mhurhangee/ep-ind-claims huggingface dataset:
A method to control unlocking an entry for a guest having a wireless device by an owner access point comprising: storing a virtual key and an access control rule associated with the virtual key for the wireless device at the owner access point; determining whether a virtual key received from the wireless device matches the stored virtual key and satisfies the access control rule for the stored virtual key, and, if so, transmitting an open command to the entry, wherein the virtual key includes a wireless local area network (WLAN) credential and an authentication credential, and wherein the WLAN credential includes an identifier associated with the owner access point and the authentication credential includes a password; and wherein the virtual key is transmitted by the wireless device to the owner access point when the identifier associated with the owner access point is detected by the wireless device. storing a virtual key and an access control rule associated with the virtual key for the wireless device at the owner access point; determining whether a virtual key received from the wireless device matches the stored virtual key and satisfies the access control rule for the stored virtual key, and, if so, transmitting an open command to the entry, wherein the virtual key includes a wireless local area network (WLAN) credential and an authentication credential, and wherein the WLAN credential includes an identifier associated with the owner access point and the authentication credential includes a password; and wherein the virtual key is transmitted by the wireless device to the owner access point when the identifier associated with the owner access point is detected by the wireless device.
A crystalline material free of framework phosphorus and comprising at least one intergrown phase of a CHA framework type molecular sieve and an AEI framework type molecular sieve, wherein said material, in its calcined, anhydrous form, has a composition involving the molar relationship: (n)X 2 O 3:YO 2, wherein X is a trivalent element; Y is a tetravalent element; and n is from 0 to 0.5.
A method of mitigating formation of an undesired accumulation of a substance in a well tool through which a well fluid flows, the method comprising: heating a surrounding wall of an interior flow passage through which the well fluid flows; and monitoring the accumulation of the substance in the flow passage; wherein the heating is performed in response to the monitoring comprising detecting the accumulation; and wherein the monitoring is performed by at least one sensor, the sensor comprising a resistivity sensor and/or a capacitance or inductance sensor. heating a surrounding wall of an interior flow passage through which the well fluid flows; and monitoring the accumulation of the substance in the flow passage; wherein the heating is performed in response to the monitoring comprising detecting the accumulation; and wherein the monitoring is performed by at least one sensor, the sensor comprising a resistivity sensor and/or a capacitance or inductance sensor.
A ferrite ceramics having a composition consisting of 47.5 to 49.8 mol% of Fe 2 O 3, 13.5 to 19.5 mol% of NiO, 21 to 27 mol% of ZnO, 7.5 to 12.5 mol% of CuO and 0.2 to 0.8 mol% of CoO, all of the molar amounts being calculated in terms of the respective oxides, which ferrite ceramics further comprises 0.2 to 1.4% by weight of SnO 2 and 0.005 to 0.03% by weight of S based on a weight of ferrite ceramics having the composition.
A computer-implemented method for evaluating vulnerability of program code, the method comprising: receiving an intermediate result generated by a compiler based on source code, wherein the intermediate result includes one or more vulnerability indicators (502, 503, 504) indicating one or more lines of the source code being potentially vulnerable; performing a grey box fuzzing process on a first executable code generated from the intermediate result to generate a first set of seed inputs; calculating a vulnerability score for each of the seed inputs of the first set based on the vulnerability indicators for the lines of the source code reachable but not explored by the grey box fuzzing process; selecting one of the seed inputs in the first set having a highest vulnerability score; and performing a concolic execution using the selected seed input as a priority, the concolic execution being performed on a second executable code generated from the intermediate result. receiving an intermediate result generated by a compiler based on source code, wherein the intermediate result includes one or more vulnerability indicators (502, 503, 504) indicating one or more lines of the source code being potentially vulnerable; performing a grey box fuzzing process on a first executable code generated from the intermediate result to generate a first set of seed inputs; calculating a vulnerability score for each of the seed inputs of the first set based on the vulnerability indicators for the lines of the source code reachable but not explored by the grey box fuzzing process; selecting one of the seed inputs in the first set having a highest vulnerability score; and wherein the intermediate result includes one or more vulnerability indicators (502, 503, 504) indicating one or more lines of the source code being potentially vulnerable; performing a grey box fuzzing process on a first executable code generated from the intermediate result to generate a first set of seed inputs; calculating a vulnerability score for each of the seed inputs of the first set based on the vulnerability indicators for the lines of the source code reachable but not explored by the grey box fuzzing process; selecting one of the seed inputs in the first set having a highest vulnerability score; and performing a concolic execution using the selected seed input as a priority, the concolic execution being performed on a second executable code generated from the intermediate result.
An apparatus (101, 103) of an Access Point, AP, in a Wireless Local Area Network, WLAN, comprising: at least one processor configured to generate a High Efficiency, HE, Physical Layer Convergence Protocol, PLCP, Protocol Data Unit, PPDU, including a plurality of resource units, RUs, of data, comprising a HE-signal A, HE-SIG-A, field; and at least one transceiver (209a-209n) configured to transmit the generated HE PPDU to Stations, STAs, wherein, when a format of the HE PPDU is a HE Multiple User, MU, PPDU used for MU transmission not responding to a trigger frame, the HE PPDU further comprises a HE-SIG-B field, characterized in that the HE-SIG-B field comprises: common information for the STAs in a common field, wherein the common field includes an arrangement of the RUs in frequency domain and a number of MU multiple-input multiple-output, MU-MIMO, users in an MU-MIMO resource; and user-specific information for the STAs in a user-specific field that follows the common field. at least one processor configured to generate a High Efficiency, HE, Physical Layer Convergence Protocol, PLCP, Protocol Data Unit, PPDU, including a plurality of resource units, RUs, of data, comprising a HE-signal A, HE-SIG-A, field; and at least one transceiver (209a-209n) configured to transmit the generated HE PPDU to Stations, STAs, wherein, when a format of the HE PPDU is a HE Multiple User, MU, PPDU used for MU transmission not responding to a trigger frame, the HE PPDU further comprises a HE-SIG-B field, characterized in that the HE-SIG-B field comprises: common information for the STAs in a common field, wherein the common field includes an arrangement of the RUs in frequency domain and a number of MU multiple-input multiple-output, MU-MIMO, users in an MU-MIMO resource; and user-specific information for the STAs in a user-specific field that follows the common field. common information for the STAs in a common field, wherein the common field includes an arrangement of the RUs in frequency domain and a number of MU multiple-input multiple-output, MU-MIMO, users in an MU-MIMO resource; and user-specific information for the STAs in a user-specific field that follows the common field.
Composition suitable for the black printing, via screen printing, of a sheet of polyvinyl butyral intended to be part of a laminated glazing unit, characterized in that it comprises: - 11% to 13% by weight of polyvinyl butyral, - 35% to 40% by weight of at least one aliphatic dicarboxylic acid diester, and - at least one black pigment in an amount and with a specific surface area that are selected so that the Brookfield viscosity of the composition at 20°C is between 9 and 13 Pa.s. - 11% to 13% by weight of polyvinyl butyral, - 35% to 40% by weight of at least one aliphatic dicarboxylic acid diester, and - at least one black pigment in an amount and with a specific surface area that are selected so that the Brookfield viscosity of the composition at 20°C is between 9 and 13 Pa.s.
A catheter for fluid delivery into a tissue outside of an interior wall of a target vessel of a human body comprising: a catheter body having a central axis extending in a longitudinal direction and also having a fluid injection lumen; at least two needle guiding elements adapted to expand outwardly toward the interior wall of the target vessel; at least two injector tubes, each injector tube having an injector tube lumen with a lumen diameter, each injector tube further connected to a distal sharpened needle configured to penetrate the vessel wall, each injector tube lumen being in fluid communication with the fluid injection lumen of the catheter body, each injector tube adapted to be advanced outwardly, guided by one needle guiding element, each distal sharpened needle having a distal opening for fluid delivery into the tissue outside of the interior wall of the target vessel, wherein each injector tube is advanced coaxially through one needle guiding element: each injector tube having a wire located inside the injector tube lumen, the wire extending into a distal portion of the injector tube, the wire having a diameter of at least half of the lumen diameter of the injector tube lumen, wherein the combination of residual cross-sectional areas of the injector tube lumens of the at least two injector tubes with inserted wires together are less than the total cross-sectional area of the fluid injection lumen of the catheter body to equalize the flow rate between the at least two injector tubes. a catheter body having a central axis extending in a longitudinal direction and also having a fluid injection lumen; at least two needle guiding elements adapted to expand outwardly toward the interior wall of the target vessel; at least two injector tubes, each injector tube having an injector tube lumen with a lumen diameter, each injector tube further connected to a distal sharpened needle configured to penetrate the vessel wall, each injector tube lumen being in fluid communication with the fluid injection lumen of the catheter body, each injector tube adapted to be advanced outwardly, guided by one needle guiding element, each distal sharpened needle having a distal opening for fluid delivery into the tissue outside of the interior wall of the target vessel, wherein each injector tube is advanced coaxially through one needle guiding element: each injector tube having a wire located inside the injector tube lumen, the wire extending into a distal portion of the injector tube, the wire having a diameter of at least half of the lumen diameter of the injector tube lumen, wherein the combination of residual cross-sectional areas of the injector tube lumens of the at least two injector tubes with inserted wires together are less than the total cross-sectional area of the fluid injection lumen of the catheter body to equalize the flow rate between the at least two injector tubes.
A port cannula system, comprising a cannula holder, a cannula secured to the cannula holder with a cannula tip, which can be moved at least into a puncture position and a safety position, a safety section (11-1, 12, 13, 14), which surrounds the cannula tip at least in sections in the safety position, a feeder connected to the cannula and at least one support piece connected to the cannula holder for supporting the port cannula system on a patient's skin, wherein the at least one support piece is connected to the cannula holder by means of a hinge and wherein the cannula holder comprises a lower holder segment connected to the support piece which provides a step such that the lower holder segment is spaced apart from the patient's skin in a state of the port cannula system where it is supported on the patient's skin.
A camera crane having a base, an outer arm pivotally attached to the base, a trim weight tray rigidly attached to a back end of the outer arm, a counterweight carriage supported on the outer arm, on carriage rollers (46, 48), a nose frame on a front end of an inner arm, a mounting plate pivotally attached to the nose frame, and an electric tilt motor mechanically linked to the mounting plate, characterized by: the crane having a single inner arm telescopically supported within the outer arm via front rollers at the front end of the outer arm and by rear rollers (74, 76) at the rear end of the single inner arm; a chain passing around a sprocket on an electric extension motor, with a first end of the chain attached to the counterweight carriage, and a second end of the chain attached to the inner arm; and one or more cables (110, 115) each having a first end attached to the counterweight carriage and a second end attached to the inner arm with the one or more cables passing over pulleys at a front end of the outer arm. the crane having a single inner arm telescopically supported within the outer arm via front rollers at the front end of the outer arm and by rear rollers (74, 76) at the rear end of the single inner arm; a chain passing around a sprocket on an electric extension motor, with a first end of the chain attached to the counterweight carriage, and a second end of the chain attached to the inner arm; and one or more cables (110, 115) each having a first end attached to the counterweight carriage and a second end attached to the inner arm with the one or more cables passing over pulleys at a front end of the outer arm.
A method of producing a packaged, lactose-reduced milk-related product, the method comprising the steps of: a) providing a lactose-reduced milk-related feed, b) subjecting a milk derivative derived from said milk-related feed to a High Temperature -treatment, wherein the milk derivative is heated to a temperature in the range of 140 - 180 degrees C, kept in that temperature range for a period of at most 200 msec., and then finally cooled, c) packaging a lactose-reduced milk-related product derived from the HT-treated milk derivative, which method furthermore involves a hydrolysis step where at least some of the lactose is hydrolysed into glucose and galactose and an enzyme inactivation step whereby the combined activity of plasmin and plasminogen of the treated liquid is reduced by at least 60% relative to the activity of the untreated liquid, wherein deriving the milk derivative from the milk-related feed involves subjecting the milk-related feed to the enzyme inactivation step, and wherein the hydrolysis step is performed after subjecting the milk-related feed to the enzyme inactivation step, or wherein deriving the lactose-reduced milk-related product from the HT-treated milk derivative involves subjecting the HT-treated milk derivative to the enzyme inactivation step, and wherein deriving the lactose-reduced milk-related product from the HT-treated milk derivative involves hydrolysing at least some of the lactose of the HT-treated milk derivative, and wherein the hydrolysis step is performed before or after subjecting the HT-treated milk derivative to the enzyme inactivation step. a) providing a lactose-reduced milk-related feed, b) subjecting a milk derivative derived from said milk-related feed to a High Temperature -treatment, wherein the milk derivative is heated to a temperature in the range of 140 - 180 degrees C, kept in that temperature range for a period of at most 200 msec., and then finally cooled, c) packaging a lactose-reduced milk-related product derived from the HT-treated milk derivative, wherein deriving the milk derivative from the milk-related feed involves subjecting the milk-related feed to the enzyme inactivation step, and wherein the hydrolysis step is performed after subjecting the milk-related feed to the enzyme inactivation step, or wherein deriving the lactose-reduced milk-related product from the HT-treated milk derivative involves subjecting the HT-treated milk derivative to the enzyme inactivation step, and wherein deriving the lactose-reduced milk-related product from the HT-treated milk derivative involves hydrolysing at least some of the lactose of the HT-treated milk derivative, and wherein the hydrolysis step is performed before or after subjecting the HT-treated milk derivative to the enzyme inactivation step.
A wearable gear for holding a physiological sensor for monitoring a subject, the wearable gear comprising: a tensioning element (502, 602, 702, 802, 902, 1002, 1102) having a maximal length; and a holding unit for holding the physiological sensor; wherein the wearable gear further comprises a tension mechanism (545, 645, 745, 845, 945, 1045, 1145) for tensioning the tensioning element to a predefined tension when at least partially around a body part of the subject, wherein the tension mechanism comprises a resilient part comprising a resilient material and a non-resilient part comprising a non-resilient material; and wherein the resilient part and the non-resilient part mechanically cooperate with each other to automatically adjust the maximal length such that the predefined tension is obtained regardless of the size of the body part. a tensioning element (502, 602, 702, 802, 902, 1002, 1102) having a maximal length; and a holding unit for holding the physiological sensor; wherein the wearable gear further comprises a tension mechanism (545, 645, 745, 845, 945, 1045, 1145) for tensioning the tensioning element to a predefined tension when at least partially around a body part of the subject, wherein the tension mechanism comprises a resilient part comprising a resilient material and a non-resilient part comprising a non-resilient material; and wherein the resilient part and the non-resilient part mechanically cooperate with each other to automatically adjust the maximal length such that the predefined tension is obtained regardless of the size of the body part.
A method of detecting exploits, the method comprising: receiving a file; determining a list of possible file types of the file; determining whether or not the received file corresponds to a predetermined model of any of the determined list of possible file types, wherein the determining step comprises, for a given one of the determined file types: segmenting the file according to the given file type into two or more segments, each segment associated with a predefined model and a predefined probability threshold for a segment of the given file type; determining, for each segment, a probability that the segment corresponds to the model of the segment of the given file type; and determining that the file corresponds to the predetermined model of the given file type if the probabilities for each segment are within the respective probability thresholds defined for segments of the given file type; the method further comprising: if the received file does not correspond to any of the predetermined models of the determined file types, flagging the received file as a potential exploit. receiving a file; determining a list of possible file types of the file; determining whether or not the received file corresponds to a predetermined model of any of the determined list of possible file types, wherein the determining step comprises, for a given one of the determined file types: segmenting the file according to the given file type into two or more segments, each segment associated with a predefined model and a predefined probability threshold for a segment of the given file type; determining, for each segment, a probability that the segment corresponds to the model of the segment of the given file type; and determining that the file corresponds to the predetermined model of the given file type if the probabilities for each segment are within the respective segmenting the file according to the given file type into two or more segments, each segment associated with a predefined model and a predefined probability threshold for a segment of the given file type; determining, for each segment, a probability that the segment corresponds to the model of the segment of the given file type; and determining that the file corresponds to the predetermined model of the given file type if the probabilities for each segment are within the respective probability thresholds defined for segments of the given file type; the method further comprising: if the received file does not correspond to any of the predetermined models of the determined file types, flagging the received file as a potential exploit. if the received file does not correspond to any of the predetermined models of the determined file types, flagging the received file as a potential exploit.
Device for transmitting a signal remotely, in particular for transmitting a signal by radio frequency, comprising an electronic logic circuit such as a microcontroller, a member for transmitting data wirelessly such as a modem connected to the electronic logic circuit, a power supply circuit connected to the electronic logic circuit and to the transmission member, the power supply circuit comprising a measuring loop and a first capacitor, characterised in that the first capacitor is connected in parallel with a measuring loop and also with the electronic logic circuit in order to power the electronic logic circuit using the current from the measuring loop via the first capacitor, the first capacitor also being connected to the transmission member via a voltage boosting member in order to selectively power the transmission member using the current from the measuring loop via the first capacitor and the voltage boosting member, the measuring loop being a current loop having a current of from 4 to 20 mA, comprising a sensor, such as a pressure sensor, for measuring a physical parameter, the sensor comprising a transmitter converting the value of the measurement of the physical parameter produced by the sensor into an electric current, the measuring loop further comprising a receiver and a power supply for the transmitter of the sensor.