mhurhangee/patent-ind-claim-en huggingface dataset:
A relay connection device for a relay forced ventilation system comprising a line divided into a series of line sections formed by ventilating ducts, two successive line sections being spaced from each other, in which ventilation system a so-called primary fan is provided at the beginning of the first line section of said series, and a so-called relay fan is provided at the beginning of each line section from the second section of said series, at a distance from the end of the previous line section , the relay connection device comprising a duct assembly forming an inner channel both ends of which are open and provided with fixing means configured to provide a leak-proof connection between two line sections so as to put a so-called upstream line section in fluidic communication with the relay fan of the next line section , the relay connection device being characterised in that the duct assembly is further provided with measuring means for measuring at least one parameter of the air flow inside said line, in order to control the operation of said relay fan , whose speed is adjustable in real time, to achieve desired flow conditions at the end of the upstream line section .
A computing device for determining upstream transmission capability in an area of a hybrid fiber-coaxial (HFC) cable plant network, the area including network components , and customer premises equipment, CPE, devices , comprising: a memory device resident in the computing device ; and a processor disposed in communication with the memory device , wherein the computing device is characterized in that the processor configured to: configure a downstream transmission that includes a marker channel at a frequency within a band of frequencies selected by an operator of the HFC cable plant network for conversion from downstream to upstream transmissions; initiate the downstream transmission to each CPE device ; send a query to each CPE device , the query for eliciting an indication of whether the marker channel is tunable at the CPE device ; receive a response to the query from at least one CPE device , the response comprising one of a tune success response and a tune failure response; and determine a status for each network component , the status based on the response to the query from said at least one CPE device subtending from the network component. a memory device resident in the computing device ; and a processor disposed in communication with the memory device , wherein the computing device is characterized in that the processor configured to: configure a downstream transmission that includes a marker channel at a frequency within a band of frequencies selected by an operator of the HFC cable plant network for conversion from downstream to upstream transmissions; initiate the downstream transmission to each CPE device ; send a query to each CPE device , the query for eliciting an indication of whether the marker channel is tunable at the CPE device ; receive a response to the query from at least one CPE device , the response comprising one of a tune success response and a tune failure response; and determine a status for each network component , the status based on the response to the query from said at least one CPE device subtending from the network component. configure a downstream transmission that includes a marker channel at a frequency within a band of frequencies selected by an operator of the HFC cable plant network for conversion from downstream to upstream transmissions; initiate the downstream transmission to each CPE device ; send a query to each CPE device , the query for eliciting an indication of whether the marker channel is tunable at the CPE device ; receive a response to the query from at least one CPE device , the response comprising one of a tune success response and a tune failure response; and determine a status for each network component , the status based on the response to the query from said at least one CPE device subtending from the network component.
A method, comprising: receiving, from a client device, a steering request associated with an application programming interface, "API", call; and in response to receiving the steering request, selecting, based on a reachability selection criteria, an acceleration system that operates as an intermediary between the client device and an API processing system and is configured to process the API call, wherein the reachability selection criteria specify that the client device be able to access at least one of an Internet service provider, "ISP", or an Internet exchange point associated with the acceleration system, and the acceleration system has an established connection with the API processing system, and routing the client device to the acceleration system . receiving, from a client device, a steering request associated with an application programming interface, "API", call; and in response to receiving the steering request, selecting, based on a reachability selection criteria, an acceleration system that operates as an intermediary between the client device and an API processing system and is configured to process the API call, wherein the reachability selection criteria specify that the client device be able to access at least one of an Internet service provider, "ISP", or an Internet exchange point associated with the acceleration system, and the acceleration system has an established connection with the API processing system, and routing the client device to the acceleration system .
An airfoil for a gas turbine engine comprising: a body having a first surface extending from a first edge to a second edge ; a cavity disposed in the body ; and a first cover (60;60a,b) at least partially disposed within the cavity ; the airfoil further comprises a second cover covering said first cover and forming at least a portion of the first surface with said body , wherein the first cover is disposed between the body and the second cover , wherein the first cover and the second cover have a different coefficient of thermal expansion than the body , characterised in that the first cover comprises a first portion cooperating with a corresponding second portion wherein a flexible material is disposed between the first portion and the second portion . a body having a first surface extending from a first edge to a second edge ; a cavity disposed in the body ; and a first cover (60;60a,b) at least partially disposed within the cavity ; the airfoil further comprises a second cover covering said first cover and forming at least a portion of the first surface with said body , wherein the first cover is disposed between the body and the second cover , wherein the first cover and the second cover have a different coefficient of thermal expansion than the body ,
A system comprising: a first node having one or more processors and one or more computer storage media storing computer-usable instructions that, when used by the one or more processors, cause the one or more processors to: receive from a client device associated with a user associated with a first ID a request to verify a dataset , the received first request including the dataset, the dataset being associated with the first ID and referencing a second ID associated with a verifying entity, store the included dataset on a distributed ledger based on the received first request, wherein the first node is one of a plurality of nodes configured to store the included dataset on the distributed ledger based on the received first request, wherein a second node of the plurality of nodes is configured to generate a first digital certificate corresponding to the stored dataset and issued to the user based on a command received from another client device associated with the referenced second ID; store the first digital certificate on the distributed ledger based on the generation thereof, wherein the first node is one of the plurality of nodes further configured to store the first digital certificate on the distributed ledger based on the generation thereof; determine that the stored first digital certificate is issued to the user associated with the first ID; and communicate the stored first digital certificate to the client device based on the determination, wherein the client device is configured to provide for display the communicated first digital certificate as an indication that the stored dataset was verified by the referenced verifying entity. receive from a client device associated with a user associated with a first ID a request to verify a dataset , the received first request including the dataset, the dataset being associated with the first ID and referencing a second ID associated with a verifying entity, store the included dataset on a distributed ledger based on the received first request, wherein the first node is one of a plurality of nodes configured to store the included dataset on the distributed ledger based on the received first request, wherein a second node of the plurality of nodes is configured to generate a first digital certificate corresponding to the stored dataset and issued to the user based on a command received from another client device associated with the referenced second ID; store the first digital certificate on the distributed ledger based on the generation thereof, wherein the first node is one of the plurality of nodes further configured to store the first digital certificate on the distributed ledger based on the generation thereof; determine that the stored first digital certificate is issued to the user associated with the first ID; and communicate the stored first digital certificate to the client device based on the determination, wherein the client device is configured to provide for display the communicated first digital certificate as an indication that the stored dataset was verified by the referenced verifying entity.
A method for inducing the Alzheimer's disease in a rodent or a non-human primate, said method comprising the administration of at least one vector containing a nucleic acid sequence that encodes the APP protein and the PS1 protein, wherein the vector is an adeno-associated virus (AAV) vector 9 or 10.
A method of production of a tobacco smoke filter or filter element comprising a longitudinally extending core of tobacco smoke filtering material of circumference 14 to 17 mm which surrounds a cylindrical channel , wherein the core comprises a plasticiser, wherein the cylindrical channel extends longitudinally from the downstream end of the core ; characterised in that the method comprises: continuously drawing the tobacco smoke filtering material from a single source; applying plasticiser to the tobacco smoke filtering material in an amount of 17 to 19% by weight of the tobacco smoke filtering material; and thermoforming the tobacco smoke filtering material to which plasticiser has been applied around a shaped die to form a continuous tube. characterised in that the method comprises: continuously drawing the tobacco smoke filtering material from a single source; applying plasticiser to the tobacco smoke filtering material in an amount of 17 to 19% by weight of the tobacco smoke filtering material; and thermoforming the tobacco smoke filtering material to which plasticiser has been applied around a shaped die to form a continuous tube.
A maintenance management device comprising: an inspection device configured to inspect an exchangeable element in a component mounting machine configured to mount a component on a circuit board; and an information management section configured to store statistical information in which results of multiple inspections performed by the inspection device are linked to identification information for each of multiple exchangeable elements as a target of the inspection, wherein the exchangeable element is a suction nozzle configured to be supplied with negative pressure to pick up the component, and the inspection with the inspection device includes a good-bad quality determination of the suction nozzle , characterized in that the information management section is configured to link a passing rate, which indicates a ratio of passes with respect to the number of good-bad quality determinations of the exchangeable element to the identification information of the exchangeable element and store the linked passing rate and the identification information of the exchangeable element as the statistical information, and a nozzle cleaner is configured to set at least one of a cleaning type, a cleaning combination, and a number of cleanings of the suction nozzle based on the statistical information. an inspection device configured to inspect an exchangeable element in a component mounting machine configured to mount a component on a circuit board; and an information management section configured to store statistical information in which results of multiple inspections performed by the inspection device are linked to identification information for each of multiple exchangeable elements as a target of the inspection, wherein the exchangeable element is a suction nozzle configured to be supplied with negative pressure to pick up the component, and the inspection with the inspection device includes a good-bad quality determination of the suction nozzle , characterized in that the information management section is configured to link a passing rate, which indicates a ratio of passes with respect to the number of good-bad quality determinations of the exchangeable element to the identification information of the exchangeable element and store the linked passing rate and the identification information of the exchangeable element as the statistical information, and a nozzle cleaner is configured to set at least one of a cleaning type, a cleaning combination, and a number of cleanings of the suction nozzle based on the statistical information.
A method of configuring a mobile device for use with ambient noise for a user of the mobile device, the method comprising: receiving, from the user, a case identification of the ambient noise; receiving, from the user, a noise level for the ambient noise; receiving, from the user, a dialog boost level for the ambient noise at the noise level; receiving, from the user, a graphic equalizer setting for the ambient noise at the noise level; playing, from the mobile device, a sample audio for the user while the user sets the dialog boost level and the graphic equalizer setting; and storing on the mobile device the dialog boost level and graphic equalizer setting for the case identification at the noise level in a profile, wherein the device is configured to play audio media using the dialog boost level and graphic equalizer setting when the profile is selected by the user, the method further comprising: simulating the ambient noise at the noise level; and mixing the simulated ambient noise with the sample audio prior to the playing the sample audio. receiving, from the user, a case identification of the ambient noise; receiving, from the user, a noise level for the ambient noise; receiving, from the user, a dialog boost level for the ambient noise at the noise level; receiving, from the user, a graphic equalizer setting for the ambient noise at the noise level; playing, from the mobile device, a sample audio for the user while the user sets the dialog boost level and the graphic equalizer setting; and storing on the mobile device the dialog boost level and graphic equalizer setting for the case identification at the noise level in a profile, wherein the device is configured to play audio media using the dialog boost level and graphic equalizer setting when the profile is selected by the user, simulating the ambient noise at the noise level; and mixing the simulated ambient noise with the sample audio prior to the playing the sample audio.
A smokeless tobacco composition for oral use comprising at least one type of non-tobacco fibers having an average length-to-width ratio of 3.5:1 to 15:1, wherein the content of the non-tobacco fibers in the composition is from 2 to 30 wt% based on the dry weight of the final composition, wherein the at least one type of non-tobacco fibers originates from bamboo.
Electronic equipment comprising: a portable housing having a substantially rectangular parallelepiped shape with six surfaces of an upper surface , a lower surface , a front surface , a rear surface , a left-side surface , and a right-side surface ; a first actuator (A1) that is mounted inside the housing and configured to generate vibration (V1) along a first axis ; a second actuator (A2) that is mounted inside the housing and configured to generate vibration (V2) along a second axis (O2); and a control circuit configured to drive the first actuator and the second actuator to generate a traction feeling, characterized in that the electronic equipment further comprises a display circuit arranged on the upper surface and configured to visually display content output from the control circuit , and in that the first actuator and the second actuator are mounted in a direction in which the first axis and the second axis are each non-parallel and non-perpendicular to at least the upper surface or the lower surface of the six surfaces. a portable housing having a substantially rectangular parallelepiped shape with six surfaces of an upper surface , a lower surface , a front surface , a rear surface , a left-side surface , and a right-side surface ; a first actuator (A1) that is mounted inside the housing and configured to generate vibration (V1) along a first axis ; a second actuator (A2) that is mounted inside the housing and configured to generate vibration (V2) along a second axis (O2); and a control circuit configured to drive the first actuator and the second actuator to generate a traction feeling, characterized in that the electronic equipment further comprises a display circuit arranged on the upper surface and configured to visually display content output from the control circuit , and in that the first actuator and the second actuator are mounted in a direction in which the first axis and the second axis are each non-parallel and non-perpendicular to at least the upper surface or the lower surface of the six surfaces.
Device for immobilising and securing a swap body (15, 15.1, 15.2) unloaded from a truck, said device comprising a head, swap bodies (15, 15.1, 15.2) being transported by truck have on their underside guides cooperating with the truck, said head being placed on said immobilising and securing device sliding underneath the swap body (15, 15.1, 15.2) and immobilising it by blocking the underside of the swap body , said head including a metal structure supporting at least one means of detection of the underside of the swap body and means for blocking said swap body, the device being characterised in that the blocking means are at least two lateral arms moving symmetrically outwards from the metal structure until they abut against the guides , each arm being equipped with a non-slip contact pad which rests against the corresponding guide and retractable blocking pieces , which can be blocked against the cross members .
An ultrasonic test system comprising: an ultrasonic propagating body configured to change at least one traveling direction of at least one ultrasonic wave which propagates in a test target (O) and enters the ultrasonic propagating body ; and an optical fiber sensor attached to the ultrasonic propagating body so that the at least one ultrasonic wave propagates within the ultrasonic propagating body to the optical fiber sensor , the optical fiber sensor being configured to detect the at least one ultrasonic wave of which the at least one traveling direction has been changed by the ultrasonic propagating body , characterized in that the at least one ultrasonic wave is at least one Lamb wave; and the ultrasonic propagating body is a thin plate or thin plates configured to change at least one traveling direction of the at least one Lamb wave. an ultrasonic propagating body configured to change at least one traveling direction of at least one ultrasonic wave which propagates in a test target (O) and enters the ultrasonic propagating body ; and an optical fiber sensor attached to the ultrasonic propagating body so that the at least one ultrasonic wave propagates within the ultrasonic propagating body to the optical fiber sensor , the optical fiber sensor being configured to detect the at least one ultrasonic wave of which the at least one traveling direction has been changed by the ultrasonic propagating body , characterized in that the at least one ultrasonic wave is at least one Lamb wave; and the ultrasonic propagating body is a thin plate or thin plates configured to change at least one traveling direction of the at least one Lamb wave.
Contact actuation system for an electrical switching device, the actuation system comprising an arming shaft , a closing spring and an opening spring collaborating with the arming shaft , and a control vane actuated by the arming shaft , and an opening actuator which, when the opening spring is armed, makes it possible to command the release of the opening spring, the actuation system being characterized in that it also comprises a selection unit which can be positioned: - either in a position referred to as active in which it mechanically couples the arming vane with a closing crank of the actuation system so that once the closing spring has been armed, the arming vane gives rise to the release of the closing spring by means of the closing crank , - or in a position referred to as inactive in which the closing crank is uncoupled from the arming vane . - either in a position referred to as active in which it mechanically couples the arming vane with a closing crank of the actuation system so that once the closing spring has been armed, the arming vane gives rise to the release of the closing spring by means of the closing crank , - or in a position referred to as inactive in which the closing crank is uncoupled from the arming vane .
A method of transmitting data by a V2X, vehicle to everything, user equipment, UE, in a wireless communication system, the method comprising: selecting, by the V2X UE, a first resource for a transmission of a PSSCH, Physical sidelink shared channel; selecting, by the V2X UE, a second resource, characterized by the second resource being for a reservation of a retransmission of the PSSCH based on a restriction that a time duration between the first resource and the second resource is shorter than or equal to a predetermined value, performing, by the V2X UE, retransmission of the PSSCH via the second resource after the time duration from transmission of the PSSCH via the first resource. selecting, by the V2X UE, a first resource for a transmission of a PSSCH, Physical sidelink shared channel; selecting, by the V2X UE, a second resource, characterized by the second resource being for a reservation of a retransmission of the PSSCH based on a restriction that a time duration between the first resource and the second resource is shorter than or equal to a predetermined value, performing, by the V2X UE, retransmission of the PSSCH via the second resource after the time duration from transmission of the PSSCH via the first resource.