mhurhangee/ep-ind-claims huggingface dataset:
A penta-band internal antenna, characterized by comprising - an antenna radiating element connected to a printed circuit board via a ground pin and a feed pin standing up from the printed circuit board, wherein the shape of the printed circuit board is a rectangle, a line connecting the ground pin and the feed pin of the antenna radiating element is set along a long side of the rectangle, and the antenna radiating element comprises - a first radiating high-frequency branch, - a second radiating high-frequency branch and - a radiating low-frequency branch, - the first high-frequency branch, the second high-frequency branch and the low-frequency branch being connected in parallel, wherein - a first slotted hole is arranged in the printed circuit board along a short side of the rectangle, the short side of the rectangle being perpendicular to a current flow direction of the printed circuit board; - a second slotted hole is arranged in the printed circuit board; - an open-circuit end of the low-frequency branch is fitted into the first slotted hole; and - an open-circuit end of the second high-frequency branch is fitted into the second slotted hole. - an antenna radiating element connected to a printed circuit board via a ground pin and a feed pin standing up from the printed circuit board, wherein the shape of the printed circuit board is a rectangle, a line connecting the ground pin and the feed pin of the antenna radiating element is set along a long side of the rectangle, and the antenna radiating element comprises - a first radiating high-frequency branch, - a second radiating high-frequency branch and - a radiating low-frequency branch, - the first high-frequency branch, the second high-frequency branch and the low-frequency branch being connected in parallel, wherein - a first slotted hole is arranged in the printed circuit board along a short side of the rectangle, the short side of the rectangle being perpendicular to a current flow direction of the printed circuit board; - a second slotted hole is arranged in the printed circuit board; - an open-circuit end of the low-frequency branch is fitted into the first slotted hole; and - an open-circuit end of the second high-frequency branch is fitted into the second slotted hole.
Process for production of silica having variable thickening wherein a) a product stream I comprising at least a vaporous, hydrolysable and/or oxidizable silicon compound, b) a product stream II comprising oxygen and c) a product stream III comprising at least a combustible gas are made to react, characterized in that d) a feed port in a pipepiece A, said pipepiece A comprising one or more static mixing elements, is used to import product stream I into product stream II, or vice versa and thereby create product stream IV, then e) a feed port in a pipepiece B, said pipepiece B comprising one or more static mixing elements, is used to import product stream III in product stream IV and thereby create product stream V, f) product stream V leaving pipepiece B is imported into a reaction chamber, ignited therein and reacted in a flame, and g) the resultant solid material is separated off, wherein the velocity v B at which product stream III is imported into product stream IV is greater than the velocity v A of product stream IV at the time of importation of product stream III and wherein v A is the result of dividing the volume flow in Nm 3 /h by the cross-sectional area of pipepiece A and v B is the result of dividing the volume flow in Nm 3 /h by the cross-sectional area of the feed port. a) a product stream I comprising at least a vaporous, hydrolysable and/or oxidizable silicon compound, b) a product stream II comprising oxygen and c) a product stream III comprising at least a combustible gas d) a feed port in a pipepiece A, said pipepiece A comprising one or more static mixing elements, is used to import product stream I into product stream II, or vice versa and thereby create product stream IV, then e) a feed port in a pipepiece B, said pipepiece B comprising one or more static mixing elements, is used to import product stream III in product stream IV and thereby create product stream V, f) product stream V leaving pipepiece B is imported into a reaction chamber, ignited therein and reacted in a flame, and g) the resultant solid material is separated off,
An alkoxylated fatty ester having the formula: R 2 -CO-O- n -R 1 wherein: R 1 is C 1 -C 4 alkyl; AO is C 2 -C 4 oxyalkylene; R 2 is R 3 -CH=CH-(CH 2) 7 - or R 1 n -O-CO-(CH 2) 7 -CH=CH-(CH 2) 7 -; R 3 is hydrogen or C 1 -C 7 alkyl; and n, which is the average number of oxyalkylene units, has a value within the range of 1 to 100; and wherein when R 3 is C 1 -C 7 alkyl, the fatty ester has at least 1 mole % of trans -Δ 9 unsaturation.
Tattoo protector bandage of the type having a tubular configuration, having at least one opening for introducing a member of the human body and forming an inner face which is in contact with the skin, and an outer face; characterised in that it comprises: - 90-94% viscose, over the total, being the viscose obtained from cellulose found in wood paste; - 4-6% elastane, over the total; and - 2-4% polyamide, over the total. - 90-94% viscose, over the total, being the viscose obtained from cellulose found in wood paste; - 4-6% elastane, over the total; and - 2-4% polyamide, over the total.
Sleeper block unit for railway track systems, including a sleeper block and a sleeper shoe that surrounds the sleeper block in its lower area and comprises a bottom and four side walls, a surrounding sealing collar of an elastic material being arranged in the area of the upper edge of the side walls, which sealingly connects the sleeper block to the sleeper shoe, wherein the sealing collar comprises an upper edge section, a lower edge section, and a lateral section arranged therebetween, characterized in that a surrounding bead is arranged externally in the area of the upper edge of the side walls of the sleeper shoe, and in that the lower edge section of the sealing collar is thicker than its lateral section and overlaps the bead and lies against the bead at least in an area situated below the largest horizontal dimension of the bead.
Method for operating a head-wearable electronic display device, in which a movement of the electronic display device relative to a vehicle interior of a vehicle is determined by means of a detection device arranged on the electronic display device, and a virtual perspective of a wearer of the electronic display device on a virtual content is adapted in accordance with the determined relative movement, wherein - a detection range of the detection device is limited to the vehicle interior, in order to eliminate, with regard to the detection of the movement of the electronic display device relative to the vehicle interior, distortions resulting from movement of the vehicle relative to the vehicle surroundings; characterised in that - the limitation is effected by using a sensor of the detection device, the range of which is limited to the vehicle interior, and/or by using a camera of the detection device and thereby blurring an area lying outside the vehicle interior, the camera having a lens by means of which the surroundings beyond a certain distance are blurred. - a detection range of the detection device is limited to the vehicle interior, in order to eliminate, with regard to the detection of the movement of the electronic display device relative to the vehicle interior, distortions resulting from movement of the vehicle relative to the vehicle surroundings; - the limitation is effected by using a sensor of the detection device, the range of which is limited to the vehicle interior, and/or by using a camera of the detection device and thereby blurring an area lying outside the vehicle interior, the camera having a lens by means of which the surroundings beyond a certain distance are blurred.
A rotary machine (100, 400, 500) for hydraulic forming containers from preforms, comprising: - a rotatable forming wheel (140, 440, 540) having a central axis of rotation (111, 411, 511) and a plane of rotation perpendicular to the central axis of rotation, - a plurality of forming stations, each of the forming stations being supported by the forming wheel and operable to expand one of said preforms into a shaped container by forcing a liquid into the preform, characterized in that the longitudinal axis (116, 416, 516) of each forming station forms an angle with the plane of rotation of the forming wheel of less than 25° while the preform is expanded, and in that the projection of the longitudinal axis (116, 416, 516) of each forming stations onto the plane of rotation of the forming wheel forms an angle with the radial direction at the position of the forming station within the range of [5°, 25°] while the preform is expanded. - a rotatable forming wheel (140, 440, 540) having a central axis of rotation (111, 411, 511) and a plane of rotation perpendicular to the central axis of rotation, - a plurality of forming stations, each of the forming stations being supported by the forming wheel and operable to expand one of said preforms into a shaped container by forcing a liquid into the preform,
Combine harvester comprising a first grain tank extension panel mounted to a frame so as to be moveable between an open, extended, position and a closed, retracted, position, and an antenna mounting apparatus, characterised in that the antenna mounting apparatus comprises an antenna-supporting bracket pivotally mounted to the first grain tank extension panel around a first pivot axis (z), and a mechanical linkage coupled to the bracket, the linkage being arranged so as to couple pivoting movement of the bracket with movement of the first extension panel between the open position and closed position so as to pivot the antenna-supporting bracket with respect to the first grain tank extension panel when the first grain tank extension panel moves between the open position and closed position.
An AC to AC power converter comprising: a rectifier configured to receive an AC signal source and to convert the AC signal source into a full wave rectified signal; an H-Bridge coupled to the rectifier; a processor coupled to the rectifier and to the H-Bridge, characterized in that the processor is configured to sample the output of the rectifier to determine the frequency of the full wave rectified signal, wherein the processor is further configured: (a) if the determined frequency is greater than a predefined value, to produce a pulse for use in pulse density modulation to modulate a rectified DC input from the rectifier to the H-Bridge; and (b) if the determined frequency is less than the predefined value, to produce a square wave signal for use by a pulse width carrier modulator to generate ramp signals for use in a pulse width modulation scheme for modulation of the output of the rectifier; a wave filter coupled to the H-Bridge configured to modulate an output of the H-Bridge to an AC voltage of a desired frequency; and wherein an output of the wave filter is coupled to the processor. a rectifier configured to receive an AC signal source and to convert the AC signal source into a full wave rectified signal; an H-Bridge coupled to the rectifier; a processor coupled to the rectifier and to the H-Bridge, characterized in that the processor is configured to sample the output of the rectifier to determine the frequency of the full wave rectified signal, wherein the processor is further configured: (a) if the determined frequency is greater than a predefined value, to produce a pulse for use in pulse density modulation to modulate a rectified DC input from the rectifier to the H-Bridge; and (b) if the determined frequency is less than the predefined value, to produce a square wave signal for use by a pulse width carrier modulator to generate ramp signals for use in a pulse width modulation scheme for modulation of the output of the rectifier; (a) if the determined frequency is greater than a predefined value, to produce a pulse for use in pulse density modulation to modulate a rectified DC input from the rectifier to the H-Bridge; and (b) if the determined frequency is less than the predefined value, to produce a square wave signal for use by a pulse width carrier modulator to generate ramp signals for use in a pulse width modulation scheme for modulation of the output of the rectifier; a wave filter coupled to the H-Bridge configured to modulate an output of the H-Bridge to an AC voltage of a desired frequency; and wherein an output of the wave filter is coupled to the processor.
Method for manufacturing a rotationally adjustable lamp, the method comprising: molding a shell having two guiding slots (7a, 7b) wherein the guiding slots (7a. 7b) are arranged in a cylindrical portion of the shell, the guiding slots (7a, 7b) extending along the circumference of the cylindrical portion and perpendicular to the height of the cylindrical portion, said two guiding slots (7a, 7b) forming a pair of oppositely arranged guiding slots on the cylindrical portion of the shell, providing a base configured to receive the shell and connect to a lamp socket; inserting the shell into the base so as to enclose the guiding slots (7a, 7b) by the base; and forming in the base, when the shell is inserted into the base, a notch protruding into each guiding slot (7a, 7b), the notch being movable along the guiding slot (7a, 7b) so as to allow for the shell to be rotated relative to the base. molding a shell having two guiding slots (7a, 7b) wherein the guiding slots (7a. 7b) are arranged in a cylindrical portion of the shell, the guiding slots (7a, 7b) extending along the circumference of the cylindrical portion and perpendicular to the height of the cylindrical portion, said two guiding slots (7a, 7b) forming a pair of oppositely arranged guiding slots on the cylindrical portion of the shell, providing a base configured to receive the shell and connect to a lamp socket; inserting the shell into the base so as to enclose the guiding slots (7a, 7b) by the base; and forming in the base, when the shell is inserted into the base, a notch protruding into each guiding slot (7a, 7b), the notch being movable along the guiding slot (7a, 7b) so as to allow for the shell to be rotated relative to the base.
An illuminated dot reticle for use in a rifle scope having an optical path defined through axially spaced-apart objective and ocular lenses (12, 14), comprising: a reticle disc (26; 56; 68; 72) having a first surface facing the objective lens and a second surface facing the ocular lens; a first reticle pattern applied to one of the reticle disc surfaces, the reticle pattern including a central aiming point; an optical fiber having a proximal end portion and a distal end; a light source configured to deliver light to the proximal end portion of the optical fiber; wherein a) the optical fiber is secured to one of the reticle disc surfaces such that the distal end is positioned to transmit light from the light source toward the ocular lens in the optical path, providing an illuminated dot at the central aiming point; or b) a cover disc has a surface with a groove formed therein extending from a peripheral edge at least to a point corresponding with the central aiming point and the optical fiber is secured into the groove such that the distal end is positioned to transmit light from the light source toward the ocular lens in the optical path, providing an illuminated dot at the central aiming point. a reticle disc (26; 56; 68; 72) having a first surface facing the objective lens and a second surface facing the ocular lens; a first reticle pattern applied to one of the reticle disc surfaces, the reticle pattern including a central aiming point; an optical fiber having a proximal end portion and a distal end; a light source configured to deliver light to the proximal end portion of the optical fiber; wherein a) the optical fiber is secured to one of the reticle disc surfaces such that the distal end is positioned to transmit light from the light source toward the ocular lens in the optical path, providing an illuminated dot at the central aiming point; or b) a cover disc has a surface with a groove formed therein extending from a peripheral edge at least to a point corresponding with the central aiming point and the optical fiber is secured into the groove such that the distal end is positioned to transmit light from the light source toward the ocular lens in the optical path, providing an illuminated dot at the central aiming point. a) the optical fiber is secured to one of the reticle disc surfaces such that the distal end is positioned to transmit light from the light source toward the ocular lens in the optical path, providing an illuminated dot at the central aiming point; or b) a cover disc has a surface with a groove formed therein extending from a peripheral edge at least to a point corresponding with the central aiming point and the optical fiber is secured into the groove such that the distal end is positioned to transmit light from the light source toward the ocular lens in the optical path, providing an illuminated dot at the central aiming point.
Turbomachine blade arrangement with a first turbomachine blade, a second turbomachine blade adjacent to said first turbomachine blade and at least one damping element guide housing with at least one cavity in which at least one damping element is arranged with play for an impact contact with the damping element guide housing, wherein the damping element guide housing is arranged at least partially in a recess of the first turbomachine blade, characterized in that the second turbomachine blade comprises at least one first rib for securing the damping element guide housing arranged in the recess. characterized in that the second turbomachine blade comprises at least one first rib for securing the damping element guide housing arranged in the recess.
Multi-leaf collimator with leaf drives, with two sets (4, 4') of displaceable leaves (3, 3', 3",...) arranged side by side of each other and facing each other in order to impress a high-energy beam with the shape of an irregularly formed treatment object by enabling each of the leaves (3, 3', 3",...) to assume a position oriented along the shape of the treatment object by means of the leaf drives, with the leaf drives being designed in such a way that the leaves (3, 3', 3",...) are each equipped with a gear rod-like drive engagement (8, 8', 8",....) in a direction of displacement, wherein a pivotable leaf-side gear segment (9, 9', 9",...) located, together with a motor-side gear segment (10, 10', 10",...) on a segment disk (11, 11', 11",...), engages with the gear rod-like drive engagement (8, 8', 8",....), with a pinion (13, 13', 13",...) drivable by a motor (12, 12', 12",...) engaging with the motor-side gear segment (10, 10', 10",...), wherein the segment disks (11, 11', 11 ",...) are arranged side by side for each set (4, 4') of leaves (3, 3', 3",...) as a package on one axle, and wherein the motor-side gear segments (10, 10', 10",...) of two segment disks (11, 11', 11",...) located next to each other are staggered in such a way that they will not abut each other.
An adapter assembly for operably connecting an end effector to an electromechanical surgical instrument, the adapter assembly comprising: a drive coupling assembly; a first drive assembly operably connected to the drive coupling assembly, the first drive assembly including a drive screw; a second drive assembly operably connected to the drive coupling assembly; and a third drive assembly operably connected to the drive coupling assembly, characterised in that the second drive assembly includes a first jackscrew assembly and in that the third drive assembly includes a second jackscrew assembly. a drive coupling assembly; a first drive assembly operably connected to the drive coupling assembly, the first drive assembly including a drive screw; a second drive assembly operably connected to the drive coupling assembly; and a third drive assembly operably connected to the drive coupling assembly, characterised in that the second drive assembly includes a first jackscrew assembly and in that the third drive assembly includes a second jackscrew assembly.
Fastening device for fastening a window or facade element of a facade, comprising: a. a base plate which can be fixed to a story ceiling; b. a holder supported on the base plate, and c. a fixing element fixed to the holder and having a vertical tab, wherein the vertical tab and the holder are connectable via first fastening means to a holding element arranged on or in the window or facade element, characterized in that the fixing element has a horizontal projection, and the horizontal projection is connectable via second fastening means to the holding element arranged on or in the window or facade element. a. a base plate which can be fixed to a story ceiling; b. a holder supported on the base plate, and c. a fixing element fixed to the holder and having a vertical tab,
Stitch length-adjusting device for a sewing machine - with a stop unit for specifying stops for a lever body, which can be adjusted by pivoting about an adjusting axis between -- a forward stitch stop position for specifying a transport movement of a sewing workpiece transporter in a sewing workpiece transport direction (x), -- a backward stitch stop position for specifying a transport movement of the sewing workpiece transporter opposite (-x) the sewing workpiece transport direction (x), - comprising a stitch regulator gear, which is connected on the one hand to the lever body and on the other hand to a transporter drive shaft, characterised in that an assembly frame of the stitch regulator gear is connected in a rotationally secure manner to the lever body. - with a stop unit for specifying stops for a lever body, which can be adjusted by pivoting about an adjusting axis between -- a forward stitch stop position for specifying a transport movement of a sewing workpiece transporter in a sewing workpiece transport direction (x), -- a backward stitch stop position for specifying a transport movement of the sewing workpiece transporter opposite (-x) the sewing workpiece transport direction (x), -- a forward stitch stop position for specifying a transport movement of a sewing workpiece transporter in a sewing workpiece transport direction (x), -- a backward stitch stop position for specifying a transport movement of the sewing workpiece transporter opposite (-x) the sewing workpiece transport direction (x), - comprising a stitch regulator gear, which is connected on the one hand to the lever body and on the other hand to a transporter drive shaft,