mhurhangee/patent-ind-claim-en huggingface dataset:
An information transmission method, performed by a network device communicating with a terminal device via first subcarriers and second subcarriers, wherein a subcarrier spacing of the first subcarriers is greater than a subcarrier spacing of the second subcarriers, the method comprising: determining (S201) a slot format index of the first subcarriers, wherein the slot format index indicates a row in a slot format information table, the row indicates a slot format DDXXXUUUDDDDDD, wherein D represents a downlink symbol, U represents an uplink symbol, and X represents an unknown symbol, and each row in the slot format information table indicates position of uplink symbols, position of downlink symbols, and position of unknown symbols in one or more slots; and sending (S202) the slot format index to a terminal device in order to allow the terminal device to determine said slot format; performing with the terminal device, frequency division multiplexing transmission by using a carrier of the second subcarriers for transmission of a synchronization block, and a carrier of the first subcarriers for an uplink or downlink information block of the terminal device. determining (S201) a slot format index of the first subcarriers, wherein the slot format index indicates a row in a slot format information table, the row indicates a slot format DDXXXUUUDDDDDD, wherein D represents a downlink symbol, U represents an uplink symbol, and X represents an unknown symbol, and each row in the slot format information table indicates position of uplink symbols, position of downlink symbols, and position of unknown symbols in one or more slots; and sending (S202) the slot format index to a terminal device in order to allow the terminal device to determine said slot format; performing with the terminal device, frequency division multiplexing transmission by using a carrier of the second subcarriers for transmission of a synchronization block, and a carrier of the first subcarriers for an uplink or downlink information block of the terminal device.
An electronic device comprising: - a plurality of circuit boards having signal grounds ; - a conductive plate electrically connected to the signal grounds of the plurality of circuit boards ; - a board housing frame that houses the plurality of circuit boards and the conductive plate and has a frame surface serving as a frame ground; and - a dielectric provided between the frame surface of the board housing frame and the conductive plate ; wherein, the conductive plate , the dielectric, and the frame surface constitute a capacitor having specific frequency characteristics, the capacitor serving to release electromagnetic noise occurring in the signal grounds of the plurality of circuit boards to an outside of the board housing frame , the capacitor serving to shield external noise occurring outside of the board housing frame and having a frequency lower than a frequency of the electromagnetic noise; wherein, the circuit board has, as the signal ground, a first signal ground , and furthermore has a second signal ground and a capacitor component , the capacitor component being connected to extend across the first signal ground and the second signal ground . - a plurality of circuit boards having signal grounds ; - a conductive plate electrically connected to the signal grounds of the plurality of circuit boards ; - a board housing frame that houses the plurality of circuit boards and the conductive plate and has a frame surface serving as a frame ground; and - a dielectric provided between the frame surface of the board housing frame and the conductive plate ;
A radome assembly for mounting an antenna to an aircraft fuselage under a radome attached to a frame comprising: said frame including a perimeter and a perimeter wall bounding a plurality of laterally intersecting ribs defining a plurality of pockets and seats , and conforming in contour with said fuselage for being fixedly mounted outside thereto; said radome including a perimeter and having an aerodynamically streamlined elongate contour that conforms in perimeter shape with said frame and including a central bulb spaced from said frame to house said antenna therein, said radome being configured to define an unobstructed radio-frequency, RF, window diverging outwardly from atop said frame ; characterized by : said radome being pivotally mounted atop said frame by a hinge pivotally mounted in a corresponding seat in said frame and hidden inside said frame below said RF window when said radome is stowed closed atop said frame and antenna with said radome overlapping said perimeter wall . said frame including a perimeter and a perimeter wall bounding a plurality of laterally intersecting ribs defining a plurality of pockets and seats , and conforming in contour with said fuselage for being fixedly mounted outside thereto; said radome including a perimeter and having an aerodynamically streamlined elongate contour that conforms in perimeter shape with said frame and including a central bulb spaced from said frame to house said antenna therein, said radome being configured to define an unobstructed radio-frequency, RF, window diverging outwardly from atop said frame ; characterized by : said radome being pivotally mounted atop said frame by a hinge pivotally mounted in a corresponding seat in said frame and hidden inside said frame below said RF window when said radome is stowed closed atop said frame and antenna with said radome overlapping said perimeter wall .
A system for a first space vehicle for mitigating electrostatic discharge between the first space vehicle and a second space vehicle , the system comprising: a propulsion mechanism for maneuvering the first space vehicle in space; a capture mechanism to be positioned on the first space vehicle for at least temporarily joining the first space vehicle to the second space vehicle ; and a mechanism for passively mitigating electrostatic discharge comprising one or more resistors and one or more compliant members electrically connected to the one or more resistors , wherein the one or more compliant members are configured such that one of the compliant members provides a first physical contact between the first space vehicle and the second space vehicle when the first space vehicle and the second space vehicle are joining; characterised in that the one or more compliant members comprise whiskers configured to extend from the first space vehicle in a direction toward a location where the second space vehicle is positioned when the first space vehicle and the second space vehicle are joining, wherein the whiskers comprise an electrically conductive material. a propulsion mechanism for maneuvering the first space vehicle in space; a capture mechanism to be positioned on the first space vehicle for at least temporarily joining the first space vehicle to the second space vehicle ; and a mechanism for passively mitigating electrostatic discharge comprising one or more resistors and one or more compliant members electrically connected to the one or more resistors , wherein the one or more compliant members are configured such that one of the compliant members provides a first physical contact between the first space vehicle and the second space vehicle when the first space vehicle and the second space vehicle are joining; characterised in that
Method for diagnosing transmission interference in a data network (NET), the data network comprising at least one first class of network elements (SPS1, 2, 3, HMI1) which transmit and/or receive data packets (DATA_RT) only according to a data transmission standard for implementing real-time communication, according to the PROFINET RT standard, with high priority and in a time-synchronized manner, and comprising a second class of network elements (PC, MES) which do not or do not only transmit and/or receive data packets (DATA_NRT) according to a data transmission standard for implementing real-time communication, characterized in that if data packets of the first class (DATA_RT) are lost, diagnostic data packets (D_DATA) are not, or are not only, introduced into the data network in a targeted manner with the lowest priority according to the data transmission standard for implementing real-time communication, with the result that the path of the diagnostic data packets through the data network is known and the data network is flooded in a targeted manner with diagnostic data packets (D_DATA) such that 100% utilization of the data network is achieved, having the following steps - transmit a diagnostic data packet (D_DATA) from a first network element (MES, HMI1, PG, SPS...) to a second network element, - determine whether the diagnostic data packet is received by the second network element, - if the diagnostic data packet has interference: determine all network element ports (P-...) through which the diagnostic data packet passes on the way from the first network element to the second network element, and mark these ports as potentially having interference, and - if the diagnostic data packet does not have interference: determine all network element ports (P-...) through which the diagnostic data packet passes on the way from the first network element to the second network element, and for these ports remove the mark as potentially having interference. - transmit a diagnostic data packet (D_DATA) from a first network element (MES, HMI1, PG, SPS...) to a second network element, - determine whether the diagnostic data packet is received by the second network element, - if the diagnostic data packet has interference: determine all network element ports (P-...) through which the diagnostic data packet passes on the way from the first network element to the second network element, and mark these ports as potentially having interference, and - if the diagnostic data packet does not have interference: determine all network element ports (P-...) through which the diagnostic data packet passes on the way from the first network element to the second network element, and for these ports remove the mark as potentially having interference.
Pressing tool for radial pressing of workpieces, comprising: - a ring of ring segments with coupling points (K, K') for introducing a traction (F, F') causing the ring to close; - at least one first traction press jaw movably mounted on the inside of a ring segment ; characterized in that - a first partial ring of traction-transmitting coupled ring segments is provided, one end of which is traction-transmitting coupled to the first traction press jaw , - a second partial ring of traction-transmitting coupled ring segments is provided; - the first traction press jaw is mounted on a ring segment , which is not part of the first partial ring ; - one end of the second partial ring is coupled in a traction-transmitting manner to a second traction press jaw , which is movably mounted on ring segment of the first partial ring . - a ring of ring segments with coupling points (K, K') for introducing a traction (F, F') causing the ring to close; - at least one first traction press jaw movably mounted on the inside of a ring segment ; - a first partial ring of traction-transmitting coupled ring segments is provided, one end of which is traction-transmitting coupled to the first traction press jaw , - a second partial ring of traction-transmitting coupled ring segments is provided; - the first traction press jaw is mounted on a ring segment , which is not part of the first partial ring ; - one end of the second partial ring is coupled in a traction-transmitting manner to a second traction press jaw , which is movably mounted on ring segment of the first partial ring .
A railway vehicle comprising: an underframe configured to form a surface of a floor; an internal-combustion engine provided under a lower surface of the underframe ; and a first exhaust pipe configured to discharge exhaust gas of the internal-combustion engine, characterised in that the underframe includes a body bolster to which a truck is attached, and the first exhaust pipe is laid as passing through a center part of the body bolster in a width direction and extending to the vicinity of an end of the underframe in a longitudinal direction. an underframe configured to form a surface of a floor; an internal-combustion engine provided under a lower surface of the underframe ; and a first exhaust pipe configured to discharge exhaust gas of the internal-combustion engine, characterised in that the underframe includes a body bolster to which a truck is attached, and the first exhaust pipe is laid as passing through a center part of the body bolster in a width direction and extending to the vicinity of an end of the underframe in a longitudinal direction.
An electrical switch having a contact system and having a movable actuating member for switching the contact system between two switching positions and having a controllable actuator , which is in operative connection with the actuating member such that the actuating member in at least one of the two switching positions is moved into the other switching position when the actuator is actuated for switching the contact system , wherein the actuator is an electromagnet having a coil and an armature , and wherein the operative connection between the actuator and the actuating member is effected by means of the armature , wherein the actuating member is moved by the actuator into the other switching position in that the armature acts on a projection on the actuating member by means of a tappet , wherein the switch has a housing , characterised in that the switch has a printed circuit board located in the housing , on which a programmable electronic unit is located for the controlled movement of the actuating member into the other switching position of the contact system , and that the circuit board has a tab through which the electronic unit is operated in an operating mode, wherein by at least partially removing the tab the electronic unit is operated in a different operating mode, wherein the one operating mode is a test mode for checking the actuation of the actuator and the test mode is terminated in the other operating mode, and/or the printed circuit board has a programming tab such that the programming and/or the final control of the switch is made possible by contacting points on the programming tab .
A method for constructing a genetically engineered Candida utilis capable of degrading and utilizing kitchen waste, wherein said genetically engineered Candida utilis is constructed and obtained by using a Candida utilis multigene co-expression vector to integrate alpha-amylase, glucoamylase and acid protease genes into the Candida utilis genome.
A cage for housing laboratory animals, said cage comprising a tray and a cover which can be removed and switched between a first closing position, in which it is positioned on said tray , stopping the access to the internal space delimited by said tray , and a second opening position, in which it is possible to access said internal space , wherein said cover comprises a main cover portion substantially flat and constraining means , characterized in that , in said first closing position said constraining means are not in contact with any portion of said tray , in that , in said second opening position said constraining means engage a portion of said tray and said cover can be raised and removed from said tray , in that , said second position of said cover with respect to said tray is defined by the mutual engagement of said constraining means and said portion of said tray , in that said constraining means comprises a pair of substantially identical hooks rigidly constrained to said cover and conformed so as to define a housing and engagement seat , in that said hooks extend from the inner surface of said main cover portion facing the inside of said tray with said cover in said first closing position, in that with said cover in said second opening position at least one end portion of a side wall of said tray is engaged by said hooks and at least partially housed in said housing and engagement seat defined by said hooks , in that with said cover in said second opening position, the inner surface of said side wall is engaged by said hooks , in that each hook comprises a first extension portion substantially perpendicular to the cover portion , and an end extension portion which direction of extension lies on a plane which is substantially parallel to the cover portion , in that said hooks comprise a hook shaped support portion with predefined substantially constant thickness t in a direction perpendicular to the direction along which the extension portion extends, along with an engagement portion provided to engage said at least one portion of a side wall of said tray , and in that said engagement portion has a width w in a direction perpendicular to the direction along which the extension portion extends which is greater than the thickness t of said hook shaped support portion .
Endovascular prosthesis comprising a first expandable framework and a first jacket for said first framework, said first framework and said first jacket forming a first channel when the first framework is in the expanded state, characterised in that the first framework and the first jacket each have at least one opening , which openings are arranged substantially opposite one another and through which a sleeve is received, said sleeve having a first end and a second end , the perimeter of said first end being attached to the perimeter of the opening of the first jacket, while said second end extends inside said first channel , and in that each sleeve does not have a metallic framework and hangs freely inside the channel .
Drill wire sleeve comprising a tubular, elongate sleeve having a length L, an inside diameter d i and an outside diameter d a , with a first axial end cap and a second axial end cap , wherein the first axial end cap and/or the second axial end cap can be releasably fastened to the tubular, elongate sleeve in a tool-free manner by a thread and releasably closes an insertion opening of the tubular, elongate sleeve, the first axial end cap and/or the second axial end cap have/has a non-rotationally symmetrical external cross section, and the tubular, elongate sleeve has a plurality of first apertures in its lateral surface, characterized in that the first apertures are elongate in form and are inclined at an angle of 25° to 65° with respect to the longitudinal axis of the tubular, elongate sleeve, preferably at an angle of 28° to 55° and further preferably at an angle of 31° to 52°.
A method of determining a glucose analyte concentration in a blood biological fluid sample via a biosensor system having a measurement device and a test sensor, the method comprising: measuring a first signal, the first signal being a primary output signal, from the blood biological fluid sample in a reservoir of the test sensor in response to an input signal generated from the measurement device, the first signal being primarily responsive to the glucose analyte concentration in the blood biological fluid sample; generating a second signal, the second signal being a secondary output signal, measured separately from the first signal, the second signal being responsive to an extraneous stimulus of physical or environment characteristics of the blood biological fluid sample affecting the measured first signal; back-calculating a third signal, the third signal being a secondary output signal, based on the first signal via a processor on the measurement device, the third signal being responsive to the extraneous stimulus of physical or environment characteristics of the blood biological fluid sample affecting the first signal; adjusting the second signal by adding a portion of the third signal to the second signal to derive a fourth signal, the fourth signal being an adjusted secondary output signal, via the processor; and converting the first signal to the analyte concentration value using a conversion function with the fourth signal to compensate for the effect of the extraneous stimulus on the first signal via the processor. measuring a first signal, the first signal being a primary output signal, from the blood biological fluid sample in a reservoir of the test sensor in response to an input signal generated from the measurement device, the first signal being primarily responsive to the glucose analyte concentration in the blood biological fluid sample; generating a second signal, the second signal being a secondary output signal, measured separately from the first signal, the second signal being responsive to an extraneous stimulus of physical or environment characteristics of the blood biological fluid sample affecting the measured first signal; back-calculating a third signal, the third signal being a secondary output signal, based on the first signal via a processor on the measurement device, the third signal being responsive to the extraneous stimulus of physical or environment characteristics of the blood biological fluid sample affecting the first signal; adjusting the second signal by adding a portion of the third signal to the second signal to derive a fourth signal, the fourth signal being an adjusted secondary output signal, via the processor; and converting the first signal to the analyte concentration value using a conversion function with the fourth signal to compensate for the effect of the extraneous stimulus on the first signal via the processor.
A process for preparing a composition having: a) at least one bacterial species isolated from bluegill, fathead minnow, mosquitofish, or golden shiner; b) a pharmaceutically or veterinarily acceptable excipient, diluent or vehicle; and c) a high protein food source for fish; comprising the steps of: i) extracting at least one bacterial species from bluegill, fathead minnow, mosquitofish, or golden shiner; ii) culturing said bacterial species in a dark environment and in a minimal medium; and iii) combining said cultured bacteria with a pharmaceutically or veterinarily acceptable excipient, diluent or vehicle and a high protein food source to form said composition. a) at least one bacterial species isolated from bluegill, fathead minnow, mosquitofish, or golden shiner; b) a pharmaceutically or veterinarily acceptable excipient, diluent or vehicle; and c) a high protein food source for fish; comprising the steps of: i) extracting at least one bacterial species from bluegill, fathead minnow, mosquitofish, or golden shiner; ii) culturing said bacterial species in a dark environment and in a minimal medium; and iii) combining said cultured bacteria with a pharmaceutically or veterinarily acceptable excipient, diluent or vehicle and a high protein food source to form said composition. i) extracting at least one bacterial species from bluegill, fathead minnow, mosquitofish, or golden shiner; ii) culturing said bacterial species in a dark environment and in a minimal medium; and iii) combining said cultured bacteria with a pharmaceutically or veterinarily acceptable excipient, diluent or vehicle and a high protein food source to form said composition.
A die casting plunger tip assembly (24; 52) comprising: a first portion having a closed end defining an outer surface opposite a back side of the plunger tip, wherein the closed end has an outer rim disposed about and extending from a perimeter of the outer surface of the closed end ; and a tip cover (28; 50) disposed on the outer surface of the closed end , characterized in that the tip cover fits within the outer rim of the closed end and is loosely held in place by the outer rim . a first portion having a closed end defining an outer surface opposite a back side of the plunger tip, wherein the closed end has an outer rim disposed about and extending from a perimeter of the outer surface of the closed end ; and a tip cover (28; 50) disposed on the outer surface of the closed end , characterized in that the tip cover fits within the outer rim of the closed end and is loosely held in place by the outer rim .