mhurhangee/ep-ind-claims huggingface dataset:
A distributed fibre optic sensor apparatus comprising: an optical generator configured to repeatedly generate a first coded sequence of optical radiation to be launched, in use, into a sensing optical fibre, the first coded sequence being encoded according to a polylevel coding sequence; a detector configured to detect optical radiation which has been Rayleigh backscattered from within the sensing optical fibre; and a processor configured to process the output of the detector, wherein said processing comprises, for at least one range bin, correlating a detection signal derived from the detector output with the polylevel coding sequence at a time delay corresponding to that range bin; wherein the optical generator comprises; an optical source for generating a continuous wave optical signal; a first modulator for modulating the continuous wave optical signal based on the polylevel coding sequence to generate the first coded sequence of optical radiation; and a code generator for driving the first modulator with a drive signal, wherein the value of the drive signal is modulated based on the polylevel coding sequence and wherein the code generator is configured to generate the drive signal based on a digital code signal; and characterised in that the code generator comprises a code optimisation module for comparing a feedback signal derived from the first coded sequence of optical radiation before transmission with a reference version based on the polylevel coding sequence and deriving a pre-correction to be applied to the digital code signal. an optical generator configured to repeatedly generate a first coded sequence of optical radiation to be launched, in use, into a sensing optical fibre, the first coded sequence being encoded according to a polylevel coding sequence; a detector configured to detect optical radiation which has been Rayleigh backscattered from within the sensing optical fibre; and a processor configured to process the output of the detector, wherein said processing comprises, for at least one range bin, correlating a detection signal derived from the detector output with the polylevel coding sequence at a time delay corresponding to that range bin; wherein the optical generator comprises; an optical source for generating a continuous wave optical signal; a first modulator for modulating the continuous wave optical signal based on the polylevel coding sequence to generate the first coded sequence of optical radiation; and a code generator for driving the first modulator with a drive signal, wherein the value of the drive signal is modulated based on the polylevel coding sequence and wherein the code generator is configured to generate the drive signal based on a digital code signal; and characterised in that the code generator comprises a code optimisation module for comparing a feedback signal derived from the first coded sequence of optical radiation before transmission with a reference version based on the polylevel coding sequence and deriving a pre-correction to be applied to the digital code signal.
A method for transferring a plurality of containers for storage of substances for medical, pharmaceutical or cosmetic purposes and/or of closure elements for such containers from a transport and packaging container into a clean room, wherein the transport and packaging container has at least one side wall (5, 2, 4; 5a, 5b) in which an access opening is formed, which is sterile sealed by means of a gas-permeable protective sheet, or in which an opening is formed, which is sealed by a frame-like, gas-impermeable cover having an access opening against the interior of the transport and packaging container, which is sterile sealed by means of a gas-permeable sheet, comprising the steps of: placing the transport and packaging container together with the plurality of containers and/or closure elements accommodated therein, so that the side wall (5, 2, 4; 5a, 5b) of the transport and packaging container is disposed directly at a side wall of the clean room and in close proximity to a transfer port door of the clean room; opening the transfer port door, wherein by coupling the gas-permeable protective sheet with the transfer port door the gas-permeable protective sheet is separated from the side wall (5, 2, 4; 5a, 5b) or from the frame-like, gas-impermeable cover of the transport and packaging container at the same time and the access opening of the transport and packaging container is in communication with an inside space of the clean room; transferring the plurality of containers and/or of closure elements from the transport and packaging container into the inside space of the clean room; and closing the transfer port door. placing the transport and packaging container together with the plurality of containers and/or closure elements accommodated therein, so that the side wall (5, 2, 4; 5a, 5b) of the transport and packaging container is disposed directly at a side wall of the clean room and in close proximity to a transfer port door of the clean room; opening the transfer port door, wherein by coupling the gas-permeable protective sheet with the transfer port door the gas-permeable protective sheet is separated from the side wall (5, 2, 4; 5a, 5b) or from the frame-like, gas-impermeable cover of the transport and packaging container at the same time and the access opening of the transport and packaging container is in communication with an inside space of the clean room; transferring the plurality of containers and/or of closure elements from the transport and packaging container into the inside space of the clean room; and closing the transfer port door.
A mechanism for a pump, the mechanism comprising: a pump body having more protrusions; a movable basket adapted to move between a first position and a second position, wherein the protrusions are adapted to bias the movable basket in one of the first position and the second position; a switch bar adapted to allow selective locking of the protrusions, wherein the switch bar moves between a locking position and an unlocking position to load and unload the protrusions respectively; and a trigger configured to actuate the switch bar, the actuation of the trigger moves the switch bar between the locking position and the unlocking position; and in the unlocking position of the switch bar, the protrusions are unloaded such that the movable basket is movable between the first position and the second position, wherein the protrusions include one or more angled surfaces adapted to engage with linear elements of the movable basket, characterised in that: the one or more angled surfaces are adapted to keep the movable basket in the first position or the second position, when the protrusions are loaded by a hammer of the switch bar, wherein the switch bar includes the hammer around a lower end of the switch bar, and the hammer of the switch bar moves between the locking position and the unlocking position to load and unload the protrusions. a pump body having more protrusions; a movable basket adapted to move between a first position and a second position, wherein the protrusions are adapted to bias the movable basket in one of the first position and the second position; a switch bar adapted to allow selective locking of the protrusions, wherein the switch bar moves between a locking position and an unlocking position to load and unload the protrusions respectively; and a trigger configured to actuate the switch bar, the actuation of the trigger moves the switch bar between the locking position and the unlocking position; and in the unlocking position of the switch bar, the protrusions are unloaded such that the movable basket is movable between the first position and the second position, wherein the protrusions include one or more angled surfaces adapted to engage with linear elements of the movable basket, characterised in that: the one or more angled surfaces are adapted to keep the movable basket in the first position or the second position, when the protrusions are loaded by a hammer of the switch bar, wherein the switch bar includes the hammer around a lower end of the switch bar, and the hammer of the switch bar moves between the locking position and the unlocking position to load and unload the protrusions. the one or more angled surfaces are adapted to keep the movable basket in the first position or the second position, when the protrusions are loaded by a hammer of the switch bar, wherein the switch bar includes the hammer around a lower end of the switch bar, and the hammer of the switch bar moves between the locking position and the unlocking position to load and unload the protrusions.
A control device for a power converter, the control device comprising: a searching unit increasing or decreasing, at a predetermined step width, an operation voltage or an operation current of a power supply connected to the power converter to search a maximum power point of the power supply; characterized in that: a consecution time determining unit determining whether or not the searching unit has consecutively increased or decreased the operation voltage of the power supply or the operation current thereof by a predetermined number of times, such a number being at least two; and a step width increasing unit increasing the step width upon determination by the consecution time determining unit that the increase or the decrease has been consecutively executed by the predetermined number of times. a searching unit increasing or decreasing, at a predetermined step width, an operation voltage or an operation current of a power supply connected to the power converter to search a maximum power point of the power supply; characterized in that: a consecution time determining unit determining whether or not the searching unit has consecutively increased or decreased the operation voltage of the power supply or the operation current thereof by a predetermined number of times, such a number being at least two; and a step width increasing unit increasing the step width upon determination by the consecution time determining unit that the increase or the decrease has been consecutively executed by the predetermined number of times. a consecution time determining unit determining whether or not the searching unit has consecutively increased or decreased the operation voltage of the power supply or the operation current thereof by a predetermined number of times, such a number being at least two; and a step width increasing unit increasing the step width upon determination by the consecution time determining unit that the increase or the decrease has been consecutively executed by the predetermined number of times.
Diaphragm valve arrangement (1a, 1b, 1c, 1d, 1e, 1f, 1g, 1h, 1i, 1j, 1k, 1l, 1m, 1n, 1o, 1p), for example in a valve device of an anti-lock braking system of a motor vehicle, comprising a disk-shaped valve diaphragm (10, 27) made of a resilient material, a disk (14, 14a, 14c, 14d) having a central opening, an upper housing part (2, 16) having an axial shoulder and a lower housing part (6, 20) having a radially encompassing, annular, axial projection, a circular recess being formed in an end face of the lower housing part (6, 20) near the upper housing part, one of the two sides of the valve diaphragm (10, 27) being arranged on the disk (14, 14a, 14c, 14d), the valve diaphragm (10, 27) having a peripheral sealing bead (11, 28) radially on the outside on its side remote from the disk, the disk (14, 14a, 14c, 14d) being arranged together with the valve diaphragm (10, 27) between the upper housing part (2, 16) and the lower housing part (6, 20) of the diaphragm valve arrangement, and the sealing bead (11, 28) being clamped between the upper housing part (2, 16) and the lower housing part (6, 20), at least one additional sealing arrangement being present on the upper housing part (2, 16) and/or on the lower housing part (6, 20) in the region of the sealing bead (11, 28) and/or in the radially outer edge region of the disk (14, 14a, 14c, 14d) supporting the valve diaphragm (10, 27), characterized in that the sealing bead (11, 28) of the valve diaphragm (10, 27) is received in an axial annular groove (3, 17) which is formed by the axial shoulder in the upper housing part (2, 16) and the radially encompassing, annular, axial projection (8, 22) of the lower housing part (6, 20), the axial annular groove (3, 17) being dimensioned such that the resilient material (11a, 28a) of the valve diaphragm (10, 27) displaced when the upper housing part (2, 16) is clamped against the lower housing part (6, 20) reaches at least one receiving space (5, 26, 26a, 26b) of the annular groove (3, 17), and the at least one receiving space (5; 26; 26a; 26b) together with the displaced material (11a, 28a) forming the additional sealing arrangement, in that the annular, axial projection (8, 22) of the lower housing part (6, 20) is formed by the circular recess in the end face of the lower housing part (6, 20) near the upper housing part, in that a receiving space is formed by a radial peripheral groove in the annular axial projection of the lower housing part in the region of the sealing bead, which radial peripheral groove, when the upper housing part is clamped against the lower housing part, receives the displaced resilient material of the valve diaphragm and forms an additional radial and/or axial sealing arrangement, in that the radial peripheral groove forming the receiving space in the axial projection of the lower housing part has a peripheral inclined surface, a peripheral axially parallel surface and a radial, peripheral surface, in that the additional radial sealing effect is achieved on the peripheral inclined surface, and in that the receiving space together with the displaced material of the sealing bead forms the additional radial sealing arrangement.
A communication system including: a communication apparatus wirelessly connecting to terminals; and a network, the communication system characterized by comprising: an address translation table, comprised in the communication apparatus, that is configured to offload a traffic from a terminal to the network, wherein the address translation table includes source ports associated respectively with the terminals; and a source translation means, comprised in the communication apparatus, for translating a source port in the address translation table for each radio bearer by allocating predetermined source port ranges to different radio bearers, wherein the radio bearer is set up between the terminal that is a source of the traffic and the communication apparatus and is determined by a combination of a terminal, an access point name, APN, and a Quality of Service Class Indicator, QCI. an address translation table, comprised in the communication apparatus, that is configured to offload a traffic from a terminal to the network, wherein the address translation table includes source ports associated respectively with the terminals; and a source translation means, comprised in the communication apparatus, for translating a source port in the address translation table for each radio bearer by allocating predetermined source port ranges to different radio bearers, wherein the radio bearer is set up between the terminal that is a source of the traffic and the communication apparatus and is determined by a combination of a terminal, an access point name, APN, and a Quality of Service Class Indicator, QCI.
A method of manufacturing a hydraulic hammer using male and female gauges (10, 8); the hammer comprising a chuck housing with a first threaded fitting and a body machined with a cooperatively formed second threaded fitting such that the chuck housing and the body may be screwed together; the male and female gauges (10, 8) each having a thread (11, 9) that is formed to allow the gauges (10, 8) to be screwed together and each having at least one circumferential marking such that the gauges' (10, 8) relative rotational position can be determined when they are screwed together; the method comprising the steps of: machining the chuck housing with the first threaded fitting such that a first of the male and female gauges (10,8) can be screwed therein; fully screwing the first gauge (10,8) into the chuck housing and marking the chuck housing such that a rotational position of the first gauge (10, 8) relative to the chuck housing can be determined; removing the first gauge (10, 8); hardening the chuck housing; determining the distortion of the chuck housing caused by the hardening by fully screwing the first gauge (10, 8) into the chuck housing and determining their relative rotational positions; machining the chuck housing on the basis of the determined distortion; machining the body with the second threaded fitting such that a second of the male and female gauges (10, 8) can be screwed thereon; and fully screwing the second gauge (10, 8) onto the body and marking the body such that a rotational position of the second gauge (10, 8) relative to the body can be determined. machining the chuck housing with the first threaded fitting such that a first of the male and female gauges (10,8) can be screwed therein; fully screwing the first gauge (10,8) into the chuck housing and marking the chuck housing such that a rotational position of the first gauge (10, 8) relative to the chuck housing can be determined; removing the first gauge (10, 8); hardening the chuck housing; determining the distortion of the chuck housing caused by the hardening by fully screwing the first gauge (10, 8) into the chuck housing and determining their relative rotational positions; machining the chuck housing on the basis of the determined distortion; machining the body with the second threaded fitting such that a second of the male and female gauges (10, 8) can be screwed thereon; and fully screwing the second gauge (10, 8) onto the body and marking the body such that a rotational position of the second gauge (10, 8) relative to the body can be determined.
A method for metallization of the surface of a part, the part being held on a support arm, the method comprising the steps consisting of: a) projecting a base coating onto the part, b) applying a treatment for reducing the surface tension of the base coating, and c) projecting at least one redox solution comprising metal ions onto the part to metallize a surface of the part, wherein, during step a), the support arm of the part extends vertically, the method being characterized in that it further comprises a step of tilting the support arm of the part from the vertical position between step a) and step c). a) projecting a base coating onto the part, b) applying a treatment for reducing the surface tension of the base coating, and c) projecting at least one redox solution comprising metal ions onto the part to metallize a surface of the part,
An exhaust gas treatment system for an exhaust gas system of an internal combustion engine, in particular a motor vehicle, - comprising a housing with a laterally circulating shell and two end-side end bottoms (4, 5), - wherein at least one receiver pipe is provided which penetrates through the one or first end bottom and in the outlet end of which a particle filter is axially inserted from the outside, - wherein the particle filter has a shell, in which at least one particle filter element is encased by means of a mounting mat and is positioned therein, - wherein a deflection housing is provided that contains a deflection chamber that has at least one inlet in communication with the deflection chamber and at least one outlet in communication with the deflection chamber, - wherein at least one fixing device for detachably fixing the respective inlet to the respective outlet of the receiver pipe is provided, - wherein the receiver pipe is formed by an outlet-side extension of a shell of an oxidising catalytic convertor that has at least one oxidising catalytic convertor element provided in the shell. - comprising a housing with a laterally circulating shell and two end-side end bottoms (4, 5), - wherein at least one receiver pipe is provided which penetrates through the one or first end bottom and in the outlet end of which a particle filter is axially inserted from the outside, - wherein the particle filter has a shell, in which at least one particle filter element is encased by means of a mounting mat and is positioned therein, - wherein a deflection housing is provided that contains a deflection chamber that has at least one inlet in communication with the deflection chamber and at least one outlet in communication with the deflection chamber, - wherein at least one fixing device for detachably fixing the respective inlet to the respective outlet of the receiver pipe is provided, - wherein the receiver pipe is formed by an outlet-side extension of a shell of an oxidising catalytic convertor that has at least one oxidising catalytic convertor element provided in the shell.
Apparatus for transferring a vial from a first station to a second station, comprising a mobile arm provided with at least three gripping elements (2a - 2d) movable between one another in a controlled way at least between a first and a second position, wherein the free ends of at least part of said gripping elements (2a - 2d) have a magnet, and wherein the area of the polygon having as vertexes said free ends in said first position is smaller than the area of the polygon having as vertexes said free ends in said second position, wherein said first and second positions of the gripping elements (2a - 2d) are stable positions, said apparatus comprising mechanical elements configured to stably hold said gripping elements (2a - 2d) alternatively in said first or second position, characterised in that said gripping elements (2a - 2d) are constrained to a cam adapted to move said gripping elements (2a - 2d), wherein said cam is rotatable and is provided with a slot (6a - 6d) for each gripping element (2a - 2d), so that the rotation of the cam causes a movement of the gripping elements (2a - 2d) along said slots (6a - 6d), wherein said mechanical elements comprise a spring configured so that the rotation of said cam causes a deformation of said spring, and so that a rotation of said cam away from said first or from said second position of said gripping elements (2a - 2d) is hindered by the resistance provided by the deformation of said spring, so that the resistance of the spring must be overcome in order to move the gripping elements (2a - 2d) from the first to the second position and so that, in the same way, the resistance of the spring must be overcome in order to move the gripping elements (2a - 2d) from the second to the first position.
Floor treating apparatus, comprising a support device, on the lower side of which there is held at least one floor treating tool, which can be driven to rotate or oscillate, a handle device to guide the floor treating device, the handle device being held on the support device by means of at least one joint (20, 21) so as to be pivotable about a pivot axis, at least one locking device with a first locking body held on the handle device and a second locking body held on the support device to lock the handle device relative to the support device in two or more positions, and at least one actuating device to transfer the at least one locking device from a locking position, in which the first locking body and the second locking body are in engagement with each other to lock the handle device, to a release position, in which the first locking body and the second locking body are disengaged and the handle device is pivotable, characterized in that the at least one actuating device comprises a triggering element held movably on the handle device, and a force-diverting element in operative connection with the triggering element and coupled to the first locking body to divert an actuating force applied to the triggering element to a releasing force on the first locking body and to transfer the locking device from the locking position to the release position, the diverting occurring at a right angle from an actuating force acting in a longitudinal direction of the handle device to an axial releasing force, in relation to the pivot axis.