mhurhangee/ep-ind-claims huggingface dataset:
Board game, comprising: a plurality of playing pieces (111,..., 155; 211,..., 244) which are designed for placing side by side on a playing surface (109; 209) for access at random; a frame (100; 200) which surrounds the playing surface (109; 209) in such a manner that, if a first (124; 233) of the plurality of playing pieces (111,..., 155; 211,..., 244) placed on the playing surface (109; 209) is removed from the playing surface (109; 209), at least a second (114, 123, 125, 134; 223, 232, 234, 243) of the plurality of playing pieces (111,..., 155; 211,..., 244) is displaceable on the playing surface (109; 209) in a forcibly guided manner, characterized in that a gap (108a; 108b) is possible between mutually adjacent playing pieces (114, 124; 124, 134) such that the playing pieces have a certain amount of play in such a manner that access at random to the playing pieces is possible in order to lift off the respective playing piece from the playing surface without lifting adjacent playing pieces (114, 134) at the same time. a plurality of playing pieces (111,..., 155; 211,..., 244) which are designed for placing side by side on a playing surface (109; 209) for access at random; a frame (100; 200) which surrounds the playing surface (109; 209) in such a manner that, if a first (124; 233) of the plurality of playing pieces (111,..., 155; 211,..., 244) placed on the playing surface (109; 209) is removed from the playing surface (109; 209), at least a second (114, 123, 125, 134; 223, 232, 234, 243) of the plurality of playing pieces (111,..., 155; 211,..., 244) is displaceable on the playing surface (109; 209) in a forcibly guided manner, characterized in that a gap (108a; 108b) is possible between mutually adjacent playing pieces (114, 124; 124, 134) such that the playing pieces have a certain amount of play in such a manner that access at random to the playing pieces is possible in order to lift off the respective playing piece from the playing surface without lifting adjacent playing pieces (114, 134) at the same time.
Method for the controlled operation of a heated industrial furnace, in particular a regeneratively heated industrial furnace, with a furnace chamber, in particular with a melting end, in particular for glass, comprising the steps of: - conducting fuel into the furnace chamber by way of at least one fuel injector (20, 20'), which is designed for the injection of fuel, - conducting a gaseous oxygen carrier to the furnace chamber, wherein the supply of fuel and the supply of the gaseous oxygen carrier is controlled by means of a control loop, and - a first adjustable manipulated variable in the form of a flow of fuel to the furnace chamber and/or a second adjustable manipulated variable in the form of a flow of the gaseous oxygen carrier to the furnace chamber is set by a final controlling element, wherein in the control loop: - an energy requirement is determined and - the energy requirement is fed to a quantitative control (VB-R) for the gaseous oxygen carrier and to a quantitative fuel control (BS-R) for the fuel, and - the flow of the gaseous oxygen carrier is determined with allowance -- optionally with subtraction of infiltrated air and/or further air corrections -- for a product of: - a specified air/oxygen excess (SP_LAMBDA), - directly the energy requirement and - a specified combustion air/oxygen requirement, as a quantity of air/oxygen per unit of energy, characterized in that - the flow of fuel is determined with allowance -- optionally with correction by way of a fuel limitation and/or further fuel corrections -- for a quotient of: - directly the energy requirement and a calorific value of the fuel. - conducting fuel into the furnace chamber by way of at least one fuel injector (20, 20'), which is designed for the injection of fuel, - conducting a gaseous oxygen carrier to the furnace chamber, wherein the supply of fuel and the supply of the gaseous oxygen carrier is controlled by means of a control loop, and - a first adjustable manipulated variable in the form of a flow of fuel to the furnace chamber and/or a second adjustable manipulated variable in the form of a flow of the gaseous oxygen carrier to the furnace chamber is set by a final controlling element, wherein in the control loop: - an energy requirement is determined and - the energy requirement is fed to a quantitative control (VB-R) for the gaseous oxygen carrier and to a quantitative fuel control (BS-R) for the fuel, and - the flow of the gaseous oxygen carrier is determined with allowance -- optionally with subtraction of infiltrated air and/or further air corrections -- for a product of: - a specified air/oxygen excess (SP_LAMBDA), - directly the energy requirement and - a specified combustion air/oxygen requirement, as a quantity of air/oxygen per unit of energy, characterized in that - the flow of fuel is determined with allowance -- optionally with correction by way of a fuel limitation and/or further fuel corrections -- for a quotient of: - directly the energy requirement and a calorific value of the fuel.
An outdoor water treatment apparatus to kill bacteria with ultraviolet light, comprising: UV light emitting diodes (LEDs) that emit UVA light with a primary emission peak of 320 nm-400 nm; and UVC light sources that irradiate UVC ultraviolet light; wherein UVC light source output is lower than UV LED output; characterized in that bacteria in the water, which is outdoors, are killed by combined exposure to both UVA ultraviolet light emitted by the UV LEDs and UVC ultraviolet light to suppress bacteria proliferation in the disinfected water due to photoreactivation, and in that the UV LEDs and the UVC light sources are configured to irradiate the water with both the UVA ultraviolet light and UVC ultraviolet light. UV light emitting diodes (LEDs) that emit UVA light with a primary emission peak of 320 nm-400 nm; and UVC light sources that irradiate UVC ultraviolet light; wherein UVC light source output is lower than UV LED output; characterized in that bacteria in the water, which is outdoors, are killed by combined exposure to both UVA ultraviolet light emitted by the UV LEDs and UVC ultraviolet light to suppress bacteria proliferation in the disinfected water due to photoreactivation, and in that the UV LEDs and the UVC light sources are configured to irradiate the water with both the UVA ultraviolet light and UVC ultraviolet light.
A system for subcutaneously anchoring a catheter instrument, comprising: a catheter hub body that provides fluid communication from one or more catheter lines (50a, 50b) to a distal catheter portion that is insertable through a skin penetration point; a subcutaneous anchor mechanism movably coupled to the catheter hub body, the subcutaneous anchor mechanism having one or more flexible anchors that extend outwardly away from the catheter hub body when in a deployed orientation in a subcutaneous layer proximate to the skin penetration point; an actuator that is manually adjustable relative to the catheter hub body so as to shift the flexible anchors from a non-deployed orientation to the deployed orientation; a locking device that is movable relative to the actuator so as to shift from an actuator-unlocked position to an actuator-locked position in which the locking device is arranged between the catheter hub body and the actuator when the flexible anchors are in the deployed orientation, wherein the locking device has two curved portions (140a, 140b) that mate with an outer circumference of the one or more catheter lines (50a, 50b), the curved portions (140a, 140b) circumferentially engaging the one or more catheter lines (50a, 50b) when in the actuator-locked position, thus reducing the likelihood of the locking device rotationally shifting from a proximal or a distal position without user intervention. a catheter hub body that provides fluid communication from one or more catheter lines (50a, 50b) to a distal catheter portion that is insertable through a skin penetration point; a subcutaneous anchor mechanism movably coupled to the catheter hub body, the subcutaneous anchor mechanism having one or more flexible anchors that extend outwardly away from the catheter hub body when in a deployed orientation in a subcutaneous layer proximate to the skin penetration point; an actuator that is manually adjustable relative to the catheter hub body so as to shift the flexible anchors from a non-deployed orientation to the deployed orientation; a locking device that is movable relative to the actuator so as to shift from an actuator-unlocked position to an actuator-locked position in which the locking device is arranged between the catheter hub body and the actuator when the flexible anchors are in the deployed orientation, wherein the locking device has two curved portions (140a, 140b) that mate with an outer circumference of the one or more catheter lines (50a, 50b), the curved portions (140a, 140b) circumferentially engaging the one or more catheter lines (50a, 50b) when in the actuator-locked position, thus reducing the likelihood of the locking device rotationally shifting from a proximal or a distal position without user intervention.
A controller for a drive-by-wire system comprising: a verification module for verifying accuracy of the controller; a terminal arranged to receive a first input and a second input; wherein the controller is arranged to generate a torque demand based on the first input and the second input; wherein said verification module comprises: a calculation module arranged to calculate an expected torque demand based on the first input, and not based on the second input; a correction module arranged to calculate an error between the torque demand and the expected torque demand and to modify the expected torque demand to reduce the error; and a limiter arranged to limit the torque demand in response to the error being greater than a threshold. wherein the controller is arranged to generate a torque demand based on the first input and the second input; wherein said verification module comprises: a calculation module arranged to calculate an expected torque demand based on the first input, and not based on the second input; a correction module arranged to calculate an error between the torque demand and the expected torque demand and to modify the expected torque demand to reduce the error; and a limiter arranged to limit the torque demand in response to the error being greater than a threshold.
A method for introducing an application medium into a weakening gap of a cover, such as a covering film or covering skin, wherein a cover is provided which already has a weakening gap formed completely over the length thereof on a first side, an application arrangement is positioned toward the first side, at a distance from the cover and above the weakening gap, wherein a support is arranged in a supporting manner on a second side of the cover, facing away from the application arrangement, and the cover is applied on the support such that the weakening gap, in a portion which lies opposite a support region applied on the support, opens up locally in the direction of the application arrangement, and an application of the application medium into the weakening gap by the application arrangement takes place, characterized in that the support has a rolling body in the form of a rolling ball, by which it is pressed against the cover during the introduction of the application medium, and with which the cover is in rolling contact during the introduction of the application medium. an application arrangement is positioned toward the first side, at a distance from the cover and above the weakening gap, wherein a support is arranged in a supporting manner on a second side of the cover, facing away from the application arrangement, and the cover is applied on the support such that the weakening gap, in a portion which lies opposite a support region applied on the support, opens up locally in the direction of the application arrangement, and an application of the application medium into the weakening gap by the application arrangement takes place, characterized in that the support has a rolling body in the form of a rolling ball, by which it is pressed against the cover during the introduction of the application medium, and with which the cover is in rolling contact during the introduction of the application medium.
A system comprising tag processing hardware configured to: receive first instruction information associated with at least one first instruction executed by a host processor, the first instruction information comprising at least one application memory address from which the at least one first instruction is fetched; match the at least one application memory address to a tag map table entry, the tag map table entry mapping the at least one application memory address to corresponding metadata and/or one or more metadata memory addresses; transform the first instruction information into second instruction information associated with at least one second instruction; use the tag map table entry matching the at least one application memory address to identify the second instruction information and second metadata corresponding to the second instruction information; determine, based on the second metadata corresponding to the second instruction information, whether the at least one first instruction is allowable according to at least one policy. receive first instruction information associated with at least one first instruction executed by a host processor, the first instruction information comprising at least one application memory address from which the at least one first instruction is fetched; match the at least one application memory address to a tag map table entry, the tag map table entry mapping the at least one application memory address to corresponding metadata and/or one or more metadata memory addresses; transform the first instruction information into second instruction information associated with at least one second instruction; use the tag map table entry matching the at least one application memory address to identify the second instruction information and second metadata corresponding to the second instruction information; determine, based on the second metadata corresponding to the second instruction information, whether the at least one first instruction is allowable according to at least one policy.
Combined device for bending and cutting ribbon-shaped elements, of the type comprising first guiding and supporting means (1, 101) adapted to allow positioning at least one ribbon-shaped element (T, T1), second guiding and supporting means (3, 103) adapted to prevent the rotation of said ribbon-shaped element (T, T1) with respect to an axis belonging to a plane on which said ribbon-shaped element (T, T1) rests, first translating means (41, 1041) and rotation means (4, 104) adapted to move at least one tool (5, 105) with respect to said second guiding and supporting means (3, 103), characterized in that said second guiding and supporting means (3, 103) comprise at least one portion of bending profile (8, 108) adapted to bend said ribbon-shaped element (T, T1) and at least one portion of cutting profile (9, 109) adapted to cut said ribbon-shaped element (T, T1).
An apparatus for fastening a digital memory card, comprising a tray and a card holder, wherein the tray comprises: a first groove, configured to accommodate a first digital memory card; and a second groove, disposed perpendicular to the first groove and configured to accommodate a second digital memory card, wherein the first groove and the second groove have hollowed portions that partially overlap, a groove depth of the first groove is the same as that of the second groove, and the first groove and the second groove are in a same plane; and the card holder comprises: a first spring and a second spring, wherein when the tray is inserted into the card holder, the first spring and the second spring extrude from the hollowed portions; when the first digital memory card is accommodated in the first groove, the first spring is in contact with a metal contact of the first digital memory card; and when the second digital memory card is accommodated in the second groove, the second spring is in contact with a metal contact of the second digital memory card.
A system for synchronizing sensor data, the system comprising: at least one module operable to, at least: during normal operation, acquire and store sensor measurement information from a sensor at a target output data rate with a target period T; acquire and store a first sensor measurement value at a first time; receive a first ODR sync signal (ODR_SYNC_IN); and acquire and store a second sensor measurement value at a second time which occurs after the first time at a time which is shorter than the target period, in response to the received first ODR sync signal. during normal operation, acquire and store sensor measurement information from a sensor at a target output data rate with a target period T; acquire and store a first sensor measurement value at a first time; receive a first ODR sync signal (ODR_SYNC_IN); and acquire and store a second sensor measurement value at a second time which occurs after the first time at a time which is shorter than the target period, in response to the received first ODR sync signal.
A solid form of 1-(2-methyl-4-(2,3,4,5-tetrahydro-1-benzazepin-1-ylcarbonyl)benzylcarbamoyl)-L-proline- N,N -dimethylamide, which exhibits at least the following characteristic X-ray powder diffraction peaks (Cu Kα radiation, expressed in degrees 2θ) at approximately 5.5, 10.9, 14.2, 21.9 and 24.0.
A method for improved data fusion in environmental detection in a motor vehicle, comprising the following steps: a) detecting an environment of the motor vehicle by means of at least one sensor, b) recognizing objects in measurement data acquired by the at least one sensor, c) fusing the recognized objects and their object positions in an environment map, objects stored in the environment map being assigned a probability of existence, and the probability of existence of a stored object being reduced if a free area (86, 86.1) is measured at the position of the stored object during detection, characterized in that at least one orientation attribute is assigned to each of the objects stored in the environment map and is stored in the environment map, and for an area in the sensor area (83.1, 83.2, 83.3) of the at least one sensor, in which a free area (86, 86.1) is measured, the probability of existence of an object, which is stored in the area in the environment map that corresponds to the area, is reduced according to the assigned orientation attribute. a) detecting an environment of the motor vehicle by means of at least one sensor, b) recognizing objects in measurement data acquired by the at least one sensor, c) fusing the recognized objects and their object positions in an environment map, objects stored in the environment map being assigned a probability of existence, and the probability of existence of a stored object being reduced if a free area (86, 86.1) is measured at the position of the stored object during detection,
A bending method of a medical suture needle in which a straight needle-shaped material which has a thickness decreased from a body portion to a needle point is inserted between a roller having a processing surface and a belt, and then the roller is rotated and the belt is wound so that the straight needle-shaped material is pressed onto the processing surface and is then curved, the method comprising the steps of: inserting the needle point of the straight needle-shaped material into a groove configuring a space in which no bending force from the processing surface of the roller acts, the groove being provided in the belt or the processing surface of the roller; and rotating the roller and winding the belt around the roller with the needle point kept in the space, thereby curving the straight needle-shaped material. inserting the needle point of the straight needle-shaped material into a groove configuring a space in which no bending force from the processing surface of the roller acts, the groove being provided in the belt or the processing surface of the roller; and rotating the roller and winding the belt around the roller with the needle point kept in the space, thereby curving the straight needle-shaped material.
A flow-type particle analyzer for measuring the excitation spectrum of fluorescent particles in a fluid stream, comprising: a) an excitation light source that emits a collimated broad-spectrum excitation light beam, b) excitation optics (12, 14) that focuses and directs the excitation light beam onto a detection region in said fluid stream, wherein said excitation optics (12, 14) include a dispersion element that disperses the spectrum of the excitation light beam, and wherein said dispersion element is oriented such that the resulting spectrum of continuously varying wavelengths is dispersed over the detection region of said fluid stream, such that a particle flowing through said detection region will traverse the dispersed spectrum of the excitation light beam through varying wavelengths; and c) detection optics (16, 18, 20) that measure light emitted from particles in the detection region. a) an excitation light source that emits a collimated broad-spectrum excitation light beam, b) excitation optics (12, 14) that focuses and directs the excitation light beam onto a detection region in said fluid stream, wherein said excitation optics (12, 14) include a dispersion element that disperses the spectrum of the excitation light beam, and wherein said dispersion element is oriented such that the resulting spectrum of continuously varying wavelengths is dispersed over the detection region of said fluid stream, such that a particle flowing through said detection region will traverse the dispersed spectrum of the excitation light beam through varying wavelengths; and c) detection optics (16, 18, 20) that measure light emitted from particles in the detection region.
A printed material comprising: a recording medium having a pressure-bonding surface on which an image portion and a pressure phase transition layer (PL10, PL12) are formed, the recording medium being folded upon the recording medium and pressure-bonded; or a recording medium having a pressure-bonding surface on which an image portion and a pressure phase transition layer (PL10, PL12) are formed and an additional recording medium, the recording medium and the additional recording medium being stacked and pressure-bonded together, wherein the average thickness of the pressure phase transition layer formed on the image portion on the pressure-bonding surface of the recording medium is larger than the average thickness of the pressure phase transition layer formed on a non-image portion on the pressure-bonding surface of the recording medium. a recording medium having a pressure-bonding surface on which an image portion and a pressure phase transition layer (PL10, PL12) are formed, the recording medium being folded upon the recording medium and pressure-bonded; or a recording medium having a pressure-bonding surface on which an image portion and a pressure phase transition layer (PL10, PL12) are formed and an additional recording medium, the recording medium and the additional recording medium being stacked and pressure-bonded together, wherein the average thickness of the pressure phase transition layer formed on the image portion on the pressure-bonding surface of the recording medium is larger than the average thickness of the pressure phase transition layer formed on a non-image portion on the pressure-bonding surface of the recording medium.