mhurhangee/patent-ind-claim-en huggingface dataset:
A rechargeable battery jump starting device having a back-charge diode system, the rechargeable battery jump starting device comprising: a first 12V battery ; a second 12V battery ; an electrical control switch electrically connected to the first 12V battery and the second 12V battery , the electrical control switch having a parallel switch position for connecting the first 12V battery and second 12V battery in parallel, the electrical control switch having a series switch position for connecting the first 12V battery and second 12V battery in series; a conductive frame connected to the first 12V battery , the second 12V battery , and the electrical control switch ; a dual battery diode bridge connected to the first 12V battery and the second 12V battery via the conductive frame , the dual battery diode bridge configured for protecting against a back-charge to the first 12V battery and/or the second 12V battery after a vehicle battery has been jump charged, characterized in that the dual battery diode bridge comprises a back-charge diode module comprising a first channel of diodes configured to accommodate current flow through the first 12V battery , and a second channel of diodes configured to accommodate current flow through the second 12V battery . a first 12V battery ; a second 12V battery ; an electrical control switch electrically connected to the first 12V battery and the second 12V battery , the electrical control switch having a parallel switch position for connecting the first 12V battery and second 12V battery in parallel, the electrical control switch having a series switch position for connecting the first 12V battery and second 12V battery in series; a conductive frame connected to the first 12V battery , the second 12V battery , and the electrical control switch ; a dual battery diode bridge connected to the first 12V battery and the second 12V battery via the conductive frame , the dual battery diode bridge configured for protecting against a back-charge to the first 12V battery and/or the second 12V battery after a vehicle battery has been jump charged, characterized in that
A method for wireless communication, comprising: transmitting , at a first node of a wireless communications system, a first random access message to a second node to initiate a random access procedure, based at least in part on the second node being associated with a timing synchronization resource, wherein the second node is a neighbor of the first node and is different from a parent node of the first node; receiving a second random access message from the second node, the second random access message comprising timing information based at least in part on the timing synchronization resource; and terminating the random access procedure prior to establishing a connection with the second node via the random access procedure based at least in part on receiving the second random access message, wherein the first node, the second node, and the parent node of the first node are integrated and access backhaul, IAB, nodes respectively. transmitting , at a first node of a wireless communications system, a first random access message to a second node to initiate a random access procedure, based at least in part on the second node being associated with a timing synchronization resource, wherein the second node is a neighbor of the first node and is different from a parent node of the first node; receiving a second random access message from the second node, the second random access message comprising timing information based at least in part on the timing synchronization resource; and terminating the random access procedure prior to establishing a connection with the second node via the random access procedure based at least in part on receiving the second random access message, wherein the first node, the second node, and the parent node of the first node are integrated and access backhaul, IAB, nodes respectively.
A method of controlling two electric devices for synchronized operations, the method comprising the steps of: a) detecting, by a first adapter member , that a first electric device connected to the first adapter member draws a first current from a battery for operation, the battery being connected to either the first adapter member or a second adapter member ; the first adapter member connected to the second adapter member by a power cable; b) following a successful detection in Step a), enabling a second current, by the second adapter member, to flow from the battery to a second electric device connected to the second adapter member, such that the second electric device is automatically synchronized with the operation of the first electric device; characterised by further comprising: c) transmitting data between the first adapter member and the second adapter member through a data cable that connects the first adapter member to the second adapter member; and d) automatically synchronizing operations of the first electric device and the second electric device through respective circuits in the form of circuit boards carrying controllers and sensors contained in each of the first adapter member and the second adapter member. a) detecting, by a first adapter member , that a first electric device connected to the first adapter member draws a first current from a battery for operation, the battery being connected to either the first adapter member or a second adapter member ; the first adapter member connected to the second adapter member by a power cable; b) following a successful detection in Step a), enabling a second current, by the second adapter member, to flow from the battery to a second electric device connected to the second adapter member, such that the second electric device is automatically synchronized with the operation of the first electric device; characterised by further comprising: c) transmitting data between the first adapter member and the second adapter member through a data cable that connects the first adapter member to the second adapter member; and d) automatically synchronizing operations of the first electric device and the second electric device through respective circuits in the form of circuit boards carrying controllers and sensors contained in each of the first adapter member and the second adapter member. c) transmitting data between the first adapter member and the second adapter member through a data cable that connects the first adapter member to the second adapter member; and d) automatically synchronizing operations of the first electric device and the second electric device through respective circuits in the form of circuit boards carrying controllers and sensors contained in each of the first adapter member and the second adapter member.
A coil arrangement for magnetic resonance imaging of a subject to be examined, comprising: - a base structure having a variable shape, - an RF coil arranged on or in the base structure, - an actuator means at least partially extending along the base structure such that the base structure is deformable along and/or about at least one axis, - a position detecting means adapted to detect a current position of at least a portion of the subject to be examined relative to the RF coil, and - a control means coupled to the position detecting means and the actuator means, wherein the control means is adapted to adjust the shape of the base structure to maintain a contact of an outer surface of the base structure and/or the RF coil with the at least portion of the subject by driving the actuator means in response to a detected change of the current position relative to a previous position of the at least portion of the subject. - a base structure having a variable shape, - an RF coil arranged on or in the base structure, - an actuator means at least partially extending along the base structure such that the base structure is deformable along and/or about at least one axis, - a position detecting means adapted to detect a current position of at least a portion of the subject to be examined relative to the RF coil, and - a control means coupled to the position detecting means and the actuator means,
Stretch-rolling device for pressure-reshaping of workpieces (W) by rolling, which comprises: a work roll pair with two rolls which are respectively rotatable about the roll axes thereof and form a rolling gap therebetween, wherein the rolls in axial direction realise a plurality of stages (S1 to S4) which are arranged for reshaping of the workpieces (W) in steps in that the workpieces (W) successively run through the stages (S1 to S4); a manipulator with a plurality of gripper devices which are disposed on a work side (AS) of the work roll pair and are arranged to grip the workpieces (W) and at an associated stage (S1 to S4) to lead them through the rolling gap in a feed/return direction; and a repository arranged to temporarily support workpieces (W) and in co-operation with the manipulator to transfer them to another gripper device , preferably the adjacent gripper device of the next-higher stage (S2 to S4); characterised in that the gripper devices are arranged to grip the workpieces (W) at one end and to guide them to an associated stage (S1 to S4) via the rolling gap, wherein the workpieces (W) are not gripped at the other end. a work roll pair with two rolls which are respectively rotatable about the roll axes thereof and form a rolling gap therebetween, wherein the rolls in axial direction realise a plurality of stages (S1 to S4) which are arranged for reshaping of the workpieces (W) in steps in that the workpieces (W) successively run through the stages (S1 to S4); a manipulator with a plurality of gripper devices which are disposed on a work side (AS) of the work roll pair and are arranged to grip the workpieces (W) and at an associated stage (S1 to S4) to lead them through the rolling gap in a feed/return direction; and a repository arranged to temporarily support workpieces (W) and in co-operation with the manipulator to transfer them to another gripper device , preferably the adjacent gripper device of the next-higher stage (S2 to S4); characterised in that the gripper devices are arranged to grip the workpieces (W) at one end and to guide them to an associated stage (S1 to S4) via the rolling gap, wherein the workpieces (W) are not gripped at the other end.
A secure entity in a trusted execution hardware environment (TEE) comprising a secure processing circuit (WND) configured for implementing a contract execution architecture such as a Wallet Node (WN) for executing a contract-type program, said program being capable of being loaded into an execution memory in response to a program designation contained in a message that reaches the entity via a channel for communications with other entities, and a secure device for interaction with the physical environment of the entity, such as a sensor(s) and/or actuator(s) module, configured for providing which input data for the execution of the contract and/or for receiving data generated by the execution of the contract, the secure data containing its own secret key (KWNpr) intended to secure exchanges within the framework of the program execution, characterized in that the entity comprises at least one detector device (SB1, SB2, SD) configured for detecting the normal/abnormal status of an environment parameter of the secure processing circuit, the or each device comprising a secret private key (K1pr, K2pr, K3pr) allowing to sign normal/abnormal status information for the device in question, the secure processing circuit being configured for transmitting messages containing, on the one hand, a message content signed with a private key of the circuit, and on the other hand, the or each piece of normal/abnormal status information signed with the corresponding device private key.
Radiotherapy apparatus comprising: a linear accelerator for producing a beam of electrons, optionally, an x-ray target for producing a beam of ionising radiation from the electron beam ; a primary collimator for delimiting the thus-produced beam to a first extent; at least one variable-geometry collimator for delimiting the beam to a second and lesser extent; characterised in that the primary collimator consists of a plurality of layers (A, B, C, 62, 64, 66) arranged transversely to the beam , each layer having a plurality of collimating apertures and wherein the plurality of layers are configured to be independently movable so as to bring a selected one of the apertures into the path of the beam, thereby to define a complete collimator shape made up of an aperture from each layer. a linear accelerator for producing a beam of electrons, optionally, an x-ray target for producing a beam of ionising radiation from the electron beam ; a primary collimator for delimiting the thus-produced beam to a first extent; at least one variable-geometry collimator for delimiting the beam to a second and lesser extent; characterised in that the primary collimator consists of a plurality of layers (A, B, C, 62, 64, 66) arranged transversely to the beam , each layer having a plurality of collimating apertures and wherein the plurality of layers are configured to be independently movable so as to bring a selected one of the apertures into the path of the beam, thereby to define a complete collimator shape made up of an aperture from each layer.
A process for preparation of Indacaterol free base or its pharmaceutically acceptable salt comprising the steps of: i) treating the compound of formula II; with the reducing agent to obtain compound of formula III; where L is a leaving group; ii) treating compound of formula III with silylated protecting reagent to obtain compound of formula IV; iii) reacting the compound of formula IV with compound of formula V or its derivatives in the presence of a base; to obtain compound of formula VI, iv) desilylating compound of formula VI to obtain compound of formula VII; v) debenzylating the compound of formula VII to obtain compound of formula I Indacaterol free base; vi) optionally converting the compound of formula I into its pharmaceutically acceptable salts. i) treating the compound of formula II; with the reducing agent to obtain compound of formula III; where L is a leaving group; ii) treating compound of formula III with silylated protecting reagent to obtain compound of formula IV; iii) reacting the compound of formula IV with compound of formula V or its derivatives in the presence of a base; to obtain compound of formula VI, iv) desilylating compound of formula VI to obtain compound of formula VII; v) debenzylating the compound of formula VII to obtain compound of formula I Indacaterol free base; vi) optionally converting the compound of formula I into its pharmaceutically acceptable salts.
A laser weapon system, comprising: one or more lasers for generating electromagnetic radiation ; laser optics for directing the generated electromagnetic radiation at a target via a laser aperture ; a laser aperture , being a final optical element in the laser weapon system through which the generated electromagnetic radiation exits the weapon; and a control system , the control system being arranged to monitor the three-dimensional position of an object other than the target , and to control a mask to at least limit generated electromagnetic radiation being directed at that object , and characterised in that the mask is a physical mask in the path of the radiation between the laser aperture and the object other than the target for physically blocking or otherwise physically deflecting already generated electromagnetic radiation towards another target or a safe location, in order to at least limit generated electromagnetic radiation being directed at the object other than the target . one or more lasers for generating electromagnetic radiation ; laser optics for directing the generated electromagnetic radiation at a target via a laser aperture ; a laser aperture , being a final optical element in the laser weapon system through which the generated electromagnetic radiation exits the weapon; and a control system , the control system being arranged to monitor the three-dimensional position of an object other than the target , and to control a mask to at least limit generated electromagnetic radiation being directed at that object , and characterised in that the mask is a physical mask in the path of the radiation between the laser aperture and the object other than the target for physically blocking or otherwise physically deflecting already generated electromagnetic radiation towards another target or a safe location, in order to at least limit generated electromagnetic radiation being directed at the object other than the target .
Method for stimulating a catalyst of an internal combustion engine, comprising the following steps, according to which: - A high threshold (OSmax) and a low threshold (OSmin) for the quantity of oxygen stored in the catalyst are defined ; - the instantaneous quantity of oxygen stored in the catalyst (OS) is estimated; - richness setpoint is modulated in frequency and / or amplitude as a function of said instantaneous amount of oxygen stored in said catalyst; - said modulation being carried out so that, when the instantaneous quantity of oxygen stored estimated in the catalyst (OS) reaches said high threshold and / or said low threshold, the switching of the richness setpoint is forced so as to decrease and / or increase the amount of oxygen stored in the catalyst, respectively, characterized in that the high threshold (OSmax) and / or the low threshold (OSmin) of stored oxygen are a function of the flow rate (D) of the exhaust gases and of the exhaust temperature (T °), and of the motor operating point. - A high threshold (OSmax) and a low threshold (OSmin) for the quantity of oxygen stored in the catalyst are defined ; - the instantaneous quantity of oxygen stored in the catalyst (OS) is estimated; - richness setpoint is modulated in frequency and / or amplitude as a function of said instantaneous amount of oxygen stored in said catalyst; - said modulation being carried out so that, when the instantaneous quantity of oxygen stored estimated in the catalyst (OS) reaches said high threshold and / or said low threshold, the switching of the richness setpoint is forced so as to decrease and / or increase the amount of oxygen stored in the catalyst, respectively, characterized in that the high threshold (OSmax) and / or the low threshold (OSmin) of stored oxygen are a function of the flow rate (D) of the exhaust gases and of the exhaust temperature (T °), and of the motor operating point.
A handheld tool for cleaning a star chamber in a rifle, the tool comprising: a. a paddle grip integral with a shank ; b. a foam swab , affixed to the shank , substantially shaped like a T with a stem and an arm ; i. wherein the arm comprises a first wing and a second wing ; ii. wherein the first wing is substantially shaped like, but longer and wider than, a space formed by opposing faces and a first bottom land of two successive locking lugs of a star inlet of the star chamber ; iii. wherein the second wing is substantially shaped like, but longer and wider than, a space formed by opposing faces and a second bottom land of two other successive locking lugs of the star inlet of a star chamber; wherein the first bottom land and the second bottom land are spaced apart 180° and c. wherein a free end of the paddle grip is a first end of the tool and a free end of the stem is a second end of the tool . a. a paddle grip integral with a shank ; b. a foam swab , affixed to the shank , substantially shaped like a T with a stem and an arm ; i. wherein the arm comprises a first wing and a second wing ; ii. wherein the first wing is substantially shaped like, but longer and wider than, a space formed by opposing faces and a first bottom land of two successive locking lugs of a star inlet of the star chamber ; iii. wherein the second wing is substantially shaped like, but longer and wider than, a space formed by opposing faces and a second bottom land of two other successive locking lugs of the star inlet of a star chamber; wherein the first bottom land and the second bottom land are spaced apart 180° and i. wherein the arm comprises a first wing and a second wing ; ii. wherein the first wing is substantially shaped like, but longer and wider than, a space formed by opposing faces and a first bottom land of two successive locking lugs of a star inlet of the star chamber ; iii. wherein the second wing is substantially shaped like, but longer and wider than, a space formed by opposing faces and a second bottom land of two other successive locking lugs of the star inlet of a star chamber; wherein the first bottom land and the second bottom land are spaced apart 180° and c. wherein a free end of the paddle grip is a first end of the tool and a free end of the stem is a second end of the tool .
A microfluidic device comprising: a block comprising at least one reservoir containing an oil-based liquid; a base layer attached to the bottom of the block; a microfluidic channel formed in the base layer or at the interface between the block and base layer, the microfluidic channel being in fluid communication with the at least one reservoir, the microfluidic channel having at its narrowest part, a maximum internal dimension in a plane perpendicular to the direction of flow of 5-500μm. a static pressure source operatively coupleable to the reservoir; a flow path from the reservoir to the microfluidic channel, the flow path having a minimum diameter of at least 1mm for at least a portion of its length, a first portion which extends upwardly away from the base layer over a barrier and into a second portion which extends downwardly towards the base layer and leads to the microfluidic channel, the flow path being configured such that it prevents flow from the reservoir to the microfluidic channel under the influence of gravity alone when, in use, the reservoir is filled to a level below the level of the top of the barrier; further comprising a manifold block above the block, via which the pressure is applied to the reservoir. a block comprising at least one reservoir containing an oil-based liquid; a base layer attached to the bottom of the block; a microfluidic channel formed in the base layer or at the interface between the block and base layer, the microfluidic channel being in fluid communication with the at least one reservoir, the microfluidic channel having at its narrowest part, a maximum internal dimension in a plane perpendicular to the direction of flow of 5-500μm. a static pressure source operatively coupleable to the reservoir; a flow path from the reservoir to the microfluidic channel, the flow path having a minimum diameter of at least 1mm for at least a portion of its length, a first portion which extends upwardly away from the base layer over a barrier and into a second portion which extends downwardly towards the base layer and leads to the microfluidic channel, the flow path being configured such that it prevents flow from the reservoir to the microfluidic channel under the influence of gravity alone when, in use, the reservoir is filled to a level below the level of the top of the barrier; further comprising a manifold block above the block, via which the pressure is applied to the reservoir.