mhurhangee/ep-ind-claims huggingface dataset:
A system for determining the position of an aircraft comprising an emitter arranged at the aircraft for emitting a signal, at least two receivers (20a-d) arranged at different locations (P1-4) for receiving the signal emitted by the emitter, an evaluation device which is designed to determine an aircraft position based on the known positions (P1-4) of the receivers (20a-d) at the time of the reception of the signal and on a characteristic of the signal emitted by the emitter and received by the receivers (20a-d), characterized in that at least one of the receivers (20a-b) is located above the aircraft and at least one of the receivers (20c-d) is located below the aircraft and fixedly arranged in the region of an earth surface, and the evaluation device is designed to determine a vertical position of the aircraft from the signal received by the receivers (20a-b) located above the aircraft and the receivers (20c-d) located below the aircraft and the known positions (P1-4) of the receivers (20a-d). an emitter arranged at the aircraft for emitting a signal, at least two receivers (20a-d) arranged at different locations (P1-4) for receiving the signal emitted by the emitter, an evaluation device which is designed to determine an aircraft position based on the known positions (P1-4) of the receivers (20a-d) at the time of the reception of the signal and on a characteristic of the signal emitted by the emitter and received by the receivers (20a-d), characterized in that at least one of the receivers (20a-b) is located above the aircraft and at least one of the receivers (20c-d) is located below the aircraft and fixedly arranged in the region of an earth surface, and the evaluation device is designed to determine a vertical position of the aircraft from the signal received by the receivers (20a-b) located above the aircraft and the receivers (20c-d) located below the aircraft and the known positions (P1-4) of the receivers (20a-d).
A vane assembly for a gas turbine engine comprising: an inner diameter platform; an outer diameter platform; an airfoil shaped vane spanning from the inner diameter platform to the outer diameter platform, the airfoil shaped vane including an internal cooling passage (120, 122) having a first inlet at said inner diameter platform and a second inlet at said outer diameter platform; and an outer diameter platform cover disposed radially outward of the outer diameter platform, relative to a radius of an arc defined by an arc of the outer diameter platform, the outer diameter platform cover including at least one coolant cover inlet hole, the at least one coolant cover inlet hole being aligned with a corresponding second inlet; characterised in that: a cross sectional shape of the second inlet and a cross sectional shape of the at least one coolant cover inlet hole is the same. an inner diameter platform; an outer diameter platform; an airfoil shaped vane spanning from the inner diameter platform to the outer diameter platform, the airfoil shaped vane including an internal cooling passage (120, 122) having a first inlet at said inner diameter platform and a second inlet at said outer diameter platform; and an outer diameter platform cover disposed radially outward of the outer diameter platform, relative to a radius of an arc defined by an arc of the outer diameter platform, the outer diameter platform cover including at least one coolant cover inlet hole, the at least one coolant cover inlet hole being aligned with a corresponding second inlet; characterised in that: a cross sectional shape of the second inlet and a cross sectional shape of the at least one coolant cover inlet hole is the same.
Method for the at least partially automatic longitudinal control of a motor vehicle, wherein - by means of a surroundings sensor system of the motor vehicle, sensor data are generated which represent an environment of the motor vehicle; and - by means of a computing unit of the motor vehicle, based on the sensor data, a speed vector of a road user in the environment is determined and a potential collision of the road user with the motor vehicle is predicted; - by means of the computing unit, based on the speed vector, it is identified that the road user is moving substantially transverse to a direction of movement of the motor vehicle; - by means of the computing unit, a target speed for the motor vehicle is computed to avoid the predicted collision, wherein the target speed is computed by means of the computing unit such that a predicted minimum distance between the road user and the motor vehicle is greater than or equal to a predefined minimum distance; and - a speed of the motor vehicle is automatically reduced to the target speed. - by means of a surroundings sensor system of the motor vehicle, sensor data are generated which represent an environment of the motor vehicle; and - by means of a computing unit of the motor vehicle, based on the sensor data, a speed vector of a road user in the environment is determined and a potential collision of the road user with the motor vehicle is predicted; - by means of the computing unit, based on the speed vector, it is identified that the road user is moving substantially transverse to a direction of movement of the motor vehicle; - by means of the computing unit, a target speed for the motor vehicle is computed to avoid the predicted collision, wherein the target speed is computed by means of the computing unit such that a predicted minimum distance between the road user and the motor vehicle is greater than or equal to a predefined minimum distance; and - a speed of the motor vehicle is automatically reduced to the target speed.
Machinery for wrapping up an item, in particular a pallet, comprising: - a rotatable support for supporting and rotating the item, - a releasing device for releasing a paper film around the item when said item is rotating on the rotatable support, - a moving device for moving the releasing device, - a transfer system for transporting the film from a coil, located in a fixed position relative to a supporting surface, to the releasing device; wherein the transfer system comprises: • a first oblique diverter, mounted to the releasing device, for diverting the direction of the film as it enters the releasing device; • a compensation assembly, configured for sliding horizontally, comprising a plurality of rollers (50, 52) rotatable about a prevalently horizontal axis, and between which the film is intended to pass, wherein at least one of such rollers can vary its distance from the other rollers; wherein the releasing device is adapted to receive the film as it exits the compensation assembly; - moving means for moving the compensation assembly horizontally. - a rotatable support for supporting and rotating the item, - a releasing device for releasing a paper film around the item when said item is rotating on the rotatable support, - a moving device for moving the releasing device, - a transfer system for transporting the film from a coil, located in a fixed position relative to a supporting surface, to the releasing device; wherein the transfer system comprises: • a first oblique diverter, mounted to the releasing device, for diverting the direction of the film as it enters the releasing device; • a compensation assembly, configured for sliding horizontally, comprising a plurality of rollers (50, 52) rotatable about a prevalently horizontal axis, and between which the film is intended to pass, wherein at least one of such rollers can vary its distance from the other rollers; wherein the releasing device is adapted to receive the film as it exits the compensation assembly; • a first oblique diverter, mounted to the releasing device, for diverting the direction of the film as it enters the releasing device; • a compensation assembly, configured for sliding horizontally, comprising a plurality of rollers (50, 52) rotatable about a prevalently horizontal axis, and between which the film is intended to pass, wherein at least one of such rollers can vary its distance from the other rollers; wherein the releasing device is adapted to receive the film as it exits the compensation assembly; - moving means for moving the compensation assembly horizontally.
A water-soluble photo-activatable polymer comprising a polymer precursor which is poly(allylamine) and the following groups covalently attached to the poly(allylamine): (a) a photo-activatable group that upon irradiation is capable of forming a covalent bond between the water-soluble photo-activatable polymer and a matrix having at least one carbon; (b) a thiol-reactive group; and (c) a hydrophilic group, wherein the hydrophilic group is present in an amount sufficient to make the water-soluble photo-activatable polymer soluble in water; wherein the thiol-reactive group is a 2-pyridyldithio group, and the hydrophilic group is a carboxy group. (a) a photo-activatable group that upon irradiation is capable of forming a covalent bond between the water-soluble photo-activatable polymer and a matrix having at least one carbon; (b) a thiol-reactive group; and (c) a hydrophilic group, wherein the hydrophilic group is present in an amount sufficient to make the water-soluble photo-activatable polymer soluble in water;
Installation for the continuous production of material panels with a press, wherein at least one forming section for producing a press mat, a press for pressing the press mat into a material panel and a finishing section for stacking are arranged in the installation with a controller for the mentioned parts of the installation, wherein a flaking region with a controller and/or at least one flaker, preferably a knife-ring flaker, having a controller is arranged in the installation, characterized in that the controller of the installation is operatively connected to the controller for the flaking region and/or to the controller for the flaker, and wherein the controller for the flaking region and/or the controller of the flaker is suitable for implementing at least two operating modes. wherein at least one forming section for producing a press mat, a press for pressing the press mat into a material panel and a finishing section for stacking are arranged in the installation with a controller for the mentioned parts of the installation, wherein a flaking region with a controller and/or at least one flaker, preferably a knife-ring flaker, having a controller is arranged in the installation, characterized in that the controller of the installation is operatively connected to the controller for the flaking region and/or to the controller for the flaker, and wherein the controller for the flaking region and/or the controller of the flaker is suitable for implementing at least two operating modes.
A hand-held sealing tool for sealing a strap, comprising: - a gripping unit; - a battery detachably affixed to one end of the gripping unit; - a motor positioned at least in part in the gripping unit; - a notching unit driven by the motor, the notching unit having a first jaw and a second jaw positioned on opposite sides of a strap feed path, the notching unit having front and back notch plates (538, 540) positioned on opposing sides of and operably connecting the first and second jaws (522, 524), - a strap sensor positioned between the front and back notch plates (538, 540) for detecting the presence of a strap in the strap feed path; wherein, the first jaw and the second jaw are configured to rotate to create a notch in the strap. - a gripping unit; - a battery detachably affixed to one end of the gripping unit; - a motor positioned at least in part in the gripping unit; - a notching unit driven by the motor, the notching unit having a first jaw and a second jaw positioned on opposite sides of a strap feed path, the notching unit having front and back notch plates (538, 540) positioned on opposing sides of and operably connecting the first and second jaws (522, 524), - a strap sensor positioned between the front and back notch plates (538, 540) for detecting the presence of a strap in the strap feed path;
A process for the gasification of a heavy residual hydrocarbon oil feedstream with coke from a delayed coking process comprising: a. grinding coke from a delayed coking process to produce a free-flowing mass of hydrocarbon-containing coke particles; b. periodically analyzing the ground coke and oil composition and controlling the respective flow rates to maintain the proper stoichiometric ratio of feedstock, fuel and oxygen; c. introducing the ground coke particles into a moving fluid feedstream to form a pressurized fluidized feed; d. providing a feedstream of the heavy residual hydrocarbon oil; e. injecting the fluidized coke particles and the heavy residual hydrocarbon oil feedstream having a combined ash content of at least 2% by weight into the combustion chamber of a cold-wall tubular wall membrane partial oxidation gasification reactor in the presence of a predetermined amount of oxygen; f. operating the gasification reactor at a temperature in the range of 900 °C to 1700 °C and a pressure of from 20 to 100 bar; g. subjecting the feedstock to partial oxidation to produce hydrogen, carbon monoxide and a slag material; h. recovering the hydrogen and carbon monoxide from the reactor in the form of a synthesis gas; i. passing the hot synthesis gas to a water-cooled heat exchanger to cool the synthesis gas; and j. recovering high pressure steam from the heat exchanger and introducing the steam into a turbine to produce electricity. a. grinding coke from a delayed coking process to produce a free-flowing mass of hydrocarbon-containing coke particles; b. periodically analyzing the ground coke and oil composition and controlling the respective flow rates to maintain the proper stoichiometric ratio of feedstock, fuel and oxygen; c. introducing the ground coke particles into a moving fluid feedstream to form a pressurized fluidized feed; d. providing a feedstream of the heavy residual hydrocarbon oil; e. injecting the fluidized coke particles and the heavy residual hydrocarbon oil feedstream having a combined ash content of at least 2% by weight into the combustion chamber of a cold-wall tubular wall membrane partial oxidation gasification reactor in the presence of a predetermined amount of oxygen; f. operating the gasification reactor at a temperature in the range of 900 °C to 1700 °C and a pressure of from 20 to 100 bar; g. subjecting the feedstock to partial oxidation to produce hydrogen, carbon monoxide and a slag material; h. recovering the hydrogen and carbon monoxide from the reactor in the form of a synthesis gas; i. passing the hot synthesis gas to a water-cooled heat exchanger to cool the synthesis gas; and j. recovering high pressure steam from the heat exchanger and introducing the steam into a turbine to produce electricity.
Printed circuit board with conductor tracks and active and/or passive electronic components arranged on said printed circuit board and connected to the conductor tracks, having the following features a. the printed circuit board has a terminal for a power supply, b. the printed circuit board has at least two contact points (TP11, TP18), which are arranged spaced apart from one another in the region of a free edge of the printed circuit board and covered by an electrically conductive edge protection rail that has been pushed onto the free edge and in the process are electrically conductively connected to one another, and c. the printed circuit board has a protection device, which is designed in such a way that it checks the connection state of the at least two contact points (TP11, TP18) and, in the event of no connection, disrupts or shuts down the function of at least one of the electronic components of the printed circuit board. a. the printed circuit board has a terminal for a power supply, b. the printed circuit board has at least two contact points (TP11, TP18), which are arranged spaced apart from one another in the region of a free edge of the printed circuit board and covered by an electrically conductive edge protection rail that has been pushed onto the free edge and in the process are electrically conductively connected to one another, and c. the printed circuit board has a protection device, which is designed in such a way that it checks the connection state of the at least two contact points (TP11, TP18) and, in the event of no connection, disrupts or shuts down the function of at least one of the electronic components of the printed circuit board.
A vane pump, comprising: a rotor; a plurality of vanes extending radially outward therefrom, the vanes being slidably movable relative to the rotor in a radial direction such that the vanes can extend from and retract into the rotor and define a plurality of circumferentially spaced vane cavities, wherein a respective vane cavity is defined between each adjacent pair of the vanes; an inlet in fluid communication with the vane cavities to accept a fluid into the vane cavities; an outlet in fluid communication with the vane cavities to allow the fluid to exit the vane cavities; and a housing enclosing the rotor and vanes, the housing including an inner surface defined by a core profile to cause the vanes to extend and retract radially to provide a predetermined pump displacement with rotation of the vanes, wherein the core profile includes an inlet profile portion and an outlet profile portion, and characterized in that the core profile includes a vane radius modifying portion defined between the inlet profile portion and the outlet profile portion that is configured such that a radial extension of a vane that is guided along the inner surface will non-linearly increase up to a midpoint and non-linearly decrease after the midpoint; wherein the vane radius modifying portion starts at about zero slope at the inlet profile portion, increases in slope, decreases in slope, to about zero slope, then decreases in slope to a negative slope, and ends at about a zero slope at the outlet profile portion in the direction of rotation from the inlet to the outlet. a rotor; a plurality of vanes extending radially outward therefrom, the vanes being slidably movable relative to the rotor in a radial direction such that the vanes can extend from and retract into the rotor and define a plurality of circumferentially spaced vane cavities, wherein a respective vane cavity is defined between each adjacent pair of the vanes; an inlet in fluid communication with the vane cavities to accept a fluid into the vane cavities; an outlet in fluid communication with the vane cavities to allow the fluid to exit the vane cavities; and a housing enclosing the rotor and vanes, the housing including an inner surface defined by a core profile to cause the vanes to extend and retract radially to provide a predetermined pump displacement with rotation of the vanes, wherein the core profile includes an inlet profile portion and an outlet profile portion, and characterized in that the core profile includes a vane radius modifying portion defined between the inlet profile portion and the outlet profile portion that is configured such that a radial extension of a vane that is guided along the inner surface will non-linearly increase up to a midpoint and non-linearly decrease after the midpoint; wherein the vane radius modifying portion starts at about zero slope at the inlet profile portion, increases in slope, decreases in slope, to about zero slope, then decreases in slope to a negative slope, and ends at about a zero slope at the outlet profile portion in the direction of rotation from the inlet to the outlet.
A disposable guide device for spinal surgery, comprising: - two tubular guide bodies extending along respective main axes between a proximal end and a distal end to guide a surgical operation on a vertebra of a patient; - a plurality of support feet projecting laterally relative to each guide body, near said proximal end, each defining a contact area configured to abut on a side of the spinous process or on a lamina or facet or transverse process of the vertebra of the patient, in a mating configuration; - at least one junction element extending between said guide bodies, starting from the respective distal ends, in order to space them from each other; wherein in the guide bodies are oriented so that the proximal ends are more distant from each other with respect to the distal ends, wherein said at least one junction element comprises a curved handle extending from both of the guide bodies, away from them, up to a top intermediate portion and at least one junction bridge between said two guide bodies provided with at least one central portion designed to pass over, with or without contact, a spinous process of the vertebra to be operated; wherein with reference to a cross section plane passing through said intermediate portion of the handle and through said central portion of the bridge, a projection of the main axis on said section plane defines a first angle (α) comprised between 20° and 60° with a projection (Pm), on said section plane, of a median line of said handle, a second angle (β) with a projection (Pb), on said section plane, of a median line of said bridge, wherein said bridge and said handle extend from said guide bodies away from each other. - two tubular guide bodies extending along respective main axes between a proximal end and a distal end to guide a surgical operation on a vertebra of a patient; - a plurality of support feet projecting laterally relative to each guide body, near said proximal end, each defining a contact area configured to abut on a side of the spinous process or on a lamina or facet or transverse process of the vertebra of the patient, in a mating configuration; - at least one junction element extending between said guide bodies, starting from the respective distal ends, in order to space them from each other;
A corner connector for a hollow profile of a door or window frame, having a shaft for insertion into the hollow profile along an axis of longitudinal extent of the shaft, a welding surface formed on an end face of an end portion of the shaft and extending at least partially parallel to a mitre of the hollow profile for the purpose of a material-locking connection with another body, a fastening device for locking the shaft within the hollow profile, wherein the shaft has a recess on its surface for receiving the fastening device, characterised in that the fastening device and the shaft each have at least one passage extending orthogonally to the longitudinal extension axis of the shaft for the passage of a screw extending orthogonally to the longitudinal extension axis of the shaft through the hollow profile for non-positively and positively fastening the fastening device and the shaft within the hollow profile. a welding surface formed on an end face of an end portion of the shaft and extending at least partially parallel to a mitre of the hollow profile for the purpose of a material-locking connection with another body, a fastening device for locking the shaft within the hollow profile, wherein the shaft has a recess on its surface for receiving the fastening device, characterised in that the fastening device and the shaft each have at least one passage extending orthogonally to the longitudinal extension axis of the shaft for the passage of a screw extending orthogonally to the longitudinal extension axis of the shaft through the hollow profile for non-positively and positively fastening the fastening device and the shaft within the hollow profile.