mhurhangee/patent-ind-claim-en huggingface dataset:
A system, comprising: (a) a sterilizing cabinet comprising a sterilizing chamber and a user interface ; (b) a biological indicator analyzer comprising at least one biological indicator receiver; and characterised by (c) a variable resistance biological indicator comprising: (i) a set of readable indicators , the set of readable indicators comprising a first readable indicator and a second readable indicator, (ii) an indicator window , and (iii) an adjustable portion operable to selectively move between selected vent positions from a set of vent positions, the set of vent positions comprising a first vent position and a second vent position, wherein each readable indicator of the set of readable indicators is associated with a corresponding vent position of the set of vent positions, wherein the adjustable portion is configured to position first readable indicator in the indicator window when the adjustable portion is in the first vent position; wherein the biological indicator analyzer is configured to detect one or more microorganisms in the biological indicator ; wherein the sterilizing cabinet is configured to execute instructions to verify, based upon the first readable indicator, that the first vent position is compatible with a selected sterilization cycle before the selected sterilization cycle begins. (a) a sterilizing cabinet comprising a sterilizing chamber and a user interface ; (b) a biological indicator analyzer comprising at least one biological indicator receiver; and characterised by (c) a variable resistance biological indicator comprising: (i) a set of readable indicators , the set of readable indicators comprising a first readable indicator and a second readable indicator, (ii) an indicator window , and (iii) an adjustable portion operable to selectively move between selected vent positions from a set of vent positions, the set of vent positions comprising a first vent position and a second vent position, wherein each readable indicator of the set of readable indicators is associated with a corresponding vent position of the set of vent positions, (i) a set of readable indicators , the set of readable indicators comprising a first readable indicator and a second readable indicator, (ii) an indicator window , and (iii) an adjustable portion operable to selectively move between selected vent positions from a set of vent positions, the set of vent positions comprising a first vent position and a second vent position, wherein each readable indicator of the set of readable indicators is associated with a corresponding vent position of the set of vent positions, wherein the adjustable portion is configured to position first readable indicator in the indicator window when the adjustable portion is in the first vent position; wherein the biological indicator analyzer is configured to detect one or more microorganisms in the biological indicator ; wherein the sterilizing cabinet is configured to execute instructions to verify, based upon the first readable indicator, that the first vent position is compatible with a selected sterilization cycle before the selected sterilization cycle begins.
A composition comprising a polyclonal population of cytotoxic T lymphocytes (CTLs) that target at least one antigen from two or more viruses; wherein the CTLs are generated by a method comprising contacting peripheral blood mononuclear cells (PBMCs) with at least two libraries of peptides, said libraries of peptides each comprising peptides that overlap in sequence to span part or all of a viral antigen and that are at least seven amino acids in length; wherein the contacting is performed in the absence of isolated peptide-pulsed dendritic cells; wherein the viral antigen for at least one of the libraries is an immunodominant antigen and the viral antigen for a different at least one of the libraries is a subdominant antigen; wherein the CTLs are specific for the immunodominant antigen and the subdominant antigen; and wherein (a) one of the viruses is BK virus and the antigen is selected from LT and VP-1; (b) one of the viruses is HHV6 and the antigen is selected from U14, U11, U71, U54, and U90; (c) one of the viruses is RSV and the antigen is selected from N and F; and/or (d) one of the viruses is influenza and the antigen is selected from MP1 and NP1. (a) one of the viruses is BK virus and the antigen is selected from LT and VP-1; (b) one of the viruses is HHV6 and the antigen is selected from U14, U11, U71, U54, and U90; (c) one of the viruses is RSV and the antigen is selected from N and F; and/or (d) one of the viruses is influenza and the antigen is selected from MP1 and NP1.
A carbamate compound represented by the formula (I): wherein, R 1 represents a hydrogen atom or a C1-C3 alkyl group; R 2 , R 3 , R 4 and R 5 each independently represents a hydrogen atom, a halogen atom, a C1-C3 alkyl group optionally having one or more halogen atoms, a C3-C4 cycloalkyl group optionally having one or more halogen atoms or a C1-C3 alkoxy group optionally having one or more halogen atoms; Z 1 represents a halogen atom, a C1-C3 alkyl group or a C1-C3 alkoxy group; and m represents any one of integers from 0 to 3. R 1 represents a hydrogen atom or a C1-C3 alkyl group; R 2 , R 3 , R 4 and R 5 each independently represents a hydrogen atom, a halogen atom, a C1-C3 alkyl group optionally having one or more halogen atoms, a C3-C4 cycloalkyl group optionally having one or more halogen atoms or a C1-C3 alkoxy group optionally having one or more halogen atoms; Z 1 represents a halogen atom, a C1-C3 alkyl group or a C1-C3 alkoxy group; and m represents any one of integers from 0 to 3.
A venting system of a fuel tank connected to an activated carbon canister , wherein the activated carbon canister is connected to a line between a throttle valve and an intake of the internal combustion engine via a flushing valve , characterized in that the activated carbon canister is connected to the line between the throttle valve and the intake of the internal combustion engine via at least one further flushing valve connected in parallel.
Method for assisting a driver of a vehicle, particularly a commercial vehicle, wherein the vehicle is driven by means of at least one drive device , wherein a regulatory and/or control device is provided, by means of which, in a basic mode, the velocity of the vehicle is spontaneously regulated and/or controlled such that, provided that the vehicle exceeds a defined maximum velocity (v max ), the vehicle is put into a state with decreased drive power in a deceleration step until it drops below a defined minimum velocity (v min ), which is lower than the maximum velocity (v max ), that, provided that the vehicle drops below the defined minimum velocity (v min ), the vehicle is accelerated by means of the drive device in an acceleration step until it exceeds the maximum velocity (v max ), wherein the drive device is operated essentially at maximum efficiency during the acceleration step, wherein the maximum velocity (v max ) is set and/or adjusted on the basis of at least one road and/or traffic parameter, wherein, in the basic mode, the braking step and the acceleration step are carried out alternately, and wherein the vehicle has a defined average velocity when a deceleration step and an acceleration step are performed, and characterized in that , provided that there is a vehicle in front travelling in the same lane ahead of the vehicle in a defined close range in the region of the vehicle , the maximum velocity (v max ) and the minimum velocity (v min ) are set such that the average velocity and the velocity of the vehicle in front are essentially identical. wherein a regulatory and/or control device is provided, by means of which, in a basic mode, the velocity of the vehicle is spontaneously regulated and/or controlled such that, provided that the vehicle exceeds a defined maximum velocity (v max ), the vehicle is put into a state with decreased drive power in a deceleration step until it drops below a defined minimum velocity (v min ), which is lower than the maximum velocity (v max ), that, provided that the vehicle drops below the defined minimum velocity (v min ), the vehicle is accelerated by means of the drive device in an acceleration step until it exceeds the maximum velocity (v max ), wherein the drive device is operated essentially at maximum efficiency during the acceleration step, wherein the maximum velocity (v max ) is set and/or adjusted on the basis of at least one road and/or traffic parameter, wherein, in the basic mode, the braking step and the acceleration step are carried out alternately, and wherein the vehicle has a defined average velocity when a deceleration step and an acceleration step are performed, and characterized in that , provided that there is a vehicle in front travelling in the same lane ahead of the vehicle in a defined close range in the region of the vehicle , the maximum velocity (v max ) and the minimum velocity (v min ) are set such that the average velocity and the velocity of the vehicle in front are essentially identical.
Pneumatic vehicle tyre having a tread with at least one shoulder-side profile band which is delimited by a circumferential groove and in which transverse grooves that end before the circumferential groove are formed, wherein the circumferential groove has a groove base and is delimited, with respect to the shoulder-side profile band , by a groove flank at the outside of the tread and a groove edge running along the shoulder-side profile band , wherein the groove edge , together with the groove flank at the outside of the tread, forms indentations which are elongated and which follow one after the other in a circumferential direction in the shoulder-side profile band and wherein the groove edge has, at the indentations and into the profile band , a maximum axial deflection (a 1 ) of 1.0 mm to 7.0 mm, wherein an associated bulge adjoining the groove base is formed on the groove flank at the outside of the tread radially within each indentation , wherein the groove flank at the outside of the tread has oblique surfaces which slope downwards in the direction of the centre of the circumferential groove and which each simultaneously form the bottom of an indentation and the top surface of the associated bulge , characterized in that each oblique surface , which forms the bottom of an indentation and the top surface of the associated bulge , becomes continuously narrower towards the ends thereof lying in the circumferential direction, such that the oblique surface runs out together with the indentation and the bulge . wherein the circumferential groove has a groove base and is delimited, with respect to the shoulder-side profile band , by a groove flank at the outside of the tread and a groove edge running along the shoulder-side profile band , wherein the groove edge , together with the groove flank at the outside of the tread, forms indentations which are elongated and which follow one after the other in a circumferential direction in the shoulder-side profile band and wherein the groove edge has, at the indentations and into the profile band , a maximum axial deflection (a 1 ) of 1.0 mm to 7.0 mm, wherein an associated bulge adjoining the groove base is formed on the groove flank at the outside of the tread radially within each indentation , wherein the groove flank at the outside of the tread has oblique surfaces which slope downwards in the direction of the centre of the circumferential groove and which each simultaneously form the bottom of an indentation and the top surface of the associated bulge , characterized in that each oblique surface , which forms the bottom of an indentation and the top surface of the associated bulge , becomes continuously narrower towards the ends thereof lying in the circumferential direction, such that the oblique surface runs out together with the indentation and the bulge .
Method for determining the speed of a rail-bound vehicle, comprising the following method steps: • detecting a reference element of the vehicle by means of a first detection device , the first detection device generating a first detection signal when the reference element passes the first detection device ; • detecting the reference element by means of a second detection device spaced from the first detection device in the direction of travel, the second detection devices generating a second detection signal when the reference element passes the second detection device ; • converting the detection signals into digital detection pulses ; • determining the time difference between the two detection pulses ; characterized in that by linking the first and the second digital detection pulse by means of an XOR logic operation, an XOR signal is generated in an XOR gate , in that the duration of the XOR signal is determined, and in that the time difference between the two detection pulses is determined by halving the duration of the XOR signal . • detecting a reference element of the vehicle by means of a first detection device , the first detection device generating a first detection signal when the reference element passes the first detection device ; • detecting the reference element by means of a second detection device spaced from the first detection device in the direction of travel, the second detection devices generating a second detection signal when the reference element passes the second detection device ; • converting the detection signals into digital detection pulses ; • determining the time difference between the two detection pulses ; characterized in that by linking the first and the second digital detection pulse by means of an XOR logic operation, an XOR signal is generated in an XOR gate , in that the duration of the XOR signal is determined, and in that the time difference between the two detection pulses is determined by halving the duration of the XOR signal .
A method comprising: sending, by a two-way active measurement protocol, TWAMP, control client on a centralized controller device of a network and to a TWAMP server on a first network device in the network over a first control connection, a first set of TWAMP control messages to negotiate a data session for a given service supported at the TWAMP server; sending, following the negotiation, by the TWAMP control client and to a TWAMP session initiator on a second network device in the network over a second control connection , a second set of TWAMP control messages instructing the TWAMP session initiator to establish the data session for the given service with the TWAMP server; and receiving, by the TWAMP control client and from the TWAMP session initiator over the second control connection, service data measurements for the given service, wherein the service data measurements are collected by the TWAMP session initiator from the TWAMP server over the data session. sending, by a two-way active measurement protocol, TWAMP, control client on a centralized controller device of a network and to a TWAMP server on a first network device in the network over a first control connection, a first set of TWAMP control messages to negotiate a data session for a given service supported at the TWAMP server; sending, following the negotiation, by the TWAMP control client and to a TWAMP session initiator on a second network device in the network over a second control connection , a second set of TWAMP control messages instructing the TWAMP session initiator to establish the data session for the given service with the TWAMP server; and receiving, by the TWAMP control client and from the TWAMP session initiator over the second control connection, service data measurements for the given service, wherein the service data measurements are collected by the TWAMP session initiator from the TWAMP server over the data session.
An electric air-purifying respirator for a welding helmet, the electric air-purifying respirator comprising a housing , a battery device, a battery holder being formed in the housing , and a lockable fitting structure, the battery device being able to be detachably installed in the battery holder by the lockable fitting structure, wherein the lockable fitting structure comprises at least four pairs of sliding joint structures formed on the battery device and the battery holder respectively and a locking structure provided in the battery device, wherein the sliding joint structures of each pair can be engaged with or disengaged from each other by sliding them relative to each other, wherein the locking structure comprises a button and a tongue capable to be actuated by the button , wherein the tongue is movable along a direction substantially perpendicular to a sliding direction of the sliding joint structure, and wherein after the pairs of sliding joint structures have been moved relative to each other in place, the tongue contacts a stop side of the battery holder to lock the pairs of sliding joint structures.
An EUV excitation light source (A), comprising: - a laser source (B) that is configured to emit a laser beam , the laser beam comprising two partial beams (1', 1") having different wavelengths (λ 1 , λ 2 ), - a separating optical element (C) for separating the two partial beams (1', 1") of the laser beam into two separated beams (2', 2"), and - a superposition unit (D) for superimposing the two separated beams (2', 2") at a predefined superposition location with a predefined superposition angle (α), characterized in that the separating optical element is a first reflective diffraction grating (C). - a laser source (B) that is configured to emit a laser beam , the laser beam comprising two partial beams (1', 1") having different wavelengths (λ 1 , λ 2 ), - a separating optical element (C) for separating the two partial beams (1', 1") of the laser beam into two separated beams (2', 2"), and - a superposition unit (D) for superimposing the two separated beams (2', 2") at a predefined superposition location with a predefined superposition angle (α),
An ammunition container for storing a belt of linked ammunition, the ammunition container comprising: a pair of transversely spaced side walls and a bottom wall connecting the pair of side walls, the pair of side walls defining an internal space between the pair of side walls; the pair of side walls defining an exit opening at a top front region of the container and a loading access opening at a top rear of the container; a sprocket positioned proximate to the loading access opening , wherein the sprocket is rotatable about a transverse sprocket axis relative to the pair of side walls to guide rounds of ammunition through the loading access opening and into the internal space ; and a transversely extending peg fixed relative to the pair of side walls at a location above and behind the sprocket; and the peg has a free end not covered by either of the pair of side walls. a pair of transversely spaced side walls and a bottom wall connecting the pair of side walls, the pair of side walls defining an internal space between the pair of side walls; the pair of side walls defining an exit opening at a top front region of the container and a loading access opening at a top rear of the container; a sprocket positioned proximate to the loading access opening , wherein the sprocket is rotatable about a transverse sprocket axis relative to the pair of side walls to guide rounds of ammunition through the loading access opening and into the internal space ; and a transversely extending peg fixed relative to the pair of side walls at a location above and behind the sprocket; and the peg has a free end not covered by either of the pair of side walls.
A method for repairing a polymeric container, comprising the steps of: a) providing a polymeric container, an exterior surface of which is scratched or scuffed; b) adding at least one fluid into the polymeric container to form a filled container, wherein the filled container is at least partially filled with the fluid; and c) applying heat from at least one heat source to an exterior surface of the filled container to form a repaired polymeric container, wherein the at least one heat source comprises a flame, a flame torch, convected hot air, a plasma arc, electromagnetic induction, infrared radiation, a laser, a maser, a short-pulse high intensity UV flash lamp, a hot tool, or combinations thereof, and wherein the heat source is applied continuously or pulsed. a) providing a polymeric container, an exterior surface of which is scratched or scuffed; b) adding at least one fluid into the polymeric container to form a filled container, wherein the filled container is at least partially filled with the fluid; and c) applying heat from at least one heat source to an exterior surface of the filled container to form a repaired polymeric container, wherein the at least one heat source comprises a flame, a flame torch, convected hot air, a plasma arc, electromagnetic induction, infrared radiation, a laser, a maser, a short-pulse high intensity UV flash lamp, a hot tool, or combinations thereof, and wherein the heat source is applied continuously or pulsed.
An information providing method using a mobile terminal, the method comprising: receiving, within a Bluetooth communication range via a Bluetooth wireless communication, identification information from a plurality of Bluetooth devices; based on receiving the identification information, detecting a Bluetooth device included in a car, wherein the Bluetooth device is pre-registered within the mobile terminal; based on detecting the registered Bluetooth device, connecting with the registered Bluetooth device via the Bluetooth wireless communication; in response to connecting with the registered Bluetooth device, retrieving notification information previously input by a user of the mobile terminal, the notification information corresponding to the registered Bluetooth device; and providing, on a display of the mobile terminal, a notification message based on the retrieved notification information, wherein the notification information comprises the notification message and a notification condition regarding a provision of the notification, and wherein the notification condition comprises a condition regarding a distance between the mobile terminal and the Bluetooth device based on an intensity of a signal received from the Bluetooth device. receiving, within a Bluetooth communication range via a Bluetooth wireless communication, identification information from a plurality of Bluetooth devices; based on receiving the identification information, detecting a Bluetooth device included in a car, wherein the Bluetooth device is pre-registered within the mobile terminal; based on detecting the registered Bluetooth device, connecting with the registered Bluetooth device via the Bluetooth wireless communication; in response to connecting with the registered Bluetooth device, retrieving notification information previously input by a user of the mobile terminal, the notification information corresponding to the registered Bluetooth device; and providing, on a display of the mobile terminal, a notification message based on the retrieved notification information, wherein the notification information comprises the notification message and a notification condition regarding a provision of the notification, and wherein the notification condition comprises a condition regarding a distance between the mobile terminal and the Bluetooth device based on an intensity of a signal received from the Bluetooth device.