mhurhangee/patent-ind-claim-en huggingface dataset:
An installation for depositing a shaped filled roving for use in the manufacture of a composite-material component, the installation comprising at least: a device for feeding a fibrous roving impregnated with a composition comprising a binder and ceramic or carbon fillers, a die for shaping and draining the binder defined by at least one porous surface , the die having an evolving section between an inlet section and an outlet section, the inlet section being greater than the outlet section, a support (30; 50) in communication with the die outlet on which the shaped roving is to be deposited, and a first conveying device configured to transport the roving from the feed device through the die and to the support. a device for feeding a fibrous roving impregnated with a composition comprising a binder and ceramic or carbon fillers, a die for shaping and draining the binder defined by at least one porous surface , the die having an evolving section between an inlet section and an outlet section, the inlet section being greater than the outlet section, a support (30; 50) in communication with the die outlet on which the shaped roving is to be deposited, and a first conveying device configured to transport the roving from the feed device through the die and to the support.
Pump arrangement , in particular in a coating installation for the coating of components, in particular in a painting installation for the painting of motor vehicle body components, with a) a plurality of pumps (4.1-4.7) for delivering a coating agent with an adjustable pumping power, in particular for delivering a sealing agent for the sealing of weld seams on a motor vehicle body component, b) wherein the pumps (4.1-4.7) are, at the outlet side and at the inlet side, connected in parallel such that the pumps (4.1-4.7) extract the coating agent for delivery from a common inlet line and deliver said coating agent into a common outlet line , c) a control device for the closed-loop control of in each case one fluid variable at the outlet of the individual pumps (4.1-4.7), wherein c1) said control device controls the individual pumps (4.1-4.7) individually, c2) the control device is a closed-loop control device , which controls in each case one fluid variable at the outlet of the individual pumps (4.1-4.7), c3) said controlled fluid variable at the outlet of the individual pumps (4.1-4.7) is the coating agent pressure or the fluid flow conveyed by the individual pumps (4.1-4.7), characterized in c4) that the closed-loop control device is adapted to closed-loop control the controlled fluid variables at the outlet of the individual pumps (4.1-4.7) to a common nominal value. a) a plurality of pumps (4.1-4.7) for delivering a coating agent with an adjustable pumping power, in particular for delivering a sealing agent for the sealing of weld seams on a motor vehicle body component, b) wherein the pumps (4.1-4.7) are, at the outlet side and at the inlet side, connected in parallel such that the pumps (4.1-4.7) extract the coating agent for delivery from a common inlet line and deliver said coating agent into a common outlet line , c) a control device for the closed-loop control of in each case one fluid variable at the outlet of the individual pumps (4.1-4.7), wherein c1) said control device controls the individual pumps (4.1-4.7) individually, c2) the control device is a closed-loop control device , which controls in each case one fluid variable at the outlet of the individual pumps (4.1-4.7), c3) said controlled fluid variable at the outlet of the individual pumps (4.1-4.7) is the coating agent pressure or the fluid flow conveyed by the individual pumps (4.1-4.7), c1) said control device controls the individual pumps (4.1-4.7) individually, c2) the control device is a closed-loop control device , which controls in each case one fluid variable at the outlet of the individual pumps (4.1-4.7), c3) said controlled fluid variable at the outlet of the individual pumps (4.1-4.7) is the coating agent pressure or the fluid flow conveyed by the individual pumps (4.1-4.7),
Method for determining driving dynamics states of a utility vehicle, wherein at least one item of driving dynamics information about the utility vehicle is extracted from the camera image of at least one camera of the utility vehicle by way of an image processing device, wherein one item of information is the relative yaw angle as articulation angle between towing vehicle and trailer/semitrailer , and this is determined such that a front, vertical outer edge , as seen in the vehicle longitudinal direction (x), and/or a rear, vertical outer edge , as seen in the vehicle longitudinal direction (x), of a trailer/semitrailer is recorded by at least one camera per vehicle side, directed toward the rear as seen in the vehicle longitudinal direction (x), the current edge position of the front outer edge and/or of the rear outer edge , in particular the magnitude of a lateral displacement distance (16; 12), as seen in the vehicle transverse direction (y), with respect to an edge position (13'; 8') is determined in the case of a longitudinally oriented pairing position, and the relative yaw angle between towing vehicle and trailer/semitrailer is calculated as articulation angle from this current edge position and unchangeable geometric values, in particular the absolute position of the trailer/semitrailer articulation point and the trailer/semitrailer width.
An in vitro method for producing a cultured meat product for dietary consumption, the method comprising: modifying a self-renewing cell line of livestock, poultry, game, or aquatic animal species with an inducible myogenic transcription factor to produce a myogenic-transcription-factor-modified cell line, wherein said self-renewing cell line is a pluripotent embryonic stem cell line or an induced pluripotent stem cell line; maintaining said modified cell line in a self-renewal process followed by inducing myogenic differentiation of said modified cell line by exogenous regulation of the inducible myogenic transcription factor, wherein inducing of the myogenic differentiation further comprises contacting said modified cell line with an inhibitor of DNA methylation, and wherein the differentiated modified cell line forms myocytes and multinucleated myotubes, both comprising myonuclei; and culturing the myocytes and multinucleated myotubes to generate skeletal muscle fibers, thereby producing a cultured meat product for dietary consumption. modifying a self-renewing cell line of livestock, poultry, game, or aquatic animal species with an inducible myogenic transcription factor to produce a myogenic-transcription-factor-modified cell line, wherein said self-renewing cell line is a pluripotent embryonic stem cell line or an induced pluripotent stem cell line; maintaining said modified cell line in a self-renewal process followed by inducing myogenic differentiation of said modified cell line by exogenous regulation of the inducible myogenic transcription factor, wherein inducing of the myogenic differentiation further comprises contacting said modified cell line with an inhibitor of DNA methylation, and wherein the differentiated modified cell line forms myocytes and multinucleated myotubes, both comprising myonuclei; and culturing the myocytes and multinucleated myotubes to generate skeletal muscle fibers, thereby producing a cultured meat product for dietary consumption.
A communication method, comprising: receiving, by a terminal device, reference signal configuration information from a network device, wherein the reference signal configuration information comprises the following information: a beam sweeping type and a reference signal beam indication; receiving, by the terminal device, a reference signal and data from the network device; and determining, by the terminal device, based on the reference signal configuration information, whether data can be mapped onto another resource element that is located on a same orthogonal frequency division multiplexing, OFDM, symbol as the reference signal; wherein: if the beam sweeping type is sweeping a transmit beam or not sweeping a receive beam, and the reference signal beam indication is the same as a beam indication of the data, determining, by the terminal device, that data can be mapped onto the another resource element that is located on the same OFDM symbol as the reference signal. receiving, by a terminal device, reference signal configuration information from a network device, wherein the reference signal configuration information comprises the following information: a beam sweeping type and a reference signal beam indication; receiving, by the terminal device, a reference signal and data from the network device; and determining, by the terminal device, based on the reference signal configuration information, whether data can be mapped onto another resource element that is located on a same orthogonal frequency division multiplexing, OFDM, symbol as the reference signal; wherein: if the beam sweeping type is sweeping a transmit beam or not sweeping a receive beam, and the reference signal beam indication is the same as a beam indication of the data, determining, by the terminal device, that data can be mapped onto the another resource element that is located on the same OFDM symbol as the reference signal.
Track for making a slab frame for a false wall, comprising a tubular track body of substantially triangular cross-section, delimited by a horizontal top wall , a vertical side wall extending from the top wall and a connecting wall from the top wall to the side wall , the track body comprising at least a first groove for receiving a stretched fabric provided in the track body and opening out at the level of the side wall and an internal rail for receiving means for assembling the track with a similar abutting track, the said side wall being provided along its length with solid areas defining reinforcement portions of the said track, the first reception groove and the internal rail are arranged substantially aligned along an axis extending parallel to the connecting wall , characterized in that the reinforcement portions define, with the side, top and connecting walls, a solid volume occupying 70% to 95% of the total volume of the track.
A media access control, MAC, address synchronization method for a stacking system, comprising: receiving (S302, S401), by a first stack port of a first device, a MAC address changing message from a second stack port of a second device in the stacking system; wherein the MAC address changing message carries a specific identifier configured to identify the MAC address changing message, and the specific identifier is an updating flag bit set in a control header in front of a message header of the MAC address changing message; upon determining, according to the updating flag bit, that the MAC address changing message is received, uploading (S402), by the first stack port of the first device, a copy of the MAC address changing message to a first central processing unit, CPU, of the first device; and updating (S304, S403), by the first CPU of the first device, a MAC address list in a first switch chip of the first device according to the MAC address changing message. receiving (S302, S401), by a first stack port of a first device, a MAC address changing message from a second stack port of a second device in the stacking system; wherein the MAC address changing message carries a specific identifier configured to identify the MAC address changing message, and the specific identifier is an updating flag bit set in a control header in front of a message header of the MAC address changing message; upon determining, according to the updating flag bit, that the MAC address changing message is received, uploading (S402), by the first stack port of the first device, a copy of the MAC address changing message to a first central processing unit, CPU, of the first device; and updating (S304, S403), by the first CPU of the first device, a MAC address list in a first switch chip of the first device according to the MAC address changing message.
Use of a connection component for load-bearing, vertical connection of building parts , the connection component having a thermally insulating main body which has two oppositely located contact faces for connection to the building parts , and having at least one compression element which is inserted into the thermally insulating main body and passes through the latter substantially from one contact face to the other, characterised in that a deformation element is arranged on one of the contact faces above or below the compression element .
Tolerance compensation arrangement for fastening a first component to a second component with automatic compensation of tolerances in the spacing between the first and the second component, comprising the following features: a. a base element which comprises a first metal element with a first inner thread and a second metal element with a second inner thread, and b. an adjustment unit which comprises a threaded sleeve made of metal with an outer thread and a dragging unit at least partially arranged in the threaded sleeve , wherein the outer thread forms a first thread pairing of a first thread direction with the first inner thread of the first metal element of the base element , characterized in that c. the base element comprises a supporting element , preferably made of metal, and arranged between the first and the second metal element , wherein d. the first and the second metal element are spaced from each other, preferably along a longitudinal axis of the base element while e. a fastening screw is insertable through an opening of a base unit and the adjustment unit , wherein the base unit is formed of the base element , the first and the second metal element as well as the support element , and is screwable into the second inner thread of the second metal element of the base element via a second thread pairing of a second thread direction opposite to the first thread direction and is connectable with the adjustment unit via the dragging unit through a releasable dragging connection so as to co-rotate the adjustment unit and thereby moving it into abutment with the first component when rotating-in the fastening screw. a. a base element which comprises a first metal element with a first inner thread and a second metal element with a second inner thread, and b. an adjustment unit which comprises a threaded sleeve made of metal with an outer thread and a dragging unit at least partially arranged in the threaded sleeve , wherein the outer thread forms a first thread pairing of a first thread direction with the first inner thread of the first metal element of the base element , characterized in that c. the base element comprises a supporting element , preferably made of metal, and arranged between the first and the second metal element , wherein d. the first and the second metal element are spaced from each other, preferably along a longitudinal axis of the base element while e. a fastening screw is insertable through an opening of a base unit and the adjustment unit , wherein the base unit is formed of the base element , the first and the second metal element as well as the support element , and is screwable into the second inner thread of the second metal element of the base element via a second thread pairing of a second thread direction opposite to the first thread direction and is connectable with the adjustment unit via the dragging unit through a releasable dragging connection so as to co-rotate the adjustment unit and thereby moving it into abutment with the first component when rotating-in the fastening screw.
A development cartridge , comprising: a rotatable member ; and a coupler to rotate the rotatable member by receiving rotation power from an external source, the coupler including: a coupler body connected to the rotatable member , a coupler arm , provided at the coupler body , to push and rotate the coupler body when the coupler receives the rotation power, and movable to a first position and a second position, the first position being farther from an axis of rotation of the coupler than the second position in a radial direction with respect to the axis of rotation, and an elastic member to apply an elastic force to the coupler arm in the radial direction, characterized in that the coupler arm is movable from the first position to a third position to push and rotate the coupler body , and wherein the elastic member is to apply the elastic force to the coupler arm to return the coupler arm to the first position from the third position, the coupler arm includes a first stopper and the coupler body includes a second stopper that, when the coupler arm is at the third position, is to support the first stopper to prevent the coupler arm from being moved to the second position. a rotatable member ; and a coupler to rotate the rotatable member by receiving rotation power from an external source, the coupler including: a coupler body connected to the rotatable member , a coupler arm , provided at the coupler body , to push and rotate the coupler body when the coupler receives the rotation power, and movable to a first position and a second position, the first position being farther from an axis of rotation of the coupler than the second position in a radial direction with respect to the axis of rotation, and an elastic member to apply an elastic force to the coupler arm in the radial direction, characterized in that the coupler arm is movable from the first position to a third position to push and rotate the coupler body , and a coupler body connected to the rotatable member , a coupler arm , provided at the coupler body , to push and rotate the coupler body when the coupler receives the rotation power, and movable to a first position and a second position, the first position being farther from an axis of rotation of the coupler than the second position in a radial direction with respect to the axis of rotation, and an elastic member to apply an elastic force to the coupler arm in the radial direction, characterized in that the coupler arm is movable from the first position to a third position to push and rotate the coupler body , and wherein the elastic member is to apply the elastic force to the coupler arm to return the coupler arm to the first position from the third position, the coupler arm includes a first stopper and the coupler body includes a second stopper that, when the coupler arm is at the third position, is to support the first stopper to prevent the coupler arm from being moved to the second position.
An ultrasound diagnosis apparatus comprising: a first display configured to display first images in a first image layout; a second display configured to display second images in a second image layout; a user input unit configured to receive an input for selecting one from among the first images; and a controller configured to control: - dividing the second display into first and second regions, - displaying, on the second display in a third image layout, at least one of the second images on the first region and the selected image on the second region, and - displaying, on the first display in a fourth image layout, the remaining ones of the first images other than the selected image, wherein an image layout is a configuration in which at least one image is arranged on a display which is the first display or the second display. a first display configured to display first images in a first image layout; a second display configured to display second images in a second image layout; a user input unit configured to receive an input for selecting one from among the first images; and a controller configured to control: - dividing the second display into first and second regions, - displaying, on the second display in a third image layout, at least one of the second images on the first region and the selected image on the second region, and - displaying, on the first display in a fourth image layout, the remaining ones of the first images other than the selected image, - dividing the second display into first and second regions, - displaying, on the second display in a third image layout, at least one of the second images on the first region and the selected image on the second region, and - displaying, on the first display in a fourth image layout, the remaining ones of the first images other than the selected image, wherein an image layout is a configuration in which at least one image is arranged on a display which is the first display or the second display.
An anti-corrosive wrapping for a metal pipe and/or for a metal pipe fitting, comprising: an innerwrap which comprises: a backing comprising glass fibres; and a layer of viscoelastic thermoplastic corrosion protection material carried by the backing ; and an outerwrap comprising glass fibres and impregnated with a curable adhesive ; wherein: the innerwrap is wrappable around the metal pipe or the metal pipe fitting and the viscoelastic thermoplastic corrosion protection material carried by the backing can engage and can cover an external surface of the metal pipe or the metal pipe fitting; and the outerwrap is wrappable around the innerwrap previously wrapped around the pipe and/or the pipe fitting and the adhesive impregnated in the outerwrap can engage and can penetrate the innerwrap to thereby adhere the outerwrap to the innerwrap . an innerwrap which comprises: a backing comprising glass fibres; and a layer of viscoelastic thermoplastic corrosion protection material carried by the backing ; and an outerwrap comprising glass fibres and impregnated with a curable adhesive ; wherein: the innerwrap is wrappable around the metal pipe or the metal pipe fitting and the viscoelastic thermoplastic corrosion protection material carried by the backing can engage and can cover an external surface of the metal pipe or the metal pipe fitting; and the outerwrap is wrappable around the innerwrap previously wrapped around the pipe and/or the pipe fitting and the adhesive impregnated in the outerwrap can engage and can penetrate the innerwrap to thereby adhere the outerwrap to the innerwrap . the innerwrap is wrappable around the metal pipe or the metal pipe fitting and the viscoelastic thermoplastic corrosion protection material carried by the backing can engage and can cover an external surface of the metal pipe or the metal pipe fitting; and the outerwrap is wrappable around the innerwrap previously wrapped around the pipe and/or the pipe fitting and the adhesive impregnated in the outerwrap can engage and can penetrate the innerwrap to thereby adhere the outerwrap to the innerwrap .