mhurhangee/patent-ind-claim-en huggingface dataset:
A long-lasting powder essence composition with improved coloring and skin feeling, the composition comprising 5 to 7 parts by weight of silica dimethicone silylate, 50 to 80 parts by weight of water, 1 to 10 parts by weight of glycerine, 0.001 to 0.03 parts by weight of phenoxy ethanol, 0.5 to 3 parts by weight of glycosyl trehalose, 0.3 to 2 parts by weight of hydrogenated starch hydrolysate, 0.1 to 0.5 part by weight of methylparaben, 1 to 5 parts by weight of silica, 0.03 to 0.2 part by weight of methicone, 1 to 3 parts by weight of squalane, and 5 to 10 parts by weight of a pigment; 1 to 5 parts by weight of betaine, 1 to 5 parts by weight of arbutin, 0.01 to 0.1 part by weight of adenosine, and 0.5 to 5 parts by weight of trehalose.
An expression cassette for producing cinnamaldehyde, the expression cassette comprising a pal (phenylalanine ammonia lyase) gene derived from Streptomyces maritimus, a 4cl (4-coumarate:CoA ligase) gene derived from Streptomyces coelicolor, and a ccr (cinnamoyl Co-A reductase) gene derived from Arabidopsis thaliana wherein the pal gene encodes a protein having an amino acid sequence represented by SEQ ID NO: 2; wherein the 4cl gene encodes a protein having an amino acid sequence represented by SEQ ID NO: 4; and wherein the ccr gene encodes a protein having an amino acid sequence represented by SEQ ID NO: 6.
A method of accelerating setup of a persistent connection over a network between a client device and a remote host server , where establishing the connection requires a connection request by the client device and a corresponding connection response by the remote host server, the method comprising: intercepting, by an interceptor module on a client-side of the network, a connection request generated by the client device for a connection with the remote host server; determining, by the interceptor module, whether a pre-connect response from the remote host server is stored on the client-side of the network and corresponds to the intercepted connection request, the pre-connect response being a connection response from the remote host server to a pre-connect request that mimics the connection request; and if the determining is affirmative, providing the pre-connect response to the client device as a response to the intercepted connection request, characterised in that the connection request being generated using cached generation information indicating how the pre-connect request to the remote host server was generated. intercepting, by an interceptor module on a client-side of the network, a connection request generated by the client device for a connection with the remote host server; determining, by the interceptor module, whether a pre-connect response from the remote host server is stored on the client-side of the network and corresponds to the intercepted connection request, the pre-connect response being a connection response from the remote host server to a pre-connect request that mimics the connection request; and if the determining is affirmative, providing the pre-connect response to the client device as a response to the intercepted connection request, characterised in that the connection request being generated using cached generation information indicating how the pre-connect request to the remote host server was generated.
Cartesian positioning device for positioning an optical system for a laser machining head, comprising: an optical system mount for holding the optical system; exactly one y-adjusting element for a linear movement of the optical system mount in the y-direction; exactly one x-adjusting element for a linear movement of the optical system mount in the x-direction; wherein the x-adjusting element and the y-adjusting element are arranged next to one another on a support element , wherein the y-adjusting element is adjustable in the y-direction in order to move the optical system mount linearly in the y-direction, and wherein the x-adjusting element is adjustable in the y-direction in order to move the optical system mount linearly in the x-direction, wherein the y-adjusting element has exactly one y-slide at one end, which connects the y-adjusting element to the optical system mount , wherein the y-slide is connected to the optical system mount by means of a linear guide unit so as to be movable in the x-direction. an optical system mount for holding the optical system; exactly one y-adjusting element for a linear movement of the optical system mount in the y-direction; exactly one x-adjusting element for a linear movement of the optical system mount in the x-direction; wherein the x-adjusting element and the y-adjusting element are arranged next to one another on a support element , wherein the y-adjusting element is adjustable in the y-direction in order to move the optical system mount linearly in the y-direction, and wherein the x-adjusting element is adjustable in the y-direction in order to move the optical system mount linearly in the x-direction, wherein the y-adjusting element has exactly one y-slide at one end, which connects the y-adjusting element to the optical system mount , wherein the y-slide is connected to the optical system mount by means of a linear guide unit so as to be movable in the x-direction.
A method for controlling an exhaust flow in an Exhaust Aftertreatment System, EATS, of a vehicle , wherein the EATS comprises a NO x sensor and a Selective Catalytic Reduction, SCR, unit , the method comprising: monitoring a NO x sensor output parameter from the NO x sensor ; determining if the NO x sensor output parameter is below a limit; when it has been determined that the NO x sensor output parameter is below the limit, determining that a first part of the exhaust flow should bypass at least a first area of the SCR unit and that a second part of the exhaust flow should be inputted to at least the first area of the SCR unit ; initiating that the first part of the exhaust flow is bypassed at least the first area of the SCR unit and that the second part of the exhaust flow is inputted to at least the first area of the SCR unit ; when it has been determined that the first part of the exhaust flow should bypass at least the first area of the SCR unit and that the second part of the exhaust flow should be inputted to at least the first area of the SCR unit , determining that reductant should be added to the second part of the exhaust flow before being inputted to at least the first area of the SCR unit ; and initiating addition of the reductant into the second part of the exhaust flow, characterised in that no reductant is added to the first part of the exhaust flow, and wherein the only NO x sensor is located at a point after the first part and the second part of the exhaust flow are rejoined. monitoring a NO x sensor output parameter from the NO x sensor ; determining if the NO x sensor output parameter is below a limit; when it has been determined that the NO x sensor output parameter is below the limit, determining that a first part of the exhaust flow should bypass at least a first area of the SCR unit and that a second part of the exhaust flow should be inputted to at least the first area of the SCR unit ; initiating that the first part of the exhaust flow is bypassed at least the first area of the SCR unit and that the second part of the exhaust flow is inputted to at least the first area of the SCR unit ; when it has been determined that the first part of the exhaust flow should bypass at least the first area of the SCR unit and that the second part of the exhaust flow should be inputted to at least the first area of the SCR unit , determining that reductant should be added to the second part of the exhaust flow before being inputted to at least the first area of the SCR unit ; and initiating addition of the reductant into the second part of the exhaust flow, characterised in that no reductant is added to the first part of the exhaust flow, and wherein the only NO x sensor is located at a point after the first part and the second part of the exhaust flow are rejoined.
An apparatus for providing controlled access to a plurality of devices (104a-d) in a computer network , wherein the plurality of devices (104a-d) are accessible by users (102a-d) external to the computer network via the apparatus which logs into a privileged account, and wherein access to the privileged account is controlled by an authentication server , the apparatus comprising: a receiver configured to receive user password data from a user (102a-d) requesting access to the privileged account via a device of the plurality of devices (104a-d) in the computer network ; a password determiner configured to determine account password data based on the user password data, and configured to control a transmitter to transmit the account password data to the device , wherein: the account password data is for allowing the user (102a-d) to access to the privileged account, the apparatus is a single sign on apparatus configured such that the account password data is not known to the user, and the receiver is further configured to receive a request to update the account password data from the authentication server via the device , the apparatus further comprising a password manager configured to update the account password data and store the updated account password data in a replica authentication server located at the apparatus, such that it is associated with the privileged account, wherein the replica authentication server comprises account password data for one or more privileged accounts. a receiver configured to receive user password data from a user (102a-d) requesting access to the privileged account via a device of the plurality of devices (104a-d) in the computer network ; a password determiner configured to determine account password data based on the user password data, and configured to control a transmitter to transmit the account password data to the device , wherein: the account password data is for allowing the user (102a-d) to access to the privileged account, the apparatus is a single sign on apparatus configured such that the account password data is not known to the user, and the receiver is further configured to receive a request to update the account password data from the authentication server via the device , the account password data is for allowing the user (102a-d) to access to the privileged account, the apparatus is a single sign on apparatus configured such that the account password data is not known to the user, and the receiver is further configured to receive a request to update the account password data from the authentication server via the device , the apparatus further comprising a password manager configured to update the account password data and store the updated account password data in a replica authentication server located at the apparatus, such that it is associated with the privileged account, wherein the replica authentication server comprises account password data for one or more privileged accounts.
Vaccine comprising a fiber protein, selected from fiber-2 protein of Fowl Adenovirus C (FAdV-C), fiber-2 protein of Fowl Adenovirus A (FAdV-A), fiber protein of Fowl Adenovirus B, D and E (FAdV-B, FAdV-D and FAdV-E), for use in vaccination against the corresponding virus serotype in order to prevent an FAdV-A, FAdV-B, FAdV-C, FAdV-D or FAdV-E infection in birds, preferably in poultry, wherein the vaccine is a subunit vaccine.
A correlation optical time-domain reflectometer , C-OTDR, configured to utilize at least two interleaved correlation codes ( c i ) transmitted in the same sequence to produce noise cancellation of spurious reflected signals that may occur during optical channel measurements; wherein the C-OTDR comprises a first transmitter with a first wavelength (λ 1 ) having a first signal comprising a first code and a second transmitter with a second wavelength (λ 2 ) , different from the first wavelength, having a second signal comprising a second code, wherein the second code is a negative version of the first code; and wherein the C-OTDR further comprises an optical coupler configured to combine the first signal and second signal, and a functional element configured to transmit the combined first signal and second signal to a test optical channel . wherein the C-OTDR comprises a first transmitter with a first wavelength (λ 1 ) having a first signal comprising a first code and a second transmitter with a second wavelength (λ 2 ) , different from the first wavelength, having a second signal comprising a second code, wherein the second code is a negative version of the first code; and wherein the C-OTDR further comprises an optical coupler configured to combine the first signal and second signal, and a functional element configured to transmit the combined first signal and second signal to a test optical channel .
Capsule socket of a filling machine for two-piece capsules , said two-piece capsules having two capsule halves, each with a capsule base and with a capsule wall , the capsule socket comprising a main body and, formed in the latter, a receiving space for the capsule half, and the receiving space having a base portion , assigned to the respective capsule base , and a circumferential wall portion for centering the capsule wall , characterized in that the receiving space has a clamping portion between the base portion and the circumferential wall portion , the clamping portion having a smaller free cross section than the circumferential wall portion .
An end of service life determination, ESLD, system comprising: a personal protective equipment, PPE, ; a processor of a handheld device of a user; and a test rig configured to communicate with the processor of the handheld device ; wherein: the test rig further comprises one or more magnetic sensors ; the PPE further comprises: magnetic particles ; an identifier element or a wireless communication element ; wherein: the magnetic particles are incorporated within or attached to the PPE ; and the identifier element or the wireless communication element is attached to the PPE ; and the processor is configured to receive a current magnetic field signature, MFS, sensor data of the PPE from the test rig and compare the current MFS sensor data with initial MFS associated with the PPE to determine whether the PPE has reached its end of service life, wherein the initial MFS is measured by the test rig . a personal protective equipment, PPE, ; a processor of a handheld device of a user; and a test rig configured to communicate with the processor of the handheld device ; wherein: the test rig further comprises one or more magnetic sensors ; the PPE further comprises: magnetic particles ; an identifier element or a wireless communication element ; wherein: the magnetic particles are incorporated within or attached to the PPE ; and the identifier element or the wireless communication element is attached to the PPE ; and the processor is configured to receive a current magnetic field signature, MFS, sensor data of the PPE from the test rig and compare the current MFS sensor data with initial MFS associated with the PPE to determine whether the PPE has reached its end of service life, wherein the initial MFS is measured by the test rig . the test rig further comprises one or more magnetic sensors ; the PPE further comprises: magnetic particles ; an identifier element or a wireless communication element ; wherein: the magnetic particles are incorporated within or attached to the PPE ; and the identifier element or the wireless communication element is attached to the PPE ; and the processor is configured to receive a current magnetic field signature, MFS, sensor data of the PPE from the test rig and compare the current MFS sensor data with initial MFS associated with the PPE to determine whether the PPE has reached its end of service life, wherein the initial MFS is measured by the test rig . magnetic particles ; an identifier element or a wireless communication element ; wherein: the magnetic particles are incorporated within or attached to the PPE ; and the identifier element or the wireless communication element is attached to the PPE ; and the magnetic particles are incorporated within or attached to the PPE ; and the identifier element or the wireless communication element is attached to the PPE ; and the processor is configured to receive a current magnetic field signature, MFS, sensor data of the PPE from the test rig and compare the current MFS sensor data with initial MFS associated with the PPE to determine whether the PPE has reached its end of service life, wherein the initial MFS is measured by the test rig .
A closed vial comprising a dietary supplement or pharmaceutical composition, wherein the composition comprises lyophylized Saccharomyces boulardii as an active ingredient, optionally in association with a pharmaceutically acceptable vehicle, and the closed vial has a first airtight compartment comprising lyophilized S. boulardii powder and a second compartment comprising a solution, wherein the first and second compartment can be brought in airtight communication with one another to yield a suspension of S. boulardii to be administered to an individual upon opening of the vial.
An axle unit comprising an axle tube and a suspension arm element , wherein the axle tube extends substantially along a tube axis (R), wherein the suspension arm element has a first joining region configured as a recess, wherein the suspension arm element is arranged with its first joining region adjacent to the axle tube and substantially transverse to the tube axis (R), wherein a weld portion between the suspension arm element and the axle tube can be produced in the first joining region , wherein the suspension arm element surrounds the axle tube with a suspension arm arc angle (φ) relative to the tube axis (R), wherein the suspension arm arc angle (φ) is less than 180°, wherein the axle tube and the suspension arm element are secured to each other exclusively in the first joining region , wherein the axle tube has a pressure half and a traction half , wherein the pressure half of the axle tube is the half which is situated substantially on the top side of the axle tube in relation to the spatial arrangement of the axle tube in its state fitted on the axle unit, characterized by the weld portion is provided exclusively in the pressure half of the axle tube .
Monitoring system for a well stream from at least one hydrocarbon well with seawater injection, characterised in that the monitoring system is connectable to a well stream sample point for receiving a sample of the well stream, wherein the monitoring system comprises a sample receiving system, a sample preparation system and an analysing system; - wherein the sample receiving system comprises - a fluid conduit connectable for fluid communication with the well stream sample point and - a separator for separating a water fraction from a well stream sample; - wherein the sample preparation system comprises a filter for filtering the separated water fraction; and - wherein the analysing system comprises an x-ray fluorescence (XRF) analyser for measurement of the concentration of at least one of the following dissolved elements Fe, Ba, Ca, S, Cl, P, Cu, Zn, Pb, Br or scale inhibitor tracers in the filtered water sample. - wherein the sample receiving system comprises - a fluid conduit connectable for fluid communication with the well stream sample point and - a separator for separating a water fraction from a well stream sample; - a fluid conduit connectable for fluid communication with the well stream sample point and - a separator for separating a water fraction from a well stream sample; - wherein the sample preparation system comprises a filter for filtering the separated water fraction; and - wherein the analysing system comprises an x-ray fluorescence (XRF) analyser for measurement of the concentration of at least one of the following dissolved elements Fe, Ba, Ca, S, Cl, P, Cu, Zn, Pb, Br or scale inhibitor tracers in the filtered water sample.
Unit for moulding at least one container from a preform made of thermoplastic material, said moulding unit having at least: - a mould having at least two moulding elements mounted respectively in two mould holders , at least one of the mould holders being rotatably mounted with respect to the other about an axis (O) of rotation and being able to be moved between an open position and a closed position of the unit , in which closed position the moulding elements are joined together in a parting plane (P) and delimit a moulding cavity , - blow-moulding or stretch-blow-moulding means for introducing into the preform at least one pressurized blow-moulding fluid in order to mould the corresponding container in the cavity , - means for locking the unit that are able to take up at least: • a locked position in which the mould holders of the moulding unit are kept in said closed position, and • an unlocked position in which the mould holders of the moulding unit are movable with respect to one another, - compensation means that are made to exert, by means of a pressurized fluid, a compensation force that tends to clamp the moulding elements against one another in the parting plane (P) and to oppose the forces that said at least one pressurized blow-moulding fluid applies to the moulding elements during the moulding of a container from a preform, characterized in that the compensation means act on the mould holders in order to clamp them against one another in the closed position of the moulding unit and to exert said compensation force. - a mould having at least two moulding elements mounted respectively in two mould holders , at least one of the mould holders being rotatably mounted with respect to the other about an axis (O) of rotation and being able to be moved between an open position and a closed position of the unit , in which closed position the moulding elements are joined together in a parting plane (P) and delimit a moulding cavity , - blow-moulding or stretch-blow-moulding means for introducing into the preform at least one pressurized blow-moulding fluid in order to mould the corresponding container in the cavity , - means for locking the unit that are able to take up at least: • a locked position in which the mould holders of the moulding unit are kept in said closed position, and • an unlocked position in which the mould holders of the moulding unit are movable with respect to one another, • a locked position in which the mould holders of the moulding unit are kept in said closed position, and • an unlocked position in which the mould holders of the moulding unit are movable with respect to one another, - compensation means that are made to exert, by means of a pressurized fluid, a compensation force that tends to clamp the moulding elements against one another in the parting plane (P) and to oppose the forces that said at least one pressurized blow-moulding fluid applies to the moulding elements during the moulding of a container from a preform,