mhurhangee/ep-ind-claims huggingface dataset:
A robotic carton unloader for unloading a carton pile resting on a floor, comprising: a mobile body movable across the floor on more than one wheels; a conveyor system mounted on the mobile body to convey unloaded cartons thereon; and a robotic arm assembly comprising a manipulator head attached to a front end of the upper arm assembly, the manipulator head engages at least one carton at a time from a carton pile resting on the floor for movement to the conveyor system; a built-in jacking apparatus extendable from the mobile body to the floor to raise the mobile body a distance sufficient to raise at least one of the more than one wheels away from contacting the floor, wherein the more than one wheels comprise a steerable wheel, and wherein the built-in jacking apparatus comprises a lower end having a skid surface or a rolling surface, characterised in that the built-in jacking apparatus further comprises an actuating mechanism independent of power from the robotic carton unloader to raise the mobile body for pulling the robotic carton unloader backward in an unpowered state. a conveyor system mounted on the mobile body to convey unloaded cartons thereon; and a robotic arm assembly comprising a manipulator head attached to a front end of the upper arm assembly, the manipulator head engages at least one carton at a time from a carton pile resting on the floor for movement to the conveyor system; a built-in jacking apparatus extendable from the mobile body to the floor to raise the mobile body a distance sufficient to raise at least one of the more than one wheels away from contacting the floor, wherein the more than one wheels comprise a steerable wheel, and wherein the built-in jacking apparatus comprises a lower end having a skid surface or a rolling surface, characterised in that the built-in jacking apparatus further comprises an actuating mechanism independent of power from the robotic carton unloader to raise the mobile body for pulling the robotic carton unloader backward in an unpowered state.
An integrated circuit, comprising: an embedded core, containing inputs and outputs, for processing digital signals; logic, operably connected to the embedded core; and a plurality of characterization cells (32, 36), operably connected to the logic and the embedded core, wherein at least one characterization cell (32, 36) within the plurality of characterization cells (32, 36) comprises: a functional boundary flip-flop having an input operatively connected to receive functional data and having an output that outputs the functional data; and a shift flip-flop, having a data input operatively connected to the output of the functional boundary flip-flop and having a shift data input connected to a previous characterization cell (32, 36). an embedded core, containing inputs and outputs, for processing digital signals; logic, operably connected to the embedded core; and a plurality of characterization cells (32, 36), operably connected to the logic and the embedded core, wherein at least one characterization cell (32, 36) within the plurality of characterization cells (32, 36) comprises: a functional boundary flip-flop having an input operatively connected to receive functional data and having an output that outputs the functional data; and a shift flip-flop, having a data input operatively connected to the output of the functional boundary flip-flop and having a shift data input connected to a previous characterization cell (32, 36). a functional boundary flip-flop having an input operatively connected to receive functional data and having an output that outputs the functional data; and a shift flip-flop, having a data input operatively connected to the output of the functional boundary flip-flop and having a shift data input connected to a previous characterization cell (32, 36).
A system for heating, picking, and placing a component of an assembly, the system comprising: a magnetic core having a component engagement surface configured to magnetically and thermally engage the component of the assembly; an inductive coil wound about the magnetic core; and a controller that provides a DC signal and an AC signal to the inductive coil, the DC signal inducing a magnetic field within the magnetic core, thereby magnetically attracting the component when engaged with the component engagement surface, the AC signal inductively heating the magnetic core, thereby heating the component when engaged with the component engagement surface, characterized in that the magnetic core has a vacuum aperture along a length of the magnetic core between the component engagement surface and another surface, the system further comprising: a vacuum component extractor configured to provide vacuum within the vacuum aperture, thereby providing vacuum coupling of the component when engaged with the component engagement surface. a magnetic core having a component engagement surface configured to magnetically and thermally engage the component of the assembly; an inductive coil wound about the magnetic core; and a controller that provides a DC signal and an AC signal to the inductive coil, the DC signal inducing a magnetic field within the magnetic core, thereby magnetically attracting the component when engaged with the component engagement surface, the AC signal inductively heating the magnetic core, thereby heating the component when engaged with the component engagement surface, characterized in that the magnetic core has a vacuum aperture along a length of the magnetic core between the component engagement surface and another surface, the system further comprising: a vacuum component extractor configured to provide vacuum within the vacuum aperture, thereby providing vacuum coupling of the component when engaged with the component engagement surface.
A drive assist apparatus comprising: acquisition means configured to acquire space availability information that indicates whether each of a plurality of parking spaces in a parking lot is an occupied space or a vacant space; and setting means configured to set at least one of a speed of a vehicle that moves in the parking lot and a moving route of the vehicle based on the space availability information; wherein the setting means is configured to: acquire an occupied space count based on the space availability information, the occupied space count being the number of the occupied spaces among a plurality of parking spaces which exist within a predetermined range from the vehicle moving in a passage space; set a speed of the vehicle when the occupied space count is a first value as a speed lower than a speed of the vehicle when the occupied space count is a second value smaller than the first value; and wherein the setting means is configured to: acquire a first occupied space count among a first parking space group and a second occupied space count among a second parking space group, the first parking space group including a plurality of parking spaces that adjoin the passage space on one side in a vehicle width direction, the second parking space group including a plurality of parking spaces that adjoin the passage space on the other side in the width direction; and set, when the first occupied space count is smaller than the second occupied space count, the moving route such that the vehicle moves in part of the passage space which is closer to the first parking space group than to the second parking space group. acquisition means configured to acquire space availability information that indicates whether each of a plurality of parking spaces in a parking lot is an occupied space or a vacant space; and setting means configured to set at least one of a speed of a vehicle that moves in the parking lot and a moving route of the vehicle based on the space availability information; acquire an occupied space count based on the space availability information, the occupied space count being the number of the occupied spaces among a plurality of parking spaces which exist within a predetermined range from the vehicle moving in a passage space; set a speed of the vehicle when the occupied space count is a first value as a speed lower than a speed of the vehicle when the occupied space count is a second value smaller than the first value; and acquire a first occupied space count among a first parking space group and a second occupied space count among a second parking space group, the first parking space group including a plurality of parking spaces that adjoin the passage space on one side in a vehicle width direction, the second parking space group including a plurality of parking spaces that adjoin the passage space on the other side in the width direction; and set, when the first occupied space count is smaller than the second occupied space count, the moving route such that the vehicle moves in part of the passage space which is closer to the first parking space group than to the second parking space group.
A method for manufacturing a cooling element to be used in connection with a metallurgical furnace or the like, in which method - there is arranged a frame element that is mainly made of copper and provided with water cooling channels, - in the frame element, there are provided fastening elements for connecting refractory bricks to the frame element, and - the refractory bricks are connected to the frame element by using the fastening elements, - wherein the fastening elements are at least partly composed of elongate fastening strips made of steel, and - wherein the elongate fastening steel strips are fastened to the frame element so that the elongate fastening steel strips together form in between them an open interspace, which is narrowed in a direction pointed away from the bottom of the open interspace formed by a surface of the frame element, characterized in that the elongate fastening steel strips are fastened to the frame element so that two elongate fastening steel strips together form in between them an open interspace, which has an elongated form and configured to receive a plurality of refractory brics, in that in the open interspace, there are arranged such refractory bricks that the refractory bricks together form a uniform structure, which is located essentially completely in the open interspace, the measures and shape of said structure at least partly corresponding to the measures and shape of the open interspace, in that to the frame element there is fastened at least one elongate fastening steel strip, the cross-sectional area of which expands in a direction pointed away from the bottom of the open interspace, so that the open interspace created between two elongate fastening steel strips is narrowed in a direction pointed away from the bottom of the open interspace formed by the surface of the frame element, and in that the the elongate fastening steel strips are fastened to the frame element by means of dovetail type joints. - there is arranged a frame element that is mainly made of copper and provided with water cooling channels, - in the frame element, there are provided fastening elements for connecting refractory bricks to the frame element, and - the refractory bricks are connected to the frame element by using the fastening elements, - wherein the fastening elements are at least partly composed of elongate fastening strips made of steel, and - wherein the elongate fastening steel strips are fastened to the frame element so that the elongate fastening steel strips together form in between them an open interspace, which is narrowed in a direction pointed away from the bottom of the open interspace formed by a surface of the frame element,
A tooling adapted for brazing a set of metal parts, in particular a composite panel, in an enclosure of a brazing furnace, the tooling comprising at least a first mold member and a second mold member adapted to clamp together, at the brazing temperature, all the parts, the first and second mold members (21, 22) comprising at least one bearing means (41, 42) forming a mold against which the set of parts is placed under stresses at said brazing temperature, the first and second mold members (21, 22) comprising respectively a first material and a second material: - the first material having a coefficient of expansion greater than that of the material of the set of parts; and - the second material having a coefficient of expansion less than that of the material of the set of parts; the first and second materials (51, 52) being adapted so that their expansion, at least at the brazing temperature, ensures the stressing of the set of parts between the bearing means (41, 42) of the first and second mold members (21, 22), the tooling being characterized in that the bearing means of the first mold member is maintained by first tie rods formed by the first material and the bearing means of the second mold member is maintained by second tie rods formed by the second material, in that the first mold member comprises two bearing members each fixed to opposite ends of the associated first tie rods and the second mold member comprises two bearing means each fixed to opposite ends of the associated second tie rods, the second mold member delimiting an inner space inside which the first mold member is placed so that each of the bearing means of the first mold member is facing one of the bearing means of the second mold member, and in that the first and second bearing means (41, 42) are disposed vertically so that the set of metal parts is clamped, at the brazing temperature, vertically. - the first material having a coefficient of expansion greater than that of the material of the set of parts; and - the second material having a coefficient of expansion less than that of the material of the set of parts;
A non-return valve designed as an initial filling valve for an oil filter module with - a passage for conducting a fluid, - a moveably mounted valve body engaging in the passage, which by lying against a valve seat closes off the passage, - a compression spring that is mechanically connected to the valve body for preloading the valve body in its closing position, - an elastic lock for locking the valve body in its open position in such a manner that the lock supports the valve body against the compression spring when the lock is spread and the compression spring compressed, characterized in that the valve body the compression spring and the lock are configured so that the compression spring is incompletely compressed when the lock supports the valve body, so that the lock detaches from the valve body when the compression spring is further compressed. - a passage for conducting a fluid, - a moveably mounted valve body engaging in the passage, which by lying against a valve seat closes off the passage, - a compression spring that is mechanically connected to the valve body for preloading the valve body in its closing position, - an elastic lock for locking the valve body in its open position in such a manner that the lock supports the valve body against the compression spring when the lock is spread and the compression spring compressed,
A method of physical foaming a footwear component, the method comprising: temperature conditioning a mold to a temperature from about15 degrees Celsius to about 90 degrees Celsius; applying a gas counter pressure to a cavity of the mold; injecting a single-phase solution of a polymeric composition and a supercritical fluid into the cavity of the mold; releasing the gas counter pressure from the cavity of the mold; and removing the footwear component from the cavity of the mold, the method further comprising temperature conditioning the mold at a temperature conditioning rack after injecting the single-phase solution and prior to removing the footwear component from the cavity of the mold.
A dental mirror, having a mirror surface, wherein the mirror surface has a hole for reaching through a surgical instrument, wherein the hole is connected to the mirror surface outer edge via a gap and wherein the gap opens into a concave recess (14, 14a, 14b, 16), characterised in that the mirror surface has two concave recesses (14, 14a, 14b, 16) and that the hole has flattened or rounded edges at the back of the mirror surface, enhancing a tilting option of the mirror along the axis of the reaching-through surgical instrument.
An engine device comprising: an exhaust gas purification device including a first case communicating with an exhaust manifold of an engine and internally including a first exhaust gas purification body for removing a carbon compound and a second case communicating with an exhaust outlet of the first case and internally including a second exhaust gas purification body for removing a nitrogen compound, wherein the first and second cases (28, 29) are arranged above the engine in an L-shape to respectively extend along two side surfaces of the engine, the two side surfaces being adjacent to each other, and the second case is disposed below the first case, and characterized in that the first case and the second case are connected to each other via a urea mixing tube in a position in which the first case and the second case overlap each other in a top-bottom direction in a plan view. an exhaust gas purification device including a first case communicating with an exhaust manifold of an engine and internally including a first exhaust gas purification body for removing a carbon compound and a second case communicating with an exhaust outlet of the first case and internally including a second exhaust gas purification body for removing a nitrogen compound, wherein a first case communicating with an exhaust manifold of an engine and internally including a first exhaust gas purification body for removing a carbon compound and a second case communicating with an exhaust outlet of the first case and internally including a second exhaust gas purification body for removing a nitrogen compound, wherein the first and second cases (28, 29) are arranged above the engine in an L-shape to respectively extend along two side surfaces of the engine, the two side surfaces being adjacent to each other, and the second case is disposed below the first case, and characterized in that the first case and the second case are connected to each other via a urea mixing tube in a position in which the first case and the second case overlap each other in a top-bottom direction in a plan view.
A drive train comprising an internal combustion engine with a crankshaft and a spur gearing having at least one transmission input shaft which can be coupled to the crankshaft by means of a friction clutch, wherein a clutch disc integrated into a housing of the friction clutch is connected in a rotationally locking manner with the at least one transmission input shaft, and a centrifugal pendulum which is arranged and directly received on the at least one transmission input shaft at an axial distance from the clutch disc, wherein the internal combustion engine has a flywheel, and the centrifugal pendulum is housed in the space between the flywheel and the friction clutch, characterised in that the centrifugal pendulum is arranged outside the housing of the friction clutch.
A method for processing stereoscopic video data from a video data source, said stereoscopic video data comprising a sequence of successive image frames representing alternating left and right images, the method comprising: receiving an image frame (F i) from said video data source; applying a brightness modification function on the image frame; compensating the cross-talk in the image frame (F i) by subtracting a first ghost image (E i-1), which is due to cross-talk from a preceding image frame (F i-1) into the current image frame (F i), and by adding a second ghost image (E i), which is due to cross-talk from the current image frame (F i) into a subsequent image frame (F i+1), wherein the brightness modification function includes a selective increase of low brightness values and/or a selective attenuation of high brightness values by respective offset or attenuation values (OFFSET, ATTENUATION) so as to avoid negative brightness values and/or brightness values higher than a maximum brightness. receiving an image frame (F i) from said video data source; applying a brightness modification function on the image frame; compensating the cross-talk in the image frame (F i) by subtracting a first ghost image (E i-1), which is due to cross-talk from a preceding image frame (F i-1) into the current image frame (F i), and by adding a second ghost image (E i), which is due to cross-talk from the current image frame (F i) into a subsequent image frame (F i+1), wherein the brightness modification function includes a selective increase of low brightness values and/or a selective attenuation of high brightness values by respective offset or attenuation values (OFFSET, ATTENUATION) so as to avoid negative brightness values and/or brightness values higher than a maximum brightness.
A temperature calibrator for calibrating temperature sensors, wherein the temperature calibrator comprises - at least one calibration volume, in which the temperature sensors to be calibrated can be inserted, - at least one temperature control unit, which is in thermal contact with the calibration volume via one or several thermally conductive bodies, - at least one temperature sensor, which is in thermal contact with said calibration volume, - and at least one electrical control unit, which is electrically connected with the at least one temperature control unit and the at least one temperature sensor, characterized in that - the temperature calibrator further comprises at least one magnetocaloric material, whose magnetocaloric effect provides a temperature swing of more than 1 Kelvin per 1 Tesla of induced magnetic strength and that - the temperature calibrator comprises at least one magnetic field generating device. - at least one calibration volume, in which the temperature sensors to be calibrated can be inserted, - at least one temperature control unit, which is in thermal contact with the calibration volume via one or several thermally conductive bodies, - at least one temperature sensor, which is in thermal contact with said calibration volume, - and at least one electrical control unit, which is electrically connected with the at least one temperature control unit and the at least one temperature sensor, - the temperature calibrator further comprises at least one magnetocaloric material, whose magnetocaloric effect provides a temperature swing of more than 1 Kelvin per 1 Tesla of induced magnetic strength and that - the temperature calibrator comprises at least one magnetic field generating device.