mhurhangee/ep-ind-claims huggingface dataset:
An endoscope comprising: a generation unit that is configured to photograph a subject and generate moving image data and still image data; a reception unit that is configured to receive a transmission instruction for the still image data from a user; a voltage detection unit that is configured to detect battery voltage; a transmission unit that is configured to wirelessly transmit the still image data and the moving image data to a processor, and to wirelessly transmit instruction information to another wireless device to instruct prohibition of wireless transmission by said another wireless device; and a transmission control unit that is configured to cause the transmission unit to transmit the still image data when receiving the transmission instruction, and to cause the transmission unit to transmit the instruction information before the transmission unit transmits the still image data if the battery voltage detected by the voltage detection unit is less than a predetermined value. a generation unit that is configured to photograph a subject and generate moving image data and still image data; a reception unit that is configured to receive a transmission instruction for the still image data from a user; a voltage detection unit that is configured to detect battery voltage; a transmission unit that is configured to wirelessly transmit the still image data and the moving image data to a processor, and to wirelessly transmit instruction information to another wireless device to instruct prohibition of wireless transmission by said another wireless device; and a transmission control unit that is configured to cause the transmission unit to transmit the still image data when receiving the transmission instruction, and to cause the transmission unit to transmit the instruction information before the transmission unit transmits the still image data if the battery voltage detected by the voltage detection unit is less than a predetermined value.
An antenna system with enhanced gain at low elevations, the antenna system comprising: a printed circuit board (306, 410, 542); at least one ground layer; at least one driven radiator element (102, 302) connected to the printed circuit board (306, 410, 542), wherein the at least one driven radiator element (102, 302) is at least one crossed-dipole element (102, 302); at least one conductive post (104, 304, 400, 402, 504) oriented nominally orthogonal to a plane of the printed circuit board, associated with each driven radiator element (102, 302), each conductive post (104, 304, 400, 402, 504) including a first end and a second end, the first end coupled to the at least one ground layer through a connecting passage (409, 530) of the printed circuit board (306, 410, 504); and foam air displacer material (406, 540), the at least one conductive post (104, 304, 400, 402, 504) received within a cavity (408, 535) of the foam air displacer material (406, 540), with only the second end of the conductive post (104, 304, 400, 402, 504) attached to the foam air displacer material (406, 540). a printed circuit board (306, 410, 542); at least one ground layer; at least one driven radiator element (102, 302) connected to the printed circuit board (306, 410, 542), wherein the at least one driven radiator element (102, 302) is at least one crossed-dipole element (102, 302); at least one conductive post (104, 304, 400, 402, 504) oriented nominally orthogonal to a plane of the printed circuit board, associated with each driven radiator element (102, 302), each conductive post (104, 304, 400, 402, 504) including a first end and a second end, the first end coupled to the at least one ground layer through a connecting passage (409, 530) of the printed circuit board (306, 410, 504); and foam air displacer material (406, 540), the at least one conductive post (104, 304, 400, 402, 504) received within a cavity (408, 535) of the foam air displacer material (406, 540), with only the second end of the conductive post (104, 304, 400, 402, 504) attached to the foam air displacer material (406, 540).
An electronic device, comprising: a substrate; and a system in package assembly including: a plurality of components mounted on the substrate, one or more subsystems (920, 922, 924), each subsystem including two or more of the plurality of components, a plurality of insulators, wherein each of the plurality of insulators is disposed on one of the one or more subsystems and is separated from another insulator by one of a plurality of trenches, wherein each of the plurality of trenches has angled walls, the angled walls intersecting the substrate at non-perpendicular angles, and each of the plurality of trenches has a first width and a second width, the first width located closer to the substrate than the second width, the first width being narrower than the second width; a single shielding layer that covers the plurality of insulators and walls of the plurality of trenches without filling the plurality of trenches, wherein the single shielding layer is formed by physical vapor deposition; and wherein for each of the one or more subsystems, components with lower profiles (902, 903, 905, 907) than components with higher profiles (901, 904, 906) are located closer to the intersection of the angled walls of the respective trenches with the substrate than the components with higher profiles, wherein a portion of the components with lower profiles is mounted on the substrate within an area overlapping the second width. a substrate; and a system in package assembly including: a plurality of components mounted on the substrate, one or more subsystems (920, 922, 924), each subsystem including two or more of the plurality of components, a plurality of components mounted on the substrate, one or more subsystems (920, 922, 924), each subsystem including two or more of the plurality of components, a plurality of insulators, wherein each of the plurality of insulators is disposed on one of the one or more subsystems and is separated from another insulator by one of a plurality of trenches, wherein each of the plurality of trenches has angled walls, the angled walls intersecting the substrate at non-perpendicular angles, and each of the plurality of trenches has a first width and a second width, the first width located closer to the substrate than the second width, the first width being narrower than the second width; a single shielding layer that covers the plurality of insulators and walls of the plurality of trenches without filling the plurality of trenches, wherein the single shielding layer is formed by physical vapor deposition; and wherein for each of the one or more subsystems, components with lower profiles (902, 903, 905, 907) than components with higher profiles (901, 904, 906) are located closer to the intersection of the angled walls of the respective trenches with the substrate than the components with higher profiles, wherein a portion of the components with lower profiles is mounted on the substrate within an area overlapping the second width.
A method of wireless communication comprising: identifying (1305, 1405, 1505) data to be transmitted to a base station; monitoring (1310, 1415, 1515) for one or more downlink transmissions from the base station; determining (1315, 1420, 1520), based at least in part on detecting the one or more downlink transmissions from the base station, scheduled uplink resources for an uplink transmission associated with the identified data; the method being characterized by: initiating (1320, 1430, 1525) a listen-before-talk, LBT, procedure for the uplink transmission associated with the identified data during an uplink short transmission, ULST, window in an absence of detecting the one or more downlink transmissions from the base station within a specified time period. identifying (1305, 1405, 1505) data to be transmitted to a base station; monitoring (1310, 1415, 1515) for one or more downlink transmissions from the base station; determining (1315, 1420, 1520), based at least in part on detecting the one or more downlink transmissions from the base station, scheduled uplink resources for an uplink transmission associated with the identified data; the method being characterized by: initiating (1320, 1430, 1525) a listen-before-talk, LBT, procedure for the uplink transmission associated with the identified data during an uplink short transmission, ULST, window in an absence of detecting the one or more downlink transmissions from the base station within a specified time period.
A key injection method for a plurality of computing devices, each computing device having a secure execution environment and a less secure execution environment, wherein program code or data associated with the secure execution environment is isolated from access by program code executed in the less secure execution environment; the method comprising: providing to each of the plurality of computing devices a software decryption key for decryption of software to be run on the computing device, wherein the software decryption key is a class key shared between the plurality of computing devices; using a key injection software component executed within the secure execution environment of each of the plurality of computing devices, controlling storage of the software decryption key in a protected state in a key storage location accessible to the respective computing device, wherein the protected state comprises a state in which the software decryption key is encrypted in each computing device of the plurality of computing devices based on a device key which is private to the specific computing device and is inaccessible to the program code executed in the less secure execution environment; the protected state comprising a state in which the software decryption key is unreadable in the clear from the key storage location by an external device or by program code executed in the less secure execution environment of the respective computing device. providing to each of the plurality of computing devices a software decryption key for decryption of software to be run on the computing device, wherein the software decryption key is a class key shared between the plurality of computing devices; using a key injection software component executed within the secure execution environment of each of the plurality of computing devices, controlling storage of the software decryption key in a protected state in a key storage location accessible to the respective computing device, wherein the protected state comprises a state in which the software decryption key is encrypted in each computing device of the plurality of computing devices based on a device key which is private to the specific computing device and is inaccessible to the program code executed in the less secure execution environment; the protected state comprising a state in which the software decryption key is unreadable in the clear from the key storage location by an external device or by program code executed in the less secure execution environment of the respective computing device.
A method for managing an enablement state of an energy consuming load, wherein the enablement state is either a load enabled state or a load disabled state, wherein the load enabled state is a state where the load is capable of operating even when the load is not actually operating, and wherein the load disabled state is a state where the load is not capable of operating, the method comprising: (a) assigning an assigned duty cycle to the load which represents a percentage of time that the load is in the load enabled state; (b) measuring an amount of energy consumed by the load while the load is in the load enabled state, and determining a load enabled utilization value for the load, wherein the load enabled utilization value is a ratio of the measured amount of energy consumed by the load while the load is in the load enabled state to an amount of energy which would be consumed by the load if the load were actually operating at all times while the load is in the load enabled state; and (c) adjusting the assigned duty cycle for the load using the load enabled utilization value, wherein the load operates according to a natural duty cycle which represents a percentage of time that the load must actually operate in order to provide a particular result, and wherein the operation of the load according to the natural duty cycle is constrained by the assigned duty cycle for the load; wherein the load is a discretionary load, such that the natural duty cycle for the load is less than 100 percent and wherein the assigned duty cycle for the load is less than 100 percent. (a) assigning an assigned duty cycle to the load which represents a percentage of time that the load is in the load enabled state; (b) measuring an amount of energy consumed by the load while the load is in the load enabled state, and determining a load enabled utilization value for the load, wherein the load enabled utilization value is a ratio of the measured amount of energy consumed by the load while the load is in the load enabled state to an amount of energy which would be consumed by the load if the load were actually operating at all times while the load is in the load enabled state; and (c) adjusting the assigned duty cycle for the load using the load enabled utilization value, wherein the load operates according to a natural duty cycle which represents a percentage of time that the load must actually operate in order to provide a particular result, and wherein the operation of the load according to the natural duty cycle is constrained by the assigned duty cycle for the load;
Adapter dimer-specific probe for detection of adapter dimers, in particular in a DNA library, wherein the probe comprises a label, in particular a fluorophore, and is designed to bind specifically to a first adapter nucleotide sequence of a first adapter molecule and to a second adapter nucleotide sequence of a second adapter molecule.
An actuator for an oral aerosol inhalation device comprising: a housing adapted to receive an aerosol canister containing a pressurised medicament formulation, provided with a metering valve having a hollow valve stem, a mouthpiece portion terminating in a mouthpiece opening, a nozzle block defining a valve stem receptacle, an expansion chamber or sump, and an orifice ending in an aperture having an enlarging frusto-conical section to propel the aerosol formulation towards the mouthpiece opening, the frusto-conical section enlarging in the aerosol flow direction, wherein the longitudinal axis of the orifice in the nozzle block, aligned with the longitudinal axis of the mouthpiece portion, is located at an angle greater than 90° to the direction of the longitudinal axis of the hollow valve stem, characterized by the presence of a tubular element extending in the mouthpiece portion from the orifice aperture in a longitudinal axis aligned with the longitudinal axis of the actuator mouthpiece portion and coinciding with the orifice longitudinal axis. a housing adapted to receive an aerosol canister containing a pressurised medicament formulation, provided with a metering valve having a hollow valve stem, a mouthpiece portion terminating in a mouthpiece opening, a nozzle block defining a valve stem receptacle, an expansion chamber or sump, and an orifice ending in an aperture having an enlarging frusto-conical section to propel the aerosol formulation towards the mouthpiece opening, the frusto-conical section enlarging in the aerosol flow direction,
A lid open-close apparatus having a lid openably mounted in a concave portion which is provided at a vehicle side, a lock device for locking a closed state of said lid, and an operating element, which is disposed at said vehicle side close to said concave portion, for releasing said lock device, wherein said lock device has a lock piece, which is provided in said lid and moves into and out of said lid from a peripheral edge thereof and is usually elastically pushed in such a way as to project from said peripheral edge thereof and engages with an engaging hole provided in an inner periphery of said concave portion; and said operating element has a pusher adapted to push a receiving portion, which is provided in a part interconnected to said lock piece, to thereby cancel engagement of said lock piece, wherein said lock device comprises: a rotation lever turnably supported by said lid; a pair of link rods (41, 42) having base portions (41a, 42a), pivotally mounted on opposed arm (52a, 52b) ends that are respectively provided on said rotation lever, and extending in directions of both sides of said lid; said lock pieces attached to ends of said link rods (41, 42); and an elastic member for elastically pushing said lock pieces in such a way as to project from both side walls of said lid, characterized in that an end portion of one of said link rods is bifurcated into one end part (41 c), which extends nearly coaxially with said base portion and has an end constituting a receiving portion to be pushed by said pusher, and into the other end part extending in nearly parallel to said one end part (41 c) and having an end constituting said lock piece, and wherein said elastic member is disposed in such a way as to axially push said base portions (41 a, 42a), of said link rods (41, 42), or an end portion of one of said link rods is bifurcated into one end part, which extends nearly coaxially with said base portion (41 a) and has an end constituting said lock piece, and into the other end part (41 d) extending in nearly parallel to said one end part (41 c) and having an end constituting a receiving portion to be pushed by the pusher.
A cell treatment composition for the permeabilization of fixed blood cells, comprising an aqueous solution of: (a) at least one anionic surface active agent which is comprised in said composition in a concentration of between 0.3% and 2% (w/v), wherein a salt of said anionic surface active agent is represented by the formula: Y-- SO3 - X + wherein Y is either R--O or R, and R represents an alkyl, alkylene, aryl, alkylene-alkyl, aryl-alkyl or aryl-alkylene group having 8 to 18 carbon atoms and X represents a monovalent cation, and (b) serum albumin which is comprised in said composition in a concentration of between 0.2% and 20% (w/v), wherein the pH of said cell treatment composition is between 2 and 6. (a) at least one anionic surface active agent which is comprised in said composition in a concentration of between 0.3% and 2% (w/v), wherein a salt of said anionic surface active agent is represented by the formula: Y-- SO3 - X + wherein Y is either R--O or R, and R represents an alkyl, alkylene, aryl, alkylene-alkyl, aryl-alkyl or aryl-alkylene group having 8 to 18 carbon atoms and X represents a monovalent cation, and (b) serum albumin which is comprised in said composition in a concentration of between 0.2% and 20% (w/v),
A method of receiving data optically, the method comprising: determining a count of photons received over an optical communication channel, the photons resulting from a transmission of a first stream of data at a first power level and a second stream of data at a second power level; and demultiplexing the first and the second streams of data from the optical communication channel, the demultiplexing not applying a successive interference cancellation technique, the demultiplexing comprising: applying the count of photons to a plurality of probability models to produce a plurality of probabilities, each probability model corresponding to a bit assignment for the first and second streams of data; and assigning bit values to the first stream of data and the second stream of data based upon the plurality of probabilities and the bit assignments corresponding to the plurality of probability models. determining a count of photons received over an optical communication channel, the photons resulting from a transmission of a first stream of data at a first power level and a second stream of data at a second power level; and demultiplexing the first and the second streams of data from the optical communication channel, the demultiplexing not applying a successive interference cancellation technique, the demultiplexing comprising: applying the count of photons to a plurality of probability models to produce a plurality of probabilities, each probability model corresponding to a bit assignment for the first and second streams of data; and assigning bit values to the first stream of data and the second stream of data based upon the plurality of probabilities and the bit assignments corresponding to the plurality of probability models. applying the count of photons to a plurality of probability models to produce a plurality of probabilities, each probability model corresponding to a bit assignment for the first and second streams of data; and assigning bit values to the first stream of data and the second stream of data based upon the plurality of probabilities and the bit assignments corresponding to the plurality of probability models.
Lactobacillus paracasei CNCM 1-3689, for use in treating an Enterococcus faecalis infection in the intestinal microbiota of a subject having an antibiotic-induced dysbiosis.
A connection element for a bearing of a damping system for mounting a cabin, in particular of an agricultural vehicle, having a first mounting region for receiving a first damping means which is connected to a support element for damping a movement of the cabin, characterized in that the connection element has a second mounting region for the alternative receipt of a second damping means, wherein the second mounting region is disposed above the first mounting region, which latter is in particular constructed on the bottom of the connection element.
Hot beverage preparation device, in particular fully automatic coffee machine, - having a first coupling element coupled to a drive unit, - having a brewing unit which can be removed from the hot beverage preparation device, and - having a second coupling element associated with the brewing unit, characterised in that during operation of the hot beverage preparation device the first coupling element and the second coupling element engage with one another with backlash such that the brewing unit and thus the coupling element associated with it sit with clearance in the hot beverage preparation device. - having a first coupling element coupled to a drive unit, - having a brewing unit which can be removed from the hot beverage preparation device, and - having a second coupling element associated with the brewing unit,
A drug delivery device for the controlled release of risperidone over an extended period of time to produce local or systemic pharmacological effects, comprising: a) a polyurethane-based polymer formed to define a hollow space; and b) a solid drug formulation comprising a formulation comprising risperidone and optionally one or more pharmaceutically acceptable carriers, wherein the solid drug formulation is contained in the hollow space, and wherein the device provides a desired release rate of risperidone from the device after implantation. a) a polyurethane-based polymer formed to define a hollow space; and b) a solid drug formulation comprising a formulation comprising risperidone and optionally one or more pharmaceutically acceptable carriers,