KR102414740B1 - Camping lantern with carbon monoxide alarm - Google Patents

Abstract

The present invention relates to a camping lantern having a carbon monoxide alarm function that detects carbon monoxide inside a tent, detects a fire, notifies a user, and sprays mosquito repellent to get rid of mosquitoes around.

Description

Camping lantern with carbon monoxide alarm

The present invention relates to a camping lantern having a carbon monoxide alarm function, and more particularly, a carbon monoxide alarm function that detects carbon monoxide inside a tent or detects a fire and notifies the user, and sprays mosquito repellent to get rid of mosquitoes around It is about a camping lantern that has

In general, a camping lantern is to allow a user to illuminate a dark place such as a campground or a tent brightly.

As described above, the camping lantern is composed of a lantern case, a lantern lighting, a storage groove, and a mounting space.

Recently, as a light source for camping lanterns, LEDs with advantages such as low power, high illuminance, and semi-permanent lifespan are in the spotlight.

A camping lantern is placed on the floor to illuminate the surroundings, or to illuminate the surroundings at a certain height by walking on a rope or a tree branch, and the camping lantern according to the prior art has very limited control of the lighting angle.

That is, since the direction of the light source in the camping lantern according to the prior art is fixed, the lighting direction is adjusted only by changing the direction of placing the lantern on the floor or the direction of hanging the lantern on a rope, that is, the arrangement direction of the lantern. In other words, it is not possible to adjust the lighting direction by changing the direction in which the light source is directed in the lantern itself.

Due to the nature of camping activities with several people, the lantern needs to illuminate the necessary direction at that time.

However, the camping lantern according to the prior art has a limit in controlling the lighting direction by the user as described above, so even if it is necessary to change the lighting direction, the current somewhat unsatisfactory lighting state is maintained, or the lantern is carried here and there As we travel, we check the lighting conditions and rearrange the lantern to the optimal lighting location.

Republic of Korea Patent No. 10-1954958 Republic of Korea Patent No. 10-1609955

The present invention detects carbon monoxide inside the tent or detects fire and notifies the user, sprays mosquito repellent to repel mosquitoes around the tent, and detects temperature and humidity and fine dust to inform the user. do it with

The present invention is characterized in that it is a camping lantern that detects carbon monoxide inside the tent or detects a fire and notifies the user, and sprays mosquito repellent to repel mosquitoes around the tent.

In one embodiment, the camping lantern, a lighting lamp is built-in, the case portion for supporting the lantern case; and a rotating unit for rotating the lantern case; and a fire extinguishing unit for spraying a fire extinguishing liquid in the event of a fire; And a mosquito repellent unit for repelling mosquitoes around the lantern; and a warning notification unit for notifying the user upon gas detection and fire detection, wherein the case unit has a built-in lighting lamp, a lantern case formed to have an open front, and a lower center of the lantern case to support the lantern case A case support, a bar folding hinge formed around the lower periphery of the shaft support member so that the case seating bar can be folded and rotated, a lighting lamp formed to irradiate light from the inside of the lantern case, and protecting the lighting lamp from outside pests It consists of a lamp panel formed on the front of the lantern case to prevent inflow, and a case seating bar having one side connected to a bar-folding hinge to support the lantern case, and a case seating bar formed with the other side in close contact with the ground, and the rotating part includes a case support. A case rotating member formed as a lower part of the case support to support it, one side coupled to the lower case rotating member so that the case rotating member can be rotated, and a rotating shaft having the other side coupled to the upper shaft supporting member so that the rotating shaft can be rotated It is formed below the rotating shaft and consists of a shaft support member formed so that the case seating bar can be connected, and the fire extinguishing unit includes a fire detection sensor formed above the fire extinguishing liquid tank to detect a fire, and a fire extinguishing liquid to be provided to the liquid injection nozzle side. It consists of a fire extinguishing liquid tank built-in and formed on one side of the upper surface of the shaft support member, and a liquid injection nozzle formed on one side of the fire extinguishing liquid tank to spray the fire extinguishing liquid compressed at high pressure into the fire extinguishing liquid tank, and the mosquito repellent unit is provided on the repellent spray nozzle side. A repellent tank with a built-in repellent and formed on one side of the upper surface of the lantern case, a spray timer formed on one side of the repellent tank to set a time so that the repellent can be sprayed according to the set time, and the repellent compressed with high pressure in the repellent tank It consists of a repellent spray nozzle formed on one side of the repellent tank to To detect the fine dust sensor formed on one side of the lantern case, and to detect carbon monoxide gas around the lantern case A gas detection sensor formed on one side of the lantern case for When an abnormality is detected by the sensor, gas detection sensor, and fire detection sensor, a notification lamp is formed on the upper side of the lantern case to notify the surroundings through light, and abnormality is detected from the temperature and humidity detection sensor, fine dust detection sensor, gas detection sensor and fire detection sensor It is characterized in that it consists of a notification speaker formed on one side of the upper part of the lantern case to notify the surroundings through the sound of the city.

In another embodiment, the camping lantern further comprises an illuminance sensing means for sensing the illuminance around the camping lantern to adjust the brightness around the camping lantern, wherein the illuminance sensing means includes: A rotation plate formed under the lantern case to rotate the irradiation direction in multiple directions, a rotation support tube seated on the shaft support member to support the rotation of the rotation plate, and a rotation plate so that the upper part of the rotation support tube can be inserted A tube insertion groove formed on the lower surface, a rotation motor formed on the inner bottom surface of the rotation support tube to rotate the rotation plate, and the circumference of the rotation plate to detect the illuminance around the camping lantern and provide the sensed information to the screw motor An illuminance sensor formed on one side, an adjustment fixed panel fixed to the front of the lantern case to be illuminated by a lighting lamp, and an upper and lower surface into the front of the lantern case so that the illuminance control panel can be inserted and slid A panel guide bar formed respectively, an illuminance amount control panel which is inserted into the panel guide bar to slide in order to control the amount of light irradiated by the lighting lamp, and a screw formed by coupling to a screw member formed on the inner upper surface of the front surface of the lantern case A slide screw having one side connected to the motor shaft of the screw motor so as to be rotated by a motor, screw members formed on the inner upper surface of the lantern case front to support one side and the other side of the slide screw, respectively, and a lantern case for rotating the slide screw A screw motor formed on one side of the inside and a panel connection that is coupled to the slide screw so that one side is fixed to the illuminance control panel so that the illuminance control panel can slide and move when the slide screw rotates, and the other side is coupled to the slide screw It is characterized in that it consists of an absence.

As described above, it provides the effect of preventing a safety accident by detecting carbon monoxide inside the tent or by notifying the user by detecting a fire, and provides an effect of protecting from pests by spraying mosquito repellent around the tent In addition, it provides the effect of providing useful information for camping by detecting fine dust.

1 is a view of a camping lantern having a carbon monoxide alarm function of the present invention.
FIG. 2 is a detailed view of FIG. 1 .
3 is a view of an illuminance sensing means, which is another embodiment for a camping lantern with a carbon monoxide alarm function.
FIG. 4 is a detailed view of FIG. 3 .
5 is a view of an auxiliary search means, which is another embodiment for a camping lantern with a carbon monoxide alarm function.
FIG. 6 is a detailed view of FIG. 5 .
7 is a view of a hot air spraying means according to another embodiment of the camping lantern having a carbon monoxide alarm function.
FIG. 8 is a detailed view of FIG. 7 .

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0012] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0010] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0010] Reference is made to the accompanying drawings, which show by way of illustration specific embodiments in which the present invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the present invention. It should be understood that the various embodiments of the present invention are different but need not be mutually exclusive. For example, certain shapes, structures, and characteristics described herein with respect to one embodiment may be implemented in other embodiments without departing from the spirit and scope of the invention. In addition, it should be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the present invention. Accordingly, the detailed description set forth below is not intended to be taken in a limiting sense, and the scope of the present invention, if properly described, is limited only by the appended claims, along with all scope equivalents as those claimed. Like reference numerals in the drawings refer to the same or similar functions throughout the various aspects.

Hereinafter, the present invention will be described in detail with reference to the drawings.

Figure 1 is a view of the present invention camping lantern 100, Figure 2 is a detailed view of Figure 1.

As shown above, the camping lantern 100 detects carbon monoxide inside the tent or detects a fire and notifies the user, and sprays mosquito repellent to repel mosquitoes around the tent.

The camping lantern 100 includes a case unit 110; and a rotating unit 120; and a fire extinguishing unit 130; And mosquito repellent unit 140; and a warning notification unit 150 .

The case unit 110 has a built-in lighting lamp 114 and is characterized in that it supports the lantern case 111 .

The case unit 110 includes a lantern case 111 , a case support 112 , a bar folding hinge 113 , a lighting lamp 114 , a lamp panel 115 , a case seating bar 116 , and a ground plate 117 ). is made of

The lantern case 111 is characterized in that the lighting lamp 114 is built-in, and is formed so that the front side is opened.

The case support 112 is formed to support the lantern case 111 , and the case support 112 is formed in the lower center of the lantern case 111 .

The bar folding hinge 113 is formed so that the case seating bar 116 can be folded and rotated, and the bar folding hinge 113 is formed around the lower portion of the shaft support member 123 .

The lighting lamp 114 is formed to irradiate light from the inside of the lantern case 111, and the lighting lamp 114 is characterized in that a light bulb such as halogen or LED is used.

The lamp panel 115 is formed to protect the lighting lamp 114 from the outside and to prevent the entry of pests, and the lamp panel 115 is formed in the front of the lantern case 111 .

The case seating bar 116 is formed to support the lantern case 111, and the case seating bar 116 has one side connected to the bar folding hinge 113, and the other side is formed to be in close contact with the ground. do it with

The ground plate 117 is formed to be in contact with the ground, and the ground plate 117 is coupled to one lower side of the case seating bar 116 by a hinge.

The rotating part 120 is characterized in that for rotating the lantern case (111).

The rotating unit 120 includes a case rotating member 121 , a rotating shaft 122 , and a shaft supporting member 123 .

The case rotating member 121 is formed to support the case support 112 , and the case rotating member 121 is formed under the case support 112 .

The rotating shaft 122 is formed so that the case rotating member 121 can be rotated, and the rotating shaft 122 has one side coupled to the lower case rotating member 121 and the other side to the upper shaft supporting member 123 . It is characterized in that bonding is formed.

The shaft support member 123 is formed so that the rotation shaft 122 can be rotated, and the shaft support member 123 is formed under the rotation shaft 122 and is formed so that the case seating bar 116 can be connected thereto. characterized by being

The fire extinguishing unit 130 is characterized in that the fire extinguishing liquid is sprayed.

The fire extinguishing unit 130 includes a fire detection sensor 131 , a fire extinguishing liquid tank 132 , and a liquid injection nozzle 133 .

The fire detection sensor 131 is formed to detect a fire, and the fire detection sensor 131 is formed above the extinguishing liquid tank 132 .

The fire extinguishing liquid tank 132 is characterized in that the fire extinguishing liquid to be provided toward the liquid injection nozzle 133 is built-in, and is formed on one side of the upper surface of the shaft support member 123 .

The liquid injection nozzle 133 is formed to inject the fire extinguishing liquid compressed at high pressure into the fire extinguishing liquid tank 132, and the liquid ejection nozzle 133 is formed on one side of the fire extinguishing liquid tank 132.

The mosquito repelling unit 140 is characterized in that for repelling mosquitoes around the lantern.

The mosquito repellent unit 140 includes a repellent tank 141 , a spray timer 142 , and a repellent spray nozzle 143 .

The repellent tank 141 is characterized in that the repellent to be provided toward the repellent spray nozzle 143 is built-in and is formed on one side of the upper surface of the lantern case 111 .

The spray timer 142 is formed so that the repellent can be sprayed according to a set time, and the spray timer 142 is formed on one side of the repellent tank 141 to set the time.

The repellent spray nozzle 143 is formed to spray the repellent compressed at high pressure in the repellent tank 141, and the repellent jet nozzle 143 is characterized in that it is formed on one side of the repellent tank 141.

The warning notification unit 150 is characterized in that for notifying the user when gas detection and fire detection.

The warning notification unit 150 includes a temperature and humidity sensor 151 , a fine dust sensor 152 , a gas sensor 153 , a fire detection sensor 154 , a notification lamp 155 , and a notification speaker 156 . .

The temperature and humidity sensor 151 is formed to sense the temperature and humidity around the lantern case 111 , and the temperature and humidity sensor 151 is formed on one side of the lantern case 111 .

The fine dust sensor 152 is formed to detect fine dust around the lantern case 111 , and the fine dust sensor 152 is formed on one side of the lantern case 111 .

The gas detection sensor 153 is formed to detect carbon monoxide gas around the lantern case 111 , and the gas detection sensor 153 is formed on one side of the lantern case 111 .

The fire detection sensor 154 is formed to detect a fire occurring in any one of the inside of the tent or around the lantern case 111 , and the fire detection sensor 154 is formed on one side of the lantern case 111 . characterized by being

The notification lamp 155 is formed to notify the surroundings through light when an abnormality is detected from the temperature and humidity sensor 151, the fine dust sensor 152, the gas sensor 153, and the fire sensor 154, The notification lamp 155 is characterized in that it is formed on one side of the upper part of the lantern case 111 .

The notification speaker 156 is formed to notify the surroundings through sound when an abnormality is detected from the temperature and humidity sensor 151, the fine dust sensor 152, the gas sensor 153, and the fire sensor 154, The notification speaker 156 is characterized in that the lantern case 111 is formed on the upper side.

FIG. 3 is a view of the illuminance sensing means 200 which is another embodiment for the camping lantern 100 , and FIG. 4 is a detailed view of FIG. 3 .

As shown in the drawing, the illuminance sensing means 200 is configured to be further included in the camping lantern 100, and the illuminance sensing means 200 detects the illuminance around the camping lantern to detect the illuminance around the camping lantern. It is characterized in that it is for adjusting the brightness.

The illuminance sensing means 200 includes a rotating plate 210, a rotating support pipe 211, a pipe insertion groove 212, a rotating motor 213, an illuminance sensing sensor 214, an adjustment fixed panel 215, and a panel guide. It consists of a bar 216 , an illuminance control panel 217 , a slide screw 218 , a screw member 219 , a screw motor 220 , and a panel connection member 221 .

The rotation plate 210 is formed to rotate the irradiation direction of the lighting lamp 114 in multiple directions, and the rotation plate 210 is formed under the lantern case 111 .

The rotation support tube 211 is formed to support the rotation of the rotation plate 210 , and the rotation support tube 211 is formed to be seated on the shaft support member 123 .

The tube insertion groove 212 is formed so that the upper portion of the rotation support tube 211 can be inserted, and the tube insertion groove 212 is formed on the lower surface of the rotation plate 210 .

The rotation motor 213 is formed to rotate the rotation plate 210 , and the rotation motor 213 is formed on the inner bottom surface of the rotation support pipe 211 .

The illuminance sensor 214 is formed to detect the illuminance around the camping lantern and provide the sensed information to the screw motor 220 side, and the illuminance sensor 214 is one side around the rotating plate 210 It is characterized in that it is formed in

The adjustment fixing panel 215 is formed so that illumination is irradiated by the lighting lamp 114 , and the adjustment fixing panel 215 is fixed to the front of the lantern case 111 .

The panel guide bar 216 is formed so that the illuminance control panel 217 can be inserted and slid. characterized.

The illuminance control panel 217 is formed to adjust the amount of light irradiated by the lighting lamp 114 , and the illuminance control panel 217 is inserted into the panel guide bar 216 to slide. characterized by being

The slide screw 218 is formed to be coupled to a screw member 219 formed on the inner upper surface of the front surface of the lantern case 111 to be rotated by a screw motor 220, and the slide screw 218 has one side of the screw. It is characterized in that it is connected to the motor shaft of the motor 220 .

The screw member 219 is formed to support one side and the other side of the slide screw 218, and the screw member 219 is formed on the inner upper surface of the front surface of the lantern case 111, respectively.

The screw motor 220 is formed to rotate the slide screw 218 , and the screw motor 220 is formed on one side inside the lantern case 111 .

The panel connecting member 221 is coupled to the slide screw 218 so that the illuminance amount control panel 217 can slide and move when the slide screw 218 rotates, and the panel connecting member 221 has one side It is fixed to the illuminance amount control panel (217), characterized in that the other side is formed to be coupled to the slide screw (218).

5 is a view of the auxiliary search means 300, 3, which is another embodiment for the camping lantern 100, and FIG. 6 is a detailed view of FIG.

As shown in the figure, the auxiliary searching means 300 is configured to be further included in the camping lantern 100, and the auxiliary searching means 300 rotates the lantern case 111 to determine the irradiation direction of the light. It is characterized in that it is multidirectional.

The auxiliary searching means 300 includes a rotation control panel 310, a rotation fixing member 311, a rotation control motor 312, a motor holder 313, a rotation variable shaft 314, an angle sensor 315, an angle. made of a member 316 .

The rotation control panel 310 is formed so that the rotation fixing member 311 is inserted and rotated by the rotation control motor 312, the rotation control panel 310 is formed as a lower surface of the case rotation member 121 characterized by being

The rotation fixing member 311 is coupled to the center of the rotation control panel 310 and is formed to support the rotation control panel 310 to be rotated. characterized in that it is formed.

The rotation control motor 312 is formed to rotate the rotation variable shaft 314 connected to the rotation control panel 310, and the rotation control motor 312 is formed on the motor holder 313. do.

The motor holder 313 is formed to fix the rotation control motor 312 , and the motor holder 313 is formed on one side of the shaft support member 123 .

The variable rotation shaft 314 is formed to be rotated by the rotation control motor 312, and the variable rotation shaft 314 has one side connected to the motor shaft of the rotation control motor 312, and the other side is rotated. It is characterized in that it is formed to be fixed to the rotation control panel (310) through the fixing member (311) and the rotation control panel (310).

The angle sensor 315 is formed to detect the rotation angle of the rotation control panel 310, and the angle sensor 315 is formed on one side of the upper shaft support member 123.

The angle member 316 is formed to detect an angle at which the angle sensor 315 is rotated when the rotation control panel 310 is rotated, and the angle member 316 is angled toward the lower side of the rotation control panel 310 . It is characterized in that a plurality of stars are formed.

FIG. 7 is a view of a warm air spraying means 400 that is another embodiment for a camping lantern 100 , and FIG. 8 is a detailed view of FIG. 7 .

As shown in the figure, the warm air spraying means 400 is configured to be further included in the camping lantern 100 , and the warm air spraying means 400 uses the heat generated by the lighting lamp 114 to the outside. It is characterized in that it is discharged to provide warm air.

The hot air spraying means 400 includes a heat sink 410, a heat radiation fin 411, a heat pipe 412, a thermoelectric element 413, a discharge fan 414, a discharge tube 415, a temperature sensor 416, a heater 417 , a blade shaft 418 , a discharge blade 419 , and a blade motor 420 .

The heat sink 410 is formed to dissipate heat generated during operation of the lighting lamp 114 into the lantern case 111, and the heat sink 410 is formed on the rear surface of the lighting lamp 114. do.

The heat dissipation fins 411 are formed to dissipate heat concentrated on the heat dissipation plate 410 , and a plurality of the heat dissipation fins 411 are formed on the rear surface of the heat dissipation plate 410 .

The heat pipe 412 is formed to absorb heat dispersed in the heat dissipation fins 411 and provide it to the thermoelectric element 413 . connected, and the other end is connected to the thermoelectric element 413 .

The thermoelectric element 413 is formed to cool the heat of the heat dissipation fin 411 by moving the heat absorbed through the heat pipe 412 toward the emission tube 415 by driving the emission fan 414 , the thermoelectric element (413) is characterized in that the discharge fan (414) is formed attached to one side.

The emission fan 414 is formed to move heat from the thermoelectric element 413 side to the emission tube 415 side, and the emission fan 414 is formed on the rear surface of the lantern case 111 .

The discharge tube 415 is formed to discharge the hot air moving through the discharge fan 414 to the outside, and the discharge tube 415 is formed on the rear surface of the lantern case 111 .

The temperature sensor 416 detects the temperature inside the discharge tube 415 and operates the heater 417 when the temperature is lower than the set temperature, and is formed to provide information to open the release blade 419 when the temperature is higher than the set temperature. To be to be, the temperature sensor 416 is characterized in that it is formed on one side inside the discharge tube (415).

The heater 417 is provided to receive information from the temperature sensor 416 when the temperature inside the discharge tube 415 is less than or equal to a set temperature and is configured to operate to meet the set temperature, and the heater 417 is the discharge tube (415) It is characterized in that it is formed on one side of the inside.

The blade shaft 418 is formed to enable rotation of the discharge blade 419, the blade shaft 418 is vertically formed into the discharge tube 415, and is formed to be rotated by the blade motor 420 characterized in that

The discharge blade 419 is closed when the temperature inside the discharge tube 415 is below a set temperature, and is formed to be open when the temperature is higher than or equal to the set temperature, and the discharge blade 419 is coupled to the blade shaft 418. characterized by being

The blade motor 420 is formed to generate rotational power for rotating the discharge blade 419, the blade motor 420 is characterized in that it is formed on the outside of the discharge tube (415).

The above-described embodiments are for illustration, and those of ordinary skill in the art to which the above-described embodiments pertain can easily transform into other specific forms without changing the technical idea or essential features of the above-described embodiments. You will understand. Therefore, it should be understood that the above-described embodiments are illustrative in all respects and not restrictive. For example, each component described as a single type may be implemented in a dispersed form, and likewise components described as distributed may also be implemented in a combined form.

The scope to be protected through this specification is indicated by the claims described below rather than the above detailed description, and should be construed to include all changes or modifications derived from the meaning and scope of the claims and their equivalents. .

100: camping lantern
110: case part 111: lantern case
112: case support 113: bar folding hinge
114: lighting lamp 115: lamp panel
116: case seating bar 117: ground plate
120: rotating part 121: case rotating member
122: rotation shaft 123: shaft support member
130: fire extinguishing unit 131: fire detection sensor
132: fire extinguishing liquid tank 133: liquid injection nozzle
140: mosquito repellent unit 141: repellent tank
142: spray timer 143: repellent spray nozzle
150: warning notification unit 151: temperature and humidity sensor
152: fine dust detection sensor 153: gas detection sensor
154: fire detection sensor 155: notification lamp
156: notification speaker
200: illuminance sensing means 210: rotating plate
211: rotation support pipe 212: pipe insertion groove
213: rotation motor 214: illuminance sensor
215: adjustment fixed panel 216: panel guide bar
217: illuminance control panel 218: slide screw
219: screw member 220: screw motor
221: panel connection member
300: auxiliary search means 310: rotation control panel
311: rotation fixing member 312: rotation control motor
313: motor holder 314: rotation variable shaft
315: angle sensor 316: angle member
400: warm air spraying means 410: heat sink
411: heat dissipation fin 412: heat pipe
413: thermoelectric element 414: emission fan
415: discharge tube 416: temperature sensor
417: heater 418: blade shaft
419: discharge blade 420: blade motor

Claims (5)

In a camping lantern with a carbon monoxide alarm function that detects carbon monoxide inside the tent or detects a fire and notifies the user, and sprays mosquito repellent to get rid of mosquitoes around,
The camping lantern is
The lighting lamp is built-in, the case portion for supporting the lantern case; and
Rotating unit for rotating the lantern case; and
Fire extinguishing unit for spraying extinguishing liquid in case of fire; and
Mosquito repellent unit for repelling mosquitoes around the lantern; and
It includes a warning notification unit to notify the user when gas detection and fire are detected,
The case part,
A lantern case having a built-in lighting lamp and an opening in the front;
And a case support formed in the lower center of the lantern case to support the lantern case,
A bar folding hinge formed around the lower periphery of the shaft support member so that the case seating bar can be folded and rotated;
An illumination lamp formed to irradiate light from the inside of the lantern case,
A lamp panel formed on the front of the lantern case to protect the lighting lamp from the outside and to prevent the entry of pests;
One side is connected to a bar folding hinge to support the lantern case, and the other side is made of a case seating bar formed to be in close contact with the ground,
The rotating part,
a case rotating member formed under the case support to support the case support;
A rotating shaft having one side coupled to the lower case rotating member so that the case rotating member can be rotated, and the other side being coupled to the upper shaft supporting member;
It is formed under the rotating shaft so that the rotating shaft can be rotated, and it consists of a shaft support member formed so that the case seating bar can be connected,
The digestive unit,
A fire detection sensor formed on the upper part of the extinguishing liquid tank to detect a fire;
A fire extinguishing liquid tank having a built-in fire extinguishing liquid to be provided toward the liquid injection nozzle and formed on one side of the upper surface of the shaft support member;
It consists of a liquid injection nozzle formed on one side of the fire extinguishing liquid tank to spray the fire extinguishing liquid compressed at high pressure in the fire extinguishing liquid tank,
The mosquito repellent unit,
A repellent tank to be provided to the repellent spray nozzle is built-in, and a repellent tank is formed on one side of the upper surface of the lantern case,
A spray timer formed on one side of the repellent tank to set a time so that the repellent can be sprayed according to the set time,
It consists of a repellent spray nozzle formed on one side of the repellent tank to spray the repellent compressed at high pressure in the repellent tank,
The warning notification unit,
A temperature and humidity sensor formed on one side of the lantern case to detect the temperature and humidity around the lantern case,
A fine dust sensor formed on one side of the lantern case to detect fine dust around the lantern case,
A gas detection sensor formed on one side of the lantern case to detect carbon monoxide gas around the lantern case,
A fire detection sensor formed on one side of the lantern case to detect a fire occurring in either the inside of the tent or around the lantern case,
A notification lamp formed on one side of the upper part of the lantern case to notify the surroundings through light when an abnormality is detected from the temperature and humidity sensor, fine dust sensor, gas sensor and fire sensor,
It consists of a notification speaker formed on one side of the upper part of the lantern case to notify the surroundings through sound when an abnormality is detected from the temperature and humidity sensor, fine dust sensor, gas sensor and fire sensor,

The camping lantern,
It further includes an illuminance sensing means for detecting the illuminance around the camping lantern to adjust the brightness around the camping lantern,
The illuminance sensing means,
A rotating plate formed under the lantern case to rotate the irradiation direction of the lighting lamp in multiple directions;
A rotation support pipe that is seated and formed on the upper shaft support member to support the rotation of the rotation plate;
A tube insertion groove formed on the lower surface of the rotation plate so that the upper portion of the rotation support tube can be inserted;
A rotating motor formed on the inner bottom surface of the rotating support pipe to rotate the rotating plate,
An illuminance sensor formed on one side of the circumference of the rotating plate to detect the illuminance around the camping lantern and provide the sensed information to the screw motor;
A control fixing panel fixed to the front of the lantern case so that the illumination is irradiated by the lighting lamp;
A panel guide bar formed on the upper and lower sides of the lantern case front inside so that the illuminance control panel can be inserted and slid;
An illuminance control panel that is inserted into the panel guide bar to slide in order to control the amount of light irradiated by the lighting lamp;
A slide screw coupled to a screw member formed on the inner upper surface of the front of the lantern case and having one side connected to the motor shaft of the screw motor so as to be rotated by the screw motor;
Screw members respectively formed on the inner upper surface of the front of the lantern case to support one side and the other side of the slide screw;
A screw motor formed on one side of the inside of the lantern case to rotate the slide screw,
Carbon monoxide alarm, characterized in that it is coupled to the slide screw so that the illuminance control panel can slide and move when the slide screw is rotated. A camping lantern that combines functions.
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