mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented instructions product comprising computer implementable instructions which, when run on a programmable computer device, cause the programmable computer device to perform a method for tool tracking, the method comprising: determining a determined position of a camera in a fixed reference frame from sensor data associated with a robotic mechanism, which is usable for manipulating the camera, and system kinematics of the robotic mechanism; determining a determined position of a tool in a camera reference frame associated with the camera by using image data captured by the camera while viewing the tool; and determining a position of the tool in the fixed reference frame by using the determined position of the camera in the fixed reference frame and the determined position of the tool in the camera reference frame. determining a determined position of a camera in a fixed reference frame from sensor data associated with a robotic mechanism, which is usable for manipulating the camera, and system kinematics of the robotic mechanism; determining a determined position of a tool in a camera reference frame associated with the camera by using image data captured by the camera while viewing the tool; and determining a position of the tool in the fixed reference frame by using the determined position of the camera in the fixed reference frame and the determined position of the tool in the camera reference frame.
A catalyst system comprising a transition metal catalyst compound and at least two boron containing non-coordinating anion "NCA" activators represented by the formula: Z d + (A d-), where, Z is (L-H) or a reducible Lewis acid, L is a neutral Lewis base; H is hydrogen; (L-H) is a Bronsted acid; A d- is a boron containing non-coordinating anion having the charge d-; d is 1, 2, or 3; wherein, in the first NCA activator, Z is a Bronsted acid and in the second NCA activator, Z is a reducible Lewis acid.
A vehicle seat apparatus comprising: a lower arm; an upper arm being rotatable relative to the lower arm in a front-rear direction of a vehicle seat; a pressing member (6, 41) fixed at the upper arm; a base member (11, 51) fixed at the lower arm; a first link (18, 56) supported by the base member so as to be rotatable and having a stopper pin (22, 58) positioned on a rotation path of the pressing member when a walk-in operation is performed and positioned out of the rotation path of the pressing member when a tilt-down operation is performed; and a second link (23, 59) rotatably supported by the first link and maintaining the stopper pin so as to be one of on and out of the rotation path of the pressing member, characterized in that the second link being provided in a manner where a rotational axis thereof is coaxial to a central axis of the stopper pin. a lower arm; an upper arm being rotatable relative to the lower arm in a front-rear direction of a vehicle seat; a pressing member (6, 41) fixed at the upper arm; a base member (11, 51) fixed at the lower arm; a first link (18, 56) supported by the base member so as to be rotatable and having a stopper pin (22, 58) positioned on a rotation path of the pressing member when a walk-in operation is performed and positioned out of the rotation path of the pressing member when a tilt-down operation is performed; and a second link (23, 59) rotatably supported by the first link and maintaining the stopper pin so as to be one of on and out of the rotation path of the pressing member, characterized in that the second link being provided in a manner where a rotational axis thereof is coaxial to a central axis of the stopper pin.
Passenger transport system designed as an escalator or moving walkway, characterized in that the passenger transport system has a mobile device charging device, wherein, during a passenger transport, the mobile device charging device can be used for charging an energy storage of a mobile device.
Device for storing a sheet pile in a converting machine wherein the device comprises a transfer mechanism for delivering sheets into a piling area of the device, and a sampling plate which is adjustable between a sampling position and an access position, wherein the top of the piling area is covered by the sampling plate when the sampling plate is in the sampling postion so that the sheet delivered by the transfer mechanism are collected by the sampling plate, and wherein the top of the piling area is free when the sampling plate is in the access position, characterized in that the sampling plate at least partially extends outside of a housing of the device when being in the access position. a transfer mechanism for delivering sheets into a piling area of the device, and a sampling plate which is adjustable between a sampling position and an access position, wherein the top of the piling area is covered by the sampling plate when the sampling plate is in the sampling postion so that the sheet delivered by the transfer mechanism are collected by the sampling plate, and wherein the top of the piling area is free when the sampling plate is in the access position, characterized in that the sampling plate at least partially extends outside of a housing of the device when being in the access position.
A wind generator consisting of a vertical axis shaft incorporating gliding-varying blade comprising of a) a vertical shaft securely fastened with a turbine hub attached with four gliding - varying blades, adapted to glide along a semicircular glide ring with a tilting lever b) Where the position of the blade shaft is fixed, while the attached blades alone revolve around it changing its orientation from the knife mode to blade mode and vice versa. c) Where the blade is securely fastened to the blade shaft by its reduced handle cum neck and sealed with a cup and locked with provision of a hole in the middle for facilitating easy rotation of the blade alone. d) Where the blade's varying orientation is achieved by the tilting lever mounted on the base plate, which starts rising from its initial point, till it reaches the blade shaft level gradually and then ends abruptly after covering halfway mark of its circular orbit with a steep fall. e) Where the blade guided by the semicircular glide rings tilting lever enables the tilting of the blade's orientation from blade to knife. f) Where the blade aided by the semicircular glide ring's steep and sudden fall changes its orientation from knife to blade. g) Where the blade direction stabilizer ensures the smooth rotation of the turbine without being disturbed by the changing wind, course and direction preventing the resultant wobbling. h) Where the semicircular glide ring likewise prevents the wobbling of the blade while it is in its knife mode of orbit. a) a vertical shaft securely fastened with a turbine hub attached with four gliding - varying blades, adapted to glide along a semicircular glide ring with a tilting lever b) Where the position of the blade shaft is fixed, while the attached blades alone revolve around it changing its orientation from the knife mode to blade mode and vice versa. c) Where the blade is securely fastened to the blade shaft by its reduced handle cum neck and sealed with a cup and locked with provision of a hole in the middle for facilitating easy rotation of the blade alone. d) Where the blade's varying orientation is achieved by the tilting lever mounted on the base plate, which starts rising from its initial point, till it reaches the blade shaft level gradually and then ends abruptly after covering halfway mark of its circular orbit with a steep fall. e) Where the blade guided by the semicircular glide rings tilting lever enables the tilting of the blade's orientation from blade to knife. f) Where the blade aided by the semicircular glide ring's steep and sudden fall changes its orientation from knife to blade. g) Where the blade direction stabilizer ensures the smooth rotation of the turbine without being disturbed by the changing wind, course and direction preventing the resultant wobbling. h) Where the semicircular glide ring likewise prevents the wobbling of the blade while it is in its knife mode of orbit.
A filtration device, comprising a housing, said housing having a sample reservoir, a filtrate chamber, and a pair of spaced membranes (12A, 12B) sealingly positioned between said sample reservoir and said filtrate chamber, wherein said device comprises a longitudinal centerline and wherein each said membrane (12A, 12B) is oriented at an angle of greater than about 0° and less than about 5° with respect to the longitudinal centerline such that the top of each said membrane (12A, 12B) is spaced from the longitudinal centerline a distance greater than the bottom of the membrane (12A, 12B), in particular at an angle of from about 1° to about 5° from the vertical centerline of said housing, wherein said housing further comprises a dead-stop volume chamber at the bottom of the sample holder volume, which dead-stop volume chamber defines a dead-stop volume where retentate sample is collected and can be recovered, and wherein said dead-stop volume chamber comprises a three dimensional discontinuity, which is a mound-shaped protrusion protruding out of the interior wall of said device, to help localize the dead-stop volume at the longitudinal centerline of the device and reduce variability of the dead-stop volume as the angle of orientation of the device in a centrifuge changes.
An apparatus comprising: means for determining usable subcarriers and guard subcarriers based on a configurable operating bandwidth for a wireless communication system, and characterised by: the bandwidth being configurable by use of variable guard bands, one on each of the two sides of the operating bandwidth, wherein the guard bands are varied by selecting different numbers of subcarriers; and wherein the guard bands comprise guard bands of unequal lengths; and means for performing processing for a transmission sent on the usable subcarriers. the bandwidth being configurable by use of variable guard bands, one on each of the two sides of the operating bandwidth, wherein the guard bands are varied by selecting different numbers of subcarriers; and wherein the guard bands comprise guard bands of unequal lengths; and means for performing processing for a transmission sent on the usable subcarriers.
Filtering device for equipping a supply pipe of a swimming-pool pump, wherein said filtering device comprises a rigid basket that includes a tubular envelope consisting in a grid having meshes, wherein said envelope is provided with an inner surface (5 a) and an outer surface (5 b), and includes a lateral opening for the entry of the water to be filtered into said basket, wherein said filtering device is characterized in that it includes a filtering pocket that has a tubular lateral wall, added in said basket opposite the inner surface (5 a) of its tubular envelope, wherein said filtering pocket, permeable to the liquids, has meshes whose dimensions are lower than the dimensions of the meshes of said basket tubular envelope, wherein said filtering pocket is provided with a lateral opening whose dimensions correspond, at least approximately, to the dimensions of said lateral opening of the basket tubular envelope, and in that said filtering device includes fastening means for, on the one hand, securing together said basket and said filtering pocket, and on the other hand, centering said lateral openings (13, 25) relative to each other in order to allow the entry of water into said filtering pocket by passage through said centred lateral openings (13, 25).
A method for supplying a lubricant or release agent from a dosing station to molding tools arranged in a pressing chamber of a tablet press via a feed pipe connecting the dosing station with the pressing chamber, wherein at least the pressing chamber of the tablet press is exposed to a negative pressure with respect to the surroundings, wherein a pressure measurement is performed in the feed pipe and/or the pressing chamber, wherein a shut-off valve arranged on the feed pipe between the dosing station and the pressing chamber is only opened, and is only maintained in the open position, if there is an enable signal due to the pressure measurement, characterized in that, during the pressure measurement, the pressure upstream of the shut-off valve and the pressing chamber pressure in the pressing chamber of the tablet press are measured, and there is only an enable signal if the pressure upstream of the shut-off valve is greater than the pressing chamber pressure by a given first limit pressure.
An industrial truck comprising a drive part and a load part, wherein the drive part comprises a driver's cab with a driver's seat and a battery with a unified battery body, the shape of which is formed of a first and a second base body (12, 14), wherein the base bodies (12, 14) each have a shape with a height and the base bodies arranged one next to the other differ in terms of their height, wherein the battery is arranged in the drive part such that the driver's seat is above the higher base body and the low base body provides leg room for a driver sitting on the driver's seat, wherein two weights are provided, the task of which is to put the center of gravity of the battery in the center axis, relative to the width of the battery.
A brush comprising: a tuft holder; a primary operation axis; a first row of tufts that comprises at least first and second tufts that extend from the tuft holder; a second row of tufts that comprises at least first and second tufts that extend from the tuft holder; wherein the first and second row of tufts are substantially parallel to the primary operation axis; wherein the first tuft of the first row and the first tuft of the second row form an X-shape when viewed from a position that is perpendicular to the primary operation axis; and, wherein the second tuft of the first row and the second tuft of the second row form an X-shape when viewed from a position that is perpendicular to the primary operation axis, the brush further comprising: a third row of tufts that: is substantially parallel to the primary operation axis; and, comprises at least first and second tufts; and, wherein each tuft in the third row: extends from the tuft holder; and, is angled at a right tuft angle within a first plane that is parallel to the primary operation axis and with respect to a second plane that is perpendicular to the first plane and parallel to the primary operation axis; wherein the right tuft angle is substantially 90 degrees. a tuft holder; a primary operation axis; a first row of tufts that comprises at least first and second tufts that extend from the tuft holder; a second row of tufts that comprises at least first and second tufts that extend from the tuft holder; wherein the first and second row of tufts are substantially parallel to the primary operation axis; wherein the first tuft of the first row and the first tuft of the second row form an X-shape when viewed from a position that is perpendicular to the primary operation axis; and, wherein the second tuft of the first row and the second tuft of the second row form an X-shape when viewed from a position that is perpendicular to the primary operation axis, the brush further comprising: a third row of tufts that: is substantially parallel to the primary operation axis; and, comprises at least first and second tufts; and, wherein each tuft in the third row: extends from the tuft holder; and, is angled at a right tuft angle within a first plane that is parallel to the primary operation axis and with respect to a second plane that is perpendicular to the first plane and parallel to the primary operation axis; wherein the right tuft angle is substantially 90 degrees. a third row of tufts that: is substantially parallel to the primary operation axis; and, comprises at least first and second tufts; and, wherein each tuft in the third row: extends from the tuft holder; and, is angled at a right tuft angle within a first plane that is parallel to the primary operation axis and with respect to a second plane that is perpendicular to the first plane and parallel to the primary operation axis; wherein the right tuft angle is substantially 90 degrees.
A signal deformation monitor for a Global Navigation Satellite System (GNSS) ground based augmentation station, the monitor comprising: a Code-Carrier Divergence monitor stage (132-1 to i) communicatively coupled to a plurality of GNSS reference receivers, wherein the CCD monitor stage (132-1 to i) inputs raw pseudorange code measurements and accumulated delta range carrier measurements from each of the plurality of GNSS reference receivers; and a Code-Carrier Divergence-High Pass Filer (CCD-HPF) monitor stage (134-1 to i) communicatively coupled to the CCD monitor stage(132-1 to i), wherein the CCD-HPF monitor stage (134-1 to i) processes each of a plurality of low-pass filtered divergence rate measurements, d 2 produced by the CCD monitor stage (132-1 to i) through a high-pass filter to calculate an averaged CCD-HPF monitor (134-1 to i) divergence rate, d 3_Average, that is averaged across the plurality of GNSS reference receivers from CCD-HPF divergence rate estimates, d 3, calculated for each of the plurality of GNSS reference receivers; wherein the divergence rate measurements are the rate of the difference between the measured raw pseudorange code measurements and accumulated delta range carrier measurements; wherein the signal deformation monitor outputs an exclusion signal associated with a GNSS satellite when the averaged CCD-HPF monitor divergence rate, d 3_Average exceeds an exclusion threshold. a Code-Carrier Divergence monitor stage (132-1 to i) communicatively coupled to a plurality of GNSS reference receivers, wherein the CCD monitor stage (132-1 to i) inputs raw pseudorange code measurements and accumulated delta range carrier measurements from each of the plurality of GNSS reference receivers; and a Code-Carrier Divergence-High Pass Filer (CCD-HPF) monitor stage (134-1 to i) communicatively coupled to the CCD monitor stage(132-1 to i), wherein the CCD-HPF monitor stage (134-1 to i) processes each of a plurality of low-pass filtered divergence rate measurements, d 2 produced by the CCD monitor stage (132-1 to i) through a high-pass filter to calculate an averaged CCD-HPF monitor (134-1 to i) divergence rate, d 3_Average, that is averaged across the plurality of GNSS reference receivers from CCD-HPF divergence rate estimates, d 3, calculated for each of the plurality of GNSS reference receivers; wherein the divergence rate measurements are the rate of the difference between the measured raw pseudorange code measurements and accumulated delta range carrier measurements; wherein the signal deformation monitor outputs an exclusion signal associated with a GNSS satellite when the averaged CCD-HPF monitor divergence rate, d 3_Average exceeds an exclusion threshold.
A device for recording data and data structures on a write-once storage medium, the data structures comprising space bit map and defect management structures, the device comprising - writing means (21,22,25) for recording the data and the data structures; - controlling means for generating the data structures and controlling the writing means; characterized in that the controlling means are adapted to include in the space bit map address pointers to indicate ranges of clusters that have been recorded, and to record the data structures at a predefined temporary location in a reserved area on the write-once storage medium and to finalize the write-once storage medium by recording the data structures at a predefined fixed location as defined for a rewritable storage medium. - writing means (21,22,25) for recording the data and the data structures; - controlling means for generating the data structures and controlling the writing means;
Method for determining a distribution of coding bits of a transition frame (321; 322), said method being implemented in a coder/decoder (100; 500) for coding/decoding a digital audio signal, the transition frame being preceded by a preceding predictively coded frame, the coding of the transition frame comprising transform coding and predictive coding of a single subframe of the transition frame, the method being characterized by the following steps: - assigning (402; 405) a bit rate for the predictive coding of the transition subframe, said bit rate being equal to the minimum between the bit rate of the transform coding of the transition frame and a first predetermined bit rate value; - determining (404; 408) a first number of bits allocated for the predictive coding of the transition subframe for said bit rate; and - calculating a second number of bits allocated for the transform coding of the transition frame on the basis of the first number of bits and of a number of bits available for the coding of the transition frame. - assigning (402; 405) a bit rate for the predictive coding of the transition subframe, said bit rate being equal to the minimum between the bit rate of the transform coding of the transition frame and a first predetermined bit rate value; - determining (404; 408) a first number of bits allocated for the predictive coding of the transition subframe for said bit rate; and - calculating a second number of bits allocated for the transform coding of the transition frame on the basis of the first number of bits and of a number of bits available for the coding of the transition frame.
A method, comprising: introducing molten metal into a receptacle, wherein introducing the molten metal into the receptacle comprises filling a mold, and wherein filling the mold comprises at least an initial phase and a steady-state phase; generating an alternating magnetic field proximate an upper surface of the molten metal; and directing metal oxide on the upper surface of the molten metal by generating the alternating magnetic field, wherein directing the metal oxide comprises inhibiting rollover of metal oxides by directing the metal oxide to migrate towards a center of the mold, wherein inhibiting rollover occurs during the steady-state phase; and wherein directing the metal oxide further comprises encouraging rollover of metal oxides by directing the metal oxide to migrate towards edges of the mold during the initial phase. introducing molten metal into a receptacle, wherein introducing the molten metal into the receptacle comprises filling a mold, and wherein filling the mold comprises at least an initial phase and a steady-state phase; generating an alternating magnetic field proximate an upper surface of the molten metal; and directing metal oxide on the upper surface of the molten metal by generating the alternating magnetic field, wherein directing the metal oxide comprises inhibiting rollover of metal oxides by directing the metal oxide to migrate towards a center of the mold, wherein inhibiting rollover occurs during the steady-state phase; and wherein directing the metal oxide further comprises encouraging rollover of metal oxides by directing the metal oxide to migrate towards edges of the mold during the initial phase.