mhurhangee/ep-ind-claims huggingface dataset:
A method for managing a communication device, comprising: receiving, at the communication device, a wireless communication call including a notification trigger that provides for shared secret recognition within the communication device, and a shared secret associated with a contact, the shared secret being one of multiple shared secrets, each being associated with a function or application on the communication device; verifying, at the communication device, the shared secret; and performing a communication device function associated with the verified shared secret receiving, at the communication device, a wireless communication call including a notification trigger that provides for shared secret recognition within the communication device, and a shared secret associated with a contact, the shared secret being one of multiple shared secrets, each being associated with a function or application on the communication device; verifying, at the communication device, the shared secret; and performing a communication device function associated with the verified shared secret
A socket (100; 200) for guiding a screen of a protective installation, in particular a roller shutter, the socket comprising an internal portion with a fixing part, configured to be assembled to a case of the protective installation, and an internal shoe, configured to guide the screen along a guide plane when an internal face of the screen slides over this internal shoe, the fixing part comprises a lug, which extends along an adjustment axis orthogonal to the guide plane; characterised in that: - said lug is configured to be fixed to an internal surface of a lower board of the case, - the fixing part comprises at least one separable element (134A; 134B) which extends the lug along the adjustment axis, each separable element being configured so as to bring the internal shoe into position along the adjustment axis relative to a front edge of the lower board when the lug is fastened to the lower board. - said lug is configured to be fixed to an internal surface of a lower board of the case, - the fixing part comprises at least one separable element (134A; 134B) which extends the lug along the adjustment axis, each separable element being configured so as to bring the internal shoe into position along the adjustment axis relative to a front edge of the lower board when the lug is fastened to the lower board.
A device networking method, comprising: determining, by a first device, a second device as a master device in a communications system, wherein the second device is a device of a first type, the first device is a device of a second type, the device of the first type is a device that is powered by an external power supply, and the device of the second type is a device that is powered by a battery; establishing, by the first device as a slave device, a communications connection to the second device; determining, by the first device, a third device as a new master device in the communications system when an exception occurs on the second device, wherein the third device is a device of the second type; and establishing, by the first device as the slave device, a communications connection to the third device. determining, by a first device, a second device as a master device in a communications system, wherein the second device is a device of a first type, the first device is a device of a second type, the device of the first type is a device that is powered by an external power supply, and the device of the second type is a device that is powered by a battery; establishing, by the first device as a slave device, a communications connection to the second device; determining, by the first device, a third device as a new master device in the communications system when an exception occurs on the second device, wherein the third device is a device of the second type; and establishing, by the first device as the slave device, a communications connection to the third device.
A joint structure used for a wind power generation device that generates power by rotating an input shaft of a power generator by a torque from an output shaft of a speed increaser, said joint structure comprising: an output side transmission shaft which rotates integrally with the output shaft; an input side transmission shaft which rotates integrally with the input shaft; a fixed housing fixed to a structural object of a machine room where the speed increaser and the power generator are placed; and a one-way clutch which is fitted in the fixed housing, which integrally rotatably connects the output side transmission shaft and the input side transmission shaft, and which releases the connection, wherein the one-way clutch integrally rotatably connects the output side transmission shaft and the input side transmission shaft under a condition where a rotation speed of the output shaft is higher than a rotation speed of the input shaft, and releases the connection between the output side transmission shaft and the input side transmission shaft under a condition where the rotation speed of the output shaft is lower than the rotation speed of the input shaft, characterized by, a bearing (94, 95) which supports, by the fixed housing, the output side transmission shaft and the input side transmission shaft inserted in the fixed housing. an output side transmission shaft which rotates integrally with the output shaft; an input side transmission shaft which rotates integrally with the input shaft; a fixed housing fixed to a structural object of a machine room where the speed increaser and the power generator are placed; and a one-way clutch which is fitted in the fixed housing, which integrally rotatably connects the output side transmission shaft and the input side transmission shaft, and which releases the connection, wherein the one-way clutch integrally rotatably connects the output side transmission shaft and the input side transmission shaft under a condition where a rotation speed of the output shaft is higher than a rotation speed of the input shaft, and releases the connection between the output side transmission shaft and the input side transmission shaft under a condition where the rotation speed of the output shaft is lower than the rotation speed of the input shaft, characterized by,
A microphone assembly comprising: - a microphone casing comprising a sound inlet, an internal surface and having a miniature transducer element disposed therein, the miniature transducer element being bounded by first and second oppositely arranged outer surfaces and a peripheral edge surface, the miniature transducer element comprising a pressure sensitive part being connected to the sound inlet at the first surface of the transducer element, and - a first internal chamber delimited by the second outer surface of the miniature transducer element, the internal surface of the microphone casing and a portion of the peripheral edge surface of the miniature transducer element, characterized in that the first internal chamber is delimited also by a portion of the first surface of the transducer element. - a microphone casing comprising a sound inlet, an internal surface and having a miniature transducer element disposed therein, the miniature transducer element being bounded by first and second oppositely arranged outer surfaces and a peripheral edge surface, the miniature transducer element comprising a pressure sensitive part being connected to the sound inlet at the first surface of the transducer element, and - a first internal chamber delimited by the second outer surface of the miniature transducer element, the internal surface of the microphone casing and a portion of the peripheral edge surface of the miniature transducer element,
A method for global title translation in a telecommunications network comprising: (a) receiving a signaling message; (b) determining whether the signaling message requires global title translation; and (c) in response to determining that the signaling message requires global title translation, performing a lookup in a global title translation database, wherein performing the lookup in the global title translation database includes performing the lookup using a called party address and an originating point code extracted from the signaling message. (a) receiving a signaling message; (b) determining whether the signaling message requires global title translation; and (c) in response to determining that the signaling message requires global title translation, performing a lookup in a global title translation database, wherein performing the lookup in the global title translation database includes performing the lookup using a called party address and an originating point code extracted from the signaling message.
A seat-occupancy state detection device comprising: a seat occupancy sensor that forms a pressure sensitive portion on a seat occupancy surface of a seat; a load sensor that detects a load (Ws) applied to the seat occupancy surface; a seat-occupancy state determination unit that determines a seat occupancy state of an occupant on the seat, based on an ON/OFF state of the seat occupancy sensor and the load which is detected by the load sensor; and an abnormality determination unit that is configured to determine an occurrence of a first abnormality in which the ON state of the seat occupancy sensor is maintained, in a case where the seat occupancy sensor is in the ON state, and the load, which is detected by the load sensor, is equal to or lower than a first threshold value indicating an unloaded state. a seat occupancy sensor that forms a pressure sensitive portion on a seat occupancy surface of a seat; a load sensor that detects a load (Ws) applied to the seat occupancy surface; a seat-occupancy state determination unit that determines a seat occupancy state of an occupant on the seat, based on an ON/OFF state of the seat occupancy sensor and the load which is detected by the load sensor; and an abnormality determination unit that is configured to determine an occurrence of a first abnormality in which the ON state of the seat occupancy sensor is maintained, in a case where the seat occupancy sensor is in the ON state, and the load, which is detected by the load sensor, is equal to or lower than a first threshold value indicating an unloaded state.
An atomizer of electronic cigarette, comprising a housing which is in fixed connection with a suction nozzle, wherein an ultrasonic atomization piece is fixed in the housing; the ultrasonic atomization piece comprises a solid piezoelectric ceramic piece; characterized in that one surface of the solid piezoelectric ceramic piece is in contact with a liquid guide structure, and the other surface thereof is in contact with solid perfume; the liquid guide structure communicates with a tobacco tar storage cavity; both of the liquid guide structure and the solid perfume communicate with an airflow passage; an air inlet of the airflow passage communicates with the outside of the housing, and an outlet of the airflow passage communicates with the suction nozzle.
A pharmaceutical for use in the prophylaxis and the treatment of chronic inflammatory diseases, selected from a plant extract of a mixture of: Juglandis folium (walnut leaf), Quercus cortex (oak bark), Matricariae flos (or Flos chamomillae (chamomile flower)).
A system for evaluating a composite detector, the system comprising: a constant-temperature box, a smoke generator, a standard gas storage tank, a gas collection device and a laser Raman spectroscopy analyzer, wherein the constant-temperature box is sealed, and both the composite detector and the gas collection device are arranged in the constant-temperature box; wherein the smoke generator, the standard gas storage tank and the laser Raman spectroscopy analyzer are all arranged outside the constant-temperature box, whereby the smoke generator and the standard gas storage tank are fluidically connected to the box, the smoke generator and the standard gas storage tank being used to simulate a battery thermal runaway environment within the box; wherein the laser Raman spectroscopy analyzer is fluidically connected to the gas collection device for receiving gas from the gas collection device and for analysing the gas to obtain first detection data of the gas; and a computer for comparing the first detection data with second detection data obtained from a composite detector arranged in the constant-temperature box, so as to obtain a qualitative and quantitative analysis of detection accuracy of the composite detector. a constant-temperature box, a smoke generator, a standard gas storage tank, a gas collection device and a laser Raman spectroscopy analyzer, wherein the constant-temperature box is sealed, and both the composite detector and the gas collection device are arranged in the constant-temperature box; wherein the smoke generator, the standard gas storage tank and the laser Raman spectroscopy analyzer are all arranged outside the constant-temperature box, whereby the smoke generator and the standard gas storage tank are fluidically connected to the box, the smoke generator and the standard gas storage tank being used to simulate a battery thermal runaway environment within the box; wherein the laser Raman spectroscopy analyzer is fluidically connected to the gas collection device for receiving gas from the gas collection device and for analysing the gas to obtain first detection data of the gas; and a computer for comparing the first detection data with second detection data obtained from a composite detector arranged in the constant-temperature box, so as to obtain a qualitative and quantitative analysis of detection accuracy of the composite detector.
A power source interface module for electronic circuits supplied by power from a power source, the power source interface module comprising a first circuit board carrying components, the first circuit board comprising a number of stacked circuit board layers as well as at least two openings (32, 34, 36, 37), at least one pair of magnetically coupled inductive coils (Lcm1, Lcm2, Lcm3, Lcm4), a core with two core legs (42, 44), each core leg stretching through a corresponding opening (32, 34) in the circuit board, wherein each coil (Lcm1, Lcm2) is wound around a corresponding core leg (42, 44), the turns of the coils stretch through the circuit board layers, each layer between an upper outer layer and a lower outer layer comprises at least a part (24, 26, 28, 30) of one turn, and the two core legs are interconnected by an upper and a lower yoke (46, 48), characterised in that the power source interface module further comprises at least a part of a filter for filtering electromagnetic interference, said filter comprising said at least one pair of magnetically coupled inductive coils (Lcm1, Lcm2, Lcm3, Lcm4), and each yoke comprising a wing (50, 52) stretching out in a direction away from the two core legs (42, 44).
A measuring method for a nucleic acid sample, which simultaneously performs a digital PCR and a quantitative real-time PCR to detect the nucleic acid sample with a high-concentration nucleic acid target and a low-concentration nucleic acid target at one time, wherein a copy number of the high-concentration nucleic acid target in the nucleic acid sample is greater than 10000, and a copy number of the low-concentration nucleic acid target in the nucleic acid sample is 10000 or less, the measuring method for the nucleic acid sample being characterized in comprising: providing a testing plate having a plurality of reaction wells to perform a digital and quantitative real-time PCR on the nucleic acid sample; and directly quantifying the copy number of the low-concentration nucleic acid target by the digital PCR, and after a Cq value of the high-concentration nucleic acid target is detected by the quantitative real-time PCR, a converting step is performed to obtain the copy number of the high-concentration nucleic acid target in the nucleic acid sample. providing a testing plate having a plurality of reaction wells to perform a digital and quantitative real-time PCR on the nucleic acid sample; and directly quantifying the copy number of the low-concentration nucleic acid target by the digital PCR, and after a Cq value of the high-concentration nucleic acid target is detected by the quantitative real-time PCR, a converting step is performed to obtain the copy number of the high-concentration nucleic acid target in the nucleic acid sample.
A process for the production of a salt-fiber powder, the process comprising the steps of: a) mixing salt, fiber and water before, during or after dissolution of the salt in the water, wherein the salt is dissolved in the water at a ratio between 1:2.8 to 1:20; b) drying the mixture of step a) to obtain a dry salt-fiber mass; and c) milling the dry salt-fiber mass to obtain a salt-fiber powder; wherein the salt-fiber powder comprises 10 to 90wt% salt and 10 to 90wt% fiber, wherein the fiber is a dietary fiber, cereal bran or combination thereof and wherein the fiber is selected from at least one of carrot, beetroot, pumpkin, citrus, wheat, oat, bamboo, tomato, bell pepper, leek, ginger, onion, kale, parsnip, celery, cucumber, courgette, broccoli, kohlrabi, asparagus or combinations thereof and wherein the cereal bran is selected from the group consisting of rice bran, wheat bran, buckwheat bran, corn bran, oat bran, barley bran, or a combination thereof and wherein the salt-fiber powder does not contain added acid, added gum, added hydrocolloid or combination thereof. a) mixing salt, fiber and water before, during or after dissolution of the salt in the water, wherein the salt is dissolved in the water at a ratio between 1:2.8 to 1:20; b) drying the mixture of step a) to obtain a dry salt-fiber mass; and c) milling the dry salt-fiber mass to obtain a salt-fiber powder;
A method of detecting a scene change in a streamed video, the streamed video comprising a series of intra coded pictures, predictive pictures and bi-directional pictures, the method comprising: determining the encoded size of a picture; determining the picture type of the picture; identifying a new scene when the picture type is an intra coded picture and: a) a ratio between a normalized picture size of a previous intra-coded picture and a picture size of the intra-coded picture is larger than a first predetermined value (T_l_med-high) or lower than a second predetermined value (T_l_med-low), wherein the picture size of the previous intra-coded picture is normalized by a scale factor, the scale factor being a ratio of a median and a mean of the previous inter-coded picture sizes, and b) a ratio of Predictive picture sizes before and after the intra-coded picture is lower than a third predetermined value (T_P_med-low) or higher than a fourth predetermined value (T_P_med-high), or a ratio of bi-directional picture sizes before and after the intra-coded picture is lower than a fifth predetermined value (T_B_med-low) or higher than a sixth predetermined value (T_B_med-high). determining the encoded size of a picture; determining the picture type of the picture; identifying a new scene when the picture type is an intra coded picture and: a) a ratio between a normalized picture size of a previous intra-coded picture and a picture size of the intra-coded picture is larger than a first predetermined value (T_l_med-high) or lower than a second predetermined value (T_l_med-low), wherein the picture size of the previous intra-coded picture is normalized by a scale factor, the scale factor being a ratio of a median and a mean of the previous inter-coded picture sizes, and b) a ratio of Predictive picture sizes before and after the intra-coded picture is lower than a third predetermined value (T_P_med-low) or higher than a fourth predetermined value (T_P_med-high), or a ratio of bi-directional picture sizes before and after the intra-coded picture is lower than a fifth predetermined value (T_B_med-low) or higher than a sixth predetermined value (T_B_med-high). a) a ratio between a normalized picture size of a previous intra-coded picture and a picture size of the intra-coded picture is larger than a first predetermined value (T_l_med-high) or lower than a second predetermined value (T_l_med-low), wherein the picture size of the previous intra-coded picture is normalized by a scale factor, the scale factor being a ratio of a median and a mean of the previous inter-coded picture sizes, and b) a ratio of Predictive picture sizes before and after the intra-coded picture is lower than a third predetermined value (T_P_med-low) or higher than a fourth predetermined value (T_P_med-high), or a ratio of bi-directional picture sizes before and after the intra-coded picture is lower than a fifth predetermined value (T_B_med-low) or higher than a sixth predetermined value (T_B_med-high).
A method of operating a user terminal when attempting to move from a cell of a 3GPP network to an Access Point, AP, of a Wireless Local Area Network, WLAN, the method comprising: when attempting to associate with the WLAN, sending information identifying the 3GPP network and the 3GPP cell to the WLAN, wherein the information identifying the 3GPP network and the 3GPP cell is stored in the WLAN together with information regarding the attempted association, and wherein the information regarding the attempted association comprises a time of the attempted association, an indication of success or failure of the attempted association, an identity of the user terminal, and an identity of a user of the user terminal; obtaining information identifying the WLAN and the WLAN AP; and when detaching from the 3GPP network, sending the information identifying the WLAN and the WLAN AP to the 3GPP network, wherein the information identifying the WLAN and the WLAN AP is stored in the 3GPP network together with information regarding the detachment, and wherein the information regarding the detachment comprises a time of the detachment, the identity of the user terminal, and the identity of the user of the user terminal. when attempting to associate with the WLAN, sending information identifying the 3GPP network and the 3GPP cell to the WLAN, wherein the information identifying the 3GPP network and the 3GPP cell is stored in the WLAN together with information regarding the attempted association, and wherein the information regarding the attempted association comprises a time of the attempted association, an indication of success or failure of the attempted association, an identity of the user terminal, and an identity of a user of the user terminal; obtaining information identifying the WLAN and the WLAN AP; and when detaching from the 3GPP network, sending the information identifying the WLAN and the WLAN AP to the 3GPP network, wherein the information identifying the WLAN and the WLAN AP is stored in the 3GPP network together with information regarding the detachment, and wherein the information regarding the detachment comprises a time of the detachment, the identity of the user terminal, and the identity of the user of the user terminal.