mhurhangee/ep-ind-claims huggingface dataset:
A method carried out by an endpoint comprising: sending a first address request to a publicly accessible server that identifies publicly addressable network addresses to endpoints; receiving back a Simple Traversal of User Datagram Protocol, UDP, Through Network Access Translators, NATs, STUN, first response from the publicly accessible server, wherein the STUN first response identifies a publicly addressable network address associated with an originating source of the first address request; comparing the publicly addressable network address to a local network address; sending a second address request to a publicly addressable network address translating security device using the publicly addressable network address if the publicly addressable network address is different than the local network address; receiving back a STUN second response from the publicly addressable network address translating security device, wherein the STUN second response includes a further network address; comparing the further network address to the local network address; sending a STUN request to a STUN server located on a further network address translating security device using the further network address if the further network address does not match the local network address; and providing the further network address to a remote endpoint that is reachable using the identified publicly addressable network address to establish, with the remote endpoint, a media path that circumvents the publicly addressable network address translating security device. sending a first address request to a publicly accessible server that identifies publicly addressable network addresses to endpoints; receiving back a Simple Traversal of User Datagram Protocol, UDP, Through Network Access Translators, NATs, STUN, first response from the publicly accessible server, wherein the STUN first response identifies a publicly addressable network address associated with an originating source of the first address request; comparing the publicly addressable network address to a local network address; sending a second address request to a publicly addressable network address translating security device using the publicly addressable network address if the publicly addressable network address is different than the local network address; receiving back a STUN second response from the publicly addressable network address translating security device, wherein the STUN second response includes a further network address; comparing the further network address to the local network address; sending a STUN request to a STUN server located on a further network address translating security device using the further network address if the further network address does not match the local network address; and providing the further network address to a remote endpoint that is reachable using the identified publicly addressable network address to establish, with the remote endpoint, a media path that circumvents the publicly addressable network address translating security device.
A modular component for use with a surgical instrument, the modular component connectable to a first version of the surgical instrument and connectable to a second version of the surgical instrument, wherein the modular component comprises: a sensor for detecting data associated with the modular component or the surgical instrument; and a control circuit coupled to the sensor, the control circuit configured to: determine whether the modular component is of a version that corresponds to the version of the surgical instrument in the event that the modular component is coupled to the surgical instrument; and cause the sensor to output data detected by the sensor in one of a first output mode or a second output mode according to whether the version of the modular component corresponds to the version of the surgical instrument; wherein the data outputted by the sensor in the first output mode is of a first format compatible with the first version of the surgical instrument and data outputted by the sensor in the second mode is of a second format compatible with the second version of the surgical instrument. a sensor for detecting data associated with the modular component or the surgical instrument; and a control circuit coupled to the sensor, the control circuit configured to: determine whether the modular component is of a version that corresponds to the version of the surgical instrument in the event that the modular component is coupled to the surgical instrument; and cause the sensor to output data detected by the sensor in one of a first output mode or a second output mode according to whether the version of the modular component corresponds to the version of the surgical instrument; wherein the data outputted by the sensor in the first output mode is of a first format compatible with the first version of the surgical instrument and data outputted by the sensor in the second mode is of a second format compatible with the second version of the surgical instrument. determine whether the modular component is of a version that corresponds to the version of the surgical instrument in the event that the modular component is coupled to the surgical instrument; and cause the sensor to output data detected by the sensor in one of a first output mode or a second output mode according to whether the version of the modular component corresponds to the version of the surgical instrument; wherein the data outputted by the sensor in the first output mode is of a first format compatible with the first version of the surgical instrument and data outputted by the sensor in the second mode is of a second format compatible with the second version of the surgical instrument.
Switchgear cabinet system comprising a base module and a plurality of functional modules, wherein the base module has a housing with a housing side and openings in the housing side, first connection elements and second connection elements, wherein the first connection elements provide data connections and extra-low-voltage connections, wherein the second connection elements provide low-voltage connections, wherein the first connection elements are arranged within the housing in the region of openings, wherein the data connections are connected to a data line, wherein the extra-low-voltage connections are connected to an extra-low-voltage line, wherein the low-voltage connections are connected to a low-voltage line, wherein an extra-low voltage of up to 50 volts AC and/or 120 volts DC can be provided via the extra-low-voltage line and the extra-low-voltage connections and a low voltage of above the extra-low voltage and up to 1000 volts AC and/or 1500 volts DC can be provided via the low-voltage line and the low-voltage connections, wherein the functional modules each have a module housing, an electronic circuit and a module connection element, wherein the module connection element is connected to the electronic circuit, wherein the module housing has a module housing side, wherein the module housing side has a module housing opening, wherein the module connection element comprises a first plug-in element, wherein the first plug-in element extends through the module housing opening from the interior of the module housing to the exterior of the module housing and is designed to engage into the first connection elements of the base module, wherein, for at least one functional module, the module connection element comprises a second plug-in element, wherein the second plug-in element is designed to engage into the second connection elements of the base module, characterized in that the first plug-in element is subdivided at least into a first region and a second region, in that first plug-in contacts for transmitting data are arranged in the first region and in that second plug-in contacts for transmitting extra-low voltage are arranged in the second region, in that the first connection element is subdivided into at least a third region and a fourth region, in that third plug-in contacts for transmitting data are arranged in the third region and fourth plug-in contacts for transmitting extra-low-voltage are arranged in the fourth region, in that the first plug-in contacts can be connected to the third plug-in contacts and in that the second plug-in contacts can be connected to the fourth plug-in contacts, in that the first plug-in contacts and the second plug-in contacts are configured differently, and in that the first connection elements and the second connection elements are arranged in a manner spaced apart from one another.
A method of detecting inconsistencies in a structure (202, 602), the method comprising: directing, by a light source, a first light as a pulsed laser beam towards the structure (202, 602), wherein the first light takes the form of a line pump on the surface, wherein a plurality of types of ultrasonic signals is formed in the structure (202, 602) when radiation of the pulsed laser beam is absorbed by the structure (202, 602); transmitting, by detectors, second light onto the surface of the structure (202, 602), the second light forming a point detector (232, 608) on the first surface of the structure (202, 602), and detecting the plurality of types of ultrasonic signals to form data, wherein the plurality of types of ultrasonic signals includes at least surface waves, wherein the plurality of types of ultrasonic signals is detected by the point detector, wherein the pulsed laser beam and the point detector are spaced apart such that the plurality of types of ultrasonic signals is detected, and wherein the surface waves are transmitted through a joint (249, 604) in the structure (202, 602) in a first direction for a first inspection and in a different second direction for a second inspection, wherein the method further comprises identifying a joint inconsistency in the joint (249, 604) in the structure (202, 602) by using the data representing the surface waves from the first and the second inspection. directing, by a light source, a first light as a pulsed laser beam towards the structure (202, 602), wherein the first light takes the form of a line pump on the surface, wherein a plurality of types of ultrasonic signals is formed in the structure (202, 602) when radiation of the pulsed laser beam is absorbed by the structure (202, 602); transmitting, by detectors, second light onto the surface of the structure (202, 602), the second light forming a point detector (232, 608) on the first surface of the structure (202, 602), and detecting the plurality of types of ultrasonic signals to form data, wherein the plurality of types of ultrasonic signals includes at least surface waves, wherein the plurality of types of ultrasonic signals is detected by the point detector, wherein the pulsed laser beam and the point detector are spaced apart such that the plurality of types of ultrasonic signals is detected, and wherein the surface waves are transmitted through a joint (249, 604) in the structure (202, 602) in a first direction for a first inspection and in a different second direction for a second inspection, wherein the method further comprises identifying a joint inconsistency in the joint (249, 604) in the structure (202, 602) by using the data representing the surface waves from the first and the second inspection.
A gas pressure regulator, comprising an inlet, an outlet, a housing, a diaphragm, a control chamber and a discharge chamber, wherein the inlet and the outlet each open onto the control chamber, wherein the diaphragm partially delimits the control chamber, wherein a passage between the control chamber and the discharge chamber is open in one position of the diaphragm, and wherein a movable limiting element is provided, characterized in that the limiting element limits a movement of the diaphragm away from the control chamber so that the passage does not open, in that the limiting element is movable between an active and an inactive position, and in that the limiting element limits the movement of the diaphragm only in the active position. comprising an inlet, an outlet, a housing, a diaphragm, a control chamber and a discharge chamber, wherein the inlet and the outlet each open onto the control chamber, wherein the diaphragm partially delimits the control chamber, wherein a passage between the control chamber and the discharge chamber is open in one position of the diaphragm, and wherein a movable limiting element is provided, characterized in that the limiting element limits a movement of the diaphragm away from the control chamber so that the passage does not open, in that the limiting element is movable between an active and an inactive position, and in that the limiting element limits the movement of the diaphragm only in the active position.
Vehicle seat, in particular utility vehicle seat, comprising a scissors-type stand for adjusting the height, said scissors-type stand having intersected rockers (8a, 8b) and at least one frame (5, 7), and also a bearing device by means of which at least one of the rockers (8a, 8b) is guided movably in the frame (5, 7), wherein the bearing device has a bearing roller which is rotatable about a bearing axis and interacts with a first guide, and a compensating roller which is rotatable about the bearing axis and interacts with a second guide, characterized in that the second guide for the compensating roller is attached to a foot region of an insert, and in that a side region of the insert, which side region extends at a right angle to the foot region, is fastened to the frame (5, 7), and/or in that a head region of the insert, which head region extends parallel to the foot region, is fastened to the frame (5, 7), and in that the foot region is of elastic design and presses against the compensating roller.
A computing device comprising processing circuitry to operate a traffic detection function ("TDF") to: ascertain that a first device and a second device are, potentially, sufficiently proximate to each other to wirelessly exchange data directly; obtain location change data associated with the first device and the second device; determine, based on the location change data, whether the first device and the second device are sufficiently proximate to exchange data directly, and whether the first device and the second device are likely to remain proximate for at least a predetermined time interval; and characterized in causing the first device and the second device to commence device-to-device ("D2D") communication based on the determination, wherein the first device is a first mobile user equipment ("UE") and the second device is a second mobile UE, first and second mobile UE are configured to communicate with each other using LTE, and an evolved serving mobile location center ("E-SMLC") is instructed to obtain the location change data. ascertain that a first device and a second device are, potentially, sufficiently proximate to each other to wirelessly exchange data directly; obtain location change data associated with the first device and the second device; determine, based on the location change data, whether the first device and the second device are sufficiently proximate to exchange data directly, and whether the first device and the second device are likely to remain proximate for at least a predetermined time interval; and characterized in causing the first device and the second device to commence device-to-device ("D2D") communication based on the determination, wherein the first device is a first mobile user equipment ("UE") and the second device is a second mobile UE, first and second mobile UE are configured to communicate with each other using LTE, and an evolved serving mobile location center ("E-SMLC") is instructed to obtain the location change data.
The use of a controlled release formulation in the preparation of a subcutaneous implant for the treatment of children suffering from central precocious puberty, the controlled release formulation comprising: 45 mg to 90 mg of histrelin, and contained within a hydrophilic copolymer obtained from a copolymerization of a mixture comprising 2-hydroxyethyl methacrylate and hydroxypropyl methacrylate monomers. 45 mg to 90 mg of histrelin, and contained within a hydrophilic copolymer obtained from a copolymerization of a mixture comprising 2-hydroxyethyl methacrylate and hydroxypropyl methacrylate monomers.
A wireless electrocardiogram monitoring device comprising a patch portion including a plurality of electrodes; and a module portion separably coupled to the patch portion and configured to perform wireless communication with an outside, wherein the patch portion comprises: a downward patch portion formed on a bottom surface attached to the human body and comprising some of the plurality of electrodes to be exposed through the bottom surface; and an upward patch portion located on a top surface opposite the bottom surface and comprising other of the plurality of electrodes to be exposed through the top surface, wherein the plurality of electrodes are provided as nine or ten electrodes, and wherein the upward patch portion comprises two electrodes among the nine or ten electrodes to be attached to both hands or fingers of the human body.. a downward patch portion formed on a bottom surface attached to the human body and comprising some of the plurality of electrodes to be exposed through the bottom surface; and an upward patch portion located on a top surface opposite the bottom surface and comprising other of the plurality of electrodes to be exposed through the top surface, wherein the plurality of electrodes are provided as nine or ten electrodes, and wherein the upward patch portion comprises two electrodes among the nine or ten electrodes to be attached to both hands or fingers of the human body..
A method for use in a wireless transmit/receive unit, WTRU, the method comprising: receiving, from a satellite base station, BS, and successfully decoding, first downlink control information, DCI, indicating that one or more first redundancy versions, RVs, from a plurality of first RVs are configured for a first transport block, TB, wherein the plurality of first RVs are associated with the first TB; receiving, from the satellite BS, the first TB; receiving, from the satellite BS, and successfully decoding, second DCI indicating that one or more second RVs from a plurality of second RVs and at least one cross redundancy version, cRV, are configured for a second TB, wherein the plurality of second RVs are associated with the second TB and the at least one cRV is associated with one or more bits from the plurality of first RVs and with one or more bits from the plurality of second RVs; receiving, from the satellite BS, the second TB; and on a condition that the WTRU does not successfully decode at least one of the first TB based on the one or more first RVs or the second TB based on the one or more second RVs, decoding the first TB and second TB jointly based on the at least one cRV. receiving, from a satellite base station, BS, and successfully decoding, first downlink control information, DCI, indicating that one or more first redundancy versions, RVs, from a plurality of first RVs are configured for a first transport block, TB, wherein the plurality of first RVs are associated with the first TB; receiving, from the satellite BS, the first TB; receiving, from the satellite BS, and successfully decoding, second DCI indicating that one or more second RVs from a plurality of second RVs and at least one cross redundancy version, cRV, are configured for a second TB, wherein the plurality of second RVs are associated with the second TB and the at least one cRV is associated with one or more bits from the plurality of first RVs and with one or more bits from the plurality of second RVs; receiving, from the satellite BS, the second TB; and on a condition that the WTRU does not successfully decode at least one of the first TB based on the one or more first RVs or the second TB based on the one or more second RVs, decoding the first TB and second TB jointly based on the at least one cRV.
A hold open rod assembly comprising, an outer tube, an inner tube extending into the outer tube and configured to slide relative to the outer tube between a fully retracted position where the inner tube is substantially received in the outer tube and a fully extended position where the inner tube is extended away from the outer tube, a locking mechanism positioned within the outer tube and coupled to the inner tube to move with the inner tube, the locking mechanism including one or more lock pins and a plunger positioned to engage with the lock pins, and a control shaft coupled to the outer tube, wherein the locking mechanism is configured for movement between a loaded configuration biasing the lock pins outward to engage the lock pins with the outer tube to block movement of the inner tube relative to the outer tube when the inner tube reaches the fully extended position and an unloaded configuration where the lock pins are allowed to move inward to allow movement of the inner tube relative to the outer tube, and the control shaft engages with the locking mechanism and defines a reset point at a predetermined location along a length of travel of the inner tube relative to the outer tube to allow movement of the locking mechanism from the unloaded configuration to the loaded configuration. an outer tube, an inner tube extending into the outer tube and configured to slide relative to the outer tube between a fully retracted position where the inner tube is substantially received in the outer tube and a fully extended position where the inner tube is extended away from the outer tube, a locking mechanism positioned within the outer tube and coupled to the inner tube to move with the inner tube, the locking mechanism including one or more lock pins and a plunger positioned to engage with the lock pins, and a control shaft coupled to the outer tube, wherein the locking mechanism is configured for movement between a loaded configuration biasing the lock pins outward to engage the lock pins with the outer tube to block movement of the inner tube relative to the outer tube when the inner tube reaches the fully extended position and an unloaded configuration where the lock pins are allowed to move inward to allow movement of the inner tube relative to the outer tube, and the control shaft engages with the locking mechanism and defines a reset point at a predetermined location along a length of travel of the inner tube relative to the outer tube to allow movement of the locking mechanism from the unloaded configuration to the loaded configuration.
Electronically controlled door latch arrangement for a motor vehicle, the arrangement comprising an unrechargeable auxiliary battery configured for supplying an auxiliary supply voltage, and an electronically controlled door latch comprising a supercapacitor group and an electric motor, whereby the supercapacitor group is configured for being charged by a main supply voltage received from a main power source of the motor vehicle during a normal operating condition or by the auxiliary supply voltage and for providing a backup supply voltage during a backup operating condition when the main supply voltage is unavailable, and the electric motor is configured for actuating the door latch based on the main supply voltage or on the backup supply voltage. an unrechargeable auxiliary battery configured for supplying an auxiliary supply voltage, and an electronically controlled door latch comprising a supercapacitor group and an electric motor, whereby the supercapacitor group is configured for being charged by a main supply voltage received from a main power source of the motor vehicle during a normal operating condition or by the auxiliary supply voltage and for providing a backup supply voltage during a backup operating condition when the main supply voltage is unavailable, and the electric motor is configured for actuating the door latch based on the main supply voltage or on the backup supply voltage.