mhurhangee/patent-ind-claim-en huggingface dataset:
A method of accelerating setup of a persistent connection over a network between a client device and a remote host server , where establishing the connection requires a connection request by the client device and a corresponding connection response by the remote host server, the method comprising: receiving, at a server-side pre-connect module on a server-side of the network, from a hinting service , hints for a network transaction the client device is expected to execute, wherein the hints comprise information for generating a pre-connect request , the pre-connect request being a connection request that mimics a connection request that would be generated by the client device; generating , by the server-side pre-connect module , the pre-connect request on behalf of the client device; sending the pre-connect request to the remote host server; receiving , at the server-side pre-connect module, a pre-connect response from the remote host server in response to the pre-connect request; and pre-positioning the pre-connect response on a client-side of the network by sending the pre-connect response to a client-side pre-connect module . receiving, at a server-side pre-connect module on a server-side of the network, from a hinting service , hints for a network transaction the client device is expected to execute, wherein the hints comprise information for generating a pre-connect request , the pre-connect request being a connection request that mimics a connection request that would be generated by the client device; generating , by the server-side pre-connect module , the pre-connect request on behalf of the client device; sending the pre-connect request to the remote host server; receiving , at the server-side pre-connect module, a pre-connect response from the remote host server in response to the pre-connect request; and pre-positioning the pre-connect response on a client-side of the network by sending the pre-connect response to a client-side pre-connect module .
A method performed by a network node for activation or deactivation of a carrier in a communication network supporting carrier aggregation, the method comprising: sending a control signal to schedule a transmission of a carrier activation or deactivation message; wherein the control signal comprises an indication of a first resource for a User Equipment, UE, to transmit a feedback message to the network node; sending the carrier activation or deactivation message; wherein the carrier activation or deactivation message comprises an indication of a second resource for the UE to transmit the feedback message to the network node; in response to the sending of the activation and deactivation message, receiving the feedback message at the first and second resources; and decoding the feedback message based on power detection at the first and second resources. sending a control signal to schedule a transmission of a carrier activation or deactivation message; wherein the control signal comprises an indication of a first resource for a User Equipment, UE, to transmit a feedback message to the network node; sending the carrier activation or deactivation message; wherein the carrier activation or deactivation message comprises an indication of a second resource for the UE to transmit the feedback message to the network node; in response to the sending of the activation and deactivation message, receiving the feedback message at the first and second resources; and decoding the feedback message based on power detection at the first and second resources.
Structure for interchangeable containers for a load transport vehicle , comprising a base frame and at least one extension arm which is movable relative to the base frame in order to unload and/or tilt a container , at least one actuation device for exerting a force on the at least one extension arm , a control apparatus for controlling the at least one actuation device , and a sensor arrangement , the sensor arrangement comprising an angle sensor for measuring the angle or the inclination relative to the Earth's gravitational field, and the control apparatus being designed to detect the angle measured by the angle sensor as a relative zero point value of the angle when the extension arm is in a zero position and to vary control of the at least one actuation device depending on the angular difference of the angle measured by the angle sensor and of the zero point value of the angle, the at least one actuation device comprising at least hydraulic cylinders , the structure comprising a pressurised fluid source which can be controlled by the controller or a pressure line which can be connected to a pressurised fluid source, which line can supply the hydraulic cylinders with hydraulic fluid under pressure in order to move the at least one extension arm , characterised in that the at least one actuation device comprises at least two hydraulic cylinders , the controller being able to control the pressurised fluid source, for quick movement in a rapid traverse , such that the supply of hydraulic fluid to all hydraulic cylinders , except for one rapid hydraulic cylinder , is reduced and/or blocked, and the supply to the one rapid hydraulic cylinder is increased.
A method for supporting a user of a vehicle with information regarding a departure time duration, comprising the steps of: measuring a departure time duration for a first vehicle user associated to a geographical area, wherein the measuring of the departure time duration for the first vehicle user starts from when the first vehicle user arrives at the vehicle and ends when the vehicle is in motion, reporting the measured departure time duration for the first vehicle user and the associated geographical area, estimating a current departure time duration for at least a second vehicle user associated to the geographical area based on the measured departure time duration for the first vehicle user, determining any deviation of the estimated current departure time duration from a default departure time duration, and when a deviation is determined, notifying the at least second vehicle user with information regarding the determined deviation of said departure time duration for the geographical area. measuring a departure time duration for a first vehicle user associated to a geographical area, wherein the measuring of the departure time duration for the first vehicle user starts from when the first vehicle user arrives at the vehicle and ends when the vehicle is in motion, reporting the measured departure time duration for the first vehicle user and the associated geographical area, estimating a current departure time duration for at least a second vehicle user associated to the geographical area based on the measured departure time duration for the first vehicle user, determining any deviation of the estimated current departure time duration from a default departure time duration, and when a deviation is determined, notifying the at least second vehicle user with information regarding the determined deviation of said departure time duration for the geographical area.
A catalyst mixture comprising a mechanical mixture of (a) particles of solid catalyst component comprising titanium (Ti), magnesium (Mg), and chloride (Cl), and (b) from 0.2 to 5.0% by weight of particles of a solid compound having an average particle size, measured according to the method disclosed in the description, ranging from 0.1 μm to 1 mm and containing more than 50% by weight of SiO 2 units, said percentage of (b) being based on the total weight of catalyst mixture (a)+(b).
A vehicle comprising an information processing apparatus for controlling wireless communication performed by the vehicle , the information processing apparatus comprising a controller comprising at least one processor configured to, when detecting a predetermined access point, establish wireless connection with the predetermined access point, wherein, before establishing the wireless connection, the controller is configured to prevent the wireless connection to the predetermined access point at least during a first period from when the vehicle stops until a predetermined timing comes, wherein preventing the wireless connection comprises starting standby (S21) for a second wireless connection from a user terminal , wherein the predetermined timing is when the acceptance of the second wireless connection from the user terminal times out; accept (S24) the second wireless connection from the user terminal during the first period; perform (S25), when being connected with the user terminal , remote parking control of the vehicle based on an instruction transmitted from the user terminal ; determine (S26) whether parking of the vehicle has been completed or not; and establish (S27), when determining that the parking of the vehicle has been completed, the wireless connection with the predetermined access point. prevent the wireless connection to the predetermined access point at least during a first period from when the vehicle stops until a predetermined timing comes, wherein preventing the wireless connection comprises starting standby (S21) for a second wireless connection from a user terminal , wherein the predetermined timing is when the acceptance of the second wireless connection from the user terminal times out; accept (S24) the second wireless connection from the user terminal during the first period; perform (S25), when being connected with the user terminal , remote parking control of the vehicle based on an instruction transmitted from the user terminal ; determine (S26) whether parking of the vehicle has been completed or not; and establish (S27), when determining that the parking of the vehicle has been completed, the wireless connection with the predetermined access point.
A spinner (60;76), comprising: a body extending between a first and a second end , the body (60;76) having a generally conical shape and comprising a nonwoven mat of chopped unidirectional fiber pre-impregnated material; wherein the nonwoven mat of chopped unidirectional fiber pre-impregnated material includes a plurality of short segments of cured chopped unidirectional fiber pre-impregnated material; and wherein the plurality of short segments are randomly oriented with respect to each other. a body extending between a first and a second end , the body (60;76) having a generally conical shape and comprising a nonwoven mat of chopped unidirectional fiber pre-impregnated material; wherein the nonwoven mat of chopped unidirectional fiber pre-impregnated material includes a plurality of short segments of cured chopped unidirectional fiber pre-impregnated material; and wherein the plurality of short segments are randomly oriented with respect to each other.
A system for reducing latency in wireless service through a communication link, the system comprising: a. a Modem Termination System, MTS, and a modem operable as the communication link in communication with a virtualized wireless link; b. wherein the virtualized wireless link is operable to transfer a buffer status report, BSR, from a user equipment, UE, through the communication link to a control portion of the virtualized wireless link, and to generate a wireless grant to allow the data of the UE through virtualized wireless link, c. wherein the MTS is operable to generate a backhaul grant for the UE to transfer data through the communication link in response to the BSR. a. a Modem Termination System, MTS, and a modem operable as the communication link in communication with a virtualized wireless link; b. wherein the virtualized wireless link is operable to transfer a buffer status report, BSR, from a user equipment, UE, through the communication link to a control portion of the virtualized wireless link, and to generate a wireless grant to allow the data of the UE through virtualized wireless link, c. wherein the MTS is operable to generate a backhaul grant for the UE to transfer data through the communication link in response to the BSR.
A multi-optical axis photoelectronic sensor including a light projector in which a plurality of light emitting elements is arranged in a line, a light receiver in which a light receiving element of the same number as each light emitting element is arranged in a line at an interval corresponding to each light emitting element , a measurement unit configured to measure, while lighting each light emitting element by turns, a light receiving quantity of the light receiving element corresponding to a lighted light emitting element , and a determination unit being configured to determine light entering/light shielding of each optical axis based on the light receiving quantity measured from each light receiving element ; the multi-optical axis photoelectronic sensor comprising: a representative value acquiring unit configured to obtain a representative light receiving quantity of all optical axes using the light receiving quantity measured while a measurement process on each light receiving element is executed for at least one cycle; a peak value storage unit configured to store a peak value of the representative light receiving quantity, wherein the peak value is initially set as zero; a peak value updating unit configured to compare the representative light receiving quantity obtained by the representative value acquiring unit with the peak value stored by the peak value storage unit , and to rewrite the peak value with the representative light receiving quantity if the representative light receiving quantity is greater than the peak value; and an output unit configured to display information indicating a relationship between the representative light receiving quantity and the peak value. a representative value acquiring unit configured to obtain a representative light receiving quantity of all optical axes using the light receiving quantity measured while a measurement process on each light receiving element is executed for at least one cycle; a peak value storage unit configured to store a peak value of the representative light receiving quantity, wherein the peak value is initially set as zero; a peak value updating unit configured to compare the representative light receiving quantity obtained by the representative value acquiring unit with the peak value stored by the peak value storage unit , and to rewrite the peak value with the representative light receiving quantity if the representative light receiving quantity is greater than the peak value; and an output unit configured to display information indicating a relationship between the representative light receiving quantity and the peak value.
A regulated storage capacitor charging device comprising: an output line and a common line for connecting therebetween an energy storage capacitor that has to be charged to a predefined maximum charging voltage; an AC source configured to output an AC voltage between the common line and an output terminal thereof; a charging unit comprising an N-stage Cockroft-Walton circuit , N representing any positive integer, first and second terminals thereof connected to the output terminal of the AC source and to the common line respectively and an output terminal thereof connected to the output line, wherein the capacitance of each capacitor in the charging unit is substantially smaller than that of the storage capacitor to be charged; an output switch operatively coupled to connect and disconnect a load to the storage capacitor; and a control unit configured to constantly sense the voltage on the storage capacitor and upon detecting that a predefined maximum charging voltage has been reached to react in at least one of the following ways: (a) stop charging the storage capacitor, and (b) closing the output switch so as to discharge the storage capacitor through the load, wherein the control unit is further configured to decrease the frequency of the AC source upon detecting that the voltage on the storage capacitor has reached a predefined distance from the predefined maximum charging voltage, so as to improve the adjustment accuracy of the maximum charging voltage. an output line and a common line for connecting therebetween an energy storage capacitor that has to be charged to a predefined maximum charging voltage; an AC source configured to output an AC voltage between the common line and an output terminal thereof; a charging unit comprising an N-stage Cockroft-Walton circuit , N representing any positive integer, first and second terminals thereof connected to the output terminal of the AC source and to the common line respectively and an output terminal thereof connected to the output line, wherein the capacitance of each capacitor in the charging unit is substantially smaller than that of the storage capacitor to be charged; an output switch operatively coupled to connect and disconnect a load to the storage capacitor; and a control unit configured to constantly sense the voltage on the storage capacitor and upon detecting that a predefined maximum charging voltage has been reached to react in at least one of the following ways: (a) stop charging the storage capacitor, and (b) closing the output switch so as to discharge the storage capacitor through the load, (a) stop charging the storage capacitor, and (b) closing the output switch so as to discharge the storage capacitor through the load, wherein the control unit is further configured to decrease the frequency of the AC source upon detecting that the voltage on the storage capacitor has reached a predefined distance from the predefined maximum charging voltage, so as to improve the adjustment accuracy of the maximum charging voltage.
Apparatus for expelling gas from a submarine, having a pump for delivering seawater, the outlet of which is connected by means of pipes to an inlet of a pump for once again expelling the seawater, and with means for introducing gas into the pipe connection, wherein the two pumps are coupled to one another in terms of energy and/or force, characterized in that the two pumps are designed as reciprocating pumps and are coupled to one another in terms of movement by a common piston rod , wherein the pistons of the two pumps have equally large piston faces.
A catalyst for solid polymer fuel cells in which catalyst particles including platinum or platinum alloy are supported on a carbon powder carrier, wherein catalyst particles including platinum alloy are catalyst particles including single-phase platinum alloy, and wherein a bond energy (Ec) at a gravity center position is 2.90 eV or more and 3.85 eV or less as calculated from a spectrum area of a Pt5d orbit-derived spectrum which is obtained by subjecting the catalyst particles to X-ray photoelectron spectroscopic analysis to measure a valence band spectrum in a range of 0 eV or more and 20 eV or less, the bond energy (Ec) at a gravity center position being an energy position at which the spectrum area of the Pt5d orbit-derived spectrum is divided into two equal parts. wherein catalyst particles including platinum alloy are catalyst particles including single-phase platinum alloy, and wherein a bond energy (Ec) at a gravity center position is 2.90 eV or more and 3.85 eV or less as calculated from a spectrum area of a Pt5d orbit-derived spectrum which is obtained by subjecting the catalyst particles to X-ray photoelectron spectroscopic analysis to measure a valence band spectrum in a range of 0 eV or more and 20 eV or less, the bond energy (Ec) at a gravity center position being an energy position at which the spectrum area of the Pt5d orbit-derived spectrum is divided into two equal parts.
A non-volatile memory system , comprising: a deep n-well formed in a p-substrate in a semiconductor die; a first p-well formed within the deep n-well; a second p-well formed within the deep n-well; a first array of non-volatile split-gate flash memory cells formed within the first p-well, each non-volatile split-gate flash memory cell in the first array comprising a floating gate and a plurality of terminals; a second array of non-volatile split gate flash memory cells formed within the second p-well, each non-volatile split-gate flash memory cell in the second array comprising a floating gate and a plurality of terminals; a bias generator to apply a negative voltage to the first p-well during an erase operation of one or more of the non-volatile split-gate flash memory cells in the first array and to apply independently a negative voltage to the second p-well during an erase operation of one or more of the non-volatile split-gate flash memory cells in the second array; a low voltage decoder formed within a third p-well formed within a second deep n-well ; and a high voltage decoder circuit formed within a fourth p-well formed within a third deep n-well . a deep n-well formed in a p-substrate in a semiconductor die; a first p-well formed within the deep n-well; a second p-well formed within the deep n-well; a first array of non-volatile split-gate flash memory cells formed within the first p-well, each non-volatile split-gate flash memory cell in the first array comprising a floating gate and a plurality of terminals; a second array of non-volatile split gate flash memory cells formed within the second p-well, each non-volatile split-gate flash memory cell in the second array comprising a floating gate and a plurality of terminals; a bias generator to apply a negative voltage to the first p-well during an erase operation of one or more of the non-volatile split-gate flash memory cells in the first array and to apply independently a negative voltage to the second p-well during an erase operation of one or more of the non-volatile split-gate flash memory cells in the second array; a low voltage decoder formed within a third p-well formed within a second deep n-well ; and a high voltage decoder circuit formed within a fourth p-well formed within a third deep n-well .
Composition for single-base propelling powder for ammunition, consisting of nitrocellulose as explosive base, an inert plasticizing component, at least one nitrocellulose stabilizing component and, optionally, a flash-reducer component and traces of one or more solvents and water, characterized in that said inert plasticizing component is constituted by dibutyl sebacate (DBS), wherein the dibutyl sebacate is present with a content comprised between 1% and 10% by weight.