mhurhangee/patent-ind-claim-en huggingface dataset:
A method of storing nuclear fuel outside of a nuclear reactor core, the method comprising at least one of: submerging at least a portion of a nuclear fuel rod in a nuclear fuel storage pool comprising an aqueous solution comprising at least one of polyhedral boron hydride anions or carborane anions; or adding a salt comprising a polyhedral boron hydride anion or carborane anion to a nuclear fuel storage pool comprising water and at least a portion of a nuclear fuel rod submerged therein, wherein adding the salt provides an aqueous solution comprising at least one of polyhedral boron hydride anions or carborane anions. submerging at least a portion of a nuclear fuel rod in a nuclear fuel storage pool comprising an aqueous solution comprising at least one of polyhedral boron hydride anions or carborane anions; or adding a salt comprising a polyhedral boron hydride anion or carborane anion to a nuclear fuel storage pool comprising water and at least a portion of a nuclear fuel rod submerged therein, wherein adding the salt provides an aqueous solution comprising at least one of polyhedral boron hydride anions or carborane anions.
An integrated circuit , comprising: first processing means for processing data, the first processing means being configured to be powered by a first voltage source (V DD1 ); second processing means for processing data, the second processing means being configured to be powered by a second voltage source (V DD2 ); wherein the first voltage source (VDD1) and the second voltage source (VDD2) are unequal; decoupling means for decoupling the first and second processing means ; means for switching the decoupling means between the first (V DD1 ) and second voltage sources (V DD2 ); first switching means for controlling a connection between the decoupling means and the first voltage source (V DD1 ); second switching means for controlling a connection between the decoupling means and the second voltage source (V DD2 ); and means for controlling the first and second switching means , wherein the means for controlling the first and second switching means is configured to control the first switching means to charge the decoupling means from the first voltage source (V DD1 ), characterised in that the means for controlling the first and second switching means is further configured to control the second switching means to supply current from the charged decoupling means to the second processing means and the second voltage source (V DD2 ). first processing means for processing data, the first processing means being configured to be powered by a first voltage source (V DD1 ); second processing means for processing data, the second processing means being configured to be powered by a second voltage source (V DD2 ); wherein the first voltage source (VDD1) and the second voltage source (VDD2) are unequal; decoupling means for decoupling the first and second processing means ; means for switching the decoupling means between the first (V DD1 ) and second voltage sources (V DD2 ); first switching means for controlling a connection between the decoupling means and the first voltage source (V DD1 ); second switching means for controlling a connection between the decoupling means and the second voltage source (V DD2 ); and means for controlling the first and second switching means , wherein the means for controlling the first and second switching means is configured to control the first switching means to charge the decoupling means from the first voltage source (V DD1 ), characterised in that the means for controlling the first and second switching means is further configured to control the second switching means to supply current from the charged decoupling means to the second processing means and the second voltage source (V DD2 ).
Sprayable sun protection composition comprising, in a physiologically acceptable medium, at least one UV filter and at least one emollient, wherein it further comprises an emulsion stabilizing and viscosity controlling agent, alpha-cyclodextrin (CavamaxTM W6 Food), a surfactant and in that it does not contain xanthan gum.
A method for preparing an osteoinductive composition, the osteoinductive composition comprising a plurality of surface demineralized fibrous bone chips, wherein the method comprises pressing surface demineralized bone chips at pressures from 34.47 MPa (5,000 psi) to 68.95 MPa (10,000 psi) to form surface demineralized fibrous bone chips, wherein the surface demineralized fibrous bone chips retain their chip structure and each comprise a demineralized fibrous surface layer and a mineral core, wherein the mineral core comprises 98%, 99%, or 100% by weight of the mineral core's original mineral content, and the surface demineralized fibrous bone chips have a BET surface area from 10 m 2 /gm to 70 m 2 /gm. the osteoinductive composition comprising a plurality of surface demineralized fibrous bone chips, wherein the method comprises pressing surface demineralized bone chips at pressures from 34.47 MPa (5,000 psi) to 68.95 MPa (10,000 psi) to form surface demineralized fibrous bone chips, wherein the surface demineralized fibrous bone chips retain their chip structure and each comprise a demineralized fibrous surface layer and a mineral core, wherein the mineral core comprises 98%, 99%, or 100% by weight of the mineral core's original mineral content, and the surface demineralized fibrous bone chips have a BET surface area from 10 m 2 /gm to 70 m 2 /gm.
Sealing device for an air inlet of a front end of a motor vehicle, comprising: ▪ a support frame in which there is installed at least one flap that can pivot about a horizontal pivot axis (A) between a sealing position and an opening position, ▪ at least one control element controlling the position of the flap or flaps , the lower part of the support frame and the lower end of the flap that is lowest when said flap is in the sealing position being separated by a space (E), this space (E) by virtue of its height making it possible to receive and/or evacuate water that can run out of said device, and when the motor vehicle is stopped, the flap or flaps being positioned in a predetermined stopped position where the flap or flaps are offset by an angle (α) of between 1 and 40° with respect to their sealing position. ▪ a support frame in which there is installed at least one flap that can pivot about a horizontal pivot axis (A) between a sealing position and an opening position, ▪ at least one control element controlling the position of the flap or flaps ,
A method of operating an radio frequency system, the method comprising: generating a first radio frequency signal having a first frequency using a first transmitter in a first radio frequency signal path; filtering the generated first radio frequency signal using an radio frequency filter of a first selectable filter bank to form a first filtered transmitted signal; producing a first coupled signal and a first transmitted signal from the first filtered transmitted signal using a directional coupler; transmitting the first transmitted signal; transmitting a second radio frequency signal having a second frequency using a second transmitter in a second radio frequency signal path, wherein the second radio frequency signal path is coupled to the first radio frequency signal path, and the second frequency is different from the first frequency; bandpass filtering, using a first tunable bandpass filter , the first coupled signal to form a first tunable bandpass filtered signal; and measuring a parameter of the first tunable bandpass filtered signal. generating a first radio frequency signal having a first frequency using a first transmitter in a first radio frequency signal path; filtering the generated first radio frequency signal using an radio frequency filter of a first selectable filter bank to form a first filtered transmitted signal; producing a first coupled signal and a first transmitted signal from the first filtered transmitted signal using a directional coupler; transmitting the first transmitted signal; transmitting a second radio frequency signal having a second frequency using a second transmitter in a second radio frequency signal path, wherein the second radio frequency signal path is coupled to the first radio frequency signal path, and the second frequency is different from the first frequency; bandpass filtering, using a first tunable bandpass filter , the first coupled signal to form a first tunable bandpass filtered signal; and measuring a parameter of the first tunable bandpass filtered signal.
Fluid ring compressor having a first single-acting compression stage , which has a first impeller eccentrically mounted in a housing , and having a second single-acting compression stage , which has a second impeller eccentrically mounted in a housing, wherein the first compression stage and the second compression stage are separated from one another by a sealing gap , characterized in that the sealing gap is arranged between a suction segment of the first compression stage and a suction segment of the second compression stage .
A pipe connecting device for connecting pipes for the transport of low-temperature liquids, comprising: two connecting elements for connecting to a respective pipe end, two bearing elements respectively connected to one of the connecting elements and partially overlapping each other in the longitudinal direction , a bearing arranged between the bearing elements , a tubular interior part surrounded by the bearing elements , wherein the connecting elements and the interior part define an interior space through which the liquid is supplied, a circumferential groove , open towards the interior space, provided between the interior part and one of the connecting elements , in which groove a primary seal is arranged, and a circumferential closed chamber provided between the interior part and one of the connecting elements , in which chamber a secondary seal is arranged, wherein between the chamber and the interior space a pressure compensation takes place, characterized in that the chamber is connected to the interior space via a connecting duct serving as a pressure compensation duct. two connecting elements for connecting to a respective pipe end, two bearing elements respectively connected to one of the connecting elements and partially overlapping each other in the longitudinal direction , a bearing arranged between the bearing elements , a tubular interior part surrounded by the bearing elements , wherein the connecting elements and the interior part define an interior space through which the liquid is supplied, a circumferential groove , open towards the interior space, provided between the interior part and one of the connecting elements , in which groove a primary seal is arranged, and a circumferential closed chamber provided between the interior part and one of the connecting elements , in which chamber a secondary seal is arranged, wherein between the chamber and the interior space a pressure compensation takes place, characterized in that the chamber is connected to the interior space via a connecting duct serving as a pressure compensation duct.
An electrophoretic deposition fluid including ceramic particles and a binder raw material , for use in electrophoretic deposition, characterized in that the binder raw material is an organopolysiloxane composition including at least one of: polydialkylsiloxane terminally modified with metal alkoxide; polydiarylsiloxane terminally modified with metal alkoxide; and polyalkylarylsiloxane terminally modified with metal alkoxide, wherein the metal alkoxide with which the polydialkylsiloxane is terminally modified, the metal alkoxide with which the polydiarylsiloxane is terminally modified, and the metal alkoxide with which polyalkylarylsiloxane is terminally modified are each a metal alkoxide or a hydrolytic condensate of the metal alkoxide.
A hinge , characterized by comprising: at least two joints that are sequentially connected; wherein each joint comprises a joint body , a rotation structure provided at a first end portion of the joint body , and a position-limit structure provided at a second end portion of the joint body ; the rotation structures of any adjacent two joints are socketed with each other; the rotation structures of adjacent two joints are capable of rotating relative to each other; the adjacent two joints are opened or closed via relative reciprocating motion between the position-limit structures of the adjacent two joints ; when an opening degree of the adjacent two joints reaches a preset value, the position-limit structures of the two adjacent joints stop each other; wherein a wiring through-hole is defined in each joint ; and the wiring through-holes of any adjacent joints are in communication with each other. wherein each joint comprises a joint body , a rotation structure provided at a first end portion of the joint body , and a position-limit structure provided at a second end portion of the joint body ; the rotation structures of any adjacent two joints are socketed with each other; the rotation structures of adjacent two joints are capable of rotating relative to each other; the adjacent two joints are opened or closed via relative reciprocating motion between the position-limit structures of the adjacent two joints ; when an opening degree of the adjacent two joints reaches a preset value, the position-limit structures of the two adjacent joints stop each other; wherein a wiring through-hole is defined in each joint ; and the wiring through-holes of any adjacent joints are in communication with each other.
A method of reactivating a spent or depleted fluorination catalyst, wherein the fluorination catalyst is a bulk (unsupported) or supported metal oxide-based fluorination catalyst that has been used to catalyze the fluorination of a chlorinated compound using HF, comprising contacting the spent or depleted fluorination catalyst with an agent that is a source of reactive fluorine comprising NF 3 .
A contactless cleaning system for at least one inkjet print head comprising: a. a support bracket ; b. a platform having a proximal end and a distal end , an apical surface and a basal surface , a portion of the basal surface coupled to the support bracket ; c. a catch basin defined in the apical surface of the platform ; d. for each inkjet print head , an elongated bath (106 i ) defining a longitudinal axis (X 106 ), the elongated bath (106 i ) having a length ( l 106 ) that is equal to or longer than the length (l 501 ) of a nozzle plate of each inkjet print head ; e. for each inkjet print head , a suction duct disposed distally to the elongated bath (106 i ), the suction duct having a tip (108 p ) protruding apically from the catch basin with an elongated slit defining a longitudinal axis ( X 108 ) transverse to the longitudinal axis of the elongated bath ; f. for each inkjet print head , an elongated washing port (109 k ) in communication with a pressurized liquid source and a vacuum source ; and g. a vacuum blade having a length (l 110 ) spanning at least the area sought to be cleaned, the vacuum blade disposed distally to the washing port (109 k ), being in communication with the vacuum source . a. a support bracket ; b. a platform having a proximal end and a distal end , an apical surface and a basal surface , a portion of the basal surface coupled to the support bracket ; c. a catch basin defined in the apical surface of the platform ; d. for each inkjet print head , an elongated bath (106 i ) defining a longitudinal axis (X 106 ), the elongated bath (106 i ) having a length ( l 106 ) that is equal to or longer than the length (l 501 ) of a nozzle plate of each inkjet print head ; e. for each inkjet print head , a suction duct disposed distally to the elongated bath (106 i ), the suction duct having a tip (108 p ) protruding apically from the catch basin with an elongated slit defining a longitudinal axis ( X 108 ) transverse to the longitudinal axis of the elongated bath ; f. for each inkjet print head , an elongated washing port (109 k ) in communication with a pressurized liquid source and a vacuum source ; and g. a vacuum blade having a length (l 110 ) spanning at least the area sought to be cleaned, the vacuum blade disposed distally to the washing port (109 k ), being in communication with the vacuum source .
A method for detecting a logic level of a rotor of a motor, characterized by , comprising: obtaining (S11) an analog voltage, through a method of analog sampling, output by a position sensor for a winding of the motor, wherein the analog voltage is a continuous voltage; setting (S12) a first commutation voltage and a second commutation voltage; generating (S13) a logic level according to the analog voltage, the first commutation voltage and the second commutation voltage; and performing (S14) angle correction on the logic level according to a first angle corresponding to the first commutation voltage and a second angle corresponding to the second commutation voltage, wherein the first commutation voltage is a commutation voltage for triggering a rising edge, and the second commutation voltage is a commutation voltage for triggering a falling edge. obtaining (S11) an analog voltage, through a method of analog sampling, output by a position sensor for a winding of the motor, wherein the analog voltage is a continuous voltage; setting (S12) a first commutation voltage and a second commutation voltage; generating (S13) a logic level according to the analog voltage, the first commutation voltage and the second commutation voltage; and performing (S14) angle correction on the logic level according to a first angle corresponding to the first commutation voltage and a second angle corresponding to the second commutation voltage, wherein the first commutation voltage is a commutation voltage for triggering a rising edge, and the second commutation voltage is a commutation voltage for triggering a falling edge.
Functional module (F) for an electrical/electronic switching device (S) for building installation technology, wherein the functional module (F) has a housing consisting of a base part and a cover part , in the interior of which electrical/electronic components necessary for the function are accommodated on at least one electrical printed circuit board , by means of which a plurality of independent channels for transmitting telegrams by means of radio signals are made available, wherein the telegrams can be used to control various actuators and/or sensors and wherein the at least one electrical printed circuit board has at least one interface for connecting a plurality of electrical lines , wherein at least one switching element is provided on the at least one electrical printed circuit board , which switching element can be directly influenced by means of an associated actuating element of an associated upper part of the electrical/electronic switching device (S) for transmitting telegrams, characterised in that the at least one interface provides a connection point for a further electrical/electronic switching device to the functional module (F) in the sense of an extension, so that corresponding telegrams are transmitted via the functional module (F) when the further electrical/electronic switching device is actuated.
A composition for preserving platelets comprising: a physiological salt solution, glutathione, ascorbic acid, adenosine, dichloroacetate, and less than 1 μM calcium ions wherein the composition has a pH of 7 to 7.7.
A Z front hitch assembly for a working vehicle, the front hitch assembly comprising: a carrier for attachment to a working vehicle, the carrier being pivotable about a first axis (A); a pair of lift arms , each of the lift arms having a first end and a second end , the lift arms pivotably attached to the carrier about a second axis (B), the second axis (B) being proximate the first ends of the lift arms ; a locking means ; an actuator pivotably connected to the carrier and the lift arms at the second axis (B); wherein the hitch assembly has a working configuration and a folded configuration; and wherein in the working configuration, the locking means secures the lift arms relative to the carrier such that relative movement about the second axis (B) is prevented and the actuator is operable to raise and lower the lift arms ; and wherein in the folded configuration, the lift arms are pivotable relative to the carrier about the second axis (B); characterised by a link member having a first end and a second end , the first end of the link member being pivotably attached to the pair of lift arms about a third axis (C), the third axis (C) being positioned closer to the second end of the lift arms than the second axis (B), the second end of the link for attachment to a working vehicle; wherein in the folded configuration the second end of the link member is secured to a vehicle mount, such that extension of the actuator folds the lift arms relative to the carrier about the second axis (B), thereby moving the hitch assembly from the working configuration to the folded configuration. a carrier for attachment to a working vehicle, the carrier being pivotable about a first axis (A); a pair of lift arms , each of the lift arms having a first end and a second end , the lift arms pivotably attached to the carrier about a second axis (B), the second axis (B) being proximate the first ends of the lift arms ; a locking means ; an actuator pivotably connected to the carrier and the lift arms at the second axis (B); wherein the hitch assembly has a working configuration and a folded configuration; and wherein in the working configuration, the locking means secures the lift arms relative to the carrier such that relative movement about the second axis (B) is prevented and the actuator is operable to raise and lower the lift arms ; and wherein in the folded configuration, the lift arms are pivotable relative to the carrier about the second axis (B); characterised by a link member having a first end and a second end , the first end of the link member being pivotably attached to the pair of lift arms about a third axis (C), the third axis (C) being positioned closer to the second end of the lift arms than the second axis (B), the second end of the link for attachment to a working vehicle; wherein in the folded configuration the second end of the link member is secured to a vehicle mount, such that extension of the actuator folds the lift arms relative to the carrier about the second axis (B), thereby moving the hitch assembly from the working configuration to the folded configuration.