mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a rotor having a surface defining a plurality of first fluid-conveying features (121-123); a microfluidic device defining one or more channels and a plurality of second fluid-conveying features, in fluid communication with the one or more channels ; a rotor driver coupled to the rotor and configured to rotate the rotor , relative to the microfluidic device , between a first position and a second position such that, in each of the positions, at least one of the first fluid-conveying features cooperates with at least one of the one or more channels to provide for fluid communication therebetween; a clamping mechanism comprising a linear actuator operable to move one of the microfluidic device or the rotor into contact with the other of the microfluidic device or the rotor and provide a sealing force to establish a fluid- tight seal between the surface of the rotor and the microfluidic device ; characterized in that the system further comprises control electronics operatively associated with the clamping mechanism and configured to control operation of the clamping mechanism such that the sealing force is reduced prior to and during the rotation of the rotor relative to the microfluidic device by causing the linear actuator to move one of the microfluidic device or the rotor away from the other of the microfluidic device and the rotor . a rotor having a surface defining a plurality of first fluid-conveying features (121-123); a microfluidic device defining one or more channels and a plurality of second fluid-conveying features, in fluid communication with the one or more channels ; a rotor driver coupled to the rotor and configured to rotate the rotor , relative to the microfluidic device , between a first position and a second position such that, in each of the positions, at least one of the first fluid-conveying features cooperates with at least one of the one or more channels to provide for fluid communication therebetween; a clamping mechanism comprising a linear actuator operable to move one of the microfluidic device or the rotor into contact with the other of the microfluidic device or the rotor and provide a sealing force to establish a fluid- tight seal between the surface of the rotor and the microfluidic device ; characterized in that the system further comprises control electronics operatively associated with the clamping mechanism and configured to control operation of the clamping mechanism such that the sealing force is reduced prior to and during the rotation of the rotor relative to the microfluidic device by causing the linear actuator to move one of the microfluidic device or the rotor away from the other of the microfluidic device and the rotor .
A network component, comprising: a processor configured to: provide a first indicator in an originating address field of a short message service, SMS, message, the first indicator indicating an alternative encoding scheme is used for a source address of the SMS message, and a second indicator indicating the alternative encoding scheme, wherein the alternative encoding scheme is one of Universal Character Set, UCS2,-based encoding and National Language table-based encoding; encode the source address using the alternative encoding scheme; and transmit the SMS message with the first indicator , the second indicator, and the encoded source address ; wherein the first indicator comprises a binary value of '111', in a Type of Number, ToN, field within the originating address field , indicating that an alternative encoding scheme is used and the second indicator indicates which of the alternative encoding schemes is to be used, and wherein the second indicator is: a Type of Number Extension, ToNE, field following the ToN field , wherein the ToNE field replaces a numbering plan identification table within the originating address field. provide a first indicator in an originating address field of a short message service, SMS, message, the first indicator indicating an alternative encoding scheme is used for a source address of the SMS message, and a second indicator indicating the alternative encoding scheme, wherein the alternative encoding scheme is one of Universal Character Set, UCS2,-based encoding and National Language table-based encoding; encode the source address using the alternative encoding scheme; and transmit the SMS message with the first indicator , the second indicator, and the encoded source address ; wherein the first indicator comprises a binary value of '111', in a Type of Number, ToN, field within the originating address field , indicating that an alternative encoding scheme is used and the second indicator indicates which of the alternative encoding schemes is to be used, and wherein the second indicator is: a Type of Number Extension, ToNE, field following the ToN field , wherein the ToNE field replaces a numbering plan identification table within the originating address field.
An optically pumped amplifier and/or oscillator, which has a plate-shaped optical gain medium , which is delimited by two mutually opposite main surfaces and two mutually opposite first and second side surfaces in each case, and a plurality of pump laser units for optically pumping the gain medium through at least one of the first side surfaces , via which a laser beam to be amplified propagates through the gain medium , wherein the pump laser units direct pump laser radiation onto the at least one first side surface as beam bundles and are designed such that the pump laser radiation emitted by the pump laser units , upon passing through the gain medium , has an elongated beam cross section having a short axis and a long axis running parallel to the main surfaces and propagates, not guided as in a waveguide, freely through the gain medium with respect to the short axis, without touching the main surfaces, and the pump laser units are arranged such that in each case, the main axes of the beam bundles of a plurality of pump laser units impinge on geometrically separate beam paths on one of the first side surfaces or on both first side surfaces in a plane perpendicular to the short axis at an angle to one another, and the beam cross sections of the beam bundles are in each case superimposed on one another on the first side surface(s) and in the gain medium.
A Hot Isostatic Pressing, HIP, System, with a furnace isolation chamber for containing a component to be hot isostatically pressed, comprising: longitudinally cylindrical sidewalls; a top end extending between and permanently connected to said side walls, thereby closing one end of the chamber; a base end, which is opposite said top end, and a movable bottom end, which is adapted to receive said component, and comprises a mechanism for raising and lowering said component into a high temperature zone of the furnace in the HIP system, wherein said isolation chamber forms an integral part of the HIP system, wherein there is a temperature gradient from the top end of the furnace isolation chamber to the base end, with the base end of said chamber being located outside of the high temperature zone of the furnace; wherein the furnace isolation chamber further comprises at least one porous metal or ceramic filter . longitudinally cylindrical sidewalls; a top end extending between and permanently connected to said side walls, thereby closing one end of the chamber; a base end, which is opposite said top end, and a movable bottom end, which is adapted to receive said component, and comprises a mechanism for raising and lowering said component into a high temperature zone of the furnace in the HIP system, wherein said isolation chamber forms an integral part of the HIP system, wherein there is a temperature gradient from the top end of the furnace isolation chamber to the base end, with the base end of said chamber being located outside of the high temperature zone of the furnace; wherein the furnace isolation chamber further comprises at least one porous metal or ceramic filter .
An apparatus for additive manufacturing of an object, the apparatus comprising: a tank for holding a photopolymerizable material , the tank comprising a lower surface with a window extending over at least a portion of the lower surface, a digital light processing (DLP) projector for projecting radiation through the transparent window, the radiation defining an outer perimeter of a layer of the object to be built, a focused energy source for irradiating the photopolymerizable material through the transparent window, and a build Platform , the build platform adapted to descend to and ascend from the tank , wherein the focused energy source is configured to emit radiation between 340 and 420 nm and the window is configured to permit radiation emitted by the DLP projector and the focused energy source to enter the tank , and a control device comprising instructions for the DLP projector to project an image through the transparent window, the radiation defining an outer perimeter of a layer of the object to be built, and instructions for the focused energy source to irradiate an inner region of the layer of the object to be built. a tank for holding a photopolymerizable material , the tank comprising a lower surface with a window extending over at least a portion of the lower surface, a digital light processing (DLP) projector for projecting radiation through the transparent window, the radiation defining an outer perimeter of a layer of the object to be built, a focused energy source for irradiating the photopolymerizable material through the transparent window, and a build Platform , the build platform adapted to descend to and ascend from the tank , wherein the focused energy source is configured to emit radiation between 340 and 420 nm and the window is configured to permit radiation emitted by the DLP projector and the focused energy source to enter the tank , and a control device comprising instructions for the DLP projector to project an image through the transparent window, the radiation defining an outer perimeter of a layer of the object to be built, and instructions for the focused energy source to irradiate an inner region of the layer of the object to be built.
Dual clutch transmission for motor vehicles having - a first input shaft and a second input shaft, - two clutches , by means of which the first input shaft and the second input shaft can be selectively coupled to the engine , - two intermediate shafts arranged parallel to the transmission input shafts , - gearwheel pairs of fixed wheels and freely rotating wheels, of which a first gearwheel is arranged on one of the input shafts and a second gearwheel is arranged on one of the intermediate shafts, wherein all the gearwheels arranged on the intermediate shafts are designed as freely rotating wheels, - coupling devices, by means of which the freely rotating wheels can be selectively connected to the respective intermediate shaft, wherein the coupling devices provided for the output gearwheels of the intermediate shafts are of double-acting design, and - an output gearwheel arranged on each of the two intermediate shafts , wherein the output gearwheels of both intermediate shafts mesh with a differential wheel and can be alternately connected for conjoint rotation to the respective intermediate shaft, characterized in that all the coupling devices provided on the intermediate shafts are of double-acting design. - a first input shaft and a second input shaft, - two clutches , by means of which the first input shaft and the second input shaft can be selectively coupled to the engine , - two intermediate shafts arranged parallel to the transmission input shafts , - gearwheel pairs of fixed wheels and freely rotating wheels, of which a first gearwheel is arranged on one of the input shafts and a second gearwheel is arranged on one of the intermediate shafts, wherein all the gearwheels arranged on the intermediate shafts are designed as freely rotating wheels, - coupling devices, by means of which the freely rotating wheels can be selectively connected to the respective intermediate shaft, wherein the coupling devices provided for the output gearwheels of the intermediate shafts are of double-acting design, and - an output gearwheel arranged on each of the two intermediate shafts , wherein the output gearwheels of both intermediate shafts mesh with a differential wheel and can be alternately connected for conjoint rotation to the respective intermediate shaft,
Vibratory conveyor having a conveying device that can be excited to vibrate by at least one drive device , wherein, as a result of the vibration of the conveying device , objects supported by a conveying surface of the conveying device can be conveyed along a conveying path, wherein the conveying surface is formed by mutually spaced elevations of the conveying device and/or by carrying sections between apertures of the conveying device , wherein the conveying device is or comprises a grid which forms the conveying surface , characterized in that the grid has a floor section extending along the conveying path and at least one wall section angled vertically relative to the floor section for guiding the objects along the conveying path.
An injection molding machine comprising: a rotary table to which a die is attached; a block provided in the rotary table ; a stopper against which the block is pressed to stop rotation of the rotary table ; and a pressing member that presses the stopper from a side opposite to the block , when the block is pressed against the stopper , wherein the pressing member presses, in a radial direction of the rotary table , the stopper on both sides across a movement locus of the block . a rotary table to which a die is attached; a block provided in the rotary table ; a stopper against which the block is pressed to stop rotation of the rotary table ; and a pressing member that presses the stopper from a side opposite to the block , when the block is pressed against the stopper , wherein the pressing member presses, in a radial direction of the rotary table , the stopper on both sides across a movement locus of the block .
A communication apparatus comprising: a PHY frame generating circuit that is adapted to generate a PHY frame including either of a short Sector Sweep frame and a Sector Sweep frame; and an array antenna that is adapted to select, based on the PHY frame, any sector from among a plurality of sectors and transmits the PHY frame, wherein the PHY frame generating circuit is adapted so that in a case where, in the PHY frame including the Short SSW frame, a Direction field of the Short SSW frame indicates Initiator Sector Sweep, the PHY frame generating circuit replaces a short Sector Sweep Feedback field indicating an index of a selected best Short SSW with a Short Scrambled Basic Service Set ID field indicating an abbreviated address generated from a BSSID, wherein the abbreviated address is a value that is obtained by scrambling a value of the BSSID based on any field included in the PHY frame and by performing calculation using a hash function. a PHY frame generating circuit that is adapted to generate a PHY frame including either of a short Sector Sweep frame and a Sector Sweep frame; and an array antenna that is adapted to select, based on the PHY frame, any sector from among a plurality of sectors and transmits the PHY frame, wherein the PHY frame generating circuit is adapted so that in a case where, in the PHY frame including the Short SSW frame, a Direction field of the Short SSW frame indicates Initiator Sector Sweep, the PHY frame generating circuit replaces a short Sector Sweep Feedback field indicating an index of a selected best Short SSW with a Short Scrambled Basic Service Set ID field indicating an abbreviated address generated from a BSSID, wherein the abbreviated address is a value that is obtained by scrambling a value of the BSSID based on any field included in the PHY frame and by performing calculation using a hash function.
Method for the treatment of a composition comprising cellulose fibres into a composition comprising cellulose microfibers , the method comprises the steps of a) Providing a composition comprising fibres; b) Admixing aqueous solution/solvent to said composition comprising cellulose fibres by dry feeding the composition comprising cellulose fibres to a first twin screw comprising a water or steam feed system, to provide a pulp suspension comprising cellulose fibres; c) Feeding said pulp suspension comprising cellulose fibres into a refining step comprising a mechanical defibrillation process executed using a refining twin screw ; d) Refining said pulp suspension comprising cellulose fibres with at least the use of said refining twin screw, to provide a composition comprising cellulose microfibers, wherein, in step b) a counter rotating twin screw is used and a pulp suspension is provided with a consistency between, and including 35% and 80%, and wherein, the composition comprising cellulose microfibers has a Schopper-Riegler value (SR) upon leaving the twin-screw of step c) of at least 80° SR as determined according to the standard BS EN ISO 5267-1 2001. a) Providing a composition comprising fibres; b) Admixing aqueous solution/solvent to said composition comprising cellulose fibres by dry feeding the composition comprising cellulose fibres to a first twin screw comprising a water or steam feed system, to provide a pulp suspension comprising cellulose fibres; c) Feeding said pulp suspension comprising cellulose fibres into a refining step comprising a mechanical defibrillation process executed using a refining twin screw ; d) Refining said pulp suspension comprising cellulose fibres with at least the use of said refining twin screw, to provide a composition comprising cellulose microfibers,
Use of a switch device as device for entering logistical data in a storage area, the switch device comprising: - a housing device (H) with a plate-shaped body with a connection surface , which is facing an actuation side (S1) of the electrical switch device , and with a housing part (H1), - a plate-shaped actuation part arranged thereon, viewed in the thickness direction (Z), with an actuation surface facing the actuation side (S1) and a connection surface located opposite thereto, - a display integrated in the actuation part for displaying images on the actuation side (S1), wherein the housing part (H1) comprises: a side wall (H4), which, viewed in the thickness direction (Z), surrounds the connection device and the actuation part at least in some sections and an edge section (H5) which adjoins to the side wall (H4) towards the actuation side (S1) and forms a central opening (H7), in which the display extends, at least in some sections, - a connection device with at least one connection layer made from an elastic material, which is attached to an inner area of the connection surface of the actuation part and is fixed with a second surface to an inner area of the connection surface of the main body , - at least one sensor , which is located between the main body and the actuation part and, viewed in the thickness direction (Z), is located at the lateral side of the connection device , so that each sensor can be used to detect a position of one region, arranged at said sensor, of the second surface in the thickness direction (Z). - a housing device (H) with a plate-shaped body with a connection surface , which is facing an actuation side (S1) of the electrical switch device , and with a housing part (H1), - a plate-shaped actuation part arranged thereon, viewed in the thickness direction (Z), with an actuation surface facing the actuation side (S1) and a connection surface located opposite thereto, - a display integrated in the actuation part for displaying images on the actuation side (S1), wherein the housing part (H1) comprises: a side wall (H4), which, viewed in the thickness direction (Z), surrounds the connection device and the actuation part at least in some sections and an edge section (H5) which adjoins to the side wall (H4) towards the actuation side (S1) and forms a central opening (H7), in which the display extends, at least in some sections, - a connection device with at least one connection layer made from an elastic material, which is attached to an inner area of the connection surface of the actuation part and is fixed with a second surface to an inner area of the connection surface of the main body , - at least one sensor , which is located between the main body and the actuation part and, viewed in the thickness direction (Z), is located at the lateral side of the connection device , so that each sensor can be used to detect a position of one region, arranged at said sensor, of the second surface in the thickness direction (Z).
A multivariable process fluid transmitter module comprising: a base having a pair of recesses , a pair of pedestals , each pedestal being disposed in a respective recess and being coupled to a respective isolation diaphragm and configured to receive a pressure of a process fluid as a line pressure and configured to be bearing high pressure up to at least 103.4 MPa (15,000 psi); at least one line pressure assembly mounted proximate one of the pedestals , the at least one line pressure sensor assembly coupling a respective isolation diaphragm to a first line pressure sensor ; a differential pressure sensor having a sensing diaphragm fluidically coupled to the isolation diaphragms by a fill fluid; at least one additional sensor disposed to sense a variable of the process fluid; circuitry coupled to the first line pressure sensor , the differential pressure sensor , and the at least one additional sensor to measure an electrical characteristic of each of the first line pressure sensor , the differential pressure sensor , and the at least one additional sensor; and wherein the circuitry is configured to provide an output related to the first line pressure sensor , the differential pressure sensor and the at least one additional sensor, wherein the at least one additional sensor comprises a second line pressure sensor positioned at a second line pressure assembly, and wherein the second line pressure sensor is sealed in a vacuum or near vacuum instead of being coupled to line pressure, so that it reacts to non-pressure-related variables, such as temperature and/or stresses on the sensor module . a base having a pair of recesses , a pair of pedestals , each pedestal being disposed in a respective recess and being coupled to a respective isolation diaphragm and configured to receive a pressure of a process fluid as a line pressure and configured to be bearing high pressure up to at least 103.4 MPa (15,000 psi); at least one line pressure assembly mounted proximate one of the pedestals , the at least one line pressure sensor assembly coupling a respective isolation diaphragm to a first line pressure sensor ; a differential pressure sensor having a sensing diaphragm fluidically coupled to the isolation diaphragms by a fill fluid; at least one additional sensor disposed to sense a variable of the process fluid; circuitry coupled to the first line pressure sensor , the differential pressure sensor , and the at least one additional sensor to measure an electrical characteristic of each of the first line pressure sensor , the differential pressure sensor , and the at least one additional sensor; and wherein the circuitry is configured to provide an output related to the first line pressure sensor , the differential pressure sensor and the at least one additional sensor, wherein the at least one additional sensor comprises a second line pressure sensor positioned at a second line pressure assembly, and wherein the second line pressure sensor is sealed in a vacuum or near vacuum instead of being coupled to line pressure, so that it reacts to non-pressure-related variables, such as temperature and/or stresses on the sensor module .
A meningococcus which expresses NadA and optionally NHBA, wherein the meningococcus is isogenic with a parental strain, except for a genetic modification which causes the meningococcus to express more NadA and optionally more NHBA than the parental strain, wherein the meningococcus does not express NadR, and wherein the bacterium does not express an active MltA.