mhurhangee/patent-ind-claim-en huggingface dataset:
An optical bench for supporting a reflex sight in a weapon-mounted sight assembly, the optical bench comprising: a reflex sight mounting portion (A) having a first surface for receiving a reticle light source; characterized in that the optical bench comprises a first lens mounting arm (B) spaced apart from a second lens mounting arm (B), the first and second lens mounting arms attached to the reflex sight mounting portion (A), and the first and second lens mounting arms (B) configured to engage opposite sides of a lens assembly to support the lens assembly in an optical path of the reticle light source , the first and second lens mounting arms (B) being sufficiently resilient to accommodate thermal expansion and contraction of the lens assembly; wherein each of the first and second lens mounting arms (B) includes a horizontal arm and two upstanding arms defining a split lens holder extending from a distal end of the arm , the arms are configured to clamp a side portion or protrusion on opposite sides of the lens assembly , each lens mounting arm being resilient with multiple degrees of movement including flexion of the arms , torsion of the arms and flexion of the upstanding arms to accommodate thermal expansion and contraction of the lens assembly . a reflex sight mounting portion (A) having a first surface for receiving a reticle light source; characterized in that the optical bench comprises a first lens mounting arm (B) spaced apart from a second lens mounting arm (B), the first and second lens mounting arms attached to the reflex sight mounting portion (A), and the first and second lens mounting arms (B) configured to engage opposite sides of a lens assembly to support the lens assembly in an optical path of the reticle light source , the first and second lens mounting arms (B) being sufficiently resilient to accommodate thermal expansion and contraction of the lens assembly; wherein each of the first and second lens mounting arms (B) includes a horizontal arm and two upstanding arms defining a split lens holder extending from a distal end of the arm , the arms are configured to clamp a side portion or protrusion on opposite sides of the lens assembly , each lens mounting arm being resilient with multiple degrees of movement including flexion of the arms , torsion of the arms and flexion of the upstanding arms to accommodate thermal expansion and contraction of the lens assembly .
A data transmission method, comprising: sending, by a base station, a size of a first transport block in a system message, wherein the first transport block can be used to transmit signaling and user data; receiving , by the base station, a random access request sent by user equipment, wherein the random access request carries indication information, and the indication information is used to request uplink scheduling information; and sending , by the base station, a random access response to the user equipment in response to the random access request, wherein the random access response carries first uplink scheduling information or second uplink scheduling information, the first uplink scheduling information indicates that a message Msg 3 uses the first transport block, the second uplink scheduling information indicates that the Msg 3 uses a second transport block, the first transport block is larger than the second transport block, the second transport block can be used to transmit the signaling, but cannot be used to transmit the user data. sending, by a base station, a size of a first transport block in a system message, wherein the first transport block can be used to transmit signaling and user data; receiving , by the base station, a random access request sent by user equipment, wherein the random access request carries indication information, and the indication information is used to request uplink scheduling information; and sending , by the base station, a random access response to the user equipment in response to the random access request, wherein the random access response carries first uplink scheduling information or second uplink scheduling information, the first uplink scheduling information indicates that a message Msg 3 uses the first transport block, the second uplink scheduling information indicates that the Msg 3 uses a second transport block, the first transport block is larger than the second transport block, the second transport block can be used to transmit the signaling, but cannot be used to transmit the user data.
Façade glazing with a metallic frame and an insulating glazing unit inserted into the frame, which unit has at least two glass panes and a spacer and sealing profile extending circumferentially therebetween close to their edges, wherein at least one RFID transponder is attached to the insulating glazing unit as an identification element and wherein the frame engages around the edges of the insulating glazing unit and, at the same time, covers the transponder(s) in the through-vision direction (arrow A) through the glass panes , wherein at least one separate metal coupling element (10; 10'; 10") is inserted into the frame adjacent the transponder for coupling out and coupling in HF radiation transmitted via the transponder to the outside of the façade glazing and received from the outside, and wherein the metal coupling element is placed in the frame in a position only partially overlapping with the transponder .
A sound signal coding device comprising: a first coding unit that is adapted to obtain a first code by coding line spectrum pair parameters of more than one order; an index calculation unit adapted to calculate an index Q and/or an index Q', with p being a prediction order and T being a predetermined order satisfying T ≤ p, the index Q being obtained using quantized line spectrum pair parameters ^θ f , ^θ f , ..., ^θ f [p] corresponding to the first code by θ ̅ = 1 T − 1 ∑ i T − 1 θ ^ f i + 1 − θ ^ f i Q = 1 T − 1 ∑ i T − 1 θ ̅ − θ ^ f i + 1 − θ ^ f i 2 and the index Q' being obtained using quantized line spectrum pair parameters ^θ f , ^θ f , ..., ^θ f [p] corresponding to the first code by Q ′ = min i ∈ 1 , ... , T − 1 θ ^ ƒ i + 1 − θ ^ ƒ i or Q ′ = min i ∈ 1 , ... , T − 1 min θ ^ ƒ i + 1 − θ ^ ƒ i , θ ^ ƒ 1 ] ; and a second coding unit that is adapted to obtain a second code by coding at least quantization errors of the first coding unit only if (A-1) the index Q is larger than or equal to a predetermined threshold value Th1 and/or (B-1) the index Q' is smaller than or equal to a predetermined threshold value Th1', wherein a code length of the second code becomes larger as (A-2) the index Q increases and/or (B-2) the index Q' decreases. a first coding unit that is adapted to obtain a first code by coding line spectrum pair parameters of more than one order; an index calculation unit adapted to calculate an index Q and/or an index Q', with p being a prediction order and T being a predetermined order satisfying T ≤ p, the index Q being obtained using quantized line spectrum pair parameters ^θ f , ^θ f , ..., ^θ f [p] corresponding to the first code by θ ̅ = 1 T − 1 ∑ i T − 1 θ ^ f i + 1 − θ ^ f i Q = 1 T − 1 ∑ i T − 1 θ ̅ − θ ^ f i + 1 − θ ^ f i 2 and the index Q' being obtained using quantized line spectrum pair parameters ^θ f , ^θ f , ..., ^θ f [p] corresponding to the first code by Q ′ = min i ∈ 1 , ... , T − 1 θ ^ ƒ i + 1 − θ ^ ƒ i or Q ′ = min i ∈ 1 , ... , T − 1 min θ ^ ƒ i + 1 − θ ^ ƒ i , θ ^ ƒ 1 ] ; and a second coding unit that is adapted to obtain a second code by coding at least quantization errors of the first coding unit only if (A-1) the index Q is larger than or equal to a predetermined threshold value Th1 and/or (B-1) the index Q' is smaller than or equal to a predetermined threshold value Th1', wherein a code length of the second code becomes larger as (A-2) the index Q increases and/or (B-2) the index Q' decreases.
A heat exchanger comprising: a plurality of fins ; a plurality of tubes passing a fluid therethrough, extending through the plurality of fins and radially expanded into an interference fit therewith, a least one tube of the plurality of tubes including: an outer diameter ; an inner diameter ; and a plurality of ridges extending from the inner diameter inwardly into an interior of the tube ; characterised in that after expansion of the tube into interference fit with the plurality of fins , a tube internal surface area per unit of length of the tube multiplied by the ratio of the outer diameter to the inner diameter and divided by a tube wall thickness, is equal to or greater than 30.0. a plurality of fins ; a plurality of tubes passing a fluid therethrough, extending through the plurality of fins and radially expanded into an interference fit therewith, a least one tube of the plurality of tubes including: an outer diameter ; an inner diameter ; and a plurality of ridges extending from the inner diameter inwardly into an interior of the tube ; characterised in that after expansion of the tube into interference fit with the plurality of fins , a tube internal surface area per unit of length of the tube multiplied by the ratio of the outer diameter to the inner diameter and divided by a tube wall thickness, is equal to or greater than 30.0. an outer diameter ; an inner diameter ; and a plurality of ridges extending from the inner diameter inwardly into an interior of the tube ; characterised in that after expansion of the tube into interference fit with the plurality of fins , a tube internal surface area per unit of length of the tube multiplied by the ratio of the outer diameter to the inner diameter and divided by a tube wall thickness, is equal to or greater than 30.0.
Apparatus for filtering output signals from a first radar used for air traffic control, comprising: means arranged to receive plot extracted output signals from the first radar due to detection by said radar of a target in a sub-area of the area of coverage of said radar in which enhancement is desired; means arranged to obtain plot extracted output signals from two or more remote radars also used for air traffic control and having an area of coverage encompassing the sub-area in which enhancement is required; means arranged to determine whether or not to pass data from the first radar indicative of the target for further reporting to an air traffic control centre based on the signals from the two or more remote radars; said means arranged to determine identifying whether the data from the first radar are associated with a previously established air traffic track, and, if not, wherein said means arranged to determine does not pass on the data indicative of the target if the target is detected by none of the remote radars; and wherein said means arranged to determine does pass on the data indicative of the target if the target is detected by all of the remote radars; and wherein, if the target is detected by at least one, but not all of the remote radars, the means arranged to determine is configured to perform further processing of the signals to determine whether or not to pass on the data. means arranged to receive plot extracted output signals from the first radar due to detection by said radar of a target in a sub-area of the area of coverage of said radar in which enhancement is desired; means arranged to obtain plot extracted output signals from two or more remote radars also used for air traffic control and having an area of coverage encompassing the sub-area in which enhancement is required; means arranged to determine whether or not to pass data from the first radar indicative of the target for further reporting to an air traffic control centre based on the signals from the two or more remote radars; said means arranged to determine identifying whether the data from the first radar are associated with a previously established air traffic track, and, if not, wherein said means arranged to determine does not pass on the data indicative of the target if the target is detected by none of the remote radars; and wherein said means arranged to determine does pass on the data indicative of the target if the target is detected by all of the remote radars; and wherein, if the target is detected by at least one, but not all of the remote radars, the means arranged to determine is configured to perform further processing of the signals to determine whether or not to pass on the data.
A patient monitor comprising: a display component ; a plurality of sensors configured for reading vital signs of a human subject including at least one cardiovascular parameter and at least one respiratory parameter; and a microprocessor or microcontroller programmed to perform a cardiovascular early warning scoring (cEWS) method including the operations of: (i) classifying the human subject using a plurality of cardiovascular deterioration classifiers each trained to classify the human subject respective to a different type of cardiovascular deterioration to generate cardiovascular early warning scores for the different types of cardiovascular deterioration, the plurality of cardiovascular deterioration classifiers operating on a set of inputs characterizing the human subject including the at least one cardiovascular parameter and the at least one respiratory parameter read by the plurality of sensors, and (ii) outputting the cardiovascular early warning scores for the different types of cardiovascular deterioration on the display component of the patient monitor. a display component ; a plurality of sensors configured for reading vital signs of a human subject including at least one cardiovascular parameter and at least one respiratory parameter; and a microprocessor or microcontroller programmed to perform a cardiovascular early warning scoring (cEWS) method including the operations of: (i) classifying the human subject using a plurality of cardiovascular deterioration classifiers each trained to classify the human subject respective to a different type of cardiovascular deterioration to generate cardiovascular early warning scores for the different types of cardiovascular deterioration, the plurality of cardiovascular deterioration classifiers operating on a set of inputs characterizing the human subject including the at least one cardiovascular parameter and the at least one respiratory parameter read by the plurality of sensors, and (ii) outputting the cardiovascular early warning scores for the different types of cardiovascular deterioration on the display component of the patient monitor. (i) classifying the human subject using a plurality of cardiovascular deterioration classifiers each trained to classify the human subject respective to a different type of cardiovascular deterioration to generate cardiovascular early warning scores for the different types of cardiovascular deterioration, the plurality of cardiovascular deterioration classifiers operating on a set of inputs characterizing the human subject including the at least one cardiovascular parameter and the at least one respiratory parameter read by the plurality of sensors, and (ii) outputting the cardiovascular early warning scores for the different types of cardiovascular deterioration on the display component of the patient monitor.
A method for RNA or protein expression by cell culture, the method comprising: introducing a double-stranded concatemeric DNA into a eukaryotic cell to generate a desired RNA or protein, wherein the double-stranded concatemeric DNA comprises a plurality of tandem repeat sequences, wherein each of the plurality of tandem repeat sequences comprises an expression sequence, wherein the double-stranded concatemeric DNA comprises one or more phosphorothioated nucleotides, wherein a ratio of phosphorothioated nucleotides to total nucleotides in the double-stranded concatemeric DNA is in a range of 1:1600 to 125:1600, 50:1600 to 125:1600 or 75:1600 to 125:1600; and wherein the double-stranded concatemeric DNA is a rolling circle amplification (RCA) product DNA. introducing a double-stranded concatemeric DNA into a eukaryotic cell to generate a desired RNA or protein, wherein the double-stranded concatemeric DNA comprises a plurality of tandem repeat sequences, wherein each of the plurality of tandem repeat sequences comprises an expression sequence, wherein the double-stranded concatemeric DNA comprises one or more phosphorothioated nucleotides, wherein a ratio of phosphorothioated nucleotides to total nucleotides in the double-stranded concatemeric DNA is in a range of 1:1600 to 125:1600, 50:1600 to 125:1600 or 75:1600 to 125:1600; and wherein the double-stranded concatemeric DNA is a rolling circle amplification (RCA) product DNA.
A system for tracking and controlling a wheeled vehicle, the system comprising: a wheel assembly comprising a wheel and a caster , wherein the wheel assembly is adapted to be attached to the vehicle, the wheel includes a brake mechanism , and sensor circuitry capable of detecting at least one type of condition; and an RF transceiver system connected to the sensor circuitry and to the brake mechanism, said RF transceiver system configured to communicate bi-directionally over a wireless link to report events detected via the sensor circuitry and to receive commands; wherein the RF transceiver system is responsive to commands received over the wireless link by activating and deactivating the brake mechanism to control movement of the vehicle; wherein the RF transceiver system is configured to: generate a plurality of RSSI values from one or more transmissions of a node; use the plurality of RSSI values to generate a filtered RSSI value; and at least one of: use the filtered RSSI value to determine whether to respond to a transmission from the node, and report the filtered RSSI value via the wireless link. a wheel assembly comprising a wheel and a caster , wherein the wheel assembly is adapted to be attached to the vehicle, the wheel includes a brake mechanism , and sensor circuitry capable of detecting at least one type of condition; and an RF transceiver system connected to the sensor circuitry and to the brake mechanism, said RF transceiver system configured to communicate bi-directionally over a wireless link to report events detected via the sensor circuitry and to receive commands; wherein the RF transceiver system is responsive to commands received over the wireless link by activating and deactivating the brake mechanism to control movement of the vehicle; wherein the RF transceiver system is configured to: generate a plurality of RSSI values from one or more transmissions of a node; use the plurality of RSSI values to generate a filtered RSSI value; and at least one of: use the filtered RSSI value to determine whether to respond to a transmission from the node, and report the filtered RSSI value via the wireless link. generate a plurality of RSSI values from one or more transmissions of a node; use the plurality of RSSI values to generate a filtered RSSI value; and at least one of: use the filtered RSSI value to determine whether to respond to a transmission from the node, and report the filtered RSSI value via the wireless link. use the filtered RSSI value to determine whether to respond to a transmission from the node, and report the filtered RSSI value via the wireless link.
A user terminal apparatus which provides a navigation function, comprising: a display ; a user interface (120 configured to receive a user command from a user of the user terminal apparatus to set a specific place as a destination; and a controller configured to, when the user command is input, execute a path guidance function to reach the destination and transmit a notification message regarding setting of the destination to at least one user related to the destination other than the user of the user terminal apparatus characterised in that the user terminal apparatus comprises a communication unit configured to communicate with a server that manages information regarding the specific place set as the destination through the navigation function, wherein the controller is configured to, when the user command is input, control the communication unit to transmit identification information corresponding to the specific place set as the destination to the server , configured to receive from the server information regarding the specific place set as the destination and configured to control the display to display the information regarding the specific place set as the destination received from the server . a display ; a user interface (120 configured to receive a user command from a user of the user terminal apparatus to set a specific place as a destination; and a controller configured to, when the user command is input, execute a path guidance function to reach the destination and transmit a notification message regarding setting of the destination to at least one user related to the destination other than the user of the user terminal apparatus characterised in that the user terminal apparatus comprises a communication unit configured to communicate with a server that manages information regarding the specific place set as the destination through the navigation function, wherein the controller is configured to, when the user command is input, control the communication unit to transmit identification information corresponding to the specific place set as the destination to the server , configured to receive from the server information regarding the specific place set as the destination and configured to control the display to display the information regarding the specific place set as the destination received from the server .
A method for carrying out an integrity test on a flexible test container , wherein: - the test container is arranged in an analysis container that can be sealed fluid-tight, - an underpressure is provided in the interior of the sealed analysis container , - a test fluid is added to the test container arranged in the analysis container , - available test fluid is detected within the interior of the analysis container , - before the test fluid is added, an underpressure is provided in the test container arranged in the analysis container , the method is characterized in that the underpressure in the test container is formed to be lower than the underpressure in the interior of the sealed analysis container , and the difference in pressure between the underpressure in the test container and the underpressure in the interior of the sealed analysis container is more than 0 mbar, and is a maximum of 100 mbar. - the test container is arranged in an analysis container that can be sealed fluid-tight, - an underpressure is provided in the interior of the sealed analysis container , - a test fluid is added to the test container arranged in the analysis container , - available test fluid is detected within the interior of the analysis container , - before the test fluid is added, an underpressure is provided in the test container arranged in the analysis container ,
A domestic appliance comprising: an electric motor ; a switch assembly for selectively connecting the motor to a power source ; a handle ; and a manually-operable trigger movable relative to the handle between an active position and a passive position, characterized in that : the trigger and the switch assembly are arranged such that the switch assembly is in a motor-connecting state when the trigger is in the active position, and is in a motor-disconnecting state when the trigger is in the passive position; and the domestic appliance comprises a first biasing member which is arranged to urge the trigger away from the passive position and towards the active position. an electric motor ; a switch assembly for selectively connecting the motor to a power source ; a handle ; and a manually-operable trigger movable relative to the handle between an active position and a passive position, the trigger and the switch assembly are arranged such that the switch assembly is in a motor-connecting state when the trigger is in the active position, and is in a motor-disconnecting state when the trigger is in the passive position; and the domestic appliance comprises a first biasing member which is arranged to urge the trigger away from the passive position and towards the active position.