mhurhangee/ep-ind-claims huggingface dataset:
A spectroscopy array having at least one continuous wave laser (2b, 4b, 20), an optical detector and a first and a second optical ring resonator (1, 3) which each contain a material with an intensity-dependent refractive index, furthermore having at least one waveguide (2, 4, 7, 8) which is guided along the optical ring resonators at such a distance that light of the continuous wave laser (2b, 4b, 20) guided in the waveguide (2, 4, 7) can be coupled into the optical ring resonators (1, 3) and a frequency comb generated from the light of the continuous wave laser in the respective optical ring resonator (1, 3) can be coupled out into the waveguide or waveguides (2, 4, 8), the optical ring resonators (1, 3) and said at least one waveguide (2, 4, 7, 8) being arranged on a common substrate, and wherein the two optical ring resonators (1, 3) are optically different from one another by their geometry, by their material and/or by a coating in such a way that the spectral power density of beat frequencies of the frequency combs superimposed on the optical detector changes, when one of the two optical ring resonators (1, 3) and/or a waveguide connected thereto, which conducts the frequency comb coupled out of one of the optical ring resonators (1, 3), is brought into contact with a sample.
Method for determining at least one space coordinate of a measurement point on an object to be measured, having the steps: - approaching the measuring point with a sampling head which is arranged on a displacement mechanism, which comprises a first and a second movable support (16, 18), - determining a first displacement position (Y l) of the first support and a second displacement position (Y r) of the second support, - determining an actual difference (ΔY) between the first and second displacement positions (Y l, Y r), and - determining the space coordinate of the measurement point by using the actual difference (ΔY), - wherein a static difference value (ΔYstat) is provided, which represents a reproducible difference component between the first and second displacement positions (Y l, Y r), - wherein the static difference value (ΔYstat) is subtracted from the actual difference (ΔY) in order to obtain a dynamic difference value (ΔYdyn), and - wherein the space coordinate is determined by using the dynamic difference value (ΔYdyn), characterized in that the static difference value (ΔYstat) is determined with the aid of a calibration run and subsequently provided permanently in a memory, and in that the space coordinate determined by using the dynamic difference value (ΔYdyn) is subsequently corrected by using the static difference value (ΔYstat). - approaching the measuring point with a sampling head which is arranged on a displacement mechanism, which comprises a first and a second movable support (16, 18), - determining a first displacement position (Y l) of the first support and a second displacement position (Y r) of the second support, - determining an actual difference (ΔY) between the first and second displacement positions (Y l, Y r), and - determining the space coordinate of the measurement point by using the actual difference (ΔY), - wherein a static difference value (ΔYstat) is provided, which represents a reproducible difference component between the first and second displacement positions (Y l, Y r), - wherein the static difference value (ΔYstat) is subtracted from the actual difference (ΔY) in order to obtain a dynamic difference value (ΔYdyn), and - wherein the space coordinate is determined by using the dynamic difference value (ΔYdyn), characterized in that the static difference value (ΔYstat) is determined with the aid of a calibration run and subsequently provided permanently in a memory, and in that the space coordinate determined by using the dynamic difference value (ΔYdyn) is subsequently corrected by using the static difference value (ΔYstat).
Holding assembly for fixing a flange part, which is provided on a braking device, to a bulkhead of a motor vehicle, said bulkhead separating an engine compartment from a vehicle interior, wherein a holding plate is fastened to the side of the bulkhead facing the engine compartment, said holding plate having a positive connection which is in engagement with the flange part, characterized in that the holding plate is shaped asymmetrically for receiving two holding screws and a final fixing screw, wherein a non-positive connection having the final fixing screw is provided diametrically to the positive connection on the holding plate, said non-positive connection being in engagement with the flange part, in that the outer periphery of the holding plate is defined by a peripheral frame, which is produced as a hook, by plastic deformation of the holding plate, to form the positive connection, a radial projection provided on the outer periphery of the asymmetrically shaped flange part being in engagement therewith, and in that for the accurate alignment of the flange part on the holding plate, the frame has a supporting edge which is provided below the hook and, after the insertion of the flange part into the frame, is brought into contact with a further, tongue-shaped projection provided on the outer periphery of the flange part, as soon as the flange part above the projection is tilted behind the hook with its projection facing the hook.
A nuclear reactor system for commercially generating electricity, the system comprising: a nuclear reactor; at least one primary coolant loop (120, 125), containing reactor coolant, connecting to the nuclear reactor; and at least one isolation condenser system connecting to the nuclear reactor, wherein the isolation condenser system includes, an isolation condenser (310, 320) connected between a steam inlet and a condensation return line of the nuclear reactor and immersed in a chamber (311, 321) filled with isolation condenser coolant, wherein the isolation condenser includes a heat exchanger configured to transfer energy from the reactor coolant to the isolation condenser coolant, characterised by a reservoir storing additional isolation condenser coolant for the chamber, a check valve allowing coolant flow from the reservoir to the chamber and preventing coolant flow from the chamber to the reservoir, a switch configured to determine relative coolant level between the chamber and the reservoir and operate the check valve based on the relative coolant level. a nuclear reactor; at least one primary coolant loop (120, 125), containing reactor coolant, connecting to the nuclear reactor; and at least one isolation condenser system connecting to the nuclear reactor, wherein the isolation condenser system includes, an isolation condenser (310, 320) connected between a steam inlet and a condensation return line of the nuclear reactor and immersed in a chamber (311, 321) filled with isolation condenser coolant, wherein the isolation condenser includes a heat exchanger configured to transfer energy from the reactor coolant to the isolation condenser coolant, characterised by a reservoir storing additional isolation condenser coolant for the chamber, a check valve allowing coolant flow from the reservoir to the chamber and preventing coolant flow from the chamber to the reservoir, a switch configured to determine relative coolant level between the chamber and the reservoir and operate the check valve based on the relative coolant level. an isolation condenser (310, 320) connected between a steam inlet and a condensation return line of the nuclear reactor and immersed in a chamber (311, 321) filled with isolation condenser coolant, wherein the isolation condenser includes a heat exchanger configured to transfer energy from the reactor coolant to the isolation condenser coolant, characterised by a reservoir storing additional isolation condenser coolant for the chamber, a check valve allowing coolant flow from the reservoir to the chamber and preventing coolant flow from the chamber to the reservoir, a switch configured to determine relative coolant level between the chamber and the reservoir and operate the check valve based on the relative coolant level.
Optically variable security element for securing objects of value whose surface area defines a z-axis that is perpendicular thereto, having a reflective surface region which shows at least two appearances that are recognizable from different viewing directions, wherein - the reflective surface region contains a first relief structure and a second relief structure, which are arranged at different height levels in the z-direction such that they at least partially overlap each other, - the first relief structure is provided with a reflection-enhancing layer, - the second relief structure has a reflection-enhancing layer, - the second relief structure comprises an embossing layer (32; 72), and - the reflective surface region has subregions with a reflective second relief structure (34, 36) and free regions without a reflective second relief structure (34, 36), characterized in that the embossing layer is provided only in the subregions of the reflective surface region, but not in the free regions, the second relief structure is provided only in the subregions of the reflective surface region, and the reflection-enhancing layer of the second relief structure is formed by leafing or sunken pigments. - the reflective surface region contains a first relief structure and a second relief structure, which are arranged at different height levels in the z-direction such that they at least partially overlap each other, - the first relief structure is provided with a reflection-enhancing layer, - the second relief structure has a reflection-enhancing layer, - the second relief structure comprises an embossing layer (32; 72), and - the reflective surface region has subregions with a reflective second relief structure (34, 36) and free regions without a reflective second relief structure (34, 36), the embossing layer is provided only in the subregions of the reflective surface region, but not in the free regions, the second relief structure is provided only in the subregions of the reflective surface region, and the reflection-enhancing layer of the second relief structure is formed by leafing or sunken pigments.
An assembly for an aircraft propulsion system, comprising: a fixed structure; an inner cowl door extending circumferentially between an inner cowl door first end and an inner cowl door second end, the inner cowl door pivotally connected to the fixed structure at the inner cowl door first end; an outer cowl door pivotally connected to the fixed structure, the outer cowl door radially outboard of and overlapping the inner cowl door; and a linkage extending between and movably connected to the inner cowl door and the outer cowl door, the linkage pivotally connected to the inner cowl door and pivotally connected to the outer cowl door, wherein the linkage is arranged proximate the fixed structure, characterized in that: the linkage has a fixed length and is arranged closer to the fixed structure than to the inner cowl door second end, and the linkage is configured to pull against and thereby open the inner cowl door as the outer cowl door is opened. a fixed structure; an inner cowl door extending circumferentially between an inner cowl door first end and an inner cowl door second end, the inner cowl door pivotally connected to the fixed structure at the inner cowl door first end; an outer cowl door pivotally connected to the fixed structure, the outer cowl door radially outboard of and overlapping the inner cowl door; and a linkage extending between and movably connected to the inner cowl door and the outer cowl door, the linkage pivotally connected to the inner cowl door and pivotally connected to the outer cowl door, wherein the linkage is arranged proximate the fixed structure,
Composition for the treatment of a cellulosic substrate for colouring it with monochlorotriazine dyes, comprising nicotinamide as activator, polydimethylsiloxane, and urea.
A suitcase comprising: a frame; and a fabric cover for the frame, wherein the fabric cover is provided external to all outer edges of the frame, and the outer edges of the frame internally tension the fabric cover to locate the fabric cover and to define the shape of the suitcase, the suitcase is characterised in that the fabric cover comprises: a top fabric cover panel; a bottom fabric cover panel; and an elongate fabric cover panel joined on a first side to the top fabric cover panel around a perimeter of the top fabric cover panel and joined on an opposing second side to the bottom fabric cover panel around a perimeter of the bottom fabric cover panel, wherein a lid is formed in the elongate fabric cover panel, the lid configured to extend across only one major surface of the suitcase, and wherein the elongate fabric cover panel is joined to the top fabric cover panel by an inward facing seam and joined to the bottom fabric cover panel by an inward facing seam a frame; and a fabric cover for the frame, wherein the fabric cover is provided external to all outer edges of the frame, and the outer edges of the frame internally tension the fabric cover to locate the fabric cover and to define the shape of the suitcase, the suitcase is characterised in that the fabric cover comprises: a top fabric cover panel; a bottom fabric cover panel; and an elongate fabric cover panel joined on a first side to the top fabric cover panel around a perimeter of the top fabric cover panel and joined on an opposing second side to the bottom fabric cover panel around a perimeter of the bottom fabric cover panel, wherein a lid is formed in the elongate fabric cover panel, the lid configured to extend across only one major surface of the suitcase, and wherein the elongate fabric cover panel is joined to the top fabric cover panel by an inward facing seam and joined to the bottom fabric cover panel by an inward facing seam a top fabric cover panel; a bottom fabric cover panel; and an elongate fabric cover panel joined on a first side to the top fabric cover panel around a perimeter of the top fabric cover panel and joined on an opposing second side to the bottom fabric cover panel around a perimeter of the bottom fabric cover panel, wherein a lid is formed in the elongate fabric cover panel, the lid configured to extend across only one major surface of the suitcase, and wherein the elongate fabric cover panel is joined to the top fabric cover panel by an inward facing seam and joined to the bottom fabric cover panel by an inward facing seam
A device for air treatment of a fabric comprising: - an airtight chamber provided with at least one opening (12; 12a, 12b; 12c) for the supply of forced air and - transferring means of the fabric located inside the airtight chamber, characterised in that it comprises at least two ducts (14,16;140,150,160,170) for the treatment of the fabric, said ducts being at least partially located inside the airtight chamber and at least partially outside it so that each of them has one respective mouth (14a, 16a) in communication with the exterior of the airtight chamber for the infeed and/or outfeed of the fabric and for the outflow of the air; said fabric transferring means being located between the mouths (14b, 16b) of the ducts (14,16) located inside the chamber. - an airtight chamber provided with at least one opening (12; 12a, 12b; 12c) for the supply of forced air and - transferring means of the fabric located inside the airtight chamber,
A method of data allocation, performed by a wireless transmitting apparatus (210, 410), wherein the wireless transmitting apparatus (210, 410) transmits through a plurality of sub-carriers based on an orthogonal frequency division multiplexing, named OFDM hereinafter, technology, the method comprising: obtaining a data stream; allocating the data stream to a first sub-carrier set, wherein the plurality of sub-carriers is divided into the first sub-carrier set and a second sub-carrier set, and the first sub-carrier set and the second sub-carrier set respectively have the sub-carrier index values with opposite signs to each other; and allocating the second sub-carrier set based on the data stream allocated to the first sub-carrier set, which comprises: performing a complex conjugate computation to the data stream allocated to the first sub-carrier set; and allocating the data stream after the complex conjugate computation to the second sub-carrier set such that the data stream allocated to the first sub-carrier set is not interfered by the data stream allocated to the second sub-carrier set; converting the allocated data stream into an OFDM signal; and transmitting the OFDM signal to a wireless receiving apparatus (250, 650). obtaining a data stream; allocating the data stream to a first sub-carrier set, wherein the plurality of sub-carriers is divided into the first sub-carrier set and a second sub-carrier set, and the first sub-carrier set and the second sub-carrier set respectively have the sub-carrier index values with opposite signs to each other; and allocating the second sub-carrier set based on the data stream allocated to the first sub-carrier set, which comprises: performing a complex conjugate computation to the data stream allocated to the first sub-carrier set; and allocating the data stream after the complex conjugate computation to the second sub-carrier set such that the data stream allocated to the first sub-carrier set is not interfered by the data stream allocated to the second sub-carrier set; performing a complex conjugate computation to the data stream allocated to the first sub-carrier set; and allocating the data stream after the complex conjugate computation to the second sub-carrier set such that the data stream allocated to the first sub-carrier set is not interfered by the data stream allocated to the second sub-carrier set; converting the allocated data stream into an OFDM signal; and transmitting the OFDM signal to a wireless receiving apparatus (250, 650).
Update device for an update system for a vehicle for updating a digital map, having: a second communication unit in the vehicle for receiving update data from a first communication unit of a control centre via a data channel in a satellite navigation system; and an update unit for updating the digital map on the basis of the received update data. a second communication unit in the vehicle for receiving update data from a first communication unit of a control centre via a data channel in a satellite navigation system; and an update unit for updating the digital map on the basis of the received update data.
A holographic imaging device for imaging an object under study, the device comprising: - a reflective surface, - at least one radiation source for directing a first radiation wave towards said reflective surface and the object under study, and - an image sensor arranged to receive a second radiation wave obtained by reflection of said first radiation wave by said reflective surface and to receive a third radiation wave obtained by reflection of said first radiation wave by said object under study, when said object under study is positioned on or in a neighborhood of said reflective surface and between said reflective surface and said at least one radiation source, said image sensor being adapted for recording an interference pattern between said second radiation wave and said third radiation wave, wherein the holographic imaging device is adapted for directly directing the third radiation wave reflected by the object under study towards the image sensor, wherein said image sensor and said reflective surface are parallel to one another. - a reflective surface, - at least one radiation source for directing a first radiation wave towards said reflective surface and the object under study, and - an image sensor arranged to receive a second radiation wave obtained by reflection of said first radiation wave by said reflective surface and to receive a third radiation wave obtained by reflection of said first radiation wave by said object under study, when said object under study is positioned on or in a neighborhood of said reflective surface and between said reflective surface and said at least one radiation source, said image sensor being adapted for recording an interference pattern between said second radiation wave and said third radiation wave,
Robotic plantlet handling apparatus including: a workstation having an operator work portion, a material source portion, a material delivery portion and a robot arm; at least one housing located at the material source portion and containing a plurality of plantlet holders each comprising an open-topped container having apertures open to nutrient medium in use and having a handling lug, the housing being closable by a closure lid having a complementary peripheral engagement portion adapted to mechanically and sealingly engage a corresponding upper edge of the housing; at least one said housing located at said material delivery portion and adapted to receive a plurality of said plantlet holders; and a tool assembly on said robot arm having gripper ends adapted to engage said handling lug for movement of a plantlet holder between said material source portion, said operator work portion, and said material delivery portion; characterised in that closure lid manipulator arms are provided on said robot arm and are selectively operable to engage said closure lid for removal from and attachment to the housing, and wherein said operator work portion includes one or more work stands each including a handling lug engagement portion adapted to cooperate with the handling lug of the plantlet holder for a worker to operate on a plantlet in the holder. a workstation having an operator work portion, a material source portion, a material delivery portion and a robot arm; at least one housing located at the material source portion and containing a plurality of plantlet holders each comprising an open-topped container having apertures open to nutrient medium in use and having a handling lug, the housing being closable by a closure lid having a complementary peripheral engagement portion adapted to mechanically and sealingly engage a corresponding upper edge of the housing; at least one said housing located at said material delivery portion and adapted to receive a plurality of said plantlet holders; and a tool assembly on said robot arm having gripper ends adapted to engage said handling lug for movement of a plantlet holder between said material source portion, said operator work portion, and said material delivery portion; characterised in that closure lid manipulator arms are provided on said robot arm and are selectively operable to engage said closure lid for removal from and attachment to the housing, and wherein said operator work portion includes one or more work stands each including a handling lug engagement portion adapted to cooperate with the handling lug of the plantlet holder for a worker to operate on a plantlet in the holder.