mhurhangee/patent-ind-claim-en huggingface dataset:
A biological information measurement device , comprising: an adhesive tape that has on its bottom side an adhesive surface to be affixed to a skin of a user; a mounting substrate that is disposed on a top side of the adhesive tape ; a substrate holding portion that is provided on the top side of the adhesive tape and that is fixed to a top side of the mounting substrate , the mounting substrate being held on an outer periphery of the substrate holding portion ; a sensor that is electrically connected connected to the mounting substrate and is configured to measure biological information; a cover that covers a top side of the mounting substrate , spacers disposed between a lower surface of the mounting substrate and an upper surface of the adhesive tape , and a base that is disposed between the adhesive tape and the mounting substrate , and that is substantially annular in shape; wherein a bottom side of the mounting substrate is in a state of not being affixed to the top side of the adhesive tape , the adhesive tape and the cover are more stretchable than the mounting substrate , the spacers are bonded to the lower surface of the mounting substrate on a top side, and are not bonded to the adhesive tape , and the adhesive tape and the cover are bonded together near an outer peripheral edge portion (A), with the base interposed therebetween. an adhesive tape that has on its bottom side an adhesive surface to be affixed to a skin of a user; a mounting substrate that is disposed on a top side of the adhesive tape ; a substrate holding portion that is provided on the top side of the adhesive tape and that is fixed to a top side of the mounting substrate , the mounting substrate being held on an outer periphery of the substrate holding portion ; a sensor that is electrically connected connected to the mounting substrate and is configured to measure biological information; a cover that covers a top side of the mounting substrate , spacers disposed between a lower surface of the mounting substrate and an upper surface of the adhesive tape , and a base that is disposed between the adhesive tape and the mounting substrate , and that is substantially annular in shape; wherein a bottom side of the mounting substrate is in a state of not being affixed to the top side of the adhesive tape , the adhesive tape and the cover are more stretchable than the mounting substrate , the spacers are bonded to the lower surface of the mounting substrate on a top side, and are not bonded to the adhesive tape , and the adhesive tape and the cover are bonded together near an outer peripheral edge portion (A), with the base interposed therebetween.
A resin impregnation detection device, comprising: an optical fiber including at least one FBG sensor ; and a coating resin , which is coated by applying a compressive strain to the FBG sensor when being cured, characterized in that the coating resin includes a resin to be softened by contact with a detection target resin, and the resin impregnation detection device is configured to detect impregnation with the resin by the FBG sensor , which is configured to detect, when the compressive strain applied to the FBG sensor is released during the softening, a change in a Bragg wavelength caused by the release of the compressive strain. an optical fiber including at least one FBG sensor ; and a coating resin , which is coated by applying a compressive strain to the FBG sensor when being cured, characterized in that the coating resin includes a resin to be softened by contact with a detection target resin, and the resin impregnation detection device is configured to detect impregnation with the resin by the FBG sensor , which is configured to detect, when the compressive strain applied to the FBG sensor is released during the softening, a change in a Bragg wavelength caused by the release of the compressive strain.
A method of facilitating testing a server configuration across a secured network edge, the method comprising: receiving, by a first server device within a first network from a management device via a second network separated from the first network by a network boundary device, a test request indicating a client characteristic to test a set of data delivery rules, wherein a client characteristic is a feature of a client device , and wherein the data delivery rules are parameters for selecting content for delivery to the client device; generating, by the first server device , a data request with origination information for a source of the data request conforming to the indicated client characteristic of the client device so as to look as though the data request originated from a client device that has a same characteristic as the client characteristic indicated by the test request; transmitting the generated data request to a second server device within the first network responsive to receiving the test request from the management device ; receiving, by the first server device from the second server device , a response to the generated data request; and providing, to the management device in the second network, a report based on the received response. receiving, by a first server device within a first network from a management device via a second network separated from the first network by a network boundary device, a test request indicating a client characteristic to test a set of data delivery rules, wherein a client characteristic is a feature of a client device , and wherein the data delivery rules are parameters for selecting content for delivery to the client device; generating, by the first server device , a data request with origination information for a source of the data request conforming to the indicated client characteristic of the client device so as to look as though the data request originated from a client device that has a same characteristic as the client characteristic indicated by the test request; transmitting the generated data request to a second server device within the first network responsive to receiving the test request from the management device ; receiving, by the first server device from the second server device , a response to the generated data request; and providing, to the management device in the second network, a report based on the received response.
An ex vivo method for preparing a modified blood clot comprising: (a) Obtaining a blood clot; and (b) Removing the cellular content of said blood clot; thereby obtaining a modified blood clot. (a) Obtaining a blood clot; and (b) Removing the cellular content of said blood clot;
A method for automatically examining a liquid which comprises at least one cell and/or at least one particle and is arranged in a dispenser and can be dispensed through the dispenser, using a first and a second measurement signal emanating from a liquid region , wherein the method comprises the following steps: a. reading the first measurement signal and analysing the first measurement signal , and b. determining on the basis of the analysed first measurement signal whether a detection of the second measurement signal is carried out and a readout of the detected second measurement signal is completed, or whether a readout of the detected second measurement signal is completed, or whether a readout of the detected second measurement signal is cancelled, wherein the first measurement signal is analysed to determine whether at least one cell and/or at least one particle is located in the liquid region , and wherein the second measurement signal is detected and read out and/or the readout of the second measurement signal is carried out completely, if at least one cell and/or at least one particle is located in the liquid region . a. reading the first measurement signal and analysing the first measurement signal , and b. determining on the basis of the analysed first measurement signal whether a detection of the second measurement signal is carried out and a readout of the detected second measurement signal is completed, or whether a readout of the detected second measurement signal is completed, or whether a readout of the detected second measurement signal is cancelled,
A balance for weighing a target container, in particular designed for an installation for producing a medical preparation, comprising a balance pan for loading a target container, characterized in that the balance pan comprises a removable device , preferably a plate , which can be arranged in at least two orientations on the balance pan , such that one side of the removable device , which was previously pointing downwards, points upwards after being rotated, wherein the removable device has on one side at least one securing means for a target container.
Method for electrically powering an apparatus by means of a system comprising an intermittent electrical source , electrical storage means , a fuel cell , and an electrochemical unit for generating said fuel , the method comprising implementing the following steps by means of a control module : a) determining a power balance of the system as a function of the power consumed by the apparatus and the power supplied by the intermittent electrical source ; b) receiving data representative of the stability of said power balance during a safety period; said implementation being characterized by the step of: c) controlling the fuel cell and the electrochemical unit so as to: ∘ activate the electrochemical unit if said power balance is greater than a first threshold and said data are not characteristic of an imminent decrease in said power balance; and ∘ activate the fuel cell if said power balance is less than a second threshold that is less than the first threshold and said data are not characteristic of an imminent increase in said power balance. a) determining a power balance of the system as a function of the power consumed by the apparatus and the power supplied by the intermittent electrical source ; b) receiving data representative of the stability of said power balance during a safety period; said implementation being characterized by the step of: c) controlling the fuel cell and the electrochemical unit so as to: ∘ activate the electrochemical unit if said power balance is greater than a first threshold and said data are not characteristic of an imminent decrease in said power balance; and ∘ activate the fuel cell if said power balance is less than a second threshold that is less than the first threshold and said data are not characteristic of an imminent increase in said power balance. ∘ activate the electrochemical unit if said power balance is greater than a first threshold and said data are not characteristic of an imminent decrease in said power balance; and ∘ activate the fuel cell if said power balance is less than a second threshold that is less than the first threshold and said data are not characteristic of an imminent increase in said power balance.
An endless belt for conveying crop material on an agricultural draper header , the endless belt comprising: a crop-carrying surface ; a first cleaning feature disposed in a first edge region of the endless belt, at least part of the first cleaning feature extending above and/or being recessed below the crop-carrying surface; and a second cleaning feature disposed in a second edge region of the endless belt that is at least partly separated from the first edge region of the endless belt by the crop-carrying surface, at least part of the second cleaning feature extending above and/or being recessed below the crop-carrying surface, characterized in that at least one of the first and second cleaning features includes ridges extending above the crop-carrying surface and recesses interspersed with the ridges, wherein one or more of the recesses extend below the crop-carrying surface. a crop-carrying surface ; a first cleaning feature disposed in a first edge region of the endless belt, at least part of the first cleaning feature extending above and/or being recessed below the crop-carrying surface; and a second cleaning feature disposed in a second edge region of the endless belt that is at least partly separated from the first edge region of the endless belt by the crop-carrying surface, at least part of the second cleaning feature extending above and/or being recessed below the crop-carrying surface, characterized in that at least one of the first and second cleaning features includes ridges extending above the crop-carrying surface and recesses interspersed with the ridges, wherein one or more of the recesses extend below the crop-carrying surface.
An ESIM card activation method, wherein the method is applied to a wireless router supporting an embedded subscriber identification module, ESIM card, and the wireless router comprises a near field communication module; and the method comprises: when the ESIM card of the wireless router is not activated, disabling , by the wireless router, a Wireless Fidelity Wi-Fi function; receiving , by the wireless router by using the near field communication module, a configuration file that is used to activate the ESIM card and that is obtained and sent by a user terminal, wherein the configuration file comprises a network protocol and a network access parameter; installing , by the wireless router, the configuration file to complete ESIM card activation; when the ESIM card of the wireless router is activated, enabling , by the wireless router, the Wi-Fi function; and establishing , by the wireless router, a first wireless network by using the activated ESIM card. when the ESIM card of the wireless router is not activated, disabling , by the wireless router, a Wireless Fidelity Wi-Fi function; receiving , by the wireless router by using the near field communication module, a configuration file that is used to activate the ESIM card and that is obtained and sent by a user terminal, wherein the configuration file comprises a network protocol and a network access parameter; installing , by the wireless router, the configuration file to complete ESIM card activation; when the ESIM card of the wireless router is activated, enabling , by the wireless router, the Wi-Fi function; and establishing , by the wireless router, a first wireless network by using the activated ESIM card.
A device suitable for generating vaporous hydrogen peroxide (H 2 O 2 ), including a container for holding a liquid solution of hydrogen peroxide (H 2 O 2 ), the container having an opening, which further includes a temperature controlled carrier gas supply in the form of an electrical gas blower, and a fibrous capillary conveyer capable of drawing up liquid, characterised in that it includes means for adjusting the temperature in the carrier gas supply .
A device comprising: a substrate including a transistor region and a hybrid region ; a transistor component disposed in the transistor region; a hybrid component disposed on the substrate in the hybrid region; a sacrificial layer disposed over the substrate and above the hybrid component to define a sensor region in the hybrid region, wherein the sacrificial layer is patterned to form a lower sensor cavity ; a micro-electrical mechanical system (MEMS) component disposed on the lower sensor cavity in the sensor region; and a back-end-of-line (BEOL) dielectric disposed on the substrate having a plurality of inter layer dielectric (ILD) layers with metal and via levels, the metal levels include metal lines and the via levels include via contacts for interconnecting the components of the device, wherein the metal lines in the metal levels are configured to define a stepped shape of an upper sensor cavity over the lower sensor cavity , and wherein metal lines of a first metal level of the BEOL dielectric are configured to define a geometry of the MEMS component. a substrate including a transistor region and a hybrid region ; a transistor component disposed in the transistor region; a hybrid component disposed on the substrate in the hybrid region; a sacrificial layer disposed over the substrate and above the hybrid component to define a sensor region in the hybrid region, wherein the sacrificial layer is patterned to form a lower sensor cavity ; a micro-electrical mechanical system (MEMS) component disposed on the lower sensor cavity in the sensor region; and a back-end-of-line (BEOL) dielectric disposed on the substrate having a plurality of inter layer dielectric (ILD) layers with metal and via levels, the metal levels include metal lines and the via levels include via contacts for interconnecting the components of the device, wherein the metal lines in the metal levels are configured to define a stepped shape of an upper sensor cavity over the lower sensor cavity , and wherein metal lines of a first metal level of the BEOL dielectric are configured to define a geometry of the MEMS component.
A method comprising: receiving, at data processing hardware , an input text utterance to be synthesized into expressive speech having an intended prosody and a target voice; generating, by the data processing hardware , using a first trained text-to-speech, TTS, model , an intermediate synthesized speech representation for the input text utterance , the intermediate synthesized speech representation possessing the intended prosody; and providing, by the data processing hardware , the intermediate synthesized speech representation to a second trained TTS model , the second trained TTS model comprising: an encoder portion configured to encode the intermediate synthesized speech representation into an utterance embedding that specifies the intended prosody; and a decoder portion configured to process the input text utterance and the utterance embedding to generate an output audio signal of expressive speech , the output audio signal having the intended prosody specified by the utterance embedding and speaker characteristics of the target voice. receiving, at data processing hardware , an input text utterance to be synthesized into expressive speech having an intended prosody and a target voice; generating, by the data processing hardware , using a first trained text-to-speech, TTS, model , an intermediate synthesized speech representation for the input text utterance , the intermediate synthesized speech representation possessing the intended prosody; and providing, by the data processing hardware , the intermediate synthesized speech representation to a second trained TTS model , the second trained TTS model comprising: an encoder portion configured to encode the intermediate synthesized speech representation into an utterance embedding that specifies the intended prosody; and a decoder portion configured to process the input text utterance and the utterance embedding to generate an output audio signal of expressive speech , the output audio signal having the intended prosody specified by the utterance embedding and speaker characteristics of the target voice. an encoder portion configured to encode the intermediate synthesized speech representation into an utterance embedding that specifies the intended prosody; and a decoder portion configured to process the input text utterance and the utterance embedding to generate an output audio signal of expressive speech , the output audio signal having the intended prosody specified by the utterance embedding and speaker characteristics of the target voice.
A method comprising: receiving, by a base station distributed unit, gNB-DU, from a base station central unit, gNB-CU, a configuration request message requesting configuration parameters of at least one periodic resource, wherein the configuration request message comprises an indication of a bearer for packet transmission of a wireless device, UE, in a radio resource control, RRC, inactive state; sending, by the base station distributed unit, gNB-DU, to the base station central unit gNB-CU, configuration parameters of the at least one periodic resource; receiving, by the base station distributed unit, gNB-DU, from the base station central unit, gNB-CU, a wireless device context message comprising: an RRC release message; and an indication that the base station distributed unit, gNB-DU, maintains the at least one periodic resource after the wireless device, UE, transitions to the RRC inactive state; and receiving, by the base station distributed unit, gNB-DU, from the wireless device, UE, in the RRC inactive state and based on the configuration parameters, one or more transport blocks of the bearer via the at least one periodic resource. receiving, by a base station distributed unit, gNB-DU, from a base station central unit, gNB-CU, a configuration request message requesting configuration parameters of at least one periodic resource, wherein the configuration request message comprises an indication of a bearer for packet transmission of a wireless device, UE, in a radio resource control, RRC, inactive state; sending, by the base station distributed unit, gNB-DU, to the base station central unit gNB-CU, configuration parameters of the at least one periodic resource; receiving, by the base station distributed unit, gNB-DU, from the base station central unit, gNB-CU, a wireless device context message comprising: an RRC release message; and an indication that the base station distributed unit, gNB-DU, maintains the at least one periodic resource after the wireless device, UE, transitions to the RRC inactive state; and an RRC release message; and an indication that the base station distributed unit, gNB-DU, maintains the at least one periodic resource after the wireless device, UE, transitions to the RRC inactive state; and receiving, by the base station distributed unit, gNB-DU, from the wireless device, UE, in the RRC inactive state and based on the configuration parameters, one or more transport blocks of the bearer via the at least one periodic resource.
A method comprising: receiving , at a server , a first request for data from an endpoint device , wherein the server includes a client adapter associated with a particular type of endpoint device and an internal application programming interface, API, associated with a plurality of data resources; delivering the first request for data to the client adapter; expanding , by the client adapter, the first request into a plurality of sub-requests to the internal API for the plurality of data resources; retrieving, by the internal API, one or more data resources from the plurality of data resources available within the server based upon the sub-requests and delivering the one or more data resources from the plurality of data resources available within the server to the client adapter, wherein the one or more data resources are retrieved concurrently; manipulating , by the client adapter, the data within the retrieved data resources into a response optimized for the endpoint device; and transmitting the response to the endpoint device from the client adapter. receiving , at a server , a first request for data from an endpoint device , wherein the server includes a client adapter associated with a particular type of endpoint device and an internal application programming interface, API, associated with a plurality of data resources; delivering the first request for data to the client adapter; expanding , by the client adapter, the first request into a plurality of sub-requests to the internal API for the plurality of data resources; retrieving, by the internal API, one or more data resources from the plurality of data resources available within the server based upon the sub-requests and delivering the one or more data resources from the plurality of data resources available within the server to the client adapter, wherein the one or more data resources are retrieved concurrently; manipulating , by the client adapter, the data within the retrieved data resources into a response optimized for the endpoint device; and transmitting the response to the endpoint device from the client adapter.