mhurhangee/patent-ind-claim-en huggingface dataset:
A labelling machine for applying label sheets onto articles comprising: - a web feeding unit for feeding a web of labelling material formed by a series of label sheets joined to each other; - a label transfer device receiving said web from said web feeding device at an input station and adapted to feed single label sheets to respective articles at an application station spaced apart from said input station ; and - a cutting device for cutting said web of labelling material in said single label sheets ; said label transfer device comprising a transfer conveyor adapted to retain said single label sheets and to release the label sheets themselves on said articles at said application station ; characterized in that said transfer conveyor comprises a closed-loop transfer track , and at least two label holders (20, 20', 20") movable on said transfer track by means of a magnetic-inductive interaction. - a web feeding unit for feeding a web of labelling material formed by a series of label sheets joined to each other; - a label transfer device receiving said web from said web feeding device at an input station and adapted to feed single label sheets to respective articles at an application station spaced apart from said input station ; and - a cutting device for cutting said web of labelling material in said single label sheets ;
An add-on for a spirit level, designed as a marking aid for indicating and as a marking instrument for marking the position of drill holes for mounting objects on a wall, wherein the add-on is releasably mounted on a spirit level and is arranged to be movable along the longitudinal axis of said spirit level, wherein the add-on has a pin head , a double U-shaped central part , and a fastening part for connection to the spirit level , wherein the pin head has a rectangular base body , in the longitudinal direction of which a continuous recess for receiving a marking element is arranged, wherein a spring is arranged in the recess such that a spring force is applied to the marking element against the wall to be marked and a partial section thereof projects from the pin head , which is closed by a cover , at the end opposite the wall, wherein one side surface of the base body has a longitudinal gap in which a web contour formed or attached to the marking element is guided, such that the path of the marking element is limited, wherein square recesses are arranged on two opposite side surfaces of the base body , in each of which a contour-equal section of a locking pin is mounted, wherein the respective square section of each locking pin merges into a cylindrical section which is mounted in a recess congruent thereto on a respective limb front end section of the one fork-shaped recess of the double U-shaped central part , such that the pin head is pivotably supported on the double U-shaped central part , wherein the fastening part is longitudinally movably mounted on the other fork-shaped recess of the double U-shaped central part , wherein the fastening part has a recess on each of its two outer surfaces extending in the longitudinal direction of the double U-shaped central part in which recess contour-like surface sections of the fork-shaped recess are guided, and wherein the fastening part has a bore extending in the longitudinal direction of the double U-shaped central part in which a screw bolt is guided, the thread contour of which engages in a thread contour congruent thereto on a central section next to the fork-shaped recess of the double U-shaped central part .
A method for reducing loads of a wind turbine in an idling or parked state, the method comprising: continuously monitoring the incoming wind direction; monitoring , via a turbine controller, a pitch system of the rotor blade of the wind turbine for faults; and yawing a nacelle of the wind turbine into the incoming wind direction if no fault is detected; and if a fault is detected , in the idling or parked state, actively yawing a nacelle of the wind turbine away from an incoming wind direction until the fault is corrected, and further comprising determining a predetermined yaw offset for yawing the nacelle, wherein the predetermined yaw offset is a fixed value and is ninety degrees plus or minus from one degree to thirty degrees. continuously monitoring the incoming wind direction; monitoring , via a turbine controller, a pitch system of the rotor blade of the wind turbine for faults; and yawing a nacelle of the wind turbine into the incoming wind direction if no fault is detected; and if a fault is detected , in the idling or parked state, actively yawing a nacelle of the wind turbine away from an incoming wind direction until the fault is corrected, and further comprising determining a predetermined yaw offset for yawing the nacelle, wherein the predetermined yaw offset is a fixed value and is ninety degrees plus or minus from one degree to thirty degrees.
A multi-patch ultrasonic array defining a first axis and a second axis perpendicular to the first axis, the array comprising: a plurality of patches of transducer elements , the plurality of patches arranged substantially along the first axis of the array; and a frame connecting the plurality of patches such that adjacent patches are slidable relative to one another in the direction of the second axis. a plurality of patches of transducer elements , the plurality of patches arranged substantially along the first axis of the array; and a frame connecting the plurality of patches such that adjacent patches are slidable relative to one another in the direction of the second axis.
A toner binder comprising: a polyester resin (A); and a vinyl resin (B), wherein the polyester resin (A) is a resin obtained by crosslinking a polyester (A1) by one or more carbon-carbon bonds, the vinyl resin (B) is a polymer containing a monomer (a), the monomer (a) is a C21-C40 (meth)acrylate having an acyclic hydrocarbon group, the weight proportion of the monomer (a) in monomers constituting the vinyl resin (B) is 15 to 99% by weight based on the weight of the vinyl resin (B), and the polyester resin (A) and the vinyl resin (B) are melt-mixed. a polyester resin (A); and a vinyl resin (B), wherein the polyester resin (A) is a resin obtained by crosslinking a polyester (A1) by one or more carbon-carbon bonds, the vinyl resin (B) is a polymer containing a monomer (a), the monomer (a) is a C21-C40 (meth)acrylate having an acyclic hydrocarbon group, the weight proportion of the monomer (a) in monomers constituting the vinyl resin (B) is 15 to 99% by weight based on the weight of the vinyl resin (B), and the polyester resin (A) and the vinyl resin (B) are melt-mixed.
A rotor module for an axial flux electric machine, said rotor module comprising: a back iron segment configured to be attached to a rotor base , said back iron segment having a circumferential length less than a total circumference length of said rotor base ; and a plurality of permanent magnets attached to said back iron segment , wherein each permanent magnet attached to said back iron segment has an opposite magnetic pole orientation from each adjacent permanent magnet of said plurality of permanent magnets attached to said back iron segment ; and a magnet retainer attached to said back iron segment , said magnet retainer configured to position said plurality of permanent magnets on said back iron segment , the magnet retainer includes slots that are aligned with the magnets such that a face surface of the magnets is exposed; wherein the back iron segment includes a tab extending circumferentially beyond the magnet retainer and an opening , the tab being configured to be inserted into the opening of an adjacent rotor module to secure adjacent rotor modules together. a back iron segment configured to be attached to a rotor base , said back iron segment having a circumferential length less than a total circumference length of said rotor base ; and a plurality of permanent magnets attached to said back iron segment , wherein each permanent magnet attached to said back iron segment has an opposite magnetic pole orientation from each adjacent permanent magnet of said plurality of permanent magnets attached to said back iron segment ; and a magnet retainer attached to said back iron segment , said magnet retainer configured to position said plurality of permanent magnets on said back iron segment , the magnet retainer includes slots that are aligned with the magnets such that a face surface of the magnets is exposed; wherein the back iron segment includes a tab extending circumferentially beyond the magnet retainer and an opening , the tab being configured to be inserted into the opening of an adjacent rotor module to secure adjacent rotor modules together.
Coupling device for a releasable plug-in connection between a trailing aerial and a watercraft, comprising a first plug-in element and a second plug-in element for coupling trailing aerial and watercraft, an actuating device for acting upon one plug-in element of the first and second plug-in elements in the direction of the other plug-in element in each case and coupling both plug-in elements with one another in a force-fitting manner, wherein the actuating device has a Cardan suspension arrangement via which one of the first and second plug-in elements is held movably, wherein the actuating device comprises a carriage arrangement , wherein the carriage arrangement has a first and a second carriage element held movably in relation to one another and at least one of the plug-in elements is arranged on at least one of the carriage elements and via the carriage arrangement one of the two plug-in elements is movable in respect of the other plug-in element between an uncoupled position and a coupled position, characterized in that one of the two carriage elements of the carriage arrangement is configured as an outer holding ring of the Cardan suspension arrangement .
A method of operation of a general purpose mobile location-blogging system comprising: receiving a server request at a server from a client ; managing a location-blog entry parameter associated with the server request at the server ; and sending the location-blog entry parameter from the server to the client ; presenting multimedia content of a specified location-blog entry on a multimedia display interface of the client , notifying, by the client , a user of location-blog coordinates based upon location of the client selecting the location-blog entry parameter to select a current location blog at the client using an input control including a button, dial, slider, voice input, touch pad, touch screen, virtual button, switch, keypad or similar input device, and displaying the location-blog entry parameter that has been selected with the multimedia display interface of the client ; and characterized by : the location-blog comprising measured and/or instrumentation data associated with a particular location including textual multimedia content entered automatically from a data collection instrument. receiving a server request at a server from a client ; managing a location-blog entry parameter associated with the server request at the server ; and sending the location-blog entry parameter from the server to the client ; presenting multimedia content of a specified location-blog entry on a multimedia display interface of the client , notifying, by the client , a user of location-blog coordinates based upon location of the client selecting the location-blog entry parameter to select a current location blog at the client using an input control including a button, dial, slider, voice input, touch pad, touch screen, virtual button, switch, keypad or similar input device, and displaying the location-blog entry parameter that has been selected with the multimedia display interface of the client ; and characterized by : the location-blog comprising measured and/or instrumentation data associated with a particular location including textual multimedia content entered automatically from a data collection instrument. presenting multimedia content of a specified location-blog entry on a multimedia display interface of the client , notifying, by the client , a user of location-blog coordinates based upon location of the client selecting the location-blog entry parameter to select a current location blog at the client using an input control including a button, dial, slider, voice input, touch pad, touch screen, virtual button, switch, keypad or similar input device, and displaying the location-blog entry parameter that has been selected with the multimedia display interface of the client ; and characterized by : the location-blog comprising measured and/or instrumentation data associated with a particular location including textual multimedia content entered automatically from a data collection instrument.
A laser assembly comprising a converter designed as a fiber laser for generating a converted laser output radiation, a working and/or treatment head providing an output or treatment radiation, and comprising a pump source supplying a pump radiation for the converter , which pump source comprises a plurality of laser diodes generating the pump radiation wherein the pump source has a beam shaping optics for shaping the laser beams supplied by the emitters into the pump radiation, wherein the converted output radiation of the converter is supplied via a flexible optical wave guide to the working and/or treatment head , the converter comprises a multi-layer converter fiber with an inner, active fiber made from a light conducting material which is doped with a laser-active medium or material, the flexible optical waveguide is the converter fiber of the converter , and wherein the converter fiber is accommodated in the interior (21.3) of a tubular or hose-like sheath , which extends across the entire length of the fiber and can be flowed through by a liquid cooling medium, characterized in that the converter fiber is provided on each of its two ends with a connection, consisting of a light-conducting material, in the shape of an end cap for coupling in and/or coupling out the pump radiation and the converted radiation, said end caps each extend with a partial length into the interior (21.3) of the sheath for their cooling, and are annealed with an antireflection coating for the pump radiation and the converted radiation, and are connected to the active fiber by means of a splice connection.
A computer-implemented method for controlling, by a media client , presentation of media content on a display device coupled with the media client , the method comprising: at the media client , receiving , from a mobile device in communication with the media client , a first command to initiate media presentation of the media content on the display device ; obtaining from the mobile device a portion of the media content associated with the first command; controlling the presentation of the portion of the media content on the display device ; providing , to the mobile device , an update of a status of the media presentation; receiving , from the mobile device , an indication that the media content is being scrubbed on the mobile device ; terminating the presentation of the portion on of the media content on the display device while the media content is scrubbed on the mobile device ; receiving , from the mobile device , a second command to initiate media presentation of the media content from a scrubbed destination of the media content; obtaining from the mobile device a second portion of the media content associated with the scrubbed destination; and controlling presentation of the second portion of media content from the scrubbed destination on the display device . receiving , from a mobile device in communication with the media client , a first command to initiate media presentation of the media content on the display device ; obtaining from the mobile device a portion of the media content associated with the first command; controlling the presentation of the portion of the media content on the display device ; providing , to the mobile device , an update of a status of the media presentation; receiving , from the mobile device , an indication that the media content is being scrubbed on the mobile device ; terminating the presentation of the portion on of the media content on the display device while the media content is scrubbed on the mobile device ; receiving , from the mobile device , a second command to initiate media presentation of the media content from a scrubbed destination of the media content; obtaining from the mobile device a second portion of the media content associated with the scrubbed destination; and controlling presentation of the second portion of media content from the scrubbed destination on the display device .
A heart valve prosthesis , comprising: a first member comprising a first central portion to be disposed adjacent to a line of coaptation on a first side of two adjacent heart leaflets andperipheral portions to be placed into direct contact with the two adjacent heart leaflets; and a second member separate from the first member the second member comprising a central portion and peripheral portions configured to be placed into direct contact with a second side of the two adjacent heart leaflets, the peripheral portions are disposed between the central portion and lateral ends of the second member ; characterized in that the first member comprises a first hinge portion located at the central portion and one of the peripheral portions of the second member comprises a second hinge portion , so that the first member is allowed to rotate about the second member during delivery of the prosthesis; wherein the first hinge portion comprises a first curved surface that at least partially surrounds a first transverse axis of the first member , the first transverse axis being substantially perpendicular to a first longitudinal axis of the first member that extends between the peripheral portions ; and wherein the first curved surface is configured to mate with a corresponding curved surface of the second hinge portion of the second member . a first member comprising a first central portion to be disposed adjacent to a line of coaptation on a first side of two adjacent heart leaflets andperipheral portions to be placed into direct contact with the two adjacent heart leaflets; and a second member separate from the first member the second member comprising a central portion and peripheral portions configured to be placed into direct contact with a second side of the two adjacent heart leaflets, the peripheral portions are disposed between the central portion and lateral ends of the second member ; characterized in that the first member comprises a first hinge portion located at the central portion and one of the peripheral portions of the second member comprises a second hinge portion , so that the first member is allowed to rotate about the second member during delivery of the prosthesis; wherein the first hinge portion comprises a first curved surface that at least partially surrounds a first transverse axis of the first member , the first transverse axis being substantially perpendicular to a first longitudinal axis of the first member that extends between the peripheral portions ; and wherein the first curved surface is configured to mate with a corresponding curved surface of the second hinge portion of the second member .
Component , especially configured and designed for use in a turbomachine, in particular an aircraft engine, wherein arranged on a base is an adhesive layer with an adhesive structure and, on top of said adhesive layer, a ceramic layer , wherein the lateral surfaces of the adhesive structure have an undercut-free form in cross section, wherein peak structures and/or trough structures are present, and the tip of the cross section of a peak structure has on average an acute angle (α) which is smaller than or equal to 90°, very particularly smaller than 45°, and/or the trough structure has a valley angle (β) in the range of 90° ≤ β < 170°, wherein the angle of the flanks with respect to the base surface is the valley angle β of the trough, characterized in that the ceramic layer comprises magnesium spinel containing at least one oxidic ceramic, and the ratio of the height (H) of the adhesive structures to the spacing between the adhesive structures is in the range of from 0.1 to 5, in particular between 0.3 and 3, and in that the adhesive structure is in the form of a line structure. the lateral surfaces of the adhesive structure have an undercut-free form in cross section, wherein peak structures and/or trough structures are present, and the tip of the cross section of a peak structure has on average an acute angle (α) which is smaller than or equal to 90°, very particularly smaller than 45°, and/or the trough structure has a valley angle (β) in the range of 90° ≤ β < 170°, wherein the angle of the flanks with respect to the base surface is the valley angle β of the trough, characterized in that the ceramic layer comprises magnesium spinel containing at least one oxidic ceramic, and the ratio of the height (H) of the adhesive structures to the spacing between the adhesive structures is in the range of from 0.1 to 5, in particular between 0.3 and 3, and in that the adhesive structure is in the form of a line structure.