mhurhangee/patent-ind-claim-en huggingface dataset:
A blasting system which includes a plurality of detonator assemblies , a plurality of boreholes at a blast site , each borehole being charged with explosive material , a blast controller and a receiver , wherein each detonator assembly includes a detonator which, in use, is positioned inside a borehole which is charged with an explosive , a communication module and conductors of a known length which connect the detonator to the communication module , wherein the detonator in response to a fire command signal from the blast controller received by the detonator at a time A is initiated at a time B thereby to cause ignition of the explosive in the borehole , and wherein the communication module includes a control circuit which is configured to obtain a measurement of the velocity of detonation (VOD) of the explosive using at least said known length and timing data related to time A and to time B and a transmitter for transmitting to the receiver a wireless signal which contains the VOD measurement and identification information which identifies the detonator assembly from which the wireless signal was transmitted before the transmitter is destroyed by the ignited explosive , wherein at least those wireless signals which are transmitted simultaneously or in identical time slots by said transmitters from said plurality of detonator assemblies are multiplexed to enable such signals to be distinguished from one another.
A method of wireless communication in a long term evolution-time division duplex, LTE-TDD system, wherein a base station switches among different TDD configurations, wherein uplink and downlink transmissions are orthogonalized in time, comprising: modifying a behavior of non-legacy UEs arranged for adaptively changing their TDD configurations, while legacy UEs remain in an original TDD configuration to only use physical random access channel, PRACH resources that fall on subframes that are uplink for all TDD configurations among which the base station switches.
Automotive construction machine, in particular road milling machine, with a machine frame , a milling drum supported at the machine frame , a chassis carrying the machine frame , a folding transport conveyor with a first transport conveyor section articulated at the construction machine and a second transport conveyor section articulated at the first transport conveyor section in a pivoting fashion, a conveyor belt continuously revolving around both transport conveyor sections (4; 6), and at least one pivoting mechanism acting between the transport conveyor sections (4; 6), characterized in that the pivoting mechanism consists of a cam mechanism .
A hose for attachment to a dispensing cartridge for placement in a peristaltic pump and for stretching over a rotor of the peristaltic pump and conveying a medium by external mechanical deformation of the hose, said hose being produced by an injection molding process and having a length of preferably from 20 mm to 200 mm, and thickenings being formed at both ends of the hose , whereby the distance between the thickenings is between 40 mm and 100 mm, characterized in that the hose has an internal cross-sectional area of from 0.07 to 7.07 mm 2 and a wall thickness of from 0.3 mm to 2.2 mm, preferably from 0.3 to 1.5 mm, the internal cross-sectional area has a tolerance of not more than ± 33% and the hose is suitable for closing completely when stretched over the rotor with a tension force of 1 to 10 N. said hose being produced by an injection molding process and having a length of preferably from 20 mm to 200 mm, and thickenings being formed at both ends of the hose , whereby the distance between the thickenings is between 40 mm and 100 mm, characterized in that the hose has an internal cross-sectional area of from 0.07 to 7.07 mm 2 and a wall thickness of from 0.3 mm to 2.2 mm, preferably from 0.3 to 1.5 mm, the internal cross-sectional area has a tolerance of not more than ± 33% and the hose is suitable for closing completely when stretched over the rotor with a tension force of 1 to 10 N.
A supervisory control system supervising a power transmission system, said supervisory control system comprising a display unit for displaying an overview picture of said power transmission system or part of said power transmission system, said overview picture comprising at least one object , said supervisory control system providing a display view displaying in an integrated manner said overview picture comprising overview information and a detailed information view comprising detailed information said detailed information view being related to one of the objects , characterized by said detailed information view (9; 10; 11) being arranged to be shown in a movable magnifier window as the magnifier window is moved over said associated object .
A universal socket ratchet wrench, comprising: a ratchet head having a ratchet mechanism therein, a handle portion detachably connected to the ratchet head to form a ratchet wrench, wherein the ratchet head is a universal socket ratchet head; wherein the ratchet head is composed of a main body member , a universal socket , a pawl , a spring , a body cover and a rotating cover , wherein all of the universal socket , the pawl and the spring are installed in an interior of the main body member , and the body cover is disposed on the top of the main body member , and the rotating cover is rotatably sheathed on the body cover ; wherein a lower end of the universal socket runs through and is exposed to a bottom of the main body member ; an outer circumferential surface of the universal socket is provided with teeth , and a claw of the pawl is meshed with the teeth , and the back of the pawl is connected with the spring , which abuts against an inside wall of the main body member ; wherein the universal socket is composed of a socket and an inner core assembly , wherein the socket is sheathed outside of the inner core assembly , and the inner core assembly comprises a plurality of positioning pins and a positioning cover , and the plurality of positioning pins are inserted in the positioning cover ; wherein a guiding post is disposed in a center of the positioning cover . a ratchet head having a ratchet mechanism therein, a handle portion detachably connected to the ratchet head to form a ratchet wrench, wherein the ratchet head is a universal socket ratchet head; wherein the ratchet head is composed of a main body member , a universal socket , a pawl , a spring , a body cover and a rotating cover , wherein all of the universal socket , the pawl and the spring are installed in an interior of the main body member , and the body cover is disposed on the top of the main body member , and the rotating cover is rotatably sheathed on the body cover ; wherein a lower end of the universal socket runs through and is exposed to a bottom of the main body member ; an outer circumferential surface of the universal socket is provided with teeth , and a claw of the pawl is meshed with the teeth , and the back of the pawl is connected with the spring , which abuts against an inside wall of the main body member ; wherein the universal socket is composed of a socket and an inner core assembly , wherein the socket is sheathed outside of the inner core assembly , and the inner core assembly comprises a plurality of positioning pins and a positioning cover , and the plurality of positioning pins are inserted in the positioning cover ; wherein a guiding post is disposed in a center of the positioning cover .
Method for transmitting data elements from source threads (E) to sink threads (V) which are executed on processor cores (C i ) of a parallel computer system, by means of at least one global logical queue (WS) which has for each processor core (C i ) of the parallel computer system an associated physical queue (Q i ) and which comprises a data element management table which stores for each source thread (E) executed on a processor core (C i ) a count (Count) which specifies the total number of data elements enqueued by the respective source thread (E), and located, in one of the physical queues of the logical queue (WS), and a processor core index (CORE) which specifies the processor core (C i ) in the physical queue of which the data elements enqueued there by the respective source thread (E) are located, wherein, on a data element being dequeued (tryPop) from the logical queue (WS) by a sink thread (V) executed on a processor core (C i ), this sink thread (V) initially accesses the physical queue (Q) which is allocated to the processor core (C i ) of the parallel computer system on which the sink thread (V) is executed and subsequently reads a data element out of this physical queue (Q) if a data element is located there, and otherwise accesses other randomly selected physical queues (Q) of other processor cores of the parallel computer system if there is no data element located in that physical queue (Q).
A copper alloy refining system, characterised in that it comprises a vertical furnace , an oxidising furnace , a refining furnace , a reducing furnace and a smelting furnace , arranged sequentially one after the other in this order and mutually linked for the passage therethrough of molten copper resulting from a copper load or copper alloy load introduced into the vertical furnace ; wherein the vertical furnace has a melting capacity for the introduced copper load , wherein the oxidising furnace is enabled for oxygen exchange with the molten copper coming from the vertical furnace , wherein the refining furnace is enabled to add additives to the molten copper coming from the oxidising furnace , wherein the reducing furnace is enabled to reduce the molten copper coming from the refining furnace , wherein the smelting furnace is enabled to receive the molten copper coming from the reducing furnace ; and wherein the oxidising furnace , the refining furnace and the reducing furnace have the same volumetric capacity, which is six times higher than the volumetric capacity of the vertical furnace and two times higher than the volumetric capacity of the smelting furnace .
Method for protecting security-relevant data in a cache memory, wherein a copy of the security-relevant data from a general memory is stored in the cache memory, comprising: - stipulating obfuscation parameters; - determining a first cache set address from a memory address of the general memory at which the security-relevant data are stored; - generating a first modified cache set address for a first cache set with a generating function using the obfuscation parameters and the first cache set address ; and - storing the copy of the security-relevant data using the first modified cache set address in a first cache line of the first cache set ; wherein the obfuscation parameters are modified by an interrupt request. - stipulating obfuscation parameters; - determining a first cache set address from a memory address of the general memory at which the security-relevant data are stored; - generating a first modified cache set address for a first cache set with a generating function using the obfuscation parameters and the first cache set address ; and - storing the copy of the security-relevant data using the first modified cache set address in a first cache line of the first cache set ; wherein the obfuscation parameters are modified by an interrupt request.
A method of current differential protection performed in a control device , the control device having a first operate-restrain characteristic with a differential characteristic pick-up setting I D , the method comprising: - determining currents of all terminals of a protected object , - determining a differential current based on the determined currents, characterized by - determining direct current, DC, components, I DC in the respective determined currents, - detecting a fault based on the determined differential current, and - adjusting , when the detected fault is an external fault, the operate-restrain characteristics by setting an adjusted differential characteristic pick-up setting I D_adj to be equal to the sum of the differential characteristic pick-up setting I D and the determined DC components, I DC , providing an adjusted operate-restrain characteristics. - determining currents of all terminals of a protected object , - determining a differential current based on the determined currents, characterized by - determining direct current, DC, components, I DC in the respective determined currents, - detecting a fault based on the determined differential current, and - adjusting , when the detected fault is an external fault, the operate-restrain characteristics by setting an adjusted differential characteristic pick-up setting I D_adj to be equal to the sum of the differential characteristic pick-up setting I D and the determined DC components, I DC , providing an adjusted operate-restrain characteristics.
A fiber storage device comprising: a storage body extending along a height from a first end to a second end , the first end being configured to couple to a mounting surface , at least a portion of the storage body defining a storage surface that extends between the first and second ends , the storage surface being contoured to limit a bending radius of any fiber extending along the storage surface ; and an arm extending outwardly from the second end of the storage body to a distal end of the arm , the arm being sufficiently flexible to enable the distal end of the arm to deflect along the height of the storage body ; a retaining member disposed at the distal end of the arm , the retaining member having a first contact surface that faces away from the storage surface of the storage body , a second contact surface that faces towards the storage surface of the storage body , and a bottom contact surface that faces the mounting surface when the storage body is mounted to the mounting surface ; the storage device being characterized by : the first contact surface being free of sharp edges, the first contact surface transitioning to the bottom contact surface more gradually than the second contact surface transitions to the bottom contact surface . a storage body extending along a height from a first end to a second end , the first end being configured to couple to a mounting surface , at least a portion of the storage body defining a storage surface that extends between the first and second ends , the storage surface being contoured to limit a bending radius of any fiber extending along the storage surface ; and an arm extending outwardly from the second end of the storage body to a distal end of the arm , the arm being sufficiently flexible to enable the distal end of the arm to deflect along the height of the storage body ; a retaining member disposed at the distal end of the arm , the retaining member having a first contact surface that faces away from the storage surface of the storage body , a second contact surface that faces towards the storage surface of the storage body , and a bottom contact surface that faces the mounting surface when the storage body is mounted to the mounting surface ; the storage device being characterized by : the first contact surface being free of sharp edges, the first contact surface transitioning to the bottom contact surface more gradually than the second contact surface transitions to the bottom contact surface .
A woven fabric , comprising at least one composite elongate element (5a-5d) adapted for use as a tape, the composite elongate element comprising a plurality of elongate elements twisted together, wherein at least one of the elongate elements comprises a polymeric base and at least one polymeric surface layer , the at least one polymeric surface layer having a softening temperature lower than that of the polymeric base, and wherein the at least one elongate element is substantially planar prior to twisting.
A nuclear reactor module comprising in-core instrumentation , the nuclear reactor module comprising: a containment vessel comprising an upper containment head and a lower containment head , the lower containment head being a removably attached part of the containment vessel ; a reactor pressure vessel comprising an upper vessel head and a lower vessel head , the lower vessel head being a removably attached part of the reactor pressure vessel , wherein, when the containment vessel has its lower containment head attached and the reactor pressure vessel has its lower vessel head attached, the reactor pressure vessel is entirely housed within the containment vessel ; a reactor core housed within the lower vessel head ; and a plurality of in-core instruments operably coupled to external wiring via a sealed penetration through the upper containment head of the containment vessel , wherein lower ends of the in-core instruments are located within the reactor core when the reactor pressure vessel has its lower vessel head attached, and wherein the in-core instruments are configured such that the lower ends are concurrently removed from the reactor core as a result of separating the lower vessel head with the reactor core housed therein from the reactor pressure vessel . a containment vessel comprising an upper containment head and a lower containment head , the lower containment head being a removably attached part of the containment vessel ; a reactor pressure vessel comprising an upper vessel head and a lower vessel head , the lower vessel head being a removably attached part of the reactor pressure vessel , wherein, when the containment vessel has its lower containment head attached and the reactor pressure vessel has its lower vessel head attached, the reactor pressure vessel is entirely housed within the containment vessel ; a reactor core housed within the lower vessel head ; and a plurality of in-core instruments operably coupled to external wiring via a sealed penetration through the upper containment head of the containment vessel , wherein lower ends of the in-core instruments are located within the reactor core when the reactor pressure vessel has its lower vessel head attached, and wherein the in-core instruments are configured such that the lower ends are concurrently removed from the reactor core as a result of separating the lower vessel head with the reactor core housed therein from the reactor pressure vessel .
An exercise managing method comprising: determining , with a processor, a cumulative heart rate, HR, corresponding to a cumulative sum of HRs of a user, wherein the cumulative HR is based on HRs during a steady state, wherein the cumulative HR is determined based on a mean HR in the steady state period and a duration of an exercise performed by the user; analyzing the exercise performed by the user based on the cumulative HR, wherein the analyzing comprises: determining a ratio of anaerobic metabolism to aerobic metabolism used by the user during a time period of the exercise, based on a difference between the cumulative HR and another cumulative HR, wherein the another HR is calculated based on HRs measured from a start time of the exercise performed by the user; or determining an exercise performance excess or shortfall ratio based on a difference between the cumulative HR and a target cumulative HR for the user, wherein the target cumulative HR is determined based on a target HR for the user and the duration of the exercise; and providing a result of the analyzing to the user. determining , with a processor, a cumulative heart rate, HR, corresponding to a cumulative sum of HRs of a user, wherein the cumulative HR is based on HRs during a steady state, wherein the cumulative HR is determined based on a mean HR in the steady state period and a duration of an exercise performed by the user; analyzing the exercise performed by the user based on the cumulative HR, wherein the analyzing comprises: determining a ratio of anaerobic metabolism to aerobic metabolism used by the user during a time period of the exercise, based on a difference between the cumulative HR and another cumulative HR, wherein the another HR is calculated based on HRs measured from a start time of the exercise performed by the user; or determining an exercise performance excess or shortfall ratio based on a difference between the cumulative HR and a target cumulative HR for the user, wherein the target cumulative HR is determined based on a target HR for the user and the duration of the exercise; and determining a ratio of anaerobic metabolism to aerobic metabolism used by the user during a time period of the exercise, based on a difference between the cumulative HR and another cumulative HR, wherein the another HR is calculated based on HRs measured from a start time of the exercise performed by the user; or determining an exercise performance excess or shortfall ratio based on a difference between the cumulative HR and a target cumulative HR for the user, wherein the target cumulative HR is determined based on a target HR for the user and the duration of the exercise; and providing a result of the analyzing to the user.
Connection device for a vehicle, intended to connect a wiper blade to a driving arm, comprising at least one connector configured to be secured to the wiper blade and at least two adapters , one of the adapters being configured for connecting the connector to a first type of driving arm, and a combination of the two adapters being configured for connecting the connector to a second type of driving arm , the adapters comprising a locking member configured to lock the combination of the two adapters to the second type of driving arm , these locking members being superposed in order to secure the combination of the two adapters to the second type of driving arm characterized in that the locking members are retractable between an immobilizing position intended to immobilize the adapters with respect to the second type of driving arm and a mounting position intended to allow a translation of the adapters relative to the second type of driving arm .
Knob , for correctly laying tiles, comprising a first jaw and a second jaw , each jaw delimiting a half-seat and a threaded half-duct ; wherein the first and the second jaw are connected to each other in such a way that said knob can adopt a clamped configuration, in which the first and the second jaw are in contact with each other and the two half-seats and the two half-ducts respectively form a cylindrical seat and a threaded duct , which is intended to house a threaded rod (S) of a strap (B); and a wide apart configuration, in which the first and the second jaw are not in contact with each other; said knob comprising closing means for keeping the knob in the clamped configuration and characterised in that said closing means are of the latch type wherein one of said two jaws comprises an elastic latch and the other jaw comprises a slot suitable for housing the latch with an elastic snap-in action. a first jaw and a second jaw , each jaw delimiting a half-seat and a threaded half-duct ; wherein the first and the second jaw are connected to each other in such a way that said knob can adopt a clamped configuration, in which the first and the second jaw are in contact with each other and the two half-seats and the two half-ducts respectively form a cylindrical seat and a threaded duct , which is intended to house a threaded rod (S) of a strap (B); and a wide apart configuration, in which the first and the second jaw are not in contact with each other; said knob comprising closing means for keeping the knob in the clamped configuration and characterised in that said closing means are of the latch type wherein one of said two jaws comprises an elastic latch and the other jaw comprises a slot suitable for housing the latch with an elastic snap-in action.