mhurhangee/patent-ind-claim-en huggingface dataset:
A guidance and reconnaissance unit (A) for use in a weapon system , comprising: - a first sensor for detection and identification of a target and point of impact; - a second sensor for determining position and attitude; - a computer for calculating position and/or vectors and/or predictions; - a programmable digital reference library containing target and/or terrain models; - a control system for control of loitering and/or reduced falling velocity; and characterised by - a transmitter for communication with a guided projectile via light, preferably via visible light; wherein the guidance and reconnaissance unit (A) is configured to be released, activated and slowly loiter down over a predetermined region and/ or target , for detecting and identifying a pre-programmed target from the reference library while loitering down. - a first sensor for detection and identification of a target and point of impact; - a second sensor for determining position and attitude; - a computer for calculating position and/or vectors and/or predictions; - a programmable digital reference library containing target and/or terrain models; - a control system for control of loitering and/or reduced falling velocity; and characterised by - a transmitter for communication with a guided projectile via light, preferably via visible light;
A filter assembly for removal from and replacement on a product , the product comprising a motor assembly having a motor , and the filter assembly comprising: a filter housing ; a first filter ; and a second filter , wherein the first filter is a pre-motor filter for location upstream of the motor in use, and the second filter is a post-motor filter for location downstream of the motor in use, and both the first and second filters are fixed to the filter housing and are annular about a common axis (A) to permit positioning the filter assembly around the motor assembly along the common axis (A), whereby the first filter is positioned around an inlet of the motor and the second filter is positioned around an outlet of the motor . a filter housing ; a first filter ; and a second filter , wherein the first filter is a pre-motor filter for location upstream of the motor in use, and the second filter is a post-motor filter for location downstream of the motor in use, and both the first and second filters are fixed to the filter housing and are annular about a common axis (A) to permit positioning the filter assembly around the motor assembly along the common axis (A), whereby the first filter is positioned around an inlet of the motor and the second filter is positioned around an outlet of the motor .
A planetary variator, functioning as a subsystem for a variable or reversible transmission capable of sustaining a squeezing pressure typically within but not limited to the range of 20 to 150 bar, comprising a ring wheel , two or more planets mounted around a central shaft (5 or 12), and a sun wheel , such that ring wheel , central shaft and sun wheel form an interface with other transmission components, wherein each planet comprises a planet wheel running on the running surface of said sun or ring wheel , and a planet fork connecting the planet to said central shaft by means of a hinge , characterized in that a continuous or a discontinuous control system is integrated in the assembly of each of the planets comprising a screwing system integrated within the planet fork (4 or 11) capable of tuning and locking the position of the planets relative to said hinge to ensure that the tip of the cone formed by the theoretical, non crowned, planet wheel running surface coincides precisely with the hinge axis of the planet fork when a certain load is applied on the running surface .
Device for contacting an immobilized reaction partner with at least one liquid, comprising a trough having a base from which at least one elevation having an upper side projects into the interior of the trough , wherein the at least one elevation has a channel which runs from the base of the trough to the upper side of the elevation , preferably perpendicularly to the base of the trough , and opens into at least one escape opening on the upper side of the elevation , wherein the channel is fed from at least one liquid reservoir containing the at least one liquid via a feed element by means of a pumping device , a holding device configured to detachably hold at least one object carrier having at least one adhesion surface containing the immobilized reaction partner, such that the adhesion surface is facing the interior of the trough , and that the upper side of the elevation and the adhesion surface are positioned relative to one another such that liquid escaping from the escape opening is in contact with the immobilized reagent, wherein the device comprises at least one object carrier inserted into the holding device , wherein the upper side of the elevation and the adhesion surface are arranged in parallel to one another, and wherein the object carrier has at least two adhesion surfaces separated from one another or the holding device is provided as a separate part which is equipped to accommodate and to hold at least two object carriers , characterized in that the device has two or more elevations and accordingly two or more corresponding adhesion surfaces in the one trough , and in that these are shaped and situated at a sufficient distance from one another such that the liquid introduced through the elevations does not come into contact with adhesion surfaces which are opposite adjacent elevations.
A broaching unit for broaching rules of die cutters, comprising a supporting structure , a guide for et- a die cutter rule and a tool-holding arm equipped with a broaching tool , wherein the guide defines a sliding surface of the die cutter rule , and wherein the tool-holding arm is mounted on the supporting structure and is susceptible to reciprocating movements with respect to it and the sliding surface, to intercept the die cutter rule with the broaching tool , wherein the tool-holding arm is equipped with at least two broaching tools (6-6′′′) and can be oriented with respect to the sliding surface to selectively actuate one of the broaching tools (6-6′′′), characterized in that the tool-holding arm extends along a longitudinal axis (X-X) parallel with respect to said sliding surface, and said reciprocating movements occur along a transversal direction with respect to the sliding direction of the die cutter rule . wherein the guide defines a sliding surface of the die cutter rule , and wherein the tool-holding arm is mounted on the supporting structure and is susceptible to reciprocating movements with respect to it and the sliding surface, to intercept the die cutter rule with the broaching tool , wherein the tool-holding arm is equipped with at least two broaching tools (6-6′′′) and can be oriented with respect to the sliding surface to selectively actuate one of the broaching tools (6-6′′′), characterized in that the tool-holding arm extends along a longitudinal axis (X-X) parallel with respect to said sliding surface, and said reciprocating movements occur along a transversal direction with respect to the sliding direction of the die cutter rule .
Box body for a utility vehicle (N), wherein the box body delimits a loading space (LR) with at least one surface element , which a) an outer cover layer assigned to the environment (U) of the utility vehicle (N), b) an inner cover layer assigned to the loading space (LR) and c) a core layer arranged between the outer and inner cover layers , which is formed from a foamed plastic, wherein the at least one surface element is equipped with an anti-theft means which comprises at least one signal line which is coupled to a monitoring device which triggers an alarm in the event of damage to the signal line , characterized in that the at least one signal line is carried by a grid and that the grid carrying the signal line is arranged with the core layer between the outer and the inner cover layer of the surface element . a) an outer cover layer assigned to the environment (U) of the utility vehicle (N), b) an inner cover layer assigned to the loading space (LR) and c) a core layer arranged between the outer and inner cover layers , which is formed from a foamed plastic,
A system to extend the functionality of a ROM code (208; 320), the system comprising: a ROM (206; 310) coupled to receive data and an address identifier that identifies a target address range to which the data is to be written, the ROM (206; 310) comprises the ROM code (208; 320) that, upon being processed, in response to receiving the target address range makes a selection by using an address-selection module (210; 322) regarding a target location where to write the data; and a secure memory (230; 340) coupled to the ROM (206; 310), wherein the ROM code (208; 320), based on said selection, selects a first routine for writing the data to the secure memory (230; 340) if the target address range is addressed by the ROM code (208; 320), or selects a second routine from the secure memory (230; 340) for writing the data to an external memory if the target address range is addressed by the secure memory (230; 340). a ROM (206; 310) coupled to receive data and an address identifier that identifies a target address range to which the data is to be written, the ROM (206; 310) comprises the ROM code (208; 320) that, upon being processed, in response to receiving the target address range makes a selection by using an address-selection module (210; 322) regarding a target location where to write the data; and a secure memory (230; 340) coupled to the ROM (206; 310), wherein the ROM code (208; 320), based on said selection, selects a first routine for writing the data to the secure memory (230; 340) if the target address range is addressed by the ROM code (208; 320), or selects a second routine from the secure memory (230; 340) for writing the data to an external memory if the target address range is addressed by the secure memory (230; 340).
Method for protecting against an overspeed of an electric machine in a hybrid motor vehicle drivetrain having at least one axle able to be driven at least partially by the electric machine and an internal combustion engine , comprising the following steps: - estimating a motor vehicle weight during a start-up procedure, - continually calculating a dynamic axle load of the driven axle, a driving wheel torque and a required friction coefficient, - detecting wheel slip by way of detecting microslip between a driving and a non-driven axle, - estimating a current roadway friction coefficient μ roadway based on the driving wheel torque calculated during the wheel slip and the dynamic axle load of the driven axle calculated during the wheel slip, - keeping the estimated roadway friction coefficient μ roadway until the wheel slip is no longer detected and at the same time - ascertaining a maximum speed n max of the electric machine at which this is actively decoupled from the drivetrain in terms of drive, based on the ascertained roadway friction coefficient μ roadway and the current load of the internal combustion engine . - estimating a motor vehicle weight during a start-up procedure, - continually calculating a dynamic axle load of the driven axle, a driving wheel torque and a required friction coefficient, - detecting wheel slip by way of detecting microslip between a driving and a non-driven axle, - estimating a current roadway friction coefficient μ roadway based on the driving wheel torque calculated during the wheel slip and the dynamic axle load of the driven axle calculated during the wheel slip, - keeping the estimated roadway friction coefficient μ roadway until the wheel slip is no longer detected and at the same time - ascertaining a maximum speed n max of the electric machine at which this is actively decoupled from the drivetrain in terms of drive, based on the ascertained roadway friction coefficient μ roadway and the current load of the internal combustion engine .
Method for producing a structural element for a motor vehicle, wherein at least one support part , in particular a fibre-reinforced plastic or metal support part, is at least in some regions reinforced by a reinforcement structure of a plastic material to form a hybrid component, wherein at least one chamber of the hybrid component is at least partially bounded by the reinforcement structure , wherein the reinforcement structure is applied to the support part by injection mounding and wherein a further plastic material , in particular a foam, is placed in the at least one chamber , characterised in that the plastic material of the reinforcement structure and the further plastic material , in particular the foam, are produced in the same facility, in which a rotatable tool part comprises two injection moulding nozzles and with on the one hand an injection moulding nozzle for applying the reinforcement structure made of plastic to the support part and on the other hand an injection moulding nozzle for applying the plastic material or the foam .
A roller blind that opens and closes freely in upward and downward directions, comprising a reel, one or more traction cords, and one or more traction devices; an end or ends of the reel being provided with one or more movable pulleys , characterized in that , the one or more traction cords comprise a lift-up section and a pull-down section which move synchronously by the traction of the one or more traction devices; the lift-up section and the pull-down section are respectively tensioned upward and downward after passing the movable pulley, thereby keeping the movable pulley stable. the one or more traction cords comprise a lift-up section and a pull-down section which move synchronously by the traction of the one or more traction devices; the lift-up section and the pull-down section are respectively tensioned upward and downward after passing the movable pulley, thereby keeping the movable pulley stable.
Imaging apparatus for imaging ex-vivo tissue specimens comprising - a positron emission tomography (PET) imaging module including at least one pair of PET detectors ; - a computed tomography (CT) imaging module including an X-ray source and an X-ray detector ; - a tissue specimen receiving element configured to receive the tissue specimen to be imaged; - a motion system configured to move the tissue specimen receiving element from the CT imaging module to the PET imaging module; wherein the PET imaging module is located above or beneath the CT imaging module. - a positron emission tomography (PET) imaging module including at least one pair of PET detectors ; - a computed tomography (CT) imaging module including an X-ray source and an X-ray detector ; - a tissue specimen receiving element configured to receive the tissue specimen to be imaged; - a motion system configured to move the tissue specimen receiving element from the CT imaging module to the PET imaging module;
Display assembly comprising, on the one hand, a glass-ceramic plate of the lithium aluminosilicate type, the optical transmission of which for a thickness of 4 mm is between 0.2% and 4% for at least one wavelength between 400 and 500 nm and, on the other hand, a luminous device , characterized in that the luminous device comprises at least one polychromatic light source having at least a first emission of nonzero intensity at said wavelength between 400 and 500 nm and at least a second emission at a wavelength of more than 500 nm, and such that the positioning of said source is designed to allow display through said glass-ceramic plate , and in that the chemical composition of the glass-ceramic plate comprises the following constituents in the limits defined below, expressed in percentages by weight: SiO 2 64 - 70% Al 2 O 3 18 - 25% Li 2 O 2.5 - 3.8% K 2 O 0 - < 1.0 Na 2 O 0 - < 1.0% ZnO 1.2 - 2.8% MgO 0.30 - 1.5% CaO 0 - 1% BaO 0 - 3% SrO 0 - 1.4% TiO 2 1.8 - 3.2% ZrO 2 1.0 - 2.5%, and comprises tin oxide in an amount by weight of between 0.1% and 0.5%, preferably between 0.2% and 0.35%, or metal sulfides.
Lower structure device for a motor vehicle comprising two impact absorption elements, respectively front and rear, and a spacer element between the two impact absorption elements, capable of rigidly transmitting longitudinal forces caused by an impact, and comprising two surfaces for respectively bearing the two absorption elements, characterized in that the spacer element comprises a transverse front plate for bearing the front absorption element and a transverse rear plate for bearing the rear absorption element, and in that the spacer element comprises a reinforcing part in the form of a U in cross section and another reinforcing part forming an angle bracket with one of the two bearing plates.
A method for providing graphic feedback at an interactive touch screen controlling a coupled processor, comprising: Maintaining a predetermined period of historical data of a delay in displaying a graphical response from the coupled processor resulting from an input at the interactive touch screen; using the historical data, providing a graphical feedback signal at the interactive touch screen to reduce entry error by a user due to the delay of the displayed graphical response to the input; and displaying the graphical feedback signal using the interactive touch screen, wherein the historical data includes a plurality of recorded latency intervals measured between an input at the interactive touch screen and a display of a response at the interactive touch screen from the coupled processor; the method further comprising calculating a projected latency interval based upon the historical data, and displaying the graphical feedback signal includes displaying the graphical feedback signal during a time period beginning with the input at the interactive touch screen and corresponding to an interval less than the calculated projected latency interval. Maintaining a predetermined period of historical data of a delay in displaying a graphical response from the coupled processor resulting from an input at the interactive touch screen; using the historical data, providing a graphical feedback signal at the interactive touch screen to reduce entry error by a user due to the delay of the displayed graphical response to the input; and displaying the graphical feedback signal using the interactive touch screen, wherein the historical data includes a plurality of recorded latency intervals measured between an input at the interactive touch screen and a display of a response at the interactive touch screen from the coupled processor; the method further comprising calculating a projected latency interval based upon the historical data, and displaying the graphical feedback signal includes displaying the graphical feedback signal during a time period beginning with the input at the interactive touch screen and corresponding to an interval less than the calculated projected latency interval.
A device for providing a graphical user interface for a vehicle , with a display device with a display area , on which graphic objects (7.1 - 7.3) are displayable in a predetermined arrangement, a storage unit , in which a number of possibilities for the arrangement of the graphic objects (7.1 - 7.3) is stored on the display area , wherein at least a first and a second main display with further graphic objects (7.4 - 7.6) are storable in the storage unit , a detection unit (4.1, 4.2), by means of which a first operating action of a user is detectable, by means of which the number of possibilities for the arrangement of the graphic objects (7.1 - 7.3) is displayable, and with which a second operating action is detectable, by means of which one of the possibilities for the arrangement is selectable, wherein the detection unit (4.1, 4.2) comprises an approach detection unit (4.2) by means of which an operating intention is detectable, and a control unit , by means of which the display area is actuatable in such a manner that the graphic objects (7.1 - 7.3) are displayable in the selected arrangement, when the detection unit (4.1, 4.2) has detected the second operating action, wherein, when the approach detection unit (4.2) has detected an operating intention, the display area is actuatable by the control unit in such a manner that the display area changes from a display mode into an operating mode, wherein the further graphic objects (7.4 - 7.6) are at least partially displayable in the operating mode, wherein depending on the detection of the first operating action, a window is displayable on the display area , in which the at least two main displays are depictable schematically, wherein the schematic depiction of the first main display is depictable in a highlighted manner by a marking , characterized in that the second operating action comprises a wiping gesture, wherein the direction of the wiping gesture is detectable and with the wiping gesture, depending on the direction of the wiping gesture, scrolling is producible on the display area by means of which the further graphic objects (7.4 - 7.6) of the second main display are displayable, wherein simultaneously the marking is shiftable in the window according to the positions of the graphic objects (7.1 - 7.3) and the further graphic objects (7.4 - 7.6) on the display area on the schematic depictions of the main displays .
A media loading device configured to receive a media roll having a leading-edge , the media loading device comprising: a motor to rotate the media roll in a winding direction and an unwinding direction, the motor being configured to be controlled by a processor ; and a leading-edge sensor comprising: a pivot arm configured to contact the media roll, characterized in that the leading-edge sensor further comprises: a detecting element protruding from below the pivot arm and having a contacting surface, the detecting element being configured to issue a leading-edge presence signal (140 240) to the processor upon contact with the leading edge. a motor to rotate the media roll in a winding direction and an unwinding direction, the motor being configured to be controlled by a processor ; and a leading-edge sensor comprising: a pivot arm configured to contact the media roll, characterized in that the leading-edge sensor further comprises: a detecting element protruding from below the pivot arm and having a contacting surface, the detecting element being configured to issue a leading-edge presence signal (140 240) to the processor upon contact with the leading edge.
A lavatory comprising: a plurality of walls including a first wall having a doorway , the plurality of walls defining a lavatory enclosure having a first volume; an expandable door including: a main panel having dimensions that conform to the doorway ; and a main hinge connecting the main panel to the first wall ; and a latch , wherein the main panel is configured to, in a deployed state, increase in at least one dimension to form a privacy barrier around an expansion zone (EZ) located outside of the lavatory enclosure, the expansion zone having a second volume contiguous with the first volume, and the latch is configured to lock the expandable door in place in the deployed state. a plurality of walls including a first wall having a doorway , the plurality of walls defining a lavatory enclosure having a first volume; an expandable door including: a main panel having dimensions that conform to the doorway ; and a main hinge connecting the main panel to the first wall ; and a main panel having dimensions that conform to the doorway ; and a main hinge connecting the main panel to the first wall ; and a latch , wherein the main panel is configured to, in a deployed state, increase in at least one dimension to form a privacy barrier around an expansion zone (EZ) located outside of the lavatory enclosure, the expansion zone having a second volume contiguous with the first volume, and the latch is configured to lock the expandable door in place in the deployed state.