CN215987981U - Two-way arrow head's induction lamp - Google Patents

Abstract

The utility model relates to an induction lamp with a bidirectional arrow. The induction lamp includes at least a first lamp group and a second lamp group arranged to perform different indication operations, the first lamp group being communicated with each other through a first energization circuit, the second lamp group being communicated with each other through a second energization circuit different from the first energization circuit. The induction lamp is controlled to display different indication actions through different working states of the first electrifying circuit and the second electrifying circuit so as to indicate the correct direction or action according to the actual environment condition. The utility model has the advantages of rich use scenes, low power consumption, various indication actions and high practicability.

Description

Two-way arrow head's induction lamp

Technical Field

The utility model relates to the technical field of traffic electronics, in particular to an induction lamp with a bidirectional arrow.

Background

At present, emergency evacuation signs arranged in a highway tunnel are mainly in the form of LED sign lamp boxes. It appears in a fixed pattern with two arrows simultaneously indicating the direction and distance of the escape route, respectively. Such a fixed pattern cannot be flexibly strained in the event of changes in the surrounding environment. When the safety of the surrounding environment changes, the fixed lamp box in the prior art still indicates the original safe channel, but due to the change of the environment, the original safe channel may not be safe but become a dangerous road after the change, and when the escaper sees such indication and walks along with the indication, the escaper is directed to the unsafe environment instead, so that the escaper is dangerous. Such a configuration cannot be used to indicate a secure channel when the environment changes, but is likely to pose a threat, and therefore, the use has a large limitation. In addition, the existing lamp box has dark light, and the escaper is difficult to clearly identify under the conditions of fire and large smoke.

Prior art CN200420081799.3 discloses a direction guiding light stream lamp capable of changing indication direction, which comprises a main lamp body, a graphic indication mark on a panel, a controller, a plurality of sub lamp bodies, a graphic indication mark on the panel, and is characterized in that: the main lamp body and the sub lamp body are provided with respective independent light sources corresponding to the picture and text indication marks on the panel, and the independent light sources are connected by a controller. The controller is connected with a communication line of the monitoring system. However, the comparison file is indicated by the image-text indication mark, the comparison file advances according to the direction of the lighting during indication, and because the independent light sources are arranged in the same lamp box, when the light sources are lighted, the image-text in one indication direction is lighted, the image-text in the other indication direction can also present weak brightness due to scattered light, so that a user can easily misjudge in the emergency escape process, and particularly, the misjudgment is easy to happen under the condition that the current is insufficient or the brightness of the light source is insufficient. And the independent light source requires a large amount of power consumption and needs to be connected to a circuit. And when the circuit fails in the event of an accident, it is difficult to maintain with a battery, so that there is still a limitation in application.

Furthermore, on the one hand, due to the differences in understanding to the person skilled in the art; on the other hand, since the inventor has studied a lot of documents and patents when making the present invention, but the space is not limited to the details and contents listed in the above, however, the present invention is by no means free of the features of the prior art, but the present invention has been provided with all the features of the prior art, and the applicant reserves the right to increase the related prior art in the background.

SUMMERY OF THE UTILITY MODEL

In view of the shortcomings of the prior art, the present invention provides a double-headed arrow inducing lamp, which comprises at least a first lamp set and a second lamp set arranged in different indicating shapes, wherein the first lamp set is communicated with each other through a first energizing circuit, and the second lamp set is communicated with each other through a second energizing circuit different from the first energizing circuit.

According to a preferred embodiment, the power supply further comprises a controller chip, and the on/off of the first power-on circuit and the second power-on circuit is controlled by the controller chip.

According to a preferred embodiment, the first lamp group is formed by arranging a plurality of LED lamps in a first indicating shape; the second lamp group is formed by arranging a plurality of LED lamps in a second indicating shape.

According to a preferred embodiment, the induction lamp further comprises a circuit board and a housing, the housing comprises a panel for shielding the circuit and a back plate for fixing the lamp, and the first lamp set and the second lamp set extend out of the panel from the light emitting end after being connected with the circuit board in a manner of reducing brightness shielding.

According to a preferred embodiment, the first and second lamp groups are arranged on the circuit board in such a way as to provide an indication as first and second arrows pointing opposite to each other.

According to a preferred embodiment, the first lamp set comprises beads L1-L9, the second lamp set comprises beads L10-L16, L3 and L7, and the first indication shape formed by arranging the first lamp set and the second indication shape formed by arranging the second lamp set intersect with each other and share beads L3 and L7.

According to a preferred embodiment, the inducing lamp further comprises a third lamp group consisting of lamp beads L5-L9 and lamp beads L10-L13, and the third lamp group is arranged in a third indicating shape centering on the lamp bead L7.

According to a preferred embodiment, the induction lamp further comprises a fifth lamp group consisting of lamp beads No. L1-L3, L15 and L16, and lamp beads No. L5-L7, lamp beads No. L12 and lamp beads No. L13, the fifth lamp group being arranged in a fifth indication shape.

According to a preferred embodiment, the induction lamp further comprises a sixth lamp group consisting of lamp beads No. L3-L5, L13 and L14, and lamp beads No. L7-L9, lamp beads No. L11 and lamp beads No. L10, the sixth lamp group being arranged in a sixth indicating shape.

According to a preferred embodiment, the LED lamp is a yellow LED lamp or a red LED lamp or a green LED lamp.

The utility model has the beneficial technical effects that:

first, a correct emergency alert is provided. The indicating action of the bidirectional inducing lamp is changed by controlling the change of the working states of the first lamp group and the second lamp group, so that the indicating action can be displayed correctly based on the change condition of the actual environment condition by external control, and an escaper is induced to escape towards the correct escape direction by the indicating action. Avoiding indicating errors and escape failures.

The second, light bright hall is not power consumptive, arranges through LED lamp pearl and becomes first instruction action and second instruction action, gives out light through LED lamp pearl and indicates the action, and LED lamp itself is power consumptive low, and luminous intensity is good to LED lamp pearl directly sets up to expose outside the panel, and light does not receive the separation, and actual light intensity is stronger, can see the sign clearly under the environment that has sheltering from such as conflagration.

Thirdly, the combination shapes are various, and different shape combinations can be realized through control through the crossed arrangement of the first lamp group and the second lamp group so as to display different indication actions. The first lamp groups arranged in a crossed manner can realize various shapes such as a shape of ' > ', ' < ', ' and ' X ', and different definitions are given to the shapes, so that the first lamp groups and the second lamp groups can provide different information prompts.

Drawings

FIG. 1 is a preferred embodiment of a first lamp set of the present invention;

FIG. 2 is a preferred embodiment of a second lamp set of the present invention;

FIG. 3 is another preferred embodiment of a third lamp set of the present invention;

FIG. 4 is another preferred embodiment of a fourth lamp set of the present invention;

FIG. 5 is another preferred embodiment of a fifth lamp set of the present invention;

fig. 6 is another preferred embodiment of the sixth lamp set of the present invention.

List of reference numerals

100: a first lamp group; 200: a second lamp group; 300: a third lamp group; 400: a fourth lamp group; 500: a fifth lamp group; 600: and a sixth lamp group.

Detailed Description

The following detailed description is made with reference to the accompanying drawings.

Example 1

The embodiment provides an induction lamp of two-way arrow, and induction lamp includes LED lamp pearl at least. A plurality of LED lamp pearls are arranged to form different shapes, and different indication actions are displayed through lighting and extinguishing. As shown in FIG. 1, the number of the LED lamp beads is 16, and the LED lamp beads are respectively numbered from L1 to L16. As shown in FIG. 1, the first lamp group 100 is composed of L1-L9 lamp beads. The L1-L9 light bulbs are communicated with each other in the first energized circuit and are arranged in a first indicating action. The arrangement mode of the first indication action is that the L5 lamp beads are used as the center, the L4 lamp beads and the L6 lamp beads are arranged on two sides of the rear part of the L5 lamp beads in parallel, the L3 lamp beads and the L7 lamp beads are arranged on two sides of the L4 lamp beads and the L6 lamp beads on the rear part of the L5 lamp beads in parallel, and the like, and the arrangement is finally formed into a shape of' >. When the first energizing circuit is energized, the lamp beads No. L1-L9 are lighted, and a first indicating action is displayed. Preferably, the first pointing action is, for example, moving to a first direction, which may be left or up. As shown in fig. 2, the second lamp set 200 includes L10-L16 lamp beads, L3 lamp beads and L7 lamp beads, and the second lamp set 200 is communicated with each other in the second energizing circuit and arranged in the second indicating action. The arrangement mode of the second indication action is that the L13 lamp beads are taken as the center, the L12 and the L14 are arranged in parallel at two sides in front of the L13 lamp beads, the L7 lamp beads and the L3 lamp beads are arranged in parallel at two sides in front of the L12 and the L14 lamp beads in front of the L13 lamp beads, and the L11 and the L15 lamp beads are arranged in parallel at two sides in front of the L7 and the L3 lamp beads, and finally are arranged in a shape of < ". When the second electrifying circuit is electrified, the lamp beads No. L10-L16, the lamp beads No. L3 and the lamp beads No. L7 emit light, and a second indicating action is displayed. Preferably, the second indication action is, for example, a movement in a second direction, for example, to the right or downwards. Preferably, the first power circuit is provided with a first switch, and the first power circuit is controlled to be powered on and off by controlling the on/off of the first switch, so as to control the on/off of the first lamp set 100. Preferably, the second switch is disposed on the second power-on circuit, and the second power-on circuit is controlled to be powered on and off by controlling the on and off of the second switch, so as to control the on and off of the second lamp set 200.

According to a preferred embodiment, because L3 lamp pearl and L7 lamp pearl both connect in first circuit, connect in the second circuit again, frequency of giving out light is about twice all the other lamp pearls with the number of times, therefore its life is shorter than all the other lamp pearls, so need select the longer LED lamp pearl of life for L3 lamp pearl and L7 lamp pearl, so that all lamp pearls of the whole device of device scrap the term and keep unanimous, avoid single lamp pearl to scrap and lead to whole device to lose the indicating function, the cost of abandoning all the other lamp pearls this moment is higher. The mode not only reduces the maintenance cost of the induction lamp, but also reduces the waste of resources. Preferably, due to the existence of the overlapped lamp beads, the number of the lamp beads actually needed by the bidirectional induction lamp is reduced, the probability of damage of a single lamp bead of the induction lamp can be reduced under the condition of the overlapped lamp beads with longer service life, and the maintenance cost is saved.

According to a preferred embodiment, as shown in fig. 3, the inducing lamp further comprises a third lamp set 300, and the third lamp set 300 can be further composed of lamp beads L5-L9 and lamp beads L10-L13. The third light group 300 is arranged to form a third indicating action. The third indicating action is arranged by taking the lamp bead L7 as the center to form an X shape, and the X shape can be used for indicating error or no passing or other predetermined meanings. The third lamp group 300 is connected in common to the third energizing circuit, and can be simultaneously turned on by energization of the third energizing circuit. As shown in fig. 4, the inducing lamp further includes a fourth lamp set 400, the fourth lamp set 400 may further be composed of lamp beads L3-L7 and lamp beads L12-L14, and the fourth lamp set 400 is arranged to form a fourth indicating action. The fourth pointing action is arranged in a "shape, which can be used to indicate correct, winding or other previously agreed-upon meaning. The fourth lamp group 400 is connected in common to the fourth electric circuit, and can be simultaneously turned on by energization of the fourth electric circuit.

According to a preferred embodiment, as shown in fig. 5, the inducing lamp further comprises a fifth lamp set 500, and the fifth lamp set 500 can also be composed of lamp beads No. L1-L3, lamp beads No. L15, lamp beads No. L16, and lamp beads No. L5-L7, lamp beads No. L12 and lamp beads No. L13. The fifth lamp set 500 is arranged to form a fifth indication action. The fifth pointing action is arranged in a double arrow "also pointing in a third direction, which can be downwards or to the left. The fifth lamp group 500 is commonly connected to the fifth power supply circuit, and can be simultaneously turned on by the power supply of the fifth power supply circuit. As shown in fig. 6, the inducing lamp further includes a sixth lamp group 600, and the sixth lamp group 600 may further include L7-L9 lamp beads, L11 lamp beads, L10 lamp beads, L3-L5 lamp beads, L13 lamp beads, and L14 lamp beads. The sixth light group 600 is arranged to form a sixth indicating action. The sixth pointing action is arranged in the shape of a double arrow "pointing in a fourth direction, which can be up or to the right. The sixth lamp group 600 is connected in common to the sixth power-on circuit, and can be simultaneously turned on by the power-on of the sixth power-on circuit.

Such an arrangement is advantageous in that different indication actions can be exhibited by changing the energization states of the first energization circuit and the second energization circuit in the case where the surrounding environment changes due to a sudden situation. The device is suitable for real-time change of a field environment, light emitting condition changes of the first lamp group 100 and the second lamp group 200 are immediately generated, and then changes of directions are guided so that the device always points to a correct escape direction, wrong roads are avoided in time, wrong entry is avoided, and loss of life or property caused by wrong guidance is avoided. Through the switching of the working states of different lamp groups, different indication shapes can be generated through the induction lamp, as described above, the induction lamp can simultaneously have the combination of at least two of the first lamp group 100, the second lamp group 200, the third lamp group 300, the fourth lamp group 400, the fifth lamp group 500 and the sixth lamp group 600, that is, the induction lamp can simultaneously have the switching of at least 2-6 indication states, so that the induction lamp is more suitable for more scenes and more flexible to use. It is also possible to form different indication languages by arranging a plurality of induction lamps.

Example 2

This embodiment is a further supplement and improvement to embodiment 1, and repeated contents are not described again.

According to a preferred embodiment, the bidirectional induction lamp further comprises a controller chip, and the on/off of the first and second energizing circuits is controlled by the controller chip. The device can be connected into the intelligent control system through the control chip, so that the on-off mode of the circuit can be changed through the wireless signal control controller chip based on a wireless network. Preferably, the controller chip may be a patch of model DG 403. Preferably, the controller chip can be powered by a battery and connected to the wireless signal module, and can support remote wireless signal control, and in a special case, for example, due to a circuit disconnection, the induced lamp can support the controller chip and the first and second lamp sets 100 and 200 for a period of time by the battery. The controller chip is controlled to work through a remote signal, and the working states of the first lamp group 100 and the second lamp group 200 are controlled based on the remote signal, so that the indicating mode of the bidirectional induction lamp is controlled according to the survey of the field condition and the planning of the escape route, for example, the first lamp group 100 is controlled to work to indicate that the first direction is the escape direction, the second lamp group 200 does not work, so that the second working direction can not be used as the escape direction, and people are guided to escape from the actual correct escape passage.

According to a preferred embodiment, the induction lamp further comprises a circuit board and a housing, the housing comprises a panel for shielding the circuit and fixing the lamp beads and a back plate for fixing the bidirectional induction lamp on the building or the indicator. The first lamp set 100 and the second lamp set 200 extend out of the panel after being connected with the circuit board, light rays are directly emitted out, brightness shielding can be reduced, the light rays of the LED lamp are all emitted into the environment, and brightness is improved. The arrangement mode can improve the brightness of the device, and can fixedly limit the positions of the lamp beads, so that the indicating shapes of the arrangement positions of the lamp beads are fixed. The back plate is provided with a mounting assembly according to a mode convenient for mounting.

According to a preferred embodiment, a water absorbing member is arranged at the joint of the lamp group and the panel. The water absorbing member may be, for example, a desiccant with good moisture absorption, a water absorbing paper, etc. to absorb moisture in the air, so as to prevent the circuit board from being damaged by moisture.

According to a preferred embodiment, the LED lamp is a yellow LED lamp. The yellow LED light can be suitable for scenes with smoke such as fire disasters or heavy fog, and has stronger penetrating power. Preferably, the LED lamp is a red LED lamp, can be suitable for a fire disaster, heavy fog or a dark scene, and can attract attention. The LED lamp is a green LED lamp. Preferably, the green LED lamp can be suitable for being used in the situations of fire, earthquake and the like, can calm the mood, can calm the mind of people, and can improve the lifesaving efficiency.

It should be noted that the above-mentioned embodiments are exemplary, and that those skilled in the art, having benefit of the present disclosure, may devise various arrangements that are within the scope of the present disclosure and that fall within the scope of the utility model. It should be understood by those skilled in the art that the present specification and figures are illustrative only and are not limiting upon the claims. The scope of the utility model is defined by the claims and their equivalents.

Claims (10)

1. An inducing lamp of a double-headed arrow, comprising at least a first lamp group (100) and a second lamp group (200) arranged in different indicating shapes, the first lamp group (100) being communicated with each other through a first energizing circuit, the second lamp group (200) being communicated with each other through a second energizing circuit different from the first energizing circuit.

2. The inducing lamp of the two-way arrow according to claim 1, further comprising a controller chip, wherein the on/off of the first and second conducting circuits is controlled by the controller chip.

3. The inducing lamp of the two-way arrow according to claim 2, wherein the first lamp set (100) is formed by arranging a plurality of LED lamps in a first indicating shape; the second lamp group (200) is formed by arranging a plurality of LED lamps in a second indicating shape.

4. The inducing lamp of the two-way arrow according to claim 3, further comprising a circuit board and a housing, wherein the housing comprises a panel for shielding the circuit and a back plate for fixing the lamp, and the first lamp set (100) and the second lamp set (200) are connected with the circuit board and then the light emitting ends of the first lamp set and the second lamp set extend out of the panel in a manner of reducing the brightness shielding.

5. The inducing lamp of the two-way arrow according to claim 4, wherein the first lamp set (100) and the second lamp set (200) are arranged on the circuit board in a manner capable of providing indication as a first arrow and a second arrow pointing opposite to each other.

6. The inducing lamp of a two-way arrow of claim 5, wherein the first lamp set (100) comprises L1-L9 beads, the second lamp set (200) comprises L10-L16 beads, L3 beads and L7 beads, and the first indicating shape formed by the first lamp set (100) and the second indicating shape formed by the second lamp set (200) intersect with each other and share L3 beads and L7 beads.

7. The inducing lamp of the two-way arrow as claimed in claim 6, further comprising a third lamp set consisting of L5-L9 beads and L10-L13 beads, wherein the third lamp set is arranged with L7 beads as the center in a third indicating shape.

8. The inducing lamp of a double-headed arrow as claimed in claim 7, further comprising a fifth lamp group consisting of beads No. L1-L3, No. L15 and L16 and beads No. L5-L7, No. L12 and L13, said fifth lamp group being arranged in a fifth indicating shape.

9. The inducing lamp of a two-way arrow of claim 8, further comprising a sixth lamp group consisting of lamp beads No. L3-L5, L13 and L14 and lamp beads No. L7-L9, lamp beads No. L11 and lamp beads No. L10, said sixth lamp group being arranged in a sixth indicating shape.

10. The inducing lamp of the two-way arrow according to claim 9, wherein the LED lamp is a yellow LED lamp, a red LED lamp or a green LED lamp.

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