DE202009011783U1 - Modular expandable, energy-saving aquarium lighting - Google Patents

Abstract

The main protection claim for the new Modular Extensible (15), energy saving aquarium lighting (10) is
characterized in that:
a. the lighting for the power supply has a hollow plug (6) on one side of the cover (2) and a corresponding mating coupling on the opposite side of the cover (1).
b. from 1.a. two or more lighting units (10) can be combined into one unit (15, 16).
c. The modular design of the lighting fixtures (10) enables a circuit of individual lighting units (10), which is combined in a row in succession (15, 16).
d. an LED-based lighting means (11, 12, 13) (11) is used.

Description

The new aquarium lighting is a product that uses particularly energy-saving light sources ( 11 . 12 . 13 ), and its construction allows, as with a kit, to change the lighting used as needed (eg "build around the corner") or enlarge the aquarium. In this case, the existing lighting element ( 10 ) continue to be used. Other lighting elements ( 19 ) of the series can be assembled almost indefinitely ( 15 ) and operated.

The very long durability of the bulbs used ( 11 . 12 . 13 ) of about 75,000 hours leads to a saving of resources (fluorescent tubes have to be replaced about every year = hazardous waste). Resource conservation and energy saving make a major contribution to environmental and climate protection.

The new bulbs ( 11 . 12 . 13 ) are in the bottom plate ( 14 ) of the outer shell ( 10 ) of the aquarium lighting. Depending on the size of the outer shell, one or more illuminants ( 11 . 12 . 13 ). These are by means of a z. B. Plug-in terminal ( 9 ) with a clamp ( 8th ) to the wiring ( 5 ) connected to the power supply.

There for the Lighting only power ranges of 12V (SELV) are needed Given a very high level of security, just in contact with water an important aspect.

The new lighting combines energy efficiency, conservation of resources, Environmental protection, increased safety and individuality.

For the operation of the new aquarium lighting no expensive ballasts are necessary. A simple matching 12V power plug ( 17 ) with a hollow plug ( 6 ) supplies the lamps ( 11 . 12 . 13 ) with energy.

Previous state of the art:

In most cases are still fluorescent tubes with low in the aquarium lighting Lifetimes and high energy consumption figures used or halogen spotlights. Fluorescent tubes are with vulnerable ballasts equipped and work in power ranges of 230 V.

at These products have a high degree of protection due to moisture / water and inserted voltage needed. The halogen lamps also generate a big Measure Heat, which can also lead to injuries (burns). Therefore, in the prior art, the safety aspect to make very high demands.

was standing the technique is also that in case of a change (eg shape, corner aquarium) or enlargement of the Aquariums not the "old" lights more or less can be used.

Technical Problem 1:

Energy-efficient illuminants ( 11 . 12 . 13 ) with the new aquarium lighting ( 10 ) be used.

Technical Problem 2:

The used bulbs ( 11 . 12 . 13 ) of the new aquarium lighting ( 10 ) should have a very long life.

Technical Problem 3:

The used bulbs ( 11 . 12 . 13 ) should lead to a significant reduction of environmental pollution.

Technical Problem 4:

The new aquarium lighting ( 10 ) should offer a high safety standard compared to conventional systems.

Technical Problem 5:

The new aquarium lighting ( 10 ) by modular combinability and extensibility ( 15 ) of two or more lighting modules ( 10 ) to a unit can meet the requirements of enlargement or change in shape of the aquarium.

Technical problem solution 1:

There are LEDs ( 11 ) with a specially developed optic ( 13 ) as a light source ( 11 . 12 . 13 ) used. This is in a water insensitive box ( 12 ) housed. Box ( 12 ), Optics ( 13 ) and LED ( 11 ) are a new light source, developed by the Fa. He l-Lichttechnik GbR, referred to as Moduly.

Technical problem solution 2:

Through the use of the new LED-based illuminants ( 11 ), the average life increases many times over to the usual

Technical problem solution 3:

The longer life of the new bulbs ( 11 . 12 . 13 ) leads to less frequent replacement of light bulbs, thus to resource conservation (= waste avoidance) and with the lower energy consumption in addition to lower environmental impact through CO ₂ savings.

Technical problem solution 4:

The used bulbs ( 11 . 12 . 13 ) based on harmless 12 V (SELV) technology ( 17 ). They do not generate heat (about 25 ° C in continuous operation), so that burns are avoided.

Technical problem solution 5:

The new aquarium lighting ( 10 ) is equipped with a hollow connector ( 6 ) and a suitable coupling ( 7 ) (each on the opposite side of a side cover [ 1 . 2 ]) Mistake. This can be used at magnification ( 15 ) or changing the shape of an aquarium to match the size or shape of the overall lighting. The purchase of a new lighting (and at the same disposal of the old lighting) can then be omitted.

Special feature of the new aquarium lighting ( 10 ) is the modularity and shape changeability of the lighting units on the modular principle.

Another special feature of the new aquarium lighting is the environmentally friendly lighting technology ( 11 . 12 . 13 ) which leads to waste prevention and resource conservation.

In addition, there is the particularly safe 12 V technique [SELV] ( 17 ) as a special feature that leads to a significant increase in safety against electricity accidents.

1

lateral Cover with coupling

2

lateral Cover with hollow connector

3

drilling

4

bracket for side panels

5

electric wire

6

Hohlstecker

7

clutch

8th

clamp

9

plug-in terminal

10

outer shell

11

LED

12

box Bulb Moduly

13

optics Bulb Moduly

14

Bottom plate outer shell ( 10 )

15

symbolic connection ( 6 + 7 ) between two or more aquarium modules

16

arrow for the fitting together

17

power plug 12V

Claims (2)

The main protection claim for the new Modular extensible ( 15 ), energy saving aquarium lighting ( 10 ) is characterized in that: a. the lighting for the energy supply a hollow plug ( 6 ) on one side of the cover ( 2 ) and a matching mating coupling on the opposite side of the cover ( 1 ) owns. b. from 1.a. two or more lighting units ( 10 ) is unified ( 15 . 16 ) can be. c. the modular structure of the lighting fixtures ( 10 ) allows one in a row successively ( 15 . 16 ) summarized circuit of individual lighting units ( 10 ). d. a bulb ( 11 . 12 . 13 ) based on LEDs ( 11 ) is used. An ancillary claim according to 1.b. and c. for the new modular expandable, energy saving aquarium lighting is characterized by: a. allow adaptation to the size of an aquarium ( 15 . 16 ), by plugging the hollow connector side part ( 2 ) of the first aquarium lighting unit ( 10 ) with the coupling side part ( 1 ) of the second aquarium lighting unit ( 10 ), or further aquarium lighting units (... ff). b. allow adaptation to a change in shape (eg corner aquarium) ( 15 . 16 ), by plugging the hollow connector side part ( 2 ) of the first aquarium lighting unit ( 10 ) with the coupling side part ( 1 ) of the second aquarium lighting unit ( 10 ), or further aquarium lighting units by means of z. B. adapter cable (... ff).