mhurhangee/ep-ind-claims huggingface dataset:
An attachment device for attaching a component to a support component, in particular a support component of a vehicle, comprising a retaining element which can be inserted into an opening of the support component and which has latching means for releasably latching to the opening of the support component, and comprising a locking element that can be inserted into the retaining element, wherein, when the locking element is inserted into the retaining element, the latching means of the retaining element are blocked so as to prevent release of the latching, wherein the retaining element has a sealing ring for bearing in a sealing manner against the opening of the support component, which ring, when inserted into the opening of the support component, bears in a sealing manner against opposite sides of the support component, wherein the retaining element has, as latching means, multiple elastic resilient limbs which, when the retaining element is inserted into the opening of the support component, releasably latch to the opening of the support component, and wherein the locking element has at least one locking section which, when the locking element is inserted into the retaining element, prevents an inward movement of the elastic resilient limbs, characterized in that the locking element is of pot-shaped design, and wherein the locking element has at least one latching hook configured to latch a corresponding latching hook of the component when the latching hook of the component is inserted into the locking element.
A computer-implemented method for controlling an operation of an agricultural machinery, the agricultural machinery comprising: a work vehicle with at least one driven wheel; an agricultural implement connected to the work vehicle and comprising at least one ground engaging tool (322a, 324a, 326a, 328a, 330a); and an actuator mechanism for moving at least components of the agricultural implement with respect to the work vehicle, wherein the method comprises: receiving wheel-slip-data indicative of an amount of wheel slip for the driven wheel of the work vehicle; determining an actuator-control-signal for moving at least components of the agricultural implement on the basis of the wheel-slip-data; characterised by providing the determined actuator-control-signal to the actuator mechanism of the agricultural machinery between tillage of successive working rows. a work vehicle with at least one driven wheel; an agricultural implement connected to the work vehicle and comprising at least one ground engaging tool (322a, 324a, 326a, 328a, 330a); and an actuator mechanism for moving at least components of the agricultural implement with respect to the work vehicle, wherein the method comprises: receiving wheel-slip-data indicative of an amount of wheel slip for the driven wheel of the work vehicle; determining an actuator-control-signal for moving at least components of the agricultural implement on the basis of the wheel-slip-data; characterised by providing the determined actuator-control-signal to the actuator mechanism of the agricultural machinery between tillage of successive working rows. receiving wheel-slip-data indicative of an amount of wheel slip for the driven wheel of the work vehicle; determining an actuator-control-signal for moving at least components of the agricultural implement on the basis of the wheel-slip-data; characterised by providing the determined actuator-control-signal to the actuator mechanism of the agricultural machinery between tillage of successive working rows.
An intraocular lens injector comprising: (a) a compressed gas reservoir for retaining a compressed gas; (b) a guide shaft assembly exposed to the compressed gas reservoir, the guide shaft assembly being moveable along a longitudinal direction from a retracted position to an extended position, the guide shaft assembly including a guide shaft, a piston, and a plunger, wherein a portion of the length of the piston is coextensive with a portion of the length of the guide shaft; and (c) a mechanical brake operably coupled to the guide shaft assembly, the mechanical brake configured to exert on the guide shaft assembly, in response to an operator actuation, a variable resistance to the longitudinal movement of the guide shaft assembly, the mechanical brake having a default engagement with the guide shaft assembly to preclude movement of the guide shaft assembly in response to exposure of the guide shaft assembly to compressed gas in the compressed gas reservoir. (a) a compressed gas reservoir for retaining a compressed gas; (b) a guide shaft assembly exposed to the compressed gas reservoir, the guide shaft assembly being moveable along a longitudinal direction from a retracted position to an extended position, the guide shaft assembly including a guide shaft, a piston, and a plunger, wherein a portion of the length of the piston is coextensive with a portion of the length of the guide shaft; and (c) a mechanical brake operably coupled to the guide shaft assembly, the mechanical brake configured to exert on the guide shaft assembly, in response to an operator actuation, a variable resistance to the longitudinal movement of the guide shaft assembly, the mechanical brake having a default engagement with the guide shaft assembly to preclude movement of the guide shaft assembly in response to exposure of the guide shaft assembly to compressed gas in the compressed gas reservoir.
Switching device, in particular for medium-voltage switchgear, having an encapsulated switching chamber containing an extinguishing gas, having a first contact and a second contact which are arranged in the switching chamber, at least the first contact being movable relative to the second contact and the contacts being able to be connected to one another or separated from one another, and having a blowing device, comprising a nozzle device with at least one nozzle, for blowing on a region, in which a switching arc is formed when the contacts are separated, with the extinguishing gas, and having at least one nozzle element which is movable relative to the contacts and which at least partially forms the nozzle, the mobility of the nozzle element being limited at least by a stop, characterized by an extinguishing chamber and a piston which divides the extinguishing chamber at least into a compression chamber and the switching chamber, the contacts being arranged in the switching chamber and the extinguishing gas in the compression chamber being compressed by the piston during the separation of the contacts, and at least one extinguishing gas duct via which extinguishing gas from the compression chamber can be supplied to the nozzle during the separation of the contacts.
A connector assembly, comprising: a first housing having an indicium imprinted thereon; and a movable member movable from a first position configured to render the indicium illegible to an optical scanning device to a second position configured to render the indicium legible to the optical scanning device, wherein the indicium is visible when the movable member is in the first position and when the movable member is in the second position, characterized in that the movable member is configured to intrude into a quiet zone around the indicium when in the first position and wherein the movable member is outside of the quiet zone when in the second position. a first housing having an indicium imprinted thereon; and a movable member movable from a first position configured to render the indicium illegible to an optical scanning device to a second position configured to render the indicium legible to the optical scanning device, wherein the indicium is visible when the movable member is in the first position and when the movable member is in the second position, characterized in that the movable member is configured to intrude into a quiet zone around the indicium when in the first position and wherein the movable member is outside of the quiet zone when in the second position.
A drill bit change system for at least semi-automatic changing of drill bits in a drilling rig configured for vertical drilling, the drilling rig comprising an interchangeable plurality of drill pipes, wherein drill bits are arranged at an end section of an end drill pipe, the drill bit being attached to the end section by means of a threaded connection and torque being provided to the drill bit by means of a splines coupling, the drilling rig further comprising a lower support device, arranged for supporting and/or holding/gripping a drill bit or a drill pipe, and a breaker device, configured for loosening threaded connections of the drill pipes, the system comprising a drill bit storage device, arranged adjacent and parallel with a drill centre of the drilling rig and being arranged to hold a plurality of drill bits and to move drill bits between storage positions and an exchange position comprised therein, the storage positions being arranged for storing drill bits and the exchange position being arranged for moving drill bits to and from the drill bit storage device, a gripping arm comprising gripping means configured for selective gripping of a drill bit, the gripping arm being arranged to move the gripping means between the exchange position and the drill centre of the drilling rig, wherein the gripping arm further comprises a movement sensor, arranged to monitor movement of the gripping arm, and wherein the system further comprises a control unit, arranged to receive input from the sensors and the drilling rig, and to control movement of the gripping arm, the gripping means, the drill bit storage device, and the breaker device of the drilling rig.
A β-glucan having β-(1,3) and β-(1,4) linkages for use in enhancing the therapeutic efficacy of monoclonal antibodies against cancer, wherein said glucan is derived from wheat, oat, barley or moss, and has a molecular weight of 250-450 kDa, and wherein said glucan is administered orally daily.
A cap for covering an opening of a container, preferably a bottle, comprising: - a cork body having a cylindrical configuration extending along a longitudinal direction (X-X'), wherein the cork body comprises a first cork portion (1.1) intended for being inserted into the opening of the container and a second cork portion (1.2) intended for being accessible from the outside when the cap closes the opening of the container in the operative mode; - an impermeable sheet element arranged between the first cork portion (1.1) and the second cork portion (1.2), configured to prevent the passage of a fluid or gas between the first cork portion (1.1) and the second cork portion (1.2) wherein the sheet element extends around the perimeter by means of an annular body (2.1) characterized in that the annular body (2.1) is intended for being supported on the opening of the container when the cap is closing said opening in an operative mode, wherein the annular body (2.1): - either partially covers a perimetral portion of the first cork portion (1.1) of the cork body; - or partially covers a perimetral portion of the second cork portion (1.2) of the cork body; - or both. - a cork body having a cylindrical configuration extending along a longitudinal direction (X-X'), wherein the cork body comprises a first cork portion (1.1) intended for being inserted into the opening of the container and a second cork portion (1.2) intended for being accessible from the outside when the cap closes the opening of the container in the operative mode; - an impermeable sheet element arranged between the first cork portion (1.1) and the second cork portion (1.2), configured to prevent the passage of a fluid or gas between the first cork portion (1.1) and the second cork portion (1.2) - either partially covers a perimetral portion of the first cork portion (1.1) of the cork body; - or partially covers a perimetral portion of the second cork portion (1.2) of the cork body; - or both.
Damping system for a gliding board, especially for a snow gliding board for skiing, comprising: - a base plate extending along a longitudinal axis of the gliding board, with a top side, on which a shoe or a binding can be arranged, and with a lower coupling interface to the gliding board, at which the base plate is pivotably supported in at least one mounting point on the gliding board; - a damper configured for damping a relative movement between the gliding board and the base plate; wherein the damper is supportable, irrespective of any bearing of the base plate, at the gliding board respectively forwards and rearwards of the base plate in a point (26.2) differing from the mounting point; wherein the relative movement to be damped is transferable to the damper in a manner free of any transmission; characterized in that the damper is hold at the base plate. - a base plate extending along a longitudinal axis of the gliding board, with a top side, on which a shoe or a binding can be arranged, and with a lower coupling interface to the gliding board, at which the base plate is pivotably supported in at least one mounting point on the gliding board; - a damper configured for damping a relative movement between the gliding board and the base plate;
A cooker comprising a cooktop which is produced from glass or ceramic, more than one burner that provides the flames to reach the container wherein the cooking process is performed, more than one burner connection member that is fixed onto the cooktop so as to remain between the cooktop and the burner and that carries the burner placed thereon, and at least one grill that has a frame that is seated onto the cooktop so as to surround the burner connection member and more than one arm that extends from the frame over the burner such that the burner remains therebetween and thus, that forms a surface whereon the containers such as pot and pan, placed thereon, are seated, characterized by a protrusion that extends outwards from the side wall of the burner connection member almost in the horizontal direction and a bulge that is located on the frame, that is seated onto the protrusion when the grill is placed onto the cooktop and that is formed by shaping the frame so as to be compatible with the shape of the protrusion, wherein the protrusion is produced separately from the burner connection member and is mounted to the burner connection member.
A pump assembly comprising an inlet having an open end, an outlet having an open end and a housing having an inlet aperture in fluid connection with the inlet at an end of the inlet opposite said open end and an outlet aperture in fluid connection with the outlet at an end of the outlet opposite said open end, a rotor within the housing and shaped to form with an interior surface of the housing at least one chamber (38a, 38b) that on rotation of the rotor conveys fluid from the inlet aperture to the outlet aperture, the housing including a seal located between the inlet and the outlet and urged into contact with the rotor by the action of a spring along a sealing line to prevent the passage of fluid past the rotor from the outlet to the inlet, the inlet aperture and the outlet aperture having respective portions (33a, 35a) adjacent respective edges of the seal; the inlet aperture and the outlet have respective centre lines (60, 61) that are parallel to and spaced apart from one another and lie in a plane normal to the axis of the housing, wherein in use, fluid will flow through the inlet and the outlet in the same direction, characterised in that a radius of the housing passing through the sealing line being angled relative to the centre lines (60, 61) of the inlet aperture and the outlet and the radius of the housing passing through the sealing line being angled towards the centre line of the outlet. an inlet aperture in fluid connection with the inlet at an end of the inlet opposite said open end and an outlet aperture in fluid connection with the outlet at an end of the outlet opposite said open end,
A base station that communicates with a mobile station by using a plurality of physical channels, the base station comprising: a transmitting unit configured to transmit a reference signal to the mobile station as a first signal; a receiving unit configured to receive a second signal transmitted by the mobile station; an acquiring unit configured to acquire from the second signal, reception information generated by the mobile station according to reception state of the first signal; and a determining unit configured to determine a repetition count for each of the physical channels based on the acquired reception information, and acquire from a lookup table, an index value corresponding to the determined repetition counts; wherein, the transmitting unit is further configured to transmit a third signal including the index value indicating, for each of the physical channels, a repetition count for a fourth signal transmitted by the mobile station, and wherein the receiving unit is further configured to receive the fourth signal transmitted by the mobile station using a Physical Uplink Shared Channel (PUSCH). a transmitting unit configured to transmit a reference signal to the mobile station as a first signal; a receiving unit configured to receive a second signal transmitted by the mobile station; an acquiring unit configured to acquire from the second signal, reception information generated by the mobile station according to reception state of the first signal; and a determining unit configured to determine a repetition count for each of the physical channels based on the acquired reception information, and acquire from a lookup table, an index value corresponding to the determined repetition counts; wherein, the transmitting unit is further configured to transmit a third signal including the index value indicating, for each of the physical channels, a repetition count for a fourth signal transmitted by the mobile station, and wherein the receiving unit is further configured to receive the fourth signal transmitted by the mobile station using a Physical Uplink Shared Channel (PUSCH).
Applicator for a medical radiotherapy device for performing therapy by means of radiation, the applicator comprising: an applicator head and an applicator body, wherein the applicator head and the applicator body are designed such that the applicator head can be assembled on, and disassembled from, the applicator body, in each case without damage; wherein the applicator head comprises at least two separate applicator head elements (313A, 313B, 313C), which are designed such that they can be assembled on, and disassembled from, one another, in each case without damage. an applicator head and an applicator body, wherein the applicator head and the applicator body are designed such that the applicator head can be assembled on, and disassembled from, the applicator body, in each case without damage; wherein the applicator head comprises at least two separate applicator head elements (313A, 313B, 313C), which are designed such that they can be assembled on, and disassembled from, one another, in each case without damage.
A method of identifying points of interest in a region (10, 20) of the surface of a part, which comprises bringing a surface reference (11, 21) into intimate contact with said region, said surface reference consisting of a thin flexible film capable of conforming to said region so as to be brought into intimate contact therewith, the thin film supporting tracks made of electrically conductive material, the material of the thin film, the material of the tracks and the geometry and distribution of the tracks being chosen so that, when the surface reference is in intimate contact with said region, the passage of an eddy current probe over a track delivers a significant signal representative of the track, the method also including the passage of the eddy current probe over the surface reference (11, 21) and the recording of the signals representative of the tracks that are delivered by the probe, these representative signals corresponding to points of interest thus identified in said region.
A method, performed at a communication device, the method comprising: encoding a set of frames of multimedia data into a data stream; encoding null data for a period following the set of frames of multimedia data into said data stream, wherein the null data comprises a set of packets having all zeros within packet payloads of the set of packets; modulating the data stream comprising the encoded set of frames and the encoded null data, wherein modulating the encoded null data creates a null interval over the period; transmitting the encoded and modulated set of frames via a transmitter of the communication device; quieting the transmitter during the null interval, wherein the encoded null data causes quieting of the transmitter when the transmitter determines that said null data are encountered; performing a sensing operation while quieting the transmitter during the null interval. encoding a set of frames of multimedia data into a data stream; encoding null data for a period following the set of frames of multimedia data into said data stream, wherein the null data comprises a set of packets having all zeros within packet payloads of the set of packets; modulating the data stream comprising the encoded set of frames and the encoded null data, wherein modulating the encoded null data creates a null interval over the period; transmitting the encoded and modulated set of frames via a transmitter of the communication device; quieting the transmitter during the null interval, wherein the encoded null data causes quieting of the transmitter when the transmitter determines that said null data are encountered; performing a sensing operation while quieting the transmitter during the null interval.
A rechargeable battery comprising: an electrode assembly comprising a first electrode, a second electrode, and a separator between the first and second electrodes; a case housing the electrode assembly; a cap plate covering an opening of the case; an electrode terminal extending through the cap plate; a lead tab including a fuse part and connecting the electrode terminal and the electrode assembly; and an auxiliary discharge path between opposite sides of the fuse part, the auxiliary discharge path being formed of a material having an electrical resistivity of 10 to 10 6 ohm cm and the auxiliary discharge path having a second electrical resistance value greater than a first electrical resistance value of the fuse part. an electrode assembly comprising a first electrode, a second electrode, and a separator between the first and second electrodes; a case housing the electrode assembly; a cap plate covering an opening of the case; an electrode terminal extending through the cap plate; a lead tab including a fuse part and connecting the electrode terminal and the electrode assembly; and an auxiliary discharge path between opposite sides of the fuse part, the auxiliary discharge path being formed of a material having an electrical resistivity of 10 to 10 6 ohm cm and the auxiliary discharge path having a second electrical resistance value greater than a first electrical resistance value of the fuse part.