mhurhangee/ep-ind-claims huggingface dataset:
Device for trimming rolling stock in a rolling mill, comprising trimming shears (1, 2) for trimming the edges of the rolling stock and a trimmings cutter, which is arranged behind the trimming shears (1, 2), for dividing up the separated trimmings, in which a trimmings press for pressing the separated trimmings and a trimmings winder for winding up the separated trimmings is or are arranged behind the trimmings cutter, characterised in that the trimmings cutter is movable out of the trimmings path so that the device is operable merely with the trimmings press.
Method for controlling an electric battery charger connected to a single-phase AC electricity grid, said battery charger comprising a power factor correction stage having a Vienna rectifier formed of three bridge arms (1, 2, 3) each extending between two output terminals (H, L), each bridge arm (1, 2, 3) being associated with a controlled high-side switch (Sah, Sbh, Sch) and a controlled low-side switch (Sal, Sbl, Scl) that are connected in opposition to one another, said method comprising a step of achieving a voltage to be produced (V ac), a step of determining duty cycles suitable for slaving the sinusoidal currents at the input of the charger and a step of applying said duty cycles; characterized in that said step of applying the duty cycles comprises: - a step of selecting a first arm for applying the duty cycles and a second arm for applying the duty cycles from among the three Vienna rectifier bridge arms; and - during one and the same electrical period of said electricity grid, applying the duty cycles: o using one application arm (A, C) from among the two application arms (A, C) when the current (i a, i c) is lower, in terms of absolute value, than a threshold value; and o jointly using the two application arms (A, C) when the current (i a, i c) is greater, in terms of absolute value, than said threshold value. - a step of selecting a first arm for applying the duty cycles and a second arm for applying the duty cycles from among the three Vienna rectifier bridge arms; and - during one and the same electrical period of said electricity grid, applying the duty cycles: o using one application arm (A, C) from among the two application arms (A, C) when the current (i a, i c) is lower, in terms of absolute value, than a threshold value; and o jointly using the two application arms (A, C) when the current (i a, i c) is greater, in terms of absolute value, than said threshold value. o using one application arm (A, C) from among the two application arms (A, C) when the current (i a, i c) is lower, in terms of absolute value, than a threshold value; and o jointly using the two application arms (A, C) when the current (i a, i c) is greater, in terms of absolute value, than said threshold value.
Vehicle seat protective cover comprising a) a front sheet, b) a rear sheet and c) an upper pocket and/or a lower pocket being formed by the front sheet and the rear sheet, d) the front sheet and the rear sheet being connected to each other by foldings or weldings in the region of their edges and e) the vehicle seat protective cover being at least partially manufactured from a plastic sheet and/or a non-woven material, characterised in that f) the front sheet and/or the rear sheet comprises a recess having a closed edge or a perforation for a recess having a closed edge, the recess being limited by a strap which is formed integrally by the front sheet and/or the rear sheet and which can be passed around or along a protrusion of the vehicle seat when extending on a lateral side of the vehicle seat for fixing the vehicle seat protective cover on the vehicle seat, and g) the recess having a closed edge ga) is embodied as a cutting so that material regions of the vehicle seat protective cover limiting the recess directly adjoin each other, gb) is a kind of cut-out so that the material regions delimiting the recess at least in a subsection of the recess do not directly adjoin each other but have a distance from each other or gc) is formed by a perforation so that the recess having the closed edge is exposed when severing the perforation. a) a front sheet, b) a rear sheet and c) an upper pocket and/or a lower pocket being formed by the front sheet and the rear sheet, d) the front sheet and the rear sheet being connected to each other by foldings or weldings in the region of their edges and e) the vehicle seat protective cover being at least partially manufactured from a plastic sheet and/or a non-woven material, f) the front sheet and/or the rear sheet comprises a recess having a closed edge or a perforation for a recess having a closed edge, the recess being limited by a strap which is formed integrally by the front sheet and/or the rear sheet and which can be passed around or along a protrusion of the vehicle seat when extending on a lateral side of the vehicle seat for fixing the vehicle seat protective cover on the vehicle seat, and g) the recess having a closed edge ga) is embodied as a cutting so that material regions of the vehicle seat protective cover limiting the recess directly adjoin each other, gb) is a kind of cut-out so that the material regions delimiting the recess at least in a subsection of the recess do not directly adjoin each other but have a distance from each other or gc) is formed by a perforation so that the recess having the closed edge is exposed when severing the perforation. ga) is embodied as a cutting so that material regions of the vehicle seat protective cover limiting the recess directly adjoin each other, gb) is a kind of cut-out so that the material regions delimiting the recess at least in a subsection of the recess do not directly adjoin each other but have a distance from each other or gc) is formed by a perforation so that the recess having the closed edge is exposed when severing the perforation.
A method for simulating an obstacle in an unmanned simulation scene, comprising: obtaining (101, 403) obstacle information to be added to a three-dimensional scene map, the obstacle information comprising an initial motion trajectory sequence of a simulated obstacle; determining (102, 404, 506) Gaussian distribution information of obstacle position detected by using a perception algorithm to be tested based on actual perception performance of the perception algorithm, the Gaussian distribution information comprising a preset expectation value and a preset variance value of a Gaussian distribution; adjusting (103, 405, 507) the initial motion trajectory sequence based on the Gaussian distribution to obtain a target motion trajectory sequence of the simulated obstacle, wherein for each position point in the target motion trajectory sequence, a position deviation between the position point in the target motion trajectory sequence and a corresponding position point in the initial motion trajectory sequence follows the Gaussian distribution; adding (104, 406, 509) the target motion trajectory sequence of the simulated obstacle to the three-dimensional scene map; and adjusting the driving of a vehicle based on the target motion trajectory sequence of the simulated obstacle. obtaining (101, 403) obstacle information to be added to a three-dimensional scene map, the obstacle information comprising an initial motion trajectory sequence of a simulated obstacle; determining (102, 404, 506) Gaussian distribution information of obstacle position detected by using a perception algorithm to be tested based on actual perception performance of the perception algorithm, the Gaussian distribution information comprising a preset expectation value and a preset variance value of a Gaussian distribution; adjusting (103, 405, 507) the initial motion trajectory sequence based on the Gaussian distribution to obtain a target motion trajectory sequence of the simulated obstacle, wherein for each position point in the target motion trajectory sequence, a position deviation between the position point in the target motion trajectory sequence and a corresponding position point in the initial motion trajectory sequence follows the Gaussian distribution; adding (104, 406, 509) the target motion trajectory sequence of the simulated obstacle to the three-dimensional scene map; and adjusting the driving of a vehicle based on the target motion trajectory sequence of the simulated obstacle.
An oral care composition comprising (i) a peroxide whitening agent comprising a whitening complex of crosslinked polyvinylpyrrolidone complexed with hydrogen peroxide, (ii) sodium acid pyrophosphate (Na 2 H 2 P 2 O 7) in an amount of from 0.05 wt % to 5 wt % based on the weight of the composition, and (iii) less than 3 wt % water based on the weight of the composition.
A drive chain system (22, 24) having first and second drive chains (52; 62), the drive chain system (22, 24) comprising: first and second drive chains (52; 62) driving an object, the first and second drive chains (52; 62) each including a plurality of links arranged in a continuous loop, the first drive chain having first chain first measurement values for plurality of links and total chain length and the second drive chain having second chain first measurement values for plurality of links and total chain length, wherein the first and second drive chains (52; 62) have different first measurement values and wherein the first and second drive chains (52; 62) are configured to run at different speeds having a first speed ratio; characterized in: a chain elongation measurement system for counting the plurality of links of the first and second drive chains (52; 62) and for determining total chain length to determine first and second chain elongated measurements; a speed controller for controlling the speed of at least one of the first and second drive chains (52; 62) based on the first and second chain elongated measurements to adjust the speed ratio of the first and second drive chains (52; 62) from a first speed ratio to a second elongated speed ratio. a chain elongation measurement system for counting the plurality of links of the first and second drive chains (52; 62) and for determining total chain length to determine first and second chain elongated measurements; a speed controller for controlling the speed of at least one of the first and second drive chains (52; 62) based on the first and second chain elongated measurements to adjust the speed ratio of the first and second drive chains (52; 62) from a first speed ratio to a second elongated speed ratio.
A heat alarm unit comprising: a housing defining a chamber and an opening in fluid communication with the chamber, wherein the opening is centered to a central axis; a shuttle outwardly and axially biased and extending through the opening; a touch pad axially spaced from and engaged to the shuttle, wherein the touch pad is visually exposed through the housing for pressing by user to perform a heat alarm test; a heat sensor element disposed axially between the touch pad and the shuttle, wherein the heat sensor element is centered to the central axis; and an electrical heat sensor lead electrically connected to the heat sensor element and attached to the shuttle, wherein the electrical heat sensor lead provides the structural positioning of the heat sensor element; wherein the shuttle includes a base portion and a collet configured to snap fit axially into the base portion, the electrical heat sensor lead rigidly attached to the collet; and wherein the base portion functions as a thermal barrier, or heat shield, between the chamber and an outside environment. a housing defining a chamber and an opening in fluid communication with the chamber, wherein the opening is centered to a central axis; a shuttle outwardly and axially biased and extending through the opening; a touch pad axially spaced from and engaged to the shuttle, wherein the touch pad is visually exposed through the housing for pressing by user to perform a heat alarm test; a heat sensor element disposed axially between the touch pad and the shuttle, wherein the heat sensor element is centered to the central axis; and an electrical heat sensor lead electrically connected to the heat sensor element and attached to the shuttle, wherein the electrical heat sensor lead provides the structural positioning of the heat sensor element; wherein the shuttle includes a base portion and a collet configured to snap fit axially into the base portion, the electrical heat sensor lead rigidly attached to the collet; and wherein the base portion functions as a thermal barrier, or heat shield, between the chamber and an outside environment.
Agricultural machine, of the type carried by a tractor from which it receives motion via a cardan shaft which kinematically connects a power take-off of the tractor with a corresponding coupling provided on an operational head of said machine, said agricultural machine being provided with a connection structure provided with connection elements (11, 12, 13) for a three-point hitch (31, 32, 33) of the tractor; between said connecting structure and said head being arranged and acting articulation means which are hinged at least at one hinge point (63, 64) to said structure and at least at one hinge point (65, 66) to said head, characterized in that said hinge point (63, 64) of said articulation means to said connecting structure is arranged aligned or internal with respect to the connections (11, 12) for the attachments of the lift arms of the three-point hitch 2), i.e. said hinge point (63, 64) is arranged aligned or backward with respect to said connection elements (11, 12) when the machine is supported at the front by a tractor and is arranged aligned or forward with respect to said connection elements (11, 12) when the machine is supported at the rear by a tractor. acting articulation means which are hinged at least at one hinge point (63, 64) to said structure and at least at one hinge point (65, 66) to said head, characterized in that said hinge point (63, 64) of said articulation means to said connecting structure is arranged aligned or internal with respect to the connections (11, 12) for the attachments of the lift arms of the three-point hitch 2), i.e. said hinge point (63, 64) is arranged aligned or backward with respect to said connection elements (11, 12) when the machine is supported at the front by a tractor and is arranged aligned or forward with respect to said connection elements (11, 12) when the machine is supported at the rear by a tractor.
A method comprising: accessing a first picture and a second picture, the first picture corresponding to a first view of a multi-view video and the second picture corresponding to a second view of the multi-view video, wherein a common object or region appears shifted from the first view to the second view; arranging, at a pixel level, the first picture and the second picture into a single picture such that corresponding pixels for the common object or region in the first and second views are tiled next to each other; generating an indication indicating that the second picture is shifted from the first picture by a number of pixels in at least one of a horizontal and vertical directions; wherein the indication further indicates the number of pixels by which the second picture is shifted from the first picture; and encoding the single picture and the indication to form a bitstream. accessing a first picture and a second picture, the first picture corresponding to a first view of a multi-view video and the second picture corresponding to a second view of the multi-view video, wherein a common object or region appears shifted from the first view to the second view; arranging, at a pixel level, the first picture and the second picture into a single picture such that corresponding pixels for the common object or region in the first and second views are tiled next to each other; generating an indication indicating that the second picture is shifted from the first picture by a number of pixels in at least one of a horizontal and vertical directions; wherein the indication further indicates the number of pixels by which the second picture is shifted from the first picture; and encoding the single picture and the indication to form a bitstream.
Apparatus designed for determining and/or monitoring at least a level (F, F o, F u) of at least one medium (2, 3) in a vessel according to a time-of-flight measurement method and/or a capacitance measurement method using at least one measuring probe, said apparatus comprising - a capacitance measuring circuit, which generates a low-frequency measuring signal (M NF) on the measuring probe and in this way determines the capacitance or a reactance, - a time domain reflectometer measuring circuit, which generates a high-frequency electromagnetic measuring signal (M HF), transmits a transmission signal (S, S T) via the measuring probe, receives a reflection signal (R, R T) as an echo and, on the basis of the difference in time between the transmission of the transmission signal (S T) and the reception of the reflection signal (S R), a time-of-flight, or even an echo curve that depends on the time-of-flight, is determined and - a control/evaluation unit, which controls the two measuring circuits (7, 8) and which determines the level (F, F O, F u) from the calculated capacitance, the calculated reactance, the calculated time-of-flight and/or the determined echo curve that depends on the time-of-flight characterized in that a diplexer is provided which routes the low-frequency measuring signal (S NF) and the high-frequency electromagnetic measuring signal (S HF) to the measuring probe and which causes the separation of the high-frequency electromagnetic measuring signal (S HF) to the first signal path of the time domain reflectometer measuring circuit and of the low-frequency measuring signal (S NF) to the second signal path of the capacitance measuring circuit, and in that the diplexer consists at least of a high-pass filter adapted to the high-frequency electromagnetic measuring signal (S HF) and a low-pass filter adapted to the low-frequency measuring signal (S NF). - a capacitance measuring circuit, which generates a low-frequency measuring signal (M NF) on the measuring probe and in this way determines the capacitance or a reactance, - a time domain reflectometer measuring circuit, which generates a high-frequency electromagnetic measuring signal (M HF), transmits a transmission signal (S, S T) via the measuring probe, receives a reflection signal (R, R T) as an echo and, on the basis of the difference in time between the transmission of the transmission signal (S T) and the reception of the reflection signal (S R), a time-of-flight, or even an echo curve that depends on the time-of-flight, is determined and - a control/evaluation unit, which controls the two measuring circuits (7, 8) and which determines the level (F, F O, F u) from the calculated capacitance, the calculated reactance, the calculated time-of-flight and/or the determined echo curve that depends on the time-of-flight
A polypeptide comprising an amino acid sequence at least 85% identical over its entire length to SEQ ID NO: 1 or 2 and having a cytochrome P450 activity characterised in that the polypeptide is capable of oxidizing at least one terpene compound selected from mono- or polycyclic monoterpenes and sesquiterpenes.
A method for displaying of a display apparatus, the method comprising: in response to a first command being input, photographing a user and generating first recognition information; associating the first recognition information with information on a screen displayed when the first command is input and storing the associated information in the display apparatus; in response to a second command being input, photographing a user and generating second recognition information; and comparing the first recognition information and the second recognition information and determining whether to display content based on a result of the comparison. in response to a first command being input, photographing a user and generating first recognition information; associating the first recognition information with information on a screen displayed when the first command is input and storing the associated information in the display apparatus; in response to a second command being input, photographing a user and generating second recognition information; and comparing the first recognition information and the second recognition information and determining whether to display content based on a result of the comparison.
A solar thermal power plant comprising:- a tower; a plurality of heliostats surrounding the tower and forming a heliostat field; a solar radiation receiver mounted on the tower to receive solar radiation reflected by the heliostat field; a power generation circuit including a steam turbine for driving an electrical generator to produce electrical power, water circulating through the solar radiation receiver being capable of being heated directly by solar radiation reflected onto the solar radiation receiver by the heliostat field to generate superheated steam to drive the steam turbine; an energy storage circuit including a thermal energy storage fluid and a heat exchanger for receiving a proportion of superheated steam diverted from the power generation circuit and for transferring heat from the diverted superheated steam to the thermal energy storage fluid; characterised in that the heat exchanger is operable to cool the diverted superheated steam to a temperature above its saturation temperature so that the steam exits the heat exchanger in its superheated state. a tower; a plurality of heliostats surrounding the tower and forming a heliostat field; a solar radiation receiver mounted on the tower to receive solar radiation reflected by the heliostat field; a power generation circuit including a steam turbine for driving an electrical generator to produce electrical power, water circulating through the solar radiation receiver being capable of being heated directly by solar radiation reflected onto the solar radiation receiver by the heliostat field to generate superheated steam to drive the steam turbine; an energy storage circuit including a thermal energy storage fluid and a heat exchanger for receiving a proportion of superheated steam diverted from the power generation circuit and for transferring heat from the diverted superheated steam to the thermal energy storage fluid; characterised in that the heat exchanger is operable to cool the diverted superheated steam to a temperature above its saturation temperature so that the steam exits the heat exchanger in its superheated state.
Missile, characterised in that it is provided with a balancing device comprising two balancing rings (4A, 4B) intended to be mounted on the missile, each of said balancing rings (4A, 4B) comprising a ballast (5A, 5B) which is located on the corresponding balancing ring (4A, 4B), each of said balancing rings (4A, 4B) being able to be rotationally driven and to be secured in a given angular position, and in that the balancing rings (4A, 4B) of said balancing device are mounted on said missile coaxially with a longitudinal axis (L - L) of said missile, so as to be able to be rotationally driven about this longitudinal axis (L-L).