mhurhangee/ep-ind-claims huggingface dataset:
An image projection apparatus, comprising: an external connection unit configured to receive an input of image data; an illuminance sensor configured to measure surrounding illuminance to provide an obtained illuminance; an image data processing unit configured to increase a gradation value of the image data in accordance with brightness of the image data; a set information storage unit configured to store therein at least two or more pieces of correspondence information for each range of a plurality of ranges of the obtained illuminance, the pieces of correspondence information indicating correspondence between brightness of image data and lamp power of a lamp serving as a light source, the lamp power increasing in accordance with the brightness; a total control unit configured to determine the lamp power of the lamp by referring to a table indicating the correspondence information stored in the set information storage unit, based on the brightness of the image and the obtained illuminance, said table corresponding to one of said plurality of ranges; and a projection unit configured to project with the determined lamp power the image data having the gradation value increased, characterised in that in the correspondence information, a rate of increase of the lamp power as the brightness of the image data increases, is set lower as the illuminance range becomes lower. an external connection unit configured to receive an input of image data; an illuminance sensor configured to measure surrounding illuminance to provide an obtained illuminance; an image data processing unit configured to increase a gradation value of the image data in accordance with brightness of the image data; a set information storage unit configured to store therein at least two or more pieces of correspondence information for each range of a plurality of ranges of the obtained illuminance, the pieces of correspondence information indicating correspondence between brightness of image data and lamp power of a lamp serving as a light source, the lamp power increasing in accordance with the brightness; a total control unit configured to determine the lamp power of the lamp by referring to a table indicating the correspondence information stored in the set information storage unit, based on the brightness of the image and the obtained illuminance, said table corresponding to one of said plurality of ranges; and a projection unit configured to project with the determined lamp power the image data having the gradation value increased, characterised in that in the correspondence information, a rate of increase of the lamp power as the brightness of the image data increases, is set lower as the illuminance range becomes lower.
Vehicle door handle assembly comprising: - a bowl configured to be mounted in an opening of a door panel, - a peripheral gasket disposed between the bowl and the door panel and configured to be sandwiched between the bowl and the door panel to provide waterproofness, - a strip configured to be fastened to an upper part of the bowl, wherein the strip comprises a hook configured to be slid in a complementary slot of the bowl to ensure the vertical positioning of the strip with respect to the bowl when the door handle is assembled to the vehicle and wherein the slot and the peripheral gasket are configured such that the peripheral gasket is compressed locally by the hook when the hook is slid in the slot in order to prevent movement between the strip and the bowl. - a bowl configured to be mounted in an opening of a door panel, - a peripheral gasket disposed between the bowl and the door panel and configured to be sandwiched between the bowl and the door panel to provide waterproofness, - a strip configured to be fastened to an upper part of the bowl,
A device for reducing the effects of ambient pressure transients on a gas generating fuel cell, the device comprising: a case having a surface with a perforation and a first cavity containing a gas generating fuel; a first membrane supported by the case inside the first cavity, the first membrane having a water vapor and gas impermeable valve plate positioned proximate the perforation, wherein the first membrane is water vapor permeable and gas impermeable and flexes responsive to a difference in pressure between the first cavity and a reference pressure in a second cavity to disengage the impermeable valve plate from the perforation to allow water vapor to pass through the perforation to the fuel in the first cavity when the pressure in the first cavity is lower than the reference pressure in the second cavity, and to engage the impermeable valve plate with the perforation to prevent water vapor from passing through the perforation to the fuel when the pressure in the first cavity is higher than the reference pressure in the second cavity; and a second membrane that is water vapor permeable and gas impermeable and is coupled between an outside of the case exposed to ambient atmospheric gas and the valve plate creating the second cavity between the first membrane and the second membrane, wherein the second membrane is rigid enough to prevent the reference pressure in the second cavity changing responsive to changes in ambient pressure. a case having a surface with a perforation and a first cavity containing a gas generating fuel; a first membrane supported by the case inside the first cavity, the first membrane having a water vapor and gas impermeable valve plate positioned proximate the perforation, wherein the first membrane is water vapor permeable and gas impermeable and flexes responsive to a difference in pressure between the first cavity and a reference pressure in a second cavity to disengage the impermeable valve plate from the perforation to allow water vapor to pass through the perforation to the fuel in the first cavity when the pressure in the first cavity is lower than the reference pressure in the second cavity, and to engage the impermeable valve plate with the perforation to prevent water vapor from passing through the perforation to the fuel when the pressure in the first cavity is higher than the reference pressure in the second cavity; and a second membrane that is water vapor permeable and gas impermeable and is coupled between an outside of the case exposed to ambient atmospheric gas and the valve plate creating the second cavity between the first membrane and the second membrane, wherein the second membrane is rigid enough to prevent the reference pressure in the second cavity changing responsive to changes in ambient pressure.
A fan casing assembly comprising: a fan casing having a peripheral wall; a surface cooler having a first surface confronting the peripheral wall and forward and aft projections (72, 74), which are radially spaced from the first surface and located between the peripheral wall and the first surface; and a mounting bracket fixed and extended from the peripheral wall and compressively retaining the forward and aft projections (72, 74) to mount the surface cooler to the fan casing. a fan casing having a peripheral wall; a surface cooler having a first surface confronting the peripheral wall and forward and aft projections (72, 74), which are radially spaced from the first surface and located between the peripheral wall and the first surface; and a mounting bracket fixed and extended from the peripheral wall and compressively retaining the forward and aft projections (72, 74) to mount the surface cooler to the fan casing.
A cooling system for a processor comprising: a base member that is electrically grounded; a circuit board having a first terminal and a second terminal that is electrically separated from the first terminal, one of the first and second terminals being secured and electrically connected to the base member; a cooling unit configured to be operated in a first mode in response to a first control signal and in a second mode in response to a second control signal; and a control unit configured to output the first control signal when the first terminal is secured and electrically connected to the base member and the second control signal when the second terminal is secured and electrically connected to the base member. a base member that is electrically grounded; a circuit board having a first terminal and a second terminal that is electrically separated from the first terminal, one of the first and second terminals being secured and electrically connected to the base member; a cooling unit configured to be operated in a first mode in response to a first control signal and in a second mode in response to a second control signal; and a control unit configured to output the first control signal when the first terminal is secured and electrically connected to the base member and the second control signal when the second terminal is secured and electrically connected to the base member.
A vehicle drive device including a generator rotationally driven to generate electric power by an engine via a planetary gear device, an electric motor operated by using an electric energy obtained by the generator, and a power transmission mechanism transmitting an output of the electric motor to wheels, the vehicle drive device comprising: a housing case including a first housing space; and a lubricating device distributing an oil (104, 104s) at least to the power transmission mechanism in the first housing space for lubrication, wherein the planetary gear device and the power transmission mechanism are housed in the first housing space and a sun gear and a carrier of the planetary gear device are coupled to one and the other of the engine and the generator respectively, characterized in that a ring gear of the planetary gear device is non-rotatably held by the housing case. a housing case including a first housing space; and a lubricating device distributing an oil (104, 104s) at least to the power transmission mechanism in the first housing space for lubrication, wherein the planetary gear device and the power transmission mechanism are housed in the first housing space and a sun gear and a carrier of the planetary gear device are coupled to one and the other of the engine and the generator respectively, characterized in that a ring gear of the planetary gear device is non-rotatably held by the housing case.
An image capturing apparatus including an image sensor, a storage section, and a display section, the image capturing apparatus comprising: an interval shooting section that performs an interval shooting process that is a process that repeatedly performs exposure of and reading from the image sensor at predetermined intervals to capture a plurality of images one by one; a lighten compositing section that performs a lighten compositing process using a first image and a second image of the plurality of images captured by the interval shooting process one by one, the first image being an initial image among the plurality of images, the second image being captured subsequent to the first image, and stores a result of the lighten compositing process as a composite image in the storage section, and, for each image of third and following images, the third image being captured subsequent to the second image, performs the lighten compositing process using the image and the composite image stored in the storage section and stores a result of the lighten compositing process as a new composite image in the storage section; and a composite-image display section that, when a first operation is performed, causes the display section to display the composite image stored in the storage section without causing the interval shooting process to be stopped. an interval shooting section that performs an interval shooting process that is a process that repeatedly performs exposure of and reading from the image sensor at predetermined intervals to capture a plurality of images one by one; a lighten compositing section that performs a lighten compositing process using a first image and a second image of the plurality of images captured by the interval shooting process one by one, the first image being an initial image among the plurality of images, the second image being captured subsequent to the first image, and stores a result of the lighten compositing process as a composite image in the storage section, and, for each image of third and following images, the third image being captured subsequent to the second image, performs the lighten compositing process using the image and the composite image stored in the storage section and stores a result of the lighten compositing process as a new composite image in the storage section; and a composite-image display section that, when a first operation is performed, causes the display section to display the composite image stored in the storage section without causing the interval shooting process to be stopped.
A semiconductor device comprising: a plurality of insulating layers (11, 21, 44) formed on a silicon substrate for a radio frequency circuit; a face-up active element (30; 30B) and a face-up passive element buried in said insulating layers (21, 11), at least one of said elements (30; 30B, 10) being buried in a bottom surface of one of the insulating layers; and wiring formed on the upper surface of said one of the insulating layers; wherein said one insulating layer has connecting holes, and conductor plugs are formed in the connecting holes for connecting electrodes of the active element (30; 30B) and/or the passive element to the wiring. a plurality of insulating layers (11, 21, 44) formed on a silicon substrate for a radio frequency circuit; a face-up active element (30; 30B) and a face-up passive element buried in said insulating layers (21, 11), at least one of said elements (30; 30B, 10) being buried in a bottom surface of one of the insulating layers; and wiring formed on the upper surface of said one of the insulating layers; wherein said one insulating layer has connecting holes, and conductor plugs are formed in the connecting holes for connecting electrodes of the active element (30; 30B) and/or the passive element to the wiring.
A secondary battery, comprising: a stacked electrode assembly having a positive electrode (41,42), a negative electrode (41,42) and a separator; an electrolytic solution; and exterior members accommodating therebetween the stacked electrode assembly together with the electrolytic solution, characterised in that the secondary battery comprises: a plurality of joint parts by which an outer periphery of the separator is joined with the exterior members; and a holding part formed at least between the joint parts so as to hold therein the electrolytic solution; and wherein a sum of perimeters of the joint parts is longer than a perimeter of a rectangle of minimum area enclosing therein all of the joint parts. a stacked electrode assembly having a positive electrode (41,42), a negative electrode (41,42) and a separator; an electrolytic solution; and exterior members accommodating therebetween the stacked electrode assembly together with the electrolytic solution, characterised in that the secondary battery comprises: a plurality of joint parts by which an outer periphery of the separator is joined with the exterior members; and a holding part formed at least between the joint parts so as to hold therein the electrolytic solution; and wherein a sum of perimeters of the joint parts is longer than a perimeter of a rectangle of minimum area enclosing therein all of the joint parts.
A roof apparatus comprising: a movable panel configured to open and close an opening formed at a roof of a vehicle; a pair of guide rails provided, when mounted in the vehicle, at respective edge portions of the opening in a vehicle width direction and being extended in a front-rear direction of the vehicle; a pair of support brackets provided at respective edge portions of the movable panel in the vehicle width direction and supported at the pair of guide rails to be movable and slidable relative to the guide rails; the movable panel being configured to be opened while maintaining a tilt-up state; characterized in that a cover portion is integrally formed at an upper portion of the front edge of the support bracket so as to protrude to the vehicle inner side and the vehicle outer side, and includes a first wall portion, a second wall portion and a drain groove, the first wall portion and the second wall portion being disposed to face each other in the front-rear direction and the drain groove is formed between the first and second wall portion (31, 32) and extending in the vehicle width direction. a movable panel configured to open and close an opening formed at a roof of a vehicle; a pair of guide rails provided, when mounted in the vehicle, at respective edge portions of the opening in a vehicle width direction and being extended in a front-rear direction of the vehicle; a pair of support brackets provided at respective edge portions of the movable panel in the vehicle width direction and supported at the pair of guide rails to be movable and slidable relative to the guide rails; the movable panel being configured to be opened while maintaining a tilt-up state; characterized in that a cover portion is integrally formed at an upper portion of the front edge of the support bracket so as to protrude to the vehicle inner side and the vehicle outer side, and includes a first wall portion, a second wall portion and a drain groove, the first wall portion and the second wall portion being disposed to face each other in the front-rear direction and the drain groove is formed between the first and second wall portion (31, 32) and extending in the vehicle width direction.
A pneumatic tire having a tread, the tread comprising a rubber composition comprising a diene elastomer, silica, a blocked mercaptosilane, and a polybutadiene functionalized with an alkoxysilane functional group, the polybutadiene having a weight average molecular weight (Mw) in a range of from 1000 to 25000 g/ mol, wherein the weight average molecular weight (Mw) is measured with gel permeation chromatography using polystyrene calibration standards according to ASTM 3536, characterized in that the diene elastomer comprises from 70 to 90 phr of at least one styrene-butadiene rubber, and from 10 to 30 phr of a natural rubber or synthetic polyisoprene, wherein said at least one styrene-butadiene rubber comprises a first styrene-butadiene rubber and a second styrene-butadiene rubber, wherein at least one of said first and second styrene-butadiene rubber is functionalized with an alkoxysilane group and at least one group selected from a sulfur containing functional group and primary amino functional groups.
Method of vascular imaging based on the Time-of-Flight technique with the aid of an MR system, comprising the following steps: - applying a magnetic field to an imaging volume and to an inflow volume, from which liquid enters into the imaging volume, of an examination person (12, S41); - exciting the imaging volume by way of an RF pulse, which fulfils a magnetisation transfer function and a fat saturation function, while the magnetic field is being applied; and - measuring MR signals from the imaging volume in order to visualise vessels; characterised in that the RF pulse has a frequency distribution whose frequencies are essentially located on the side of the fat frequency, and which comprise the fat frequency in the imaging volume; and the magnetic field has a magnetic field distribution, which is approximated by a function that is configured in such a way that it has an apex with essentially no spatial gradient in the imaging volume and has a higher spatial gradient in the inflow volume, so that the water frequency in the inflow volume is not comprised by the RF pulse. - applying a magnetic field to an imaging volume and to an inflow volume, from which liquid enters into the imaging volume, of an examination person (12, S41); - exciting the imaging volume by way of an RF pulse, which fulfils a magnetisation transfer function and a fat saturation function, while the magnetic field is being applied; and - measuring MR signals from the imaging volume in order to visualise vessels;
Terminal (1.3; 1.4) intended to be used in a communication network (1.0), said terminal being adapted to transmit, during a phase of registration (4.1;4.2) of said terminal in said network, an identifier (2.11) of subscription to a communication service implemented in said network, said terminal comprising: - means of communication with a server (1.2) via said network; - means of dynamic change (4.7;4.9) of the identifier of subscription to said service so as to obtain a new subscription identifier; and - means of reregistration (4.10;4.11) in said network with the new subscription identifier, characterized in that the means of dynamic change are adapted so that, when said terminal wishes to communicate with another terminal of said network with the new identifier, said terminal implements means for requesting, from said server (1.2), a call identifier allocated to said other terminal, said call identifier making it possible to call said other terminal which is registered in said network with a respective subscription identifier, and in that said terminal implements means for establishing a communication with said other terminal by virtue of an item of information representative of the call identifier of said other terminal and received from the server in response to said request. - means of communication with a server (1.2) via said network; - means of dynamic change (4.7;4.9) of the identifier of subscription to said service so as to obtain a new subscription identifier; and - means of reregistration (4.10;4.11) in said network with the new subscription identifier,
A respiratory therapy system configured to detect the presence of liquid water in a breathing gases respiratory conduit for use in respiratory treatment of a patient, the system comprising a controller (13; 1011) configured to: a) retrieve at least one first signal associated with or indicative of a gases flow and/or pressure in the respiratory conduit; b) determine a measure of at least one first parameter associated with gases flow perturbations and/or pressure perturbations for at least one portion of the retrieved at least one first signal; c) determine the presence of liquid water in the respiratory conduit based at least in part on the measure(s) of the at least one first parameter meeting a first threshold; and d) upon determination of the presence of liquid water in the respiratory conduit, increase the temperature within the respiratory conduit by controlling one or more operation setting(s) of components of the respiratory therapy system, so as to reduce the presence of liquid water. a) retrieve at least one first signal associated with or indicative of a gases flow and/or pressure in the respiratory conduit; b) determine a measure of at least one first parameter associated with gases flow perturbations and/or pressure perturbations for at least one portion of the retrieved at least one first signal; c) determine the presence of liquid water in the respiratory conduit based at least in part on the measure(s) of the at least one first parameter meeting a first threshold; and d) upon determination of the presence of liquid water in the respiratory conduit, increase the temperature within the respiratory conduit by controlling one or more operation setting(s) of components of the respiratory therapy system, so as to reduce the presence of liquid water.