mhurhangee/patent-ind-claim-en huggingface dataset:
A follow-focus wheel assembly , comprising: a supporting member , a follow-focus plate , and a follow-focus wheel ; wherein the supporting member includes a supporting seat and a mounting seat formed by extending outward from the supporting seat , the follow-focus plate and the follow-focus wheel are located on two opposite sides of the mounting seat , and the follow-focus wheel passes through a through hole on the mounting seat and then connects to the follow-focus plate in a rotatable manner; wherein the supporting member is configured to be used for connecting to an external structure, the follow-focus wheel assembly is mountable in the external structure via the supporting member ; wherein a boss axially extending outward from an end portion of the through hole is formed on a side of the mounting seat where the follow-focus wheel is disposed, and the through hole penetrates the mounting seat and the boss ; and wherein the follow-focus wheel includes an operation wheel and a rotating shaft that are coaxially connected, a sinking slot coaxial with the rotating shaft is provided on an end surface of the operation wheel facing the mounting seat ; wherein the rotating shaft passes through the through hole , and the boss is wholly or partially located in the sinking slot . a supporting member , a follow-focus plate , and a follow-focus wheel ; wherein the supporting member includes a supporting seat and a mounting seat formed by extending outward from the supporting seat , the follow-focus plate and the follow-focus wheel are located on two opposite sides of the mounting seat , and the follow-focus wheel passes through a through hole on the mounting seat and then connects to the follow-focus plate in a rotatable manner; wherein the supporting member is configured to be used for connecting to an external structure, the follow-focus wheel assembly is mountable in the external structure via the supporting member ; wherein a boss axially extending outward from an end portion of the through hole is formed on a side of the mounting seat where the follow-focus wheel is disposed, and the through hole penetrates the mounting seat and the boss ; and wherein the follow-focus wheel includes an operation wheel and a rotating shaft that are coaxially connected, a sinking slot coaxial with the rotating shaft is provided on an end surface of the operation wheel facing the mounting seat ; wherein the rotating shaft passes through the through hole , and the boss is wholly or partially located in the sinking slot .
A method for determining a preferential minimum power set point by a consumer i, said consumer comprising an electric water heater, said method comprising: - a step (1E1) of determining the state of the consumer i at an instant k; - a step (1E2) of determining a minimum power set point P c min i , k at the instant k as a function of the state of the consumer i determined during the step (1E1) of determining the state of the consumer i at an instant k; - a step (1E3) of determining a minimum power set point P c min i , k + 1 : K at the instants k + 1 to K, K being the total number of time ranges during a production/consumption period, as a function of the predicted state of the consumer i estimated from the state of the consumer i determined during step(1E1) of determining the state of the consumer i at an instant k; - a step (1E4) of determining a preferential minimum power set point P c min_pref i , k as a function of the minimum power set point P c min i k at the instant k and of the minimum power set point P c min i , k + 1 : K at the instants k +1 to K. - a step (1E1) of determining the state of the consumer i at an instant k; - a step (1E2) of determining a minimum power set point P c min i , k at the instant k as a function of the state of the consumer i determined during the step (1E1) of determining the state of the consumer i at an instant k; - a step (1E3) of determining a minimum power set point P c min i , k + 1 : K at the instants k + 1 to K, K being the total number of time ranges during a production/consumption period, as a function of the predicted state of the consumer i estimated from the state of the consumer i determined during step(1E1) of determining the state of the consumer i at an instant k; - a step (1E4) of determining a preferential minimum power set point P c min_pref i , k as a function of the minimum power set point P c min i k at the instant k and of the minimum power set point P c min i , k + 1 : K at the instants k +1 to K.
An adenoviral vector other than AdHu5, suitable for driving expression of a heterologous transgene in a host cell, comprising an adenoviral genome, wherein the E40rf4, E40rf6 and E40rf6/7 coding regions have been replaced with heterologous AdHu5 E40rf4, E40rf6 and E40rf6/7 coding regions, whilst comprising the native E40rfl, E40rf2 and E40rf3 coding regions, and wherein said adenoviral genome lacks an E1 and an E3 locus.
A wound closure device, comprising: a stabilizing structure for insertion into a wound, the stabilizing structure configured to collapse more in a horizontal plane parallel to the length and width of the stabilizing structure than in a vertical plane perpendicular to the horizontal plane wherein the stabilizing structure comprises one or more cells and wherein the stabilizing structure is configured to collapse by collapsing the one or more cells; a top layer of foam for positioning above the stabilizing structure, the top layer of foam conforming to a top surface of the stabilizing structure; and a bottom layer of foam for positioning below the stabilizing structure, the bottom layer of foam conforming to a bottom surface of the stabilizing structure; wherein the top layer of foam and/or the bottom layer of foam is at least partially curved along a horizontal plane parallel to a length and a width of the stabilizing structure. a stabilizing structure for insertion into a wound, the stabilizing structure configured to collapse more in a horizontal plane parallel to the length and width of the stabilizing structure than in a vertical plane perpendicular to the horizontal plane wherein the stabilizing structure comprises one or more cells and wherein the stabilizing structure is configured to collapse by collapsing the one or more cells; a top layer of foam for positioning above the stabilizing structure, the top layer of foam conforming to a top surface of the stabilizing structure; and a bottom layer of foam for positioning below the stabilizing structure, the bottom layer of foam conforming to a bottom surface of the stabilizing structure; wherein the top layer of foam and/or the bottom layer of foam is at least partially curved along a horizontal plane parallel to a length and a width of the stabilizing structure.
Fixing device a gas tank (B) under the floor of a vehicle, said gas tank (B) being of the cylindrical type and comprising rounded ends (EA1, EA2), said device comprising first and second (CH1, CH2), each said tank fixing member (CH1, CH2) comprising a fixing plate (PF), integrating a mechanical fixing interface under the floor, and an end support means (RE) assembled with said fixing plate (PF) and having a shape (VI) adapted to receive and support a said rounded end (EA1, EA2) of said gas tank (B), characterized in that said end support means (RE) comprises a network of radial force distribution partitions (LA), said radial force distribution partitions (LA) being distributed around a central axis (AX) corresponding to a mounting axis of said gas tank (B) and having a contact profile (PR) adapted to a shape of surface (SR) of said rounded end (EA1, EA2).
A glycosyl hesperetin composition, which comprises, as glycosyl hesperetin, α-glycosyl hesperidin and either or both of hesperidin and 7-O-β-glucosyl hesperetin in an amount of 90% or more by mass but less than 100% by mass, on a dry solid basis, wherein the content of α-glucosyl hesperidin is 90% by mass or lower, on a dry solid basis, and wherein the content of furfural measured on GC/MS analysis is less than 200 ppb, on a dry solid basis.
A firearm comprising a system box and a removable barrel with a mounting rail that is rigidly connected to the barrel and serves for mounting optical sighting mechanisms or similar attachments, wherein the barrel is fixed in a clamp on the front of the system box, and wherein the clamp contains a slot, characterized in that the barrel is on the one hand radially oriented in the slot with its rigidly mounted mounting rail due to the symmetric design of the slot in the clamp in the vertical axis, which transversely intersects the horizontal firing axis, and on the other hand axially oriented by means of clamping screws , which may be screwed into the mounting rail or into the barrel.
An integrated process for increasing olefin production from heavy cracker residues, comprising: hydrotreating a heavy hydrocarbon residue stream with a first hydrotreater to form a first hydrotreated residue stream; catalytically cracking the first hydrotreated residue stream in a fluid catalytic cracking unit to form a liquefied petroleum gas stream, a naphtha stream, a dry gas stream, a clarified slurry oil stream and a light cycle oil stream; hydrotreating the naphtha stream in a second hydrotreater to form a hydrotreated naphtha stream; hydrocracking the light cycle oil stream in a hydrocracker to form a cracked hydrocarbon stream; mixing the hydrotreated naphtha stream and the cracked hydrocarbon stream to form an aromatic blended hydrocarbon stream; saturating the aromatic blended hydrocarbon stream in an aromatic saturating unit to form a saturated hydrocarbon stream; steam cracking the saturated hydrocarbon stream in a steam cracking unit to form a first olefin stream, a pyrolysis oil stream, and a pyrolysis gasoline stream; mixing the clarified slurry oil stream and the pyrolysis oil stream to form a recycle oil stream; deasphalting the recycle oil stream in a solvent deasphalting unit to form a deasphalted oil stream and an asphaltene rich stream; hydrotreating the deasphalted oil stream and the heavy hydrocarbon residue stream with the first hydrotreater to form a second hydrotreated residue stream; and delivering the second hydrotreated residue stream to the fluid catalytic cracking unit and repeating the integrated process so as to form a second olefin stream. hydrotreating a heavy hydrocarbon residue stream with a first hydrotreater to form a first hydrotreated residue stream; catalytically cracking the first hydrotreated residue stream in a fluid catalytic cracking unit to form a liquefied petroleum gas stream, a naphtha stream, a dry gas stream, a clarified slurry oil stream and a light cycle oil stream; hydrotreating the naphtha stream in a second hydrotreater to form a hydrotreated naphtha stream; hydrocracking the light cycle oil stream in a hydrocracker to form a cracked hydrocarbon stream; mixing the hydrotreated naphtha stream and the cracked hydrocarbon stream to form an aromatic blended hydrocarbon stream; saturating the aromatic blended hydrocarbon stream in an aromatic saturating unit to form a saturated hydrocarbon stream; steam cracking the saturated hydrocarbon stream in a steam cracking unit to form a first olefin stream, a pyrolysis oil stream, and a pyrolysis gasoline stream; mixing the clarified slurry oil stream and the pyrolysis oil stream to form a recycle oil stream; deasphalting the recycle oil stream in a solvent deasphalting unit to form a deasphalted oil stream and an asphaltene rich stream; hydrotreating the deasphalted oil stream and the heavy hydrocarbon residue stream with the first hydrotreater to form a second hydrotreated residue stream; and delivering the second hydrotreated residue stream to the fluid catalytic cracking unit and repeating the integrated process so as to form a second olefin stream.
A computing system for securing an installation of software from a software image , the computing system comprising: at least one processor ; and a memory operably coupled to the at least one processor , the memory storing instructions that, when executed by the at least one processor , cause the at least one processor to implement: a security monitor engine configured to: change an access state for the software image from a first value to a second value that grants only a verifier engine access to the software image in accordance with at least one security policy ; and in response to successful verification of an integrity of the software image by the verifier engine , update the access state for the software image from the second value to a third value that grants only an installer engine access to the software image and that denies the verifier engine access to the software image in accordance with the at least one security policy , the verifier engine , wherein the verifier engine is configured to verify the integrity of the software image , and the installer engine , wherein the installer engine is configured to install the software contained in the software image . at least one processor ; and a memory operably coupled to the at least one processor , the memory storing instructions that, when executed by the at least one processor , cause the at least one processor to implement: a security monitor engine configured to: change an access state for the software image from a first value to a second value that grants only a verifier engine access to the software image in accordance with at least one security policy ; and in response to successful verification of an integrity of the software image by the verifier engine , update the access state for the software image from the second value to a third value that grants only an installer engine access to the software image and that denies the verifier engine access to the software image in accordance with the at least one security policy , the verifier engine , wherein the verifier engine is configured to verify the integrity of the software image , and the installer engine , wherein the installer engine is configured to install the software contained in the software image . change an access state for the software image from a first value to a second value that grants only a verifier engine access to the software image in accordance with at least one security policy ; and in response to successful verification of an integrity of the software image by the verifier engine , update the access state for the software image from the second value to a third value that grants only an installer engine access to the software image and that denies the verifier engine access to the software image in accordance with the at least one security policy , the verifier engine , wherein the verifier engine is configured to verify the integrity of the software image , and the installer engine , wherein the installer engine is configured to install the software contained in the software image .
A vacuum seal for sealing a connection between two sealing surfaces, in particular flanges , in particular an outlet of a recipient and an inlet of a vacuum pump , in particular of a turbomolecular pump, wherein the seal has a metal body closed in ring shape; wherein a jacket composed of a non-metallic material is arranged at the metal body ; and wherein the metal body has two surface sides , with one of the surface sides facing the one sealing surface and the other one of the surface sides facing the other sealing surface when the seal is arranged as intended between the two sealing surfaces, characterized in that at least one of the two surface sides has an elevated portion running around in the peripheral direction U of the seal and projecting from the surface side , with the jacket covering the elevated portion .
A measuring device comprising: a detector converting a change in physical quantity generated in a measurement object into an electric signal and outputting the electric signal; a sensor amplifier to which the output signal of the detector is input; and a cable unit connecting the detector and the sensor amplifier to each other, characterised in that the cable unit includes a nonvolatile memory storing information on the detector and a resistor determining a gain of an instrumentation amplifier of the sensor amplifier to a gain depending on the information on the detector. a detector converting a change in physical quantity generated in a measurement object into an electric signal and outputting the electric signal; a sensor amplifier to which the output signal of the detector is input; and a cable unit connecting the detector and the sensor amplifier to each other, characterised in that the cable unit includes a nonvolatile memory storing information on the detector and a resistor determining a gain of an instrumentation amplifier of the sensor amplifier to a gain depending on the information on the detector.
Method for operating a user equipment (UE) with a base station (eNB1) assigned to at least two core networks (CON1, CON2) in co-existence mode of a cellular network (CN), the user equipment operating in a data communication mode with direct connection termination in the at least one core network, the method comprising the steps for the user equipment (UE) of: - camping on the base station (eNB1) with access to at least two core networks (CON1, CON2) of different technology standards, - receiving a transmission from said base station (eNB1) indicating available radio resources of the first and of the second core network (CON1, CON2), - selecting the core network (CON1) which is appropriate for said envisaged connection, - sending a connection request for said envisaged connection to the base station (eNB1) using parts of said indicated radio resources belonging to the selected core network (CON1), - receiving a connection setup indication from the base station (eNB1), wherein when the UE is operating mobile and is capable to select a new serving base station (eNB2), in case of detecting a radio link failure for the communication with the previously serving base station (eNB1), the method further comprising the steps of: - selecting a new base station (eNB2), - sending a connection request to the new base station (eNB2) being indicative of the core network (CON1, CON2) being selected with the previously serving base station. - camping on the base station (eNB1) with access to at least two core networks (CON1, CON2) of different technology standards, - receiving a transmission from said base station (eNB1) indicating available radio resources of the first and of the second core network (CON1, CON2), - selecting the core network (CON1) which is appropriate for said envisaged connection, - sending a connection request for said envisaged connection to the base station (eNB1) using parts of said indicated radio resources belonging to the selected core network (CON1), - receiving a connection setup indication from the base station (eNB1), wherein when the UE is operating mobile and is capable to select a new serving base station (eNB2), in case of detecting a radio link failure for the communication with the previously serving base station (eNB1), the method further comprising the steps of: - selecting a new base station (eNB2), - sending a connection request to the new base station (eNB2) being indicative of the core network (CON1, CON2) being selected with the previously serving base station. - selecting a new base station (eNB2), - sending a connection request to the new base station (eNB2) being indicative of the core network (CON1, CON2) being selected with the previously serving base station.
An apparatus to treat an eye with a therapeutic agent , the apparatus comprising: a therapeutic device configured to be implanted in the eye , the therapeutic device comprising: a reservoir chamber having reservoir volume extending between a proximal end and a distal end of the reservoir chamber ; and a rigid porous structure coupled to the distal end of the reservoir chamber ; and an injector configured to fill the reservoir chamber with an amount of the therapeutic agent while the therapeutic device is at least partially implanted in the eye comprising: a needle having an injection lumen and a vent lumen ; an injection chamber configured to be in fluid communication with the reservoir chamber via the injection lumen ; a vent chamber configured to be in fluid communication with the reservoir chamber via the vent lumen ; and a piston movable within the injection chamber ; wherein the injector is configured to place the amount of the therapeutic agent into the reservoir chamber without delivering a substantial bolus from the reservoir chamber into the eye . a therapeutic device configured to be implanted in the eye , the therapeutic device comprising: a reservoir chamber having reservoir volume extending between a proximal end and a distal end of the reservoir chamber ; and a rigid porous structure coupled to the distal end of the reservoir chamber ; and a reservoir chamber having reservoir volume extending between a proximal end and a distal end of the reservoir chamber ; and a rigid porous structure coupled to the distal end of the reservoir chamber ; and an injector configured to fill the reservoir chamber with an amount of the therapeutic agent while the therapeutic device is at least partially implanted in the eye comprising: a needle having an injection lumen and a vent lumen ; an injection chamber configured to be in fluid communication with the reservoir chamber via the injection lumen ; a vent chamber configured to be in fluid communication with the reservoir chamber via the vent lumen ; and a piston movable within the injection chamber ; a needle having an injection lumen and a vent lumen ; an injection chamber configured to be in fluid communication with the reservoir chamber via the injection lumen ; a vent chamber configured to be in fluid communication with the reservoir chamber via the vent lumen ; and a piston movable within the injection chamber ; wherein the injector is configured to place the amount of the therapeutic agent into the reservoir chamber without delivering a substantial bolus from the reservoir chamber into the eye .
An aerosol generation device comprising: a chamber adapted to receive a consumable ; a housing containing the chamber and comprising an opening through which the consumable can be removed from the chamber ; and a cover configured to move between an open position where the opening of the housing is exposed and a closed position where the opening of the housing is closed; wherein the aerosol generation device is adapted to generate an inhalable vapor from the consumable characterized in that the cover comprises one or more dislodging elements adapted to dislodge the consumable such that, when the cover moves from the closed position to the open position: an attachment is weakened between the chamber and the consumable , and the consumable is partially ejected from the chamber without becoming attached to the cover . a chamber adapted to receive a consumable ; a housing containing the chamber and comprising an opening through which the consumable can be removed from the chamber ; and a cover configured to move between an open position where the opening of the housing is exposed and a closed position where the opening of the housing is closed; wherein the aerosol generation device is adapted to generate an inhalable vapor from the consumable characterized in that the cover comprises one or more dislodging elements adapted to dislodge the consumable such that, when the cover moves from the closed position to the open position: an attachment is weakened between the chamber and the consumable , and the consumable is partially ejected from the chamber without becoming attached to the cover .