mhurhangee/ep-ind-claims huggingface dataset:
A light emitting device comprising: a laser light source that generates a relaxation oscillation immediately after an electric current is applied thereto for driving light emission; a capacitive reactance circuit that exhibits low impedance immediately after the electric current is applied thereto and which is chargeable with electrical charge; a resistance circuit that discharges electrical charge charged in the capacitive reactance circuit after a predetermined time passes after the electric current is applied; a differentiation circuit formed of the capacitive reactance circuit and the resistance circuit, which are connected in parallel; and a switching element, wherein the laser light source and the differentiation circuit are connected in series, the switching element is configured to switch on or off for application of voltage to the laser light source and the differentiation circuit, and the capacitive reactance circuit and the resistance circuit are made to have characteristics so that one of the oscillations of the relaxation oscillation is obtained, characterized in that the capacitive reactance circuit and the resistance circuit are made to have characteristics so that an initial oscillation of the relaxation oscillation is generated and that generation of other oscillations is suppressed, wherein the initial oscillation is generated by an inrush current at the capacitive reactance circuit, and the generation of the other oscillations is suppressed by making electric current flow to the resistance circuit after the capacitive reactance circuit is charged by the inrush current. a laser light source that generates a relaxation oscillation immediately after an electric current is applied thereto for driving light emission; a capacitive reactance circuit that exhibits low impedance immediately after the electric current is applied thereto and which is chargeable with electrical charge; a resistance circuit that discharges electrical charge charged in the capacitive reactance circuit after a predetermined time passes after the electric current is applied; a differentiation circuit formed of the capacitive reactance circuit and the resistance circuit, which are connected in parallel; and a switching element, wherein the laser light source and the differentiation circuit are connected in series, the switching element is configured to switch on or off for application of voltage to the laser light source and the differentiation circuit, and the capacitive reactance circuit and the resistance circuit are made to have characteristics so that one of the oscillations of the relaxation oscillation is obtained, characterized in that the capacitive reactance circuit and the resistance circuit are made to have characteristics so that an initial oscillation of the relaxation oscillation is generated and that generation of other oscillations is suppressed, wherein the initial oscillation is generated by an inrush current at the capacitive reactance circuit, and the generation of the other oscillations is suppressed by making electric current flow to the resistance circuit after the capacitive reactance circuit is charged by the inrush current.
A pouch type secondary battery, comprising an electrode assembly received in a pouch case sealed to form a sealing part, and electrode leads (140, 145) being each welded to a positive electrode tab and a negative electrode tab of the electrode assembly, the electrode leads being exposed through the pouch case, the electrode lead of the pouch type secondary battery being configured to be welded with an electrode lead of an adjacent different pouch type secondary battery, wherein the electrode lead includes a length extended part so that the electrode lead of remaining length after cutting a welded part of the electrode lead is configured to be welded again with the electrode lead remaining length after cutting the welded part of the adjacent different pouch type secondary battery, and wherein a size (d) of the length extended part is determined taking into account a length that is discarded when cutting the welded part and processing allowance required when newly welding, characterized in that the pouch type secondary battery has a lead film ensuring insulation between a pouch case and the electrode lead (140, 145), and the lead film includes a surplus part so that the lead film is formed to the length extended part, and wherein the lead film includes a notch on two sides of a part sticking out of the pouch case to remove the surplus part. wherein the electrode lead includes a length extended part so that the electrode lead of remaining length after cutting a welded part of the electrode lead is configured to be welded again with the electrode lead remaining length after cutting the welded part of the adjacent different pouch type secondary battery, and wherein a size (d) of the length extended part is determined taking into account a length that is discarded when cutting the welded part and processing allowance required when newly welding, characterized in that the pouch type secondary battery has a lead film ensuring insulation between a pouch case and the electrode lead (140, 145), and the lead film includes a surplus part so that the lead film is formed to the length extended part, and wherein the lead film includes a notch on two sides of a part sticking out of the pouch case to remove the surplus part.
A method for checking the completeness and/or authenticity of documents of value, wherein at least one document of value comprises at least one machine-readable characteristic material at at least two locations, having the steps of: - at least local excitation of the document of value - spatially resolved detection of a characteristic intensity with respect to the machine-readable characteristic material at several different locations of the document of value (S3a); - location-based classification of the location-based characteristic intensities by means of a threshold value; - determining location-based limits of an expected location distribution of the machine-readable characteristic material; and - determining a completeness measure for the entire document of value based on an evaluation of a location-based distribution of the classified characteristic intensities, wherein the evaluation is performed with respect to a relative location of classified pixels relative below a threshold to the determined limits of the expected location distribution of the machine-readable characteristic material. - at least local excitation of the document of value - spatially resolved detection of a characteristic intensity with respect to the machine-readable characteristic material at several different locations of the document of value (S3a); - location-based classification of the location-based characteristic intensities by means of a threshold value; - determining location-based limits of an expected location distribution of the machine-readable characteristic material; and - determining a completeness measure for the entire document of value based on an evaluation of a location-based distribution of the classified characteristic intensities, wherein the evaluation is performed with respect to a relative location of classified pixels relative below a threshold to the determined limits of the expected location distribution of the machine-readable characteristic material.
A method for mitigating interference in a mobile user equipment between a first signal received in a first frequency band and at least one harmonic received in a first frequency band of a second signal received in a second frequency band disjoined from the first frequency band, the second signal being a near field communication signal performing a near field communication transaction which is a source of interference, the first signal received in the first frequency band being converted into an interfered third signal in a third frequency band distinct from first frequency band, the method comprising a step of replacing at least part of the interfered third signal by a fourth signal in the third frequency band, wherein said fourth signal is representative of said near field communication transaction under execution at the time of interference performed by said second signal so as to provide supplementary useful information to the mobile user equipment regarding the source of interference in order to determine the nature of said near field communication transaction.
A composition comprising: a thermoplastic fluoropolymer comprising vinylidene fluoride units in an amount of at least 30 mole percent and tetrafluoroethylene units in an amount of at least 5 mole percent, wherein the thermoplastic fluoropolymer is free of hexafluoropropylene units; and at least one of a non-fluorinated polymer as a major component of the composition or a polymer processing additive synergist. a thermoplastic fluoropolymer comprising vinylidene fluoride units in an amount of at least 30 mole percent and tetrafluoroethylene units in an amount of at least 5 mole percent, wherein the thermoplastic fluoropolymer is free of hexafluoropropylene units; and at least one of a non-fluorinated polymer as a major component of the composition or a polymer processing additive synergist.
A distribution unit for feeding lids to necks of containers, comprising a chute element arranged for receiving a row of lids, an outlet opening arranged for releasing said lids one at a time, said outlet opening being positioned above a conveying device suitable for conveying said containers along an advancement direction so that each of said containers interacts with said chute element to remove a corresponding lid from said outlet opening, wherein said distribution unit further comprises a guide element having an active surface extending on an opposite side of said chute element with respect to said outlet opening and arranged for interacting with said lids, said active surface having a stepped profile, wherein said active surface comprises a first active portion extending from said outlet opening, wherein said active surface comprises a second active portion arranged on an opposite side of said first active portion with respect to said outlet opening, characterized in that said active surface comprises a third active portion arranged on an opposite side of said second active portion with respect to said first active portion, said first active portion is arranged downstream of said outlet opening with respect to said advancement direction, said second active portion is arranged downstream of said first active portion with respect to said advancement direction and said third active portion is arranged downstream of said second active portion with respect to said advancement direction, and said first active portion is placed at a first distance from said conveying device, said second active portion is placed at a second distance from said conveying device and said third active portion is placed at a third distance from said conveying device, said first distance being greater than said second distance and said third distance being greater than said second distance.
An atomizing generator, characterized by comprising a housing provided with a partition plate therein, the partition plate dividing the housing into an atomizing cavity and a mounting cavity which are communicated with each other, and the atomizing cavity being capable of containing a liquid, wherein the housing is provided with an air inlet, a liquid inlet and a mist outlet which are communicated with the atomizing cavity, the atomizing generator further comprises an atomizing element capable of atomizing the liquid in the atomizing cavity, a controller is provided in the mounting cavity, and the controller is connected to the atomizing element through a control wire to control the start/stop of the atomizing element.
A ballistic protection device steerable around an azimuth axis and intended to cover at least one periscopic observation means which can pivot around the same azimuth axis, the protection device being characterised in that it comprises first and second covers (3, 5) each having a shape of revolution, the shape allowing to arrange the first cover under the second cover so as to be able to rotate each of the covers (3, 5) with respect to one another around the azimuth axis, the first and second covers being rotationally driven by first and second driving means, respectively, each comprising a sensor allowing to determine the position in azimuth of each of the covers, the first and second covers (3, 5) comprising a first and a second groove (6, 7), respectively, that are obliquely oriented with respect to the azimuth axis, the first and second grooves (6, 7) being oriented in different directions such that a grooves-overlapping area forms an observation window through both covers (3, 5), the position of the window being controlled by means of a control device in order to be located in front of an optics of the observation means, the position of the window on the device being variable according to the angular position of the covers with respect to the azimuth axis.
A respirator assembly comprising: a respirator shell defining an air inlet opening at a rear of the shell; an air manifold comprising air delivery conduits (27, 28) within the respirator shell and in fluid communication with an air inlet conduit positionable within the air inlet opening, the air delivery conduits comprising an outlet adjacent a facial area of a user; and; an outer device configured to fit over the air inlet conduit and sandwich a portion of the respirator shell between the air inlet conduit and outer device; wherein the air inlet conduit is configured to be removable from the air inlet opening when not attached to the outer device; wherein the air inlet conduit comprises an annular shoulder, the outer device comprises a lip, and the assembly is configured to trap the portion of the respirator shell adjacent to the air inlet opening between the annular shoulder and the lip, wherein a gasket is positioned between the annular shoulder and the outer device. a respirator shell defining an air inlet opening at a rear of the shell; an air manifold comprising air delivery conduits (27, 28) within the respirator shell and in fluid communication with an air inlet conduit positionable within the air inlet opening, the air delivery conduits comprising an outlet adjacent a facial area of a user; and; an outer device configured to fit over the air inlet conduit and sandwich a portion of the respirator shell between the air inlet conduit and outer device; wherein the air inlet conduit is configured to be removable from the air inlet opening when not attached to the outer device; wherein the air inlet conduit comprises an annular shoulder, the outer device comprises a lip, and the assembly is configured to trap the portion of the respirator shell adjacent to the air inlet opening between the annular shoulder and the lip, wherein a gasket is positioned between the annular shoulder and the outer device.
A semiconductor light emitting device, having a plurality of semiconductor layers (30, 40, 50), which are grown sequentially using a growth substrate, and which includes - a first semiconductor layer having a first conductivity type and being an n-type semiconductor layer, - a second semiconductor layer having a second conductivity type different from the first conductivity type and being a p-type semiconductor layer, and - an active layer interposed between the first semiconductor layer and the second semiconductor layer, generating light via electron-hole recombination; a contact area where a first semiconductor layer is exposed as a result of the partial removal of the second semiconductor layer and the active layer; a non-conductive reflective film adapted to cover the second semiconductor layer and the contact area, such that light from the active layer is reflected towards the first semiconductor layer on the side of the growth substrate; a first finger electrode extending between the non-conductive reflective film and the second semiconductor layer; a first electrical connection adapted to pass through the non-conductive reflective film and be electrically connected with the first finger electrode; a first direct-connection type electrical connection adapted to pass through the non-conductive reflective film and be electrically connected with the second semiconductor layer; a first electrode which is formed above the non-conductive reflective film to cover the first electrical connection and the first direct-connection type electrical connection and supplies holes to the second semiconductor layer; and a second electrode which is formed above the non-conductive reflective film, away from the first electrode and supplies electrons to the first semiconductor layer, through the contact area, characterized in that the non-conductive reflective film has a single distributed bragg reflector structure, and the first finger electrode reaches a lower portion of the second electrode and is a p-side finger electrode. - a first semiconductor layer having a first conductivity type and being an n-type semiconductor layer, - a second semiconductor layer having a second conductivity type different from the first conductivity type and being a p-type semiconductor layer, and - an active layer interposed between the first semiconductor layer and the second semiconductor layer, generating light via electron-hole recombination;
A scooter vehicle with integrated pillion transport container, the scooter vehicle including at least two wheels (12, 13), one driven wheel and one steering wheel, a set of handlebars for steering the steering wheel to direct the scooter vehicle, a seat for a user, a step through frame, a platform for a user's feet, bodywork panels fitted to the frame and the integrated pillion transport container including a generally U-shaped lower portion to be attached to the scooter frame, the container having an enclosure defined by number of walls (18, 19, 20, 21) and having an interior portion adapted for receiving articles to be transported, the scooter vehicle being characterised in that it runs mainly on electrical power and it further includes a rechargeable battery for powering the scooter vehicle, at least one LED panel screen located in the container for illuminating at least part of at least one external wall of the container, at least some of the walls (18, 19, 20, 21) to allow at least some of the illumination to pass therethrough, and a power supply configured to supply electrical power to the container.
An apparatus comprising: a processor; and a memory storing machine readable instructions that when executed by the processor cause the processor to: detect a system shutdown associated with a computer system that includes a save operation; determine (606; 414), as part of the system shutdown associated with the computer system that includes the save operation, upon completion of the save operation that includes saving of data to a primary location, that an error occurred with respect to the save operation; based on a determination that the error occurred with respect to the save operation, identify (608; 424) a reserved location for saving the data; save the data to the reserved location; and update (612; 426) metadata to indicate usage of the reserved location as the primary location for the saved data, wherein the data includes non-volatile dual in-line memory module-software, NVDIMM-SW, content, the primary location is associated with a primary non-volatile memory express, NVMe, partition that is to be used to save the NVDIMM-SW content, and the reserved location is associated with a reserved NVMe partition that is to be used to save the NVDIMM-SW content based on the determination that the error occurred with respect to the save operation. a processor; and a memory storing machine readable instructions that when executed by the processor cause the processor to: detect a system shutdown associated with a computer system that includes a save operation; determine (606; 414), as part of the system shutdown associated with the computer system that includes the save operation, upon completion of the save operation that includes saving of data to a primary location, that an error occurred with respect to the save operation; based on a determination that the error occurred with respect to the save operation, identify (608; 424) a reserved location for saving the data; save the data to the reserved location; and update (612; 426) metadata to indicate usage of the reserved location as the primary location for the saved data, detect a system shutdown associated with a computer system that includes a save operation; determine (606; 414), as part of the system shutdown associated with the computer system that includes the save operation, upon completion of the save operation that includes saving of data to a primary location, that an error occurred with respect to the save operation; based on a determination that the error occurred with respect to the save operation, identify (608; 424) a reserved location for saving the data; save the data to the reserved location; and update (612; 426) metadata to indicate usage of the reserved location as the primary location for the saved data, wherein the data includes non-volatile dual in-line memory module-software, NVDIMM-SW, content, the primary location is associated with a primary non-volatile memory express, NVMe, partition that is to be used to save the NVDIMM-SW content, and the reserved location is associated with a reserved NVMe partition that is to be used to save the NVDIMM-SW content based on the determination that the error occurred with respect to the save operation.
Disposable injector comprising a housing having arranged therein or thereon at least in portions thereof at least one mechanical spring-type energy storage device, at least one cylinder-piston unit adapted to be filled with an active agent at least intermittently, at least one piston actuating plunger and at least one release unit, said spring-type energy storage device comprising at least one biased spring element with at least part of the piston actuating plunger being positioned between the spring-type energy storage device and the piston of the cylinder-piston unit and with the spring biased piston actuating plunger including a pullrod having in the area of its rear end at least one engagement surface, characterized in that - the housing constitutes a cup-shaped hollow body which is open at the lower end and has an intermediate bottom therein, in that - the engagement surface(s) are engaged by locking elements supported by the housing, with said locking elements constituting angular levers movably mounted on the intermediate bottom in the area of their bends or with the locking elements secured to an annular component resting on the intermediate bottom or with the locking elements being formed to be integral with the intermediate bottom as resiliently flexing elements, with the locking position of the locking elements secured by a release element positioned in a locking position, and in that - the release element has a release position in which it releases the locking elements. - the housing constitutes a cup-shaped hollow body which is open at the lower end and has an intermediate bottom therein, in that - the engagement surface(s) are engaged by locking elements supported by the housing, with said locking elements constituting angular levers movably mounted on the intermediate bottom in the area of their bends or with the locking elements secured to an annular component resting on the intermediate bottom or with the locking elements being formed to be integral with the intermediate bottom as resiliently flexing elements, with the locking position of the locking elements secured by a release element positioned in a locking position, and in that - the release element has a release position in which it releases the locking elements.