mhurhangee/patent-ind-claim-en huggingface dataset:
Module for detecting the presence of an electronic payment terminal on a receiving dock comprising a connector intended to co-operate with a complementary connector of the electronic payment terminal, said connector of said receiving dock comprising at least one series transmission pin (TX) intended for a transmission of signals from said electronic payment terminal to said receiving dock, said module for detecting presence comprising means for driving at least one module for signaling a presence of said electronic payment terminal on said receiving dock as a function of the voltage on said series transmission pin (TX), said driving means being connected at input with said series transmission pin (TX) and controlling the voltage and/or the current at output from said driving means so as to: • activate said at least one presence-signaling module when the level of voltage at input of said driving means is lower than or equal to a first pre-determined threshold, and • deactivate said at least one presence-signaling module when the level of voltage at input of said driving means is greater than the first pre-determined threshold and lower than or equal to a second pre-determined threshold, and further comprising means for filtering said electronic signal at output from said driving means so as to keep said at least one presence-signaling module deactivated when the level of voltage at input of said driving means is greater than said second pre-determined threshold. • activate said at least one presence-signaling module when the level of voltage at input of said driving means is lower than or equal to a first pre-determined threshold, and • deactivate said at least one presence-signaling module when the level of voltage at input of said driving means is greater than the first pre-determined threshold and lower than or equal to a second pre-determined threshold,
An antenna comprising a plate-shaped planar portion (S1) of rectangular shape provided with an elongate C-shaped slit on an inside thereof and further having a feeding point (F1), wherein the planar portion (S1) includes a conductive portion (P1) and a ground portion (P2) connected to one end of the conductive portion (P1), and the other end portion of the conductive portion (P1) which is on an opposite side from the one end portion connected to the ground portion being separated from the ground portion (P2) by said C-shaped slit and extending in a direction toward one corner of the planar portion, thereby extending in a direction of obliquely intersecting a horizontal plane.
A very high gravity ethanol fermentation method comprising: forming a fermentation medium consisting of a fermentable carbohydrate as a carbon source, a surfactant-water mixture, a pH-adjusting agent and Saccharomyces cerevisiae cells, and subjecting the fermentation medium to fermentation, wherein: a mass ratio of the surfactant to water in the fermentation medium is 0.001-0.375, and the surfactant is a nonionic surfactant selected from the group consisting of the following formula, and combinations thereof, wherein n is 1-25; and M is methyl in these formulae. forming a fermentation medium consisting of a fermentable carbohydrate as a carbon source, a surfactant-water mixture, a pH-adjusting agent and Saccharomyces cerevisiae cells, and subjecting the fermentation medium to fermentation, wherein: a mass ratio of the surfactant to water in the fermentation medium is 0.001-0.375, and the surfactant is a nonionic surfactant selected from the group consisting of the following formula, and combinations thereof, wherein n is 1-25; and M is methyl in these formulae.
A system for calibrating radio frequency test chambers comprising: an antenna array with a plurality of antenna elements (11 1 ,11 2 ,...,11 N ) arranged in a three dimensional configuration, a plurality of power measuring units (12 1 ,12 2 ,...,12 N ) downstream to the plurality of antenna elements (11 1 ,11 2 ,...,11 N ), and a processing unit , wherein the plurality of power measuring units (12 1 ,12 2 ,...,12 N ) are configured to measure an incident power from each of the antenna elements (11 1 ,11 2 ,...,11 N ) corresponding to an incident test signal, wherein the processing unit is configured to determine the antenna elements (11 1 ,11 2 ,...,11 N ) with highest power in order to identify the incident direction of the test signal, and wherein the processing unit is further configured to analyze the power distribution of the test signal in order to calculate a calibration. an antenna array with a plurality of antenna elements (11 1 ,11 2 ,...,11 N ) arranged in a three dimensional configuration, a plurality of power measuring units (12 1 ,12 2 ,...,12 N ) downstream to the plurality of antenna elements (11 1 ,11 2 ,...,11 N ), and a processing unit , wherein the plurality of power measuring units (12 1 ,12 2 ,...,12 N ) are configured to measure an incident power from each of the antenna elements (11 1 ,11 2 ,...,11 N ) corresponding to an incident test signal, wherein the processing unit is configured to determine the antenna elements (11 1 ,11 2 ,...,11 N ) with highest power in order to identify the incident direction of the test signal, and wherein the processing unit is further configured to analyze the power distribution of the test signal in order to calculate a calibration.
A method for detecting at least one genetic mutation in craniopharyngioma of a subject comprising (a) extracting DNA from a fresh or frozen intracranial tumor sample obtained from the subject; (b) extracting DNA from a control tissue sample obtained from the subject; (c) generating a first library from the intracranial tumor sample comprising amplicons corresponding to a first plurality of genes; (d) generating a second library from the control tissue sample comprising amplicons corresponding to a second plurality of genes; (e) ligating a first adapter sequence comprising a first barcode sequence to the ends of the amplicons corresponding to the first plurality of genes; (f) ligating a second adapter sequence comprising a second barcode sequence to the ends of the amplicons corresponding to the second plurality of genes; and (g) detecting at least one genetic mutation in the amplicons corresponding to the first plurality of genes using high throughput massive parallel sequencing, wherein the at least one genetic mutation (i) corresponds to PIK3R2; and (ii) is not detected in the amplicons corresponding to the second plurality of genes. (a) extracting DNA from a fresh or frozen intracranial tumor sample obtained from the subject; (b) extracting DNA from a control tissue sample obtained from the subject; (c) generating a first library from the intracranial tumor sample comprising amplicons corresponding to a first plurality of genes; (d) generating a second library from the control tissue sample comprising amplicons corresponding to a second plurality of genes; (e) ligating a first adapter sequence comprising a first barcode sequence to the ends of the amplicons corresponding to the first plurality of genes; (f) ligating a second adapter sequence comprising a second barcode sequence to the ends of the amplicons corresponding to the second plurality of genes; and (g) detecting at least one genetic mutation in the amplicons corresponding to the first plurality of genes using high throughput massive parallel sequencing, wherein the at least one genetic mutation (i) corresponds to PIK3R2; and (ii) is not detected in the amplicons corresponding to the second plurality of genes. (i) corresponds to PIK3R2; and (ii) is not detected in the amplicons corresponding to the second plurality of genes.
A detection cartridge , comprising: a detection tank ; a sample tank in communication with the detection tank via a pathway; N containers in communication with the detection tank , wherein N is a positive integer greater than or equal to 2; and at least one first temporary tank disposed on at least one of N flow paths between the N containers and the detection tank , wherein a quantity of the temporary tanks on an nth flow path in the N flow paths is at least two greater than that on an (n-1)th flow path, and n is a positive integer that is not less than 2 and is not more than N, wherein the temporary tanks are all located at a turning point of the N flow paths; the detection cartridge characterized by a waste tank in direct communication with the detection tank , wherein the N flow paths extend to the waste tank from the detection tank , and the detection tank is located at a further turning point of the N flow paths. a detection tank ; a sample tank in communication with the detection tank via a pathway; N containers in communication with the detection tank , wherein N is a positive integer greater than or equal to 2; and at least one first temporary tank disposed on at least one of N flow paths between the N containers and the detection tank , wherein a quantity of the temporary tanks on an nth flow path in the N flow paths is at least two greater than that on an (n-1)th flow path, and n is a positive integer that is not less than 2 and is not more than N, wherein the temporary tanks are all located at a turning point of the N flow paths; the detection cartridge characterized by a waste tank in direct communication with the detection tank , wherein the N flow paths extend to the waste tank from the detection tank , and the detection tank is located at a further turning point of the N flow paths.
An optical system having a spectral transmission profile having an average transmittance Ta between 380 nm and 780 nm and an average red light transmittance Tr between a first limit L1 and a second limit L2, with Tr < 2*Ta/3 and L1 = 600 nm and L2=780 nm, and the optical system being configured to allow selectively retinal exposure of an eye to at least one selected range of wavelengths of light in the visible spectrum of 460 nm to 530 nm, wherein the optical system comprises a light emitting source and a controller device configured to control the light emitting source based on the day time and/or on the geo-localization of the optical system, and wherein optical system is configured to selectively emit light in at least one selected range of wavelengths of light in the visible spectrum of 460 nm to 530 nm. wherein the optical system comprises a light emitting source and a controller device configured to control the light emitting source based on the day time and/or on the geo-localization of the optical system, and wherein optical system is configured to selectively emit light in at least one selected range of wavelengths of light in the visible spectrum of 460 nm to 530 nm.
A method for determining a size of a contention window, performed by a mobile station, comprising: obtaining (S601) data transmission information indicating whether data transmitted by the mobile station is new data or retransmitted old data; and determining (S602) the size of the contention window to be used by the mobile station according to the data transmission information obtained within a predetermined time period, characterized in that the determining the size of the contention window to be used by the mobile station according to the data transmission information obtained within a predetermined time period comprises: determining (S701) whether or not a number of pieces of data transmission information indicating that data transmitted by the mobile station is retransmitted old data, which are obtained within the predetermined time period, is greater than a number threshold; and when the number of pieces of data transmission information indicating that data transmitted by the mobile station is retransmitted old data, which are obtained within the predetermined time period, is greater than the number threshold, increasing the size of the contention window to be used by the mobile station, otherwise resetting the size of the contention window to be used by the mobile station to a minimum value. obtaining (S601) data transmission information indicating whether data transmitted by the mobile station is new data or retransmitted old data; and determining (S602) the size of the contention window to be used by the mobile station according to the data transmission information obtained within a predetermined time period, characterized in that the determining the size of the contention window to be used by the mobile station according to the data transmission information obtained within a predetermined time period comprises: determining (S701) whether or not a number of pieces of data transmission information indicating that data transmitted by the mobile station is retransmitted old data, which are obtained within the predetermined time period, is greater than a number threshold; and when the number of pieces of data transmission information indicating that data transmitted by the mobile station is retransmitted old data, which are obtained within the predetermined time period, is greater than the number threshold, increasing the size of the contention window to be used by the mobile station, otherwise resetting the size of the contention window to be used by the mobile station to a minimum value.
A method for wireless communication at a station (115-b), comprising: identifying a plurality of control parameters including at least one of a transmit power headroom parameter of the station (115-b), a buffer status report of the station (115-b), a transmit parameter of the station (115-b), a receive parameter of the station (115-b), channel quality information, a link parameter, or a combination thereof; identifying a soliciting frame received from a second station (115-a); determining an allocation of resources for a physical layer convergence protocol, PLCP, packet data unit, PPDU, including one or more Medium Access Control, MAC, Protocol Data Units, MPDUs, to be sent in response to the soliciting frame, the one or more MPDUs comprising a first type of MPDUs, wherein the MPDUs of the first type are solicited by the soliciting frame and are exclusive of the control parameters; after including one or more MPDUs of the first type in the PPDU, determining , based at least in part on whether there are sufficient remaining resources for one or more MPDUs of a second type, whether to include one or more control parameters of the plurality of control parameters in at least one MPDU of the one or more MPDUs of the second type, wherein the MPDUs of the second type are not solicited by the soliciting frame; and transmitting the PPDU comprising the one or more MPDUs to the second station (115-a). identifying a plurality of control parameters including at least one of a transmit power headroom parameter of the station (115-b), a buffer status report of the station (115-b), a transmit parameter of the station (115-b), a receive parameter of the station (115-b), channel quality information, a link parameter, or a combination thereof; identifying a soliciting frame received from a second station (115-a); determining an allocation of resources for a physical layer convergence protocol, PLCP, packet data unit, PPDU, including one or more Medium Access Control, MAC, Protocol Data Units, MPDUs, to be sent in response to the soliciting frame, the one or more MPDUs comprising a first type of MPDUs, wherein the MPDUs of the first type are solicited by the soliciting frame and are exclusive of the control parameters; after including one or more MPDUs of the first type in the PPDU, determining , based at least in part on whether there are sufficient remaining resources for one or more MPDUs of a second type, whether to include one or more control parameters of the plurality of control parameters in at least one MPDU of the one or more MPDUs of the second type, wherein the MPDUs of the second type are not solicited by the soliciting frame; and transmitting the PPDU comprising the one or more MPDUs to the second station (115-a).
Double-skin façade element, comprising: - a planar outer glazing element and a planar inner glazing element which are held at a distance from one another in a thermally insulated surrounding frame profile ; - at least one pressure equalization device (80, 13, 35; 41) which is in air-conducting connection with the outside atmosphere and with a façade intermediate space which is provided between the outer glazing element and the inner glazing element ; - at least one drying device fillable with desiccant which is either arranged in the façade intermediate space or is integrated into the surrounding frame profile and exchanges air with the façade intermediate space ; wherein - at least one capillary element is provided, which is an integral part of the surrounding frame profile and is preferably formed in part by a portion of the surrounding frame profile; - the pressure equalization device (80, 13, 35; 41) and the drying device are positioned and dimensioned such that they do not extend into a transparent region of the façade element ; and - the at least one drying device is designed to allow the desiccant to be replaced and preferably comprises a replacement opening configured to allow the desiccant to be replaced from the room side. - a planar outer glazing element and a planar inner glazing element which are held at a distance from one another in a thermally insulated surrounding frame profile ; - at least one pressure equalization device (80, 13, 35; 41) which is in air-conducting connection with the outside atmosphere and with a façade intermediate space which is provided between the outer glazing element and the inner glazing element ; - at least one drying device fillable with desiccant which is either arranged in the façade intermediate space or is integrated into the surrounding frame profile and exchanges air with the façade intermediate space ; wherein - at least one capillary element is provided, which is an integral part of the surrounding frame profile and is preferably formed in part by a portion of the surrounding frame profile; - the pressure equalization device (80, 13, 35; 41) and the drying device are positioned and dimensioned such that they do not extend into a transparent region of the façade element ; and - the at least one drying device is designed to allow the desiccant to be replaced and preferably comprises a replacement opening configured to allow the desiccant to be replaced from the room side.
A method for prompting a message in a terminal, wherein the terminal comprises multiple operating systems and a management system, the management system is configured to manage the multiple operating systems, the management system comprises a cross-system application database, and the method comprises: when a first operating system in the multiple operating systems runs in a foreground, and a second operating system in the multiple operating systems runs in a background, if the second operating system receives a first message of a first application in the second operating system, sending (S210), by the second operating system, a notification message to the management system according to the first message, wherein the notification message carries at least one of operating system information corresponding to the first message, application information corresponding to the first message, or a message quantity corresponding to the first message; storing (S220), by the management system, the notification message into the cross-system application database, wherein the cross-system application database is monitored by a thread enabled by a message manager service module in each of the first operating system and the second operating system; and listening (S230), by the thread enabled by the message manager service module in the first operating system, on the cross-system application database, and outputting a prompt of the first message when listening and obtaining the notification message. when a first operating system in the multiple operating systems runs in a foreground, and a second operating system in the multiple operating systems runs in a background, if the second operating system receives a first message of a first application in the second operating system, sending (S210), by the second operating system, a notification message to the management system according to the first message, wherein the notification message carries at least one of operating system information corresponding to the first message, application information corresponding to the first message, or a message quantity corresponding to the first message; storing (S220), by the management system, the notification message into the cross-system application database, wherein the cross-system application database is monitored by a thread enabled by a message manager service module in each of the first operating system and the second operating system; and listening (S230), by the thread enabled by the message manager service module in the first operating system, on the cross-system application database, and outputting a prompt of the first message when listening and obtaining the notification message.
A method of performing authenticated communications, comprising: - receiving, by a gateway device , a password associated with an application, wherein the gateway device is in communication with a plurality of access control devices associated with the application, and wherein access to each device in a cluster formed by the gateway device and the plurality of access control devices requires a user authentication associated with the password; - generating, by the gateway device , a plurality of different matching pairs of salt values and hash values ; - deleting, by the gateway device , the password; and - transmitting, by the gateway device , different sets of mismatched pairs of the salt values and the hash values to at least two devices of the cluster for storage, wherein the user authentication is based on a salt value and a hash value from the plurality of different matching pairs of salt values and hash values stored at two different devices of the cluster. - receiving, by a gateway device , a password associated with an application, wherein the gateway device is in communication with a plurality of access control devices associated with the application, and wherein access to each device in a cluster formed by the gateway device and the plurality of access control devices requires a user authentication associated with the password; - generating, by the gateway device , a plurality of different matching pairs of salt values and hash values ; - deleting, by the gateway device , the password; and - transmitting, by the gateway device , different sets of mismatched pairs of the salt values and the hash values to at least two devices of the cluster for storage, wherein the user authentication is based on a salt value and a hash value from the plurality of different matching pairs of salt values and hash values stored at two different devices of the cluster.