mhurhangee/ep-ind-claims huggingface dataset:
An MDO thermoresistant heat-shrinkable film consisting of a copolymer polyester resin having a number average molecular weight of 18,000 g/mol or more, which is formed by copolymerization of an acid component comprising terephthalic acid and a diol component, and has a structure wherein an acid moiety derived from the acid component and a diol moiety derived from the diol component are repeated, wherein the diol component comprises isosorbide, 1,4-cyclohexanedimethanol, and diethylene glycol, a content ratio of isosorbide and 1,4-cyclohexanedimethanol (CHDM) (ISB/CHDM) is 0.1 to 2.5, a content of the 1,4-cyclohexanedimethanol is 20 mol% to 60 mol% of the total diol component, and a content of diethylene glycol is 0.1 mol% to 15 mol%, and wherein the number average molecular weight of the copolymer polyester resin is obtained by calculating the number average of a molecular weight distribution, which is measured as indicated in the description. wherein the diol component comprises isosorbide, 1,4-cyclohexanedimethanol, and diethylene glycol, a content ratio of isosorbide and 1,4-cyclohexanedimethanol (CHDM) (ISB/CHDM) is 0.1 to 2.5, a content of the 1,4-cyclohexanedimethanol is 20 mol% to 60 mol% of the total diol component, and a content of diethylene glycol is 0.1 mol% to 15 mol%, and wherein the number average molecular weight of the copolymer polyester resin is obtained by calculating the number average of a molecular weight distribution, which is measured as indicated in the description.
A flavour composition comprising a flavour co-ingredient and a compound of formula and/or edible salts thereof, wherein R 1 is selected from C 6 -C 20 alkyl, and C 9 -C 25 alkenyl, and i) R 3 and R 4 are hydrogen and R 2 the residue of a proteinogenic amino acid; ii) R 2 and R 3 are methyl and R 4 is hydrogen; or R 4 is hydrogen and R 2 and R 3 form together with the carbon atom to which they are attached cyclopropyl; or iii) R 2 is hydrogen, and R 3 and R 4 together are - CH 2 - CH 2 - CH 2 -; and wherein the compound of formula is selected from 2-amino-4-(methylthio)-N-octadecylbutanamide and 1-amino-N-octadecylcyclopropanecarboxamide. i) R 3 and R 4 are hydrogen and R 2 the residue of a proteinogenic amino acid; ii) R 2 and R 3 are methyl and R 4 is hydrogen; or R 4 is hydrogen and R 2 and R 3 form together with the carbon atom to which they are attached cyclopropyl; or iii) R 2 is hydrogen, and R 3 and R 4 together are - CH 2 - CH 2 - CH 2 -; and
An azeotrope-like composition comprising, preferably consisting essentially of, from about 99.7 to about 85 mole percent 1-chloro-3,3,3-trifluoropropene, and from about 0.3 to about 15 mole percent of 1,1-dichloro-2,2,2-trifluoraethane.
Planetary transmission, comprising a planetary carrier, at least three planetary gears which are mounted on planet journals, an internal gear and a sun gear, the planetary carrier having bores (2, 3, 4) which are arranged on a common hole circle (k) with regular centre points which are distributed uniformly over the circumference for receiving the planet journals, characterized in that at least one bore is configured as an eccentric bore, the eccentric centre point of which is arranged offset in the radial and/or tangential direction with respect to the regular centre point, in such a way that jamming in the tooth engagement between the planets and the sun gear and/or the internal gear is produced by way of the eccentric arrangement of the at least one bore, a planet journal and the planet which is mounted on the latter, the at least one eccentric bore having a greater diameter than the remaining bores (2, 3, 4), and/or is configured as a slot, the planet journal which is arranged in the at least one eccentric bore (5, 5a, 5b) being mounted in an elastic and/or damping manner, the planet journal being supported via elastically deformable rings (7a, 7b, 9) with respect to the eccentric bore (5, 5a, 5b).
Mirror pyramid with an axis of rotation for a laser scanner, during operation of which a transmission beam hits the rotating mirror pyramid at a non-normal angle to the axis of rotation, which mirror pyramid has pyramid faces that are inclined, each at a respective predetermined inclination (α i) relative to the axis of rotation, and respectively form a mirror facet (7 i), wherein at least two mirror facets (7 i) have different inclinations (α i), wherein the mirror pyramid is configured in such a manner that, during operation of the laser scanner, the hit point of the transmission beam from the laser transmitter on the mirror pyramid sweeps over an equally large arc angle (δ i) on each mirror facet (7 i) when viewed in a direction of the axis of rotation, wherein the mirror pyramid has at least four mirror facets (7 i), characterized in that from all sequences (P k) of mirror facets (7 i) around the axis of rotation obtainable by permutation that sequence (P opt) is chosen in which a minimal dispersion (S min) of the receiving areas (AR i) of all mirror facets (7 i) is obtained, wherein the receiving area (AR i) of a mirror facet (7 i) is considered as its area projected in the direction of a transmission beam reflected therefrom, the hit point of which lies in the centre of said arc angle (δ i). which mirror pyramid has pyramid faces that are inclined, each at a respective predetermined inclination (α i) relative to the axis of rotation, and respectively form a mirror facet (7 i), wherein at least two mirror facets (7 i) have different inclinations (α i), wherein the mirror pyramid is configured in such a manner that, during operation of the laser scanner, the hit point of the transmission beam from the laser transmitter on the mirror pyramid sweeps over an equally large arc angle (δ i) on each mirror facet (7 i) when viewed in a direction of the axis of rotation, wherein the mirror pyramid has at least four mirror facets (7 i), characterized in that from all sequences (P k) of mirror facets (7 i) around the axis of rotation obtainable by permutation that sequence (P opt) is chosen in which a minimal dispersion (S min) of the receiving areas (AR i) of all mirror facets (7 i) is obtained, wherein the receiving area (AR i) of a mirror facet (7 i) is considered as its area projected in the direction of a transmission beam reflected therefrom, the hit point of which lies in the centre of said arc angle (δ i).
A cartridge (4, 4K) that is mountable to a liquid ejection apparatus, wherein the liquid ejection apparatus comprises a pressurizing mechanism configured to supply a pressurized fluid and a liquid ejection assembly configured to eject a liquid, the cartridge (4, 4K) comprising: a liquid container that is at least partly made of a flexible material and is configured to contain the liquid therein; a liquid outflow portion that is configured to flow out the liquid contained in the liquid container toward the liquid ejection apparatus; a recess that is configured to be open toward a mounting direction of the cartridge (4, 4K) to the liquid ejection apparatus; and a fluid receiving portion (957, 958, 959) that is placed inside of the recess and is configured to receive supply of the pressurized fluid, the fluid receiving portion (957, 958, 959) being surrounded by walls (93, 94, 95, 96), the walls forming the recess; wherein the liquid outflow portion is placed in a flow port placing hole. a liquid container that is at least partly made of a flexible material and is configured to contain the liquid therein; a liquid outflow portion that is configured to flow out the liquid contained in the liquid container toward the liquid ejection apparatus; a recess that is configured to be open toward a mounting direction of the cartridge (4, 4K) to the liquid ejection apparatus; and a fluid receiving portion (957, 958, 959) that is placed inside of the recess and is configured to receive supply of the pressurized fluid, the fluid receiving portion (957, 958, 959) being surrounded by walls (93, 94, 95, 96), the walls forming the recess; wherein the liquid outflow portion is placed in a flow port placing hole.
A method, performed by a client device, comprising: determining to send a query to a network access node, wherein the network access node is shared by a plurality of serving networks, each serving network including at least one connectivity access network, each serving network identified with a serving network identifier; selecting a first serving network identifier to associate with the query, wherein the first serving network identifier provides the identity of a first server of a connectivity access network to which the query is to be forwarded; and sending the query to the network access node, wherein the query includes the first serving network identifier to direct the query to the first server. determining to send a query to a network access node, wherein the network access node is shared by a plurality of serving networks, each serving network including at least one connectivity access network, each serving network identified with a serving network identifier; selecting a first serving network identifier to associate with the query, wherein the first serving network identifier provides the identity of a first server of a connectivity access network to which the query is to be forwarded; and sending the query to the network access node, wherein the query includes the first serving network identifier to direct the query to the first server.
A package of smoking articles comprising: - a front wall; - a rear wall opposite the front wall; - a bottom connected to the front wall and to the rear wall; - two side walls opposite one another and both connected to the front wall, to the rear wall and to the bottom; and - at least a first support wall comprising a first group of seats for receiving, each one, a smoking article and arranged in proximity to the front wall so as to be transversal to the front wall and to the rear wall; characterised in that each side wall comprises: a first portion, proximal to the front wall; a second portion, proximal to the rear wall; a folding line, arranged between the first portion and the second portion so as to allow the folding of the first portion on the second portion, or vice versa, causing the mutual distancing and approach of the front wall and of the rear wall. - a front wall; - a rear wall opposite the front wall; - a bottom connected to the front wall and to the rear wall; - two side walls opposite one another and both connected to the front wall, to the rear wall and to the bottom; and - at least a first support wall comprising a first group of seats for receiving, each one, a smoking article and arranged in proximity to the front wall so as to be transversal to the front wall and to the rear wall;
A method of controlling a plurality of gas consumers (20, 21), the method comprising at least the steps of: assigning priorities to the gas consumers (20, 21), and activating or deactivating the gas consumers (20, 21) as a function of the priorities assigned, activating or deactivating the gas consumers (20, 21) as a function of a specifiable maximum value for a gas consumption, deactivating an activated gas consumer (20, 21) when a setpoint value to be reached by the activated gas consumer (20, 21) has been reached, after deactivating a gas consumer (20, 21), activating a gas consumer (20, 21) that has a lower priority than the deactivated gas consumer (20, 21), characterized in that the setpoint value is monitored, and in that in the event that a change in the setpoint value has been detected and a gas consumer (20, 21) having a lower priority than the deactivated gas consumer (20, 21) is activated, either the deactivated gas consumer (20, 21) is activated after the activated gas consumer (20, 21) has been deactivated after reaching a setpoint value to be reached by the activated gas consumer (20, 21), or the activated gas consumer (20, 21) is deactivated and the deactivated gas consumer (20, 21) is activated. assigning priorities to the gas consumers (20, 21), and activating or deactivating the gas consumers (20, 21) as a function of the priorities assigned, activating or deactivating the gas consumers (20, 21) as a function of a specifiable maximum value for a gas consumption, deactivating an activated gas consumer (20, 21) when a setpoint value to be reached by the activated gas consumer (20, 21) has been reached, after deactivating a gas consumer (20, 21), activating a gas consumer (20, 21) that has a lower priority than the deactivated gas consumer (20, 21), characterized in that the setpoint value is monitored, and in that in the event that a change in the setpoint value has been detected and a gas consumer (20, 21) having a lower priority than the deactivated gas consumer (20, 21) is activated, either the deactivated gas consumer (20, 21) is activated after the activated gas consumer (20, 21) has been deactivated after reaching a setpoint value to be reached by the activated gas consumer (20, 21), or the activated gas consumer (20, 21) is deactivated and the deactivated gas consumer (20, 21) is activated.
A charging method for charging a terminal, comprising: identifying, by the terminal, when it is detected that a charging apparatus is inserted into a charging port of the terminal by using a charging cable, a first voltage value of the charging port; setting, by the terminal, a second charging current; identifying a second voltage value of the charging port at the second charging current; calculating, by the terminal, a cable impedance of the charging cable according to the first voltage value, the second charging current, and the second voltage value; and adjusting, by the terminal, a suitable charging current of the charging apparatus according to the cable impedance of the charging cable, characterized in that the adjusting comprises: adjusting a third charging current to a fourth charging current; identifying a fourth voltage value of the charging port at the fourth charging current; calculating an output voltage value of the charging apparatus according to a rated voltage value of the charging apparatus, the fourth charging current and the cable impedance of the charging cable; and determining, if the fourth voltage value is less than the output voltage value of the charging apparatus, that the third charging current is the suitable charging current of the charging apparatus. identifying, by the terminal, when it is detected that a charging apparatus is inserted into a charging port of the terminal by using a charging cable, a first voltage value of the charging port; setting, by the terminal, a second charging current; identifying a second voltage value of the charging port at the second charging current; calculating, by the terminal, a cable impedance of the charging cable according to the first voltage value, the second charging current, and the second voltage value; and adjusting, by the terminal, a suitable charging current of the charging apparatus according to the cable impedance of the charging cable, characterized in that the adjusting comprises: adjusting a third charging current to a fourth charging current; identifying a fourth voltage value of the charging port at the fourth charging current; calculating an output voltage value of the charging apparatus according to a rated voltage value of the charging apparatus, the fourth charging current and the cable impedance of the charging cable; and determining, if the fourth voltage value is less than the output voltage value of the charging apparatus, that the third charging current is the suitable charging current of the charging apparatus. adjusting a third charging current to a fourth charging current; identifying a fourth voltage value of the charging port at the fourth charging current; calculating an output voltage value of the charging apparatus according to a rated voltage value of the charging apparatus, the fourth charging current and the cable impedance of the charging cable; and determining, if the fourth voltage value is less than the output voltage value of the charging apparatus, that the third charging current is the suitable charging current of the charging apparatus.
A launching system for an unmanned aerial vehicle, comprising: (a) a launcher rail; (b) a tape configured to travel a length of the launcher rail; (c) a shuttle secured to the tape at a shuttle to tape interface configured to allow the shuttle to detach from the tape upon launch of the unmanned aerial vehicle; (d) a power reel drivable by an electric drive motor that drives movement of the tape; (e) a payout reel; (f) a primary arrestment strap to halt movement of the shuttle along the launcher rail after launch; characterised in that the launching system comprises: (g) a secondary arrestment strap. (a) a launcher rail; (b) a tape configured to travel a length of the launcher rail; (c) a shuttle secured to the tape at a shuttle to tape interface configured to allow the shuttle to detach from the tape upon launch of the unmanned aerial vehicle; (d) a power reel drivable by an electric drive motor that drives movement of the tape; (e) a payout reel; (f) a primary arrestment strap to halt movement of the shuttle along the launcher rail after launch; characterised in that the launching system comprises: (g) a secondary arrestment strap.
An image pickup unit, comprising: a movable lens unit that has an optical lens (31, 36) and adapted to move the optical lens (31, 36) forward and backward in an optical axis direction; a first elastic member adapted to urge the movable lens unit forward; a second elastic member adapted to urge the movable lens unit backward, and that is provided on an axis that is parallel to and different from an axis of the first elastic member and that has a smaller urging force than the first elastic member; and a shape memory alloy wire extending in parallel to the optical axis direction is provided to the movable lens unit and adapted to pull the movable lens unit backward against the urging force of the first elastic member at a time of contracting upon being subjected to expansion/contraction control in which an electric current is applied thereto from a power supply portion of an external control circuit portion to change a temperature thereof to a predetermined temperature. a movable lens unit that has an optical lens (31, 36) and adapted to move the optical lens (31, 36) forward and backward in an optical axis direction; a first elastic member adapted to urge the movable lens unit forward; a second elastic member adapted to urge the movable lens unit backward, and that is provided on an axis that is parallel to and different from an axis of the first elastic member and that has a smaller urging force than the first elastic member; and a shape memory alloy wire extending in parallel to the optical axis direction is provided to the movable lens unit and adapted to pull the movable lens unit backward against the urging force of the first elastic member at a time of contracting upon being subjected to expansion/contraction control in which an electric current is applied thereto from a power supply portion of an external control circuit portion to change a temperature thereof to a predetermined temperature.
A voltage translation circuit comprising: an input stage including a circuit node and an input transistor coupled between the circuit node and a power supply terminal, wherein a control electrode of the input transistor is coupled to receive an input analog voltage signal; an output node for providing an output analog voltage signal having a voltage that is a translated voltage of a voltage of the input analog voltage signal over a range of voltages of the input analog voltage signal; a current path in parallel with the input transistor, wherein the current path comprises a first transistor coupled between the circuit node and the power supply terminal; a circuit coupled to provide a variable body bias voltage to a body of the first transistor; and an output stage coupled in parallel with the circuit, wherein the output stage comprises the output node and a current mirror connected to the circuit node for mirroring a current of the input stage to provide the output analog voltage signal at the output node. an input stage including a circuit node and an input transistor coupled between the circuit node and a power supply terminal, wherein a control electrode of the input transistor is coupled to receive an input analog voltage signal; an output node for providing an output analog voltage signal having a voltage that is a translated voltage of a voltage of the input analog voltage signal over a range of voltages of the input analog voltage signal; a current path in parallel with the input transistor, wherein the current path comprises a first transistor coupled between the circuit node and the power supply terminal; a circuit coupled to provide a variable body bias voltage to a body of the first transistor; and an output stage coupled in parallel with the circuit, wherein the output stage comprises the output node and a current mirror connected to the circuit node for mirroring a current of the input stage to provide the output analog voltage signal at the output node.
An electronic device comprising: a display; a first communication module for identifying proximity of an external electronic device; a second communication module for exchanging data between the electronic device and the external electronic device and for determining a proximity position of the external device; and a processor configured to: while displaying a first content by using the display, identify proximity of the external electronic device by using the first communication module, in response to the identification, receive, from the external electronic device, data for representing a second content being displayed on the external electronic device by using the second communication module, identify a region of the display for displaying the second content, based on the proximity position, display the second content in the region of the display, while displaying the first content by using the display, and based on information associated with the second content being displayed in the region, exchange, with the external electronic device, the information to adjust the second content being displayed on a display of the external electronic device. a display; a first communication module for identifying proximity of an external electronic device; a second communication module for exchanging data between the electronic device and the external electronic device and for determining a proximity position of the external device; and a processor configured to: while displaying a first content by using the display, identify proximity of the external electronic device by using the first communication module, in response to the identification, receive, from the external electronic device, data for representing a second content being displayed on the external electronic device by using the second communication module, identify a region of the display for displaying the second content, based on the proximity position, display the second content in the region of the display, while displaying the first content by using the display, and based on information associated with the second content being displayed in the region, exchange, with the external electronic device, the information to adjust the second content being displayed on a display of the external electronic device. while displaying a first content by using the display, identify proximity of the external electronic device by using the first communication module, in response to the identification, receive, from the external electronic device, data for representing a second content being displayed on the external electronic device by using the second communication module, identify a region of the display for displaying the second content, based on the proximity position, display the second content in the region of the display, while displaying the first content by using the display, and based on information associated with the second content being displayed in the region, exchange, with the external electronic device, the information to adjust the second content being displayed on a display of the external electronic device.