KR20220035817A - Smart phone - Google Patents

Abstract

The present invention relates to an unmanned base station device for forest or forest fire monitoring using a smart phone and a monitoring method using the same. More specifically, it relates to an unmanned base station device for monitoring forest or forest fires using a smart phone. More specifically, it relates to an unmanned base station device that can be installed in a forest area to protect against illegal trespassers or areas or places where forest fire prevention or forest fire monitoring is intended. This invention aims to conveniently manage or monitor forest fires from remote locations through announcements or video calls. Forestry using smartphones can be used to prevent forest fires or broadcast forest fire prevention in remote local areas through a video call to various areas across the front with a smartphone, or to monitor or manage fires or incineration around rice field ridges and ridges in real time through a video call screen. Or, it relates to a forest fire monitoring unmanned base station device and a monitoring method using it.

Description

Unmanned base station device with forest or forest fire monitoring function using a smartphone and monitoring method using the same {Smart phone}

The present invention relates to an unmanned base station device with a forest or forest fire monitoring function using a smartphone and a monitoring method using the same. More specifically, it relates to an area in the form of a mountain or hill that can be used for purposes such as growing a forest or raising livestock. It is designed to enable unmanned monitoring of the presence or intrusion of illegal people in forest areas, or by installing it in an area or place where forest fire prevention or forest fire monitoring is intended to be monitored and using it as an unmanned surveillance base station from a remote location. This is an unmanned base station device with a forest or forest fire monitoring function using a smart phone, and a monitoring method using the same, in which a manager or monitor uses a smart phone. In other words, it is an invention that allows people to monitor illegal access to forest areas and respond to forest fire monitoring and forest fire prevention, such as burning activities around forests in winter. The corresponding technology at this time includes, when a person in a forest area is detected or detected with the present invention, or a forest fire or forest fire is discovered, a manager from a remote location can broadcast an announcement, send a warning sound, or use the present invention at any time via a smartphone. It is an invention that made possible unmanned surveillance base station technology that can monitor forests from a remote location using a smartphone, such as forest surveillance that can record, manage, or monitor photo or video data through invention and video call, and forest fire monitoring and warning in forest areas. . It is an unmanned base station that can monitor forest areas across the country through smartphone video calls or photography using various communication methods of smartphones, and broadcasts to evict illegal forest trespassers from remote areas, broadcasts to prevent forest fires, or broadcasts to prevent forest fires. It is about an unmanned base station device with a forest or forest fire monitoring function using a smartphone that can monitor people playing with fire or incinerating around rice fields or field ridges through a video call screen, or real-time monitoring and management of people passing through forest areas, and a monitoring method using the same. .

In forest management, especially in winter or spring, there is a risk of a forest fire spreading due to the incineration of post-harvest residue, waste plastic, garbage, etc. in rice paddies, ridges, or fields near or near mountains, so large areas around mountains or forests are monitored. By installing or constructing the present invention in various surroundings or places that managers or public officials want to manage and prevent forest fires that need to be inspected, managers can make calls to phones located in remote areas that they wish to manage or monitor at any time and make video calls or video information between smartphones. While acquiring, the smartphone of the present invention is capable of storing video and obtaining visual inspection and observable information for forest fire surveillance, video data or video image information, and at the same time, the manager can also transmit forest fire prevention information broadcasts between smartphones. This relates to an unmanned base station device with a forest or forest fire monitoring function and a monitoring method using it.

Also, during the fall season, there is damage caused by illegal harvesting or illegal harvesting of chestnuts, persimmons, apples, mushrooms, pine nuts, camphor ginseng, medicinal herbs and forest products around the forest, so people are prohibited from accessing unmanned forest areas where electricity is not supplied and where no people live. There were difficulties in monitoring.

The present invention is a forestry using a smartphone using a smartphone of the present invention, which has the feature of allowing unmanned forest fire monitoring to be used conveniently through a video phone call even in a remote area or far away using a video call or a smartphone capable of video calls. Or, it relates to an unmanned base station device with a forest fire monitoring function and a monitoring method using the same.

The present invention is an invention in which a forest owner or forest manager is located in a forest area using a smartphone, and real-time photos are taken and transmitted within the forest area of the surveillance area, or mutual smart terminals use the smartphone function for video calls or video calls. This is an invention that makes it possible to conveniently take pictures and monitor remote areas or remote forest areas through video calls.

And most socially active adults in Korea carry and use smartphones.

Cellular mobile communication is divided into generations: 1G, 2G, 3G, 4G, and 5G.

1G is the mobile phone era of an analog communication system that can only communicate with voice, and

2G is a generation that converts voice into digital signals and enables phone calls and text messages.

3G is a generation characterized by improvements in call quality, high-speed Internet data communication, and video, making it possible to use the Internet and make video calls with a phone.

In the 4G era, this generation uses high-speed Internet through mobile phones, wireless devices are activated, and real-time video information can be downloaded and uploaded easily and conveniently through smartphones.

5G is an era of smartphones with extremely fast data communication and processing, up to 20Gbps, which is theoretically more than 20 times faster than 4G.

These functions enable smoother, more diverse and multi-program processing, such as VR, AR systems, and IOT, where screen freezes or screen freezes occur due to slow communication speeds and data processing speeds in 4G. Users have recently been using 5G smartphones. .

Moreover, in addition to the H/W of recent smartphones such as microphones, speakers, touch screens, and lights, various mobile S/W applications such as various apps and programs can be used.

Of course, smartphones have functions such as camera functions, text messages, video phone calls, Wi-Fi, Bluetooth, speakers, external connection connectors and charging ports, and these can be used and developed as various apps.

And large and small forest fires occur every year due to incineration of fallen leaves, grass, or trash in rice fields, ridges, or fields, or from cigarettes. In addition, if wildfires occur due to abnormally high temperatures and worsening winter droughts due to the effects of global warming, large-scale forest fires may occur and the scale of property damage may increase.

And our country is a beautiful country with mountains and forests accounting for about 70%. Protecting our precious land and mountains is, on the one hand, a true, right, and filial duty to the nation by respecting our ancestors and ancestors who have lived and passed away on this land, making our country safe and strong, and preserving, cultivating, and passing down our precious rivers and mountains to our beloved descendants. It is about loyalty and patriotism. When a forest fire occurs in these mountains, forest resources formed over a long period of time are instantly ashes, along with smoke and flames, causing animals and plants to disappear, resulting in not only a loss of forest resources, but also loss of habitat for wild animals. It is destroyed, hastening the extinction of native plants and animals that have endured well, increased flood damage in the summer, and gasified carbon dioxide promotes global warming, causing enormous damage from forest fires, including abnormally high temperatures on the Earth.

Looking at the causes of these forest fires, most of them are caused by people entering the mountains, such as misfires of people entering the mountain, burning of rice paddies, fires caused by cigarettes, incineration of trash, and misfires of grave visitors. In other words, ignition caused by humans is more than 90% more common than natural ignition, and as described above, measures are needed to prevent and monitor forest fires caused by humans.

In order to monitor or prevent such forest fires, forest fire monitors were placed throughout the mountain or forest area, and forest fire surveillance cameras were installed in places or areas where visual observation or human access was difficult to monitor the occurrence of forest fires.

In order to monitor the occurrence of such conventional forest fires, it was difficult to deploy and monitor mountain elements across the country because the range of mountains and forests across the country was vast, so there was a lot of cost and inconvenience in deploying personnel and installing and operating surveillance cameras, and there were blind spots outside the scope of surveillance. existed. In particular, since most of the burning in rice fields and field ridges is done by local cultivators, it is difficult to prevent forest fires by monitoring such burning.

In addition, to monitor forest fires, cameras must continuously capture images through a constant power supply, so a stable commercial electricity supply is required, so they cannot be used or operated in areas without a commercial power supply, and video storage or communication equipment is also required. In addition, not only does it require a lot of storage capacity to store separate images, but there is also the inconvenience or difficulty of having to monitor and manage multiple areas at the same time to analyze or monitor the images.

Moreover, there is the problem of expensive equipment and high operating costs for storing and analyzing images captured from all surveillance cameras installed in various locations or regions.

Even if it is possible to view images from remote areas in real time, is it possible for real estate owners or cultivators to burn rice paddies or prepare for spring farming? It is very difficult to accurately identify, manage, edit and store unmanned facilities, and the cost of installing and managing unmanned facilities in remote locations, as well as maintenance and operation costs, and the cost of expanding facilities to new locations, are accompanied by a significant increase in budget costs. Expansion and configuration are difficult and inconvenient, and there are a number of additional problems, such as the construction and management of security facilities that protect facilities and devices.

Therefore, there is a need for forest fire monitoring methods or new inventions or patented technologies that can detect people working or burning in rice fields or field ridges around mountains to prevent forest fires, which are frequently caused by humans, or to prevent forest fires, such as through announcements. need.

In addition, chestnuts, persimmons, apples, mushrooms, pine nuts, camphor ginseng, medicinal herbs and forest products around the forest are illegally collected or harvested by trespassing or accessing them, or there is damage to forestry or forestry, so there is no electricity and uninhabited areas. There were difficulties in managing forests for the purpose of economic gain from various forest products, or in unmanned access or surveillance of people or forest fires in forest areas.

The present invention relates to an unmanned base station device with a forest or forest fire monitoring function using a smartphone and a monitoring method using the same.

The purpose of the present invention is to enable managers or users to monitor distant areas or surrounding forests to be managed with smartphones conveniently carried by managers or users, or to monitor remote areas or areas around forests to be managed, or to be located near forests or in places where forest fire prevention is necessary. By communicating with each other, taking pictures and sending text messages, checking local videos through real-time video phone calls, and monitoring forest fires in forest areas, managers can use various functions by communicating between smartphones to communicate with each other, video call information, and smartphone video calls, so managers can use them anytime, anywhere. It is necessary to monitor forest areas or prevent forest fires by enabling text transmission apps, email transmission, and video phone calls after taking pictures using the smartphone phone number or communication of the unmanned base station of the present invention in the area. The help of an unmanned base station that can perform functions or roles such as monitoring forest areas, forest fire prevention activities, or forest fire monitoring for a long time using the phone number or communication of the smartphone of the present invention without having to go to the forest area or place to be monitored is necessary. It is being done. Cameras that can obtain information such as infrared photos or video calls on the presence or absence of people working in rice fields or fields around the area, forestry work, preparations for incineration of waste or forestry or forestry by-products, and incineration progress, etc. using additional infrared cameras. There was a need to enable quick verification from anywhere remotely through communication.

In addition, smartphones and speakers located in the forest fire monitoring area should be used to broadcast information about illegal burning and prevent forest fires to nearby people. It is necessary to monitor through real-time video calls and transmit announcements or emergency bells to suppress the possibility of forest fires and prevent forest fires from occurring. There is.

In addition, a power supply device that can operate safely as an unmanned base station for a long period of time (more than 3 to 4 days) in forest areas where transportation is inconvenient and people often have difficulty accessing electricity is also needed.

In addition, it is necessary to be able to move seasonally in large forest areas, be easy to install and use, and be able to communicate with smartphones, and because it is a forest area, it is difficult or illegal to install wind power or solar power generation panels, so externally supplied power is required. It can be used for long periods of time without facilities, is easy to move and install, and can be conveniently used by communication or phone wherever you are in the country.

An unmanned base station device with a forest or forest fire monitoring function using a smartphone and a monitoring method using it are needed.

In particular, visiting forest areas requires a lot of physical exercise, cardiorespiratory skills, and time, so smart management and monitoring functions are recently required due to the aging of forests and forestry.

To achieve this, smartphones must be protected from wild animals such as wild boars, snakes, roe deer, and elk living around forests, and stable operation or operation as an unmanned base station in mountains or forest areas must be guaranteed for a long period of time. Smartphones or cases on the market must be protected from wild animals. There are limits to safely protecting smartphones from animals.

And in forest areas where there is no power supply and temperature changes are severe, it is impossible to maintain a smartphone video call for more than 3 days even if you use a smartphone and a commercially available auxiliary battery. Moreover, in order to function as an unmanned base station in a forest field, it must be operated or used for more than a month without additional external power supply to reduce the effort of climbing up a rough mountain path, protect the forest or forest products, provide convenience for surveillance, and provide protection against forest fires in winter. It requires its own power supply for surveillance and forest fire prevention functions.

In other words, since it is difficult to visit forest areas covered in snow, there is a need for a base station to perform stable surveillance or unmanned surveillance functions in forests with a power supply function that can be used continuously for a long period of time, that is, about 1 to 4 months.

In order to achieve the above object, the unmanned base station device for forest or forest fire monitoring function using a smartphone of the present invention and the monitoring method using the same,

While allowing users to use smartphones capable of phone calls, emails, or wireless communication anytime, anywhere, cases that accommodate and protect smartphones and smartphones can be used for long periods of time, i.e., 3 days for continuous use, and 1 to 4 months for regular use. It is largely composed of being supplied by an external power battery that can supply the power necessary to maintain the state.

During wireless communication or phone calls between smartphones, a program or app can be used to take pictures and send text messages, or automatically connect to a video call or make a video call, allowing you to monitor forest areas from a remote location. Alternatively, a program or app capable of transmitting smartphone location information or GPS information to which the present invention is applied can be operated, or a smartphone capable of automatically making video calls can be prepared to protect against theft. In addition, a case or body having an internal space for accommodating a smartphone used as an unmanned base station in a forest area is prepared, and the smartphone is accommodated inside or inside the body, or is fixed to a part of the interior to protect against certain external shocks or external shocks. Light can penetrate into the area where the camera is located to protect against pressure and enable smartphone functions, communication and video calls, or a forest fire surveillance area with a smartphone camera housed inside the body or an external camera that can be connected to a separate smartphone. A transparent window that allows filming of the surroundings is located, prepared, or configured.

In other parts of the body, the internal space is sealed with a stopper or cover, and an auxiliary battery or an auxiliary battery that can supply power to the internal smartphone or accommodation equipment, such as a smartphone, an external camera (or infrared camera), a speaker, or a smartphone, is installed for more than 15 days. It consists of a configuration or structure that accommodates or protects power devices, etc.

It can be used as an unmanned surveillance base station when forestry product harvesting or protection is necessary to monitor forest areas, and it can be used to prevent incineration forest fires from winter to spring (December to April) when forest fire monitoring is required.

And of course, the smartphone is installed in a place or location that can communicate with the telecommunication company's base station, so remote forest fire watchers can make mutual video communication or calls through the smartphone anytime, anywhere.

Through video calls or video calls between smartphones, forest fire watchers can control smartphones in the forest fire monitoring area with their smartphones to capture nearby sound signals or images, take photos or videos, and save the information obtained in this way.

This is an unmanned base station device for forest or forest fire monitoring using a smartphone, which features a smartphone function that enables video calls, data communication, or Internet communication with another smartphone, repeater, or base station when necessary, and a monitoring method using the same.

In addition, the smartphone used in the present invention can be used unattended with a program or app to automatically operate video calls to a specific incoming phone number from outside. Forest fire monitoring managers or smartphone users who make calls through video calls or video calls can immediately hear and see the images, video images, and voices received on their smartphones and determine whether the scene is safe, abnormal, or changing. , it was possible to store, edit, and store the received data.

In particular, it can be used in forest fire monitoring areas or places in mountainous areas where commercial electricity is not supplied by freely fixing it to a tree or support pole with a string or fixing means, and is easy to move, install, and store. Forest or forest fire using the smartphone of the present invention. This is an unmanned base station device with a monitoring function and a monitoring method using it.

In particular, with a separate infrared camera, it is possible to identify owners or workers who are in the process of burning in rice paddies or fields around the mountain or preparing for farming in the spring, and to broadcast forest fire prevention, so illegal burning and artificial forest fire prevention activities can be carried out in multiple areas at the same time using a separate infrared camera. Each smartphone uses its own camera or a separate infrared camera to take photos or videos at a specific time, and when it detects a thermal injury or screen over 30℃, it automatically calls a pre-memorized phone number and sends a variety of messages to the administrator's smartphone. It can be transmitted or propagated by communication method or communication, making it possible to monitor or prevent forest fires anytime and anywhere with a smartphone. Using such smartphones can quickly and accurately protect precious and beautiful mountains and forests from forest fires.

Naturally, in times when there is no risk of forest fires, there is freedom of movement, so it is an unmanned base station device with a forest or forest fire monitoring function using a smartphone, which can be used to protect forests and monitor or exterminate external intruders, and a surveillance method using it.

The advantages or effects of the present invention are explained as follows.

From winter to spring, in various areas or places such as rice paddies, fields, or hiking trails around mountains where people cannot monitor or manage forest fires for a long time, you can take photos or videos anytime and anywhere with your smartphone and make phone calls and phone connections from far away or anywhere in the country. It can be used as an unmanned forest fire surveillance equipment that can monitor and confirm, so it is quick and economical with low communication costs, and has the advantage of being easy to install, use, and dismantle in various places and in and around mountains where there is no commercial power supply. .

As an unmanned base station that monitors people or forest fires in the forest, it has a function that allows the smartphone to be used for a long period of time, up to 4 months, and has the feature of operating unmanned in the mountains or forest areas for a long period of time without additional power configuration or supply.

The time to prevent forest fires is from winter to the spring of the following year, so forest fire prevention activities and surveillance management must be carried out at various locations or sites simultaneously. You can monitor nearby forest fires by walking.

The manager can call the smartphone in several places and automatically check the presence or absence of people around the area, and start preparing for farming in the rice fields and fields, and prevent and monitor illegal incineration of trash or weed piles while preparing. You can assess the condition or save and analyze videos.

Additionally, an infrared camera can be used to check whether there are sparks or flames caused by illegal incineration.

These advantages include eliminating the inconvenience of people visiting rice fields and fields near mountain valleys, saving time, and identifying or managing risky situations at incineration sites that may occur in rice fields or fields in various regions of mountain valleys in advance, or making measurements or changes using a smartphone screen. It can detect and broadcast forest fires more efficiently to prevent forest fires.

By using multiple people and multiple smartphones, we can take care of the beautiful land and protect each other.

In addition, it can be installed and used in rugged forest areas, making it easy to install and move across a wide forest area.

Illegal harvesters invading forest areas are prevented from illegally harvesting mushrooms, ferns, wild plants, medicinal herbs, and wild trees, and the learning effect of illegal intruders avoiding places where the present invention is located is immediately responded to by moving to another location, installing, and using it. This convenience allows long-term unmanned camera shooting and use as a wireless communication base station in large and rugged forest areas without external power supply, eliminating the inconvenience of having to go to forest areas frequently.

It has the feature of providing convenience and peace of mind by being able to safely monitor and manage multiple areas at the same time, anytime, anywhere.

Additionally, it has the advantage of protecting valuable forestry resources by monitoring incineration or forest fire prevention in forest areas.

Once forest fire damage occurs, it can cause damage for a long time (at least several years) to recover forests or various forestry resources, so prevention is the best, and inventions that help with such prevention activities are effective.

As a smartphone base station that operates unmanned, it automatically monitors the flow and changes of surroundings by time zone, weather, and season, and allows phone calls, video calls, Internet connections, photo or video information, or applications to be exchanged between smartphones using smartphones with various functions. There is an advantage or advantage that it can be transmitted and managed through communication, and it can also be shared through a server or the Internet.

In this way, it is easy to check and analyze human incineration sites in remote areas or around the mountains quickly using smartphones for administrators all over the country, and it is possible and convenient to edit, save, transmit, and disseminate photos and videos with smartphones and use them in a variety of ways.

In addition, various native wild animals such as wild boars, rabbits, elk, pheasants, eagles, snakes, and lizards living in forest areas live, and by protecting the smartphone without disturbing them, the present invention can be used in forest areas without damage from wild animals or obstacles to use. There is also the advantage of being able to use your smartphone while keeping it safe.

Since photos and video data are stored on the smartphone for a certain period of time every day and managed daily, it is possible to efficiently monitor and prevent forest fires every day. In addition, since the point of ignition when a forest fire occurs is accurately known, important information for extinguishing a forest fire is provided. In addition, after extinguishing a forest fire, we assist in the investigation of the cause and subsequent management, and we take care and preserve the precious and valuable forests and native animals and plants of the Paldogang Mountain Islands across the country, passing them on to our beloved descendants. Today, we are filial to our ancestors, ancestors, and descendants. It is an invention that has a beneficial effect in protecting the territory as a citizen of the Republic of Korea.

1 is a perspective view of an unmanned base station device with a forest or forest fire monitoring function using a smartphone, which is an embodiment of the present invention.
Figure 2 is a cross-sectional view of Figure 1
Figure 3 is a partial exploded view of Figure 1
Figure 4 shows an example of an unmanned base station device with a forest or forest fire monitoring function using a smartphone and a monitoring method using the same according to the present invention.
Figure 5 is an implementation flowchart showing how a forest or forest fire manager makes a phone call and uses the present invention.
Figure 6 is a flowchart of an implementation of the present invention for monitoring operation with an unmanned base station device.
Figure 7 is a diagram showing infrared photography or video data according to another embodiment of the present invention.
Figure 8 is a diagram showing infrared photo or video data for detecting a person, which is another embodiment of the present invention.
Figure 9 Flowchart of unmanned surveillance operation with an infrared camera, which is another embodiment of the present invention
Figure 10 is a diagram showing one implementation of the present invention (1)
Figure 11 is a diagram showing an example of use of the present invention.
Figure 12 shows another example of use of the present invention.

The present invention relates to an unmanned base station device with a forest or forest fire monitoring function using a smartphone and a monitoring method using the same.

As described in detail below with the accompanying drawings,

First, Figure 1 is a perspective view of an unmanned base station device 1 with a forest or forest fire monitoring function using a smartphone, which is an embodiment of the present invention.

Figure 2 is a cross-sectional view of Figure 1,

Figure 3 is a partial exploded view of Figure 1,

Figure 4 is a diagram showing an example of an unmanned base station device with a forest or forest fire monitoring function using a smartphone and a monitoring method using the same according to the present invention.

The present invention relates to an unmanned base station device (1) with a forest or forest fire monitoring function using a smartphone and a monitoring method using the same. The smartphone (15) is accommodated in a waterproof smartphone case (1), and is protected from wild animals. The protective body (3) and the transparent material that can take pictures of the outside, and the internal accommodation space (25) of the body (3) have an independent unmanned surveillance base station function with a smartphone (15) and a power supply (17), allowing This invention relates to an unmanned base station device (1) with a forest or forest fire monitoring function using a smartphone, which has the ability to automatically take and transmit photos or connect video calls when a call comes in, and can be used outdoors for a long period of time, and a monitoring method using the same. .

In rugged mountainous or forested areas, there are areas without power supply or generator facilities due to lack of permits. Therefore, the present invention is an invention that has an unmanned surveillance function to monitor people or forest fires around a forest with no power facilities and no people.

Therefore, the power supply device 17 required to keep the smartphone 15 turned on even without an external power supply is built in, allowing the smartphone 15 to be used for long-term unmanned surveillance in mountains or forest areas. This is an invention.

At this time, in mountainous or forest areas, the long-term or duration varies depending on the capacity of the power supply device (17), but secondary batteries, batteries, dry cells, etc. can be used, and the smartphone (15) or the entire power supply can be used for up to 30 days or more for internet and communication. , calls, text messages, alarms, taking photos, etc. can be enabled.

It is not necessarily a 30-day standard, but it is desirable that the power supply or power supply function of the power supply device 17 be usable for a few days to 90 days.

Alternatively, the power supply device 17 can supply the power necessary to maintain the smartphone as an unmanned base station for monitoring people or forest fires in a forest area, that is, for continuous use for 3 days, and for normal use up to 4 months. It may be configured to be supplied by an external power battery.

Therefore, various wild animals such as wild boars, rabbits, elk, pheasants, eagles, snakes, and lizards live in forest areas, and these wild animals can be installed and used without harming native animals or each other. In particular, since there are no external power lines, wires, or cables, it has the feature of being able to use the functions of the smartphone 15 for a long time while safely protecting the smartphone 15 without causing inconvenience to wild animals.

Forest areas are structures that can be installed or placed on trees, vines, or surrounding trees and used for a long period of time. The power supply device (17) to the unmanned base station device (1) with forest or forest fire monitoring function using a smartphone can be used as an unmanned base station for a long period of time even in forest areas, forest areas, or forest spaces where external power is not supplied. .

If necessary, it can be used as an unmanned base station by adding a power supply function from solar cells, wind power generators, or commercial electricity.

In addition, places or locations suitable for forest detection areas such as places where you want to use it quickly or where you want to monitor forest fires, nearby telephone poles, trees, pillars, buildings, forest fire monitoring observatories, watchtowers, rocky mountains, hills, cliffs, etc. It can be used by placing it in a space, etc., and it also has the feature of being able to be used immediately by quickly installing it on a tree branch or vine, etc. at any time and anywhere using a fixing member (31) such as a fixing strap or wire.

It is used as an unmanned surveillance base station that performs program or app functions such as making video calls, video calls, internet communication, taking and saving photos, and sending text messages, Kakao Talk, and e-mail using a smartphone (15).

If the smartphone 15 is in communication with the repeater or base station 51, it is an unmanned base station device that can operate its own program and is used as an app function for forest fire monitoring or can be used to monitor forestry or forest fire functions using a smartphone. (1) It is an invention of a feature that can be used.

In terms of forest fire monitoring, forests or fields located at the bottom of mountains are generally deserted during the period except for farming or field work, that is, from winter to spring, and forest fires occur due to illegal burning in rice paddies, fields, and fields around the bottom of the mountains. Since it spreads and burns down most of the nearby mountains, in order to prevent and monitor forest fires, it is necessary to monitor and manage the presence or absence of people in the rice fields or fields around the mountains and illegal burning activities. In particular, in areas where weeds, shrubs, and fallen leaves accumulate in winter, weeds, shrubs, fallen leaves, agricultural film, pesticide bags or pesticide bottles, old scarecrows, rice straw nests or rice sheaves, bean stalks, corn, sesame seeds, corn, etc. are left behind after harvesting, etc. In order to get rid of them, farmers sometimes burn them illegally rather than physically collect them and quickly remove them. However, most farmers who farm at the foot of the mountain or farm in the field are elderly, and it is difficult to physically remove it, and it is difficult and cumbersome, so it is easy to be swayed by the temptation of illegal incineration. During the dry winter and spring, due to long periods of dry weather or climate, weeds and fallen leaves are present and piled up in a thick layer around the mountain, so when incineration is carried out in rice paddies, fields or fields around the mountains, the flames spread very quickly and the heat is generated by such incineration. As the gas expands, the wind blows away fallen leaves and sparks, spreading far away to fields and mountains. Eventually, a fire breaks out over a wide area that cannot be controlled by people on site, and the flames move to the mountains at higher elevations, causing massive casualties. It spreads into a large forest fire.

In order to prevent forest fires and monitor illegal burning, it is necessary to monitor the presence of people in places where people should not be present or in rice fields and fields during the winter and spring seasons. Therefore, the present invention is for monitoring rice paddies or fields around or under the mountain, and if a person is identified with the present invention, who and why? What are you doing there? In order to know the situation and monitor forest fires, the manager (101) makes separate confirmation calls to rice field owners and field owners to inquire about their well-being, manages records, and records photos, videos, or infrared photos or videos during the forest fire surveillance period in each area. It is a tool that can be used to acquire various visual photos or video information and quickly share it through communication as information and data for preventing forest fires in remote areas, monitoring forest fires, and extinguishing forest fires. These various photos, videos, red-line photos, and video photo materials can be freely used, shared, and communicated with the smartphones (15') of various government officials or remote managers (101) by immediately using mobile communication devices, such as smartphones (15, 15'). It is about an unmanned base station device with a forest or forest fire monitoring function using a smartphone that can be used for everything from forest fire prevention to forest fire extinguishment and post-management by transmitting or transmitting it through the Internet, a base station (51), or a repeater, and a monitoring method using it. .

In addition, an unmanned base station device with a forest or forest fire monitoring function using a smartphone that can store and transmit video information or photos obtained through communication in the eight islands of the Red Country and in different areas, and surveillance using the same. It's about method.

More specifically, there is a smartphone 15 and a battery or a power supply device 17 that can supply power to the smartphone 15 for a long period of time with a battery or dry cell, and a device with a status or warning function to indicate an emergency in a forest fire monitoring situation nearby. An emergency bell (19) or a broadcasting means (not shown) is prepared, and the entrance (5) is sealed with a stopper (7) that can be sealed by placing it in a part of the receiving space (25) inside the body (3). Alternatively, it may be configured to be blocked.

Separately, the receiving space 25 inside the body 3 further accommodates an external camera or an infrared camera 55 for a smartphone that is connected to the smartphone 15 and can operate separately to take pictures, so that it can be operated or function as a program or app. It can be utilized or used for application.

That is, as shown in the drawing, inside the body 3 with a certain volume of accommodation space 25, there is a smartphone 15 that can take photos or videos or acquire images with a program and communicate with a repeater or base station 51. A power supply device (17) and an emergency bell (19) that can supply power are accommodated.

In addition, an external camera 55 for a smartphone that can capture angles other than the built-in camera 21 of the smartphone 15 can also be added and accommodated.

The external camera 55 may be an infrared camera 55 that can detect the temperature of a human body or an incinerated forest fire in a forest area.

At this time, the power supply device 17 has the characteristic of continuously supplying power in parallel to the smartphone 15 and the external camera 55.

Naturally, the signal from the external camera 55 is connected to the smartphone 15 and is an unmanned base station device with a forest or forest fire monitoring function using a smartphone, which has the function of enabling data communication. At this time, the external camera 55 has the feature of being an infrared camera in addition to the general camera.

The characteristic of such parallel connection is that the independent power supply device 17 simultaneously supplies the power required for continuous operation of the smartphone 15 and the external camera 55.

Because the external camera 55 and the smartphone 15 are connected one to one and the internal battery of the smartphone 15 is used for power, there is a problem of shortening the usage time.

Accordingly, the present invention solves the problem of battery supply for continuous use by providing parallel supply to the external power supply device 17.

Additionally, it can accommodate broadcasting equipment (not shown), so it has the feature of being able to make announcements when necessary.

The smartphone (15) and external devices that help use the smartphone (15) (power supply (17), emergency bell (19), external camera (55)) are connected to the gender (33) and cable (35). It is desirable to do so.

Here, the power supply device (17) is a battery, charger, hydrogen generator, solar cell, wind generator, battery, auxiliary battery, etc., and supplies power from DC5V to DC12V to the smartphone (15), external camera (55), and emergency bell (19). It is used as a power supply means or is configured, manufactured, or installed so that it can be safely supplied to the smartphone 15 for a long period of time as a power supply device.

Also, you can freely send and receive phone calls, video calls, text messages, Internet, KakaoTalk, band, and e-mail while on the move, including automatic video communication and video calls, which are various functions of the smartphone (15), and taking pictures with the camera (21, 55). or acquire video information and store it in the storage device of the smartphone (15), transmit the data through wireless communication with the base station or repeater (51), and make video calls or stored video data or photos with a separate smartphone (15') through Wi-Fi, Forest or forest fire using a smart phone that can transmit via Bluetooth or wireless communication or has a built-in smart phone (15) that can be used for mutual communication to provide unmanned photo taking or video call functions in unmanned forest areas. This is an invention of an unmanned base station device (1) with a monitoring function and a monitoring method using the same.

With the unmanned monitoring function, during the forest fire season, the forest areas or sites (rice fields, fields, fields, mountains) to be monitored for forest fires do not need to be patrolled or visited by government officials or managers (101), but can be monitored at the local office, welfare center, fire station, or anywhere in the country. Just like making a video call at home or on the go, a smartphone (15´) has the feature of allowing real-time confirmation and acquisition of photo or video information and two-way communication by calling or communicating with a local smartphone (15) that you want to monitor with a smartphone (15´). This is an unmanned base station device with a forest or forest fire monitoring function and a monitoring method using it.

When a call comes from a specific smartphone (15'), the smartphone 15 is operated by a program or app, and the app function can be used with the smartphone 15 capable of automatically operating a video or video call or enabling communication. At this time, the smartphone 15 can be used in various ways, such as by setting it in the administrator item or call item of the smartphone 15, or by developing an operating program. Among the smartphones that are in use before the 6th, are being released as new products, or are in use, smartphones (15) capable of wireless communication with various functions in the 3G, 4G, and 5G era are accepted or applied, and automatically call when a call comes from outside. A smartphone 15 with a function that allows receiving or making calls is used.

And mobile phone communication refers to the generations: 1G, 2G, 3G, 4G, and 5G.

1G is the mobile phone era of an analog communication system that can only communicate with voice, and

2G is a generation that converts voice into digital signals and enables phone calls and text messages.

3G is a generation characterized by improvements in call quality, high-speed Internet data communication, and video, making it possible to use the Internet and make video calls with a phone.

In the 4G era, this generation uses high-speed Internet through mobile phones, wireless devices are activated, and real-time video information can be downloaded and uploaded easily and conveniently through smartphones.

5G is an era of smartphones with extremely fast data communication and processing, up to 20Gbps, which is theoretically more than 20 times faster than 4G.

These functions enable smoother, more diverse and multi-program processing, such as VR, AR systems, and IOT, where screen freezes or screen freezes occur due to slow communication speeds and data processing speeds in 4G.

Moreover, in addition to the H/W of recent smartphones such as microphones, speakers, touch screens, and lights, various mobile S/W applications such as various apps and programs can be used.

These programs can be automatically downloaded, installed, and run when needed.

The smartphone 15 used in the present invention is capable of communicating with another smartphone 15' using a 3G, 4G, or 5G smartphone 15, or is a smartphone that uses a repeater, base station, or communication network 51. There is a feature of using (15).

A smartphone (15), such as an Android or iPhone, such as 3G, 4G, or 5G, has its own camera (21) function and recording function, so as long as it is capable of taking photos or videos, and voice or video communication, it can be of any type, product, brand, etc. It can be used regardless.

And the body (3) will be made of a transparent material to protect the internal accommodation space (25) from external cold rain, snow, and weather, and to allow light to pass through while protecting external pressure or shock to enable photography. You can.

In particular, it is desirable to have a transparent window or a body 3 made of a transparent material around the shooting angle or lens of the cameras 21 and 55. Alternatively, the body 3 can be provided by manufacturing or applying only the lens portion of the cameras 21 and 55 from a transparent material.

Various transparent materials such as acrylic, glass, PC, PVC, PE, PET, and synthetic fibers are or can be used.

Naturally, since it is outdoors, the body (3) and stopper (7) protect the internal accommodation space (25) and have a waterproof function to prevent the inflow of external water.

A smartphone support portion 13 to fix the posture of the smartphone 15 may be further formed in a portion of the receiving space 25 of the body 3.

And the other parts of the body (3) are closed with a stopper or cover (7), sealing the inside, and fixed or firmly installed or fixed with fastening members (31) such as string, wire, or screws to trees, buildings, or telephone poles at the site. The present invention is used for forest fire monitoring or forest fire prevention.

At this time, by using the vibration sensor built into the smartphone (15), even in the event of external shock, vibration, or theft, an emergency call can be made automatically to a separate administrator smartphone (15´) and the emergency bell (19) can be activated. Accordingly, it is an invention of a feature that can transmit or inform the manager 101 of the anti-theft effect or on-site weather conditions through smartphone-to-smartphone communication.

The present invention accommodates or applies a smartphone that uses any one of 3G, 4G, and 5G communication technologies, and allows photography or video recording around the transparent body (3) with the smartphone (15) housed inside, and ambient sound. It relates to an unmanned base station device (1) with a forest or forest fire monitoring function using a smartphone (15) capable of acquiring and storing signals and information and communicating, and a monitoring method using the same. .

At this time, the waterproof smartphone case of the present invention and the unmanned image information acquisition method using the same have the feature of being able to communicate with the smartphone 51' of the user or facility manager 101 through communication with the base station or repeater 51.

Alternatively, the unmanned base station device 1 with a forest or forest fire monitoring function using a smart phone of the present invention and the monitoring method using it have the feature of being able to communicate with the smartphone 51' of a user or a forest fire or forest manager 101.

Figure 5 is an implementation flowchart showing how a forest manager, forest owner, or forest fire manager uses the present invention by calling the smartphone 15 of the present invention with his or her smartphone 51'.

A call making step (63) in which the manager (101), who prevents or monitors forest fires, makes a call to the number of the smartphone (15) of the present invention located remotely using his/her smartphone (15');

This is the step of making a video call or video call to the number of the smartphone (15') in a specific area where the present invention is located using the smartphone (15) of the local office, town/village/dong welfare center, fire station, or forest fire monitor.

When an incoming call signal is received on a smartphone (15) assigned a specific phone number located in a remote location, a video call or video call connection is automatically made.

In the step 65 of automatically connecting a video call to a smartphone located in a remote location,

The smartphone (15) and the administrator's smartphone (15´) are now able to communicate with each other.

When communication between smartphones is connected,

In the next step, the video call step (67), communication between the two terminals is possible.

At this time, the video from the camera (21, 55) is transmitted to the manager's smartphone (15') using a video communication phone or video call method.

During a video call, location information or map information where the present invention is installed on a map may also be transmitted separately or additionally.

And forest watchers, forest owners, or forest fire managers can check whether there are any risk factors for forest fires, such as whether there are people in the area and what people are doing or doing, through the smartphone (15´ screen) that they can currently check. This is the step of storing or recording received video information transmitted while monitoring.

This is the step (69) of monitoring forest fires in the area using the smartphone of the manager (101).

At this time, if the manager 101 sees the video and decides to activate the emergency bell 19,

When a specific number is pressed or a voice is transmitted through a smartphone phone by shouting a specific word 'emergency emergency', the smartphone 15 of the present invention programs this number signal or voice signal received through a program or app. It has the feature of being able to process and generate an output signal. This output signal has the characteristic of enabling the gender 33, the cable 35, and finally the emergency bell 19 to operate.

In this way, the emergency bell (19) is activated at the scene, and various sound waves such as siren sounds, bell sounds, ring sounds, and buzzer sounds can be generated.

These sound waves or sounds propagate at the speed of sound in the atmosphere and serve as a warning through the hearing of people attempting to burn or illegally incinerate rice fields or ridges. By transmitting these sound waves or warning sounds, it is possible to immediately stop or prevent burning practices or attitudes that are dangerous for forest fires, making it an immediate and efficient invention for preventing forest fires.

In another way, the output signal has the feature of being able to broadcast forest fire prevention information using a broadcasting means (not shown). This can also be done by operating a broadcasting means (not shown) through the gender 33 and cable 35, such as pre-recorded voice or received sound on the smartphone 15.

The broadcasting means consists of an amplifier and a speaker and can be additionally installed around the body (3).

The present invention is an unmanned base station device with a forest or forest fire monitoring function using a smartphone and a monitoring method using the same, which has the feature of being able to monitor and record the presence or absence of people, their actions, and forest fires in rice fields or fields under the mountain or around the mountain. .

Then, in step 71, the call is terminated between the two devices or the two terminals or smartphones (15, 15').

This sequence can be applied or modified according to various applications and characteristics of devices or terminals for forest fire monitoring or forest fire prevention according to the present invention.

The manager (101) monitors forest fires and confirms the presence or absence of forest fires through video calls or video calls at any time necessary or at any time of concern, as well as the attitude and preparation for burning rice fields or ridges or illegally incinerating crop residues or waste. It has the ability to activate an emergency bell to prevent misfires caused by humans, which has the effect of monitoring forest fires more reliably.

And Figure 6 is a flow chart of one implementation of the present invention for monitoring operation with the unmanned monitoring base station device (1).

Efficiently uses the power of the power supply device (17) that can supply power within a voltage range of DC5V to DC12V using a battery, charger, hydrogen generator, solar cell, or wind generator that can supply power to the smartphone (15). This is an implementation flow chart of automatically taking photos at regular time intervals every day and sending the photo files to the smartphone (15´) of the manager (101) through text, communication, or phone calls. Various modification applications are possible.

First, with an app or development program on your smartphone (15)

In the operating time setting step 153, which sets the operating time,

Select a time when people wake up, become active, and come to the rice fields or fields.

It can be activated from 6 AM every day.

In other words, the smartphone (15) can be activated every day at 6:00 AM and put into standby mode after 8:00 PM (20:00).

This operating time has the effect and function of increasing the usage time of the battery or batteries of the power supply device 17.

Then, to the photo taking step (153), where a photo is taken,

Take pictures with a camera (smartphone built-in camera (15), external camera for smartphone (55)) and automatically save them through internal memory.

To the next step, the communication step 155 with the administrator smartphone,

At this stage, it is possible to send a text message to the pre-entered smartphone (15' phone number) of the manager (101) or run apps such as email, KakaoTalk, and Band through Internet communication, or to save data by controlling an application on the smartphone (15). This is a program that allows you to transfer photo files.

To the next step, the data transmission step 157, where data is transmitted,

At this stage, photo information or photo files are automatically attached and the data is transmitted via wireless communication. In order to transmit to the smartphone (15´) of the manager (101) via wireless communication, photos or video data obtained through email, KakaoTalk, band, text, or Internet communication can be transmitted using the mobile base station company's service network or via wireless communication. Can be transmitted.

At this time, the data may be transmitted to the repeater or base station 51 of the smart phone operating company and finally delivered to the smartphone 15' of the manager 101.

In addition, the photo taking process of the camera can be performed by waiting for a certain period of time (159), or the power of the power supply device (17) can be used for a longer period of time while monitoring forest fires every day through a pre-planned program.

And Figure 7 is a diagram showing infrared photography or video data, which is another embodiment of the present invention.

This is a diagram showing one of the images captured by an infrared camera using the present invention around a mountain located in Jeongeup-si, Jeollabuk-do, where the present inventor lives.

At the top left of the drawing is the date of filming and the average temperature was 19.3℃. It rained that day.

and

Figure 8 is a diagram showing infrared photo or video data for detecting a person, which is another embodiment of the present invention.

It is the same place as Figure 7, and the person (777), the present inventor, is indicated by color temperature, so that when taking infrared photography or video in winter, a person (777) or fire, flame, or fire with a temperature higher than the surrounding temperature is shown in the temperature distribution and temperature of Figure 8. It can be easily identified and detected by the display color.

Of course, it is possible to detect, detect, and monitor people in forest areas where there should be no people. In addition, such photo or video information can be stored in the internal memory of the smartphone (15), the stored data can be transmitted through smartphone (15) communication, and it can be used or utilized for human body detection.

Figure 9 is a flow chart of an unmanned forest fire monitoring operation using an infrared camera, which is another embodiment of the present invention.

First, when using the external camera 55 as an infrared camera 55 for a smartphone, the power supply device 17 supplies power to the smartphone 15 and the infrared camera 55, respectively.

Camera signals are connected to the smartphone 15 to enable transmission. and

As an app or development program on a smartphone (15),

In the operating time setting step 251, which sets the starting operating time during the day,

You can freely select the monitoring time zone and set the operating time.

For example, the first monitoring operation of the day can be performed at 6 am every day.

In other words, the smartphone 15 can monitor the human body or people every day at 6 am, and the smartphone can be put into standby mode after 8 pm (20:00).

This operating time has the effect and function of increasing the usage time of the battery or batteries of the power supply device 17.

Then, in the shooting step (253), taking infrared photos or videos with the infrared camera (55) mounted on or added to the smartphone (15),

The infrared camera function takes infrared photos and automatically saves them to internal memory.

If necessary, additionally

In the next step, in the step 255 of detecting infrared rays above a certain temperature,

Infrared heating area preset in the app or program, that is,

It detects infrared rays above 30℃, which can detect people or fire in the cold winter.

At this time, if an infrared photographic image area above 30℃ is detected,

At this time, when saving a photo, you can change the tilt to the right by 90° or add a red border to save the photo or video.

and

To the next step, the communication step with a smartphone or the Internet (259),

At this stage, it is possible to send a photo file or video file stored with the pre-entered smartphone (number 15') of the manager (101) via text message or by communicating with the base station (51) via email, band, or KakaoTalk via smartphone (15). This is a program that allows transferring infrared photos, photos, and video files stored in .

Or, by making an automatic call to your smartphone (15´), a forest manager or forest fire watcher can check the phone number called on your smartphone (15´) to confirm the situation or information, such as whether a person is illegally trespassing in the forest area or forest fire monitoring. There is an opportunity to take immediate and rapid follow-up action, and thus there are advantages or features such as protecting forest produce, quickly monitoring incineration practices that cause forest fires, or suppressing forest fires.

At this time, since it is wireless communication, it is an invention that has the advantage or feature of being able to contact or communicate anywhere in the country, even if you are in an area where telephone or wireless communication is available.

In the smartphone communication or Internet and communication step 259, various communications can be performed in addition to the process of automatically attaching photo information, photo files, video files, infrared photos, etc. stored in the smartphone 15 and transmitting data through communication. It can be applied through app development.

File transfer functions can be performed via email, band, blog, and KakaoTalk.

When the data is transmitted to the repeater or base station (51) of the smart phone operating company and finally transferred to the smartphone (15´) of the manager (101),

Depending on the needs of the manager 101, the emergency bell 19 of the present invention (1) can also be activated by keypad operation command communication.

Also, Figure 10 is a diagram showing one implementation of the present invention (1),

Figure 11 is a diagram showing an example of use of the present invention,

Figure 12 is a diagram showing another example of use of the present invention.

Figure 11 shows an unmanned base station device with a forest or forest fire monitoring function using a smartphone of the present invention that can be installed or fixed on the inventor's bicycle 888 and used while moving, and a monitoring method using the same.

Figure 12 is a road showing another example of use of the present invention (1), and a photo showing the present invention (1) installed on a tree. It can be placed on various tree branches, telephone poles, trees, buildings, etc., or in a desired location when necessary. It is an invention that has the feature of being able to be installed and used.

The present invention is an unmanned base station device with a forest or forest fire monitoring function using a smartphone that can monitor forest fires while moving from a bicycle, car, unmanned aerial vehicle, drone, aircraft, ship, etc. in addition to buildings, tree trunks, and pillars, and a monitoring method using the same. am.

Automatically check real-time photo information of the scene through multiple smartphone numbers or communications at the same time by automatically using a repeater or base station (51) even when located or installed in various regions or various places or while moving, and monitor forest fires such as forest fire monitoring or forest fire extinguishment. , a feature that can be used in many ways, from prevention to forest fire extinguishment and remaining forest fire cleanup.

The present invention is an unmanned base station device with a forest or forest fire monitoring function using a smartphone with a waterproof function and a monitoring method using the same.

In particular, we prevent large-scale forest fires due to a momentary mistake by a person through forest fire prevention guidance and forest fire caution, prevention and prevention of illegal burning, depending on the presence or absence of people, even in uninhabited mountain valleys, which are blind areas for forest fire surveillance, or in rice paddies or field ridges. can do.

It is possible to monitor and prevent illegal burning of forest fires caused by man-made fires in rice fields or fields, preventing illegal burning of waste, protecting nature by preventing air pollution, preventing forest fires, and protecting forests in multiple areas quickly and accurately at the same time. The present invention is an unmanned base station device with a forest or forest fire monitoring function using a smartphone and a monitoring method using the same.

Forest fire prevention and forestry officials, residents, etc. can obtain video calls or video information about the situation in the forest fire monitoring area by making a smartphone call anytime, anywhere, while storing information, professional visual inspection and observation, and manpower for rice paddy or dry field farming. It is about an unmanned base station device with a forest or forest fire monitoring function using a smartphone and a monitoring method using the same, which helps in the relationship with the forest and prevents forest fires without the inconvenience of going to the mountains, rice paddies, or fields in cold weather.

To summarize the present invention,

In an unmanned base station device with an unmanned forest surveillance function installed or located in a forest area or forest location without an external power supply means,

A body with an accommodation space to protect the smartphone from wild animals around the forest,

A smartphone and a power device are accommodated in the receiving space of the body,

The body has a transparent structure that allows external photography or video recording with the smartphone camera inside,

The smartphone is characterized by running a program or app or having a function that automatically runs a video call when a call comes from outside.

It is an unmanned base station device with a forest or forest fire monitoring function using a smartphone that can monitor illegal intruders in forest areas using a smartphone.

In the unmanned base station device installed or located in a forest area or forest location without an external power supply means and with an unmanned forest fire monitoring function,

A body with an accommodation space to protect the smartphone from wild animals around the forest,

A smartphone and a power device are accommodated in the receiving space of the body,

The body has a transparent structure that allows external photography or video recording with the smartphone camera inside,

The smartphone is characterized by running a program or app or having a function that automatically runs a video call when a call comes from outside.

It is an unmanned base station device with a forest or forest fire monitoring function using a smartphone that can monitor surrounding forest fires or prevent forest fires using a smartphone in a forest area.

Additionally, an infrared camera is accommodated inside the body, and the power supply supplies parallel power to the infrared camera and smartphone, and the infrared camera signal is

It is an unmanned base station device that connects to a smartphone and features an infrared video call function to monitor forests or forest fires using a smartphone.

These examples are only for illustrating the present invention in more detail, and it is understood by those skilled in the art that the scope of the present invention is not limited by these examples according to the gist of the present invention. It will be self-evident.

1: Unmanned base station device with forest or forest fire monitoring function using a smartphone
3: Body (transparent)
7: Stopper or cover (or lid)
15: Smartphone
17: Power supply (charger or battery)
19: Emergency bell (or sound wave generator such as buzzer)
51: repeater or base station
55: External camera or infrared camera
101: Facility manager or user

Claims (3)

In an unmanned base station device with an unmanned forest surveillance function installed or located in a forest area or forest location without an external power supply means,
A body with an accommodation space to protect the smartphone from wild animals around the forest,
A smartphone and a power device are accommodated in the receiving space of the body,
The body has a transparent structure that allows external photography or video recording with the smartphone camera inside,
The smartphone is characterized by running a program or app or having a function that automatically runs a video call when a call comes from outside.
An unmanned base station device with a forest or forest fire monitoring function using a smartphone that can monitor illegal intruders in forest areas using a smartphone.
In the unmanned base station device installed or located in a forest area or forest location without an external power supply means and with an unmanned forest fire monitoring function,
A body with an accommodation space to protect the smartphone from wild animals around the forest,
A smartphone and a power device are accommodated in the receiving space of the body,
The body has a transparent structure that allows external photography or video recording with the smartphone camera inside,
The smartphone is characterized by running a program or app or having a function that automatically runs a video call when a call comes from outside.
An unmanned base station device with a forest or forest fire monitoring function using a smartphone that can monitor surrounding forest fires or prevent forest fires using a smartphone in a forest area.
The method of claim 1 or 2, wherein an infrared camera is additionally accommodated inside the body, parallel power is supplied to the infrared camera and the smartphone from the power supply, and the infrared camera signal is connected to the smartphone to provide an infrared video call function. An unmanned base station device with a forest or forest fire monitoring function using a smartphone with the following features.