mhurhangee/patent-ind-claim-en huggingface dataset:
A shoe bottom cleansing apparatus configured to be carried by a first shoe , the shoe bottom cleansing apparatus comprising: a main body configured to clean a bottom of a second shoe; and an attachment strap coupled to the main body and configured to detachably secure the shoe bottom cleansing apparatus to the first shoe , characterized by the attachment strap comprising a coupler configured to detachably couple to both of the main body and the attachment strap in an infinite number of positions, and the attachment strap comprising a guide configured to facilitate consistently positioning the shoe bottom cleansing apparatus relative to the first shoe , wherein the guide comprises one or more indicator(s) for positioning relative to, or aligned with, one or more features of the first shoe . a main body configured to clean a bottom of a second shoe; and an attachment strap coupled to the main body and configured to detachably secure the shoe bottom cleansing apparatus to the first shoe , characterized by the attachment strap comprising a coupler configured to detachably couple to both of the main body and the attachment strap in an infinite number of positions, and the attachment strap comprising a guide configured to facilitate consistently positioning the shoe bottom cleansing apparatus relative to the first shoe , wherein the guide comprises one or more indicator(s) for positioning relative to, or aligned with, one or more features of the first shoe .
A computer-implemented method , comprising: sending , to each of a plurality of verification nodes of a public blockchain network , a first data digest generated based on a data item initially stored in a consortium blockchain maintained by a consortium blockchain network , the first data digest being cryptographically signed and stored in a public blockchain as a cryptographically signed first data digest, wherein a plurality of public blockchain nodes maintain the public blockchain, and wherein the public blockchain network includes the plurality of verification nodes and the plurality of public blockchain nodes; receiving a request to retrieve the data item; generating , based upon the request to retrieve the data item, a second data digest based on the retrieved data item; sending the second data digest to the plurality of verification nodes that cryptographically sign the second data digest and return a cryptographically signed second data digest ; and based upon the stored cryptographically signed first data digest matching the returned cryptographically signed second data digest, sending a response to the request to retrieve the data item indicating that the data item has not changed since it was initially stored in the consortium blockchain. sending , to each of a plurality of verification nodes of a public blockchain network , a first data digest generated based on a data item initially stored in a consortium blockchain maintained by a consortium blockchain network , the first data digest being cryptographically signed and stored in a public blockchain as a cryptographically signed first data digest, wherein a plurality of public blockchain nodes maintain the public blockchain, and wherein the public blockchain network includes the plurality of verification nodes and the plurality of public blockchain nodes; receiving a request to retrieve the data item; generating , based upon the request to retrieve the data item, a second data digest based on the retrieved data item; sending the second data digest to the plurality of verification nodes that cryptographically sign the second data digest and return a cryptographically signed second data digest ; and based upon the stored cryptographically signed first data digest matching the returned cryptographically signed second data digest, sending a response to the request to retrieve the data item indicating that the data item has not changed since it was initially stored in the consortium blockchain.
A heat exchanger comprising: a heat exchanger core comprising first fluid flow channels and second fluid flow channels for exchange of heat between first fluid in the first fluid flow channels and second fluid in the second fluid flow channels; a first manifold portion to direct the first fluid between the first fluid flow channels in the heat exchanger core and a first fluid interface portion comprising fewer first fluid flow channels than the heat exchanger core, and a second manifold portion to direct the second fluid between the second fluid flow channels and a second fluid interface portion comprising fewer second fluid flow channels than the heat exchanger core; wherein the first manifold portion comprises at least one tunnel portion extending through the second manifold portion at an angle to the direction of second fluid flow through the second manifold portion, the first manifold portion is configured to direct at least part of the first fluid through the inside of the at least one tunnel portion and the second manifold portion is configured to direct the second fluid around the outside of the at least one tunnel portion. a heat exchanger core comprising first fluid flow channels and second fluid flow channels for exchange of heat between first fluid in the first fluid flow channels and second fluid in the second fluid flow channels; a first manifold portion to direct the first fluid between the first fluid flow channels in the heat exchanger core and a first fluid interface portion comprising fewer first fluid flow channels than the heat exchanger core, and a second manifold portion to direct the second fluid between the second fluid flow channels and a second fluid interface portion comprising fewer second fluid flow channels than the heat exchanger core; wherein the first manifold portion comprises at least one tunnel portion extending through the second manifold portion at an angle to the direction of second fluid flow through the second manifold portion, the first manifold portion is configured to direct at least part of the first fluid through the inside of the at least one tunnel portion and the second manifold portion is configured to direct the second fluid around the outside of the at least one tunnel portion.
A cable management device , the device comprising: a base portion defined by four edges wherein two of the edges are transverse edges, each having a rounded bend control portion , and wherein the other two edges are longitudinal edges each of which is disposed perpendicularly to and between the transverse edges, and a plurality of optical fiber connector adapters , characterised by a mounting bracket extending from both longitudinal edges to hold the plurality optical fiber connector adapters adjacent to each longitudinal edge of the device, the plurality of optical fiber connector adapters being secured along at least one of the longitudinal edges. a base portion defined by four edges wherein two of the edges are transverse edges, each having a rounded bend control portion , and wherein the other two edges are longitudinal edges each of which is disposed perpendicularly to and between the transverse edges, and a plurality of optical fiber connector adapters , characterised by a mounting bracket extending from both longitudinal edges to hold the plurality optical fiber connector adapters adjacent to each longitudinal edge of the device, the plurality of optical fiber connector adapters being secured along at least one of the longitudinal edges.
Use of a culture medium for detecting Enterococcus, wherein the culture medium comprises (a) ionic surfactant, (b) polyvinyl alcohol, and (c) suppressant on Gram-negative bacteria.
Polymer with a molecular mass Mw, as measured by steric emulsion chromatography, less than 8,000 g/mol and a polymolecularity index (PI) of less than 3, obtained by at least one radical polymerisation reaction in water and at a temperature greater than 50°C of at least one anionic monomer comprising at least one polymerisable olefinic unsaturation and at least one carboxylic acid group, in the presence: (a) of at least one compound (a) comprising phosphorus in the oxidation I state, (b) of at least 5% by weight of at least one compound (b) comprising phosphorus in the oxidation III state, relative to the total amount by weight of compounds (a) and (b), (c) of at least one radical-generating compound (c) chosen among hydrogen peroxide, benzoyl peroxide, acetyl peroxide, lauryl peroxide, tertio-Butyl hydroperoxide, cumene hydroperoxide, ammonium persulphate, an alkaline metal persulphate, an azo compound, such as 2,2'-azobis(2-(4,5-dihydroimidazolyl)propane, 2,2'-azobis(2-methylpropionamidine) dihydrochloride, diazo-valeronitrile, 4,4'-azobis-(4-cyanovaleric) acid, AZDN or 2,2'-azobisisobutyronitrile, and combinations thereof, optionally associated with an ion chosen among Fe II , Fe III , Cu I , Cu II . (a) of at least one compound (a) comprising phosphorus in the oxidation I state, (b) of at least 5% by weight of at least one compound (b) comprising phosphorus in the oxidation III state, relative to the total amount by weight of compounds (a) and (b), (c) of at least one radical-generating compound (c) chosen among hydrogen peroxide, benzoyl peroxide, acetyl peroxide, lauryl peroxide, tertio-Butyl hydroperoxide, cumene hydroperoxide, ammonium persulphate, an alkaline metal persulphate, an azo compound, such as 2,2'-azobis(2-(4,5-dihydroimidazolyl)propane, 2,2'-azobis(2-methylpropionamidine) dihydrochloride, diazo-valeronitrile, 4,4'-azobis-(4-cyanovaleric) acid, AZDN or 2,2'-azobisisobutyronitrile, and combinations thereof, optionally associated with an ion chosen among Fe II , Fe III , Cu I , Cu II .
An antenna assembly comprising: a base composed of a metal material, the base comprising a body , an interior surface , a sidewall and a plurality of heat dissipation elements (67a-67e) extending from the interior surface ; a modem disposed within the base and directly contacting the plurality of heat dissipation elements (67a-67e), the modem comprising at least one of a communication chip , a Global Navigation Satellite System "GNSS" reception component , a security access module , and a mobile phone communication component ; a top lid for the base , the top lid comprising a bottom surface and at least one antenna element disposed on an exterior surface of the top lid ; a housing covering the top lid and the base ; wherein the top lid and the base act as an electro-magnetic barrier for the modem allowing the modem to be placed in proximity to the at least one antenna element without interference from electro-magnetic signals from the at least one antenna element . a base composed of a metal material, the base comprising a body , an interior surface , a sidewall and a plurality of heat dissipation elements (67a-67e) extending from the interior surface ; a modem disposed within the base and directly contacting the plurality of heat dissipation elements (67a-67e), the modem comprising at least one of a communication chip , a Global Navigation Satellite System "GNSS" reception component , a security access module , and a mobile phone communication component ; a top lid for the base , the top lid comprising a bottom surface and at least one antenna element disposed on an exterior surface of the top lid ; a housing covering the top lid and the base ; wherein the top lid and the base act as an electro-magnetic barrier for the modem allowing the modem to be placed in proximity to the at least one antenna element without interference from electro-magnetic signals from the at least one antenna element .
A solar power generation system, comprising: a solar cell panel installed in a ground surface; a power conversion device which is configured to convert direct current power received from the solar cell panel via a power cable into alternate current power; and an air lead-in tube including: a heat exchange part which is laid on the ground surface in a shade on a back side of the solar cell panel or buried in a ground on the back side of the solar cell panel ; an opening part which communicates with the heat exchange part and is configured to introduce air on the ground to the heat exchange part; and a lead-in part which communicates with the heat exchange part and opens inside the power conversion device or inside a building in which the power conversion device is installed, and is constructed so as to draw air in the heat exchange part from the lead-in part by using sucking means, wherein the power cable is accommodated in the air lead-in tube . a solar cell panel installed in a ground surface; a power conversion device which is configured to convert direct current power received from the solar cell panel via a power cable into alternate current power; and an air lead-in tube including: a heat exchange part which is laid on the ground surface in a shade on a back side of the solar cell panel or buried in a ground on the back side of the solar cell panel ; an opening part which communicates with the heat exchange part and is configured to introduce air on the ground to the heat exchange part; and a lead-in part which communicates with the heat exchange part and opens inside the power conversion device or inside a building in which the power conversion device is installed, and is constructed so as to draw air in the heat exchange part from the lead-in part by using sucking means, wherein the power cable is accommodated in the air lead-in tube .
A method for guiding fingerprint recognition, characterized in that an In-display Middle Ware is provided inside an operating system of a smart terminal, and the method comprises: determining (S1), by the In-display Middle Ware, a current working state of the smart terminal, wherein the current working state of the smart terminal comprises a screen-off state, a screen-locked state, or a screen-on state; determining (S2), by the In-display Middle Ware, whether a fingerprint input prompting is needed according to the current working state of the smart terminal; in response to determining that the fingerprint input prompting is needed, displaying (S3) a fingerprint input guiding icon within an effective fingerprint detection area of a display; initiating (S4) a fingerprint collection function, and collecting (S4) fingerprint information within the effective fingerprint detection area; wherein the displaying (S3) the fingerprint input guiding icon within the effective fingerprint detection area of the display comprises: performing, by the In-display Middle Ware, an interactive control with a display driver unit, and driving the display via the display driver unit to display the fingerprint input guiding icon within the effective fingerprint detection area. determining (S1), by the In-display Middle Ware, a current working state of the smart terminal, wherein the current working state of the smart terminal comprises a screen-off state, a screen-locked state, or a screen-on state; determining (S2), by the In-display Middle Ware, whether a fingerprint input prompting is needed according to the current working state of the smart terminal; in response to determining that the fingerprint input prompting is needed, displaying (S3) a fingerprint input guiding icon within an effective fingerprint detection area of a display; initiating (S4) a fingerprint collection function, and collecting (S4) fingerprint information within the effective fingerprint detection area; wherein the displaying (S3) the fingerprint input guiding icon within the effective fingerprint detection area of the display comprises: performing, by the In-display Middle Ware, an interactive control with a display driver unit, and driving the display via the display driver unit to display the fingerprint input guiding icon within the effective fingerprint detection area.
Method for measuring human exhaled air by means of gas chromatography/ion mobility spectrometry, in which an exhaled-air sample is passed via a sample inlet and a multi-way valve into a sample loop and subsequently is conveyed by means of a carrier gas out of the sample loop via the multi-way valve through a gas-chromatography column into an ion-mobility spectrometer and measured, characterised in that before the feed of an exhaled-air sample into the sample loop a) firstly, at least the gas-chromatography column, the ion-mobility spectrometer and the sample loop are rinsed with a purge gas and the multi-way valve is then switched such that the purge gas is passed into the ion-mobility spectrometer and measured, b) thereafter the purge-gas feed is ended and the multi-way valve is switched such that ambient air is passed through the gas-chromatography column into the ion-mobility spectrometer and measured, c) then at least the gas-chromatography column, the ion-mobility spectrometer and the sample loop are rinsed with humidified purge gas and the multi-way valve is switched such that the humidified purge gas is passed into the ion-mobility spectrometer and measured, d) the feed of the humidified purge gas is ended and an exhaled-air sample is injected into the sample loop and conveyed by means of the carrier gas through the gas-chromatography column into the ion-mobility spectrometer and measured. a) firstly, at least the gas-chromatography column, the ion-mobility spectrometer and the sample loop are rinsed with a purge gas and the multi-way valve is then switched such that the purge gas is passed into the ion-mobility spectrometer and measured, b) thereafter the purge-gas feed is ended and the multi-way valve is switched such that ambient air is passed through the gas-chromatography column into the ion-mobility spectrometer and measured, c) then at least the gas-chromatography column, the ion-mobility spectrometer and the sample loop are rinsed with humidified purge gas and the multi-way valve is switched such that the humidified purge gas is passed into the ion-mobility spectrometer and measured, d) the feed of the humidified purge gas is ended and an exhaled-air sample is injected into the sample loop and conveyed by means of the carrier gas through the gas-chromatography column into the ion-mobility spectrometer and measured.
Household appliance for preparing food, adapter module and unit external to the household appliance with a communication interface of the household appliance , by means of which this is embodied for the wireless communication with the unit external to the household appliance, and the communication interface is a short distance communication interface for radio signals, wherein the short distance communication interface is arranged in the adapter module of the household appliance , wherein the adapter module can be attached to the household appliance in a reversibly detachable manner in order to set up, or retrofit in a situation-specific manner, the household appliance in an information-specific manner by a user with respect to the wireless communication with the unit external to the housing appliance, characterised in that the short distance communication interface transmits energy consumption data of the household appliance to the unit external to the household appliance.
A blender comprising: a container body having a space for receiving food therein; and a main body configured to receive the container body and to support the container body , wherein the main body comprises a casing ; wherein the main body comprises: a discharge system configured to discharge static electricity generated in an inside of the main body and/or in the casing of the main body ; wherein the discharge system comprises a discharge member electrically connecting at least two portions of the main body to each other and/or electrically connecting at least two portions of the casing to each other; and wherein the main body comprises: a seating step at a surface of casing of the main body , the seating step configured to receive the container body such that the container body is mounted thereon and removable therefrom, the blender being characterized in that : the discharge member connects the seating step and the casing to each other. a container body having a space for receiving food therein; and a main body configured to receive the container body and to support the container body , wherein the main body comprises a casing ; wherein the main body comprises: a discharge system configured to discharge static electricity generated in an inside of the main body and/or in the casing of the main body ; wherein the discharge system comprises a discharge member electrically connecting at least two portions of the main body to each other and/or electrically connecting at least two portions of the casing to each other; and wherein the main body comprises: a seating step at a surface of casing of the main body , the seating step configured to receive the container body such that the container body is mounted thereon and removable therefrom, the blender being characterized in that : the discharge member connects the seating step and the casing to each other. a discharge system configured to discharge static electricity generated in an inside of the main body and/or in the casing of the main body ; wherein the discharge system comprises a discharge member electrically connecting at least two portions of the main body to each other and/or electrically connecting at least two portions of the casing to each other; and wherein the main body comprises: a seating step at a surface of casing of the main body , the seating step configured to receive the container body such that the container body is mounted thereon and removable therefrom, the blender being characterized in that : the discharge member connects the seating step and the casing to each other.
A method of operating a client device to display advertisement information relating to a commercial service, the method comprising: obtaining , by the client device, trust information for a wireless access point from a source other than the wireless access point , wherein the obtained trust information comprises a public key of the wireless access point; receiving , by the client device, from the wireless access point while the client device is not connected to any network to which access is provided by the wireless access point, an unrequested encrypted control message comprising advertisement data transmitted; verifying , based on the trust information, the authenticity of the control message from the wireless access point, wherein the verifying is based on successfully decrypting, by the client device using the public key from the trust information, the unrequested encrypted message received from the wireless access point; and selectively displaying , by the client device, to a user the advertisement for at least one commercial service contained within the control message based at least in part on the act of verifying, wherein the client device having the trust information for the wireless access point uses the trust information in a manner to confirm the identity of the wireless access point. obtaining , by the client device, trust information for a wireless access point from a source other than the wireless access point , wherein the obtained trust information comprises a public key of the wireless access point; receiving , by the client device, from the wireless access point while the client device is not connected to any network to which access is provided by the wireless access point, an unrequested encrypted control message comprising advertisement data transmitted; verifying , based on the trust information, the authenticity of the control message from the wireless access point, wherein the verifying is based on successfully decrypting, by the client device using the public key from the trust information, the unrequested encrypted message received from the wireless access point; and selectively displaying , by the client device, to a user the advertisement for at least one commercial service contained within the control message based at least in part on the act of verifying, wherein the client device having the trust information for the wireless access point uses the trust information in a manner to confirm the identity of the wireless access point.