• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    SUMMARY Method of providing a mounting box (1) with an evacuation indicating node light having light sources (26, 27) with extended light (11), and showing the evacuation carriage with a directed light beam (5) against a reflecting evacuation sign. The light beam (5) also works in smoke-filled spaces. In the mounting box (1) a transformer (14) is placed and provides charging to a batten in (15), which in the event of a power failure supplies the light sources of the emergency light with current. The light source for the diffused light (11) in the emergency light is placed so that they have an optimal spread. In the event of a power outage, the emergency light turns on automatically. The battery (15) racks for a number of hours and recharges as soon as the power returns. The mounting box (1) is also equipped with a fire alarm (4), and a timer (3) to be able to test the function of the emergency light.
    公开号:SE1300250A1
    申请号:SE1300250
    申请日:2013-04-08
    公开日:2014-10-09
    发明作者:Lars Groop
    申请人:Lars Groop；
    IPC主号:
    专利说明:

    1 Method for the production of evacuation-indicating emergency lights.
    TECHNICAL FIELD The present invention relates to a method for producing an emergency light which 5 'provides diffused light from a light source, and shows the carriage with directed light rays towards reflective evacuation signs.
    Technical point of view The artificial light is something that today is seen as a matter of course. It is only when a power outage / smoke development occurs that the significance of the light becomes really palpable and shows how helpless people become without it. In some buildings, there are emergency lights in the corridors in the event of a power outage. This is so that people can find their way out of the building. In the event of a fire or other emergency, it must be possible to evacuate all premises immediately in a safe manner. Even if there are emergency lights, it can be black to orientate oneself in a smoky corridor and know which hall to take the road to. People should be able to get out into the open or move to things place. There must be functional general lighting in the evacuation scales and, if necessary, emergency lights. The emergency light must make it possible to evacuate in a safe and efficient way when the general lighting goes out due to a power outage. Needle lighting required in evacuation carts from hotels, meeting rooms and living facilities. In workplaces where a power outage entails special risks, emergency lights must be available. Meeting rooms must be equipped with general lighting and emergency lighting. Steps in meeting rooms must be equipped with emergency lights. Special risks and situations may arise depending on process or environmental conditions.
    In the event of a fire, large amounts of material are formed which defend the evacuation. In real time, there can be poor visibility conditions with gloom and a lot Then the passability is vital. Evacuation security is important in all types of spaces. Also from laundry rooms, there should be two scales out. A single escape route is acceptable only if the laundry room leads directly to the street or equivalent. In attic and cooler rooms, people are only expected to stay temporarily. Have racks it in most cases with an evacuation guard. If you are in, for example, a cold store or attic store and come out into a ground smoky corridor and do not know which hall to go to, it is not time to go out without some form of instruction. In the event of a power failure in the new constructions, it is very difficult to get around in modca spaces where there are often stables, studs, etc. There are some lamps with emergency lights that can be used in the construction. But there are no emergency lights which, in addition to giving a general light also with light rays, can show which vague one should take towards the exit. Evacuation signs are intended to guide evacuating persons towards the exits. In apartment buildings, this is normally only required in laundry rooms and colder ones where the daylight intake is not enough to find out if the lights go out. The escape signs Nil- have built-in lighting that also works in the event of a power failure and which also illuminates the door. An installation of current emergency lighting / evacuation lighting will be used as a common fuse in the power station, which makes the installation more time-consuming.
    The invention It is an object of the present invention to provide a mounting box with an evacuation-indicating emergency light having a light source with diffused light, and showing the evacuation carriage with directed light beams against a reflecting evacuation sign. The light rays also work in smoke-filled spaces. In the mounting box, a transformer is placed and provides charging to a batted, which in the event of a power failure supplies the light sources of the emergency light and light beams with current. The light source for the diffused light is placed in the nOdljuset so that they have an optimal distribution of the light. In the event of a power outage, the NOCI light turns on automatically. The battery racks for a number of hours and recharges as soon as the power returns. The mounting box is also equipped with a fire alarm, as well as a timer to be able to test the function of the emergency light.
    Description A mounting box, ready to be applied to cradles or ceilings, which contains an emergency light with a diffused light, as well as directed light rays which show the way towards an exit. The rays of light can be seen, even in smoky spaces. The power supply takes place as close as possible to a transformer built into the mounting box 3. The transformer provides charging to a rechargeable battery. When there is a power failure, the backlight turns on automatically. In the outer casing of the mounting box, a timer is mounted so that the emergency light can be tested. The timer interrupts the power supply to the emergency light, for dangerously 60 minutes. The function allows installation with electrical connection from the nearest power source. A fire alarm is mounted in the outer housing on the front of the mounting box. On one side of the mounting box there is a light source and an opening for a spruce light beam which, in the event of a power failure, illuminates the scales and indicates the escape trolley by illuminating a reflective sign. On the other side of the mounting box there is a similar light source and an opening for a red light beam which shows the wrong way for evacuation. There are four LEDs in the outer hall * of the front of the mounting box. The electrical connection to the mounting box is made via a cable to a timer and further to a transformer and a relay. The transformer provides team voltage and maintenance cables a.battery. The batteries charge for a number of hours and recharge as soon as the power comes back on. There are 4 LEDs. An LED indicates if the battery operation will not last 60 minutes. Another LED indicates if any of the light sources are illuminating the space around the broken and must be replaced. A third LED indicates if any of the light sources that generate the green light beam, or the red light beam are broken and need to be replaced. A fourth LED indicates low voltage in the battery. When there is a power outage, the relay switches on so that the incoming light sources are lit with current from the battery, whereby the space around it is illuminated and the green light beam and the red light beam light up on their respective signs. A series-connected fire alarm if detected early on straight or gas can be connected wirelessly to the fire alarm in the mounting box. When the power supply is off the mains, the light bulb is switched off and receives its power supply from the battery. The emergency light illuminates the space around, while the green light beam illuminates the path and indicates the evacuation path by illuminating a reflecting sign and the row of light beams shown incorrectly for space illuminates a reflecting stop sign or a unidirectional sign. The light beams are bright when spreading smoke around the light bulb. An embodiment of the invention is described in the following and illustrated in the accompanying drawing, which according to Fig. 1 shows a sketch of the exposed components of the emergency light indicating evacuation on the front of the mounting box.
    Fig. 2 shows a principle sketch of how the evacuation-indicating needle light works when the power supply line is broken.
    Fig. 3 shows a simplified sketch of how, for example, the components of the evacuation-indicating emergency light can be mounted in the mounting box.
    The method for producing evacuation-indicating candles according to Figs. 1, 2 and 3 may represent the construction form which is applied in the example intended.
    Method for manufacturing evacuation-indicating emergency lights according to figure 1 shows a sketch of the exposed components of the overhead light on the front (2) of the mounting box (1). In the front (2) of the mounting box (1), a timer (3) is mounted so that the emergency light can be tested. The timer (3) switches the power supply to the spotlight, preferably for 60 minutes. The function enables installation with electrical connection from the nearest extremely cold. It is also shown how a fire alarm (4) is mounted in the outer casing on the front (2) of the mounting box (1). On one side (21) of the mounting box (1) there is a light source (26) which illuminates the space around, and an opening (19) for a green light beam (5) which, in the event of a power failure, illuminates the evacuation trolley by illuminating a reflecting sign. On the other side (22) of the mounting box (1) there is a similar light source (27) which illuminates the space around the om, and an opening (20) for a red Ifus beam (6) which is shown incorrectly for evacuation. Four LEDs (23, 24, 25, 30) are inserted in the outer shell of the mounting box (1) (2).
    The method for producing evacuation-indicating emergency lights according to Figure 2 shows a principle sketch of how the evacuation-indicating emergency light functions when the tightening arrangement which takes place via the cable (10) is broken. The needle light turns on and receives its power supply from a batten in the mounting box (1). The emergency light illuminates (11) the space around, at the same time as a green light beam (5) illuminates the path and indicates the escape route by illuminating a reflecting male sign (7) and a row of light rays (6) showing the wrong route for evacuation by illuminating a reflective stop sign (8) or a one-way sign (9). The light beams (5, 6) are bright when spread straight around the light bulb.
    Method for manufacturing evacuation-indicating emergency lights according to figure 3 shows a dangerous sketch of how, for example, the components of the evacuation-indicating emergency light can be mounted in the mounting box (1). The electrical connection to the mounting box (1) takes place via the cable (10) to the timer (3) and further to the transformer (14) and the relay (16). The transformer (14) provides team voltage (18) and maintains a battery (15). The battery (15) racks for the number of hours and recharges again as soon as the power returns. There are 4 LEDs (23, 24, 25, 30) that Jr mounted on a circuit board (31), which contains electronics. An LED (23) indicates if the battery operation will not last 60 minutes. An LED (24) indicates if any of the light heads (26, 27) that illuminate the space around are broken and need to be replaced. An LED (25) marks if any of the light sources that generate the spruce light beam (5), or the red light beam (6), are broken and must be replaced. An LED (30) indicates low voltage in the battery. When there is a power failure, the relay (16) turns on and says that the incoming light sources (12, 13, 26, 27) land down current from the battery (15), illuminating the space around the emergency light and the green light beam (5) and the (oda light beam (6) lights up on their respective signs. The figure also shows an example of a wireless (28) series-connected fire alarm (29) prematurely detected in smoke, or gas.
    The invention has been described in accordance with the dangerous compositions and design, and it is to be understood that certain substitutions and modifications may be made without departing from the spirit. The embodiment now described shows how the input components are placed on and in the mounting box. Of course, the components can be placed in another way and otherwise fulfill the function. Likewise, the light source which generates the green and the row of light beams can be constituted by halogen lamps 6 or the like which shine through a green and roll filter, respectively, but can also be constituted by a green and red laser respectively. The light skull that illuminates the space around it can also be a tooth at the same time as the ordinary lighting. The mounting box can also be equipped with a rudder guard / audio guard. It also describes how the row light beam shows the wrong path for evacuation by illuminating a reflecting stop sign or a one-way sign. Of course, the signs may be of different information and appearance. The invention will thus not be taken as limited to what has been shown and described in the foregoing, but similar variants are included in the inventive idea and may not be considered within the scope of the appended claims.
    权利要求:
    Claims (7)
    [1]
    A method for producing evacuation-indicating emergency lights can be drawn by a mounting box (1) with an evacuation-indicating emergency light having light sources (26, 27) with a spread light (11) illuminating around the space, at the same time as a green light beam (5) illuminates on a reflective male sign (7) and indicates the escape route and where a red light beam (6) indicates the wrong route for evacuation by illuminating a reflective stop sign (8) or a one-way sign (9) and where the light rays (5, 6) is amplified by smoke spreading around the light bulb and where the emergency light in the event of a power failure turns on automatically and gets its sirom from a bat in (15) which racks for a number of hours and recharges as soon as the power returns and where the mounting box (1) is equipped with a fire alarm (4), and a timer (3) to test the function of the emergency light.
    [2]
    Device according to claim 1, characterized in that the electrical connection to the mounting box (1) takes place via a cable (10) to a timer (3) and further to a transformer (14) and a relay (16) and where the transformer (14) provides lag voltage (18) and maintenance cables a batted (15) and when a power failure occurs, slat. relay (16), so that the incoming light sources (12, 13, 26, 27) are lit with current from the battery (15), the space around being illuminated and the green light beam (5) and the red light beam (6) lights on their respective signs.
    [3]
    Device according to one of the preceding claims, characterized in that the mounting box (1) has 4 LEDs (23, 24, 25, 30) which are mounted on a circuit board (31), containing electronics and in which an LED (23) indicates the battery operation. does not last 60 minutes, an LED (24) re-marks any of the light heads (26, 27) that illuminate the space around are broken and must be replaced, an LED (25) re-marks any of the light heads that generate a green light beam (5), or red light beam (6), are broken and must be replaced and an LED (30) that indicates low voltage in the battery. 8
    [4]
    Device according to any one of the preceding claims, characterized in that all the timer (3) is mounted so that the candle light can be tested on the outside of the mounting box (1) so that the timer (3) disconnects the power supply to the needle light, preferably 60 minutes which allows the function to installation with electrical connection from the nearest cold.
    [5]
    Device according to one of the preceding claims, characterized in that the fire alarm (2) is wireless (28) connected in series to another fire alarm (29) prematurely detected in the event of smoke, alternatively gas.
    [6]
    Device according to any one of the preceding claims, can be characterized by the light source which generates the spruce (5) and red (6) light beam, respectively, which can also be provided by a spruce and a row of lasers, respectively.
    [7]
    Device according to the flag of the above claims, characterized in that the mounting box (1) can also be provided with a motion guard / audio guard. 7 -! U1111IIIIIIIIII
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    同族专利:
    公开号 | 公开日
    SE537519C2|2015-06-02|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    法律状态:
    2016-11-29| NUG| Patent has lapsed|
    优先权:
    申请号 | 申请日 | 专利标题
    SE1300250A|SE537519C2|2013-04-08|2013-04-08|Method for producing emergency reference light|SE1300250A| SE537519C2|2013-04-08|2013-04-08|Method for producing emergency reference light|
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