mhurhangee/patent-ind-claim-en huggingface dataset:
A lock device comprising: a controller configured to determine whether to open the lock device, wherein the controller is configured to provide an open signal when the lock device it to be opened, the open signal being a pulsating signal; a motor controllable to set the lock device in an open state or a closed state; and a motor driver connected between the controller and the motor , the motor driver comprising a capacitor providing a capacitive coupling between the controller and the motor , to thereby provide a motor control signal to the motor to set the lock device in an open state only when a duty cycle of the open signal is less than a threshold duty cycle and wherein a signal with the threshold duty cycle is insufficient to activate the motor . a controller configured to determine whether to open the lock device, wherein the controller is configured to provide an open signal when the lock device it to be opened, the open signal being a pulsating signal; a motor controllable to set the lock device in an open state or a closed state; and a motor driver connected between the controller and the motor , the motor driver comprising a capacitor providing a capacitive coupling between the controller and the motor , to thereby provide a motor control signal to the motor to set the lock device in an open state only when a duty cycle of the open signal is less than a threshold duty cycle and wherein a signal with the threshold duty cycle is insufficient to activate the motor .
Oropharyngeal obturation device configured for blocking the oropharynx and hypopharynx of a patient during a surgical procedure with nasotracheal intubation, comprising: - an obturator element having a shape comprising a lower portion and an upper portion , where the lower portion comprises two parallel lobular cavities shaped as two bottom-closed sacs and is configured for adapting to the anatomy of the front portion of the patient's oropharynx such that it abuts on the side of the tongue with the epiglottis housed in a gap separating both lobular cavities , and where the obturator element has shape memory, such that it can be folded during a device introduction procedure and recover its shape once in the oropharyngeal area of the patient, thus sealing the respiratory airway adjacent the oropharynx; - at least a attachment element (5; 51, 52) joined to the obturator element , where the attachment element (5; 51, 52) is configured for being coupled to the nasotracheal tube adjacent the patient's oropharynx; and - a safety element , comprising a thread fixed to the obturator element or to the attachment element (5; 51, 52) and in whose free end a very visible safety plate is present, the oropharyngeal obturation device being characterized in that the upper portion of the obturator element comprises a rear wall protruding from rear edges of the lobular cavities and is configured for adapting to the anatomy of the rear portion of the oropharynx of the patient such that it abuts on the rear wall of the oropharynx. - an obturator element having a shape comprising a lower portion and an upper portion , where the lower portion comprises two parallel lobular cavities shaped as two bottom-closed sacs and is configured for adapting to the anatomy of the front portion of the patient's oropharynx such that it abuts on the side of the tongue with the epiglottis housed in a gap separating both lobular cavities , and where the obturator element has shape memory, such that it can be folded during a device introduction procedure and recover its shape once in the oropharyngeal area of the patient, thus sealing the respiratory airway adjacent the oropharynx; where the lower portion comprises two parallel lobular cavities shaped as two bottom-closed sacs and is configured for adapting to the anatomy of the front portion of the patient's oropharynx such that it abuts on the side of the tongue with the epiglottis housed in a gap separating both lobular cavities , and where the obturator element has shape memory, such that it can be folded during a device introduction procedure and recover its shape once in the oropharyngeal area of the patient, thus sealing the respiratory airway adjacent the oropharynx; - at least a attachment element (5; 51, 52) joined to the obturator element , where the attachment element (5; 51, 52) is configured for being coupled to the nasotracheal tube adjacent the patient's oropharynx; and - a safety element , comprising a thread fixed to the obturator element or to the attachment element (5; 51, 52) and in whose free end a very visible safety plate is present,
A method, comprising: at an authentication server with one or more processors and memory storing one or more programs configured for execution by the one or more processors: receiving a request from a shared user device, via a resource server, the request seeking access to personal information associated with the user and stored at a resource server; receiving access authentication information from a personal user device; creating an access token that grants access privileges to the personal information associated with the user; providing the access token to the shared user device, via the resource server; receiving from the personal user device a command to revoke the access privileges associated with the access token; receiving a validation request from the resource server, the validation request including the access token; determining that the access privileges associated with the access token have been revoked; and notifying the resource server that the validation request failed, thereby preventing access to the personal information by the shared user device. receiving a request from a shared user device, via a resource server, the request seeking access to personal information associated with the user and stored at a resource server; receiving access authentication information from a personal user device; creating an access token that grants access privileges to the personal information associated with the user; providing the access token to the shared user device, via the resource server; receiving from the personal user device a command to revoke the access privileges associated with the access token; receiving a validation request from the resource server, the validation request including the access token; determining that the access privileges associated with the access token have been revoked; and notifying the resource server that the validation request failed, thereby preventing access to the personal information by the shared user device.
A vinyl chloride resin composition comprising a vinyl chloride resin, a plasticizer, and silicone oil, wherein the silicone oil includes at least ether-modified silicone oil, wherein the ether-modified silicone oil has an HLB value of 3 or less, wherein the HLB value is calculated by the Griffin method using the formula: HLB value = 20 × Sum total of formula weight of chain ethylene oxide structure / molecular weight ; and wherein the vinyl chloride resin includes vinyl chloride resin particles and vinyl chloride resin fine particles, wherein the vinyl chloride resin particles are particles with a particle diameter of 30 μm or more, and the vinyl chloride resin fine particles are particles with a particle diameter of less than 30 μm, both diameters as measured according to the description.
A device for detecting Points Of Failure in an integrated circuit (IC), the integrated circuit device being described by a structural description of the integrated circuit comprising a plurality of elements, said elements representing cells and wires interconnecting the cells, the structural description of the integrated circuit further comprising portions representing a set of sensitive functional blocks , each sensitive functional block comprising one or more inputs, at least one sensitive output, and a set of elements interconnected such that the value of the sensitive output is a Boolean function of the input values of the sensitive functional block, wherein the device comprises: - a selection unit configured to iteratively select a n-tuple of elements in at least the portions of the structural description of the integrated circuit corresponding to said sensitive functional blocks, - a testing unit configured to test each selected n-tuple of elements, the testing unit being configured to : - modify said selected n-tuple of elements from an initial state to a testing state; - determine if the derivative of the Boolean function associated with each sensitive functional block is equal to zero, the device being configured to detect that said n -tuple represents a Point Of Failure of order n in the integrated circuit (IC) device if the Boolean function associated with said sensitive functional block is equal to zero. - a selection unit configured to iteratively select a n-tuple of elements in at least the portions of the structural description of the integrated circuit corresponding to said sensitive functional blocks, - a testing unit configured to test each selected n-tuple of elements, the testing unit being configured to : - modify said selected n-tuple of elements from an initial state to a testing state; - determine if the derivative of the Boolean function associated with each sensitive functional block is equal to zero, - modify said selected n-tuple of elements from an initial state to a testing state; - determine if the derivative of the Boolean function associated with each sensitive functional block is equal to zero,
Method for the positioning of a gantry lift stacker , designed as a straddle carrier, for containers in order to position a container to be set down behind an already set-down container , wherein the gantry lift stacker is moved by means of travel supports , travel drives and a controller cooperating therewith, and measurement signals from sensors disposed on the gantry lift stacker are processed by the controller for the purpose of moving and positioning the gantry lift stacker and the container to be set down, wherein the gantry lift stacker by means of a load picking-up means which can be raised and lowered, picks up and sets down a container to be set down, wherein the load picking-up means is designed in form of a spreader and can be moved vertically along vertical gantry struts of a gantry frame of the gantry lift stacker in a raising/lowering direction (H), characterised in that by means of at least one sensor a position of a rear wall (D2) of one of the already set-down container is determined and then the container to be set down is set down by the gantry lift stacker at a preselected distance (a) behind the set-down container .
Leak detection module for checking the leaktightness of an object to be tested using tracer gas, comprising a leak detector comprising: - a pumping device comprising: - a turbomolecular vacuum pump having an intake and a delivery , - a rough-vacuum pump , an intake of which is connected to the delivery of the turbomolecular vacuum pump , and - a gas analyser connected to the turbomolecular vacuum pump , characterized in that it further comprises a signal processing unit connected to the gas analyser and configured to correct the raw output signal of the gas analyser by means of an output signal that is representative of the variations in the intake pressure of the rough-vacuum pump . - a pumping device comprising: - a turbomolecular vacuum pump having an intake and a delivery , - a rough-vacuum pump , an intake of which is connected to the delivery of the turbomolecular vacuum pump , and - a gas analyser connected to the turbomolecular vacuum pump ,
A provider network , comprising; a network substrate ; a plurality of multi-tenant host devices (310A-310C), wherein each host device includes a plurality of client resource instances (314A-314C), wherein each client resource instance is assigned to one of a plurality of clients of the provider network, and wherein at least two client resource instances on at least one host device are assigned to different ones of the plurality of clients; and one or more computing devices implementing an overlay network analysis service ; whe rein each host device is configured to collect performance data for one or more overlay network tunnels , wherein each overlay network tunnel carries overlay network packets from a respective host device to another one of the host devices over the network substrate, wherein an overlay network protocol, used by the overlay network tunnels and according to which client data packets are encapsulated into overlay network packets and sent over an overlay network, is extended to include additional information to enable acknowledgement of received overlay network packets, wherein each overlay network packet on the respective overlay network tunnel includes a client data packet including client data obtained from one of the client resource instances on the respective host device and targeted at one of the client resource instances on the other host device and overlay network metadata including: information for routing the overlay network packet including the client data packet in the network overlay over the network substrate via the overlay network tunnels, and the additional information included in the extended overlay network protocol; wherein the host devices are configured to determine the performance data for the one or more overlay network tunnels according to the information for routing the overlay network packets and the additional information included in the extended overlay network protocol; wherein the performance data includes round-trip times determined by the host devices for overlay network packets delivered via the overlay network tunnels; and wherein the overlay network analysis service is configured to: obtain the performance data from the plurality of host devices; and generate performance information or performance metrics for the overlay network according to the obtained performance data, wherein the performance information or performance metrics includes a latency metric for the overlay network tunnels calculated according to the determined round-trip times for the tunnels. obtain the performance data from the plurality of host devices; and generate performance information or performance metrics for the overlay network according to the obtained performance data, wherein the performance information or performance metrics includes a latency metric for the overlay network tunnels calculated according to the determined round-trip times for the tunnels.
Method of pre-aligning an interferometer module for use in an exposure tool comprising a frame provided with first mounting surfaces and a mirror (21, 81; 21A, 21B, 81A, 81B) for reflecting an interferometer beam (mb, rb; mb1, mb2, mb3, rb1, rb2, rb3), wherein said module comprises an interferometer head for emitting the interferometer beam, and wherein said module is connected to second mounting surfaces for cooperative engagement with said first mounting surfaces , said method comprising the step of: aligning the orientation of said module relative to said second mounting surfaces outside of said exposure tool , wherein said orientation of said module relative to said second mounting surfaces is aligned based on a pre-determined orientation of said first mounting surfaces relative to said mirror.
A rechargeable battery comprising: a case ; an electrode assembly comprising a plurality of electrode sub-assemblies accommodated in the case ; a plurality of terminals electrically connected to the electrode assembly ; a cap plate sealing the case , the terminals protruding through the cap plate ; and an insulation plate between the electrode assembly and the terminals and being moveably coupled to the cap plate in order to compensate an imbalance of the electrode assembly , characterised in that the insulation plate is configured to pivot with respect to at least one protrusion of the cap plate or of the insulation plate . a case ; an electrode assembly comprising a plurality of electrode sub-assemblies accommodated in the case ; a plurality of terminals electrically connected to the electrode assembly ; a cap plate sealing the case , the terminals protruding through the cap plate ; and an insulation plate between the electrode assembly and the terminals and being moveably coupled to the cap plate in order to compensate an imbalance of the electrode assembly , characterised in that the insulation plate is configured to pivot with respect to at least one protrusion of the cap plate or of the insulation plate .
A caller identification display method based on an application, comprising: sending, by a terminal device , a first request to a server of a first application, wherein the first request is used by the terminal device to subscribe to a first service, wherein the first service comprises at least one of takeout service or taxi hailing service; sending, by the server of the first application, a first response to the terminal device in response to the first request, wherein the first response comprises a first phone number; establishing, by the terminal device , an association relationship between the first phone number and the first application based on the first response; and displaying, by the terminal device , a first call interface in response to a first incoming call to the terminal device , wherein the first call interface comprises prompt information, and the prompt information comprises the association relationship between the first phone number and the first application. sending, by a terminal device , a first request to a server of a first application, wherein the first request is used by the terminal device to subscribe to a first service, wherein the first service comprises at least one of takeout service or taxi hailing service; sending, by the server of the first application, a first response to the terminal device in response to the first request, wherein the first response comprises a first phone number; establishing, by the terminal device , an association relationship between the first phone number and the first application based on the first response; and displaying, by the terminal device , a first call interface in response to a first incoming call to the terminal device , wherein the first call interface comprises prompt information, and the prompt information comprises the association relationship between the first phone number and the first application.
Composition comprising or consisting essentially of or consisting of Salbutamol or a pharmaceutically acceptable salt thereof, an angiotensin converting enzyme inhibitor or a pharmaceutically acceptable salt thereof, an aldosterone receptor antagonist or a pharmaceutically acceptable salt thereof, and N Acetyl DL Leucine or a pharmaceutically acceptable salt thereof, for use in a method of preventing and/or treating one or several ophthalmic disease(s) involving a deterioration of the eye and/or of the visual function, wherein said ophthalmic diseases is(are) selected from the group comprising: age related macular degeneration, uveitis, diabetic retinopathy, and central serous chorio retinopathy.
A method, comprising: providing a logging tool including an antenna array comprising a plurality of triaxial antennas (T 1 , T 2 , R 1 , R 2 ) spatially separated along a longitudinal axis of the logging tool ; making resistivity measurements in a formation at one or more frequencies using the antenna array; calculating uncorrected borehole compensation matrix products using voltages from triaxial receiver pairs of the antenna array; applying transverse receiver gain ratio corrections to the uncorrected borehole compensated matrix products using a gain ratio correction and a gain ratio calibration for calculating gain corrected borehole compensated matrix products; applying air calibration to the gain corrected borehole compensated matrix products for calculating air calibrated, gain corrected, borehole compensated matrix products; calculating symmetrized and anti-symmetrized matrix products using the air calibrated, gain corrected, borehole compensated matrix products; rotating the symmetrized and anti-symmetrized matrix products using a rotation angle; calculating a matrix phase shift response and a matrix attenuation response using the rotated symmetrized and anti-symmetrized matrix products; and determining a formation property or parameter using the matrix phase shift response and/or the matrix attenuation response. providing a logging tool including an antenna array comprising a plurality of triaxial antennas (T 1 , T 2 , R 1 , R 2 ) spatially separated along a longitudinal axis of the logging tool ; making resistivity measurements in a formation at one or more frequencies using the antenna array; calculating uncorrected borehole compensation matrix products using voltages from triaxial receiver pairs of the antenna array; applying transverse receiver gain ratio corrections to the uncorrected borehole compensated matrix products using a gain ratio correction and a gain ratio calibration for calculating gain corrected borehole compensated matrix products; applying air calibration to the gain corrected borehole compensated matrix products for calculating air calibrated, gain corrected, borehole compensated matrix products; calculating symmetrized and anti-symmetrized matrix products using the air calibrated, gain corrected, borehole compensated matrix products; rotating the symmetrized and anti-symmetrized matrix products using a rotation angle; calculating a matrix phase shift response and a matrix attenuation response using the rotated symmetrized and anti-symmetrized matrix products; and determining a formation property or parameter using the matrix phase shift response and/or the matrix attenuation response.