mhurhangee/patent-ind-claim-en huggingface dataset:
A dust filter for a vacuum cleaner, the dust filter comprising a liquid container and an air guide assembly, wherein the liquid container comprises a first reservoir for holding a cleansing liquid bath to facilitate liquid cleansing of dusted air and a second reservoir above the first reservoir for receiving and storing cleansing liquid that moves away from said first reservoir in response to tilting of said dust filter during use, characterised in that , the air guide assembly is attached to top end of the liquid container for coupling to a filter coupling assembly of the vacuum cleaner to provide an air exchange mechanism to facilitate transport of dusted and filtered air across the top portion of the liquid container without mixing, wherein the air exchange mechanism includes an air inlet , an air outlet , an air inlet duct for guiding dusted air to move from the air inlet into the liquid bath of the primary dust filter assembly and an air outlet duct for guiding air emerging from the cleansing liquid bath to move out of the liquid container from the air outlet without mixing.
Pressure valve for a liquid comprising a housing with an inlet and an outlet for directing the liquid from the inlet through the housing to the outlet along a flow direction (II), wherein the valve further comprises a movable member which is movable in the housing towards and away from the outlet between a blocked position wherein the movable member blocks the outlet and an unblocked position wherein the movable member is away from the outlet in a direction (I) opposite the flow direction (II), wherein the movable member is biased to the unblocked position, characterized in that the pressure valve comprises at least one flow passage for directing liquid from the inlet side to the outlet side of the movable member , and wherein the at least one flow passage has an outlet directed towards the movable member in a direction with a component opposite the flow direction (II).
Drone comprising a central body and one or more arms (B1,B2,B3,B4), each arm comprising a first end mounted on the central body, each arm comprising at or near a second end at least one motor (Ml,M2,M3,M4) and at least one propeller (H1,H2,H3,H4) coupled to said motor, characterized in that at least one electrical energy storage device is housed in each arm between its first and second ends .
A method of manufacturing a plastic fuel tank from at least one sheet-form extrudate, characterized in that it consists in: - offering up the extrudate between two opposing cavities of an open mold , the imprint of which corresponds to the shape of the tank that is to be manufactured, then - bringing the two cavities closer together until the mold is closed, - while the two cavities are being brought closer together, injecting a first fluid on one side of the extrudate, which side is situated between the extrudate and at least one cavity , in a zone comprising, at the top of a relief , a disk-shaped plateau , the injection of the first fluid being realized through a vent located in a wall of the cavity, - injecting a second fluid on the other side of the extrudate , - removing the first fluid present between the cavity and the extrudate before the end of injection of the second fluid so as to press the extrudate firmly against the cavity, the step of removing the first fluid consisting in suction from outside the mold or venting to atmospheric pressure, after the removal of the first fluid, the parison sticks to the wall of the zone of the cavity at all points thereof. - offering up the extrudate between two opposing cavities of an open mold , the imprint of which corresponds to the shape of the tank that is to be manufactured, then - bringing the two cavities closer together until the mold is closed, - while the two cavities are being brought closer together, injecting a first fluid on one side of the extrudate, which side is situated between the extrudate and at least one cavity , in a zone comprising, at the top of a relief , a disk-shaped plateau , the injection of the first fluid being realized through a vent located in a wall of the cavity, - injecting a second fluid on the other side of the extrudate , - removing the first fluid present between the cavity and the extrudate before the end of injection of the second fluid so as to press the extrudate firmly against the cavity, the step of removing the first fluid consisting in suction from outside the mold or venting to atmospheric pressure, after the removal of the first fluid, the parison sticks to the wall of the zone of the cavity at all points thereof.
An electric motor diagnosis device comprising: a current input unit for detecting and inputting current of an electric motor ; an FFT analysis interval determination unit which is configured to calculate a variation value of current variation data acquired in advance, on the basis of a standard deviation or a Mahalanobis distance, and to determine that a stable state is established, when a variation value of the current from the current input unit is present within such a current interval as not to exceed a threshold value selected so as to enable detection of sideband waves in a power spectrum of the current; an FFT analysis unit for analyzing a power spectrum of the current determined to be in the stable state by the FFT analysis interval determination unit ; a peak detection calculation unit for detecting a peak part in the power spectrum obtained by the FFT analysis unit ; an averaging calculation unit for averaging a plurality of the power spectra analyzed by the FFT analysis unit ; a sideband wave extraction unit for extracting sideband waves from the power spectrum averaged by the averaging calculation unit ; and an alarm output unit for outputting an alarm when sideband waves having signal intensities equal to or greater than a set value are extracted by the sideband wave extraction unit , wherein the averaging calculation unit is configured to perform the averaging in a state in which frequency axes of the plurality of the power spectra have been converted so as to align peak parts due to rotational frequency bands. a current input unit for detecting and inputting current of an electric motor ; an FFT analysis interval determination unit which is configured to calculate a variation value of current variation data acquired in advance, on the basis of a standard deviation or a Mahalanobis distance, and to determine that a stable state is established, when a variation value of the current from the current input unit is present within such a current interval as not to exceed a threshold value selected so as to enable detection of sideband waves in a power spectrum of the current; an FFT analysis unit for analyzing a power spectrum of the current determined to be in the stable state by the FFT analysis interval determination unit ; a peak detection calculation unit for detecting a peak part in the power spectrum obtained by the FFT analysis unit ; an averaging calculation unit for averaging a plurality of the power spectra analyzed by the FFT analysis unit ; a sideband wave extraction unit for extracting sideband waves from the power spectrum averaged by the averaging calculation unit ; and an alarm output unit for outputting an alarm when sideband waves having signal intensities equal to or greater than a set value are extracted by the sideband wave extraction unit , wherein the averaging calculation unit is configured to perform the averaging in a state in which frequency axes of the plurality of the power spectra have been converted so as to align peak parts due to rotational frequency bands.
Method for operating a display device worn on the head by a vehicle occupant of a motor vehicle , in which contents are displayed in a field of vision of the vehicle occupant by means of the display device , wherein - vehicle areas are specified which may not be overlaid by contents of the display device ; - the display device is controlled taking into account the specified vehicle areas in such a way that the vehicle areas are not overlaid by the displayed contents, characterised in that - a distinction is made as to whether the vehicle occupant is a driver or a passenger, wherein the vehicle areas are then specified in dependence thereon and the display device is controlled accordingly. - vehicle areas are specified which may not be overlaid by contents of the display device ; - the display device is controlled taking into account the specified vehicle areas in such a way that the vehicle areas are not overlaid by the displayed contents, - a distinction is made as to whether the vehicle occupant is a driver or a passenger, wherein the vehicle areas are then specified in dependence thereon and the display device is controlled accordingly.
An animal feed composition consisting of a human diet equivalent, the human diet equivalent consisting of 57- 64% by wet weight carbohydrates, 3- 7% by wet weight total dietary fiber, 10- 15% by wet weight fat, 2.0- 3.5% total saturated fatty acids of fat, 35-40 mg cholesterol/100g Total Diet Equivalent (TD), 13- 17% by wet weight protein, 300- 500 mg sodium/100g TD, 500- 700 mg potassium/100g TD, 4- 8% by wet weight moisture, and 4.0- 4.4 Kcal/g TD; wherein the human diet equivalent is made from a defined ratio of eight food groups, the eight food groups consisting of food items identified by the first three or four digits of an eight digit food code as represented in Table A, wherein (a) milk and milk products have a food code with a first digit of 1 and are 5- 25% by wet weight, (b) meat, poultry, fish, egg, nuts, seeds, and legumes have a food code with a first digit selected from the group consisting of 2, 3, and 4 and are 10- 25% by wet weight, (c) grain products have a food code with a first digit of 5 and are 10- 20% by wet weight, (d) fruits have a food code with a first digit of 6 and are 10- 25% by wet weight, (e) vegetables have a food code with a first digit of 7 and are 10- 25% by wet weight, (f) fats and oils have a food code with a first digit of 8 and are 0.5- 5% by wet weight, (g) sugars and sweets have a food code with a first digit of 9 and a second digit of 1 and are 0.5- 5% by wet weight, and (h) beverages have a food code with a first digit of 9 and a second digit of 2 or 3 and are 10-60% by wet weight.
An insertion device (100; 200), comprising: an elongate member (110; 210) having a proximal end portion (112; 212), a distal end portion (113; 213), and defining a lumen therethrough, the elongate member (110; 210) including a curved portion (111; 211) between the proximal end portion (112; 212) and the distal end portion (113; 213), the lumen being configured to receive a portion of a tissue anchor (190; 290) to removably couple the tissue anchor (190; 290) to the distal end portion (113; 213), the proximal end portion (112; 212) including a handle (170; 270) defining a longitudinal axis (B1-B1); and a stylet having a proximal end portion , a distal end portion and being configured to move proximally from a first position to a second position with respect to the elongate member (110; 210), the stylet configured to engage the tissue anchor (190; 290) to remove the tissue anchor (190; 290) from the elongate member (110; 210) when the stylet is moved distally from its second position to its first position, wherein a longitudinal axis (YY-YY, B-B) defined by the distal end portion (113; 213) of the elongate member (110; 210) is angled with respect to a longitudinal axis (XX-XX, A-A) defined by the proximal end portion (112; 212) of the elongate member (110; 210), wherein the stylet is disposed against an inner surface of the elongate member (110; 210) when the stylet is in the second position. an elongate member (110; 210) having a proximal end portion (112; 212), a distal end portion (113; 213), and defining a lumen therethrough, the elongate member (110; 210) including a curved portion (111; 211) between the proximal end portion (112; 212) and the distal end portion (113; 213), the lumen being configured to receive a portion of a tissue anchor (190; 290) to removably couple the tissue anchor (190; 290) to the distal end portion (113; 213), the proximal end portion (112; 212) including a handle (170; 270) defining a longitudinal axis (B1-B1); and a stylet having a proximal end portion , a distal end portion and being configured to move proximally from a first position to a second position with respect to the elongate member (110; 210), the stylet configured to engage the tissue anchor (190; 290) to remove the tissue anchor (190; 290) from the elongate member (110; 210) when the stylet is moved distally from its second position to its first position, wherein a longitudinal axis (YY-YY, B-B) defined by the distal end portion (113; 213) of the elongate member (110; 210) is angled with respect to a longitudinal axis (XX-XX, A-A) defined by the proximal end portion (112; 212) of the elongate member (110; 210), wherein the stylet is disposed against an inner surface of the elongate member (110; 210) when the stylet is in the second position.
Rewinder for the production of paper logs, comprising means (R1, R2, R3, RC) adapted to guide and transversely pre-cut a paper web along a predetermined path, means (R4, R5, R6) adapted to wind a predetermined amount of the paper web on a core in a winding station(W), and a threading mechanism for threading the web along said path, characterized in that the threading mechanism comprises a dragging unit provided with dragging means adapted to engage the web to drag it along said path with a predetermined feed direction (F2) and at least one dragging member adapted to engage a respective flap of the web in a dragging step preceding the production of the logs, and said dragging unit is located downstream of said winding station (W) with respect to said feed direction (F2) of the paper web and is provided with release means adapted to release said flap of the web from the dragging member, the release means being arranged downstream of the dragging means so as to intercept the flap of the web and disengage it from the dragging member while the web is fed along said direction (F2) by the dragging means .
Process for converting γ-AlOOH· x H 2 O with x in the range of 0.1 ≤ x ≤ 0.5 into nanoparticulate alpha alumina having particle sizes in the range of 1 to 50 nm and a high specific BET surface area of at least 90 m 2 /g, characterized by subjecting said γ-AlOOH· x H 2 O to a milling process in a ball mill with a milling jar and balls in a weight ratio of balls to said γ-AlOOH· x H 2 O of 1 to 200, preferably 5 to 100, in a temperature range below the conversion temperature of nanocrystalline γ-AlOOH· x H 2 O to γ-Al 2 O 3 , in a temperature range of 10° to 200°C and for a period of time of 1 to 20, preferably 1 to 10 hours.
A method for operating a rotating head system , wherein the rotating head system comprises a head which is configured to be rotated around a rotation point ; wherein the method comprises, - rotating the head around the rotation point into K different orientations such that a front face of the head faces K different cameras , respectively, with K > 3, which are arranged at K different angles around the rotation point , respectively; - capturing K images using the K different cameras , respectively; - determining K deviations of the reference point on the front face of the head from the target position within the K images, respectively; - determining an offset of an actual pose of the head from the target pose based on the K deviations using a pre-determined transformation matrix; and - operating the head in dependence of the offset; characterized by the steps: - determining a deviation vector indicative of the K deviations of the reference point of the head from the target position ; and - multiplying the deviation vector with the transformation matrix to determine an offset vector, wherein the offset vector is indicative of a translational offset and/or a rotational offset of an actual pose of the head from the target pose. - rotating the head around the rotation point into K different orientations such that a front face of the head faces K different cameras , respectively, with K > 3, which are arranged at K different angles around the rotation point , respectively; - capturing K images using the K different cameras , respectively; - determining K deviations of the reference point on the front face of the head from the target position within the K images, respectively; - determining an offset of an actual pose of the head from the target pose based on the K deviations using a pre-determined transformation matrix; and - operating the head in dependence of the offset; - determining a deviation vector indicative of the K deviations of the reference point of the head from the target position ; and - multiplying the deviation vector with the transformation matrix to determine an offset vector, wherein the offset vector is indicative of a translational offset and/or a rotational offset of an actual pose of the head from the target pose.
An antibody capable of binding to MUC1, which comprises (i) a heavy chain variable region comprising the complementarity-determining regions (CDRs) CDR-H1 having the amino acid sequence of SEQ ID NO: 1, CDR-H2 having the amino acid sequence of SEQ ID NO: 7 and CDR-H3 having the amino acid sequence of SEQ ID NO: 3, and (ii) a light chain variable region comprising the complementarity-determining regions (CDRs) CDR-L1 having the amino acid sequence of SEQ ID NO: 4, CDR-L2 having the amino acid sequence of SEQ ID NO: 5 and CDR-L3 having the amino acid sequence of SEQ ID NO: 6. (i) a heavy chain variable region comprising the complementarity-determining regions (CDRs) CDR-H1 having the amino acid sequence of SEQ ID NO: 1, CDR-H2 having the amino acid sequence of SEQ ID NO: 7 and CDR-H3 having the amino acid sequence of SEQ ID NO: 3, and (ii) a light chain variable region comprising the complementarity-determining regions (CDRs) CDR-L1 having the amino acid sequence of SEQ ID NO: 4, CDR-L2 having the amino acid sequence of SEQ ID NO: 5 and CDR-L3 having the amino acid sequence of SEQ ID NO: 6.
A method of designing an integrated circuit, comprising: placing integrated circuit cells that include supply pins in a plurality of predefined rows, wherein each of the supply pins has a height and a width, wherein the height is predefined and the width is in a direction of the predefined rows and is greater than the predefined height; characterized by determining blocked areas for supply pin extensions, wherein said blocked areas include areas in which, according to design rule constraints, the supply pins cannot be extended in height; and by extending the supply pins outside said blocked areas, wherein said extending the supply pins includes extending the height of the supply pins . placing integrated circuit cells that include supply pins in a plurality of predefined rows, wherein each of the supply pins has a height and a width, wherein the height is predefined and the width is in a direction of the predefined rows and is greater than the predefined height; characterized by determining blocked areas for supply pin extensions, wherein said blocked areas include areas in which, according to design rule constraints, the supply pins cannot be extended in height; and by extending the supply pins outside said blocked areas, wherein said extending the supply pins includes extending the height of the supply pins .
A macroscopically alignable, injectable, soft hydrogel composition comprising: (a) anisometric elements selected from short magnetoceptive polymeric fibers, wherein the diameter of the fibers is in the range of 0.3 - 20 μm, preferably 1 - 5 μm, and the length in the range of 1 - 200 μm, preferably 10 - 120 μm, and comprising magnetic particles, particularly superparamagnetic iron oxide nanoparticles, and (b) a crosslinkable biocompatible matrix hydrogel composition comprising said anisometric elements, wherein the anisometric elements are embedded and distributed within the matrix hydrogel composition, wherein the anisometric elements are present in the injectable hybrid hydrogel composition in an amount of 0.01 to 40 vol.-% in terms of the hydrogel. (a) anisometric elements selected from short magnetoceptive polymeric fibers, wherein the diameter of the fibers is in the range of 0.3 - 20 μm, preferably 1 - 5 μm, and the length in the range of 1 - 200 μm, preferably 10 - 120 μm, and comprising magnetic particles, particularly superparamagnetic iron oxide nanoparticles, and (b) a crosslinkable biocompatible matrix hydrogel composition comprising said anisometric elements, wherein the anisometric elements are embedded and distributed within the matrix hydrogel composition,
Combustion gas turbine with a turbine wheel which has at least one combustion chamber equipped with a fuel injection means and an ignition apparatus , which supplies the turbine wheel of the combustion gas turbine with a combustion gas to drive a high-speed generator for the purpose of generating electricity, wherein at least one external compressor is assigned to the combustion gas turbine and the combustion chamber for delivering compressor air to the at least one combustion chamber , wherein the at least one external compressor is equipped with its own electric drive and the at least one external compressor is not connected to the combustion gas turbine via drive shaft, characterized in that the at least one external compressor is designed as a two-stage dual compressor for supplying the turbine wheel and the combustion chamber with two separate streams of compressor air, or a second external compressor is proved to supply the turbine wheel with one stream of compressor air, and that at least two combustion chambers are provided for a discontinuous, pulsed combustion and/or supply to the combustion gas turbine.
A current sensor comprising: an inductor configured for sensing an alternating current signal component of an observed signal, the inductor comprising a multi-layered substrate, a plurality of conductive traces associated with different layers of the substrate, and one or more conductive vias for interconnecting the plurality of conductive traces; a magnetic field sensor configured for sensing a direct current signal component of the observed signal; a first filtering circuit having a high-pass filter response, the first filtering circuit coupled to the inductor to provide a filtered alternating current signal component; a second filtering circuit having a low-pass filter response, the second filtering circuit coupled to the magnetic field sensor to provide a filtered direct current signal component; and a sensor fusion circuit configured for accepting the filtered alternating current signal component and the filtered direct current signal component and for determining an aggregate sensed current. an inductor configured for sensing an alternating current signal component of an observed signal, the inductor comprising a multi-layered substrate, a plurality of conductive traces associated with different layers of the substrate, and one or more conductive vias for interconnecting the plurality of conductive traces; a magnetic field sensor configured for sensing a direct current signal component of the observed signal; a first filtering circuit having a high-pass filter response, the first filtering circuit coupled to the inductor to provide a filtered alternating current signal component; a second filtering circuit having a low-pass filter response, the second filtering circuit coupled to the magnetic field sensor to provide a filtered direct current signal component; and a sensor fusion circuit configured for accepting the filtered alternating current signal component and the filtered direct current signal component and for determining an aggregate sensed current.