DE1949612U - BATTERY-FURNISHED TRANSPORTABLE STREET LAMP WITH A FLUORESCENT LAMP. - Google Patents

Description

ΪΑ.187752 * -7Λ66

AUgQ-IEOI ELJgAIC QMBH 8201 ftroßkarolin e nfeld, Bahnhofstr. 14-16

Battery-powered transportable traffic lights with one

Fluorescent lamp .

The control concerns a "battery-powered transportable Street light, with a fluorescent lamp, preferably of the ring-shaped type, being used as the light source and the same can be switched either as permanent light or in flashing mode.

Bs are already portable warning lamps in different off = types of guidance with G-filament lamps and even with fluorescent material = known tubes, which are used in road traffic. Warning lamps with dry batteries and filament lamps are guaranteed only achieve a relatively small light output and one low uptime. Fluorescent lamps, which have a Inverters to be operated in road traffic require usually the connection to the starting and lighting = batteries (starter batteries) in motor vehicles and thereby not mobile enough, or on portable batteries with the disadvantage that such batteries are very heavy and the Acquisition costs are very high.

The control is now based on the task, instead of the previously known versions of warning and flashing lights, one song voltage fluorescent lamp, preferably ring-shaped, to use, but powered, also from its own independent but easily transportable battery of the smallest construction = type and low acquisition costs, which are carried in every vehicle next to the starter battery and continuously from it can be fed.

This device battery of known type, with an electronic charging device and an inverter, also the smallest

well-known design, constantly ensures sufficient power consumption supply and for the operating voltage required to start up the fluorescent lamp. This commercially available Fluorescent lamps guarantee a light output that is around 3 l / 2 times higher than that of a filament lamp of the same watt = number, so that by using a fluorescent lamp an equally higher brightness is achieved.

The charging device for a battery, which is generated from a second battery, e.g. from a motor vehicle battery is fed, always ensures operational safety, even with different supply voltages.

The details of the inflation can be found in the following description and from the drawing. Show it:

Fig. 1 shows the front view of the traffic light on a ground stake with a tubular shaft, and the device battery with Auf = charger and inverter,

Pig. 2 also the side view, otherwise as above.

The device battery (l), charging device (2) and the exchange = selriehter (3) are in the housing (4) with the required Connecting lines housed. The support device (5) can be attached to the housing in any way. The cable (6) with a coupling (7) is placed on the plug (8). The lamp holder (9) in the housing (10) is used to attach the light = fabric lamp (12). A handle (11) is attached to the housing (10), which is inserted into the tubular mast (14) and into the ground peg (15) can be inserted. The lamp housing (10) is covered on both sides with translucent panes (13) and there are also various interchangeable color discs e.g. red, yellow and green for further use.

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If necessary, one side of the lamp housing (10) e.g. with a loan-impermeable Re = flektor be covered. It is also possible for the open = build the traffic light instead of τοη a stake a three = use a stand or tripod.

The possibility of a mutual light emission, after which E.g. one side can be red and the other green, should be used for road construction or for single-lane driving, both during the day as well as at night, especially since the traffic light can also be swiveled.

In addition, due to its particularly light design, the traffic light serve as a hand lamp, e.g. for waving at danger spots, whereby the light radiation from both sides is also possible in this lall offers increased safety, because even the traffic controller is far away at night in the large atrium of a fluorescent lamp Visibility remains recognizable and the arriving vehicles through the signal color red or yellow, even in thick fog be warned.

Due to the simple design and the low weight, can this lighting device in motor vehicles, such as use = dare and the like, can be easily carried. The operation is easy and quick commissioning is guaranteed perform. With regard to the extremely low operating current, Despite the greatest light output, the lighting device can also as stationary night lighting e.g. at construction sites or as Road safety can be used for both permanent light and flashing mode.

For the police, accident vehicles or for the towing service and the like. This lighting device can be used as an advance warning, even far from e.g. accident sites or suddenly required Roadblocks for increased safety on the road at =

wear after the characteristics of the well-known traffic lights as they are stationary on = are provided, is maintained.

All previously known warning signs, signs or flashing lights, which are usually set up on the road, are inaccessible Reaching out in the event of any breakdowns, all arriving vehicles in good time and far. Looks at the various dangers = put to draw attention.

Finally, the lighting device can also be used as a transportable one Work lamp in traffic when the power is broken = vehicles are used, with the, signal color red or Yellow is used for the incoming vehicles and the white light emission on the other side of the traffic light, the repair = place adequately lit.

However, the battery powered lighting device is for one Mains connection e.g. of 220 volts alternating current, not set up.

Claims (6)

S chut ζ ans ρ r ü ο ί e 1. Battery-powered transportable traffic lights with a Fluorescent lamp, preferably of the ring-shaped type, characterized in that a power supply device, be = standing from a battery (1), a charger (2) a Inverter (3) the housing (4) with a support device (5) also carried in motor vehicles and always operational = can be used in a variety of ways independently of other power sources in road traffic or on road construction sites can. 2. Battery-powered transportable traffic lights with a fluorescent lamp, preferably of a ring-shaped type, according to An = Claim 1, characterized in that the traffic light housing is broken on both sides and with translucent panes (13) is covered and different colored discs can optionally be attached and the handle (11) on the traffic light housing (10) also permits use as a handheld and single-angle light. 3. Battery-powered transportable traffic lights with one Fluorescent lamp, preferably of the ring-shaped type, according to An = spoke lund 2, characterized in that the traffic light = housing (lo) e.g. on an arbitrarily long and light hollow? = mast (14) in connection with a ground stake (15) and can be swiveled, for example, at the side of the road for the greatest possible view. 4. Battery-powered transportable traffic lights with a fluorescent lamp, preferably of a ring-shaped type, according to An = Claim 1, 2 and 3, characterized in that the power = supply device (l -5) is easily transportable and the connection to the lamp (12) with the holder ((9) with the ■ -. "2 - Cable (6) and a coupling (7) and the plug (8) at the traffic light = housing (10) is made. 5. Battery-powered transportable "traffic light with a Fluorescent lamp, preferably ring-shaped, according to An = Claim 1, 2, 5 and 4, characterized in that the fluorescent lamp (12) switched from permanent light to flashing mode can be. 6. Battery-powered transportable traffic light with a fluorescent lamp, preferably of an annular type, according to claim 1, 2, -3 »4 and 5, characterized in that as a result of the arrangement, the connecting line (6) to the power supply device (1-5) very much can be kept short and attributable da = lines by further aids such as cable reels with long to =. .-.