mhurhangee/ep-ind-claims huggingface dataset:
A hybrid work vehicle comprising: a traveling device which drives a vehicle wheel (6F, 6R)so that a vehicle body travels; and a control device which controls the traveling device, wherein the traveling device includes a first rotary electric machine, a second rotary electric machine, an internal-combustion engine, a power transmission device which transmits power output from the internal-combustion engine to the vehicle wheel through at least the first rotary electric machine and the second rotary electric machine, a third rotary electric machine which applies power to at least one of the first rotary electric machine and the second rotary electric machine, and a braking device which brakes the vehicle wheel, and wherein the control device executes a first control of applying the power of the third rotary electric machine to at least one of the first rotary electric machine and the second rotary electric machine and a second control of canceling the first control when a vehicle speed of the traveling device becomes or exceeds a speed threshold value and continuously applies the power from the third rotary electric machine when a braking force of the braking device is larger than a braking force threshold value during the second control. a traveling device which drives a vehicle wheel (6F, 6R)so that a vehicle body travels; and a control device which controls the traveling device, wherein the traveling device includes a first rotary electric machine, a second rotary electric machine, an internal-combustion engine, a power transmission device which transmits power output from the internal-combustion engine to the vehicle wheel through at least the first rotary electric machine and the second rotary electric machine, a third rotary electric machine which applies power to at least one of the first rotary electric machine and the second rotary electric machine, and a braking device which brakes the vehicle wheel, and a first rotary electric machine, a second rotary electric machine, an internal-combustion engine, a power transmission device which transmits power output from the internal-combustion engine to the vehicle wheel through at least the first rotary electric machine and the second rotary electric machine, a third rotary electric machine which applies power to at least one of the first rotary electric machine and the second rotary electric machine, and a braking device which brakes the vehicle wheel, and wherein the control device executes a first control of applying the power of the third rotary electric machine to at least one of the first rotary electric machine and the second rotary electric machine and a second control of canceling the first control when a vehicle speed of the traveling device becomes or exceeds a speed threshold value and continuously applies the power from the third rotary electric machine when a braking force of the braking device is larger than a braking force threshold value during the second control.
Thermally insulating component (1, 25) for arrangement between two load-bearing building parts (7, 8), in particular between a building ceiling and a balcony slab, the component comprising an oblong insulating body (6, 26) as well as reinforcement bars extending through the same at right angles to its longitudinal direction and bearings projecting from side walls (17, 18; 42, 43) of the insulating body (6, 26) for absorbing thrust and shear forces, wherein the insulating body (6, 26) comprises a first rectangular, dimensionally stable box (2, 32), through which the reinforcement bars extend, and a second rectangular, dimensionally stable box (3, 33), in which the bearings are located, wherein the boxes (2, 3; 32, 33) have cavities (9, 10, 39, 41) filled with an insulating material and wherein at least the second box (3, 33) has, relative to the cross-section of the box (3, 33), on the side (3*, 33*) remote from the first box (2, 32) a widened section (3**, 33**) represented by shapings (17', 18'; 44, 45) extending along both side walls (17, 18; 42, 43) of the box (3, 33), characterised in that ledges (21, 22; 47, 48) extending at a distance parallel to the side walls (17, 18; 42, 43) of the second box (3, 33) are provided at an outer edge of the shapings (17', 18'; 44, 45).
Waste collection facility comprising a main container, and one or more secondary container(s) (102, 103, 104), each provided with a device for assisting blind or partially-sighted persons, said device comprising: - means for receiving a predetermined signal from a transmitter worn by a blind or partially-sighted person; - means for transmitting an acoustic message when such a signal is received; - the main container being the only container to transmit an acoustic message if the source of the signal received is located beyond a predetermined distance. - means for receiving a predetermined signal from a transmitter worn by a blind or partially-sighted person; - means for transmitting an acoustic message when such a signal is received; - the main container being the only container to transmit an acoustic message if the source of the signal received is located beyond a predetermined distance.
A laminate including a substrate material having at least a first surface, and one or more nonwoven glass fibre material layers adhered to at least the first surface, characterised in that the nonwoven glass fibre material is; a. impregnated and or coated with a mixture of styrene maleic anhydride copolymer amic acid, cyanuric acid and melamine before adhesion to the substrate material, or b. is impregnated and or coated with a mixture of styrene maleic anhydride copolymer amic acid, cyanuric acid and melamine after adhesion to the substrate material, or c. is partially impregnated or coated with a mixture of styrene maleic anhydride copolymer amic acid, cyanuric acid and melamine then adhered to the substrate material and a further impregnation and or coating of the styrene maleic anhydride copolymer amic acid, cyanuric acid and melamine is applied to the surface of the nonwoven glass fibre material already partially impregnated/coated with styrene maleic anhydride copolymer amic acid, cyanuric acid and melamine a. impregnated and or coated with a mixture of styrene maleic anhydride copolymer amic acid, cyanuric acid and melamine before adhesion to the substrate material, or b. is impregnated and or coated with a mixture of styrene maleic anhydride copolymer amic acid, cyanuric acid and melamine after adhesion to the substrate material, or c. is partially impregnated or coated with a mixture of styrene maleic anhydride copolymer amic acid, cyanuric acid and melamine then adhered to the substrate material and a further impregnation and or coating of the styrene maleic anhydride copolymer amic acid, cyanuric acid and melamine is applied to the surface of the nonwoven glass fibre material already partially impregnated/coated with styrene maleic anhydride copolymer amic acid, cyanuric acid and melamine
A method for preparing a sorbent precursor comprising the steps of: (i) forming agglomerates comprising a particulate support material, (ii) coating the agglomerates with a coating mixture powder consisting of a particulate sulphidable copper compound and a particulate calcined, rehydratable alumina to form coated agglomerates, by adding the coating mixture to the agglomerates in a granulator, and (iii) drying the coated agglomerates to form a dried sorbent precursor. (i) forming agglomerates comprising a particulate support material, (ii) coating the agglomerates with a coating mixture powder consisting of a particulate sulphidable copper compound and a particulate calcined, rehydratable alumina to form coated agglomerates, by adding the coating mixture to the agglomerates in a granulator, and (iii) drying the coated agglomerates to form a dried sorbent precursor.
A method of producing a surface-treated steel plate for producing can bodies or lids, by forming a surface-treating film on a steel plate by conducting the cathodic electrolysis in a bath for surface treatment, wherein the bath for surface treatment contains Zr and/or Ti and a polycarboxylic acid, the concentration of said Zr and/or Ti being in a range of from 1000 to 10000 ppm, the concentration of said polycarboxylic acid being in a range of from 0.01 to 1.0 times as great as the concentration of Zr and/or Ti, and the bath further containing Fe ions, the concentration of said Fe ions being not more than 500 ppm, and wherein the rate of deposition of Zr and/or Ti, in units of mg/m 2 per a second of current flowing time, is not less than 80 mg/m 2 /sec.
A method of manufacturing a length of a flexible polymeric medical tubing of the kind comprising - a tubing member defining a lumen, - which tubing member is surrounded by spiral convolutions along at least a part of the length, and - which medical tubing has a proximal convoluted section (2; 2') and a distal convoluted section, wherein the method comprises the step of - providing a medical tubing, wherein the proximal convoluted section and the distal convoluted section have substantially uniform initial pitch (P initial) between adjacent convolutions, the method being characterized by - modifying the initial pitch (P initial) of at least a part of the proximal convoluted section (2; 2') by stretching the polymeric material of at least a part of the proximal convoluted section (2; 2') to achieve a modified proximal convoluted section with a proximal pitch (P proximal) between adjacent convolutions that is larger than the initial pitch (P initial) between adjacent convolutions, wherein the proximal convoluted section (2; 2') of the tubing member is made less rigid and restraining due to a permanent deformation caused by the stretching. - a tubing member defining a lumen, - which tubing member is surrounded by spiral convolutions along at least a part of the length, and - which medical tubing has a proximal convoluted section (2; 2') and a distal convoluted section, wherein the method comprises the step of - providing a medical tubing, wherein the proximal convoluted section and the distal convoluted section have substantially uniform initial pitch (P initial) between adjacent convolutions, the method being characterized by - modifying the initial pitch (P initial) of at least a part of the proximal convoluted section (2; 2') by stretching the polymeric material of at least a part of the proximal convoluted section (2; 2') to achieve a modified proximal convoluted section with a proximal pitch (P proximal) between adjacent convolutions that is larger than the initial pitch (P initial) between adjacent convolutions, wherein the proximal convoluted section (2; 2') of the tubing member is made less rigid and restraining due to a permanent deformation caused by the stretching.
Labelling device (30; 50; 60; 70; 120) for containers, comprising a conveyor for the containers, with at least one divertible endless elongated conveyor element (32; 82) which runs between at least two diverting stations (34, 36; 72, 74) and comprises holding elements (82; 96, 98) for the containers, said labelling device further comprising an inlet/outlet region for supplying containers to the conveyor and removing them from the conveyor, wherein at least one labelling station (22a-22h) is arranged between two of the diverting stations along the conveyance path of the conveyor element, characterised in that the labelling device comprises a longitudinal frame (64, 66), which comprises securing sections for the at least two diverting stations (34, 36; 72, 74), preferably in the region of its two ends, wherein at least one securing section allows for the securing of the allocated diverting station in a plurality of positions along the longitudinal axis of the frame, that the frame (64, 66) comprises mounting devices for the securing of at least one, and preferably at least two, labelling stations (22a-22h), and that the mounting devices are configured as at least one continuous mounting element between the diverting stations (34, 36; 72, 74) extending in the longitudinal direction of the frame (64, 66), which allows for a mounting of container treatment stations, in particular labelling stations (22a-22h), by means of securing elements that are complementary to the mounting element, in any desired positions between the diverting stations, and that the labelling device comprises different container treatment stations with securing elements that are complementary to the mounting element.
Apparatus for determining a feature descriptor of an image section, wherein the image section is determined based on an interest point that is provided as an input parameter to the apparatus, the apparatus being configured to receive information regarding a position and a scale of the interest point and to determine the image section based on the position of the interest point, comprising: a semantic kernel provider configured to provide 16 semantic kernels, each semantic kernel representing a geometric structure being selected out of a group consisting of: edges, ridges, corners, blobs, and saddles; an interpolator configured to obtain a support region by interpolating the image section based on the scale of the interest point, a kernel evaluator configured to determine 256 filter responses resulting from applying the semantic kernels to 16 evaluation regions located within the support region; and a comparator configured to compare each one of the filter responses with at least one threshold and to provide a plurality of comparison results, wherein the feature descriptor comprises the plurality of comparison results, wherein each of the plurality of comparison results is represented by one bit or by two bits, wherein the apparatus further comprises a feature descriptor generator configured to combine the plurality of comparison results to form at least a portion of the feature descriptor by using the plurality of comparison results to form one or more bytes of the feature descriptor, and wherein the feature descriptor has a dimension of 256 and a size of 32 bytes, or a dimension of 512 and a size of 64 bytes, respectively. a semantic kernel provider configured to provide 16 semantic kernels, each semantic kernel representing a geometric structure being selected out of a group consisting of: edges, ridges, corners, blobs, and saddles; an interpolator configured to obtain a support region by interpolating the image section based on the scale of the interest point, a kernel evaluator configured to determine 256 filter responses resulting from applying the semantic kernels to 16 evaluation regions located within the support region; and a comparator configured to compare each one of the filter responses with at least one threshold and to provide a plurality of comparison results, wherein the feature descriptor comprises the plurality of comparison results, wherein each of the plurality of comparison results is represented by one bit or by two bits, wherein the apparatus further comprises a feature descriptor generator configured to combine the plurality of comparison results to form at least a portion of the feature descriptor by using the plurality of comparison results to form one or more bytes of the feature descriptor, and wherein the feature descriptor has a dimension of 256 and a size of 32 bytes, or a dimension of 512 and a size of 64 bytes, respectively.
A method for a machine type communication, MTC, terminal (110, 111) in a wireless communication system, the method comprising: transmitting, to a base station, an attach request message including information on a radio network accessible through the base station and selected by the MTC terminal; and receiving, from the base station, a response message based on the attach request message, wherein a mobility management entity, MME (130, 131), corresponding to the selected radio network is identified at the base station based on the information on the selected radio network, and wherein a machine type communication, MTC, function for the MTC terminal is identified based on subscription information of the MTC terminal acquired from a home subscriber server, HSS. transmitting, to a base station, an attach request message including information on a radio network accessible through the base station and selected by the MTC terminal; and receiving, from the base station, a response message based on the attach request message, wherein a mobility management entity, MME (130, 131), corresponding to the selected radio network is identified at the base station based on the information on the selected radio network, and wherein a machine type communication, MTC, function for the MTC terminal is identified based on subscription information of the MTC terminal acquired from a home subscriber server, HSS.
A luminescent solar concentrator, comprising: (a) a plurality of photoluminescent nanoparticles, each comprising: (i) a semiconductor nanocrystal; and (ii) a nanocrystal defect, wherein the nanocrystal defect and the semiconductor nanocrystal combine to produce a photoluminescence effect and wherein the defect is selected from the group consisting of an atom, a cluster of atoms, a lattice vacancy, and any combination thereof; (b) a planar waveguide layer comprising a waveguide material having the plurality of photoluminescent nanoparticles suspended therein or applied to a surface of the waveguide material; and (c) a light conversion device; wherein the waveguide layer has two major surfaces and minor surfaces at the edges; and wherein the luminescent solar concentrator is configured such that: incident light can enter the waveguide layer through a major surface; after conversion of the light via phosphorescence or fluorescence by the photoluminescent nanoparticles, the emitted light can be trapped in the waveguide layer by total internal reflection; and a portion of the emitted light can travel through the waveguide layer to an edge of the waveguide layer, where it can be utilized by the light conversion device. (a) a plurality of photoluminescent nanoparticles, each comprising: (i) a semiconductor nanocrystal; and (ii) a nanocrystal defect, wherein the nanocrystal defect and the semiconductor nanocrystal combine to produce a photoluminescence effect and wherein the defect is selected from the group consisting of an atom, a cluster of atoms, a lattice vacancy, and any combination thereof; (i) a semiconductor nanocrystal; and (ii) a nanocrystal defect, wherein the nanocrystal defect and the semiconductor nanocrystal combine to produce a photoluminescence effect and wherein the defect is selected from the group consisting of an atom, a cluster of atoms, a lattice vacancy, and any combination thereof; (b) a planar waveguide layer comprising a waveguide material having the plurality of photoluminescent nanoparticles suspended therein or applied to a surface of the waveguide material; and (c) a light conversion device; wherein the waveguide layer has two major surfaces and minor surfaces at the edges; and wherein the luminescent solar concentrator is configured such that: incident light can enter the waveguide layer through a major surface; after conversion of the light via phosphorescence or fluorescence by the photoluminescent nanoparticles, the emitted light can be trapped in the waveguide layer by total internal reflection; and a portion of the emitted light can travel through the waveguide layer to an edge of the waveguide layer, where it can be utilized by the light conversion device.
A packaged deodorant stick product having an oval cross-section and comprising a deodorant stick composition mounted on an axially immobile retaining member, the retaining member (3, 103, 203, 303, 403, 503) being reversibly connected to a holder enabling the deodorant stick product to be held in the human hand, the retaining member (3, 103, 203, 303, 403, 503) comprising arcuate bridge structures (9, 109, 209, 309) separated by holes, the bridge structures (9, 109, 209, 309) arcing into the deodorant stick composition and being embedded therein, wherein there is a strengthening strut (114, 115, 116) running between the mid-points of each of the arcuate bridge structures (9, 109, 209, 309) in a direction orthogonal to their long axis and wherein the deodorant stick composition does not have a central spindle running through it, characterised in that the arcuate bridge structures (9, 109, 209, 309) and holes therebetween pass across the breadth of the retaining member (3, 103, 203, 303, 403, 503) in a direction parallel to the minor axis of the oval-cross-section of the product.
A system for unmanned aircraft system testing comprising: a UAS fuselage having a UAS flight control system providing an input representing control parameters for a flight profile of the UAS to a flight control interpreter; an optionally piloted vehicle attached to the UAS fuselage system, said OPV having an OPV flight control system; and, said FCI receiving the input representing control parameters for the flight profile of the UAS, from the UAS flight control system said FCI providing status commands as an output to the OPV flight control system to replicate the flight profile, said OPV flight control system further including a pilot override. a UAS fuselage having a UAS flight control system providing an input representing control parameters for a flight profile of the UAS to a flight control interpreter; an optionally piloted vehicle attached to the UAS fuselage system, said OPV having an OPV flight control system; and, said FCI receiving the input representing control parameters for the flight profile of the UAS, from the UAS flight control system said FCI providing status commands as an output to the OPV flight control system to replicate the flight profile, said OPV flight control system further including a pilot override.
A printer gradation correcting method, comprising the steps of: outputting a color patch image by a printer based on image data of a color patch image, wherein the color patch image is prepared by adding a gradation fluctuation to a predetermined color component of a patch-shaped image having a uniform gradation of a predetermined gradation representative value; measuring a gradation of the outputted color patch image by a color measuring device so as to obtain a gradation measurement value; and correcting the gradation characteristic of the printer based on the gradation representative value and the gradation measurement value, wherein the gradation fluctuation is a stripe pattern in which a cycle of the stripe pattern is determined in accordance with a shape of a measurement region. outputting a color patch image by a printer based on image data of a color patch image, wherein the color patch image is prepared by adding a gradation fluctuation to a predetermined color component of a patch-shaped image having a uniform gradation of a predetermined gradation representative value; measuring a gradation of the outputted color patch image by a color measuring device so as to obtain a gradation measurement value; and correcting the gradation characteristic of the printer based on the gradation representative value and the gradation measurement value, wherein the gradation fluctuation is a stripe pattern in which a cycle of the stripe pattern is determined in accordance with a shape of a measurement region.