mhurhangee/ep-ind-claims huggingface dataset:
A safety device configured to be mounted in a battery pack, wherein the battery pack comprises one or more battery modules, each of which comprises a plurality of unit modules electrically connected to each other, to interrupt a flow of electric current in the battery pack in an abnormal state of the battery pack, selected from overcharge, overdischarge, overcurrent, overvoltage or overheating, the safety device comprising: a safety device case provided with a connection terminal configured to be connected to a main cable of the battery pack; and a circuit breaker unit mounted into the safety device case from an outside of the battery pack in an insertion fashion such that the circuit breaker unit is electrically connected to the connection terminal in a state in which the circuit breaker unit is mounted in the safety device case and the circuit breaker unit is electrically disconnected from the connection terminal in a state in which the circuit breaker unit is separated from the safety device case, characterized in that the circuit breaker unit and the safety device case have corresponding rail structures such that the circuit breaker unit is mounted into the safety device case in a sliding fashion through the rail structures; wherein the circuit breaker unit comprises a circuit breaker mounted in a circuit breaker unit case configured to have a rectangular parallelepiped structure open at a top thereof to interrupt the flow of electric current in the battery pack when overcurrent flows in the battery pack or overvoltage is applied to the battery pack; and wherein the safety device case has a battery management system circuit board to monitor and control operation of the battery pack mounted therein. a safety device case provided with a connection terminal configured to be connected to a main cable of the battery pack; and a circuit breaker unit mounted into the safety device case from an outside of the battery pack in an insertion fashion such that the circuit breaker unit is electrically connected to the connection terminal in a state in which the circuit breaker unit is mounted in the safety device case and the circuit breaker unit is electrically disconnected from the connection terminal in a state in which the circuit breaker unit is separated from the safety device case, characterized in that the circuit breaker unit and the safety device case have corresponding rail structures such that the circuit breaker unit is mounted into the safety device case in a sliding fashion through the rail structures; wherein the circuit breaker unit comprises a circuit breaker mounted in a circuit breaker unit case configured to have a rectangular parallelepiped structure open at a top thereof to interrupt the flow of electric current in the battery pack when overcurrent flows in the battery pack or overvoltage is applied to the battery pack; and wherein the safety device case has a battery management system circuit board to monitor and control operation of the battery pack mounted therein.
Drive device for a vehicle, in particular industrial trucks or comparable vehicles, comprising at least one transmission case with at least one gear stage for driving at least one running wheel, a flange connection for a vehicle chassis attachment, and a flange connection for a drive motor, wherein the at least one gear stage consists of a planetary gear, a reduced planetary gear, an eccentric gearing, or a Wolfrom gear, characterized in that the drive motor is arranged at an angle of 15 to 25 degrees, preferably 20 to 23 degrees, particularly preferred 21 degrees, with respect to the vertical, and the flange connection is designed for a vehicle chassis attachment such that the transmission case is connected to the chassis of the vehicle via a flange suspension.
A composition for its use as a vaccine, based on at least one virus strain exhibiting a protein PZ with zinc finger pattern(s), comprising these viruses in an inactivated state, these viruses being entire and having an intact virus envelope after inactivation, characterized in that said zinc of said protein PZ has been ejected from said at least one protein PZ by an oxidation-reduction reaction with azodicarbonamide and in that said composition further comprises biurea formed from azodicarbonamide during the oxidation-reduction reaction, as well as possibly a remainder of unreacted azodicarbonamide.
Method for controlling an actuating device comprising an electromagnet and a control device, the electromagnet comprising a coil and a part that is movable relative to the coil between a first position and a second position, the control device comprising: - a supply member configured to supply the coil with an electric current, - a measuring member configured to measure at least one value of a measured quantity of the electric current, - a sampling member configured to acquire at least one sample of the value, and - a regulator capable of regulating the value of the measured quantity about a set-point value (Vc); the method comprising steps of: - supplying the electromagnet with the electric current, the measured quantity having a displacement value (Vd) capable of causing the displacement of the movable part from the first position to the second position, - displacing the movable part from the first position to the second position, - acquiring, with a sampling period (Pe), a sample of the measured value, - regulating the electric current about a set-point value (Vc), the set-point value (Vc) being greater than or equal to a maintenance value (Vm) capable of maintaining the movable part in the second position, - comparing each sample with a predetermined threshold which is strictly greater than the maintenance value (Vm), and - detecting an undesired displacement of the movable part if a single sample is greater than or equal to the threshold, in terms of absolute value, the method being characterised in that the step of regulating the electric current about a set-point value (Vc) is in accordance with a proportional-integral-derivative algorithm. - a supply member configured to supply the coil with an electric current, - a measuring member configured to measure at least one value of a measured quantity of the electric current, - a sampling member configured to acquire at least one sample of the value, and - a regulator capable of regulating the value of the measured quantity about a set-point value (Vc); - supplying the electromagnet with the electric current, the measured quantity having a displacement value (Vd) capable of causing the displacement of the movable part from the first position to the second position, - displacing the movable part from the first position to the second position, - acquiring, with a sampling period (Pe), a sample of the measured value, - regulating the electric current about a set-point value (Vc), the set-point value (Vc) being greater than or equal to a maintenance value (Vm) capable of maintaining the movable part in the second position, - comparing each sample with a predetermined threshold which is strictly greater than the maintenance value (Vm), and - detecting an undesired displacement of the movable part if a single sample is greater than or equal to the threshold, in terms of absolute value,
A closing system for closing a closing panel of a door or window, comprising: - a magnetic induction closing catch applicable on a first portion of a door or window and configured to retain a closing panel in a closing condition of the door or window, said magnetic induction closing catch comprising a catch adapted to be mounted on a first portion of said closing panel and comprising at least one permanent magnet, said magnetic induction closing catch comprising an armature adapted to be mounted on a first portion of said support frame and comprising at least one permanent magnet, wherein said first portion of said closing panel comprises a front wall of said closing panel and said first portion of said support frame is a portion of the support frame facing said front wall, wherein the front wall is the wall of thickness of the closing panel interposed between two main opposing faces of the closing panel; - mechanical locking means applicable on a second portion of the door or window for locking the closing panel in the closing condition of said door or window, said mechanical locking means comprising a lock body and a dead bolt adapted to be mounted on a second portion of said closing panel and a striking plate mountable on a second portion of said support frame, wherein said catch is housed in said lock body and wherein said armature is housed in said striking plate. - a magnetic induction closing catch applicable on a first portion of a door or window and configured to retain a closing panel in a closing condition of the door or window, said magnetic induction closing catch comprising a catch adapted to be mounted on a first portion of said closing panel and comprising at least one permanent magnet, said magnetic induction closing catch comprising an armature adapted to be mounted on a first portion of said support frame and comprising at least one permanent magnet, wherein said first portion of said closing panel comprises a front wall of said closing panel and said first portion of said support frame is a portion of the support frame facing said front wall, wherein the front wall is the wall of thickness of the closing panel interposed between two main opposing faces of the closing panel; - mechanical locking means applicable on a second portion of the door or window for locking the closing panel in the closing condition of said door or window, said mechanical locking means comprising a lock body and a dead bolt adapted to be mounted on a second portion of said closing panel and a striking plate mountable on a second portion of said support frame, wherein said catch is housed in said lock body and wherein said armature is housed in said striking plate. or window for locking the closing panel in the closing condition of said door or window, said mechanical locking means comprising a lock body and a dead bolt adapted to be mounted on a second portion of said closing panel and a striking plate mountable on a second portion of said support frame, wherein said catch is housed in said lock body and wherein said armature is housed in said striking plate.
A method performed by a media server having at least a computer readable storage medium arranged to store at least unencrypted media data, the method for partially encrypting the media data, wherein the media data is formed of frames, each of which is formed of a plurality of blocks, the method comprising: identifying a media file containing media data to be encrypted, the media data arranged in frames; identifying at least two frames by locating corresponding frame boundaries in the identified media file, wherein the at least two frames are different sizes; dividing each of the at least two frames into a corresponding plurality of equal-sized blocks and a remainder block containing a balance of the media data for a frame that cannot be placed in a full block, wherein the remainder block is not encrypted; retrieving encryption parameters for each of the plurality of equal-sized blocks, wherein the encryption parameters control a portion of a block that is to be encrypted; and partially encrypting each frame by encrypting only a portion (542; 604; 624, 628) of each of the plurality of equal-sized blocks for each frame in accordance with the corresponding encryption parameters, wherein at least an initial portion (602; 622) of each of the equal-sized blocks is unencrypted, wherein the initial portion provides an offset into the partially encrypted block such that an encrypted portion of each of the blocks begins internal to each of the equal-sized blocks at an end of the initial portion, and wherein at least two of the equal-sized blocks are encrypted with different encryption parameters. identifying a media file containing media data to be encrypted, the media data arranged in frames; identifying at least two frames by locating corresponding frame boundaries in the identified media file, wherein the at least two frames are different sizes; dividing each of the at least two frames into a corresponding plurality of equal-sized blocks and a remainder block containing a balance of the media data for a frame that cannot be placed in a full block, wherein the remainder block is not encrypted; retrieving encryption parameters for each of the plurality of equal-sized blocks, wherein the encryption parameters control a portion of a block that is to be encrypted; and partially encrypting each frame by encrypting only a portion (542; 604; 624, 628) of each of the plurality of equal-sized blocks for each frame in accordance with the corresponding encryption parameters, wherein at least an initial portion (602; 622) of each of the equal-sized blocks is unencrypted, wherein the initial portion provides an offset into the partially encrypted block such that an encrypted portion of each of the blocks begins internal to each of the equal-sized blocks at an end of the initial portion, and wherein at least two of the equal-sized blocks are encrypted with different encryption parameters.
A grinding roller for vertical axis crushers produced by foundry casting of a metal matrix, said roller comprising a plurality of reinforcing inserts on its periphery, whereof some portions of the peripheral surface of a same insert are located at a distance d1 or d2 from the work surface based on wear stresses, said roller comprising: - at least one zone experiencing high wear stress Z1, with at least one portion of the insert positioned at a distance d1 near the work surface of said roller; - a zone with low wear stress Z2, with a portion of the insert positioned at a distance d2 set back relative to said work surface of said roller with d1 < d2. - at least one zone experiencing high wear stress Z1, with at least one portion of the insert positioned at a distance d1 near the work surface of said roller; - a zone with low wear stress Z2, with a portion of the insert positioned at a distance d2 set back relative to said work surface of said roller with d1 < d2.
Compound of the formula or a pharmaceutically acceptable salt, a racemic mixture, a corresponding enantiomer or, if applicable, a corresponding diastereomer thereof, wherein: X is either NH or O, R 11, R 12 and R 13 are independently selected from the group consisting of hydrogen, fluoro, chloro, trifluoromethyl, methyl and difluoromethoxy, A is selected from the group consisting of a residue of formula,,,,, or (VIII) wherein, "*" denotes the point of attachment to the remainder of the molecule, and R 2, R 3, R 4, R 5, R 2 I, R 3 I, R 4 I, R 5 I, R 2 II, R 3 II, R 4 II, R 5 II, R 2 III, R 3 III, R 4 III, R 5 III, R 2 IV, R 3 IV, R 4 IV, R 5 IV, R 2 V, R 3 V, R 4 V, R 5 V, R 2 VI, R 3 VI, R 4 VI and R 5 VI are independently selected from the group consisting of hydrogen, a linear or branched alkyl having 1 to 3 carbon atoms, fluoro, chloro, bromo, methoxy, ethoxy, propoxy, trifluoromethyl, 2,2,2-trifluoroethyl and difluoromethoxy and in residue of formula R 6 is selected from the group consisting of hydrogen, a linear or branched alkyl having 1 to 3 carbon atoms, trifluoromethyl, and 2,2,2-trifluoroethyl. X is either NH or O, R 11, R 12 and R 13 are independently selected from the group consisting of hydrogen, fluoro, chloro, trifluoromethyl, methyl and difluoromethoxy, A is selected from the group consisting of a residue of formula,,,,, or (VIII) wherein, "*" denotes the point of attachment to the remainder of the molecule, and R 2, R 3, R 4, R 5, R 2 I, R 3 I, R 4 I, R 5 I, R 2 II, R 3 II, R 4 II, R 5 II, R 2 III, R 3 III, R 4 III, R 5 III, R 2 IV, R 3 IV, R 4 IV, R 5 IV, R 2 V, R 3 V, R 4 V, R 5 V, R 2 VI, R 3 VI, R 4 VI and R 5 VI are independently selected from the group consisting of hydrogen, a linear or branched alkyl having 1 to 3 carbon atoms, fluoro, chloro, bromo, methoxy, ethoxy, propoxy, trifluoromethyl, 2,2,2-trifluoroethyl and difluoromethoxy and in residue of formula R 6 is selected from the group consisting of hydrogen, a linear or branched alkyl having 1 to 3 carbon atoms, trifluoromethyl, and 2,2,2-trifluoroethyl.
A laser processing method comprising the steps of: irradiating an object to be processed comprising a silicon substrate having a front face and a rear face, and a laminate part disposed on the front face of the silicon substrate with pulse laser light while positioning a light-converging point within the silicon substrate, the pulse laser light incident so as to form a molten processed region only within the silicon substrate, and causing the molten processed region to form a starting point region, located within the silicon substrate a predetermined distance from a laser light incident face of the object, for cutting the object; extending the starting point region for cutting within the object along a dicing line along which the object should be cut by relatively moving the laser light along the dicing line so as to move the light converging point of the laser light along the dicing line and forming the molten processed region along the dicing line; wherein a fracture generated in a thickness direction of the object grows naturally from the starting point region so as to reach the front face and rear face of the silicon substrate the method further comprising cutting the silicon substrate and the laminate part along the dicing line with the starting point region for cutting acting as the starting point whereby the object is cut. irradiating an object to be processed comprising a silicon substrate having a front face and a rear face, and a laminate part disposed on the front face of the silicon substrate with pulse laser light while positioning a light-converging point within the silicon substrate, the pulse laser light incident so as to form a molten processed region only within the silicon substrate, and causing the molten processed region to form a starting point region, located within the silicon substrate a predetermined distance from a laser light incident face of the object, for cutting the object; extending the starting point region for cutting within the object along a dicing line along which the object should be cut by relatively moving the laser light along the dicing line so as to move the light converging point of the laser light along the dicing line and forming the molten processed region along the dicing line; wherein a fracture generated in a thickness direction of the object grows naturally from the starting point region so as to reach the front face and rear face of the silicon substrate the method further comprising cutting the silicon substrate and the laminate part along the dicing line with the starting point region for cutting acting as the starting point whereby the object is cut.
A tone curve derivation method implementable by a processing device, the method comprising: obtaining a first reference image of a scene using a first camera; obtaining a second reference image of the same scene using a second camera; scaling the first and second reference images to a common size if the first and second reference images have different sizes; pairing values of each pixel in the first reference image to values of corresponding pixels in the second reference image; generating a tone curve based on the pairings; associating the tone curve with camera information associated with the first camera; and storing the predetermined tone curve and associated camera information on a processing device for use in processing a RAW image. obtaining a first reference image of a scene using a first camera; obtaining a second reference image of the same scene using a second camera; scaling the first and second reference images to a common size if the first and second reference images have different sizes; pairing values of each pixel in the first reference image to values of corresponding pixels in the second reference image; generating a tone curve based on the pairings;
Method for manufacturing a plurality of individual spouted pouch containers, wherein each spouted pouch comprises walls (3,3') made of sheet material and a spout fitment sealed to one of the walls, the walls being sealed along their peripheral edges to form a pouch cavity, the method comprising the steps of: arranging an elongated upper strip and an elongated lower strip of wall sheet material with their inner sides (63A,65A) on top of each other, the upper and lower strips intended to form side walls of the pouch containers;characterized by folding at least one longitudinal edge of the upper strip away from the lower strip to expose both an inner side portion of the folded longitudinal edge of the upper strip and an inner side portion of the lower strip; arranging at least one spouted elongated cover strip on top of the exposed inner side portion of the upper strip and the exposed inner side portion of the lower strip, wherein the spout fitments of the at least one spouted elongated cover strip have been sealed to the upper side of the elongated cover strip and extend in upward direction relative to the spouted elongated cover strip, the spouted elongated cover strip intended to form spouted top walls of the plurality of pouch containers; sealing edges of the lower and upper strips intended to form side walls to each other and to the at least one spouted elongated cover strip to form the pouch cavity. arranging an elongated upper strip and an elongated lower strip of wall sheet material with their inner sides (63A,65A) on top of each other, the upper and lower strips intended to form side walls of the pouch containers;characterized by folding at least one longitudinal edge of the upper strip away from the lower strip to expose both an inner side portion of the folded longitudinal edge of the upper strip and an inner side portion of the lower strip; arranging at least one spouted elongated cover strip on top of the exposed inner side portion of the upper strip and the exposed inner side portion of the lower strip, wherein the spout fitments of the at least one spouted elongated cover strip have been sealed to the upper side of the elongated cover strip and extend in upward direction relative to the spouted elongated cover strip, the spouted elongated cover strip intended to form spouted top walls of the plurality of pouch containers; sealing edges of the lower and upper strips intended to form side walls to each other and to the at least one spouted elongated cover strip to form the pouch cavity.