mhurhangee/patent-ind-claim-en huggingface dataset:
An environmental control system for an aircraft, the environmental control system comprising: a ram module having a primary heat exchanger and a secondary heat exchanger ; a refrigeration module having an air cycle machine module and a condenser heat exchanger module; and at least one conduit fluidly connecting the ram module to the refrigeration module such that the ram module and the refrigeration module can be installed in two separate volumes of the aircraft; characterized by : the environmental control system being configured to be installed, in use, into a first bay door and a second bay door, and wherein the ram module is configured to be installed, in use, in the first bay door, and the refrigeration module is configured to be installed, in use, in the second bay door. a ram module having a primary heat exchanger and a secondary heat exchanger ; a refrigeration module having an air cycle machine module and a condenser heat exchanger module; and at least one conduit fluidly connecting the ram module to the refrigeration module such that the ram module and the refrigeration module can be installed in two separate volumes of the aircraft; characterized by : the environmental control system being configured to be installed, in use, into a first bay door and a second bay door, and wherein the ram module is configured to be installed, in use, in the first bay door, and the refrigeration module is configured to be installed, in use, in the second bay door.
A key distribution method, comprising: obtaining (S31), by a first key management system corresponding to a first network element, a shared key of the first network element, wherein the shared key of the first network element is generated according to a key parameter obtained after the first network element performs authentication or a root key of the first network element; obtaining (S38), by the first key management system, a service key, wherein the service key is used to perform encryption and/or integrity protection on communication data in a first service between the first network element and a second network element; sending (S39) by the first key management system, the service key to a second key management system corresponding to the second network element; performing (S313), by the first key management system, encryption and/or integrity protection on the service key by using the shared key of the first network element, to generate a first security protection parameter; and performing, by the first key management system, one of the following step A or step B: step A: sending (S314) the first security protection parameter to the first network element; or step B: sending the first security protection parameter to a second key management system, so that the second key management system sends the first security protection parameter to the first network element. obtaining (S31), by a first key management system corresponding to a first network element, a shared key of the first network element, wherein the shared key of the first network element is generated according to a key parameter obtained after the first network element performs authentication or a root key of the first network element; obtaining (S38), by the first key management system, a service key, wherein the service key is used to perform encryption and/or integrity protection on communication data in a first service between the first network element and a second network element; sending (S39) by the first key management system, the service key to a second key management system corresponding to the second network element; performing (S313), by the first key management system, encryption and/or integrity protection on the service key by using the shared key of the first network element, to generate a first security protection parameter; and performing, by the first key management system, one of the following step A or step B: step A: sending (S314) the first security protection parameter to the first network element; or step B: sending the first security protection parameter to a second key management system, so that the second key management system sends the first security protection parameter to the first network element. step A: sending (S314) the first security protection parameter to the first network element; or step B: sending the first security protection parameter to a second key management system, so that the second key management system sends the first security protection parameter to the first network element.
A life preserver comprising first and second buoyancy sections arranged such that, in use, the first and second buoyancy sections lie on opposite sides respectively of a wearer's chest, wherein: said first and second buoyancy sections include respective inner facing regions that face one another above respective opposite sides of the wearer's chest, each of the inner facing regions having a chin support portion connected thereto and each of the chin support portions being configured to abut each other substantially at the centre of the wearer's chest in use to form a chin support ; each of said first and second buoyancy sections includes an outer region at an opposite side thereof to the inner facing region , wherein each chin support portion extends from its corresponding outer region ; and each of the chin support portions is folded across the buoyancy section from which it extends. said first and second buoyancy sections include respective inner facing regions that face one another above respective opposite sides of the wearer's chest, each of the inner facing regions having a chin support portion connected thereto and each of the chin support portions being configured to abut each other substantially at the centre of the wearer's chest in use to form a chin support ; each of said first and second buoyancy sections includes an outer region at an opposite side thereof to the inner facing region , wherein each chin support portion extends from its corresponding outer region ; and each of the chin support portions is folded across the buoyancy section from which it extends.
A device for holding an endotracheal tube to a patient, the device comprising: a support configured to fit adjacent to a patient's mouth; a tube holder configured to hold an endotracheal tube wherein the tube holder is coupled to the support, the tube holder comprising: a body having opposed sides and a bottom side , the bottom side having a generally arcuate surface being adapted to receive an endotracheal tube ; an elongated, flexible strap extending from one side of the body and having a free length adapted to be wrapped around the bottom side of the body and the endotracheal tube to secure the endotracheal tube to the bottom side of the body , and the other side of the body having an opening for receiving the free length into a clamping member for securing the free length of the elongated, flexible strap ; the clamping member comprising a cinch clamp that includes one or more pawls ; an actuator coupled to the pawls ; and characterized in a reclosable lid that covers the actuator and is openable to allow access to the actuator. a support configured to fit adjacent to a patient's mouth; a tube holder configured to hold an endotracheal tube wherein the tube holder is coupled to the support, the tube holder comprising: a body having opposed sides and a bottom side , the bottom side having a generally arcuate surface being adapted to receive an endotracheal tube ; an elongated, flexible strap extending from one side of the body and having a free length adapted to be wrapped around the bottom side of the body and the endotracheal tube to secure the endotracheal tube to the bottom side of the body , and the other side of the body having an opening for receiving the free length into a clamping member for securing the free length of the elongated, flexible strap ; the clamping member comprising a cinch clamp that includes one or more pawls ; an actuator coupled to the pawls ; and characterized in a reclosable lid that covers the actuator and is openable to allow access to the actuator. a body having opposed sides and a bottom side , the bottom side having a generally arcuate surface being adapted to receive an endotracheal tube ; an elongated, flexible strap extending from one side of the body and having a free length adapted to be wrapped around the bottom side of the body and the endotracheal tube to secure the endotracheal tube to the bottom side of the body , and the other side of the body having an opening for receiving the free length into a clamping member for securing the free length of the elongated, flexible strap ; the clamping member comprising a cinch clamp that includes one or more pawls ; an actuator coupled to the pawls ; and characterized in a reclosable lid that covers the actuator and is openable to allow access to the actuator.
A wavelength converting material, consisting of a luminescent ceramic material comprising: a (Ba 1-x Sr x ) 2-z Si 5-y O 4y N 8-4y :Eu z 258 phase wavelength converting material (0.5 ≤ x ≤ 0.9; 0 ≤ y ≤ 1; 0.001 ≤ z ≤ 0.02); and a M 3 Si 3 O 3 N 4 3334 phase material (M = Ba, Sr, Eu); wherein the M 3 Si 3 O 3 N 4 3334 phase material comprises at least 1 weight % and no more than 5 weight % of a total amount of crystalline phases in the ceramic material. a (Ba 1-x Sr x ) 2-z Si 5-y O 4y N 8-4y :Eu z 258 phase wavelength converting material (0.5 ≤ x ≤ 0.9; 0 ≤ y ≤ 1; 0.001 ≤ z ≤ 0.02); and a M 3 Si 3 O 3 N 4 3334 phase material (M = Ba, Sr, Eu); wherein the M 3 Si 3 O 3 N 4 3334 phase material comprises at least 1 weight % and no more than 5 weight % of a total amount of crystalline phases in the ceramic material.
A computer-implemented video processing method, comprising: extracting at least two types of modal information including at least audio information from a received target video, wherein extracting the audio information from the received target video comprises: inputting the target video into a speech recognition model to obtain initial audio information in the target video; and adjusting the initial audio information based on a disfluency detection model and a text correction model to obtain the audio information in the target video, wherein the text correction model is any model for correcting text information that is grammatically fluent but is semantically disfluent by determining whether text conforms to context based on abstract information of the text and abstract information of context; extracting , based on a preset feature extraction model, at least two modal features corresponding to the at least two types of modal information; and fusing the at least two modal features to obtain a target feature of the target video. extracting at least two types of modal information including at least audio information from a received target video, wherein extracting the audio information from the received target video comprises: inputting the target video into a speech recognition model to obtain initial audio information in the target video; and adjusting the initial audio information based on a disfluency detection model and a text correction model to obtain the audio information in the target video, wherein the text correction model is any model for correcting text information that is grammatically fluent but is semantically disfluent by determining whether text conforms to context based on abstract information of the text and abstract information of context; inputting the target video into a speech recognition model to obtain initial audio information in the target video; and adjusting the initial audio information based on a disfluency detection model and a text correction model to obtain the audio information in the target video, wherein the text correction model is any model for correcting text information that is grammatically fluent but is semantically disfluent by determining whether text conforms to context based on abstract information of the text and abstract information of context; extracting , based on a preset feature extraction model, at least two modal features corresponding to the at least two types of modal information; and fusing the at least two modal features to obtain a target feature of the target video.
An apparatus comprising: a camera configured to separate light entering the camera into a plurality of sets of pixels, each set of the plurality of sets of pixels being in a different color channel of a plurality of color channels of the camera ; an illuminator comprising a plurality of color component illumination sources each configured to output light, a combination of the light output by the plurality of color component illumination sources being non-white light configured such that each color channel of the camera has an about equal response to the non-white light reflected from a purely reflective surface; and a controller communicatively coupled to the plurality of color component illumination sources and configured to adjust an output illumination level of at least one color component illumination source such that the combination of the light output by the plurality of color component illumination sources is the non-white light. a camera configured to separate light entering the camera into a plurality of sets of pixels, each set of the plurality of sets of pixels being in a different color channel of a plurality of color channels of the camera ; an illuminator comprising a plurality of color component illumination sources each configured to output light, a combination of the light output by the plurality of color component illumination sources being non-white light configured such that each color channel of the camera has an about equal response to the non-white light reflected from a purely reflective surface; and a controller communicatively coupled to the plurality of color component illumination sources and configured to adjust an output illumination level of at least one color component illumination source such that the combination of the light output by the plurality of color component illumination sources is the non-white light.
A cutting implement for a food processor, the cutting implement comprising a blade axle rotatable on a rotation axis thereof in a direction of rotation of the blade axle, and at least one blade assembly mounted on the blade axle, the at least one blade assembly comprising at least one single-piece arcuate blade having an upper blade section coupled to the blade axle, a lower blade section separate from the upper blade section and coupled to the blade axle, and a middle blade section extending arcuately between and interconnecting the upper and lowerblade sections, the single-piece arcuate blade having a leading edge in the direction of rotation of the blade axle, said leading edge at least in part being configured to define a cutting edge of the single-piece arcuate blade, wherein the at least one single-piece arcuate blade transitions from the upper blade section to the middle blade section in one of a reverse direction and a forward direction relative to the direction of rotation of the blade axle and characterised in that the at least one single-piece arcuate blade transitions from the middle blade section to the lower blade section in a direction opposite the direction of transition of the upper blade section to the middle blade section .
A hand-held surgical instrument comprising: a handle housing ; a shaft portion extending distally relative to the handle housing; a motor disposed within the handle housing; a ball screw operably coupled to the motor; a ball nut non-rotationally supported in the shaft portion of the handle housing and operably coupled to the ball screw; and a firing shaft having a proximal end portion attached to the ball nut, and a distal end portion configured to fire staples from an end effector, wherein the ball nut is configured to translate the firing shaft along a longitudinal axis defined by the shaft portion in response to a rotation of the ball screw, further comprising a battery configured to power the motor, wherein the handle housing has a barrel portion and a handle portion extending perpendicularly from the barrel portion, the battery being supported in the handle portion, characterized in that the handle portion includes: an upper segment fixed to and extending downwardly from the barrel portion; and a lower segment pivotably coupled to and extending downwardly from the upper segment, the battery being disposed in the lower segment. a handle housing ; a shaft portion extending distally relative to the handle housing; a motor disposed within the handle housing; a ball screw operably coupled to the motor; a ball nut non-rotationally supported in the shaft portion of the handle housing and operably coupled to the ball screw; and a firing shaft having a proximal end portion attached to the ball nut, and a distal end portion configured to fire staples from an end effector, wherein the ball nut is configured to translate the firing shaft along a longitudinal axis defined by the shaft portion in response to a rotation of the ball screw, further comprising a battery configured to power the motor, wherein the handle housing has a barrel portion and a handle portion extending perpendicularly from the barrel portion, the battery being supported in the handle portion, characterized in that the handle portion includes: an upper segment fixed to and extending downwardly from the barrel portion; and a lower segment pivotably coupled to and extending downwardly from the upper segment, the battery being disposed in the lower segment.
A compound having the following structure (I): or a salt, stereoisomer or tautomer thereof, wherein: R 1a and R 1b , are each independently hydroxyl or alkoxy; and R 2a , R 2b , R 2c , R 2d , R 2e , R 2f , R 2g , R 2h , R 2i , R 2j , R 2k , R 2l , R 2m , R 2n , R 2o , R 2p , R 2q , R 2r , R 2s and R 2t are each independently H, halo or -L 1 -R 3 ; R 3 is, at each occurrence, independently an analyte molecule or alkyl substituted with one or more of hydroxyl, protected hydroxyl, amino, alkylamino, alkoxy, polyalkyether, hydroxylalkoxy, aminoalkoxy, hydroxylpolyalkyether, aminopolyalkyether, phosphate, thiophosphate, phospho, thiophospho, phosphoalkylether, Ophosphoalkylether, thiophosphoalkylether, Othiophosphoalkylether, phosphoramidite or activated phosphorous; or R 3 is a microparticle; and L 1 is an optional linker moiety. R 1a and R 1b , are each independently hydroxyl or alkoxy; and R 2a , R 2b , R 2c , R 2d , R 2e , R 2f , R 2g , R 2h , R 2i , R 2j , R 2k , R 2l , R 2m , R 2n , R 2o , R 2p , R 2q , R 2r , R 2s and R 2t are each independently H, halo or -L 1 -R 3 ; R 3 is, at each occurrence, independently an analyte molecule or alkyl substituted with one or more of hydroxyl, protected hydroxyl, amino, alkylamino, alkoxy, polyalkyether, hydroxylalkoxy, aminoalkoxy, hydroxylpolyalkyether, aminopolyalkyether, phosphate, thiophosphate, phospho, thiophospho, phosphoalkylether, Ophosphoalkylether, thiophosphoalkylether, Othiophosphoalkylether, phosphoramidite or activated phosphorous; or R 3 is a microparticle; and L 1 is an optional linker moiety.
A grounding detection apparatus, comprising: a detection circuit; characterized in that , the detection circuit comprises a live line connection terminal (L), a neutral line connection terminal (N), a grounding terminal (PE), a first impedance circuit , a sampling resistance (R0), a differential amplifying circuit , a comparison unit and a first control unit ; a first terminal of the first impedance circuit is connected with the live line connection terminal (L), and a second terminal of the first impedance circuit is connected with a first terminal of the sampling resistance (R0) and a first input terminal of the differential amplifying circuit ; a second terminal of the sampling resistance (R0) is connected with a second input terminal of the differential amplifying circuit and the grounding terminal (PE); the sampling resistance (R0) is configured to convert a sampling current to a sampling voltage, wherein the sampling current is a current on a circuit from the live line connection terminal (L) to the grounding terminal (PE); the differential amplifying circuit is configured to amplify the sampling voltage to form an amplified sampling voltage; the comparison unit is configured to compare a threshold voltage (VE) and the amplified sampling voltage and output a comparison result through an output terminal of the comparison unit; and the first control unit is configured to obtain number of voltage changes of the output terminal of the comparison unit within a preset time, characterised in that the first control unit is configured to determine a grounding state of the grounding terminal based on the obtained number of voltage changes of the output terminal of the comparison unit ; wherein the first control unit is further configured to determine that the grounding state is abnormal, when the obtained number of voltage changes is not within a preset range, or to determine that the grounding state is normal, when the obtained number of voltage changes is within the preset range.
A connection verifier for a fluid connection, comprising: a boot , including: a first top surface ; a first bottom surface ; a first radially outward facing surface ; a first radially inward facing surface ; a first aperture arranged between the radially outward facing surface and the first radially inward facing surface; and, a probe extending from the first bottom surface; characterized by a circuit arranged in the first aperture proximate the first bottom surface, the circuit operatively arranged to detect a force applied to the probe. a boot , including: a first top surface ; a first bottom surface ; a first radially outward facing surface ; a first radially inward facing surface ; a first aperture arranged between the radially outward facing surface and the first radially inward facing surface; and, a probe extending from the first bottom surface; a first top surface ; a first bottom surface ; a first radially outward facing surface ; a first radially inward facing surface ; a first aperture arranged between the radially outward facing surface and the first radially inward facing surface; and, a probe extending from the first bottom surface; characterized by a circuit arranged in the first aperture proximate the first bottom surface, the circuit operatively arranged to detect a force applied to the probe.
An elevator door panel having a vertical direction and a horizontal direction, whereby the elevator door panel is bendable around a vertical corner, characterized in that the elevator door panel is formed of a composite material based on reinforcement fibres embedded in a polymer matrix material, the reinforcement fibres being arranged in the polymer matrix material so that the bending stiffness of the elevator door panel is greater in the vertical direction compared to the bending stiffness of the elevator door panel in the horizontal direction.
Apparatus for magnetizing at least one permanent magnet , wherein the apparatus comprises a first field guide element and a second field guide element , wherein more than one exciter magnet is arranged between the first and the second field guide element , wherein the more than one exciter magnet is magnetized in the radial direction , wherein the second field guide element consists of parts in the form of circular ring segments which do not touch and are arranged adjacent to one another with respect to the circumferential direction , and wherein the second field guide element comprises a holder for a magnet blank to be magnetized, wherein the more than one exciter magnet is movable relative to the field guide elements and the magnet blank is movable on a circular path around the magnet blank, so that, in a magnetization position , a magnetic field from the exciter magnet magnetizes the magnet blank to form the permanent magnet.