mhurhangee/ep-ind-claims huggingface dataset:
A bale opener for opening pressed fiber bales deployed in a setting direction on a floor comprising • a machine frame that - is arranged travelable in the setting direction; and - has a portal construction having a first side wall and having a second side wall; and • a removal unit that - has at least one removal roll; - is arranged vertically variably at the machine frame; and - is adapted to travel over the fiber bales on the traveling of the machine frame to remove fibers from the fiber bales by means of the at least one removal roll; • wherein the side walls (13, 14) are connected to one another by means of at least one portal section extending in a transverse direction transversely to the setting direction and in parallel with the floor, characterized in that • a respective collision sensor facing in one of the directions of movement of the machine frame is arranged at the first side wall and at the second side wall, with • the collision sensors being configured as reflection light sensors; and • a collision monitoring of the machine frame being able to be carried out by means of the collision sensors independently of the operating state of the removal rolls. • a machine frame that - is arranged travelable in the setting direction; and - has a portal construction having a first side wall and having a second side wall; and - is arranged travelable in the setting direction; and - has a portal construction having a first side wall and having a second side wall; and • a removal unit that - has at least one removal roll; - is arranged vertically variably at the machine frame; and - is adapted to travel over the fiber bales on the traveling of the machine frame to remove fibers from the fiber bales by means of the at least one removal roll; - has at least one removal roll; - is arranged vertically variably at the machine frame; and - is adapted to travel over the fiber bales on the traveling of the machine frame to remove fibers from the fiber bales by means of the at least one removal roll; • wherein the side walls (13, 14) are connected to one another by means of at least one portal section extending in a transverse direction transversely to the setting direction and in parallel with the floor, characterized in that • a respective collision sensor facing in one of the directions of movement of the machine frame is arranged at the first side wall and at the second side wall, with • the collision sensors being configured as reflection light sensors; and • a collision monitoring of the machine frame being able to be carried out by means of the collision sensors independently of the operating state of the removal rolls.
A genetically modified bacterial host cell that produces methyl ketones, wherein the genetically modified bacterial host cell overproduces β-ketoacyl-CoA compared to a host cell having an unmodified β-oxidation pathway and is genetically modified to overexpress FadM by transformation with a recombinant nucleic acid construct encoding a FadM enzyme that is capable of converting a β-ketoacyl-CoA to a β-keto acid, and wherein the genetically modified host cell: comprises a recombinant nucleic acid encoding an acyl-CoA oxidase capable of converting an acyl-CoA to a trans -2-enoyl-CoA; is modified by chromosomal deletion to have inhibited FadA expression, and comprises recombinant nucleic acid that expresses a FadB enzyme capable of converting a trans -2-enoyl-CoA to a β-hydroxyacyl-CoA and a β-hydroxyacyl-CoA to a β-ketoacyl-CoA; and further, wherein the genetically modified host cell overexpresses the FadM enzyme, the acyl-CoA oxidase and the FadB enzyme in comparison to an unmodified host cell. comprises a recombinant nucleic acid encoding an acyl-CoA oxidase capable of converting an acyl-CoA to a trans -2-enoyl-CoA; is modified by chromosomal deletion to have inhibited FadA expression, and comprises recombinant nucleic acid that expresses a FadB enzyme capable of converting a trans -2-enoyl-CoA to a β-hydroxyacyl-CoA and a β-hydroxyacyl-CoA to a β-ketoacyl-CoA; and further, wherein the genetically modified host cell overexpresses the FadM enzyme, the acyl-CoA oxidase and the FadB enzyme in comparison to an unmodified host cell.
A compound of Formula III, or a pharmaceutically acceptable salt thereof: wherein: R 1 is AryA which is: wherein K 1 and K 2 are each independently Br, Cl, or CN; R 2B is H, CH 3, CF 3, Cl, Br, F, or CN; R 2C is H, CH 3, CF 3, Cl, Br, F, or CN; R F is H; L is a bond or CH 2; M is CH 2; Z is and R 4 is H or NH 2. R 1 is AryA which is: wherein K 1 and K 2 are each independently Br, Cl, or CN; R 2B is H, CH 3, CF 3, Cl, Br, F, or CN; R 2C is H, CH 3, CF 3, Cl, Br, F, or CN; R F is H; L is a bond or CH 2; M is CH 2; Z is and R 4 is H or NH 2.
A handling device for transferring workpieces, comprising - a workpiece carrier designed to receive a plurality of workpieces, and - a rotatable workpiece-conveying apparatus designed to transfer the workpieces to a storage station, wherein the workpiece-conveying apparatus - is designed to receive workpieces in a first angular position from the workpiece carrier and to transfer them to the storage station in a second angular position, characterised in that the workpiece-conveying apparatus - comprises at least two feed elements (7, 8), wherein ∘ each feed element (7, 8) is linearly displaceable and the displacement axes of the feed elements (7, 8) intersect in the axis of rotation of the workpiece-conveying apparatus, ∘ a plurality of feed elements (7, 8) can be actuated simultaneously, ∘ each feed element (7, 8) is assigned a linear actuator (17, 18) that does not rotate with the workpiece-conveying apparatus, ∘ each feed element (7, 8) has two similar end pieces, wherein each end piece is suitable for direct interaction with a workpiece as well as for direct interaction with a linear actuator (17, 18). - a workpiece carrier designed to receive a plurality of workpieces, and - a rotatable workpiece-conveying apparatus designed to transfer the workpieces to a storage station, - is designed to receive workpieces in a first angular position from the workpiece carrier and to transfer them to the storage station in a second angular position, characterised in that the workpiece-conveying apparatus - comprises at least two feed elements (7, 8), wherein ∘ each feed element (7, 8) is linearly displaceable and the displacement axes of the feed elements (7, 8) intersect in the axis of rotation of the workpiece-conveying apparatus, ∘ a plurality of feed elements (7, 8) can be actuated simultaneously, ∘ each feed element (7, 8) is assigned a linear actuator (17, 18) that does not rotate with the workpiece-conveying apparatus, ∘ each feed element (7, 8) has two similar end pieces, wherein each end piece is suitable for direct interaction with a workpiece as well as for direct interaction with a linear actuator (17, 18). ∘ each feed element (7, 8) is linearly displaceable and the displacement axes of the feed elements (7, 8) intersect in the axis of rotation of the workpiece-conveying apparatus, ∘ a plurality of feed elements (7, 8) can be actuated simultaneously, ∘ each feed element (7, 8) is assigned a linear actuator (17, 18) that does not rotate with the workpiece-conveying apparatus, ∘ each feed element (7, 8) has two similar end pieces, wherein each end piece is suitable for direct interaction with a workpiece as well as for direct interaction with a linear actuator (17, 18).
A method for producing an SOI wafer by the hydrogen ion delamination method comprising at least a step of bonding a base wafer and a bond wafer having a micro bubble layer formed by gas ion implantation and a step of delaminating a wafer having an SOI layer at the micro bubble layer as a border, wherein, after the delamination step, the wafer having an SOI layer is subjected to a two-stage heat treatment in an atmosphere containing hydrogen or argon utilizing a rapid heating/rapid cooling apparatus and a batch processing type furnace, wherein the two-stage heat treatment is performed by subjecting the wafers to a heat treatment in the rapid heating/rapid cooling apparatus and then a heat treatment in the batch processing type furnace.
An image display apparatus comprising: a display; a memory configured to store instructions; and a processor (130, 181) configured to execute the instructions to: process a plurality of images taken at 360-degree to obtain a 360-degree image, control the display to display, as a main view, an image of a first area of the 360-degree image that corresponds to an angle of view determined according to a user input, detect at least one object in at least one area of the 360-degree image other than the first area using meta information corresponding to the 360-degree image, wherein the meta information comprises an object identifier for identifying an object, time information indicating one or more time points or one or more frames during which the object appears in the 360-degree image, and angle of view information indicating an angle of view in which the object appears in the 360-degree image, and control the display to display, as at least one sub-view, an image of a second area of the 360-degree image that corresponds to an angle of view of the at least one detected object. a display; a memory configured to store instructions; and a processor (130, 181) configured to execute the instructions to: process a plurality of images taken at 360-degree to obtain a 360-degree image, control the display to display, as a main view, an image of a first area of the 360-degree image that corresponds to an angle of view determined according to a user input, detect at least one object in at least one area of the 360-degree image other than the first area using meta information corresponding to the 360-degree image, wherein the meta information comprises an object identifier for identifying an object, time information indicating one or more time points or one or more frames during which the object appears in the 360-degree image, and angle of view information indicating an angle of view in which the object appears in the 360-degree image, and control the display to display, as at least one sub-view, an image of a second area of the 360-degree image that corresponds to an angle of view of the at least one detected object. process a plurality of images taken at 360-degree to obtain a 360-degree image, control the display to display, as a main view, an image of a first area of the 360-degree image that corresponds to an angle of view determined according to a user input, detect at least one object in at least one area of the 360-degree image other than the first area using meta information corresponding to the 360-degree image, wherein the meta information comprises an object identifier for identifying an object, time information indicating one or more time points or one or more frames during which the object appears in the 360-degree image, and angle of view information indicating an angle of view in which the object appears in the 360-degree image, and control the display to display, as at least one sub-view, an image of a second area of the 360-degree image that corresponds to an angle of view of the at least one detected object.
A method for a real time frequency analysis of vibration modes in a drill string, comprising: obtaining downhole by Fast Fourier Transform, vibration frequency and magnitude information of vibrations in the drill string and relaying the vibration frequency and magnitude information to a surface of a well; based on the obtained vibration frequencies and magnitude information, determining a downhole condition that is Bottom Hole Assembly vibration, a lateral shock vibration or a bit whirl vibration and differentiating among the Bottom Hole Assembly vibration, the lateral shock vibration and the bit whirl vibration, wherein the downhole condition comprises one of: the Bottom Hole Assembly vibration if the vibration frequencies comprise a dominant frequency that is not a multiple of a number of rotations per minute (RPMs) of the drill string; the lateral shock vibration if there are multiple frequencies with similar magnitude rather than one dominant frequency; or the bit whirl vibration if the vibration frequencies comprise a dominant vibration frequency that is a multiple of the number of rotations per minute (RPMs) of the drill string, wherein the vibration frequency is equal to the number of blades and cones on the bit, multiplied by the RPMs of the drill string. obtaining downhole by Fast Fourier Transform, vibration frequency and magnitude information of vibrations in the drill string and relaying the vibration frequency and magnitude information to a surface of a well; based on the obtained vibration frequencies and magnitude information, determining a downhole condition that is Bottom Hole Assembly vibration, a lateral shock vibration or a bit whirl vibration and differentiating among the Bottom Hole Assembly vibration, the lateral shock vibration and the bit whirl vibration, wherein the downhole condition comprises one of: the Bottom Hole Assembly vibration if the vibration frequencies comprise a dominant frequency that is not a multiple of a number of rotations per minute (RPMs) of the drill string; the lateral shock vibration if there are multiple frequencies with similar magnitude rather than one dominant frequency; or the bit whirl vibration if the vibration frequencies comprise a dominant vibration frequency that is a multiple of the number of rotations per minute (RPMs) of the drill string, wherein the vibration frequency is equal to the number of blades and cones on the bit, multiplied by the RPMs of the drill string. the Bottom Hole Assembly vibration if the vibration frequencies comprise a dominant frequency that is not a multiple of a number of rotations per minute (RPMs) of the drill string; the lateral shock vibration if there are multiple frequencies with similar magnitude rather than one dominant frequency; or the bit whirl vibration if the vibration frequencies comprise a dominant vibration frequency that is a multiple of the number of rotations per minute (RPMs) of the drill string, wherein the vibration frequency is equal to the number of blades and cones on the bit, multiplied by the RPMs of the drill string.
A method for producing a metallic formed hollow profile which is curved in three axis (X, Y, Z), in which a hollow metallic profile element with multiple chambers is formed by means of at least two tool elements (16, 17, 31, 32) of a tool group (11 to 13) which hold a cross section part of the hollow metallic profile element, on a given length of said hollow metallic profile element characterized in that more than two tool groups (11 to 13) each comprising two tool elements (16, 17, 31, 32) which are spaced from one another are provided, in that each of the tool groups (11 to 13) is fixed to the hollow metallic profile element with multiple chambers at least in regions in a forced based manner, wherein a region (42, 43) of the hollow metallic profile element with multiple chambers to be formed is freely arranged between the tool groups (11 to 13), and in that by moving the tool groups (11 to 13) along at least two space axis (X, Y, Z) linearly and/or in a rotatively manner about at least two space axis (X, Y, Z), the hollow metallic profile element with multiple chambers in the freely arranged region (42, 43) located between the tool groups (11 to 13) is formed at least partially.
An endoscope comprising: a handle housing at a first proximal end of the endoscope; an insertion tube extending from the handle housing and terminating in a tip part at a first distal end of the endoscope; a grasping tool arranged at the tip part; a tool operating member located on the handle housing; and a control element connecting the tool operating member and the grasping tool so as to move the grasping tool in response to actuation of the tool operating member; the grasping tool comprising a grasping head comprising first and second jaws that are configured to be shifted between a closed state and an open state by linear movement of the grasping tool; wherein each of the first and the second jaws (140, 142) comprises a connecting portion (144, 150) having a first thickness, an intermediate portion (146, 152) having a second thickness and a gripping portion (148, 154) having a third thickness; the second thickness being less than the third thickness, and wherein the first jaw and the second jaw are connected to each other and to the control element at the connecting portion (144, 150), and characterized in that the grasping head is manufactured from a single blank made from a suitable metal strip; and the intermediate portion (146, 152) comprises a tapering zone on an external surface of the intermediate portion (146, 152) of each jaw (140, 142), in which the thickness of each jaw (140, 142) transitions from the second thickness of the intermediate portion to the third thickness of the gripping portion. a handle housing at a first proximal end of the endoscope; an insertion tube extending from the handle housing and terminating in a tip part at a first distal end of the endoscope; a grasping tool arranged at the tip part; a tool operating member located on the handle housing; and a control element connecting the tool operating member and the grasping tool so as to move the grasping tool in response to actuation of the tool operating member; the grasping tool comprising a grasping head comprising first and second jaws that are configured to be shifted between a closed state and an open state by linear movement of the grasping tool; wherein each of the first and the second jaws (140, 142) comprises a connecting portion (144, 150) having a first thickness, an intermediate portion (146, 152) having a second thickness and a gripping portion (148, 154) having a third thickness; the second thickness being less than the third thickness, and wherein the first jaw and the second jaw are connected to each other and to the control element at the connecting portion (144, 150), and characterized in that the grasping head is manufactured from a single blank made from a suitable metal strip; and the intermediate portion (146, 152) comprises a tapering zone on an external surface of the intermediate portion (146, 152) of each jaw (140, 142), in which the thickness of each jaw (140, 142) transitions from the second thickness of the intermediate portion to the third thickness of the gripping portion.
A lateral stability system for a telescopic handler, whose telescopic boom is fitted with equipment suitable for lateral translation of a load, comprising a processing unit which includes at least a first enabling module, configured to enable or inhibit movements of said boom, according to one or more safety parameters; the system being characterised in that it comprises a first sensing means for determining the position of the load relative to a centre plane of said equipment, and which is connected to said processing unit, wherein a first safety parameter is a function of the value of an imbalance signal produced by said first sensing means.
A method of sawing at least one workpiece, consisting of a sheet or a sheet stack, using a sheet sizing system, wherein for the purpose of sawing the workpiece, lying on a support table of the sheet sizing system, is fed in a feed direction from a first work region, arranged upstream of a sawing line of the sheet sizing system viewed in the feed direction, of the support table to the sawing line and is by means of at least one sawing device of the sheet sizing system sawn along the sawing line into at least two workpiece parts and wherein at least one of the workpiece parts is transported past the sawing line into a second work region, arranged downstream of the sawing line of the sheet sizing system viewed in feed direction, of the support table, characterized in that the first work region and/or the second work region is/are bounded in a transverse direction oriented orthogonally to the feed direction by two stop rails (12, 13) located opposite one another and at least one of the workpiece parts is conveyed towards one of the stop rails (12, 13), while at least one other of the workpiece parts, contacting the other stop rail (12, 13), is sawn further at the sawing line.
Metal hollow fiber electrode, comprising aggregated copper particles forming an interconnected three-dimensional porous structure, wherein said metal comprises or is copper.
A method of conditioning current in a light engine, the method comprising: providing a pair of input terminals adapted to receive a periodic excitation voltage; receiving a current of equal magnitude and opposite polarity into each one of the pair of terminals, said current flowing in response to the excitation voltage; providing a plurality of light emitting diodes (LEDs) arranged in a first network, said first network arranged to conduct said current in response to the excitation voltage exceeding at least a forward threshold voltage associated with the first network; providing a plurality of LEDs arranged in a second network in series relationship with said first network; providing a bypass path in parallel with said second network and in series relationship with said first network; dynamically increasing an impedance of the bypass path as a smooth and continuous function of said current amplitude in response to said current amplitude increasing in a range above a threshold current value; permitting said current to flow through said first network and diverting said current away from said second network while a voltage drop across the bypass path is below a forward threshold voltage associated with the second network; and, smoothly and continuously transitioning all of said current from said bypass path to said second network in response to said current increasing in a smooth and continuous manner while the voltage drop across the bypass path exceeds a forward threshold voltage associated with the second network.
A tamping apparatus comprising: a cartridge having distal and proximal ends and a lumen extending between the proximal and distal ends, a sealant disposed within the cartridge lumen adjacent the cartridge distal end; wherein the tamping apparatus is an apparatus for tamping the sealant delivered via the cartridge into a puncture; a housing on the proximal end of the cartridge; a slider tube within the housing and coupled to the cartridge, the slider tube being slidable relative to the housing; an auto advance spring compressible between the slider tube and a proximal surface of the housing; a pusher tube disposed within the cartridge adjacent the sealant; and a tamping spring disposed within the slider tube and coupled between the pusher tube and a secondary pusher tube. a cartridge having distal and proximal ends and a lumen extending between the proximal and distal ends, a sealant disposed within the cartridge lumen adjacent the cartridge distal end; wherein the tamping apparatus is an apparatus for tamping the sealant delivered via the cartridge into a puncture; a housing on the proximal end of the cartridge; a slider tube within the housing and coupled to the cartridge, the slider tube being slidable relative to the housing; an auto advance spring compressible between the slider tube and a proximal surface of the housing; a pusher tube disposed within the cartridge adjacent the sealant; and a tamping spring disposed within the slider tube and coupled between the pusher tube and a secondary pusher tube.