mhurhangee/ep-ind-claims huggingface dataset:
An imaging system for a vehicle comprising: an imager configured to capture image data in a forward directed field of view relative to the vehicle; an inertial sensor configured to measure the bank angle (β), wherein the bank angle (β) is a rotation of the vehicle undergoing a turning operation relative to a contact surface of a roadway on which the vehicle is operating; and a controller in communication with the imager and the inertial sensor, wherein the controller is configured to: receive the image data comprising an imaging area; process the image data in at least one processing window within the imaging area; predict a curve to account for an expected change in a path of the roadway in the forward directed field of view based on the bank angle (β); adjust a location of the processing window within the imaging area in a direction of the bank angle (β) and based on the predicted curve in the roadway; detect an object in the processing window; and generate a detection signal in response to detecting the object. an imager configured to capture image data in a forward directed field of view relative to the vehicle; an inertial sensor configured to measure the bank angle (β), wherein the bank angle (β) is a rotation of the vehicle undergoing a turning operation relative to a contact surface of a roadway on which the vehicle is operating; and a controller in communication with the imager and the inertial sensor, wherein the controller is configured to: receive the image data comprising an imaging area; process the image data in at least one processing window within the imaging area; predict a curve to account for an expected change in a path of the roadway in the forward directed field of view based on the bank angle (β); adjust a location of the processing window within the imaging area in a direction of the bank angle (β) and based on the predicted curve in the roadway; detect an object in the processing window; and generate a detection signal in response to detecting the object. receive the image data comprising an imaging area; process the image data in at least one processing window within the imaging area; predict a curve to account for an expected change in a path of the roadway in the forward directed field of view based on the bank angle (β); adjust a location of the processing window within the imaging area in a direction of the bank angle (β) and based on the predicted curve in the roadway; detect an object in the processing window; and generate a detection signal in response to detecting the object.
Fourier transform multichannel spectral imager, the device comprising: - a photodetector comprising a plurality of photosensitive sites flush with a photosensitive surface of said photodetector, - a network of two majority wave interferometers, each comprising a cavity delimited by two faces(141b, 141c) facing each other and parallel to the photosensitive surface, the two faces (141b, 141c) of each interferometer being at a different spacing h from one interferometer to the next, the interferometers of the interferometers network being arranged in a plane parallel to the photosensitive surface, - a network of microlenses formed in a plane parallel to the photosensitive surface, Each microlens in the network of microlenses being paired with an interferometer in the network of two majority wave interferometers to form an optical pair, said optical pair comprising a focal image plane coincident with the photosensitive surface, said pair facing a section of the photosensitive surface. - a photodetector comprising a plurality of photosensitive sites flush with a photosensitive surface of said photodetector, - a network of two majority wave interferometers, each comprising a cavity delimited by two faces(141b, 141c) facing each other and parallel to the photosensitive surface, the two faces (141b, 141c) of each interferometer being at a different spacing h from one interferometer to the next, the interferometers of the interferometers network being arranged in a plane parallel to the photosensitive surface, - a network of microlenses formed in a plane parallel to the photosensitive surface,
Device for feeding gas to a wave brazing or tinning machine, said machine able to generate at least one soldering wave, comprising: - a gas inlet channel, - a set of N secondary channels immersed in the solder bath of the brazing or tinning machine and, - an injection channel supplying at least one injection means (14, 19) for injecting the gas in the vicinity of said at least one wave (8A, 8B), - with each secondary channel having its inlet end connected to the inlet channel and its outlet end connected to the injection channel, characterised in that the number N of secondary channels is greater than or equal to 1 and in that the inner diameter d of the secondary channels and the gas flow rate Q 0 in the inlet channel are chosen such that the gas flow inside the secondary channels is in a turbulent mode. - a gas inlet channel, - a set of N secondary channels immersed in the solder bath of the brazing or tinning machine and, - an injection channel supplying at least one injection means (14, 19) for injecting the gas in the vicinity of said at least one wave (8A, 8B), - with each secondary channel having its inlet end connected to the inlet channel and its outlet end connected to the injection channel,
A method for producing carotenoids containing zeaxanthin, the method comprising: (a) selection of a parent strain for mutation that produces astaxanthin, wherein said parent strain belongs to the genus Paracoccus having a nucleotide sequence of DNA corresponding to 16S ribosomal RNA having 95% or more identity to the nucleotide sequence shown in SEQ ID NO: 1, (b) subjecting said parent strain to mutation treatment, (c) selecting a mutant strain wherein the proportion of the amount of produced zeaxanthin in said mutant strain is higher than that in the parent strain before the mutation treatment and in which the proportion of the amount of produced zeaxanthin to the whole amount of produced carotenoids is 20% (w/w) or more, (d) culturing said mutant strain producing carotenoids containing zeaxanthin in a medium containing biotin, wherein a concentration of produced gluconic acid and a concentration of produced zeaxanthin in a culture liquid after the end of culture are lower and higher, respectively, than those in a culture liquid after the end of culture in a biotin-free medium, wherein the concentration of biotin in the medium is from 0.02 mg/L to 50 mg/L. (a) selection of a parent strain for mutation that produces astaxanthin, wherein said parent strain belongs to the genus Paracoccus having a nucleotide sequence of DNA corresponding to 16S ribosomal RNA having 95% or more identity to the nucleotide sequence shown in SEQ ID NO: 1, (b) subjecting said parent strain to mutation treatment, (c) selecting a mutant strain wherein the proportion of the amount of produced zeaxanthin in said mutant strain is higher than that in the parent strain before the mutation treatment and in which the proportion of the amount of produced zeaxanthin to the whole amount of produced carotenoids is 20% (w/w) or more, (d) culturing said mutant strain producing carotenoids containing zeaxanthin in a medium containing biotin, wherein a concentration of produced gluconic acid and a concentration of produced zeaxanthin in a culture liquid after the end of culture are lower and higher, respectively, than those in a culture liquid after the end of culture in a biotin-free medium, wherein the concentration of biotin in the medium is from 0.02 mg/L to 50 mg/L.
An electrophotographic photosensitive member having drum shape, the electrophotographic photosensitive member comprising: a support and a photosensitive layer, wherein an outer surface of the electrophotographic photosensitive member has wrinkles, and when, in a measurement according to the description, an observation region having square form with one side of 100 μm is placed at an arbitrary position on the outer surface, a line that passes through a central point of the observation region and is parallel to a circumferential direction of the electrophotographic photosensitive member is defined as a first reference line L1, and 3,599 reference lines obtained by rotating the first reference line L1 at every 0.1° around the central point are defined as L2 to L3,600, respectively, each of L1 to L3,600 intersects with convex portions of the wrinkles at a plurality of locations and has at least two different intersection angles selected from the plurality of locations. wherein an outer surface of the electrophotographic photosensitive member has wrinkles, and when, in a measurement according to the description, an observation region having square form with one side of 100 μm is placed at an arbitrary position on the outer surface, a line that passes through a central point of the observation region and is parallel to a circumferential direction of the electrophotographic photosensitive member is defined as a first reference line L1, and 3,599 reference lines obtained by rotating the first reference line L1 at every 0.1° around the central point are defined as L2 to L3,600, respectively, each of L1 to L3,600 intersects with convex portions of the wrinkles at a plurality of locations and has at least two different intersection angles selected from the plurality of locations.
A lifting jack system for a motor vehicle having a plurality of lifting jack elements, the lifting jack elements being fixedly installed on the motor vehicle, such that the motor vehicle is at least partially lifted when the lifting jack elements are actuated, the lifting jack elements being implemented for being electrically powered, characterized in that an electrical contact is accessibly disposed on the exterior of the motor vehicle and coupled to the plurality of lifting jack elements for actuating the plurality of lifting jack elements by means thereof, and for partially or completely providing the electrical energy required for operating the plurality of lifting jack elements. the lifting jack elements being fixedly installed on the motor vehicle, such that the motor vehicle is at least partially lifted when the lifting jack elements are actuated, the lifting jack elements being implemented for being electrically powered, characterized in that an electrical contact is accessibly disposed on the exterior of the motor vehicle and coupled to the plurality of lifting jack elements for actuating the plurality of lifting jack elements by means thereof, and for partially or completely providing the electrical energy required for operating the plurality of lifting jack elements.
A shaving blade cartridge comprising: a housing extending along a longitudinal axis (X-X), having a top side, a bottom side opposite to the top side and first and second longitudinal sides (15, 17), each extending longitudinally along the longitudinal axis (X-X) between the top and bottom sides, the housing being provided with a through hole extending transversally to the longitudinal axis (X-X) through the housing between the top side and the bottom side, at least one cutting blade mounted in the housing between the first and second longitudinal sides (15, 17), and having a cutting edge extending along the longitudinal axis (X-X), a clip retaining the at least one cutting blade in the housing and having a first leg, a second leg and a clip body extending between the first and second legs (59, 61), characterized in that the first leg of the clip surrounds the first longitudinal side and at least a portion of the bottom side of the housing, and the second leg of the clip is received in the through hole. a housing extending along a longitudinal axis (X-X), having a top side, a bottom side opposite to the top side and first and second longitudinal sides (15, 17), each extending longitudinally along the longitudinal axis (X-X) between the top and bottom sides, the housing being provided with a through hole extending transversally to the longitudinal axis (X-X) through the housing between the top side and the bottom side, at least one cutting blade mounted in the housing between the first and second longitudinal sides (15, 17), and having a cutting edge extending along the longitudinal axis (X-X), a clip retaining the at least one cutting blade in the housing and having a first leg, a second leg and a clip body extending between the first and second legs (59, 61), the first leg of the clip surrounds the first longitudinal side and at least a portion of the bottom side of the housing, and the second leg of the clip is received in the through hole.
An installation box made of plastic for electrical purposes, at least including a pot-shaped box body with a bottom and a circumferential wall extending from the bottom, further including means for attachment to or in a hole of a building wall or a building cavity wall, the circumferential wall including in parallel to the central longitudinal axis of the box body slits extending over part of its length, with expanding means covering the slit being formed or disposed at the wall and, in its position of use of the installation box fitted in the hole of the wall, expanding the circumferential wall in the portion of the slit and pressing the circumferential wall against the jamb of the hole or holding it pressed thereto, the expanding means being adjustable by manipulation from their pre-mounting position to an expanded position, in which the circumferential wall of the installation box is spread open in the portion of the respective slit, characterized by that in both areas adjacent to the slit, the circumferential wall of the installation box is tapered, and adjacent to the respective tapered portion one groove-type guide each is formed, in which one longitudinal side each of a wedge-shaped material strip forming the expanding means can be guided or is guided, and that the wedge-shaped material strip is formed, in the portion of its front end, in the mounting direction, adapted to the bottom at the inside or outside at the circumferential wall, by means of a film hinge.
Method for stencil printing a layer on or onto a printing surface by means of a stencil, in which a stencil with at least one first and one second part is used, wherein the first and the second part cover a non-continuous region of the printing surface, wherein the first part is arranged on a printing frame which is arranged movably between a printing head and the printing surface and the second part is arranged on the printing surface and the layer is a laminate.
A method of generating power using an ammonia-carbon dioxide osmotic heat engine, comprising the steps of: a) pressurizing a concentrated draw solution to a hydraulic pressure lower than its osmotic pressure on a first side of a semi-permeable membrane, wherein the concentrated draw solution comprises ammonia and carbon dioxide; b) introducing a dilute working fluid on an opposite side of the semipermeable membrane, wherein the dilute working fluid comprises nearly deionized water; c) causing a portion of the dilute working fluid to flow through the semipermeable membrane into the pressurized draw solution to create a water flux that expand the volume of the draw solution; d) inducing flow of the expanded volume of the draw solution through a turbine to produce power; e thermally separating ammonia and carbon dioxide from the draw solution, and f) recycling the ammonia and carbon dioxide, thereby producing new draw solution and working fluid streams for reuse in the system. a) pressurizing a concentrated draw solution to a hydraulic pressure lower than its osmotic pressure on a first side of a semi-permeable membrane, wherein the concentrated draw solution comprises ammonia and carbon dioxide; b) introducing a dilute working fluid on an opposite side of the semipermeable membrane, wherein the dilute working fluid comprises nearly deionized water; c) causing a portion of the dilute working fluid to flow through the semipermeable membrane into the pressurized draw solution to create a water flux that expand the volume of the draw solution; d) inducing flow of the expanded volume of the draw solution through a turbine to produce power; e thermally separating ammonia and carbon dioxide from the draw solution, and f) recycling the ammonia and carbon dioxide, thereby producing new draw solution and working fluid streams for reuse in the system.
Switch gear housing for housing high or medium voltage electronic components, the switch gear housing comprising an outlet opening and a cooling device (1, 20) for cooling exhaust gases caused by an electrical arc in high or medium voltage switch gear arranged in said outlet opening, which cooling device (1, 20) comprises a housing (2, 21) with an outlet (5, 23) for passage of the gases, characterized in that the housing further comprises an inlet for passage of the gases and in that the housing is filled with hydrous mineral pellets for cooling the gases with the water contained in the hydrous mineral.
A method of manufacturing a spouted pouch aseptically filled with contents, the method comprising: a supplying process of at least supplying a part of a spout and a stopper of the spouted pouch, to which the spout tightly stopped by the stopper is attached and an interior of which is sterilized in a sealed state, into an aseptic chamber; a sterilizing process of at least sterilizing a part of a surface of the spout and a surface of the stopper after the supplying process; a stopper opening process of removing the stopper from the spout after the sterilizing process; a filling process of filling the spouted pouch with the contents from the spout after the stopper opening process; a tightly re-stopping process of attaching any stopper removed in the stopper opening process to the spout after the filling process; and a capping process of mounting a cap on the spout to cover the stopper after the tightly re-stopping process, wherein the sterilizing process, the stopper opening process, the filling process, and the tightly re-stopping process are performed in the aseptic chamber, characterized in that in the capping process, the stopper is fitted into an interior of the cap, and thereby when the cap is removed from the spout, the stopper is removed in a state in which it is fitted into the interior of the cap without remaining in the spout. a supplying process of at least supplying a part of a spout and a stopper of the spouted pouch, to which the spout tightly stopped by the stopper is attached and an interior of which is sterilized in a sealed state, into an aseptic chamber; a sterilizing process of at least sterilizing a part of a surface of the spout and a surface of the stopper after the supplying process; a stopper opening process of removing the stopper from the spout after the sterilizing process; a filling process of filling the spouted pouch with the contents from the spout after the stopper opening process; a tightly re-stopping process of attaching any stopper removed in the stopper opening process to the spout after the filling process; and a capping process of mounting a cap on the spout to cover the stopper after the tightly re-stopping process, wherein the sterilizing process, the stopper opening process, the filling process, and the tightly re-stopping process are performed in the aseptic chamber, characterized in that in the capping process, the stopper is fitted into an interior of the cap, and thereby when the cap is removed from the spout, the stopper is removed in a state in which it is fitted into the interior of the cap without remaining in the spout.
Dishwasher cavity for a water-conducting household appliance, in particular for a dishwasher, comprising a rack, which is able to be displaced in an insertion direction along a guide facility into a dishwasher cavity or is able to be displaced against the insertion direction out of the dishwasher cavity and which has wave-shaped longitudinal elements (11 to 15) and transverse elements (16 to 20, 75, 76), wherein the longitudinal elements (11 to 15) extend in the direction of the insertion direction of the rack, wherein the transverse elements (16 to 20, 75, 76) are arranged perpendicularly to the longitudinal elements (11 to 15), characterised in that first transverse elements (16, 17, 20, 75, 76) define a first loading level (E 1) for receiving items to be washed (71, 74), that second transverse elements (18, 19) define a second loading level (E 2) for receiving items to be washed and that the second loading level (E 2) is arranged below the first loading level (E 1), - that the first transverse elements (16, 17, 20) are connected to a wave crest (63, 64, 66) of the wave-shaped longitudinal elements (11 to 15) in order to form the first loading level (E 1), - that the second transverse elements (18, 19) are connected to a wave trough of the wave-shaped longitudinal elements (11 to 15) in order to form the second loading level (E 2) and - that two of the second transverse elements (18, 18) are connected to a common wave trough of the wave-shaped longitudinal elements (11 to 15) to form the second loading level (E 2). - that the first transverse elements (16, 17, 20) are connected to a wave crest (63, 64, 66) of the wave-shaped longitudinal elements (11 to 15) in order to form the first loading level (E 1), - that the second transverse elements (18, 19) are connected to a wave trough of the wave-shaped longitudinal elements (11 to 15) in order to form the second loading level (E 2) and - that two of the second transverse elements (18, 18) are connected to a common wave trough of the wave-shaped longitudinal elements (11 to 15) to form the second loading level (E 2).
A compound comprising a polyanionic sulfated cellobioside modified with a small uncharged glycosidically linked substituent at its reducing terminus, having the general structure of; wherein; R1 is O-(C 1-6)alkyl or S-(C 1-6)alkyl; and R2 to R8 are each a small uncharged O-linked substituent or a sulfate group; or a pharmaceutically acceptable salt thereof for use as a medicament. wherein; R1 is O-(C 1-6)alkyl or S-(C 1-6)alkyl; and R2 to R8 are each a small uncharged O-linked substituent or a sulfate group; or a pharmaceutically acceptable salt thereof for use as a medicament.
Device for regulating or controlling the individual gas pressure of individual ovens of a coke oven battery, in which a rising-pipe bend has its lower end associated with an immersion pipe via a water seal, said immersion pipe being supported such that it is vertically adjustable by means of an actuator characterized in that the immersion pipe is, for causing a change in pressure, immersible to different depths into an immersion cup located preferably below the immersion pipe, the rising-pipe bend has arranged therein a sleeve which serves to position the immersion pipe and the lower end of which is connected via at least one conduit to the water seal, and that a water supply for feeding the water labyrinth seal, and the actuator are provided at the top, outside the rising-pipe bend.