mhurhangee/patent-ind-claim-en huggingface dataset:
A distraction device for moving a portion of a patient's body comprising: a housing ; a first distraction rod configured to be telescopically carried on the outside of the housing and longitudinally displaced along a longitudinal axis of the distraction device ; and a lead screw configured to rotate to move the first distraction rod relative to the housing ; characterized in that the distraction device further comprises a second distraction rod telescopically carried within the housing and longitudinally displaceable along the longitudinal axis. a housing ; a first distraction rod configured to be telescopically carried on the outside of the housing and longitudinally displaced along a longitudinal axis of the distraction device ; and a lead screw configured to rotate to move the first distraction rod relative to the housing ; characterized in that the distraction device further comprises a second distraction rod telescopically carried within the housing and longitudinally displaceable along the longitudinal axis.
A lubrication system for a gas turbine engine , the system comprising: a gearbox , the gearbox comprising a sump; an oil tank ; a primary gearbox lubrication system configured to pump oil from the oil tank to lubricate the gearbox with a gearbox primary feed ; characterized by a secondary gearbox lubrication system configured to lubricate the gearbox with oil from the sump when the oil level in the sump reaches a predetermined level , the secondary gearbox lubrication system comprising a scoop that is attached to a rotating part of the gearbox and configured to collect oil from the sump of the gearbox when the oil level in the sump is deep enough for the scoop to reach it; and a turbomachinery lubrication system configured to lubricate turbomachinery of the gas turbine engine with a turbomachinery feed ; wherein the lubrication system is configured to supply a crossover flow from the turbomachinery feed to increase the oil level in the sump in response to a failure of the primary gearbox lubrication system. a gearbox , the gearbox comprising a sump; an oil tank ; a primary gearbox lubrication system configured to pump oil from the oil tank to lubricate the gearbox with a gearbox primary feed ; characterized by a secondary gearbox lubrication system configured to lubricate the gearbox with oil from the sump when the oil level in the sump reaches a predetermined level , the secondary gearbox lubrication system comprising a scoop that is attached to a rotating part of the gearbox and configured to collect oil from the sump of the gearbox when the oil level in the sump is deep enough for the scoop to reach it; and a turbomachinery lubrication system configured to lubricate turbomachinery of the gas turbine engine with a turbomachinery feed ; wherein the lubrication system is configured to supply a crossover flow from the turbomachinery feed to increase the oil level in the sump in response to a failure of the primary gearbox lubrication system.
Method for producing a two-dimensionally or three-dimensionally curved bent component from a cut-to-length tubular or rod-shaped workpiece (W) by means of a numerically controlled bending machine , wherein the workpiece, prior to a bending operation, is transferred into a required rotational position in relation to its longitudinal central axis with the aid of a marking (M) on the peripheral surface and subsequently is bent, comprising: clamping an end portion of the workpiece in a clamping device of the bending machine, wherein the clamping device is rotatable by means of a rotation unit about a rotational axis and displaceable in parallel to the rotational axis; characterized by an automated orientation operation comprising the following steps: detecting the marking (M) using a camera system ; obtaining rotational position information from at least one photographical image of the camera system ; and controlling the rotation unit depending on the obtained rotational position information for rotating the clamped workpiece (W) by means of the clamping device to the required rotational position if the workpiece after clamping is not located in the required rotational position. clamping an end portion of the workpiece in a clamping device of the bending machine, wherein the clamping device is rotatable by means of a rotation unit about a rotational axis and displaceable in parallel to the rotational axis; characterized by an automated orientation operation comprising the following steps: detecting the marking (M) using a camera system ; obtaining rotational position information from at least one photographical image of the camera system ; and controlling the rotation unit depending on the obtained rotational position information for rotating the clamped workpiece (W) by means of the clamping device to the required rotational position if the workpiece after clamping is not located in the required rotational position. detecting the marking (M) using a camera system ; obtaining rotational position information from at least one photographical image of the camera system ; and controlling the rotation unit depending on the obtained rotational position information for rotating the clamped workpiece (W) by means of the clamping device to the required rotational position if the workpiece after clamping is not located in the required rotational position.
An electronic closure system with an electronic key , at least one electronic lock , a central data processing centre arranged remotely from the electronic lock and a communication device for transmitting to the central data processing centre at least one item of information (20; 22; 34) characteristic of the electronic lock and/or the user , wherein the electronic key comprises at least two contacts for the transmittal of data and energy to the electronic lock and at least one input device provided at a housing of the electronic key and for entering an authorisation code , wherein the electronic key is programmable, by means of authorisation codes which can be entered by the input device , for the opening of different electronic locks, wherein the input device and the contacts are arranged on different sides of the housing , wherein the input device is arranged at a front side of the housing and the contacts are arranged on an opposite rear side of the housing and wherein the electronic key is provided with at least one rechargeable battery as a source of electrical voltage and with an electric voltage converter, by means of which a lower output voltage of the battery in the electronic key is converted into a higher operating voltage required by the electronic lock, and wherein the electronic key is provided with at least one magnet for the purposes of centring in cooperation with a corresponding counter-magnet at the electronic lock , wherein further the at least one electronic lock is provided with at least two concentrically-arranged mating contacts and a magnetic centring arrangement, wherein the electronic lock is not constantly supplied with an operating voltage, wherein the central data processing centre is configured to check the transmitted information (20; 22; 34) and for a transmittal of an authorisation code to the user by means of the communication device in the case of a positive check of the information (20; 22; 34), and wherein, after an input of the authorisation code by the user by means of the input device in the accompanying electronic key by bringing into contact the electronic key and the electronic lock , a transmittal of data and energy from the electronic key to the electronic lock can effect an unlocking of the electronic lock .
An audio signal coding apparatus comprising: a time-frequency transformer adapted to generate a spectrum by performing a transform on an input audio signal into a frequency domain, to divide the spectrum into sub-bands, which are predetermined frequency bands, and to output sub-band spectra, wherein the input audio signal comprises a music signal, a speech signal, or a signal, in which a music signal and a speech signal are mixed; a sub-band energy quantizer adapted to obtain, for each of the sub-bands, a quantized sub-band energy; a tonality calculator adapted to analyze a tonality of the sub-band spectra and to output an analysis result; a bit allocator adapted to select a second sub-band on which a quantization is performed by a second quantizer from among the sub-bands on the basis of the analysis result of the tonality and the quantized sub-band energy, and to determine a first number of bits to be allocated to a first sub-band, among the sub-bands, on which aquantization is performed by a first quantizer ; and a multiplexer adapted to multiplex into information coded information output from the first quantizer and from the second quantizer , the quantized sub-band energy, and the analysis result of the tonality, and to output the multiplexed information, wherein the first quantizer is adapted to pulse-code a sub-band spectrum among the sub-band spectra that is included in the first sub-band by using the first number of bits, and the second quantizer is adapted to code a sub-band spectrum among the sub-band spectra that is included in the second sub-band by using a pitch filter. a time-frequency transformer adapted to generate a spectrum by performing a transform on an input audio signal into a frequency domain, to divide the spectrum into sub-bands, which are predetermined frequency bands, and to output sub-band spectra, wherein the input audio signal comprises a music signal, a speech signal, or a signal, in which a music signal and a speech signal are mixed; a sub-band energy quantizer adapted to obtain, for each of the sub-bands, a quantized sub-band energy; a tonality calculator adapted to analyze a tonality of the sub-band spectra and to output an analysis result; a bit allocator adapted to select a second sub-band on which a quantization is performed by a second quantizer from among the sub-bands on the basis of the analysis result of the tonality and the quantized sub-band energy, and to determine a first number of bits to be allocated to a first sub-band, among the sub-bands, on which aquantization is performed by a first quantizer ; and a multiplexer adapted to multiplex into information coded information output from the first quantizer and from the second quantizer , the quantized sub-band energy, and the analysis result of the tonality, and to output the multiplexed information, wherein the first quantizer is adapted to pulse-code a sub-band spectrum among the sub-band spectra that is included in the first sub-band by using the first number of bits, and the second quantizer is adapted to code a sub-band spectrum among the sub-band spectra that is included in the second sub-band by using a pitch filter.
A method of controlling a frequency of a clock signal for a processor , the method comprising: receiving from a clock generator , a first processor clock signal for supplying to a processor , the first processor clock signal being of a first frequency; receiving an indication of voltage droop in a voltage supplied to the processor ; in response to the indication of the voltage droop, blocking the first processor clock signal from being supplied to the processor for a predefined number of clock pulses of the first processor clock signal; subsequently, in response to the indication of the voltage droop, removing a proportion of clock pulses from the first processor clock signal to generate a second processor clock signal of a second frequency, wherein the second frequency is lower than the first frequency; and providing the second processor clock signal to the processor . receiving from a clock generator , a first processor clock signal for supplying to a processor , the first processor clock signal being of a first frequency; receiving an indication of voltage droop in a voltage supplied to the processor ; in response to the indication of the voltage droop, blocking the first processor clock signal from being supplied to the processor for a predefined number of clock pulses of the first processor clock signal; subsequently, in response to the indication of the voltage droop, removing a proportion of clock pulses from the first processor clock signal to generate a second processor clock signal of a second frequency, wherein the second frequency is lower than the first frequency; and providing the second processor clock signal to the processor .
A robotic system comprising: first manipulating means coupleable to a camera , the camera having a field of view; second manipulating means coupleable to an instrument for moving the instrument , the instrument having a working end ; an input device ; and a processor ; the processor being configured to switch control of the instrument from a first mode to an operator control mode in response to a determination that the working end of the instrument has entered an area of a field of view, the first mode selected from the group consisting of an assistant control mode and a processor control mode, the assistant control mode being a mode in which an assistant manually controls movement of the instrument , the processor control mode being a mode in which the processor responds to programmed instructions stored in memory to control movement of the instrument , and the operator control mode being a mode in which the processor responds to operator manipulation of the input device to control movement of the instrument . first manipulating means coupleable to a camera , the camera having a field of view; second manipulating means coupleable to an instrument for moving the instrument , the instrument having a working end ; an input device ; and a processor ; the processor being configured to switch control of the instrument from a first mode to an operator control mode in response to a determination that the working end of the instrument has entered an area of a field of view, the first mode selected from the group consisting of an assistant control mode and a processor control mode, the assistant control mode being a mode in which an assistant manually controls movement of the instrument , the processor control mode being a mode in which the processor responds to programmed instructions stored in memory to control movement of the instrument , and the operator control mode being a mode in which the processor responds to operator manipulation of the input device to control movement of the instrument .
A method for creating a compound file in an electronic device, the method comprising: receiving image data and additional data; and creating a compound file by using the received image data and the additional data, wherein the compound file comprises: the image data; a header corresponding to the image data; the additional data; and a marker indicating that the compound file is an image file having the additional data inserted therein, wherein the marker is recorded in a tail of the compound file separated from the header. receiving image data and additional data; and creating a compound file by using the received image data and the additional data, wherein the compound file comprises: the image data; a header corresponding to the image data; the additional data; and a marker indicating that the compound file is an image file having the additional data inserted therein, wherein the marker is recorded in a tail of the compound file separated from the header. the image data; a header corresponding to the image data; the additional data; and a marker indicating that the compound file is an image file having the additional data inserted therein, wherein the marker is recorded in a tail of the compound file separated from the header.
A refrigerator comprising: a cabinet having a storage compartment provided therein; a main door pivotably mounted at the cabinet for opening and closing the storage compartment, the main door including an opening ; an auxiliary door disposed at a front of the main door and pivotably mounted at the main door for opening and closing the opening of the main door ; a first upper hinge bracket fixed to an upper wall of the cabinet , the first upper hinge bracket including a rotation shaft ; and a second upper hinge bracket fixed to an upper portion of the auxiliary door , wherein the second upper hinge bracket including a fastening part fastened to a rear side of the auxiliary door , an extension part extending backward from the fastening part and a rotation shaft vertically formed at an end of the extension part ; wherein the rotation shafts of the first upper hinge bracket and the second upper hinge bracket are coupled on an upper portion of the main door ; and wherein the rotation shaft of the second upper hinge bracket is positioned more forward toward the auxiliary door than the rotation shaft of the first upper hinge bracket . a cabinet having a storage compartment provided therein; a main door pivotably mounted at the cabinet for opening and closing the storage compartment, the main door including an opening ; an auxiliary door disposed at a front of the main door and pivotably mounted at the main door for opening and closing the opening of the main door ; a first upper hinge bracket fixed to an upper wall of the cabinet , the first upper hinge bracket including a rotation shaft ; and a second upper hinge bracket fixed to an upper portion of the auxiliary door , wherein the second upper hinge bracket including a fastening part fastened to a rear side of the auxiliary door , an extension part extending backward from the fastening part and a rotation shaft vertically formed at an end of the extension part ; wherein the rotation shafts of the first upper hinge bracket and the second upper hinge bracket are coupled on an upper portion of the main door ; and wherein the rotation shaft of the second upper hinge bracket is positioned more forward toward the auxiliary door than the rotation shaft of the first upper hinge bracket .
A pipe coupling comprising an outer tubular part with threads on its inside, an inner tubular part with threads on its outside, wherein the outer tubular part and the inner tubular part have the same inner diameter, wherein the coupling further comprising a sleeve where on a first half of the sleeve there are external and inner threads which fits into the threads of the outer and inner tubular parts, respectively, so that the sleeve can be screwed inwards into the outer tubular part while it is simultaneously screwed outwards onto the inner tubular part so that the inner and outer tubular parts are not displaced relative to each other and the outer and inner tubular parts become connected to each other through the threads of the sleeve , characterised in that at one end of the inner tubular part there is a sealing ring groove with a sealing ring for sealing against a smooth cylindrical portion on the outer tubular part .
An engine-driven tool comprising a rotatable work tool and an engine that is arranged to propel a first driving pulley via a clutch wheel comprised in a power transferring unit , where the first driving pulley and the clutch wheel are arranged to rotate around a common driving axis , and where the clutch wheel has an outer edge that is farthest from the driving pulley along the common driving axis , where furthermore the power transferring unit comprises an endless drive belt that is arranged to at least indirectly propel the rotatable work tool when the first driving pulley is propelled, where the engine-driven tool further comprises a shielding cover that is arranged to shield a part of the rotatable work tool , and a dust channel that is formed between the shielding cover and the rotatable work tool , which dust channel at least indirectly is connected to a fan arrangement that is arranged to convey air from the dust channel and comprises a fan turbine that is connected to a fan pulley comprised in the power transferring unit , where the drive belt is arranged to propel the fan pulley , characterized in that a first overlap line extends along the outer edge of the clutch wheel , perpendicular to the extension of the common driving axis , the first overlap line further extending via the fan turbine .
A method of wireless communication, comprising: receiving a conditional grant including a transmission configuration for uplink transmissions; receiving an uplink activation grant over a contention-based shared carrier, wherein the uplink activation grant comprises a common reference signal, CRS, of a serving base station in a first symbol over the contention-based shared carrier; and transmitting the uplink transmissions on the contention-based shared carrier according to the transmission configuration, wherein the transmitting is in response to the uplink activation grant. receiving a conditional grant including a transmission configuration for uplink transmissions; receiving an uplink activation grant over a contention-based shared carrier, wherein the uplink activation grant comprises a common reference signal, CRS, of a serving base station in a first symbol over the contention-based shared carrier; and transmitting the uplink transmissions on the contention-based shared carrier according to the transmission configuration, wherein the transmitting is in response to the uplink activation grant.
An automated analyzer comprising: a processing unit that performs processing necessary for sample analysis; a consumable supply unit that includes: a consumable container holding portion for holding a consumable storage container where consumables including reaction containers or dispensing tips are arranged and accommodated; a preliminary storage portion for temporarily storing the consumables taken out from the consumable storage container; and a transport mechanism for transporting the consumables to the processing unit; a lock mechanism that restricts an operator' s access to the consumable container holding portion ; and a control device that controls the operations of the processing unit, the consumable supply unit and the lock mechanism, wherein the control device controls the transport mechanism so that the transport mechanism transports at least some of the consumables taken out from the consumable storage container to the preliminary storage portion for storage, and when the operator makes a request for replacing the consumable storage container , the control device changes a supply source of consumables transported by the transport mechanism from the consumable storage container to the preliminary storage portion and subsequently controls so that the lock mechanism is unlocked. a processing unit that performs processing necessary for sample analysis; a consumable supply unit that includes: a consumable container holding portion for holding a consumable storage container where consumables including reaction containers or dispensing tips are arranged and accommodated; a preliminary storage portion for temporarily storing the consumables taken out from the consumable storage container; and a transport mechanism for transporting the consumables to the processing unit; a lock mechanism that restricts an operator' s access to the consumable container holding portion ; and a control device that controls the operations of the processing unit, the consumable supply unit and the lock mechanism, wherein the control device controls the transport mechanism so that the transport mechanism transports at least some of the consumables taken out from the consumable storage container to the preliminary storage portion for storage, and when the operator makes a request for replacing the consumable storage container , the control device changes a supply source of consumables transported by the transport mechanism from the consumable storage container to the preliminary storage portion and subsequently controls so that the lock mechanism is unlocked.