mhurhangee/patent-ind-claim-en huggingface dataset:
A method of producing a minor ginsenoside which is deglycosylated at the C-6 position, comprising: treating a ginsenoside having a sugar at the C-6 position with one or more selected from the group consisting of a ginsenoside glycosidase protein having an amino acid sequence of SEQ ID NO: 1; a transformant introduced with a vector comprising a polynucleotide encoding the protein; and a culture of the transformant, wherein the ginsenoside having a sugar at the C-6 position is one or more selected from the group consisting of Rg 1 , Rh 1 , Re, and Rg 2 ; and wherein the minor ginsenoside is F1 or PPT. treating a ginsenoside having a sugar at the C-6 position with one or more selected from the group consisting of a ginsenoside glycosidase protein having an amino acid sequence of SEQ ID NO: 1; a transformant introduced with a vector comprising a polynucleotide encoding the protein; and a culture of the transformant, wherein the ginsenoside having a sugar at the C-6 position is one or more selected from the group consisting of Rg 1 , Rh 1 , Re, and Rg 2 ; and wherein the minor ginsenoside is F1 or PPT.
Loading floor for the luggage compartment of a motor vehicle, in particular of a passenger car provided with a tailgate, wherein the flat loading floor is divided into three parts: a first, rear loading-floor element , a second, middle loading-floor element and a third, front loading-floor element , wherein the first and second loading-floor elements and the second and third loading-floor elements can be counter-pivoted by means of a hinge-like connection respectively arranged between the loading-floor elements , wherein two loading-floor elements can be locked relative to one another in the folded-together state by locking means, characterized in that the locking means is a grip of the front loading-floor element that engages into a recess of the middle loading-floor element .
A policy control method, comprising: receiving , by an enforcement function network element, an update request, wherein the update request is used to instruct to modify or remove a target packet flow description, PFD, and the target PFD is associated with a target application identifier of an application; and in response to receiving the update request: for a session for which a first policy rule comprising the target application identifier is installed or activated, sending , by the enforcement function network element, stop indication information of the application to a control function network element if the three following conditions are complied with: the enforcement function network element has detected data about an application corresponding to the target application identifier by using the target PFD, the enforcement function network element has previously reported start indication information of the application to the control function network element, and the target PFD is the last PFD that has been used to detect the data about the application, among a plurality of PFDs associated with the target application identifier. receiving , by an enforcement function network element, an update request, wherein the update request is used to instruct to modify or remove a target packet flow description, PFD, and the target PFD is associated with a target application identifier of an application; and in response to receiving the update request: for a session for which a first policy rule comprising the target application identifier is installed or activated, sending , by the enforcement function network element, stop indication information of the application to a control function network element if the three following conditions are complied with: the enforcement function network element has detected data about an application corresponding to the target application identifier by using the target PFD, the enforcement function network element has previously reported start indication information of the application to the control function network element, and the target PFD is the last PFD that has been used to detect the data about the application, among a plurality of PFDs associated with the target application identifier.
A stabilising apparatus for a waterborne vessel comprising a stabiliser unit , said stabiliser unit comprising: a main body suitable for attachment to said a waterborne vessel; a stabilising fin member rotatably coupled to said main body about a first axis of rotation ; a drive apparatus attached to said main body and operatively coupled to said stabilising fin member; and a mounting apparatus in the form of a two piece bracket ; characterised in that said mounting apparatus is rotatably fixed to said main body such that the main body is rotatable relative to said mounting apparatus about a further axis of rotation , the mounting apparatus being suitable for mounting the stabiliser unit to a waterborne vessel by fixing the mounting apparatus to a structure of a waterborne vessel; and in that the stabilising fin member, main body, and drive apparatus, are rotatable as a unit relative to said mounting apparatus about said further axis of rotation; and in that the mounting apparatus is configured to allow the stabiliser unit to be releasably attached to a waterborne vessel. a main body suitable for attachment to said a waterborne vessel; a stabilising fin member rotatably coupled to said main body about a first axis of rotation ; a drive apparatus attached to said main body and operatively coupled to said stabilising fin member; and a mounting apparatus in the form of a two piece bracket ; characterised in that said mounting apparatus is rotatably fixed to said main body such that the main body is rotatable relative to said mounting apparatus about a further axis of rotation , the mounting apparatus being suitable for mounting the stabiliser unit to a waterborne vessel by fixing the mounting apparatus to a structure of a waterborne vessel; and in that the stabilising fin member, main body, and drive apparatus, are rotatable as a unit relative to said mounting apparatus about said further axis of rotation; and in that the mounting apparatus is configured to allow the stabiliser unit to be releasably attached to a waterborne vessel.
An ultraviolet mercury low-pressure amalgam lamp comprising: a tube having a first end and a second end; a first electrode placed in the first end of said tube ; a second electrode placed in the second end of said tube, whereby when the lamp is energized a discharge path is formed between said first and second electrodes; and at least one amalgam deposit adjacent to one of said first and second electrodes outside the discharge path between said first and second electrodes, characterized in that the tube has at least one constriction arranged between a filament of one of said first and second electrodes and the corresponding end of the tube, and that the at least one amalgam deposit is placed on the inside of the tube, behind the constriction with respect to the discharge path such that the at least one amalgam deposit is shielded by the constriction from the direct thermal radiation emitted by the filament . a tube having a first end and a second end; a first electrode placed in the first end of said tube ; a second electrode placed in the second end of said tube, whereby when the lamp is energized a discharge path is formed between said first and second electrodes; and at least one amalgam deposit adjacent to one of said first and second electrodes outside the discharge path between said first and second electrodes, characterized in that the tube has at least one constriction arranged between a filament of one of said first and second electrodes and the corresponding end of the tube, and that the at least one amalgam deposit is placed on the inside of the tube, behind the constriction with respect to the discharge path such that the at least one amalgam deposit is shielded by the constriction from the direct thermal radiation emitted by the filament .
A component recognizing system of a component mounting machine which is configured to cause a suction nozzle to suck a component supplied from a component supply device so as to be mounted on a circuit board , comprising: a camera that is configured to image the component sucked by the suction nozzle from below; a image processing device that is configured to process an image captured by the camera ; and a light pattern projecting device that is configured to project a predetermined light pattern onto the component sucked by the suction nozzle in a direction different from an imaging direction of the camera , wherein the image processing device has three-dimensional recognizing means which is configured to cause the light pattern projecting device to project the light pattern onto the component , process the image captured by the camera , recognize the light pattern on a surface of the component , and recognize a three-dimensional shape of the component when viewed from below, characterized in that the image processing device has two-dimensional recognizing means for processing the image captured by the camera in a state where the light pattern projecting device does not project the light pattern and for recognizing a two-dimensional shape of the component when viewed from below, and image recognizing mode switching means for switching between a two-dimensional recognizing mode using the two-dimensional recognizing means and a three-dimensional recognizing mode using the three-dimensional recognizing means . a camera that is configured to image the component sucked by the suction nozzle from below; a image processing device that is configured to process an image captured by the camera ; and a light pattern projecting device that is configured to project a predetermined light pattern onto the component sucked by the suction nozzle in a direction different from an imaging direction of the camera , wherein the image processing device has three-dimensional recognizing means which is configured to cause the light pattern projecting device to project the light pattern onto the component , process the image captured by the camera , recognize the light pattern on a surface of the component , and recognize a three-dimensional shape of the component when viewed from below, characterized in that the image processing device has two-dimensional recognizing means for processing the image captured by the camera in a state where the light pattern projecting device does not project the light pattern and for recognizing a two-dimensional shape of the component when viewed from below, and image recognizing mode switching means for switching between a two-dimensional recognizing mode using the two-dimensional recognizing means and a three-dimensional recognizing mode using the three-dimensional recognizing means .
Composition comprising: - at least one organosilicon compound A comprising at least two identical or different hydrolyzable and condensable groups, or at least two silanol functions ≡SiOH, - at least one crosslinking agent B, - optionally at least one filler C, and - a catalytically effective amount of at least one polycondensation catalyst M which is a zinc complex comprising in its structure a first type of ligand that is a β-diketonate and a second type of ligand that is an amine. - at least one organosilicon compound A comprising at least two identical or different hydrolyzable and condensable groups, or at least two silanol functions ≡SiOH, - at least one crosslinking agent B, - optionally at least one filler C, and - a catalytically effective amount of at least one polycondensation catalyst M which is a zinc complex comprising in its structure a first type of ligand that is a β-diketonate and a second type of ligand that is an amine.
A measurement system for evaluating an electronic device that transmits, to a user, sound based on vibration of a vibrating body that is pressed against a human ear, the measurement system comprising: an ear-shaped unit comprising an ear model imitating a human ear, an artificial external ear canal unit forming an artificial external ear canal that extends from the ear model , and a weight unit configured to house the artificial external ear canal unit therein without contacting the artificial external ear canal unit ; a sound pressure measuring unit disposed at an end of the artificial external ear canal unit and configured to detect air-conducted sound including sound generated by the artificial external ear canal unit and a base having a recess or a through-hole, characterized in that the weight unit is disposed inside the recess or the through-hole and is held by the base . an ear-shaped unit comprising an ear model imitating a human ear, an artificial external ear canal unit forming an artificial external ear canal that extends from the ear model , and a weight unit configured to house the artificial external ear canal unit therein without contacting the artificial external ear canal unit ; a sound pressure measuring unit disposed at an end of the artificial external ear canal unit and configured to detect air-conducted sound including sound generated by the artificial external ear canal unit and a base having a recess or a through-hole, characterized in that the weight unit is disposed inside the recess or the through-hole and is held by the base .
Method for grinding the toothing of a gear , wherein the gear has an axis of rotation (a), wherein the grinding being carried out by bringing a grinding tool into engagement with the toothing and grinding off an allowance on the tooth flanks of the toothing , wherein a nominal value (TBM) for the width of teeth and/or for the spherical measure is predetermined for the toothing , wherein a tolerance band (OTBG, UTBG) is predetermined for the nominal value, the observance of which still leads to good parts, wherein the method comprises the steps of: a) Measuring the position of the surface of the tooth flanks of the not yet ground gear at at least two axial positions (P1, P2) of the gear offset in the direction of the axis of rotation (a); b) Determining the actual present allowance of the gear which is not yet ground on the basis of the measured values determined in step a); and c) Grinding of the toothing by radial infeed of the grinding tool relative to the toothing , characterized in that c1) the radial infeed of the grinding tool relative to the toothing corresponds to the nominal value (TBM) of the width of teeth and/or of the spherical measure, if the determination according to step b) has shown that such an allowance is present on all tooth flanks that material removal occurs on all tooth flanks, or c2) the radial infeed of the grinding tool relative to the toothing is effected to a higher value than corresponds to the nominal value (TBM) of the width of teeth and/or of the spherical measure, wherein the higher value still corresponding to the tolerance band (UTBG) for the width of teeth and/or for the spherical measure, if the determination according to step b) has shown that only with increased radial infeed on all tooth flanks is there such an allowance that material removal occurs on all tooth flanks. a) Measuring the position of the surface of the tooth flanks of the not yet ground gear at at least two axial positions (P1, P2) of the gear offset in the direction of the axis of rotation (a); b) Determining the actual present allowance of the gear which is not yet ground on the basis of the measured values determined in step a); and c) Grinding of the toothing by radial infeed of the grinding tool relative to the toothing , c1) the radial infeed of the grinding tool relative to the toothing corresponds to the nominal value (TBM) of the width of teeth and/or of the spherical measure, if the determination according to step b) has shown that such an allowance is present on all tooth flanks that material removal occurs on all tooth flanks, or c2) the radial infeed of the grinding tool relative to the toothing is effected to a higher value than corresponds to the nominal value (TBM) of the width of teeth and/or of the spherical measure, wherein the higher value still corresponding to the tolerance band (UTBG) for the width of teeth and/or for the spherical measure, if the determination according to step b) has shown that only with increased radial infeed on all tooth flanks is there such an allowance that material removal occurs on all tooth flanks.
A process for the manufacturing the compound of the formula (I) comprising the steps reaction step a) followed by reaction step b) a) oxidation of a compound of the formula (II) to yield a compound of the formula (III); b) reduction of the compound of the formula (III) to yield the compound of the formula (I) characterized in that both reaction steps a) and b) are performed in at least one solvent of the formula (X) wherein Y 1 and Y 2 represent independently from each other either H or a methyl or ethyl group; or in a two-phase solvent mixture comprising at least one solvent ( A ) being of formula (X) and at least one solvent ( B ) which is not miscible with solvent of formula (X) at room temperature in a volume ratio of ( A )/( B ) of between 1/50 and 50/1. a) oxidation of a compound of the formula (II) to yield a compound of the formula (III); b) reduction of the compound of the formula (III) to yield the compound of the formula (I) characterized in that both reaction steps a) and b) are performed in at least one solvent of the formula (X) wherein Y 1 and Y 2 represent independently from each other either H or a methyl or ethyl group;
A rotor disk for a rotor of a vacuum pump, in particular of a turbomolecular pump , comprising a plurality of separate rotor disks arranged above one another and attached to a rotor shaft or exactly one separate rotor disk attached to a rotor shaft , wherein the rotor disk comprises a plurality of blades which are arranged distributed in the peripheral direction and which each have a thickness profile extending from the inside to the outside in the radial direction; wherein at least one blade has a thickness profile having at least one step which separates two sections of the blade ; wherein the blade is inclined relative to a plane extending at least substantially perpendicular to an axis of rotation (R); and wherein each section has an blade angle, characterized in that the blade angle (A1) of the radially inner section is larger than the blade angle (A2) of the radially outer section .
A demineralized bone matrix (DBM) scaffold product comprising a plurality of elongate demineralised bone fibres knitted together in a regular and repeating knit pattern.
A corner deflector for a drive rod fitting of a wing of a window, a French door or the like pivotable against a frame , having a deflection element , having a curved section and having straight sections of the deflection element adjoining the curved section , wherein the deflection element is arranged in a guide housing and the guide housing holds the deflection element on the curved section and the deflection element has at least one flexible spring band and a spring housing for guiding the at least one spring band , characterized in that the spring band is held by a fixing element with an intended expenditure of force in an intended mounting position, so that the holding of the spring band is releasable when the drive rod fitting is first actuated and that the fixing element has a guide in the guide housing .
A method for performing an X2 setup procedure by a first radio access network, RAN, node in a wireless communication system, the method comprising: transmitting (S100) an X2 setup request message including an identifier, ID, of the first RAN node to a second RAN node ; and receiving (S102) an X2 setup response message including an ID of the second RAN node from the second RAN node , characterized in that the first RAN node is an RAN node among either an eNodeB, eNB, of a long-term evolution, LTE, or a gNB of a new radio access technology, NR, wherein the second RAN node is an RAN node different from the first RAN node among either the eNB or the gNB, wherein the ID of the first RAN node and the ID of the second RAN node is based on whether the first RAN node and the second RAN node is the eNB or the gNB respectively, and wherein the X2 setup request message and the X2 setup response message are transmitted (S100) and received (S102) for an evolved-UMTS terrestrial radio access, E-UTRAN, NR dual connectivity, EN-DC, between the LTE and the NR transmitting (S100) an X2 setup request message including an identifier, ID, of the first RAN node to a second RAN node ; and receiving (S102) an X2 setup response message including an ID of the second RAN node from the second RAN node , characterized in that the first RAN node is an RAN node among either an eNodeB, eNB, of a long-term evolution, LTE, or a gNB of a new radio access technology, NR, wherein the second RAN node is an RAN node different from the first RAN node among either the eNB or the gNB, wherein the ID of the first RAN node and the ID of the second RAN node is based on whether the first RAN node and the second RAN node is the eNB or the gNB respectively, and wherein the X2 setup request message and the X2 setup response message are transmitted (S100) and received (S102) for an evolved-UMTS terrestrial radio access, E-UTRAN, NR dual connectivity, EN-DC, between the LTE and the NR
A vaginal insert device (100; 200; 2700; 2800; 2900; 3000; 3100; 3200; 3300; 3400; 3500; 3600; 3700) for improving, managing, treating, preventing, and/or eliminating symptoms associated with pelvic organ prolapse, urinary incontinence, fecal incontinence, or combinations thereof, the vaginal insert device (100; 200; 2700; 2800; 2900; 3000; 3100; 3200; 3300; 3400; 3500; 3600; 3700) comprising: an upper portion having a cone-shaped body, the cone-shaped body having a base (156; 256), an interior wall and an exterior wall ; a rib within the cone-shaped body, the rib configured to apply pressure to an organ wall to improve, manage, treat, prevent, and/or eliminate symptoms associated with pelvic organ prolapse, urinary incontinence, fecal incontinence, or combinations thereof, wherein the rib includes a member extending transversely to a longitudinal axis of the cone-shaped body; and one or more hollow portions defined by the rib and the interior wall . an upper portion having a cone-shaped body, the cone-shaped body having a base (156; 256), an interior wall and an exterior wall ; a rib within the cone-shaped body, the rib configured to apply pressure to an organ wall to improve, manage, treat, prevent, and/or eliminate symptoms associated with pelvic organ prolapse, urinary incontinence, fecal incontinence, or combinations thereof, wherein the rib includes a member extending transversely to a longitudinal axis of the cone-shaped body; and one or more hollow portions defined by the rib and the interior wall .