mhurhangee/patent-ind-claim-en huggingface dataset:
A noise-reducing device comprising a gas-expansion chamber and a cylindrical central part communicating upstream with the expansion chamber and emerging downstream to the outside, means for distributing and retarding the flow of gases from the expansion chamber , said means being arranged around the central part while communicating with the expansion chamber and emerging to the outside, and being intended to divert part of the gases from the expansion chamber in order to generate a main flow flowing in the central part and at least one secondary flow flowing in a separate space formed around the central part, said means for distributing and retarding the flow of gases comprising at least one retardation chamber , said at least one retardation chamber comprising retardation elements comprising sequential partitions that are arranged adjacent and spaced apart in the longitudinal direction of the device and extending in planes parallel to the longitudinal axis of the device, the partitions being solid while being partially open in order to procure a succession of openings or access passages, two consecutive access passages of two respective partitions being axially offset, characterised in that the whole of the discharge of the main and secondary flows at the discharge from the device takes place parallel to the path of the projectile, parallel to the longitudinal axis of the device.
A distance measuring sensor comprising a light source for generating a transmission light beam ; at least one focusing element for detecting light of the transmission light beam reflected or remitted at an object; a detection element for detecting the light detected by the focusing element ; and an evaluation unit which is configured to determine the time of flight of the light between the light source and the detection element , wherein the transmission light beam and a reception path of the reflected or remitted light to be detected are aligned substantially in parallel with one another in front of the focusing element ; wherein the sensor has a front screen through which the transmission light beam and the reflected or remitted light to be detected pass; wherein the front screen has a separation element which divides the front screen into a first section through which the transmission light beam passes and a second section through which the reflected or remitted light to be detected passes; and wherein the separation element extends in the direction of the transmission light beam over the total cross-section of the front screen and a surface of the second section of the front screen is arranged at a right angle with respect to the transmission light beam , characterized in that a surface of the first section is inclined with respect to the surface of the second section of the front screen and the focusing element is configured as a mirror. a light source for generating a transmission light beam ; at least one focusing element for detecting light of the transmission light beam reflected or remitted at an object; a detection element for detecting the light detected by the focusing element ; and an evaluation unit which is configured to determine the time of flight of the light between the light source and the detection element , wherein the transmission light beam and a reception path of the reflected or remitted light to be detected are aligned substantially in parallel with one another in front of the focusing element ; wherein the sensor has a front screen through which the transmission light beam and the reflected or remitted light to be detected pass; wherein the front screen has a separation element which divides the front screen into a first section through which the transmission light beam passes and a second section through which the reflected or remitted light to be detected passes; and wherein the separation element extends in the direction of the transmission light beam over the total cross-section of the front screen and a surface of the second section of the front screen is arranged at a right angle with respect to the transmission light beam , characterized in that a surface of the first section is inclined with respect to the surface of the second section of the front screen and the focusing element is configured as a mirror.
A matching network , comprising: a first-stage matching network including a switched matching network; a second-stage matching network including a mechanically-tuned matching network; and a sensor element simultaneously coupled to the first-stage matching network and the second-stage matching network , wherein: the first-stage matching network is configured to perform low-Q impedance transformations when changes in impedance are beyond a control loop bandwidth associated with the second-stage matching network , the second-stage matching network is configured to perform impedance matching for high-Q impedance transformations, and the sensor element is configured to detect signals and make calculations that are used to engage the first-stage matching network and the second-stage matching network . a first-stage matching network including a switched matching network; a second-stage matching network including a mechanically-tuned matching network; and a sensor element simultaneously coupled to the first-stage matching network and the second-stage matching network , wherein: the first-stage matching network is configured to perform low-Q impedance transformations when changes in impedance are beyond a control loop bandwidth associated with the second-stage matching network , the second-stage matching network is configured to perform impedance matching for high-Q impedance transformations, and the sensor element is configured to detect signals and make calculations that are used to engage the first-stage matching network and the second-stage matching network . the first-stage matching network is configured to perform low-Q impedance transformations when changes in impedance are beyond a control loop bandwidth associated with the second-stage matching network , the second-stage matching network is configured to perform impedance matching for high-Q impedance transformations, and the sensor element is configured to detect signals and make calculations that are used to engage the first-stage matching network and the second-stage matching network .
An apparatus comprising: a housing attachable to a blister pack ; at least one sensor including at least one camera attached to the housing and positioned to sense removal of a pill from an attached blister pack ; and a controller configured to: determine a timing parameter for taking a pill ; receive a signal from the at least one sensor , wherein the signal includes at least one image of the attached blister pack captured by the at least one camera ; determine based on the signal whether a pill was removed from the blister pack ; and if a pill was not removed from the blister pack within a time period based on the timing parameter, issue to an output unit a reminder signal for taking the pill , characterized in that : the at least one sensor comprises a first camera positioned to capture an image of the pills on one side of the attached blister pack and a second camera positioned to capture an image of a tearable foil on a second side of the blister pack . a housing attachable to a blister pack ; at least one sensor including at least one camera attached to the housing and positioned to sense removal of a pill from an attached blister pack ; and a controller configured to: determine a timing parameter for taking a pill ; receive a signal from the at least one sensor , wherein the signal includes at least one image of the attached blister pack captured by the at least one camera ; determine based on the signal whether a pill was removed from the blister pack ; and if a pill was not removed from the blister pack within a time period based on the timing parameter, issue to an output unit a reminder signal for taking the pill , determine a timing parameter for taking a pill ; receive a signal from the at least one sensor , wherein the signal includes at least one image of the attached blister pack captured by the at least one camera ; determine based on the signal whether a pill was removed from the blister pack ; and if a pill was not removed from the blister pack within a time period based on the timing parameter, issue to an output unit a reminder signal for taking the pill , characterized in that : the at least one sensor comprises a first camera positioned to capture an image of the pills on one side of the attached blister pack and a second camera positioned to capture an image of a tearable foil on a second side of the blister pack .
An information sending method that is performed by a base station of a serving cell, the method comprising the following steps: obtaining, from a base station of an adjacent cell, first indication information, wherein the first indication information is used to indicate a magnitude relationship between a transmit power of a first signal and a transmit power of a reference signal, and the first signal is a synchronization signal; and sending the first indication information to a terminal device in the serving cell; wherein the first indication information comprises a first parameter value and a second parameter value; the first parameter value is a ratio of a transmit power of a first signal to a transmit power of a reference signal in the serving cell; and the second parameter value is a ratio of a transmit power of a first signal to a transmit power of a reference signal in an adjacent cell; wherein the method further comprises: sending second indication information to the terminal device, wherein the second indication information is used to indicate whether the first parameter value is the same as the second parameter value. obtaining, from a base station of an adjacent cell, first indication information, wherein the first indication information is used to indicate a magnitude relationship between a transmit power of a first signal and a transmit power of a reference signal, and the first signal is a synchronization signal; and sending the first indication information to a terminal device in the serving cell; wherein the first indication information comprises a first parameter value and a second parameter value; the first parameter value is a ratio of a transmit power of a first signal to a transmit power of a reference signal in the serving cell; and the second parameter value is a ratio of a transmit power of a first signal to a transmit power of a reference signal in an adjacent cell; wherein the method further comprises: sending second indication information to the terminal device, wherein the second indication information is used to indicate whether the first parameter value is the same as the second parameter value.
A compression-molding method, the method utilizing a female mold, the female mold including a least one major feature having a long axis, and at least one minor feature, the minor feature having a length less than 50 percent of a length of the major feature, the method comprising: disposing, in the female mold, at least one non-flowing continuous fiber bundle comprising first fibers and a first resin, wherein the at least one non-flowing continuous fiber bundle has a first length and aligns with the long axis, and has an aspect ratio of width to thickness in a range of about 0.25 to about 6; disposing, in the female mold, at least one flowing continuous fiber bundle at a first location that is proximal to the at least one minor feature, wherein the at least one flowing continuous fiber bundle comprises second fibers and a second resin, has a second length that is less than 50 percent of the first length, has an aspect ratio of width to thickness in a range of about 0.25 to about 6; and venting the minor feature to flow, from the first location to a second location that is at least partially within the at least one minor feature, the second fibers and the second resin in an amount sufficient to fill the one minor feature, and wherein the second fibers align with an expected direction of flow of the second resin. disposing, in the female mold, at least one non-flowing continuous fiber bundle comprising first fibers and a first resin, wherein the at least one non-flowing continuous fiber bundle has a first length and aligns with the long axis, and has an aspect ratio of width to thickness in a range of about 0.25 to about 6; disposing, in the female mold, at least one flowing continuous fiber bundle at a first location that is proximal to the at least one minor feature, wherein the at least one flowing continuous fiber bundle comprises second fibers and a second resin, has a second length that is less than 50 percent of the first length, has an aspect ratio of width to thickness in a range of about 0.25 to about 6; and venting the minor feature to flow, from the first location to a second location that is at least partially within the at least one minor feature, the second fibers and the second resin in an amount sufficient to fill the one minor feature, and wherein the second fibers align with an expected direction of flow of the second resin.
Method for automatic positioning of a patient relative to a medical device , wherein the patient is positioned on a patient setup device of the medical device in a detection area of an optical position determining device of the medical device , said optical position determining device comprising at least one three-dimensional light curtain arrangement, wherein a start position of the patient is detected by the optical position determining device and a position deviation between the start position detected and a target position stored in a control device is determined, wherein, depending on the position deviation, the patient setup device is automatically positioned in the target position in up to three dimensions, characterised in that a three-dimensional light curtain arrangement is used which comprises a plurality of light curtains , the detection areas of which at least partially intersect at an angle, wherein a first light curtain having a detection area disposed essentially parallel to a patient setup device surface provided for patient positioning and a second light curtain having a detection area disposed at an angle to the patient setup device surface provided for patient positioning are used.
Device for metering a gaseous fuel to an injector in particular of a gas-powered internal combustion engine, wherein the device has at least one valve and the injector is designed to introduce the gaseous fuel into a combustion chamber of the internal combustion engine, wherein the device is a pressure-regulating unit having a shut-off valve , a pressure-regulating valve and a discharge valve , and that the shut-off valve , the pressure-regulating valve and the discharge valve form a structural unit, characterized in that the structural unit has a common actuator for the shut-off valve , the pressure-regulating valve and the discharge valve and also has a control-valve body , a gas-valve body and a gas-valve-body closure screw , wherein the actuator is fitted on the control-valve body , and a control chamber , which is controlled by the actuator, is separated by a membrane from a gas-control piston inserted in the gas-valve body , wherein a gas-discharge line is formed in the gas-control piston and, in the gas-control piston , forms a valve seat for a valve top of a gas-switching piston , and the gas-control piston together with the gas-switching piston forms the discharge valve , wherein the gas-switching piston together with the gas-valve body forms the shut-off valve and the pressure-regulating valve , or the shut-off valve and the pressure-regulating valve are formed by a gas-inlet valve , and in that the gas-inlet valve interacts with the gas-switching piston .
A system for storing and delivering a lactase dietary supplement, comprising: a bottle having a first cap and a receptacle, the receptacle containing a plurality of anhydrous neutral oils; a second cap, said second cap further comprising a push cap having a plunger and a compartment containing a powder further comprising lactase, a release agent and a flow aid; and a dropper configured for delivery of the powder dispersed in the neutral oils. a bottle having a first cap and a receptacle, the receptacle containing a plurality of anhydrous neutral oils; a second cap, said second cap further comprising a push cap having a plunger and a compartment containing a powder further comprising lactase, a release agent and a flow aid; and a dropper configured for delivery of the powder dispersed in the neutral oils.
A method of calculating component temperature of a first component in an electronic device , the method comprising: obtaining a posture of the electronic device wherein: the electronic device comprises a plurality of temperature sensors located adjacent to the first component, and the electronic device comprises one or more heat sources (222-1, 222-2); and the distance and angle of the one or more heat sources (222-1, 222-2) from the plurality of temperature sensors change with the posture of the electronic device; selecting a first temperature sensor from a plurality of temperature sensors based on the posture of the electronic device and the distance and/or angle of the one or more heat sources (222-1, 222-2) from the plurality of temperature sensors; obtaining a first measured temperature of the first component with at least the first temperature sensor; determining whether to adjust the first measured temperature based on the posture of the electronic device; and if an adjustment is determined to be needed, adjusting the first measured temperature based on the position and/or angle of the one or more heat sources (222-1, 222-2) to create a component temperature. obtaining a posture of the electronic device wherein: the electronic device comprises a plurality of temperature sensors located adjacent to the first component, and the electronic device comprises one or more heat sources (222-1, 222-2); and the distance and angle of the one or more heat sources (222-1, 222-2) from the plurality of temperature sensors change with the posture of the electronic device; the electronic device comprises a plurality of temperature sensors located adjacent to the first component, and the electronic device comprises one or more heat sources (222-1, 222-2); and the distance and angle of the one or more heat sources (222-1, 222-2) from the plurality of temperature sensors change with the posture of the electronic device; selecting a first temperature sensor from a plurality of temperature sensors based on the posture of the electronic device and the distance and/or angle of the one or more heat sources (222-1, 222-2) from the plurality of temperature sensors; obtaining a first measured temperature of the first component with at least the first temperature sensor; determining whether to adjust the first measured temperature based on the posture of the electronic device; and if an adjustment is determined to be needed, adjusting the first measured temperature based on the position and/or angle of the one or more heat sources (222-1, 222-2) to create a component temperature.
A method for automatically picking a fruit from a plant using an apparatus comprising a gripper mechanism comprising two or more mutually movable fingers , the method comprising: - an approach stage wherein the gripper mechanism is put into a clamping position , wherein the fingers are positioned next to the fruit to be picked for a subsequent clamping of the fruit to be picked; - a clamping stage wherein, while the gripper mechanism is in the clamping position , the fingers are mutually moved towards the fruit to be picked until they clamp the fruit ; and - a removal stage wherein the fruit clamped in the fingers is removed from the plant , CHARACTERIZED IN THAT - during the clamping stage , the fingers are moved such that a specific maximum clamping force is not exceeded; and - during at least a part of the removal stage , the mutual position of the fingers is controlled by a drive such that their mutual distance does not increase, even when a force exceeding the specific maximum clamping force is exerted on one or more of the fingers . - an approach stage wherein the gripper mechanism is put into a clamping position , wherein the fingers are positioned next to the fruit to be picked for a subsequent clamping of the fruit to be picked; - a clamping stage wherein, while the gripper mechanism is in the clamping position , the fingers are mutually moved towards the fruit to be picked until they clamp the fruit ; and - a removal stage wherein the fruit clamped in the fingers is removed from the plant , CHARACTERIZED IN THAT - during the clamping stage , the fingers are moved such that a specific maximum clamping force is not exceeded; and - during at least a part of the removal stage , the mutual position of the fingers is controlled by a drive such that their mutual distance does not increase, even when a force exceeding the specific maximum clamping force is exerted on one or more of the fingers .
A routing information processing method, comprising: obtaining, by a first network device (PE23), routing information, wherein the routing information comprises a first device identifier of a second network device (CE13) and a first segment identifier corresponding to the first device identifier, and a second device identifier of a third network device (CE14) and a second segment identifier corresponding to the second device identifier, wherein the first network device is a single-homing device of the second network device, and the first segment identifier corresponds to a first locator, and wherein the first network device and a fourth network device (PE24) are multi-homing devices of the third network device, and the second segment identifier corresponds to a second locator; and sending, by the first network device, the routing information to the fourth network device (S302, S303). obtaining, by a first network device (PE23), routing information, wherein the routing information comprises a first device identifier of a second network device (CE13) and a first segment identifier corresponding to the first device identifier, and a second device identifier of a third network device (CE14) and a second segment identifier corresponding to the second device identifier, wherein the first network device is a single-homing device of the second network device, and the first segment identifier corresponds to a first locator, and wherein the first network device and a fourth network device (PE24) are multi-homing devices of the third network device, and the second segment identifier corresponds to a second locator; and sending, by the first network device, the routing information to the fourth network device (S302, S303).