TWM579366U - Boundary defining warning system - Google Patents

Abstract

The present invention discloses a boundary warning system that is disposed in a specific space and divides the area of a specific space to form a work area. The perimeter warning system includes a first alerter and a second alerter. The first warning device has a first warning module and a first sensing module, and the first warning module is electrically connected to the first sensing module. The second warning device has a second warning module, and the second warning module is connected to the first warning module. When the first warning device is displaced or rotated, the first sensing module drives the first warning module to generate a warning effect and a first warning signal, so that the second warning module generates a warning effect. In this way, when the work area of the original boundary is deformed and destroyed, the boundary warning system can immediately issue a warning effect to remind the staff of the unexpected situation in the work area, and at the same time can remind other people around the safety concerns.

Description

Boundary warning system

This creation is about a warning system, especially a perimeter warning system that can be used to divide a specific area and provide a warning effect.

Vehicles and various installations are increasingly advanced and form a compact and complex structure in their lives. In daily life, due to traffic accidents, various constructions or events, it is necessary to prohibit non-related personnel from entering, so that certain sections or areas cannot pass. Therefore, a special area must be divided and restricted to protect the safety of the general public and to assist in the implementation of activities in the area.

The current way to divide a particular area by dividing it is simply to pull up the warning line or queue up the column, or to place a number of traffic cones to separate specific job sites. Among them, the job site often faces sudden entry of people or cars, which causes the area of the border to be destroyed. However, the current approach does not immediately and efficiently inform the staff at the job site, which leads to difficulties in remedial operations.

In view of this, the creator feels that he has tried his best to study it, and based on his accumulated experience in the industry for many years, he has provided a warning system to improve the lack of the above-mentioned conventional technology.

One of the aims of this creation is to provide a perimeter warning system, in particular to be able to divide and surround a specific area, and has a good warning function.

In order to achieve the above purpose, the boundary warning system of the present invention is set in a specific space, which is set in a specific space and is divided into areas of a specific space to form a work area. The perimeter warning system includes at least one first alert and at least one second alert. The first warning module has a first warning module and a first sensing module, and the first warning module is electrically connected to the first sensing module. The second warning device has a second warning module, and the second warning module is electrically connected to the first warning module. The first sensing module drives the first warning module when the first warning device is displaced or rotated, so that the first warning module generates a warning effect and a first warning signal for the first The second warning module receives the first warning signal and generates a warning effect. In this way, when the work area of the original boundary is destroyed or invaded, the boundary warning system can immediately issue a warning effect to remind the staff of the unexpected situation in the work area, and at the same time can remind other people around the safety concerns.

Preferably, the first alert is a plurality of settings. Each of the first warning modules has a transmission range, and the first warning modules are electrically connected to each other for receiving and generating the first warning signal. When any of the first warning modules generates the warning effect and the first warning signal, any one of the first warning modules located in the transmission range receives the first warning signal and generates a warning effect and the The first warning signal. Therefore, the overlapping range is formed by the transmission range of the first alarms, and the single transmission range can be expanded to become the entire boundary area, so that the first warning signal can be continuously transmitted to make the first one as a whole. The warning module together produces a warning effect.

And a charging mother end is further disposed on the surface of each of the first warning devices, and the charging female end is electrically connected to the first warning module and the first sensing module, and is electrically connected to charge the external power source for charging. .

The surface of each of the first warning devices is further provided with a magnetic switch, and the magnetic opening relationship is disposed adjacent to the charging female end. The magnetic opening relationship is electrically connected to the first warning module, the first sensing module and the charging female end. Thereby, the magnetic switch is driven to open or close by magnetic force, thereby driving the power of the alarm to be turned on or off for convenient use.

Further, the second warning device further has a control component, and the control component is electrically connected to the second warning module and is electrically connected to the first warning module. When the first warning module and the second warning module generate a warning effect, a stop signal is generated by driving the control unit for the first warning module and the second warning mode. The group receives the stop signal and stops the warning effect. Thereby, the control component can turn off the warning effects of the first warning device, the second warning device and the warning box.

In this embodiment, the perimeter warning system further includes a warning box having a first receiving slot, at least one second receiving slot, and at least one power module. The first accommodating slot has at least one first power socket, the second accommodating slot has a second power socket, and the power module is electrically connected to the first power socket and the second power socket. The first warning device is disposed in the first receiving slot and is telecommunicationally connected to the first power socket corresponding to the first power socket setting. The second indicator is placed in the second receiving slot and is telecommunicationally connected to the second power socket corresponding to the second power socket setting. Therefore, the warning box can facilitate placement and power supply to the first indicator and the second indicator.

Moreover, each of the first power sockets further includes a charging male end and a magnet to respectively correspond to the charging female end and the magnetic switch to respectively charge and switch the power of the first alarm.

Preferably, the first receiving groove further protrudes to form a plurality of first protruding members, and the first protruding members are disposed adjacent to each other and disposed relative to the first power seats for placing and fixing the first first Warning device. Thereby, the first alerter is more conveniently placed in the first power socket for charging.

Further, the warning box further has a third warning module. The third warning module is electrically connected to the power module and is electrically connected to the first warning module and the second warning module. When the first warning module generates the warning effect and the first warning signal, the third warning module is configured to receive the first warning signal to generate a warning effect, thereby improving the warning of the boundary warning system. efficacy.

Or in another embodiment, the boundary warning system further comprises at least one vertical warning device, which is arranged in a column structure for being disposed on a plane, the vertical warning device has a fourth warning module and a second The sensing module is configured to telecommunications the second sensing module, the first warning module, the second warning module, and the third warning module. The second sensing module drives the fourth warning module when the vertical warning device is displaced or dumped, so that the fourth warning module generates a warning effect and a second warning signal for the first The warning module, the second warning module, and the third warning module receive the second warning signal to generate a warning effect, thereby increasing the warning effect of the boundary warning system.

In summary, the boundary warning system of this creation can be set in a specific space to define the work site to warn whether the work site has been damaged or invaded. Preferably, when the working site is disturbed, the first warning device and the second warning device generate a warning effect by the displacement or rotation of the first warning device, so that the staff can be notified immediately and effectively. Follow-up work, and at the same time remind other people around the safety concerns.

In order for your review board to have a clear understanding of the content of this creation, please use the following instructions to match the drawings.

In order to cope with various construction or accident scenes, it is necessary to divide this specific space, and surround the above-mentioned site with a blocking line or traffic cone 21 for dividing and surrounding into the working area 2, that is, the boundary working area 2. Or, for a specific event or occasion, it is necessary to divide the space of the event site, and to form a work area 2 by queuing columns or other equipment. Thereby, non-related persons, animals or vehicles are prevented from entering the work area 2 to facilitate activities or operations in the work area 2. At the same time, the staff 22 who are in the work area 2 can be protected from interference from foreign objects or personnel. Therefore, the boundary warning system of the present invention is applied to the foregoing situation for demarcating the work area 2 and promptly prompting the staff 22 and other people around when the work area 2 is disturbed. In particular, when the equipment used for the boundary is moved or dumped for any reason, the work area 2 of the original boundary is deformed and destroyed, and the boundary warning system 1 can immediately issue a warning effect to remind the staff 22 that the work area 2 There are unexpected situations, which will facilitate subsequent follow-up operations and alert other people around them.

The perimeter warning system 1 of the present invention includes at least one first alerter 10 and at least one second alerter 11. The first alerter 10 is provided adjacent to the boundary of the work area 2 for enclosing the work area 2, and the second alerter 11 is carried by the staff member 22. Preferably, the boundary warning system 1 of the preferred embodiment of the present invention further includes a warning box 12, so the embodiment of the present invention is discussed in detail in this aspect.

In all embodiments or implementations herein, a traffic accident is taken as an example. One of the application cases is that a plurality of traffic cones 21 are dispersedly arranged, and each traffic cone 21 is connected by a blocking line to define a traffic accident scene. The first warning device 10 can be disposed on one of the traffic cones 21, and when any one of the traffic cones 21 is struck to pull the blocking line, all the traffic cones 21 are moved or dumped, and the first warning is single. The device 10 and the second warning device 11 can issue a warning effect. Or in another application, as shown in FIG. 5 and FIG. 6 , the plurality of traffic cones 21 are dispersed and arranged around the traffic accident scene, and the first warning devices 10 are disposed in the traffic cone 21 for use. Divide the work area 2 and the general road area. Similarly, each of the first warning devices 10 can generate a warning effect to remind the personnel at the scene of the traffic accident. Preferably, the structures of the first alert 10 and the second alert 11 are not limited to the following description.

Please refer to Figure 1 to Figure 6. As shown in the figure, the perimeter warning system 1 includes at least one first warning device 10, at least one second warning device 11 and a warning box 12, and is disposed in the working area 2 or near the boundary of the boundary. The first warning device 10 has an annular structure for being sleeved on the traffic cone 21, and the second warning device 11 is provided with a hand-held structure for the staff member 22 to carry. The warning box 12 has a box structure and can be retracted and powered to the first indicator 10 and the second indicator 11. A detailed description of the foregoing three components is as follows.

The first warning module 101 has a first warning module 101 and a first sensing module (not shown), and the first warning module 101 is electrically connected to the first sensing module. As shown in FIG. 1 , the first warning module 101 further has a first buzzer and a first warning light, and is represented by a circular dotted line. Preferably, the first warning light is composed of a plurality of light emitting diodes (LEDs), and the first buzzer and the first warning light are dispersed and surround the internal setting of the first warning device 10. Therefore, the first warning device 10 can emit sound and light around the first warning device 10 to generate a warning effect. In addition, the first warning module 101 has a transmission range, which is a transmission range in which the first warning module 101 can transmit or receive wireless signals.

Second, the second alert 11 is as shown in FIG. 2. The second warning device 11 has a second warning module (not shown), and is connected to the first warning module 101 by telecommunication. Similarly, the second warning module further has a second buzzer and a second warning light for generating a warning effect of both sound and light. The second warning module also has a certain transmission range, and when the transmission range overlaps with the transmission range of the first warning module 101, the two can exchange wireless signals with each other.

Third, as shown in FIG. 3, the warning box 12 is a box structure. The outer surface of the warning box 12 has at least one engaging male member 124 and at least one engaging female member 125, and the engaging male member 124 is disposed relative to the engaging female member 125 for mutual fastening connection. The box structure is formed. In addition, the inside of the warning box 12 has a first receiving slot 121, at least one second receiving slot 122, and at least one power module 123. The first accommodating slot 121 has at least one first power socket 1211 , and the second accommodating slot 122 has a second power socket 1221. The power module 123 further has a power switch 1233 electrically connected to the first power socket 1211 and the second power socket 1221. By switching the power switch 1233 on or off, the power of the warning box 12 can be turned on or off, thereby supplying or not supplying power to the first power socket 1211 and the second power socket 1221.

Following the above description, as shown in FIG. 4, the first accommodating slot 121 is configured to place the first alerter 10, and the first alerter 10 is disposed corresponding to the first power pedestal 1211, and the telecommunication connection is The first power socket 1211. In addition, the second accommodating slot 122 is configured to place the second illuminator 11 , and is corresponding to the second electric pedestal 1221 , and is electrically connected to the second electric pedestal 1221. Therefore, after the power switch 1233 is turned on, the power module 123 can supply power to the first power socket 1211 and the second power socket 1221, so that the first power socket 1211 and the second power socket 1221 can respectively supply power. The first alert 10 and the second alert 11 are given for charging.

In the embodiment, the first alerter 10 is in a plurality of settings, and the first power stand 1211 is also in a plurality of settings. As shown in FIG. 5 and FIG. 6, the first warning devices 10 are disposed in the traffic cone 21 and are disposed around the traffic accident scene with the traffic cones 21 dispersed. When any one of the traffic cones 21 moves or dumps for any reason, the first warning device 10 is displaced or rotated to successively drive the first warning device 10 and the second warning device 11 to have a warning effect. The three-axis gyroscope of the first sensing module measures the displacement and rotation of the first warning device 10, and when a certain amount of displacement or rotation occurs, the first warning module 101 is triggered to The first warning module 101 generates a warning effect and a first warning signal. In the continuation, the second warning module receives the first warning signal to generate a warning effect. Thereby, not only the first warning device 10 can issue a warning effect, but the second warning device 11 carried by the staff member 22 can also issue a warning effect, and can immediately know that the working area 2 of the boundary has an unexpected situation.

Following the above description, the first warning module 101 can transmit wireless signals to each other when each of the first warning modules 101 has its own transmission range and any of the transmission ranges overlap each other. When any of the first warning modules 101 generates the warning effect and the first warning signal, any of the first warning modules 101 located in the transmission range can receive the first warning signal, and A warning effect and the first warning signal are generated. In this way, a plurality of the first warning devices 10 are surrounded and bounded by the traffic accident scene setting, and the transmission range of the first warning devices 10 forms an overlapping state, and can be expanded to extend the single transmission range. Become the entire boundary area. In this way, it is avoided that any two devices that are far apart from each other are limited by the problem of insufficient wireless transmission range, and cannot effectively transmit wireless signals to each other. Moreover, it is also possible to avoid the need to additionally set up a wireless signal transceiver for relaying communication without any overlap of the two wireless transmission ranges. Therefore, the first warning module 101 can have the effect of extending and expanding the transmission range by using existing wireless transmission technologies, such as Bluetooth, ZigBee, and the like. In this way, the first warning signal can be continuously transmitted to cause the first warning module 101 and the second warning module to generate a warning effect together, thereby enabling the staff 22 or other surrounding personnel to be more effective and faster. I learned that there was a situation.

Referring to FIG. 1 , FIG. 3 and FIG. 4 , a surface of each of the first warning devices 10 further includes a charging female end 102 . The charging female end 102 is formed by two metal holes and electrically connected to the first warning module 101 and the first sensing module. In addition, each of the first power sockets 1211 is further provided with a charging male end 1212, and the charging male end 1212 is also of two metal structures and corresponding to the charging female terminal 102. The charging male end 1212 is electrically connected to the charging female end 102 to charge the first warning device 10. Therefore, when the first warning devices 10 are placed on the first power sockets 1211, charging can be performed, and the use convenience is good.

Moreover, a surface of each of the first warning devices 10 is further provided with a magnetic switch 103. As shown, the magnetic switch 103 is disposed adjacent to the charging female end 102. The magnetic switch 103 is electrically connected to the first warning module 101, the first sensing module, and the charging female terminal 102. The magnetic switch 103 has a magnetic member (not shown) that can drive the opening or closing of the magnetic switch 103 through the position of the magnetic member, thereby driving the power of the first warning device 10 to be turned on or off. On the other hand, each of the first power sockets 1211 is further provided with a magnet 1213 corresponding to each of the magnetic switches 103. The magnet 1213 can magnetically attract the magnetic member of the magnetic switch 103 to bring the magnetic switch 103 into a closed state. Therefore, when the first warning device 10 is placed on the first power socket 1211, not only charging but also the power of the first warning device 10 can be simultaneously switched to improve the efficiency of charging. Furthermore, the above settings and their corresponding actuation modes have good ease of use.

In addition, the power module 123 further includes a mains charging base 1231 and a vehicle charging and charging base 1232. The mains charging base 1232 can be electrically connected to the mains plug to charge the power source of the power module 123 itself, and can directly charge the components disposed in the first electric base 1211 or the second electric base 1221. In the same way, the charging operation can be performed by electrically connecting the USB charging socket to the charging base 1232.

Further, as shown in FIG. 3 and FIG. 4 , the first receiving groove 121 further protrudes to form a plurality of first protruding members 1214 and a plurality of second protruding members 1215 . The first protrusions 1214 and the second protrusions 1215 are disposed adjacent to each other, and the first protrusions 1214 and the second protrusions 1215 are disposed relative to the first power sockets 1211 to The first warning device 10 is placed and fixed. Therefore, the first warning devices 10 can be placed in the first accommodating groove 121 in a neat manner, and the first warning devices 10 can be more conveniently placed on the first power sockets 1211. In, to facilitate charging.

The warning box 12 further has a third warning module (not shown), and the third warning module is electrically connected to the power module 123 and electrically connects the first warning module 101 and the second warning The module can transmit wireless signals to and from the first alerter 10 and the second alerter 11. In particular, when the first warning module 101 generates the warning effect and the first warning signal, the third warning module can receive the first warning signal to generate a warning effect. Preferably, the third warning module further has a third buzzer and a third warning light, thereby generating a warning effect of both sound and light. In this way, when the working area 2 of the original boundary is deformed and destroyed, the first warning device 10, the second warning device 11 and the warning box 12 can simultaneously emit sound and light warning effects to enhance The perimeter warning system 1 has the warning effect.

On the other hand, the second warning device 11 further has a control member 111, and the control member 11 is electrically connected to the second warning module and is electrically connected to the first warning module 101 and the third warning module. Preferably, the control member 111 has a three-stage push button switch 1111 and a rotary switch 1112. The second warning device 11, the first warning device 10, and the warning box can be operated by pressing or rotating the control member 111. 12 and the second warning device 11. When the first warning module 101, the second warning module, and the third warning module generate a warning effect, the control member 111 is generated by pressing the button switch 1111 or rotating the rotary switch 1112. A stop signal. Then, the first warning module 101, the second warning module, and the third warning module receive the stop signal, thereby stopping the warning effect. In this way, the control member 111 can turn off the warning effects of the first warning device 10, the second warning device 11 and the warning box 12. In particular, when the staff member 22 has realized the warning effect or has completed the sudden installation condition in the work area 2, the control member 111 can stop the warning effect and return to the original working condition to facilitate the operation of the boundary warning system 1 .

Preferably, the second warning device 11 further has a lighting module (not shown), and the lighting module is electrically connected to the control member 111. In this embodiment, the lighting module is an LED lamp, and by pressing the control member 111, the lighting module can be controlled to be turned on or off for illumination purposes.

Moreover, the second alerter 11 is provided in plural for being worn by a plurality of workers 22. In another embodiment, each of the second alerts 11 further has a communication module (not shown), and any two of the communication modules are mutually connected. Each of the control members 111 is telecommunicationally connected to each of the communication modules, and the worker 22 can wirelessly talk to each other by pressing the control member 111 to turn on or off the communication function of the communication module.

On the other hand, the second accommodating groove 122 and the second power socket 1221 are also provided in plural to correspond to the second warning device 11 . As shown in FIG. 2 to FIG. 4, each of the second power sockets 1221 is two metal terminals corresponding to the two charging terminals 112 of each of the second alarms 11 for electrically connecting to each other. Charge it. In the same manner as the charging mode of the first warning device 10, when the second warning device 11 is placed on the second power socket 1221, charging can be performed, and the utility model has good usability.

Or in another embodiment, as shown in FIG. 7, the boundary warning system 1 further includes at least one vertical warning device 13 which is a columnar structure for being disposed on a plane such as a floor, a table top or the like. Therefore, the standing warning device 13 can be placed directly on the ground to define the working area 2. The vertical warning device 13 has a fourth warning module (not shown) and a second sensing module (not shown). The fourth warning module is connected to the second sensing module and the second warning module, that is, the vertical warning device 13 is electrically connected to the second warning device 11.

Similarly, when the vertical warning device 13 is displaced or dumped for any reason, it indicates that the bounded working area 2 is destroyed or invaded, wherein the displacement measured by the three-axis gyroscope of the second sensing module The value or rotation value triggers the fourth alert module. At this time, the fourth warning module generates a warning effect and a second warning signal for the second warning module to receive and generate a warning effect. Therefore, even if the staff member 22 does not notice the warning effect of the fourth warning module at a distance from the vertical warning device 13, the second warning device 11 carried by the staff member 22 will also sound. There is a situation in the work area 2 of the hint boundary.

Moreover, as shown in FIG. 2, the second warning device 11 further has a clip 113. The clip 113 can be clamped to the clothes. Or in another implementation, as shown in FIG. 8 , the second warning device 11 also has the clip 113 . In particular, the clip 113 can be clamped to the components at the shoulder neck to facilitate the staff 22 to place the second alert 11 on the garment.

In summary, the boundary warning system 1 of the creation can be set in a specific space and bounded by the work area 2 to warn whether the work site is damaged or invaded. When the emergency occurs in the work area 2, the first warning device 10 is displaced or rotated, and the transmission range of any two of the first warning devices 10 overlaps, and the extension and expansion can be continued. The transmission range of the first warning signal can further enable the warning components of the boundary warning system 1 to simultaneously issue a warning effect. Thereby, the staff member 22 can be notified immediately and effectively for the subsequent processing of the job.

However, the above descriptions are only for the preferred embodiment of the present invention and are not intended to limit the scope of the present invention; therefore, the equivalent changes and modifications made without departing from the spirit and scope of the present invention should be Within the scope of this creation's patent.

1‧‧‧Boundary Warning System

10‧‧‧First warning device

101‧‧‧First warning module

102‧‧‧Charging female end

103‧‧‧Magnetic switch

11‧‧‧Second warning device

111‧‧‧Controls

112‧‧‧Charging terminal

1111‧‧‧ button switch

1112‧‧‧Rotary switch

113‧‧‧ Clips

12‧‧‧ Warning box

121‧‧‧First accommodating slot

1211‧‧‧First electric seat

1212‧‧‧Charging public end

1213‧‧‧ Magnet

1214‧‧‧First protrusion

1215‧‧‧Second protrusion

122‧‧‧Second accommodating slot

1221‧‧‧Second power station

123‧‧‧Power Module

1231‧‧‧Power charging stand

1232‧‧‧Car charger

1233‧‧‧Power switch

13‧‧‧Standing warning device

2‧‧‧Working area

21‧‧‧ traffic cone

22‧‧‧ staff

FIG. 1 is a perspective structural view of a first alerter of the preferred embodiment of the present invention. 2 is a perspective structural view of a second alerter of the preferred embodiment of the present invention. Figure 3 is a perspective view of the warning box of the preferred embodiment of the present invention. Figure 4 is a perspective view showing the structure of the preferred embodiment of the present invention. FIG. 5 is a schematic diagram of the application of the preferred embodiment of the present invention (1). Figure 6 is a schematic diagram of the application of the preferred embodiment of the present invention (2). Figure 7. A vertical type of alerter in accordance with another embodiment of the present invention. FIG. 8 is a perspective structural view of a second alerter according to another embodiment of the present invention.

Claims (10)

A boundary warning system is disposed in a specific space and is divided into a specific space. The boundary warning system includes: at least one first warning device having a first warning module and a first sensing And the first warning module is connected to the first sensing module; and the at least one second warning device has a second warning module, and the second warning module is a telecommunication connection. The first sensing module is configured to drive the first warning module to generate a warning effect and a first warning signal when the first warning device is displaced or rotated. The second warning module receives the first warning signal to generate a warning effect. The boundary warning system of claim 1, wherein the first warning device is a plurality of settings; each of the first warning modules has a transmission range, and the first warning module is Interconnecting with each other to receive and generate the first warning signal; wherein, when any of the first warning modules generates the warning effect and the first warning signal, any one of the first warnings located in the transmission range The module receives the first warning signal and generates a warning effect and the first warning signal. The boundary warning system of claim 2, wherein a surface of each of the first warning devices is further provided with a charging female end, the charging female end electrically connecting the first warning module and the first A sensing module. The boundary warning system of claim 3, wherein a surface of each of the first warning devices is further provided with a magnetic switch, and the magnetic opening relationship is adjacent to the charging female end; the magnetic opening relationship The first warning module, the first sensing module and the charging female end are electrically connected. The boundary warning system of claim 4, wherein the second warning device further has a control component electrically connected to the second warning module and telecommunicationally connected to the first warning module When the first warning module and the second warning module generate a warning effect, a stop signal is generated by driving the control unit for the first warning module and the second warning The module receives the stop signal and stops the warning effect. The perimeter warning system of any one of claims 1 to 5, further comprising a warning box having a first receiving slot, at least one second receiving slot, and at least one power source The first accommodating slot has at least one first power socket, the second accommodating slot has a second power socket, and the power module is electrically connected to the first power socket and the second An electric power socket; wherein the first warning device is disposed in the first accommodating slot and is telecommunicationally connected to the first electric pedestal corresponding to the first electric pedestal setting; and the second illuminator is provided The second accommodating slot is placed in the second accommodating slot and is connected to the second power pedestal corresponding to the second power pedestal. The boundary warning system of claim 6, wherein each of the first power sockets further comprises a charging male end and a magnet. The boundary warning system of claim 7, wherein the first receiving groove further protrudes to form a plurality of first protruding members, the first protruding members are adjacently disposed and opposite to the first Power sockets are provided for placing and securing the first alerts. The boundary warning system of claim 8, wherein the warning box further has a third warning module, the third warning module is electrically connected to the power module and the first connection mode is electrically connected. And the second warning module; wherein, when the first warning module generates the warning effect and the first warning signal, the third warning module is configured to receive the first warning signal to generate a warning effect. The boundary warning system of claim 9, further comprising at least one vertical warning device, which is provided in a columnar structure for being disposed on a plane, the vertical warning device having a fourth warning module and a a second sensing module, wherein the fourth warning module is connected to the second sensing module, the first warning module, the second warning module, and the third warning module; The second sensing module drives the fourth warning module to cause the fourth warning module to generate a warning effect and a second warning signal for the first warning module, The second warning module and the third warning module receive the second warning signal to generate a warning effect.