mhurhangee/patent-ind-claim-en huggingface dataset:
A device comprising: an antenna ; a first front-end communication section that is configured to communicate via a Wifi communication using the antenna ; a second front-end communication section that is configured to communicate via ultra-high frequency (UHF) radio-frequency identification (RFID) communication using the antenna ; a first switch configured to select either the first front-end communication section or the second front-end communication section , wherein the first front-end communication section comprises a second switch configured for transmit/receive (Tx/Rx) switching for the Wifi communication and wherein the second front-end communication section comprises an isolator configured to isolate transmission and reception paths for the UHF RFID communication; and a controller configured to control the first switch , the controller being coupled to a transmitter and a receiver of the device to output a data signal to either the first front-end communication section or the second front-end communication section based on the selection by the first switch , wherein the data signal is output to the antenna to communicate via Wifi communication and the controller is configured to control the second switch when the first switch is controlled to select the first front-end communication section and wherein the data signal is output to the antenna to communicate via the UHF RFID communication when the first switch is controlled to select the second front-end communication section . an antenna ; a first front-end communication section that is configured to communicate via a Wifi communication using the antenna ; a second front-end communication section that is configured to communicate via ultra-high frequency (UHF) radio-frequency identification (RFID) communication using the antenna ; a first switch configured to select either the first front-end communication section or the second front-end communication section , wherein the first front-end communication section comprises a second switch configured for transmit/receive (Tx/Rx) switching for the Wifi communication and wherein the second front-end communication section comprises an isolator configured to isolate transmission and reception paths for the UHF RFID communication; and a controller configured to control the first switch , the controller being coupled to a transmitter and a receiver of the device to output a data signal to either the first front-end communication section or the second front-end communication section based on the selection by the first switch , wherein the data signal is output to the antenna to communicate via Wifi communication and the controller is configured to control the second switch when the first switch is controlled to select the first front-end communication section and wherein the data signal is output to the antenna to communicate via the UHF RFID communication when the first switch is controlled to select the second front-end communication section .
Microfluidic storage apparatus, having at least one hermetically closed storage chamber , formed by making a film or membrane bulge, for a fluid , an intended breaking point , formed by a welded or adhesively bonded region, for forming an opening in the storage chamber and having a transport section which leads from the storage chamber to an opening in the storage apparatus and is intended for the transport of fluid out of the storage apparatus when the storage chamber is compressed, wherein the inner volume of the transport section is zero when the storage chamber is hermetically closed, the transport section can be opened up to form a transport channel by a fluid flow leaving the storage chamber when the storage chamber is compressed, and wherein, when the storage chamber is hermetically closed, the transport section has channel walls which lie against one another and are each formed by a film or a film and a rigid plate , and at least one channel wall can be deformed by the fluid flow when the transport channel is opened up, characterized in that the welded or adhesively bonded region forming the intended breaking point separates the inner space of the storage chamber from the transport section and in that the films , or the film and the rigid plate , lie against one another prior to the opening up of the transport channel in the region of the transport section without a connection. having at least one hermetically closed storage chamber , formed by making a film or membrane bulge, for a fluid , an intended breaking point , formed by a welded or adhesively bonded region, for forming an opening in the storage chamber and having a transport section which leads from the storage chamber to an opening in the storage apparatus and is intended for the transport of fluid out of the storage apparatus when the storage chamber is compressed, wherein the inner volume of the transport section is zero when the storage chamber is hermetically closed, the transport section can be opened up to form a transport channel by a fluid flow leaving the storage chamber when the storage chamber is compressed, and wherein, when the storage chamber is hermetically closed, the transport section has channel walls which lie against one another and are each formed by a film or a film and a rigid plate , and at least one channel wall can be deformed by the fluid flow when the transport channel is opened up, characterized in that the welded or adhesively bonded region forming the intended breaking point separates the inner space of the storage chamber from the transport section and in that the films , or the film and the rigid plate , lie against one another prior to the opening up of the transport channel in the region of the transport section without a connection.
A respiratory ventilation apparatus configured to deliver a respiratory gas to a patient interface, comprising: a gas pressurization unit located in a main body of the respiratory ventilation apparatus ; a humidification assembly being removably coupled to the main body of the respiratory ventilation apparatus ; wherein the humidification assembly includes a liquid chamber configured to accommodate one or more liquids, characterized in that the liquid chamber comprises a tank and a tank cover , which is pivotally connected to the tank through a connection mechanism with a rotational axis; wherein the tank comprises an opening for filling at least one of the one or more liquids, wherein the opening is openable by opening the tank cover and/or closable by closing the tank cover ; and wherein the humidification assembly and the main body of the respiratory ventilation apparatus are fluidically connectable by closing the tank cover and/or fluidically disconnectable by opening the tank cover ; wherein the tank and the main body are attachable with each other by moving the tank in an attaching direction relative to the main body with an angle between the rotational axis and the attaching direction between 20°-160°; and/or wherein the tank and the main body are unlockable from each other by moving the tank in an unlocking direction relative to the main body with an angle between the rotational axis and the unlocking direction between 20°-160°. a gas pressurization unit located in a main body of the respiratory ventilation apparatus ; a humidification assembly being removably coupled to the main body of the respiratory ventilation apparatus ; wherein the humidification assembly includes a liquid chamber configured to accommodate one or more liquids, characterized in that the liquid chamber comprises a tank and a tank cover , which is pivotally connected to the tank through a connection mechanism with a rotational axis; wherein the tank comprises an opening for filling at least one of the one or more liquids, wherein the opening is openable by opening the tank cover and/or closable by closing the tank cover ; and wherein the humidification assembly and the main body of the respiratory ventilation apparatus are fluidically connectable by closing the tank cover and/or fluidically disconnectable by opening the tank cover ; wherein the tank and the main body are attachable with each other by moving the tank in an attaching direction relative to the main body with an angle between the rotational axis and the attaching direction between 20°-160°; and/or wherein the tank and the main body are unlockable from each other by moving the tank in an unlocking direction relative to the main body with an angle between the rotational axis and the unlocking direction between 20°-160°.
A method for producing a fluorinated polymer by using an initiator composition for a fluorinated polymer: wherein the initiator composition for a fluorinated polymer comprises an organic peroxide, and a saturated hydrocarbon compound having at least one tertiary carbon atom or quaternary carbon atom, wherein the saturated hydrocarbon compound has from 6 to 15 carbon atoms, wherein the number of chained methylene groups in the saturated hydrocarbon compound is less than 3, wherein the saturated hydrocarbon compound has a boiling point of from 40 to 250°C, wherein the saturated hydrocarbon compound has a melting point of from -100 to 0°C, wherein the saturated hydrocarbon compound contains no halogen atom, wherein the 10 hour half-life temperature of the organic peroxide is from 10 to 150°C, and wherein the used amount of the organic peroxide is from 0.05 to 0.5 wt% based on all monomers to be polymerized for producing a fluorinated polymer. wherein the initiator composition for a fluorinated polymer comprises an organic peroxide, and a saturated hydrocarbon compound having at least one tertiary carbon atom or quaternary carbon atom, wherein the saturated hydrocarbon compound has from 6 to 15 carbon atoms, wherein the number of chained methylene groups in the saturated hydrocarbon compound is less than 3, wherein the saturated hydrocarbon compound has a boiling point of from 40 to 250°C, wherein the saturated hydrocarbon compound has a melting point of from -100 to 0°C, wherein the saturated hydrocarbon compound contains no halogen atom, wherein the 10 hour half-life temperature of the organic peroxide is from 10 to 150°C, and wherein the used amount of the organic peroxide is from 0.05 to 0.5 wt% based on all monomers to be polymerized for producing a fluorinated polymer.
An electric field generating device configured to form part of a cold storage comprising a storage for food and a refrigeration apparatus , the electric field generating device comprising an electrode and a voltage applying device configured to apply a voltage to the electrode , the electric field generating device being configured to generate an electric field in an inside of a storage for food, wherein the electric field generating device comprises: a supporting member configured to support the electrode to be movable between a predetermined use position at which an electric field can be generated in the inside of the storage and a predetermined housing position that differs from the use position, wherein the electrode has an elongated shape, and the use position is a position at which the electrode is in a state of extending from one end side to another end side of the storage through a center portion of the storage ; characterized in that the electric field generating device comprises: a fixing member configured to fix the electrode immovably at the use position, wherein the electrode has flexibility, the supporting member is configured to be able to wind up the electrode , and the housing position is a position at which the electrode is in a state of being wound up by the supporting member . a supporting member configured to support the electrode to be movable between a predetermined use position at which an electric field can be generated in the inside of the storage and a predetermined housing position that differs from the use position, wherein the electrode has an elongated shape, and the use position is a position at which the electrode is in a state of extending from one end side to another end side of the storage through a center portion of the storage ; a fixing member configured to fix the electrode immovably at the use position, wherein the electrode has flexibility, the supporting member is configured to be able to wind up the electrode , and the housing position is a position at which the electrode is in a state of being wound up by the supporting member .
Seal (D) with a plurality of segments , wherein each segment has - at least one holding means , - a sealing strip comprising a holding strip and a sealing profile , and - a mechanism , wherein the mechanism of each of the segments interconnects the at least one holding means and the sealing strip of the same segment , the sealing strip being displaceable transversely to its main extension by means of the mechanism with respect to the at least one holding means , wherein the seal (D) has connectors interconnecting the holding strips of the sealing strips of adjacent segments , for which purpose the connectors are inserted into ends of the holding strips of the sealing strips of adjacent segments , and wherein each connector has two insertion portions which are each inserted into one end of the holding strips , characterised in that each connector has a collar arranged in the main direction of extension of the sealing strip between the insertion portions , wherein the collar at least partially projects beyond the insertion portions in a plane perpendicular to the main direction of extension of the sealing strip . - at least one holding means , - a sealing strip comprising a holding strip and a sealing profile , and - a mechanism , wherein the mechanism of each of the segments interconnects the at least one holding means and the sealing strip of the same segment , the sealing strip being displaceable transversely to its main extension by means of the mechanism with respect to the at least one holding means , wherein the seal (D) has connectors interconnecting the holding strips of the sealing strips of adjacent segments , for which purpose the connectors are inserted into ends of the holding strips of the sealing strips of adjacent segments , and wherein each connector has two insertion portions which are each inserted into one end of the holding strips , characterised in that each connector has a collar arranged in the main direction of extension of the sealing strip between the insertion portions , wherein the collar at least partially projects beyond the insertion portions in a plane perpendicular to the main direction of extension of the sealing strip . wherein the mechanism of each of the segments interconnects the at least one holding means and the sealing strip of the same segment , the sealing strip being displaceable transversely to its main extension by means of the mechanism with respect to the at least one holding means , wherein the seal (D) has connectors interconnecting the holding strips of the sealing strips of adjacent segments , for which purpose the connectors are inserted into ends of the holding strips of the sealing strips of adjacent segments , and wherein each connector has two insertion portions which are each inserted into one end of the holding strips , characterised in that each connector has a collar arranged in the main direction of extension of the sealing strip between the insertion portions , wherein the collar at least partially projects beyond the insertion portions in a plane perpendicular to the main direction of extension of the sealing strip .
A method of rendering image frames for online gaming sessions, implemented at a server system , wherein the server system includes one or more CPUs , one or more GPUs , main dynamic memory storing programs and data for use by the CPUs and/or GPUs during program execution, a static memory pool , and a shader cache , the method comprising: - establishing a shader hash table that associates each of a plurality of performance criteria with an address of a respective sequence of compiled shaders in the static memory pool , including associating the performance criterion and a first sequence of compiled shaders in the shader hash table ; - storing the shader hash table in the shader cache ; - executing on the one or more CPUs a plurality of online gaming sessions in parallel for a gaming title; - rendering by the one or more GPUs a plurality of image frames for each of the plurality of online gaming sessions using the first sequence of compiled shaders; and - while executing the plurality of online gaming sessions: identifying a performance criterion for the plurality of online gaming sessions associated with the gaming title; collecting usage statistics characterizing execution of each of the online gaming sessions; and modifying a first shader in the first sequence of compiled shaders to improve performance of the first sequence of compiled shaders with respect to the performance criterion, thereby creating a modified first sequence of compiled shaders. - establishing a shader hash table that associates each of a plurality of performance criteria with an address of a respective sequence of compiled shaders in the static memory pool , including associating the performance criterion and a first sequence of compiled shaders in the shader hash table ; - storing the shader hash table in the shader cache ; - executing on the one or more CPUs a plurality of online gaming sessions in parallel for a gaming title; - rendering by the one or more GPUs a plurality of image frames for each of the plurality of online gaming sessions using the first sequence of compiled shaders; and - while executing the plurality of online gaming sessions: identifying a performance criterion for the plurality of online gaming sessions associated with the gaming title; collecting usage statistics characterizing execution of each of the online gaming sessions; and modifying a first shader in the first sequence of compiled shaders to improve performance of the first sequence of compiled shaders with respect to the performance criterion, thereby creating a modified first sequence of compiled shaders. identifying a performance criterion for the plurality of online gaming sessions associated with the gaming title; collecting usage statistics characterizing execution of each of the online gaming sessions; and modifying a first shader in the first sequence of compiled shaders to improve performance of the first sequence of compiled shaders with respect to the performance criterion, thereby creating a modified first sequence of compiled shaders.
A module of ballistic net provided to protect vehicles, structures or other facilities against consequences of impacts effected by hits of armour-piercing rocket-propelled grenades ejected by grenade launchers, where the module comprises cords that make up the net , where the mutually crossing cords are joined together at the locations of intersections of cords and cords by means of connectors and each individual connector comprises a body shaped in the form of polyhedral and having a bottom plane , side walls and top plane , whereas the bottom plane facing the facility to be protected has an internal cavity designed to receive a plug tightly fitted into the cavity and meant to lock cords of the net , whilst side walls have slots made at the elevation of the internal cavity , open at the side of the bottom plane and designed to receive cords , characterized in that single body of the connector has its bottom plane shaped in the form of a quadrangle, in particular a square, whilst the side walls have the form of regular trapeziums and converge towards the top plane of the body down the full height of the body of the connector , whereas side edges in between of mutually adjacent side walls are inclined against the height ( h ) of the body of the connector at the angle (α) selected from the range from 2.5° to 5° so that the arrangement of connectors joined to cords of the net enables displacement of connectors outwardly when a grenade hits the net, which leads to destruction of the external shell of a grenade hitting the net by means of inclined side edges of connectors .
A method performed by a first electronic device and a second electronic device , the method comprising: obtaining, by the first electronic device , first voice data for a voice uttered by a user at a specific time through a microphone of the first electronic device ; obtaining, by the first electronic device , a first voice recognition result corresponding to the first voice data; and transmitting, by the first electronic device , the first voice recognition result, to the second electronic device which is configured to obtain second voice data for the voice uttered by the user at the specific time, the first voice recognition result being used to train a voice recognition model at the second electronic device , obtaining, by the second electronic device , the second voice data for the voice uttered by the user at the specific time through a microphone of the second electronic device ; receiving, by the second electronic device , the first voice recognition result corresponding to the first voice data from the first electronic device which is configured to obtain the first voice data for the voice uttered by the user at the specific time; and using the second voice data and the first voice recognition result corresponding to the first voice data, as data for training the voice recognition model at the second electronic device . obtaining, by the first electronic device , first voice data for a voice uttered by a user at a specific time through a microphone of the first electronic device ; obtaining, by the first electronic device , a first voice recognition result corresponding to the first voice data; and transmitting, by the first electronic device , the first voice recognition result, to the second electronic device which is configured to obtain second voice data for the voice uttered by the user at the specific time, the first voice recognition result being used to train a voice recognition model at the second electronic device , obtaining, by the second electronic device , the second voice data for the voice uttered by the user at the specific time through a microphone of the second electronic device ; receiving, by the second electronic device , the first voice recognition result corresponding to the first voice data from the first electronic device which is configured to obtain the first voice data for the voice uttered by the user at the specific time; and using the second voice data and the first voice recognition result corresponding to the first voice data, as data for training the voice recognition model at the second electronic device .