mhurhangee/ep-ind-claims huggingface dataset:
Turning station for metal sheets or metal sheet stacks, with a first support, which forms a first support plane for a first side of the metal sheets, and with a second support, which forms a second support plane for a second side of the metal sheets, wherein both supports (4, 5) are each rotatable about an horizontal axis of rotation and are provided with a plurality of stops for the longitudinal edges of the metal sheets, which project beyond the support planes of the supports (4, 5), wherein both supports (4, 5) are part of a rotary apparatus, which also comprises a frame with two front-side rotary bearings, situated in a common axis of rotation, and a basket, mounted in both rotary bearings and rotatable via a motor about the axis of rotation with front-side linear guides for both supports (4, 5), wherein both supports (4, 5) are held by parallel, mutually oriented support planes in the basket, such that the axis of rotation is located between both support planes, characterised in that both supports (4, 5) are each movable by a motor in the front-side linear guides in a direction of movement towards and away from the axis of rotation, in particular movable symmetrically to the plane of the axis of rotation, and wherein the supports (4, 5) are each formed in particular by a plurality of webs running transversely to the axis of rotation, wherein the turning station, in addition to the rotary apparatus, has a stationary transfer apparatus with a plurality of horizontally oriented rods that can be extended horizontally on both sides, in particular telescopic rods, for placing the metal sheets or the metal sheet stack, wherein the rods on a first broad side of the transfer apparatus can be extended in order to engage below a support in the rotary apparatus, and can be extended on a second broad side of the transfer apparatus in order to transfer metal sheets or the metal sheet stack to a transport apparatus. characterised in that both supports (4, 5) are each movable by a motor in the front-side linear guides in a direction of movement towards and away from the axis of rotation, in particular movable symmetrically to the plane of the axis of rotation, and wherein the supports (4, 5) are each formed in particular by a plurality of webs running transversely to the axis of rotation, wherein the turning station, in addition to the rotary apparatus, has a stationary transfer apparatus with a plurality of horizontally oriented rods that can be extended horizontally on both sides, in particular telescopic rods, for placing the metal sheets or the metal sheet stack, wherein the rods on a first broad side of the transfer apparatus can be extended in order to engage below a support in the rotary apparatus, and can be extended on a second broad side of the transfer apparatus in order to transfer metal sheets or the metal sheet stack to a transport apparatus.
An agglutinant for a pellicle for binding the pellicle to a photomask, characterized in that said agglutinant contains a mechanoluminescent material.
A waveguide antenna for a radar antenna array, especially for use in motor vehicles, having a metal waveguide (2; 2b; 2c; 2d; 2f) extending in an x direction and having a longitudinal axis, and, for the propagation of a radar wave of a first mode in the x direction, delimiting an inner space (4; 4b; 4c; 4d; 4f), a. wherein in order to specifically convert the first mode to a second mode of the radar wave which is different from the first mode and to couple the second mode out of the waveguide (2; 2b; 2c; 2d; 2f), the antenna is provided with multiple structural elements (10; 10a; 10b; 10c) which are arranged in the x direction, b. wherein adjacent structural elements (10; 10a; 10b; 10c) have a distance (d p, d ap) which is larger than half a waveguide wavelength (λ 1 /2) of the radar wave of the first mode or larger than half a free space wavelength (λ 0 /2), depending on which of the two wavelengths (λ 1, λ 0) is smaller, characterised in that the structural elements (10; 10a; 10b; 10c) extend into the inner space (4; 4b; 4c; 4d; 4f) and a few adjacent structural elements (10; 10a; 10b; 10c) are arranged in the x direction at a periodic distance (d p) from one another, and a non-periodic distance (d ap) of adjacent structural elements (10; 10a; 10b; 10c) deviates in the x direction by less than 5%, especially by less than 2% and especially by less than 1% from the periodic distance (d p). a. wherein in order to specifically convert the first mode to a second mode of the radar wave which is different from the first mode and to couple the second mode out of the waveguide (2; 2b; 2c; 2d; 2f), the antenna is provided with multiple structural elements (10; 10a; 10b; 10c) which are arranged in the x direction, b. wherein adjacent structural elements (10; 10a; 10b; 10c) have a distance (d p, d ap) which is larger than half a waveguide wavelength (λ 1 /2) of the radar wave of the first mode or larger than half a free space wavelength (λ 0 /2), depending on which of the two wavelengths (λ 1, λ 0) is smaller,
Device for securing and/or releasing injection moulds for plastics injection moulding, having at least two complementary, opposing injection mould portions, in particular a die portion and an ejector portion, comprising displaceable regions having mould regions, that can slide away, a slide retainer, that is located in a receiving mould region, can be pushed into predefined, complementary regions of the corresponding, mould region, comprising a roller which is rotatably mounted in a housing and over which the mould region, that can slide away, can roll, a spring-loaded pressure piece, comprising the housing and a slide retainer spring that presses against the housing, for engaging in an opening, in particular a groove or cut-out, in the mould region, that can slide away, the housing having a pre-loading projection in a peripheral region for pre-loading by means of the slide retainer spring, one or more fixing screws which run through the housing and is/are are screwed into a complementary opening in the receiving mould region, a central lead-through means, located in the housing, is provided, wherein each of the one or more securing screws runs through one through-opening of the lead-through means, wherein by means of a contact projection on a periphery of the lead-through means a contact of the lead-through means at a corresponding continuous projection in an inner region of the housing is provided, and a lower face region provides a resting on a corresponding seat region with an edge region of the opening in the receiving mould region.
A three-dimensional printing system, the system comprising: a build platform comprising a build surface; an enclosure system having a side portion extending entirely around the build surface, a top plate portion that abuts the side portion, and a bottom portion, the side portion, the top plate portion and the bottom portion forming an enclosed space surrounding the build surface, the top plate portion being moveable so as to adjust a volume of the enclosed space; the bottom portion comprising a heat shield that extends from the build platform and abuts the side portion; a 3D printer printhead disposed adjacent to the enclosure system for depositing a print material onto the build surface, wherein the printhead is configured for ejecting drops of a conductive liquid print material onto the build platform; and a heating system for heating the enclosed space. a build platform comprising a build surface; an enclosure system having a side portion extending entirely around the build surface, a top plate portion that abuts the side portion, and a bottom portion, the side portion, the top plate portion and the bottom portion forming an enclosed space surrounding the build surface, the top plate portion being moveable so as to adjust a volume of the enclosed space; the bottom portion comprising a heat shield that extends from the build platform and abuts the side portion; a 3D printer printhead disposed adjacent to the enclosure system for depositing a print material onto the build surface, wherein the printhead is configured for ejecting drops of a conductive liquid print material onto the build platform; and a heating system for heating the enclosed space.
A method for maintaining one or more security keys used by a wireless device for wireless communication, characterised by: determining when a communication event should occur; monitoring the lifetime of the one or more security keys to identify whether at least one security key is likely to expire during the communication event, by comparing the remaining key lifetime to an expected duration of the communication event; delaying (512, 514) the communication event if the at least one security key is identified as likely to expire; and refreshing the at least one security key identified as likely to expire. determining when a communication event should occur; monitoring the lifetime of the one or more security keys to identify whether at least one security key is likely to expire during the communication event, by comparing the remaining key lifetime to an expected duration of the communication event; delaying (512, 514) the communication event if the at least one security key is identified as likely to expire; and refreshing the at least one security key identified as likely to expire.
A design method for a vehicle control system including a plurality of zone ECUs each of which is disposed in each predetermined zone of a vehicle and a central processing unit that integrally controls the zone ECUs, where a method of determining whether an operation-signal generation unit that generates an operation signal for operating each actuator (D11, 162 -164) installed in the vehicle on a basis of operation information from an information acquisition unit installed in the vehicle is provided in a first zone ECU to which an actuator to be operated is connected among the zone ECUs or in the central processing unit, the method is characterised in that an allowable delay time that is allowed from when the operation information is input to the information acquisition unit to when a control signal of the actuator to be operated is output is set in the actuator to be operated, and in a case where the allowable delay time is equal to or longer than a predetermined first reference time, the operation signal generation unit for operating actuator (162 -164) is incorporated in the central processing unit, and in a case where the allowable delay time is less than a second predetermined reference time, the operation-signal generation unit of the actuator to be operated is provided in the first zone ECU. a method of determining whether an operation-signal generation unit that generates an operation signal for operating each actuator (D11, 162 -164) installed in the vehicle on a basis of operation information from an information acquisition unit installed in the vehicle is provided in a first zone ECU to which an actuator to be operated is connected among the zone ECUs or in the central processing unit, the method is characterised in that an allowable delay time that is allowed from when the operation information is input to the information acquisition unit to when a control signal of the actuator to be operated is output is set in the actuator to be operated, and in a case where the allowable delay time is equal to or longer than a predetermined first reference time, the operation signal generation unit for operating actuator (162 -164) is incorporated in the central processing unit, and in a case where the allowable delay time is less than a second predetermined reference time, the operation-signal generation unit of the actuator to be operated is provided in the first zone ECU.
A mixed aqueous solution of L-lysine and L-threonine essentially consisting of L-lysine, L-threonine and water, wherein said solution has a viscosity of 3300 mPa·s (3300 cp) or less as measured at 20°C and at a pH of 11.3, wherein the mixed aqueous solution has a pH of 10-13, a concentration of L-threonine in the mixed aqueous solution is 40 g/100 g of water or more, a concentration of L-lysine in the mixed aqueous solution is 191 g/100 g of water or less, and a total concentration of L-lysine and L-threonine in the mixed aqueous solution is 70 g/100 g of water or more.
A sensing apparatus comprising: a magnet arranged to produce a magnetic field; a sensing coil at least partially disposed in the magnetic field; a power supply operable to provide a voltage across the sensing coil; and a processor operable to determine a periodicity of an induced voltage across the sensing coil, wherein the processor is further operable to determine a quantity indicative of a temperature dependent characteristic of the sensing coil, characterised in that the voltage provided across the sensing coil by the power supply is periodic, and that the temperature dependent characteristic of the sensing coil is the impedance of the sensing coil. a magnet arranged to produce a magnetic field; a sensing coil at least partially disposed in the magnetic field; a power supply operable to provide a voltage across the sensing coil; and a processor operable to determine a periodicity of an induced voltage across the sensing coil, wherein the processor is further operable to determine a quantity indicative of a temperature dependent characteristic of the sensing coil, characterised in that the voltage provided across the sensing coil by the power supply is periodic, and that the temperature dependent characteristic of the sensing coil is the impedance of the sensing coil.
A method of obtaining a first image representative of a scene, the first image having a first dynamic range, the method comprising: - obtaining a plurality of second images representative of said scene, the second images having a second dynamic range that is lower than the first dynamic range; - for a second image of said plurality of second images, identifying a first pixel of a first block of pixels having a first pixel value greater than a first value or less than a second value; - retrieving a second pixel in another second image of said plurality of second images corresponding to said first pixel, said second pixel having a pixel value comprised between said first value and said second value; - in a second block of pixels comprising said second pixel, determining weighting values representative of similarity between said second pixel and the other pixels of said second block; - obtaining said first image by assigning a second pixel value to said first pixel, the second pixel value being obtained from said weighting values and first pixel values associated with pixels (701 to 708) of said first block of pixels. - obtaining a plurality of second images representative of said scene, the second images having a second dynamic range that is lower than the first dynamic range; - for a second image of said plurality of second images, identifying a first pixel of a first block of pixels having a first pixel value greater than a first value or less than a second value; - retrieving a second pixel in another second image of said plurality of second images corresponding to said first pixel, said second pixel having a pixel value comprised between said first value and said second value; - in a second block of pixels comprising said second pixel, determining weighting values representative of similarity between said second pixel and the other pixels of said second block; - obtaining said first image by assigning a second pixel value to said first pixel, the second pixel value being obtained from said weighting values and first pixel values associated with pixels (701 to 708) of said first block of pixels.
Display device for a motor vehicle, having a housing which has a projection device arranged in the housing for generating a virtual image on a projection surface located outside the housing and observable by an observer, which projection device has at least one mirror mounted pivotably about an axis of rotation and designed, in a deflection position, to deflect light output by a light source of the projection device, and having an adjustment device for adjusting the deflection position of the mirror by pivoting about the axis of rotation, wherein the adjustment device has at least one first shape-memory wire, which is coupled to the mirror, such that the mirror is pivotable about the axis of rotation by means of a change in length of the first shape-memory wire, and the adjustment device has a separate coupling element, which is coupled to the first shape-memory wire and to the mirror, such that a movement, in particular a linear movement, of the coupling element can be effected by means of the change in length of the first shape-memory wire, and thus a pivoting of the mirror about the axis of rotation occurs in order to shift the deflection position, and the shape-memory wire is positioned in such a way that, in a shortened position, it extends at least largely in parallel to the axis of rotation of the mirror. wherein the adjustment device has at least one first shape-memory wire, which is coupled to the mirror, such that the mirror is pivotable about the axis of rotation by means of a change in length of the first shape-memory wire, and the adjustment device has a separate coupling element, which is coupled to the first shape-memory wire and to the mirror, such that a movement, in particular a linear movement, of the coupling element can be effected by means of the change in length of the first shape-memory wire, and thus a pivoting of the mirror about the axis of rotation occurs in order to shift the deflection position, and the shape-memory wire is positioned in such a way that, in a shortened position, it extends at least largely in parallel to the axis of rotation of the mirror.
A liquid sprayer comprising a main body for supporting a spray liquid storage unit and a transducer inside itself, wherein the spray liquid storage unit includes a core for soaking up spray liquid stored in a storage tank to an outside of the storage tank, the transducer is in contact with a front side of a tip end portion of the core protruding from the storage tank of the spray liquid storage unit with a front face of the transducer oriented forward and upward, and a spray hole is formed in a position of the main body facing the front face of the transducer, characterized in that the liquid sprayer further comprises an inner tube portion extending outside the storage tank and an opening window is formed in the tip end side of the inner tube portion such that only a front side of a tip end portion of the core is exposed.
A control system for a steam governing valve of a power generation plant (1, 1A, 1B), the control system comprising: a transient-event detector configured to detect occurrence of a transient event in a power system; and an opening-degree correction unit (110, 111, 112) configured to maintain an opening degree of a steam governing valve, to substantially the same degree as the opening degree at a time of the occurrence of the transient event in the power system during the transient event in the power system, the steam governing valve being configured to adjust amount of steam flowing into a steam turbine (18, 19), the control system further comprising a restoration determining unit which is configured to determine whether power is restored from the transient event within a determination threshold value, wherein the opening degree correction unit is configured to not maintain the opening degree of the steam governing valve, at substantially the same degree as the opening degree at the time of the occurrence of the transient event, when the transient event is longer than the determination threshold value, and wherein the determination threshold value is 1 second or less. a transient-event detector configured to detect occurrence of a transient event in a power system; and an opening-degree correction unit (110, 111, 112) configured to maintain an opening degree of a steam governing valve, to substantially the same degree as the opening degree at a time of the occurrence of the transient event in the power system during the transient event in the power system, the steam governing valve being configured to adjust amount of steam flowing into a steam turbine (18, 19), the control system further comprising a restoration determining unit which is configured to determine whether power is restored from the transient event within a determination threshold value, wherein the opening degree correction unit is configured to not maintain the opening degree of the steam governing valve, at substantially the same degree as the opening degree at the time of the occurrence of the transient event, when the transient event is longer than the determination threshold value, and wherein the determination threshold value is 1 second or less.
A method of bonding at a faying surface two substrates of γ-titanium aluminide alloy having a composition within the range of Ti- Al-(0.1-10)X in at.%, where X represents elements selected from Zr, V, Nb, Ta, Cr, Mo, W, Mn, Si, B, C or combinations thereof, comprising the steps of applying a braze material of a titanium alloy of the general composition Ti- Al- X- Z in at.%, where X represents one or more elements selected from the group of Zr, V, Nb, Ta, Cr, Mo, W, Mn, Si, B, C, and Z represents one or more elements selected from the group of Fe and Ni, and wherein those alloying elements present in the substrate material other than titanium and aluminum are present in quantities in at.% up to their content in the substrate material, at the faying surface of the substrates, and subjecting the substrates and braze material to an elevated temperature above the melting point of the braze material and below the γ-solvus temperature of the γ-titanium aluminide alloy, and joining the substrates by transient liquid phase bonding.