mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle display device comprising: a display configured to display an image showing a plurality of vehicle operation functions; a knob electrically coupled to the display and configured to be laterally movable by a vehicle driver to select one of the plurality of vehicle operation functions displayed on the display; and a guide rail configured to provide a lateral movement path for the knob , the guide rail being divided into a plurality of functional areas respectively associated with the plurality of vehicle operation functions displayed on the display, characterized by a guide part including a plurality of first magnets having a first polarity, each first magnet being arranged at each of the functional areas of the guide rail , and a plurality of second magnets having a second polarity different from the first polarity of the first magnets , each second magnet being disposed near the first magnet , further characterized in that the first and second magnets are alternately arranged in a lengthwise direction of the guide rail , and the knob includes a magnetic body configured to contact the guide part and having the second polarity. a display configured to display an image showing a plurality of vehicle operation functions; a knob electrically coupled to the display and configured to be laterally movable by a vehicle driver to select one of the plurality of vehicle operation functions displayed on the display; and a guide rail configured to provide a lateral movement path for the knob , the guide rail being divided into a plurality of functional areas respectively associated with the plurality of vehicle operation functions displayed on the display, characterized by a guide part including a plurality of first magnets having a first polarity, each first magnet being arranged at each of the functional areas of the guide rail , and a plurality of second magnets having a second polarity different from the first polarity of the first magnets , each second magnet being disposed near the first magnet , further characterized in that the first and second magnets are alternately arranged in a lengthwise direction of the guide rail , and the knob includes a magnetic body configured to contact the guide part and having the second polarity.
An adjustment device for a disc brake , for adjusting the wear for brake pads, comprising a guide sleeve , in which a wrap spring is arranged, a groove ring , which encompasses the guide sleeve , wherein the groove ring is coupled to a closure cap via a torsion spring and an opening ring encompassing the groove ring , characterized in that the adjustment device has an intermediate ring for overcoming a play S between the guide sleeve and the wrap spring .
A portable drug delivery device comprising: - a device main portion, - a clip comprising a base portion mounted to a portion of the drug delivery device, and a flexible clip main portion with a free end, - a drug-filled cartridge or means for receiving a drug-filled cartridge, the cartridge comprising an axially displaceable piston and a distal outlet portion, - drug expelling means comprising: - dose setting means allowing a user to set the size of a dose of drug to be expelled, and - a piston rod adapted to move the piston of a cartridge in a distal direction to thereby expel drug from the cartridge, and - electronic circuitry comprising sensor means adapted to detect an event related to setting or expelling a dose of drug, and - a display adapted to display a dose-related value, characterized in that at least a portion of the display is arranged in the flexible clip main portion . - a device main portion, - a clip comprising a base portion mounted to a portion of the drug delivery device, and a flexible clip main portion with a free end, - a drug-filled cartridge or means for receiving a drug-filled cartridge, the cartridge comprising an axially displaceable piston and a distal outlet portion, - drug expelling means comprising: - dose setting means allowing a user to set the size of a dose of drug to be expelled, and - a piston rod adapted to move the piston of a cartridge in a distal direction to thereby expel drug from the cartridge, and - dose setting means allowing a user to set the size of a dose of drug to be expelled, and - a piston rod adapted to move the piston of a cartridge in a distal direction to thereby expel drug from the cartridge, and - electronic circuitry comprising sensor means adapted to detect an event related to setting or expelling a dose of drug, and - a display adapted to display a dose-related value, characterized in that at least a portion of the display is arranged in the flexible clip main portion .
An information processing apparatus comprising: a first obtaining means for obtaining data of a reference image indicating a target of printing output to be performed by a printing apparatus ; a second obtaining means for obtaining data of an image printed by the printing apparatus ; generation means for generating a local image density difference, which is a difference between the reference image and the printed image in corresponding pixel positions, wherein the generation means is further configured to generate a global image density difference, which is a difference between the reference image and the printed image in a corresponding pixel range, characterized in that the generation means is further configured to generate a corrected local image density difference by subtracting the global image density difference from the local image density difference; the generation means is further configured to set the smaller one of the local image density difference and the corrected image density difference as a pixel value; and the apparatus further comprises an evaluating means for evaluating quality of the printed image based on the pixel value set by the generation means . a first obtaining means for obtaining data of a reference image indicating a target of printing output to be performed by a printing apparatus ; a second obtaining means for obtaining data of an image printed by the printing apparatus ; generation means for generating a local image density difference, which is a difference between the reference image and the printed image in corresponding pixel positions, wherein the generation means is further configured to generate a global image density difference, which is a difference between the reference image and the printed image in a corresponding pixel range, characterized in that the generation means is further configured to generate a corrected local image density difference by subtracting the global image density difference from the local image density difference; the generation means is further configured to set the smaller one of the local image density difference and the corrected image density difference as a pixel value; and the apparatus further comprises an evaluating means for evaluating quality of the printed image based on the pixel value set by the generation means .
A method of manufacturing a self-lubricating ring for a fluid bearing, comprising the following steps: - providing an alloy substrate having a passive layer ; - at least partially removing the passive layer of said substrate, so as to obtain a depassivated surface ; - depositing an anchoring layer on the depassivated surface ; - depositing a self-lubricating coating on the anchoring layer , the coating comprising a porous layer having a metallurgical adherence with the substrate via the anchoring layer. - providing an alloy substrate having a passive layer ; - at least partially removing the passive layer of said substrate, so as to obtain a depassivated surface ; - depositing an anchoring layer on the depassivated surface ; - depositing a self-lubricating coating on the anchoring layer , the coating comprising a porous layer having a metallurgical adherence with the substrate via the anchoring layer.
- Tyre having a radial carcass reinforcement comprising a crown reinforcement , itself capped radially with a tread , said tread being joined to two beads via two sidewalls, the crown reinforcement comprising at least one layer of circumferential reinforcing elements , said tread comprising at least one layer of polymer compound forming a tread surface intended to come into contact with a road surface and form a contact surface, the thickness of the crown block at one shoulder end being greater than 35 mm, such thickness of the crown block at one shoulder end being defined by the length of the orthogonal projection of the shoulder end onto the radially innermost rubber compound layer of the tyre , characterized in that the thermal conductivity of said layer of polymer compound forming the tread surface is strictly less than 0.24 W/(m.K), and in that the ratio of the thickness of the crown block at one shoulder end to the width (L) of the tread is strictly less than 0.15.
Pack with opening protection, in particular childproof pack , having an outer pack and an inner pack , wherein the inner pack is at least partially received in the outer pack ; and wherein the inner pack for opening and closing the pack is disposed so as to be displaceable in the outer pack ; and wherein the outer pack has a cuboid design with six sides, and that the outer pack has a large-area front wall and a corresponding opposite rear wall , and that the outer pack has in each case one base wall and end wall which connect the front wall and the rear wall to one another, and that the outer pack has a narrow-side wall which connects the front wall , rear wall , end wall and base wall to one another; and wherein the pack as opening protection has at least one securing means to impede or prevent opening of the pack or accessing of the products disposed in the inner pack ; and wherein the at least one securing means is effective between the inner pack and the outer pack so as to impede or prevent any displacement of the inner pack in the outer pack for opening the pack ; and wherein the inner pack and the outer pack are assigned corresponding latching means as securing means, the latter being in mutual engagement in the case of a closed pack and being specified to be able to be disengaged by the consumer so as to open the pack ; wherein the pack is specified so that at least a plurality, preferably all, of the securing means have to be disengaged by the consumer in order to be able to open the pack ; wherein it is provided that securing means are disposed on opposite sides of the pack ; and wherein it is furthermore provided that securing means are disposed in mutually offset planes that run perpendicularly or parallel to a longitudinal central axis of the pack , and in that the outer pack is open on a narrow side in order to be able to slide the inner pack partially out of the outer pack and to gain access to the pack content , and that the narrow-side wall has an opening in order to be able to slide the inner pack , through the open opposite narrow side, partially out of the outer pack .
A method for controlling a system configured to change a power source from a medium voltage inverter connected through a first switch (K2) to a load , to a utility power connected through a second switch (K3) to the load, the method characterized by : lighting on a first lamp to notify that a preparation for the changing a power source is ready, by ascertaining that the medium voltage inverter is in a normal operation, the first switch (K2) is turned on and the second switch (K3) is turned off; receiving an input of a third switch to notify that a switching to a bypass mode is selected by a user and an input of a fourth switch to request to start a switching operation after lighting on the first lamp ; lighting on a second lamp to notify that a switching operation is under way after receiving the input of the third switch and the fourth switch and lighting off the first lamp ; synchronizing a current of the utility power with that of the load after lighting on the second lamp ; turning on the second switch (K3) and turning off the first switch (K2); and lighting on a third lamp to notify that the switching operation is completed after turning off the first switch (K2). lighting on a first lamp to notify that a preparation for the changing a power source is ready, by ascertaining that the medium voltage inverter is in a normal operation, the first switch (K2) is turned on and the second switch (K3) is turned off; receiving an input of a third switch to notify that a switching to a bypass mode is selected by a user and an input of a fourth switch to request to start a switching operation after lighting on the first lamp ; lighting on a second lamp to notify that a switching operation is under way after receiving the input of the third switch and the fourth switch and lighting off the first lamp ; synchronizing a current of the utility power with that of the load after lighting on the second lamp ; turning on the second switch (K3) and turning off the first switch (K2); and lighting on a third lamp to notify that the switching operation is completed after turning off the first switch (K2).
A device for magnetic stripe data transmission comprising: a coil (L1) to which current is supplied in a first direction and a second direction that is opposite to the first direction; a core configured to inducing a magnetic field when the current is supplied to the coil (L1); a power source configured to supplying the current to the coil (L1); driving circuits configured to intermittently supply a burst pulse or similar burst pulse current supplied from the power source to the coil (L1) in the first direction or the second direction; and a controller configured to output to the driving circuits a control signal for controlling the current to be supplied to the coil (L1) alternately in the first direction and the second direction, characterized in that the core comprises a first core that is made a material having a squareness ratio of 0.5 or more, having a coercivity value of 1000 to 10000 [A/m], and having a semi hard magnetic density having a saturated magnetic flux density value of 1 [T] or more. a coil (L1) to which current is supplied in a first direction and a second direction that is opposite to the first direction; a core configured to inducing a magnetic field when the current is supplied to the coil (L1); a power source configured to supplying the current to the coil (L1); driving circuits configured to intermittently supply a burst pulse or similar burst pulse current supplied from the power source to the coil (L1) in the first direction or the second direction; and a controller configured to output to the driving circuits a control signal for controlling the current to be supplied to the coil (L1) alternately in the first direction and the second direction, characterized in that the core comprises a first core that is made a material having a squareness ratio of 0.5 or more, having a coercivity value of 1000 to 10000 [A/m], and having a semi hard magnetic density having a saturated magnetic flux density value of 1 [T] or more.
A computer network , comprising: a first lower level switch ; a first upper level switch ; a second upper level switch ; a first passive optical splitter having a first port directly coupled to the first upper level switch, a second port directly coupled to the second upper level switch, a third port, and a fourth port; a second passive optical splitter having a first port directly coupled to the fourth port of the first passive optical splitter, a second port, a third port directly coupled to the first lower level switch, and a fourth port; and a first mirror coupled to the fourth port of the second passive optical splitter and configured to reflect an optical signal received from the second passive optical splitter to the first upper level switch and second upper level switch through the second passive optical splitter and the first passive optical splitter, where each of the first passive optical splitter and the second passive optical splitter is configured to transmit signals received at one of its first port and second port as output signals on both of its third port and fourth port, and transmit signals received at one of its third port and fourth port as output signals on both of its first port and second port. a first lower level switch ; a first upper level switch ; a second upper level switch ; a first passive optical splitter having a first port directly coupled to the first upper level switch, a second port directly coupled to the second upper level switch, a third port, and a fourth port; a second passive optical splitter having a first port directly coupled to the fourth port of the first passive optical splitter, a second port, a third port directly coupled to the first lower level switch, and a fourth port; and a first mirror coupled to the fourth port of the second passive optical splitter and configured to reflect an optical signal received from the second passive optical splitter to the first upper level switch and second upper level switch through the second passive optical splitter and the first passive optical splitter, where each of the first passive optical splitter and the second passive optical splitter is configured to transmit signals received at one of its first port and second port as output signals on both of its third port and fourth port, and transmit signals received at one of its third port and fourth port as output signals on both of its first port and second port.
A method for diagnosing residual life of a secondary battery module , the method comprising the steps of: acquiring charging information including current, voltage, and a charged state (SOC b , SOC c ) of a secondary battery module ; obtaining a present capacity (Q) and an internal resistance (DCR) of the secondary battery module from the charging information, calculating a deterioration level (SOH, SOHQ, SOHR) of the secondary battery module through comparing the capacity and the internal resistance (DCR) against their initial values, and specifying the deterioration value as an actual measurement value; acquiring output information of the secondary battery module ; calculating a predicted value of the deterioration level (SOH, SOHQ, SOHR) by a prediction formula, using the output information; the method being characterized in that it also comprises the steps of: comparing the actual measurement value and the predicted value; and calculating residual life, if a difference between the actual measurement value and the predicted value is equal to or less than a predetermined value, wherein, if the difference between the actual measurement value and the predicted value is more than the predetermined value, the method is to correct the prediction formula based on the actual measurement value and calculate the predicted value by the corrected prediction formula. acquiring charging information including current, voltage, and a charged state (SOC b , SOC c ) of a secondary battery module ; obtaining a present capacity (Q) and an internal resistance (DCR) of the secondary battery module from the charging information, calculating a deterioration level (SOH, SOHQ, SOHR) of the secondary battery module through comparing the capacity and the internal resistance (DCR) against their initial values, and specifying the deterioration value as an actual measurement value; acquiring output information of the secondary battery module ; calculating a predicted value of the deterioration level (SOH, SOHQ, SOHR) by a prediction formula, using the output information; the method being characterized in that it also comprises the steps of: comparing the actual measurement value and the predicted value; and calculating residual life, if a difference between the actual measurement value and the predicted value is equal to or less than a predetermined value, wherein, if the difference between the actual measurement value and the predicted value is more than the predetermined value, the method is to correct the prediction formula based on the actual measurement value and calculate the predicted value by the corrected prediction formula. comparing the actual measurement value and the predicted value; and calculating residual life, if a difference between the actual measurement value and the predicted value is equal to or less than a predetermined value, wherein, if the difference between the actual measurement value and the predicted value is more than the predetermined value, the method is to correct the prediction formula based on the actual measurement value and calculate the predicted value by the corrected prediction formula.
A compound of general formula (I): in which X represents CH or N; Y represents CR 3 or N; Z represents CH or N, wherein if X represents N, Y represents CR 3 and Z represents CH, and if X represents CH, Y represents N and Z represents CH, and if Z represents N, Y represents N, X represents CH and R 2 represents trifluoromethyl; R 1 represents C 3 -C 5 -hydroxyalkyl, wherein said C 3 -C 5 -hydroxyalkyl groups are optionally substituted one to three times with fluoro, or cyclopentyl substituted once with hydroxy, or tetrahydrothiophenyl substituted once with hydroxy; R 2 represents chloro, methyl, difluoromethyl, trifluoromethyl, methoxy or -NR 8 R 9 ; R 3 represents hydrogen; R 4 represents hydrogen, fluoro or chloro; R 5 represents hydrogen or fluoro; R 6 represents hydrogen or fluoro; R 8 and R 9 represent methyl; their polymorphs, enantiomeres, diastereomeres, racemates, tautomeres, N-oxides, hydrates and solvates, as well as their physiological acceptable salts and solvates of these salts, as well as mixtures of the same. X represents CH or N; Y represents CR 3 or N; Z represents CH or N, wherein if X represents N, Y represents CR 3 and Z represents CH, and if X represents CH, Y represents N and Z represents CH, and if Z represents N, Y represents N, X represents CH and R 2 represents trifluoromethyl; R 1 represents C 3 -C 5 -hydroxyalkyl, wherein said C 3 -C 5 -hydroxyalkyl groups are optionally substituted one to three times with fluoro, or cyclopentyl substituted once with hydroxy, or tetrahydrothiophenyl substituted once with hydroxy; R 2 represents chloro, methyl, difluoromethyl, trifluoromethyl, methoxy or -NR 8 R 9 ; R 3 represents hydrogen; R 4 represents hydrogen, fluoro or chloro; R 5 represents hydrogen or fluoro; R 6 represents hydrogen or fluoro; R 8 and R 9 represent methyl;