mhurhangee/patent-ind-claim-en huggingface dataset:
A wheel loader , comprising: a boom ; a transmission , comprising a forward or speed stage clutch (51 to 55); and a controller configured to control hydraulic pressure of hydraulic oil supplied to the forward or speed stage clutch (51 to 55), characterized in that the controller is configured to perform clutch hydraulic pressure control in which the forward or speed stage clutch (51 to 55) is brought into a semi-engagement state by controlling the hydraulic pressure of the hydraulic oil supplied to the forward or speed stage clutch (51 to 55) on condition that the wheel loader advances while raising the boom in at least a loaded state. a boom ; a transmission , comprising a forward or speed stage clutch (51 to 55); and a controller configured to control hydraulic pressure of hydraulic oil supplied to the forward or speed stage clutch (51 to 55), characterized in that the controller is configured to perform clutch hydraulic pressure control in which the forward or speed stage clutch (51 to 55) is brought into a semi-engagement state by controlling the hydraulic pressure of the hydraulic oil supplied to the forward or speed stage clutch (51 to 55) on condition that the wheel loader advances while raising the boom in at least a loaded state.
A slide for a support device usable for the practice of piano or an instrument, said slide comprising a frame provided with a bar having a given cross-section, developed along a central axis (AX1) and delimited by two first coupling portions each arranged to couple with a support adjustable in height designed to keep said bar selectively horizontal; said bar having a longitudinal raised portion which carries at the top a cylindrical member , which is designed to guide said slide in a longitudinally free and angularly fixed manner by the interposition of an axial bearing and being delimited by a flat longitudinal face parallel to the central axis (AX1) on a side opposite to the cylindrical member ; characterized in that it comprises a rest member carried by an adjustment unit for the respective position relative to said central axis (AX1).
A manufacturing method, comprising: providing a powdered material; providing an energy source that produces an energy beam; directing the energy beam from the energy source toward an energy beam patterning unit to form a two-dimensional patterned energy beam ; directing the two-dimensional patterned energy beam against the powdered material to form a part having a manipulation point that enables repositioning or maneuvering of the part , wherein the manipulation point is temporary or permanent additively manufactured; and moving the part using a manipulator device to engage the manipulation point with three-dimensional, 3D, localization of the part by using one or more sensors with aid of marking optical guides or indicia additively formed or mechanically or laser inscribed on the part ; characterized in that moving the part consists in reorienting the part using a manipulation device before adding more powdered material, wherein the manipulation device is a robot arm , and wherein the manipulation point is a structure (1402. 1404, 1406. 1408, 1414) projecting from the part (1330. 1400). providing a powdered material; providing an energy source that produces an energy beam; directing the energy beam from the energy source toward an energy beam patterning unit to form a two-dimensional patterned energy beam ; directing the two-dimensional patterned energy beam against the powdered material to form a part having a manipulation point that enables repositioning or maneuvering of the part , wherein the manipulation point is temporary or permanent additively manufactured; and moving the part using a manipulator device to engage the manipulation point with three-dimensional, 3D, localization of the part by using one or more sensors with aid of marking optical guides or indicia additively formed or mechanically or laser inscribed on the part ; characterized in that moving the part consists in reorienting the part using a manipulation device before adding more powdered material, wherein the manipulation device is a robot arm , and wherein the manipulation point is a structure (1402. 1404, 1406. 1408, 1414) projecting from the part (1330. 1400).
An electrolyte for a storage device, which comprises a lithium-containing complex compound represented by the following formula , , , or : (Li) m (A) n (UF x ) y (Li) m (Si) n (O) q (UF x ) y wherein A is O, S, P or N; U is a boron atom or a phosphorus atom; m and n are each independently from 1 to 6; q is from 1 to 12; x is 3 or 5; and y is from 1 to 6; (Li) m (O) n (B) p (OWF q ) x wherein W is a boron atom or a phosphorus atom; m, p and x are each independently from 1 to 15; n is from 0 to 15; and q is 3 or 5; (Li) m (B) p (O) n (OR) y (OWF q ) x wherein W is a boron atom or a phosphorus atom; n is from 0 to 15; p, m, x and y are each independently from 1 to 12; q is 3 or 5; and R is hydrogen, an alkyl group, an alkenyl group, an aryl group, a carbonyl group, a sulfonyl group or a silyl group, and such a group may have a fluorine atom, an oxygen atom or other substituent; (Li) m (O) n (B) p (OOC-(A) z -COO) y (OWF q ) x wherein W is a boron atom or a phosphorus atom, A is a C 1-6 allylene group, alkenylene group or alkynylene group, a phenylene group, or an alkylene group having an oxygen atom or a sulfur atom in its main chain; m, p, x and y are each independently from 1 to 20; n is from 0 to 15; z is 0 or 1; and q is 3 or 5. wherein A is O, S, P or N; U is a boron atom or a phosphorus atom; m and n are each independently from 1 to 6; q is from 1 to 12; x is 3 or 5; and y is from 1 to 6; (Li) m (O) n (B) p (OWF q ) x wherein W is a boron atom or a phosphorus atom; m, p and x are each independently from 1 to 15; n is from 0 to 15; and q is 3 or 5; (Li) m (B) p (O) n (OR) y (OWF q ) x wherein W is a boron atom or a phosphorus atom; n is from 0 to 15; p, m, x and y are each independently from 1 to 12; q is 3 or 5; and R is hydrogen, an alkyl group, an alkenyl group, an aryl group, a carbonyl group, a sulfonyl group or a silyl group, and such a group may have a fluorine atom, an oxygen atom or other substituent; (Li) m (O) n (B) p (OOC-(A) z -COO) y (OWF q ) x wherein W is a boron atom or a phosphorus atom, A is a C 1-6 allylene group, alkenylene group or alkynylene group, a phenylene group, or an alkylene group having an oxygen atom or a sulfur atom in its main chain; m, p, x and y are each independently from 1 to 20; n is from 0 to 15; z is 0 or 1; and q is 3 or 5.
A data transmission method, used to transmit data in a discontinuous reception, DRX, mechanism, wherein the method comprises: receiving (S310), by a terminal in a DRX active period, first grant information sent by a radio access network, RAN, device, wherein the first grant information is used to perform initial transmission grant for first data; receiving (S320), by the terminal in a retransmission active time, second grant information sent by the RAN device, wherein the second grant information is used to perform initial transmission grant for second data, and the retransmission active time is an active time in which the terminal expects to receive a retransmission grant for the first data; and remaining (S330), by the terminal, in an active state in an activation extension time that is after receiving of the second grant information, wherein the first data is empty, wherein the first grant information is used to perform uplink initial transmission grant for the first data, and the retransmission active time comprises an uplink retransmission active time, wherein the uplink retransmission active time is an active time in which the terminal expects to receive an uplink retransmission grant for the first data; or the first grant information is used to perform downlink initial transmission grant for the first data, the retransmission active time comprises a downlink retransmission active time, and the downlink retransmission active time is an active time in which the terminal expects to receive a downlink retransmission grant for the first data. receiving (S310), by a terminal in a DRX active period, first grant information sent by a radio access network, RAN, device, wherein the first grant information is used to perform initial transmission grant for first data; receiving (S320), by the terminal in a retransmission active time, second grant information sent by the RAN device, wherein the second grant information is used to perform initial transmission grant for second data, and the retransmission active time is an active time in which the terminal expects to receive a retransmission grant for the first data; and remaining (S330), by the terminal, in an active state in an activation extension time that is after receiving of the second grant information, wherein the first data is empty, wherein the first grant information is used to perform uplink initial transmission grant for the first data, and the retransmission active time comprises an uplink retransmission active time, wherein the uplink retransmission active time is an active time in which the terminal expects to receive an uplink retransmission grant for the first data; or the first grant information is used to perform downlink initial transmission grant for the first data, the retransmission active time comprises a downlink retransmission active time, and the downlink retransmission active time is an active time in which the terminal expects to receive a downlink retransmission grant for the first data.
A transport box, in particular a roof box , for a motor vehicle, having - a base shell which is arranged fixed to the vehicle in a state assembled ready for operation, - a lid shell which is mounted swivelably about at least one swivel axis on the base shell , between a closed position in which the lid shell rests on the base shell , enclosing a transport volume, and an open position in which the lid shell is lifted off the base shell having been moved about the swivel axis, allowing access to the transport volume, - at least one hinge lock on each opposite longitudinal side, by means of which the lid shell is lockable to or releasable from the base shell in the closed position, or is mounted swivelably about the swivel axis depending on a control operation by a manually operable actuation device , wherein a safeguarding device with at least one safeguarding element is additionally provided at the end sides(s) in a front area and/or a rear area of the transport box, by means of which the lid shell is locked relative to the base shell at the front side and/or at the rear side in the closed position of the lid shell , characterized in that a single continuous movement transmission train is provided which is coupled to the at least one locking arrangement and to all hinge locks . - a base shell which is arranged fixed to the vehicle in a state assembled ready for operation, - a lid shell which is mounted swivelably about at least one swivel axis on the base shell , between a closed position in which the lid shell rests on the base shell , enclosing a transport volume, and an open position in which the lid shell is lifted off the base shell having been moved about the swivel axis, allowing access to the transport volume, - at least one hinge lock on each opposite longitudinal side, by means of which the lid shell is lockable to or releasable from the base shell in the closed position, or is mounted swivelably about the swivel axis depending on a control operation by a manually operable actuation device ,
Method for monitoring an electrical power supply line comprised in a seismic cable and extending along said seismic cable, said method comprising the step of providing: - a seismic cable, - a plurality of seismic sensors arranged along the seismic cable, - a plurality of master and slave controllers arranged along the seismic cable, - an optical transmission line extending along said seismic cable for carrying data signals from or towards said master and slave controllers of said plurality, said electrical power supply line supplying at least one pair of master and slave controllers of said plurality, characterized in that , for at least one given pair of master and slave controllers (C 1 , C 2 ), the master controller (C 1 ) performs a step of monitoring a portion of said electrical power supply line comprised between said master and slave controllers (C 1 , C 2 ), comprising the following steps: - emitting an optical test signal through a portion of said optical transmission line comprised between said master and slave controllers, so as to form an optical loop starting from the master controller (C1) and passing through the slave controller (C2), - receiving an optical return signal supposed to result from a reflection of said test signal by the slave controller, and in that the portion of said electrical power supply line is monitored as a function of said return signal. - a seismic cable, - a plurality of seismic sensors arranged along the seismic cable, - a plurality of master and slave controllers arranged along the seismic cable, - an optical transmission line extending along said seismic cable for carrying data signals from or towards said master and slave controllers of said plurality, - emitting an optical test signal through a portion of said optical transmission line comprised between said master and slave controllers, so as to form an optical loop starting from the master controller (C1) and passing through the slave controller (C2), - receiving an optical return signal supposed to result from a reflection of said test signal by the slave controller,
A computer-implemented method for authenticating users of personal computing devices using encoded versions of temporary and unique codes, the method comprising: receiving a first cryptographic key at a security service , the first cryptographic key having been created by a personal computing device and corresponding to a second cryptographic key maintained on the personal computing device ; associating by the security service a user identifier with the first cryptographic key; accessing a temporary and unique code by the security service ; accessing an encoded version of the temporary and unique code by the security service ; making available , by the security service to the personal computing device , the encoded version of the temporary and unique code; wherein the personal computing device is configured to decode the encoded version of the temporary and unique code to yield the temporary and unique code, to obtain biometric data from a user of the personal computing device , and to decrypt the second cryptographic key based on the obtained biometric data; receiving , by the security service from the personal computing device , a signed version of the temporary and unique code, the signed version having been signed by the second cryptographic key; verifying , by the security service using the first cryptographic key, the signed version of the temporary and unique code; and determining , by the security service based on the verifying, whether to authenticate the user of the personal computing device . receiving a first cryptographic key at a security service , the first cryptographic key having been created by a personal computing device and corresponding to a second cryptographic key maintained on the personal computing device ; associating by the security service a user identifier with the first cryptographic key; accessing a temporary and unique code by the security service ; accessing an encoded version of the temporary and unique code by the security service ; making available , by the security service to the personal computing device , the encoded version of the temporary and unique code; wherein the personal computing device is configured to decode the encoded version of the temporary and unique code to yield the temporary and unique code, to obtain biometric data from a user of the personal computing device , and to decrypt the second cryptographic key based on the obtained biometric data; receiving , by the security service from the personal computing device , a signed version of the temporary and unique code, the signed version having been signed by the second cryptographic key; verifying , by the security service using the first cryptographic key, the signed version of the temporary and unique code; and determining , by the security service based on the verifying, whether to authenticate the user of the personal computing device .
A game token management system comprising: game tokens attached with unique ID that is individually identifiable; an ID reading device that reads the unique ID attached to the game token ; a storage that holds the game token in a game place; a game table chip tray that holds the game token in a game table; a chip determination device that specifies a type and number of game tokens held in the game table chip tray and the storage , based on results of the ID reading device reading the unique ID ; and a management control device that, in the game place, manages the IDs attached to the game tokens on a database , wherein the management control device has a function that previously registers, on the database , the IDs of the game tokens that are contemplated to be used, manages, using the database , at least the IDs of the game tokens present on the game table chip tray and the storage , together with information about location, on the database , specifies the game token in the game table chip tray and the storage at predetermined timing or on a steady basis and further retrieves the database , and: 1) determines by the retrieval of the database a fact that ID that has been absent on the database is present and/or 2) determines by the retrieval of the database a fact that two or more identical IDs are present, and generates an error signal when status 1) or 2) is noticed. game tokens attached with unique ID that is individually identifiable; an ID reading device that reads the unique ID attached to the game token ; a storage that holds the game token in a game place; a game table chip tray that holds the game token in a game table; a chip determination device that specifies a type and number of game tokens held in the game table chip tray and the storage , based on results of the ID reading device reading the unique ID ; and a management control device that, in the game place, manages the IDs attached to the game tokens on a database , wherein the management control device has a function that previously registers, on the database , the IDs of the game tokens that are contemplated to be used, manages, using the database , at least the IDs of the game tokens present on the game table chip tray and the storage , together with information about location, on the database , specifies the game token in the game table chip tray and the storage at predetermined timing or on a steady basis and further retrieves the database , and: 1) determines by the retrieval of the database a fact that ID that has been absent on the database is present and/or 2) determines by the retrieval of the database a fact that two or more identical IDs are present, and 1) determines by the retrieval of the database a fact that ID that has been absent on the database is present and/or 2) determines by the retrieval of the database a fact that two or more identical IDs are present, and generates an error signal when status 1) or 2) is noticed.
A polymer-metal compound composite ink, comprising: at least one polymer comprising a fatty amine unit; at least one metal compound material, the metal compound material being a nanocrystalline metal oxide; wherein the weight ratio of the polymer to the nanocrystalline metal oxide compound is 1:6 to 1:2.5; and at least one solvent which is used for forming a disperse system in the form of a uniform fluid together with the remaining components in the composite ink; wherein the at least one solvent is an organic alcohol. at least one polymer comprising a fatty amine unit; at least one metal compound material, the metal compound material being a nanocrystalline metal oxide; wherein the weight ratio of the polymer to the nanocrystalline metal oxide compound is 1:6 to 1:2.5; and at least one solvent which is used for forming a disperse system in the form of a uniform fluid together with the remaining components in the composite ink; wherein the at least one solvent is an organic alcohol.
A method , comprising: at an electronic device with a display, a touch-sensitive surface , and memory storing a first software application: displaying a user interface at a first display rate; while displaying the user interface, detecting , at a first detection rate that is greater than the first display rate, movement of a touch input at a sequence of locations on the touch-sensitive surface ; at each of a sequence of communication times, sending to the first software application a respective message having information that includes a selected subset of the sequence of locations, each selected subset of the sequence of locations comprising a plurality of locations of the touch input during a preceding time period, wherein each communication time precedes a display update time in a sequence of display update times by at least a processing margin time to enable the first software application to process and use the selected subset for updating the user interface at the display update time; and, at each display update time of the sequence of display update times, the first software application updating the user interface from a respective current state to a respective next state in accordance with the information in the respective message sent to the first software application at a respective communication time, in the sequence of communication times, prior to the display update time; the information in the respective message including the plurality of locations of the touch input in a respective selected subset of the sequence of locations. displaying a user interface at a first display rate; while displaying the user interface, detecting , at a first detection rate that is greater than the first display rate, movement of a touch input at a sequence of locations on the touch-sensitive surface ; at each of a sequence of communication times, sending to the first software application a respective message having information that includes a selected subset of the sequence of locations, each selected subset of the sequence of locations comprising a plurality of locations of the touch input during a preceding time period, wherein each communication time precedes a display update time in a sequence of display update times by at least a processing margin time to enable the first software application to process and use the selected subset for updating the user interface at the display update time; and, at each display update time of the sequence of display update times, the first software application updating the user interface from a respective current state to a respective next state in accordance with the information in the respective message sent to the first software application at a respective communication time, in the sequence of communication times, prior to the display update time; the information in the respective message including the plurality of locations of the touch input in a respective selected subset of the sequence of locations.
Flight passenger seat divider device, with at least one seat divider unit comprising at least four main support elements which are implemented separately from each other, wherein at least two of the main support elements are embodied as separately implemented side walls and wherein at least two of the main support elements are embodied as connection elements which are configured to connect the at least two main support elements which are embodied as side walls, wherein the at least two main support elements that are embodied as connection elements are further embodied as torsion rods, characterised in that the seat divider unit is in at least one mounted state, viewed in a cross section plane, embodied as a box, said box having in the mounted state, viewed in the cross section plane, a closed profile.