mhurhangee/patent-ind-claim-en huggingface dataset:
A Faecalibacterium bacterium or a processed product thereof for use in prevention or treatment of liver fibrosis, wherein the processed product is selected from the group consisting of disrupted cell suspension by ultrasonic wave, solid residues isolated from the disrupted cell suspension, culture medium or culture supernatant separated by solid-liquid separation means such as filtration or centrifugation, and dead bacterial cells , wherein the Faecalibacterium bacterium is Faecalibacterium prausnitzii ATCC 27768, or Faecalibacterium prausnitzii TY-2 (Accession No. NITE BP-02743) .
A multilayer film comprising at least one matte layer and at least two additional layers, wherein the matte layer comprises: 20 to 80 weight % propylene-ethylene copolymer having a density from 0.857 to 0.895 g/cc and a melt flow rate (I 2 ) of 2 to 25 g/10 min when measured according to ASTM D-1238 at 230°C and 2.16 kg; and 20 to 80 weight % ethylene based polymer having a density from 0.935 to 0.955 and a melt flow rate (I 5 ) of 0.1 to 1.0 g/10 min when measured according to ASTM D-1238 at 190°C and 5.0 kg, and the at least two additional layers independently comprise at least one of polyamide, propylene-based polymer, ethylene-based polymer, ethylene vinyl acetate (EVA), ethylene vinyl alcohol (EVOH), ethylene acrylic acid, and ethylene maleic anhydride, wherein the multilayer film has a gloss 45° value of less than 10 units when measured according to ASTM D-2457. 20 to 80 weight % propylene-ethylene copolymer having a density from 0.857 to 0.895 g/cc and a melt flow rate (I 2 ) of 2 to 25 g/10 min when measured according to ASTM D-1238 at 230°C and 2.16 kg; and 20 to 80 weight % ethylene based polymer having a density from 0.935 to 0.955 and a melt flow rate (I 5 ) of 0.1 to 1.0 g/10 min when measured according to ASTM D-1238 at 190°C and 5.0 kg, and the at least two additional layers independently comprise at least one of polyamide, propylene-based polymer, ethylene-based polymer, ethylene vinyl acetate (EVA), ethylene vinyl alcohol (EVOH), ethylene acrylic acid, and ethylene maleic anhydride, wherein the multilayer film has a gloss 45° value of less than 10 units when measured according to ASTM D-2457.
A fast-assembly hinge with a first and a second hinge component , wherein the two hinge components are pivotably connected to each other via a rotation joint , wherein the first hinge component has a first abutment portion with a first abutment surface for abutting against a flat first assembly wall and a plug-in portion connected to the first abutment portion for insertion through a first opening arranged in the first assembly wall , wherein the first hinge component has a snap-in apparatus for securing the plug-in portion in the first opening , wherein the snap-in apparatus has a spring-loaded snap-in member and the plug-in portion has a guide channel for receiving the snap-in member , wherein the snap-in member is axially displaceable in the guide channel in a displacement direction (VR) and wherein the snap-in member has a first inclined surface for support at a first edge of the first opening , wherein the plug-in portion has a second inclined surface for support at a second edge of the first opening opposite the first edge , characterized in that the snap-in member has a retaining contour and the plug-in portion has a guide slot , wherein, via the retaining contour , the snap-in member is displaceable to a limited extent within the guide slot in the displacement direction (VR) between a first and a second end stopper (29a, b). with a first and a second hinge component , wherein the two hinge components are pivotably connected to each other via a rotation joint , wherein the first hinge component has a first abutment portion with a first abutment surface for abutting against a flat first assembly wall and a plug-in portion connected to the first abutment portion for insertion through a first opening arranged in the first assembly wall , wherein the first hinge component has a snap-in apparatus for securing the plug-in portion in the first opening , wherein the snap-in apparatus has a spring-loaded snap-in member and the plug-in portion has a guide channel for receiving the snap-in member , wherein the snap-in member is axially displaceable in the guide channel in a displacement direction (VR) and wherein the snap-in member has a first inclined surface for support at a first edge of the first opening , wherein the plug-in portion has a second inclined surface for support at a second edge of the first opening opposite the first edge , characterized in that the snap-in member has a retaining contour and the plug-in portion has a guide slot , wherein, via the retaining contour , the snap-in member is displaceable to a limited extent within the guide slot in the displacement direction (VR) between a first and a second end stopper (29a, b).
An X-ray generating device comprising: an X-ray tube including a cathode , an anode , and an ion-collecting conductor , the cathode and the anode being sealed inside a vacuum envelope , the ion-collecting conductor being attached to the vacuum envelope so as to be in contact with an internal space of the vacuum envelope, the cathode including an electron source for emitting electrons, the anode being arranged to face the cathode and configured to emit X-rays when the electrons emitted from the electron source are incident; a first DC power supply configured to apply a first DC voltage for supplying emission energy of the electrons to the electron source; a second DC power supply configured to apply a second DC voltage for generating an electric field for making the anode to be high potential between the cathode and the anode ; a first current sensor configured to measure a value of a first current (Ii) flowing between the ion-collecting conductor and a node for supplying potential for attracting positive ions in the vacuum envelope ; a second current sensor configured to measure a value of a second current (Ie) flowing between the anode and the cathode ; and a control circuit configured to generate diagnostic information on a degree of vacuum of the X-ray tube based on a current ratio of the value of the first current (Ii) measured by the first current sensor to the value of the second current (Ie) measured by the second current sensor in a state in which the first DC voltage and the second DC voltage are being applied. an X-ray tube including a cathode , an anode , and an ion-collecting conductor , the cathode and the anode being sealed inside a vacuum envelope , the ion-collecting conductor being attached to the vacuum envelope so as to be in contact with an internal space of the vacuum envelope, the cathode including an electron source for emitting electrons, the anode being arranged to face the cathode and configured to emit X-rays when the electrons emitted from the electron source are incident; a first DC power supply configured to apply a first DC voltage for supplying emission energy of the electrons to the electron source; a second DC power supply configured to apply a second DC voltage for generating an electric field for making the anode to be high potential between the cathode and the anode ; a first current sensor configured to measure a value of a first current (Ii) flowing between the ion-collecting conductor and a node for supplying potential for attracting positive ions in the vacuum envelope ; a second current sensor configured to measure a value of a second current (Ie) flowing between the anode and the cathode ; and a control circuit configured to generate diagnostic information on a degree of vacuum of the X-ray tube based on a current ratio of the value of the first current (Ii) measured by the first current sensor to the value of the second current (Ie) measured by the second current sensor in a state in which the first DC voltage and the second DC voltage are being applied.
A retention ring for a blade outer air seal retention assembly , comprising: a radially extending wall ; an axially extending rail located at an outer circumference of the radially extending wall ; and a first flange extending axially from a surface of the radially extending wall , characterised in that the first flange is a first shiplap flange , wherein the first shiplap flange comprises a first surface and a recessed surface located radially inward of the first surface , and wherein the first surface is located a first axial length (L6) from the surface of the radially extending wall , and wherein the recessed surface is located a second axial length from the surface of the radially extending wall , the second axial length being less than the first axial length (L6). a radially extending wall ; an axially extending rail located at an outer circumference of the radially extending wall ; and a first flange extending axially from a surface of the radially extending wall , characterised in that the first flange is a first shiplap flange , wherein the first shiplap flange comprises a first surface and a recessed surface located radially inward of the first surface , and wherein the first surface is located a first axial length (L6) from the surface of the radially extending wall , and wherein the recessed surface is located a second axial length from the surface of the radially extending wall , the second axial length being less than the first axial length (L6).
Apparatus for applying sprayed concrete (S), comprising a sprayed-concrete nozzle , a sensor configured to record external parameters, and a mixing device , which is assigned to the sprayed-concrete nozzle and is configured to meter setting accelerator into sprayed concrete (S) that is to be output by means of the sprayed-concrete nozzle , characterized in that the sensor assigned to the sprayed-concrete nozzle is configured to ascertain an angle of attack (φ) of the sprayed-concrete nozzle during the spraying operation, and the apparatus has a control device for generating metering-in signals for the mixing device depending on the sensor data, wherein the setting accelerator is metered in under sensor control in dependence on an angle of attack (φ) of the sprayed-concrete nozzle with respect to a surface normal (N) of a surface to be sprayed with sprayed concrete (S) during the spraying operation.
A terminal comprising: a generating section configured to generate a Buffer Status Report Medium Access Control Control Element, BSR MAC CE, including an index that corresponds to a buffer size of a Logical Channel Group, LCG, defined for a maximum number of LCGs greater than 4, based on a BSR table, in which buffer sizes and indices are associated, the buffer size being an uplink data amount, and configured to include, in a MAC Protocol Data Unit, PDU, including the BSR MAC CE, a Logical Channel Identifier, LCID, that is not used in LTE Rel. 12, indicating use of the BSR table supporting larger buffer sizes than LTE Rel. 12; and a transmission section configured to transmit the BSR MAC CE; wherein the BSR MAC CE includes a buffer size field indicating the index that corresponds to the buffer size of the LCG. a generating section configured to generate a Buffer Status Report Medium Access Control Control Element, BSR MAC CE, including an index that corresponds to a buffer size of a Logical Channel Group, LCG, defined for a maximum number of LCGs greater than 4, based on a BSR table, in which buffer sizes and indices are associated, the buffer size being an uplink data amount, and configured to include, in a MAC Protocol Data Unit, PDU, including the BSR MAC CE, a Logical Channel Identifier, LCID, that is not used in LTE Rel. 12, indicating use of the BSR table supporting larger buffer sizes than LTE Rel. 12; and a transmission section configured to transmit the BSR MAC CE; wherein the BSR MAC CE includes a buffer size field indicating the index that corresponds to the buffer size of the LCG.
A system for a tower segment of a tower of a wind turbine , the tower segment having a longitudinal direction and a radial direction , the system comprising: - an airflow manipulation arrangement having an airflow manipulator , and - a support arrangement configured for supporting the airflow manipulation arrangement and for mounting the airflow manipulation arrangement to the tower segment , - wherein the airflow manipulation arrangement and the support arrangement are configured such, when mounted to the tower segment , that the airflow manipulator projects a tower diameter in radial direction by at least 5%, in particular at least 10%, preferred at least 15%, in particular not more than 30%, further in particular not more than 20%, and that a vortex shedding effect affecting the tower segment caused by an airflow facing the tower segment is reduced by the airflow manipulator , and/or - wherein the airflow manipulator , when mounted to the tower segment , is extending along the tower segment essentially in longitudinal direction such, that a vortex shedding effect affecting the tower caused by an airflow facing the tower is reduced by the airflow manipulator , characterized in that the airflow manipulator is having a relative permeability of at least 500 liter per minute per square meter [1/ (min*m2 )]. - an airflow manipulation arrangement having an airflow manipulator , and - a support arrangement configured for supporting the airflow manipulation arrangement and for mounting the airflow manipulation arrangement to the tower segment , - wherein the airflow manipulation arrangement and the support arrangement are configured such, when mounted to the tower segment , that the airflow manipulator projects a tower diameter in radial direction by at least 5%, in particular at least 10%, preferred at least 15%, in particular not more than 30%, further in particular not more than 20%, and that a vortex shedding effect affecting the tower segment caused by an airflow facing the tower segment is reduced by the airflow manipulator , and/or - wherein the airflow manipulator , when mounted to the tower segment , is extending along the tower segment essentially in longitudinal direction such, that a vortex shedding effect affecting the tower caused by an airflow facing the tower is reduced by the airflow manipulator , characterized in that the airflow manipulator is having a relative permeability of at least 500 liter per minute per square meter [1/ (min*m2 )].
A method implemented by a terminal for receiving information, wherein the terminal is installed with an application lock application and a first application locked by the application lock application, wherein a user of the terminal uses the application lock application if he wishes to lock one of applications in the terminal, wherein the method comprises: intercepting, by the application lock application, when triggered by the user, an initiating instruction of the first application, and generating, by the application lock application, an application unlock interface for unlocking the first application; providing to a server an identifier of the first application, by sending a request for acquiring information to the server via the application lock application, said request carrying the identifier of the first application; receiving via the application lock application information sent from the server, the information being information corresponding to the identifier of the first application, and comprising a link of webpage associated with the first application; and generating and showing the information in the application unlock interface corresponding to the first application when the first application is triggered, the user being required to input correct password on the application unlock interface to use the first application, and wherein the link of webpage is displayed on the application unlock interface to allow the user to click on the link and be re-directed to the webpage without entering the password. intercepting, by the application lock application, when triggered by the user, an initiating instruction of the first application, and generating, by the application lock application, an application unlock interface for unlocking the first application; providing to a server an identifier of the first application, by sending a request for acquiring information to the server via the application lock application, said request carrying the identifier of the first application; receiving via the application lock application information sent from the server, the information being information corresponding to the identifier of the first application, and comprising a link of webpage associated with the first application; and generating and showing the information in the application unlock interface corresponding to the first application when the first application is triggered, the user being required to input correct password on the application unlock interface to use the first application, and wherein the link of webpage is displayed on the application unlock interface to allow the user to click on the link and be re-directed to the webpage without entering the password.
An electronic device, comprising: a first memory; a first processor; a second processor configured to have power consumption less than that of the first processor; and a second memory configured to be accessed by the second processor, wherein the first processor is configured to: identify state information of a battery of the electronic device; based on the state information of the battery, determine whether or not to transmit driving information of the second processor; and based on the determination of transmission of the driving information of the second processor, store the driving information of the second processor, which is stored in the first memory, in the second memory, wherein the second processor is configured to, based on the driving information of the second processor, which is stored in the second memory, transmit authorization information to an external device; and wherein the first processor is further configured to be terminated at a time at which the second processor is driven. a first memory; a first processor; a second processor configured to have power consumption less than that of the first processor; and a second memory configured to be accessed by the second processor, wherein the first processor is configured to: identify state information of a battery of the electronic device; based on the state information of the battery, determine whether or not to transmit driving information of the second processor; and based on the determination of transmission of the driving information of the second processor, store the driving information of the second processor, which is stored in the first memory, in the second memory, wherein the second processor is configured to, based on the driving information of the second processor, which is stored in the second memory, transmit authorization information to an external device; and wherein the first processor is further configured to be terminated at a time at which the second processor is driven. identify state information of a battery of the electronic device; based on the state information of the battery, determine whether or not to transmit driving information of the second processor; and based on the determination of transmission of the driving information of the second processor, store the driving information of the second processor, which is stored in the first memory, in the second memory, wherein the second processor is configured to, based on the driving information of the second processor, which is stored in the second memory, transmit authorization information to an external device; and wherein the first processor is further configured to be terminated at a time at which the second processor is driven.
A method of wireless communication performed by a recipient user equipment, UE, of a sidelink resource sharing system, comprising: receiving, from a plurality of provider UEs, resource information associated with the plurality of provider UEs ; selecting, based at least in part on a ranked order and the resource information, one or more resources associated with one or more selected UEs, of the plurality of provider UEs, wherein the ranked order is based at least in part on measurement information, determined by the recipient UE, associated with the plurality of provider UEs ; and performing a sidelink communication using the one or more resources . receiving, from a plurality of provider UEs, resource information associated with the plurality of provider UEs ; selecting, based at least in part on a ranked order and the resource information, one or more resources associated with one or more selected UEs, of the plurality of provider UEs, wherein the ranked order is based at least in part on measurement information, determined by the recipient UE, associated with the plurality of provider UEs ; and performing a sidelink communication using the one or more resources .
A method of removing a foreign matter from a preform , wherein, while a preform in an inverted position with a mouth portion thereof facing down is being continuously transferred, filtered air is blasted into the preform through the mouth portion of the preform , and at the same time, air is sucked from the side of the mouth portion of the preform , wherein the filtered air is blasted into the preform from a filtered air nozzle , and characterized in that air is sucked through a suction port member arranged to surround the filtered air nozzle .
Electrical rotary joint device, in particular a high-voltage device, configured to equip an installation for exploiting fluids, for example a hydrocarbon, and in particular on an offshore platform, comprising a first part , a second part capable of moving in rotation relative to said first part, said first part and said second part forming an internal chamber and each being provided with at least one electrical connector , at least one electrical track housed inside said internal chamber and electrically connected to a said connector of one of said first part and said second part, at least one brush assembly housed inside said internal chamber and electrically connected to a said connector of the other of said second part and said first part, said at least one brush assembly cooperating with said at least one electrical track to establish an electrical contact, said internal chamber comprising a dielectric fluid; characterised in that it comprises a system for generating and injecting a dielectric fluid mist into said internal chamber, and a system for recovering and re-injecting said dielectric medium formed by said dielectric fluid and said dielectric fluid mist into said internal chamber.