SI25360A - Flashlight in the waterproof enclosure - Google Patents
Flashlight in the waterproof enclosure Download PDFInfo
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- SI25360A SI25360A SI201700023A SI201700023A SI25360A SI 25360 A SI25360 A SI 25360A SI 201700023 A SI201700023 A SI 201700023A SI 201700023 A SI201700023 A SI 201700023A SI 25360 A SI25360 A SI 25360A
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Abstract
Predmet izuma je bliskavica v vodotesnem ohišju (4), ki sodi v področje fotografske opreme in se uporablja prednostno pri podvodni fotografiji. Vsebuje eno ali več pilotnih luči (3), ki so pozicionirane tako, da svetijo znotraj enega ali več reflektorjev (2), ki vsebujejo tudi eno ali več linearnih bliskovnih cevi (1).The object of the invention is a flash in a waterproof housing (4) which falls within the field of photographic equipment and is preferably used in underwater photography. It contains one or more pilot lights (3) positioned to illuminate within one or more reflectors (2), which also contain one or more linear flash tubes (1).
Description
BLISKAVICA V VODOTESNEM OHIŠJUBLISKAVICA IN WATERWAYS
Predmet izuma je bliskavica v vodotesnem ohišju, ki sodi v področje fotografske opreme in se uporablja prednostno pri podvodni fotografiji.The object of the invention is a flash in a waterproof housing that falls within the field of photographic equipment and is used preferably in underwater photography.
Znana rešitev je po patentu US20020001463. Ta rešitev za svetlobni izvir uporablja eno ali več linearnih bliskovnih cevi in pilotno luč, ki se lahko imenuje tudi modelska luč, fokusna luč ali video luč, ki je pozicionirana poleg linearnih bliskovnih cevi. Kadar linearna bliskovna cev, njen reflektor in pilotna luč nimata enakega središča se pri uporabi pripomočkov kot je naprava po patentu SI20110000256 in podobnimi, pojavi problem pri pozicioniranju saj pilotna luč ne označuje mesta kamor bo posvetila linearna bliskovna cev preko reflektorja.The known solution is according to US20020001463 patent. This light source solution employs one or more linear flash tubes and pilot lights, which can also be referred to as a model light, focus light or video light positioned in addition to linear flash tubes. When a linear flash tube, its reflector and pilot light do not have the same center, when using devices such as the device according to SI20110000256 and the like, there is a problem in positioning because the pilot light does not indicate the place where the linear flash tube will be devided through the reflector.
Tehnični problem, ki ni zadovoljivo rešen je pozicija pilotne luči glede na linearno bliskovno cev in reflektor.A technical problem that is not satisfactorily resolved is the position of the pilot light according to the linear flash tube and the reflector.
Naloga in cilj izuma je, da centralizira pozicijo pilotne luči in ene ali več linearnih bliskovnih cevi.The object and object of the invention is to centralize the position of the pilot light and one or more linear flash tubes.
Po izumu je naloga rešena z bliskavico v podvodnem ohišju, ki ima eno ali več pilotnih luči znotraj enega ali več reflektorjev kjer se nahaja ena ali več linearnih bliskovnih cevi.According to the invention, the task is solved by means of a flash in an underwater housing having one or more pilot lights within one or more reflectors where one or more linear flash tubes are located.
Izum bo opisan na izvedbenem primeru in sliki, ki prikazuje: sl. 1 napravo po izumu z eno pilotno lučjo sl. 2 napravo po izumu z več pilotnimi lučmi sl. 3 napravo po izumu z več pilotnimi lučmi in več bliskovnimi cevmi sl. 4 napravo po izumu z več reflektorji sl. 5 napravo po izumu v prečnem prerezu vodotesnega ohišjaThe invention will be described on an embodiment and an illustration showing: Fig. 1 device according to the invention with one pilot light Fig. 2 device according to the invention with multiple pilot lights Fig. 3 device according to the invention with multiple pilot lights and multiple flash tubes Fig. 4 a device according to the invention with several reflectors, Fig. 5 of the device according to the invention in the cross-section of the waterproof housing
Naprava v vodotesnem ohišju 4 za svoje delovanje uporablja sklop komponent 8, ki so dobro poznane na področju fotografskih bliskavic. Nekatere od sklopa komponent 8 so: sistemi napajanja, ki so odvisni od baterij, kondenzatorji za shranjevanje energije, bliskovne cevi za oddajanje svetlobe in različni načini za proženje ter prekinitev proženja, ki omogočajo pretok električne energije skozi bliskovno cev s čimer se generira svetloba. Posebnost pri bliskavicah za podvodno fotografijo je vodotesno ohišje 4, ki omogoča uporabo v vlažnih pogojih in pod vodo ter pod pritiskom. Vodotesno ohišje 4 vsebuje enega ali več gumbov 7 s katerimi preko sklopa komponent 8 upravljamo nastavitve bliskavice, reflektor 2, ki usmerja svetlobo bliskovnih cevi in kupolo 5 skozi katero pronica svetloba. Bliskovne cevi so lahko različnih oblik: okroglih, spiralnih, linearnih in drugih. Ta izum se osredotoča predvsem na uporabo linearnih bliskovnih cevi 1. Če bliskavica nima že vgrajenih baterij vsebuje tudi pokrov 6 za baterijski prostor kamor naložimo baterije, ki so povezane s sklopom komponent 8.The device in the waterproof housing 4 uses a set of components 8 that are well known in the field of photographic flash for its operation. Some of the set of components 8 are: battery-dependent power systems, energy storage capacitors, flash light tubes and various trigger and trigger interrupt modes that allow the flow of electricity through a flash tube to generate light. A special feature for underwater photography is the waterproof case 4, which allows it to be used in humid conditions under both water and under pressure. The waterproof case 4 contains one or more buttons 7 to control the flash settings, a reflector 2, which directs the light of the flash tubes and the dome 5 through which light is detected through a set of components 8. Flash tubes can be of various shapes: round, spiral, linear, and others. This invention focuses primarily on the use of linear flash tubes 1. If the flash does not already have batteries installed, it also includes a battery compartment cover 6 for loading batteries that are connected to a set of components 8.
Prav tako je posebnost pri bliskavicah za podvodno fotografijo pogosta uporaba pilotne luči 3, ki se v različnih primerih lahko imenuje tudi modelska luč, fokusna luč ali video luč, katere namen je, da fotografu pomaga pri usmerjanju bliskavice ali fokusiranju fotografskega aparata ali dodatnem osvetljevanju ambienta pri zajemanju video posnetkov. Ta izum se osredotoča predvsem na uporabo pri usmerjanju bliskavice lahko pa se uporablja tudi za katero od prej naštetih namenov.The special feature of flashlights for underwater photography is the frequent use of pilot light 3, which in different cases can also be referred to as a model light, focus light or video light, which aims to assist the photographer in directing the flash or focusing the camera or additional ambient illumination when capturing video clips. This invention focuses primarily on the use of a flash control, but it can also be used for any of the aforementioned purposes.
Dosedanje rešitve nezadovoljivo rešujejo problem uporabe pilotne luči 3 kadar si želimo z njo pomagati pri usmerjanju naprave. Pri dosedanjih napravah sta ena ali več pilotnih luči 3 in ena ali več linearnih bliskovnih cevi 1 pozicionirani na tak način, da sta ločeni in ne oddajata svetlobe na isti osi. Primer patenta US20020001463. Takšna postavitev ne omogoča zadovoljivih rezultatov kadar na bliskavici uporabljamo pripomočke kot je naprava po patentu SI20110000256 ali druge naprave, ki usmerjajo svetlobo bliskavice oziroma zoožajo in oblikujejo svetlobni snop bliskavice. Zaradi decentralizirane postavitve pilotna luč 3 in linearna bliskovna cev 1 osvetljujeta različno površino in fotografu nista v veliko pomoč, ko ta želi predhodno nastaviti pozicijo bliskavice glede na fotografski subjekt. Svetloba pilotne luči 3 je slabo vidna saj so pripomočki orientirani na tak način, da preferirajo svetlobo, ki jo oddajajo bliskovne cevi 1, te pa niso pozicionirane na isti osi kot pilotne luči 3. Takšna postavitev zaradi ožine tovrstnih pripomočkov zastira pilotno luč 3 kar zmanjšuje vidljivost in uporabniku otežuje pozicionaranje.The solutions that have been so far solved the problem of using the pilot light 3 unsatisfactorily when we want to help with the steering of the device. With the existing devices, one or more pilot lights 3 and one or more linear flash tubes 1 are positioned in such a way that they are separated and do not emit light on the same axis. Example of US20020001463 patent. Such an arrangement does not provide satisfactory results when using flash devices such as the device according to the SI20110000256 patent or other devices that direct the flash light, or radiate and form a flashlight flash. Due to the decentralized installation, the pilot light 3 and the linear flash tube 1 illuminate a different surface and the photographers are not of great help when it wants to pre-adjust the flash position according to the subject. The light of the pilot light 3 is poorly visible since the devices are oriented in such a way as to prefer the light emitted by the flash tubes 1, but these are not positioned on the same axis as pilot lights 3. Such placement protects the pilot light 3 due to the strain of such devices 3, visibility and makes the positioning difficult for the user.
Po izumu je problem rešen tako, da je pilotna luč 3 pozicionirana tako, da sveti znotraj reflektorja 2. Prednostno je pozicija pilotne luči 3 na sredini reflektorja 2, lahko pa se uporablja več pilotnih luči 3, ki so pozicionirane tako, da svetijo na različnih mestih znotraj reflektorja 2.According to the invention, the problem is solved in such a way that the pilot light 3 is positioned in such a way that it illuminates within the reflector 2. Preferably, the position of the pilot light 3 is in the middle of the reflector 2, but several pilot lights 3 may be used, which are positioned to illuminate places within the reflector 2.
Za povečanje moči bliskavice pri kateri se ohranja centralizirana pozicija svetlobnih virov se po sliki 3 lahko uporabi tudi več linearnih bliskovnih cevi 1 znotraj reflektorja 2 ali pa več reflektorjev 2 znotraj katerih je ena ali več linearnih bliskovnih cevi 1 in ena ali več pilotnih luči 3.In order to increase the flash power at which the centralized position of the light sources is maintained, according to FIG. 3, several linear flash tubes 1 may be used within the reflector 2 or several reflectors 2 within which one or more linear flash tubes 1 and one or more pilot lights 3 can be used.
Pred pilotno lučjo 3 se lahko uporablja tudi optični usmerjevalec 9, ki dodatno usmeri svetlobo pilotne luči 3.An optical router 9 may also be used in front of the pilot light 3, which further directs the pilot light 3.
Pilotna luč 3 je prednostno v LED tehniki, lahko pa se uporabljajo tudi druge tehnike, ki so energijsko učinkovite.Pilot light 3 is preferred in LED technology, but other energy-efficient techniques can also be used.
Claims (10)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| SI201700023A SI25360A (en) | 2017-01-23 | 2017-01-23 | Flashlight in the waterproof enclosure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| SI201700023A SI25360A (en) | 2017-01-23 | 2017-01-23 | Flashlight in the waterproof enclosure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| SI25360A true SI25360A (en) | 2018-07-31 |
Family
ID=63286620
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| SI201700023A SI25360A (en) | 2017-01-23 | 2017-01-23 | Flashlight in the waterproof enclosure |
Country Status (1)
| Country | Link |
|---|---|
| SI (1) | SI25360A (en) |
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2017
- 2017-01-23 SI SI201700023A patent/SI25360A/en active IP Right Grant
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| OO00 | Grant of patent |
Effective date: 20180820 |