-increasing coating , - the second relief structure is arranged at a second, lower height level relative to the carrier and in a manner at least partly overlapping the first relief structure , such that - in the case of pure reflected-light observation from the side of the first relief structure , the reflected-light view of the first relief structure is discernible, while the transmitted-light view of the second relief structure is hidden by the reflection-increasing coating , and, in the case of pure transmitted-light observation from the side of the first relief structure , the reflected-light view of the first relief structure is not discernible, characterized in that in the case of the pure transmitted-light observation from the side of the first relief structure , the transmitted-light view of the second relief structure is visible. - the first relief structure is arranged at a first height level relative to the carrier and is provided with a reflection-increasing coating , - the second relief structure is arranged at a second, lower height level relative to the carrier and in a manner at least partly overlapping the first relief structure , such that - in the case of pure reflected-light observation from the side of the first relief structure , the reflected-light view of the first relief structure is discernible, while the transmitted-light view of the second relief structure is hidden by the reflection-increasing coating , and, in the case of pure transmitted-light observation from the side of the first relief structure , the reflected-light view of the first relief structure is not discernible,
Claw for introducing loads into the thermal insulation of a building, the claw comprising a mounting part and at least one load introducing part , wherein the mounting part and the load introducing part include an angle (α) between 60° and 120°, preferably 90°, and wherein a front edge of the load introducing part comprises at least one point , characterized in that the front edge of the load introducing part(s) comprises an uneven number of points , in particular three or five points , wherein a central point protrudes further than the rest of the points in a plane lying in the load introducing part orthogonal to the mounting part .
A satellite communication system to relay communication between a terminal and a gateway installed on a ground through a satellite repeater , wherein the satellite repeater is adapted to form a user link beam for communicating with the terminal and a feeder link beam for communicating with the gateway in a same area, and based on a currently detected traffic situation for current communication between the terminal and the gateway, the satellite repeater is adapted to change a frequency or polarization association with respect to each of the user link beam and the feeder link beam.
An apparatus for performing an operation on a metallic surface , wherein the metallic surface is an outer surface of a metallic hull and the metallic hull is part of a ship or of an offshore unit, the apparatus comprising: - at least one holding means for holding the apparatus against the metallic surface ; - at least one pivot connected to the apparatus , arranged to pivot in a transverse axis in relation to the movement on the metallic surface for pivoting the at least one holding means in relation to the apparatus and for adapting the at least one holding means to a shape of the metallic surface ; and - a moving means for moving the apparatus on the metallic surface , wherein the holding means comprises: - at least one permanent magnet arranged in a Halbach array for exerting a pushing force on the apparatus towards the metallic surface ; and - at least four rollers for allowing motion on the metallic surface and to keep a fixed distance between the at least one permanent magnet and the metallic surface , each roller rotating on a shaft which traverses the at least one permanent magnet , wherein the moving means is arranged to bear the pushing force from the at least one magnet on the metallic surface and comprises: - a continuous track belt with at least one inner guide engaging on an opposing groove presented by the rollers for keeping the continuous track aligned with the movement of the apparatus on the metallic surface ; and - at least two conducting means for conducting the continuous track belt , wherein the at least two conducting means comprise a groove for the at least one inner guide to engage thereon, and wherein the apparatus is holdable against the metallic surface while partially immersed. - at least one holding means for holding the apparatus against the metallic surface ; - at least one pivot connected to the apparatus , arranged to pivot in a transverse axis in relation to the movement on the metallic surface for pivoting the at least one holding means in relation to the apparatus and for adapting the at least one holding means to a shape of the metallic surface ; and - a moving means for moving the apparatus on the metallic surface , - at least one permanent magnet arranged in a Halbach array for exerting a pushing force on the apparatus towards the metallic surface ; and - at least four rollers for allowing motion on the metallic surface and to keep a fixed distance between the at least one permanent magnet and the metallic surface , each roller rotating on a shaft which traverses the at least one permanent magnet , - a continuous track belt with at least one inner guide engaging on an opposing groove presented by the rollers for keeping the continuous track aligned with the movement of the apparatus on the metallic surface ; and - at least two conducting means for conducting the continuous track belt , wherein the at least two conducting means comprise a groove for the at least one inner guide to engage thereon, and
Chassis suspension of a utility vehicle , the chassis suspension having a bearing block which can be arranged on a frame of the utility vehicle , a chassis part which is held pivotably by a bearing pin in the bearing block , wherein the bearing pin is held in elongated holes in legs of the bearing block arranged at a distance from one another, a device for adjusting the position in space of the bearing pin in the elongated hole , having at least one eccentric element which has a passage opening through which one end of the bearing pin is guided, and the shape and dimensions of which create a rotationally-movable seat of the bearing pin in the eccentric element without play, between the eccentric element and the adjacent leg of the bearing block , a rotational connection is formed, by means of which the eccentric element is rotatably mounted about a pivot pin , arranged laterally offset to the passage opening , in a pivot bearing , the eccentric element has a non-round peripheral contour , the bearing pin is held in its position in space in the position of use in the elongated hole by adjustable clamping elements supported on the legs of the bearing block , in the intermediate space between the legs of the bearing block , a spacer sleeve is fitted onto the bearing pin , the eccentric element is designed as a plate, the non-round peripheral contour of the at least one eccentric element is polygonal, and the eccentric element is movable when the clamping elements are not yet tightened, characterized in that, the at least one eccentric element , in the position of use, is located between the adjacent clamping element and the adjacent leg of the bearing block , the plate has a planar contact surface on its side (A), facing away from the bearing block , for the clamping element arranged there, a tool can be fitted onto the corners of the peripheral contour in a form-fitting manner, and the eccentric element is movable about the pivot pin by means of the tool fitted onto the eccentric element .
A device for the in situ clearing of blockages in artificial tubes completely or partially disposed within a living being, said device comprising a controller that remains outside of the living being, said controller comprising an actuator for generating repetitive motion, a clearing member having a first end that is releasably coupled to the actuator and having a second working end that is insertable into an opening in the artificial tube , said second working end having a portion that comes into repetitive contact with a blockage in the artificial tube for clearing the blockage therein, said clearing member comprising a flexible material that permits said clearing member to make repetitive contact with the blockage while said clearing member is positioned within one of straight and curved portions of the artificial tube , wherein said clearing member comprises a movable wire and a stationary sheath , said movable wire moving within said stationary sheath , wherein said movable wire has a first wire end coupled to said actuator and a second wire end which comprises a tip that contacts said blockage , characterized in that the device further comprises a tube depth-control collar disposed along a length of said clearing member said movable wire movable in relation to said tube depth-control collar .
An apparatus for wirelessly transferring charging power, comprising: a first coil having a first winding path; a second coil having a second winding path; and a holder configured to hold the first coil and the second coil in a predetermined winding pattern, wherein each of the first winding path and the second winding path comprise a plurality of successive winding groups and, wherein each of the successive winding groups of the first winding path is disposed along an outer perimeter of an immediately previous winding group and each of the successive winding groups of the second winding path is disposed along an inner perimeter of an immediately previous winding group, and characterized in that in each of the plurality of successive winding groups, at least a portion of each winding of consecutive windings is disposed on top of an immediately previous winding on the holder for a predetermined number of windings. a first coil having a first winding path; a second coil having a second winding path; and a holder configured to hold the first coil and the second coil in a predetermined winding pattern, wherein each of the first winding path and the second winding path comprise a plurality of successive winding groups and, wherein each of the successive winding groups of the first winding path is disposed along an outer perimeter of an immediately previous winding group and each of the successive winding groups of the second winding path is disposed along an inner perimeter of an immediately previous winding group, and characterized in that in each of the plurality of successive winding groups, at least a portion of each winding of consecutive windings is disposed on top of an immediately previous winding on the holder for a predetermined number of windings.
A customer premise equipment, CPE , comprising: a Wi-Fi access module ; a rotating body , which is provided with a millimeter wave, mmWave, access module ; a base , which is provided with a rotary driving device and a rotary shaft , the rotary driving device being connected to the rotating body via the rotary shaft ; a control processing module , which is electrically connected to each of the Wi-Fi access module , the mmWave access module , and the rotary driving device , wherein the control processing module is configured to obtain transmission quality information of a mmWave signal through the mmWave access module , and control, according to the transmission quality information of the mmWave signal, the rotary driving device to drive the rotating body to move, so as to adjust a position of the mmWave access module ; characterized in that , the CPE further comprises, a support body connected to the base ; wherein the support body is provided with a torsion spring and a retaining ring ; the rotating body is provided with a rotary shaft sleeve , wherein the rotary shaft sleeve passes through the support body , the torsion spring , and the retaining ring and is provided over the rotary shaft , and the torsion spring is connected to the rotary shaft sleeve and generates a pretension force on the rotary shaft sleeve ; and the rotary shaft is a lead screw and is provided with a nut seat screwed on the rotary shaft , and the nut seat is connected to the rotary shaft sleeve . a Wi-Fi access module ; a rotating body , which is provided with a millimeter wave, mmWave, access module ; a base , which is provided with a rotary driving device and a rotary shaft , the rotary driving device being connected to the rotating body via the rotary shaft ; a control processing module , which is electrically connected to each of the Wi-Fi access module , the mmWave access module , and the rotary driving device , wherein the control processing module is configured to obtain transmission quality information of a mmWave signal through the mmWave access module , and control, according to the transmission quality information of the mmWave signal, the rotary driving device to drive the rotating body to move, so as to adjust a position of the mmWave access module ; characterized in that , the CPE further comprises, a support body connected to the base ; wherein the support body is provided with a torsion spring and a retaining ring ; the rotating body is provided with a rotary shaft sleeve , wherein the rotary shaft sleeve passes through the support body , the torsion spring , and the retaining ring and is provided over the rotary shaft , and the torsion spring is connected to the rotary shaft sleeve and generates a pretension force on the rotary shaft sleeve ; and the rotary shaft is a lead screw and is provided with a nut seat screwed on the rotary shaft , and the nut seat is connected to the rotary shaft sleeve .
A computer-implemented method comprising: a metric collector computer storing previously collected metric values based on previous requests sent to a service server computer from one or more client computers (100-102) during one or more previous periods of time; the metric collector computer, at a current period of time, receiving a new metric value based on a request sent to the service server computer from a particular client computer; the metric collector computer performing regression on the previously collected metric values to determine a predicted metric value for the current period of time; in response to a determination that a deviation between the predicted metric value and the new metric value is greater than a specified threshold, the metric collector computer generating an alert ; characterized by further using an absolute threshold to generate an alert when the new metric value passes the absolute threshold, wherein the collected metric values refer to a data value representing a usage or performance characteristic of a computer, network, system or service. a metric collector computer storing previously collected metric values based on previous requests sent to a service server computer from one or more client computers (100-102) during one or more previous periods of time; the metric collector computer, at a current period of time, receiving a new metric value based on a request sent to the service server computer from a particular client computer; the metric collector computer performing regression on the previously collected metric values to determine a predicted metric value for the current period of time; in response to a determination that a deviation between the predicted metric value and the new metric value is greater than a specified threshold, the metric collector computer generating an alert ; characterized by further using an absolute threshold to generate an alert when the new metric value passes the absolute threshold, wherein the collected metric values refer to a data value representing a usage or performance characteristic of a computer, network, system or service.
A liner that features - a closed distal end, - an open proximal end, - a lateral surface that extends from the distal end to the proximal end, and - a first connection device that is configured to engage with a second connection device on a prosthesis socket, and wherein the first connection device is configured to establish a mechanical locking and an electrical contact between the liner and the prosthesis socket with the second connection device, characterised in that the first connection device is arranged on the lateral surface such that it protrudes radially outwards. - a closed distal end, - an open proximal end, - a lateral surface that extends from the distal end to the proximal end, and - a first connection device that is configured to engage with a second connection device on a prosthesis socket, and wherein the first connection device is configured to establish a mechanical locking and an electrical contact between the liner and the prosthesis socket with the second connection device, characterised in that the first connection device is arranged on the lateral surface such that it protrudes radially outwards.