mhurhangee/patent-ind-claim-en huggingface dataset:
A spectroscopy system comprising: three laser modules , each of the laser modules including a laser cavity, a quantum cascade gain chip for amplifying light within the laser cavity, and an external cavity grating tuning element for controlling a wavelength of light generated by the modules ; combining optics for combining the light generated by the three laser modules into a single beam , wherein light emissions of the three laser modules are stitched together spectrally to provide a continuous tuning range of 6 to 12 micrometers; and a sample detector for detecting the single beam returning from a sample . three laser modules , each of the laser modules including a laser cavity, a quantum cascade gain chip for amplifying light within the laser cavity, and an external cavity grating tuning element for controlling a wavelength of light generated by the modules ; combining optics for combining the light generated by the three laser modules into a single beam , wherein light emissions of the three laser modules are stitched together spectrally to provide a continuous tuning range of 6 to 12 micrometers; and a sample detector for detecting the single beam returning from a sample .
Induction oven apparatus with at least one inductively heatable heating element , with at least one control unit and with at least one inductor , which is intended for inductive heating of the heating element , characterised in that, in a heating-up operating state, the control unit operates the inductor in a pulsed and cyclical manner with at least one cycle duration and, in the heating-up operating state, ascertains the cycle duration as a function of at least one current heating parameter in relation to at least one reference heating parameter.
Method for detecting the curvature of elongated metal elements, comprising the steps of a. providing a straightening assembly along a feeding line in a feeding direction (A) for said element , a detection assembly of the residual curvature or of the straightness degree of said element downstream of said straightening assembly and a cutting assembly downstream of said detection assembly ; b. feeding said element along said feeding line, through at least one guiding assembly and said detection assembly ; said at least one guiding assembly being arranged along said feeding line upstream and/or downstream of said detection assembly , said at least one guiding assembly being made by means of at least one sleeve or a pair of overlapping wheels, on opposite sides with respect to the feeding line, to guide and limit at the same time the element ; c. guiding by tightening said element along said feeding line by means of said at least one guiding assembly , thereby removing any deformations and/or deviations imposed on said element by said straightening assembly ; d. detecting by means of said detection assembly at least one datum concerning instantaneous position of at least a portion of said element when passing through at least one detection plane transversal to said feeding direction (A) along said feeding line; e. sending said at least one datum to a processing unit so as to process said residual curvature or said degree of straightness of said element . a. providing a straightening assembly along a feeding line in a feeding direction (A) for said element , a detection assembly of the residual curvature or of the straightness degree of said element downstream of said straightening assembly and a cutting assembly downstream of said detection assembly ; b. feeding said element along said feeding line, through at least one guiding assembly and said detection assembly ; said at least one guiding assembly being arranged along said feeding line upstream and/or downstream of said detection assembly , said at least one guiding assembly being made by means of at least one sleeve or a pair of overlapping wheels, on opposite sides with respect to the feeding line, to guide and limit at the same time the element ; c. guiding by tightening said element along said feeding line by means of said at least one guiding assembly , thereby removing any deformations and/or deviations imposed on said element by said straightening assembly ; d. detecting by means of said detection assembly at least one datum concerning instantaneous position of at least a portion of said element when passing through at least one detection plane transversal to said feeding direction (A) along said feeding line; e. sending said at least one datum to a processing unit so as to process said residual curvature or said degree of straightness of said element .
Road finishing machine with a screed for producing a paving layer on a subsoil on which the road finishing machine is moving in the laying direction (R) during a pavement drive, wherein the road finishing machine comprises a leveling system for the height adjustment of the screed for compensating irregularities in the subsoil , wherein the leveling system includes a cascade control comprising an outer control loop which includes a first control unit (C bo ) which is embodied to determine, on the basis of a detected actual value of a screed height (z bo ) of the screed relative to a predetermined reference (L), and on the basis of a desired value of the screed height (r bo ) relative to the predetermined reference (L) which can be held available for it, a desired value of a pulling point position (r zp ) of a pulling point of the screed relative to the predetermined reference (L), and which comprises an inner control loop which includes a second control unit (C nz ) which is embodied to determine, on the basis of a detected actual value of a leveling cylinder position (s nz ) of an extendable piston of a leveling cylinder attached to the pulling point , and on the basis of a desired value of the leveling cylinder position (r nz ) held available for the second control unit (C nz ), a control signal (u nz ) for the leveling cylinder by means of which the leveling cylinder can be controlled, characterized in that the cascade control either comprises a central control loop between the outer and the inner control loops that includes a third control unit (C zp ) which is embodied to determine, on the basis of a detected actual value of the pulling point position (z zp ) of the pulling point of the screed to the predetermined reference (L), and on the basis of the desired value of the pulling point position (r zp ) determined by means of the first control unit (C bo ), the desired value of the leveling cylinder position (r nz ) for the second control unit (C zp ), or that the cascade control includes a pulling point control (C' zp ) between the outer and the inner control loops which is embodied to determine, on the basis of the desired value of the pulling point position (r zp ) of the pulling point of the screed determined by means of the first control unit (C bo ), and in particular on the basis of a digital terrain model (DGM) of the subsoil on which the road finishing machine is moving for producing the paving layer , which model is held available for the pulling point control (C' zp ), the desired value of the leveling cylinder position (r nz ) for the second control unit (C nz ).
An optical film comprising: an acryl-based film; and a functional coating layer formed on at least one surface of the acryl-based film, containing a conductive material and a water-dispersible resin, and having surface resistance of 10 9 Q / sq to 10 13 Ω / sq wherein the water-dispersible resin is a water-dispersible polyurethane-based resin, and a weight average molecular weight of the polyurethane-based resin is 10,000 to 100,000, wherein the conductive material is a conductive polymer, wherein the functional coating layer includes the conductive polymer in 1 to 10 parts by weight with respect to 100 parts by weight of the water-dispersible resin. an acryl-based film; and a functional coating layer formed on at least one surface of the acryl-based film, containing a conductive material and a water-dispersible resin, and having surface resistance of 10 9 Q / sq to 10 13 Ω / sq wherein the water-dispersible resin is a water-dispersible polyurethane-based resin, and a weight average molecular weight of the polyurethane-based resin is 10,000 to 100,000, wherein the conductive material is a conductive polymer, wherein the functional coating layer includes the conductive polymer in 1 to 10 parts by weight with respect to 100 parts by weight of the water-dispersible resin.
A heat-producing element for fixing a toner image on an image support, wherein the heat-producing element comprises a heat-producing layer comprising a heat-resistant resin and only one type of electrically-conductive fiber, wherein the electrically-conductive fiber is metallic fiber and has a shape in which the diameter of the electrically-conductive fiber (A) is in the range from 0.5μm to 30μm, the length of the electrically-conductive fiber (B) is in the range from 5.0μm to 1,000μm, and the aspect ratio, being the diameter divided by the length (A/B), is in the range from 0.025 to 0.25 and wherein the heat producing layer includes power supply terminals at end portions.
A phosphate ester composition comprising more than 50 mass% of a phosphate ester represented by Formula 1, wherein X, Y, and Z are independently selected from the group consisting of alkyl, heteroalkyl, heteroaryl or aryl, with at least one of X, Y and Z being aryl, represented by Formula 2, and wherein two or more of R3, R4 and R5 have from 1 to 10 carbon atoms, and the total number of carbon atoms in R3, R4 and R5 is from 3 to 30 and wherein more than 90 mass% of the phosphate esters in the composition has R2 and R6 being H on all of the aryl groups present.
A curable composition for a printed wiring board, said curable composition comprising: (A) a filler having a specific gravity of 3 or less; (B) a hydroxyl group-containing (meth)acrylate compound; (C) a photopolymerization initiator; and further comprising a bifunctional (meth)acrylate compound (with no hydroxyl group) having a viscosity of 5 to 50 mPa·s at 25°C, measured according to JIS K 2283, and wherein particles contained therein have a maximum particle size of 0.1 to 5 μm, measured by using a particle size distribution analyzer with the D100 value being the maximum particle size. (A) a filler having a specific gravity of 3 or less; (B) a hydroxyl group-containing (meth)acrylate compound; (C) a photopolymerization initiator; and
An air separation module , comprising: a canister ; a membrane separator fixed within the canister configured to separate a compressed air flow into an oxygen-enriched air flow fraction and an oxygen-depleted air flow fraction ; and a one-piece cap connected to the first end of the canister, wherein the one-piece cap has a filter module mount portion on a side of the one-piece cap opposite the separator, the filter module mount portion being to support a filter, wherein the filter module mount portion includes an inlet temperature sensor seated therein, wherein the filter module mount portion fluidly couples the inlet temperature sensor to the separator, and wherein the one-piece end cap and filter module mount portion are homogenous in composition and monolithic in construction. a canister ; a membrane separator fixed within the canister configured to separate a compressed air flow into an oxygen-enriched air flow fraction and an oxygen-depleted air flow fraction ; and a one-piece cap connected to the first end of the canister, wherein the one-piece cap has a filter module mount portion on a side of the one-piece cap opposite the separator, the filter module mount portion being to support a filter, wherein the filter module mount portion includes an inlet temperature sensor seated therein, wherein the filter module mount portion fluidly couples the inlet temperature sensor to the separator, and wherein the one-piece end cap and filter module mount portion are homogenous in composition and monolithic in construction.
A hydraulic hammering device , comprising: - a piston slidably fitted into a cylinder , the piston being configured to advance and retract to hammer a rod for hammering; - a front chamber and a rear chamber that are defined between an outer peripheral surface of the piston and an inner peripheral surface of the cylinder and arranged separated from each other in the front and rear direction; and - a switching valve mechanism configured to switch the front chamber into communication with a low pressure circuit when the piston advances and to supply and discharge hydraulic oil so that an advance and a retraction of the piston can be repeated, wherein: - the front chamber has a front-chamber liner that is fitted to an inner surface of the cylinder , - a hydraulic chamber space is formed to the front-chamber liner as a cushion chamber , the hydraulic chamber space communicating with the front chamber to be filled with hydraulic oil, and characterised in that : - the cushion chamber has a second drain circuit that is formed separately from a drain circuit configured to guide hydraulic oil passing a liner bearing section of the front-chamber liner to the low pressure circuit , the second drain circuit passing through portions other than the liner bearing section . - a piston slidably fitted into a cylinder , the piston being configured to advance and retract to hammer a rod for hammering; - a front chamber and a rear chamber that are defined between an outer peripheral surface of the piston and an inner peripheral surface of the cylinder and arranged separated from each other in the front and rear direction; and - a switching valve mechanism configured to switch the front chamber into communication with a low pressure circuit when the piston advances and to supply and discharge hydraulic oil so that an advance and a retraction of the piston can be repeated, - the front chamber has a front-chamber liner that is fitted to an inner surface of the cylinder , - a hydraulic chamber space is formed to the front-chamber liner as a cushion chamber , the hydraulic chamber space communicating with the front chamber to be filled with hydraulic oil, and - the cushion chamber has a second drain circuit that is formed separately from a drain circuit configured to guide hydraulic oil passing a liner bearing section of the front-chamber liner to the low pressure circuit , the second drain circuit passing through portions other than the liner bearing section .
A fastener part consisting of at least one planar substrate part , on one side of which a plurality of mushroom-head-like fastener elements are arranged, each of which, as an integral part of the substrate part , has a solid stem part formed in the manner of a rotational hyperboloid and extending along a longitudinal axis, wherein to the free end of said stem part a head part adjoins, the edge regions of which form hooking possibilities and project at least partially beyond the stem part , and wherein said head part has a crater-like depression on its upper side, characterized in that a plurality of further crater-like depressions is incorporated into the further side of the substrate part , opposite to the fastener elements, in that both crater-like depressions of at least some of the fastener elements extend concentrically or mainly concentrically to the longitudinal axis of the respective assigned stem part , and in that the respective further crater-like depression has a maximum crater depth ranging between 30 to 60%, preferably 50%, of the thickness of the substrate part .
Suspended hood for domestic extraction capable of being placed above a hob inserted into a worktop of a kitchen, said hood including a body with extraction means for extracting air containing fumes and/or vapours from the underlying hob , said extraction taking place through a primary extraction opening provided for in a portion of said hood facing said hob , said body comprising an image projector , said image projector being inside the body of the hood and being placed at the portion of the hood facing said hob ; and a depth video camera inserted into the body of the hood facing the underlying hob and worktop , characterised in that the projector and the depth video camera are inserted into the body of the suspended hood at a secondary air extraction opening provided for in the portion of the hood facing the hob , said secondary air extraction opening being located on one side of the primary air extraction opening .
A baffle (108; 208; 308; 408) insert for an airfoil, comprising: a first baffle body extending from a first end to a second end along a longitudinal axis; a second baffle body (110; 210; 310; 410) having a hollow interior for receiving the first baffle body, wherein the second baffle body includes a longitudinally extending opening facing a lateral direction for sliding the first baffle body in the lateral direction, characterised in that the first baffle body is slidable in the lateral direction between a nested position and an expanded position with respect to the second baffle body, and in that the first baffle body includes a pair of opposing flanges, wherein the flanges of the first baffle body anchor the first baffle body to the second baffle body in the expanded position. a first baffle body extending from a first end to a second end along a longitudinal axis; a second baffle body (110; 210; 310; 410) having a hollow interior for receiving the first baffle body, wherein the second baffle body includes a longitudinally extending opening facing a lateral direction for sliding the first baffle body in the lateral direction, characterised in that the first baffle body is slidable in the lateral direction between a nested position and an expanded position with respect to the second baffle body, and in that the first baffle body includes a pair of opposing flanges, wherein the flanges of the first baffle body anchor the first baffle body to the second baffle body in the expanded position.
A hydraulic transmission system for use in a micromanipulator system, comprising: an input actuator comprising an input piston , the input piston configured to receive an input force (F IN ); a control actuator comprising a modulator piston , the modulator piston operatively associated with the input piston and configured to apply a modulating force (F ACT ) to modulate the input force (F IN ); an output actuator comprising an output piston , the output piston operatively associated with the input piston and the modulator piston , the output piston configured to receive the modulated input force and output an output force (F OUT ) from the transmission system ; a control system comprising one or more position sensor associated with the input actuator, output actuator and control actuator , wherein the control system is configured to control the control actuator according to the sensed position of the input piston , the output piston and the modulator piston to vary the ratio of the input force (F IN ) to the output force (F OUT ) up or down by reconfiguring the control actuator so as to permit the effect of a tremor contained within the input force (F IN ) to be cancelled, mitigated or otherwise controlled within a given acceptable range. an input actuator comprising an input piston , the input piston configured to receive an input force (F IN ); a control actuator comprising a modulator piston , the modulator piston operatively associated with the input piston and configured to apply a modulating force (F ACT ) to modulate the input force (F IN ); an output actuator comprising an output piston , the output piston operatively associated with the input piston and the modulator piston , the output piston configured to receive the modulated input force and output an output force (F OUT ) from the transmission system ; a control system comprising one or more position sensor associated with the input actuator, output actuator and control actuator , wherein the control system is configured to control the control actuator according to the sensed position of the input piston , the output piston and the modulator piston to vary the ratio of the input force (F IN ) to the output force (F OUT ) up or down by reconfiguring the control actuator so as to permit the effect of a tremor contained within the input force (F IN ) to be cancelled, mitigated or otherwise controlled within a given acceptable range.
A processor, comprising: a plurality of cores to execute instructions, wherein each core of the plurality of cores comprises: a Level-1, L1, instruction cache to store the instructions and an L1 data cache to store corresponding data; a plurality of vector registers to store a plurality of packed data elements, including single-precision floating-point data elements and reduced precision floating-point data elements having fewer mantissa bits than the single-precision floating point data elements and a same number of exponent bits as the single-precision floating point format data elements; and execution circuitry to execute an instruction to generate a dot product with a first pair of the reduced precision floating-point data elements and a corresponding second pair of the reduced precision floating-point data elements, the execution circuitry to: generate a plurality of single precision floating-point products corresponding to the first pair and the second pair of the reduced precision floating-point data elements; and accumulate the plurality of single precision floating-point products to generate a single precision floating-point result data element. a Level-1, L1, instruction cache to store the instructions and an L1 data cache to store corresponding data; a plurality of vector registers to store a plurality of packed data elements, including single-precision floating-point data elements and reduced precision floating-point data elements having fewer mantissa bits than the single-precision floating point data elements and a same number of exponent bits as the single-precision floating point format data elements; and execution circuitry to execute an instruction to generate a dot product with a first pair of the reduced precision floating-point data elements and a corresponding second pair of the reduced precision floating-point data elements, the execution circuitry to: generate a plurality of single precision floating-point products corresponding to the first pair and the second pair of the reduced precision floating-point data elements; and accumulate the plurality of single precision floating-point products to generate a single precision floating-point result data element. generate a plurality of single precision floating-point products corresponding to the first pair and the second pair of the reduced precision floating-point data elements; and accumulate the plurality of single precision floating-point products to generate a single precision floating-point result data element.