mhurhangee/ep-ind-claims huggingface dataset:
A device for inserting fibres into sod-covered ground, each sod comprising a layer of earth and a layer of grass on top thereof, the device comprising a frame that can be moved in a direction of movement over the ground, a plurality of fibre insertion pins which can move up and down, into and out of the sods and the ground, between a high position and a low position relative to the frame, first moving means for moving the fibre insertion pins between the high position and the low position, supply means for carrying fibre to a position under the fibre insertion pins while the fibre insertion pins are in the high position, wherein, in use, the fibre is inserted into the sods and the ground while the fibre insertion pins are subsequently moved from the high position to the low position by the first moving means, wherein the device comprises at least one retaining element for holding the sods in place on the ground, at least while the fibre insertion pins are moved from their low position out of the ground and the sods in the direction of the high position by the first moving means, characterized in that the device comprises second moving means for moving the retaining element up and down between a low, operative position and a high, non-operative position, in which operative position the at least one retaining element retains the sods vertically in place.
A stator for an electronically commutated direct current motor having a stator stack with stator poles, between which grooves are defined and on which coil windings are arranged, wherein winding ends of said coil windings are connected with an electronic circuit via which the commutating signals are adapted to be fed to said coil windings, wherein cophasal coil windings are connected with each other via connecting bodies (32, 36, 40), wherein said winding ends extend at a common axial end of the stator beyond said stator stack and into a guiding body, wherein at said connecting bodies (32, 36, 40) contours (44, 48) are defined which engage with corresponding contours (43, 46) defined at the guiding body such that the angular position of the connecting bodies (32, 36, 40) relative to the guiding body and thus to the stator is clearly defined, characterized in that non-cophasal coil windings are electrically isolated from each other via isolating bodies, wherein the guiding body comprises a wall extending perpendicularly to a central axis of said stator stack, upon whose axial surface opposite to said stator stack said isolating bodies (34, 38) and said connecting bodies (32, 36, 40) rest, wherein at the wall of the guiding body extending perpendicularly to the central axis of the stator stack recesses are defined in which the winding ends are accommodated.
Command and signalling device with recessed front plate installation, having: - an actuator, which has a cylindrical main body and a pushbutton, - a front plate, through which the cylindrical main body of the actuator is led and which ends flush with the pushbutton of the actuator, and - a holder, which is fixed to the cylindrical main body of the actuator, wherein - between the front plate and the holder, an adapter part which is designed as a spacer between the front plate and the holder is placed on the cylindrical main body of the actuator, so that the pushbutton of the actuator ends flush with the front plate, wherein - the adapter part has interfaces such that an earth, a clamping force and anti-twist protection can be transmitted to the front plate via the adapter part, wherein - the adapter part has at least one anti-twist tip, which is shaped in such a way that it prevents rotation of the actuator in the front plate after being fixed to the holder, characterized in that the at least one anti-twist tip is screwed or pressed into the adapter part. - an actuator, which has a cylindrical main body and a pushbutton, - a front plate, through which the cylindrical main body of the actuator is led and which ends flush with the pushbutton of the actuator, and - a holder, which is fixed to the cylindrical main body of the actuator, wherein - between the front plate and the holder, an adapter part which is designed as a spacer between the front plate and the holder is placed on the cylindrical main body of the actuator, so that the pushbutton of the actuator ends flush with the front plate, - the adapter part has interfaces such that an earth, a clamping force and anti-twist protection can be transmitted to the front plate via the adapter part, wherein - the adapter part has at least one anti-twist tip, which is shaped in such a way that it prevents rotation of the actuator in the front plate after being fixed to the holder,
Floor-bound continuous conveyor for intralogistics, comprising at least one frame rigidly connected to the ground and at least one load-carrying means which has a conveying plane for unit loads and which is designed to transport the unit loads in a conveying direction, wherein a stop means is provided, which is designed to stop a unit load transported on the conveying plane in the conveying direction at a predetermined position on the load-carrying means, and comprising a movement device which is designed to move the unit load, which is in contact with the stop means on the conveying plane, from its starting position, which is on the conveying plane of the load-carrying means, into an end position, which is different from the starting position, on the load-carrying means out of the conveying plane of the load-carrying means into the end position, wherein the movement device is a tilting device which is arranged in a stationary manner with respect to the frame and has an adjustable contact device which is designed to tilt the unit load resting against the stop means from its starting position into its end position, wherein the contact device being mounted so as to be movable with respect to the frame from a storage position into an actuated position relative to the load-carrying means, characterized in that the contact device is mounted on a pulling means of the movement device or of the tilting device so as to be adjustable in height in a rotating or reversing manner, the pulling means being mounted on the frame and being driven by a motor.
Radome casing comprising walls (6, 11) of composite material which includes reinforcement fibers and matrix resin binding the fibers together, the walls including a radiation transmission window through which the radiation of a radome antenna passes when the radome antenna is mounted inside the radome casing, wherein the walls are composed of a straight tubular or C-formed profile and the amount of fibers in the radiation transmission window is less than 40% of the amount of reinforcement fibers elsewhere in the casing walls, and that the radiation transmission window has a sandwich structure having surface layers and a middle layer between the surface layers, the reinforcement fibers being concentrated in the surface layers and the middle layer being made of a filling material.
A method for decelerating a vehicle (1; 200), wherein the vehicle includes an electro-pneumatic brake system, at least one front axle (3; 230), at least one rear axle (4; 240), and a brake value transmitter (5; 250) with at least one sensor (116, 117) for generating a brake control signal (8, 9) for performing open-loop and/or closed-loop control of the brake system, wherein the vehicle further includes at least one axle modulator (10; 210) for the front axle (3; 230) of the vehicle, for performing open-loop and/or closed-loop control of at least one front axle brake pressure at the at least one front axle (3; 230), and/or at least one axle modulator (11; 220) for the rear axle (4; 240) of the vehicle (1; 200), for performing open-loop and/or closed-loop control of a rear axle brake pressure at the at least one rear axle (4; 240) of the vehicle (1; 200), characterized by the following steps: a. generating a redundancy signal at a first axle, the front axle (3; 230) or rear axle (4; 240), or at a trailer control valve, and b. performing open-loop and/or closed-loop control of an auxiliary brake pressure (17, 18) at another axle, the front axle (3; 230) or the rear axle (4; 240), via the redundancy signal. a. generating a redundancy signal at a first axle, the front axle (3; 230) or rear axle (4; 240), or at a trailer control valve, and b. performing open-loop and/or closed-loop control of an auxiliary brake pressure (17, 18) at another axle, the front axle (3; 230) or the rear axle (4; 240), via the redundancy signal.
A connector for a fluid conduction system comprising: - a female coupling part; - a male coupling part for inserting into the female coupling part along a longitudinal axis of the connector; and - controlling means for locking/unlocking the inserted male coupling part within the female coupling part and for controlling the fluidic coupling of the two coupling parts (12, 14) by rotating said two coupling parts (12, 14) against one another about the longitudinal axis; wherein a portion of each of the coupling parts (12, 14) is realized as a shut-off valve (18, 24) with a valve body (20, 26) and a rotatable slider element (22, 28), wherein the rotatable slider element (22, 28) of each shut-off valve (18, 24) is in a compulsory closed position when the two coupling parts (12, 14) are unlocked; and wherein the rotatable slider element (22, 28) of each shut-off valve (18, 24) is transferable between the closed position and an open position only if the two coupling parts (12, 14) are locked by use of the controlling means, characterized in that for each shut-off valve (18, 24) the rotatable slider element (22, 28) is arranged inside the valve body (20, 26) and formed as a sleeve with a breakthrough in the respective sleeve wall, wherein this breakthrough in the sleeve wall corresponds to a breakthrough in the valve-body (20, 26), wherein the shut-off valve of the male coupling part is arrange inside the shut-off valve of the female coupling part when both coupling parts (12, 14) are coupled, wherein both sleeve formed slider elements (22, 28) are arranged coaxially. - a female coupling part; - a male coupling part for inserting into the female coupling part along a longitudinal axis of the connector; and - controlling means for locking/unlocking the inserted male coupling part within the female coupling part and for controlling the fluidic coupling of the two coupling parts (12, 14) by rotating said two coupling parts (12, 14) against one another about the longitudinal axis;
Method for generating a multicarrier signal formed of multicarrier symbols, characterized in that it implements the following steps, in order to generate at least one of said multicarrier symbols: - obtaining N first modulating symbols and N second modulating symbols, from a sequence of source symbols, said obtaining comprising, for at least one of said source symbols of index k, a sub-step of: - linearly combining (E200a) a real part, respectively imaginary part, of said source symbol of index k with a real part, respectively imaginary part, of one of said source symbols of index k +/- R, where R is a nonzero integer, said linear combination delivering at least one first, respectively second, combined symbol, at least one of said N first, respectively N second, modulating symbols being a function of said at least one first, respectively second, combined symbol; - frequency-time transforming said N first modulating symbols, delivering a first block of N carriers, each carrier of said first block being modulated by one of said first modulating symbols, and said N second modulating symbols, delivering a second block of N carriers, each carrier of said second block being modulated by one of said second modulating symbols; and - generating said multicarrier symbol from said first and second blocks of N carriers. - obtaining N first modulating symbols and N second modulating symbols, from a sequence of source symbols, said obtaining comprising, for at least one of said source symbols of index k, a sub-step of: - linearly combining (E200a) a real part, respectively imaginary part, of said source symbol of index k with a real part, respectively imaginary part, of one of said source symbols of index k +/- R, where R is a nonzero integer, said linear combination delivering at least one first, respectively second, combined symbol, at least one of said N first, respectively N second, modulating symbols being a function of said at least one first, respectively second, combined symbol; - linearly combining (E200a) a real part, respectively imaginary part, of said source symbol of index k with a real part, respectively imaginary part, of one of said source symbols of index k +/- R, where R is a nonzero integer, - frequency-time transforming said N first modulating symbols, delivering a first block of N carriers, each carrier of said first block being modulated by one of said first modulating symbols, and said N second modulating symbols, delivering a second block of N carriers, each carrier of said second block being modulated by one of said second modulating symbols; and - generating said multicarrier symbol from said first and second blocks of N carriers.
A base station, BS, for use in a wireless network, the BS comprising: one or more processors configured to: receive a positioning request from a user equipment, UE, while the UE is in a radio resource control idle, RRC_IDLE, or inactive, RRC_INACTIVE, state, characterised in that the positioning request is implemented in a random access channel, RACH, message A, MsgA, (102, 202, 302, 406, 424, 506, 544), wherein the MsgA (102, 202, 302, 406, 424, 506, 544) comprises a physical random access channel, PRACH, preamble and a payload comprising a type of requested positioning procedure; and provide a positioning response to the UE, the positioning response implemented in a RACH message B, MsgB, (104, 208, 316, 412, 436, 520, 562), wherein MsgA (102, 202, 302, 406, 424, 506, 544) and MsgB (104, 208, 316, 412, 436, 520, 562) are part of a 2-step RACH procedure. receive a positioning request from a user equipment, UE, while the UE is in a radio resource control idle, RRC_IDLE, or inactive, RRC_INACTIVE, state, characterised in that the positioning request is implemented in a random access channel, RACH, message A, MsgA, (102, 202, 302, 406, 424, 506, 544), wherein the MsgA (102, 202, 302, 406, 424, 506, 544) comprises a physical random access channel, PRACH, preamble and a payload comprising a type of requested positioning procedure; and provide a positioning response to the UE, the positioning response implemented in a RACH message B, MsgB, (104, 208, 316, 412, 436, 520, 562), wherein MsgA (102, 202, 302, 406, 424, 506, 544) and MsgB (104, 208, 316, 412, 436, 520, 562) are part of a 2-step RACH procedure.
A spinning machine comprising: a core yarn supplying unit adapted to supply a core yarn, the core yarn supplying unit comprising: a tension applying section adapted to apply a tension to the core yarn; a core yarn feeding section adapted to feed the core yarn in an operation feeding the yarn end of the core yarn to a main body unit along a feeding path in a tube body, wherein the feeding path of the core yarn in the core yarn feeding section is arranged on a straight line connecting an inlet region and an outlet region of the tube body; a draft device adapted to draft a fiber bundle; and a spinning device adapted to produce a spun yarn by applying twists to the fiber bundle with the core yarn as a core, wherein the draft device includes a draft cradle adapted to support rollers (15, 16, 18, 19) and arranged to be swingable to a drafting position and a non-drafting position, the rollers (15, 16, 18, 19) being adapted to draft the fiber bundle, and the core yarn supplying unit is arranged outside of a swinging region of the draft cradle, whereby the feeding path is directed to a peripheral surface of a most-downstream roller arranged most downstream in a running direction of the fiber bundle in the draft device, characterized in that when viewed from a direction orthogonal to both a rotational axis of the most-downstream roller and a running path of the fiber bundle, the straight line connecting the inlet region and the outlet region is inclined with respect to the rotational axis of the most-downstream roller, by an angle ( α) formed by the straight line connecting the inlet region and the outlet region and the rotational axis of the most-downstream roller, which is at least 40 degrees and at most 60 degrees. a tension applying section adapted to apply a tension to the core yarn; a core yarn feeding section adapted to feed the core yarn in an operation feeding the yarn end of the core yarn to a main body unit along a feeding path in a tube body, wherein the feeding path of the core yarn in the core yarn feeding section is arranged on a straight line connecting an inlet region and an outlet region of the tube body; a draft device adapted to draft a fiber bundle; and
A surgical training device, comprising: a device base; a top cover spaced apart from the device base to define an internal cavity between the top cover and the device base; at least one aperture or a penetrable tissue simulation region for accessing the internal cavity; and a model removably disposed inside the internal cavity, wherein the model comprises a model base having an outer surface and characterized by a plurality of interchangeable eyelets arranged to permit a user to select different types of interchangeable eyelets and attach them to the model base of the model, as desired, in order to provide one or more custom pathways for practicing the passing of at least one needle and suture through one or more of the plurality of interchangeable eyelets associated with at least one of the custom pathways. a device base; a top cover spaced apart from the device base to define an internal cavity between the top cover and the device base; at least one aperture or a penetrable tissue simulation region for accessing the internal cavity; and a model removably disposed inside the internal cavity, wherein the model comprises a model base having an outer surface and characterized by a plurality of interchangeable eyelets arranged to permit a user to select different types of interchangeable eyelets and attach them to the model base of the model, as desired, in order to provide one or more custom pathways for practicing the passing of at least one needle and suture through one or more of the plurality of interchangeable eyelets associated with at least one of the custom pathways.
A display device for displaying contents of data used by an electronic component mounting machine, in which the data includes necessity information which describes necessity of use of each of optional functions which are selectively used in the electronic component mounting machine, the device comprising: an extraction processing section which is configured to extract the necessity information regarding a plurality of optional functions from the data; and a display section which is configured to visually display the necessity information regarding the plurality of optional functions extracted by the extraction processing section, wherein the extraction processing section is configured to extract the necessity information from two or more pieces of the data, and wherein the display section is configured to display the necessity information which is extracted from one piece of data by the extraction processing section, and the necessity information which is extracted from another piece of data by the extraction processing section, at the same time, wherein the data includes part data which instructs an operation condition for each type of electronic components to the electronic component mounting machines. an extraction processing section which is configured to extract the necessity information regarding a plurality of optional functions from the data; and a display section which is configured to visually display the necessity information regarding the plurality of optional functions extracted by the extraction processing section, wherein the extraction processing section is configured to extract the necessity information from two or more pieces of the data, and wherein the display section is configured to display the necessity information which is extracted from one piece of data by the extraction processing section, and the necessity information which is extracted from another piece of data by the extraction processing section, at the same time, wherein the data includes part data which instructs an operation condition for each type of electronic components to the electronic component mounting machines.
An apparatus for reducing turbulence in a fluid stream, the apparatus comprising: a conduit segment having an inner surface and an interior volume for passing the fluid in a predetermined direction of flow; and a plurality of elongate vanes disposed within the interior volume extending generally parallel to the direction of flow, said plurality of elongate vanes having radially innermost and radially outermost edges, said innermost edges of said plurality of elongate vanes being spaced apart from one another so as to provide a core portion of said interior volume that is generally free of obstruction; wherein each of said plurality of elongate vanes has a first end and a second end, the first end disposed upstream of the second end; characterised in that each of said plurality of elongate vanes is only attached to said conduit segment proximate one of the first and second ends, such that each of said plurality of elongate vanes may flex and elastically bend to some degree as it resists turbulent fluid flow and provides a fluid straightening effect. a conduit segment having an inner surface and an interior volume for passing the fluid in a predetermined direction of flow; and a plurality of elongate vanes disposed within the interior volume extending generally parallel to the direction of flow, said plurality of elongate vanes having radially innermost and radially outermost edges, said innermost edges of said plurality of elongate vanes being spaced apart from one another so as to provide a core portion of said interior volume that is generally free of obstruction; wherein each of said plurality of elongate vanes has a first end and a second end, the first end disposed upstream of the second end; characterised in that each of said plurality of elongate vanes is only attached to said conduit segment proximate one of the first and second ends, such that each of said plurality of elongate vanes may flex and elastically bend to some degree as it resists turbulent fluid flow and provides a fluid straightening effect.
A strand catching device of a machine, which processes a continuous printing material web, in particular a web fed printing press, which processes a continuous printing material web, for catching one or a plurality of broken and ending strands, wherein the strand catching device comprises a container, which holds back a sheet or strand, characterized in that the strand catching device is arranged in a folder superstructure.