KR101585911B1 - tent - Google Patents

Abstract

According to the present invention, a roof top tent for a vehicle comprises: a roof top tent (110) loaded to be in a state of being folded in an upper end of a roof carrier (11) installed in a vehicle roof; an annex (120) enabling a first space (121) to be formed in a side surface of a vehicle; an extending tent (130) having a roof bag (131), a plurality of side surface bags (133), and a second space (135); a pole (140) individually installed in one side of the side surface bags (133); a light emitting strip provided in an outer side surface of the annex (120) and the extending tent (130); a plurality of infrared light sensors provided in the annex (120) and the extending tent (130); a plurality of flickering lamps provided along an edge portion of the annex (120) and the extending tent (130); a wireless communication unit installed in the annex (120) and the extending tent (130); a camera unit installed in annex (120) and the extending tent (130); an alarm unit installed in annex (120) and the extending tent (130); a display unit provided inside the annex (120) and the extending tent (130); a control unit controlling the infrared light sensors, the flickering lamps, the wireless communication unit, the camera unit, the alarm unit, and the display unit; and a sunlight generation unit supplying power to the the infrared light sensors, the flickering lamps, the wireless communication unit, the camera unit, the alarm unit, the display unit, and the control unit.

Description

Vehicle roof top tent {tent}

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a roof top tent for a vehicle, and more particularly, to a roof top tent for a vehicle which can detect a sensing object approaching the periphery of the tent through an infrared sensor and a camera unit,

Recently, more and more people are enjoying camping by using roof tents for cars.

Such a roof tent for a vehicle comprises a tent body made of a waterproof sheet material and fixing means for fixing the tent body.

The tent body of the vehicle roof top tent is formed by interposing or joining a plurality of pieces of sheets to each other. The fixing means is formed in an elastic bar shape. The tent body is coupled to a fixing portion formed on a circumferential surface of the tent body, So as to form a tunnel.

However, many people use the camping area mainly used when the roof tent for automobiles is used. At night, the roof top tent for the vehicle is not easily seen. Therefore, not only the user of the roof top tent for the vehicle but also the roof top tent for the vehicle People often trip over a vehicle roof top tent while they are moving, or they often push down a vehicle roof top tent.

Further, when camping in the mountains is performed, the user who is inside the tent body can not know the person or the animal approaching from the outside, and theft can occur when the roof tent for the vehicle is vacated.

In addition, when wild animals such as wild boar approached, there was a problem that dangerous situation occurred because there was no method to confirm in advance.

Therefore, there is a need for a new method to solve such a problem.

Korean Registered Patent Publication No. 1436951

SUMMARY OF THE INVENTION It is an object of the present invention to provide a roof top tent for a vehicle which can easily identify a location and a shape at night.

It is also an object of the present invention to provide a method and apparatus for detecting an object to be detected by an alarm sound through a display unit, It is intended to provide a vehicle roof top tent which can be used for various purposes according to the situation by changing the sound and adjusting the volume.

According to an embodiment of the present invention, there is provided a roof top tent for a vehicle, comprising: a roof top tent (110) stacked on top of a roof carrier (11) installed in a vehicle roof and erected when the vehicle is spread; An un-axle 120 connecting the roof top tent 110 and the ground to form a first space 121 on a side surface of the vehicle; A roof box 131 selectively connected to a lower portion of the roof top tent 110 so as to selectively join the roof top tent 110 and the un-aisle 120, a roof roof 131 connected to the roof top tent 110 side, A plurality of side cloths 133 connected to the rim of the cloth 131 and a second space 135 communicating with or partitioned from the first space 121 are formed by forming one of the side cloths 136, An expansion tent (130) for allowing the second space (135) to be completely or partially subdivided from the outside; A pole block 140 installed at one side of the side cloth 133 at a portion contacting both sides of the entrance / exit bag 136; A light emitting strip provided on an outer surface of the un-axes 120 and the extension tent 130, the light emitting strip being a luminous or reflective material; An infrared sensor having a plurality of openings in the un-axes 120 and the extension tents 130 and sensing an area having a predetermined radius around the un-axes 120 and the expansion tents 130; A plurality of blinking lights provided along corners of the unexpanded tent and the unexpanded tent; A wireless communication unit installed in the un-access 120 and the extension tent 130 and capable of wireless communication with a portable terminal of a predetermined user and a manager; A visible light camera for photographing a visible light image and an infrared camera for photographing an infrared image in the same area as a visible light camera installed in the un-axes 120 and the extension tent 130, A camera unit for transmitting; An alarm unit installed in the un-axle 120 and the expansion tent 130 to generate an alarm; A display unit provided in the un-axes 120 and the extension tent 130 and outputting an image photographed by a visible light camera of the camera unit; A controller for controlling the infrared sensor, the flasher, the wireless communication unit, the camera unit, the alarm unit, and the display unit; And a solar power generator for supplying power to the infrared sensor, the blinker, the wireless communication unit, the camera unit, the alarm unit, the display unit, and the control unit, wherein the control unit controls the infrared sensor, The distance between the infrared camera and the object to be sensed is measured using data corresponding to the sensing area per pixel stored in the memory unit in advance using the resolution of the infrared camera and the angle of view of the lens, And the number of blinking blinkers is increased as the distance of the blinking light is shortened and the number of blinking blinkers is increased, And an alarm sound is emitted as the distance is shortened, The control unit controls the wireless communication unit to transmit a text message informing the user portable terminal of access to the sensed object and an image photographed by the visible light camera, and when the communication unit receives the text message from the user portable terminal within a predetermined time, SAFE 'or' SAFETY 'is received, the alarm is turned off while the blinker is turned off, and when a text message in which the words' DANGER' or 'DANGER' is described is received from the user portable terminal, And transmits the image photographed by the camera and the location where the un-assemble 120 and the extension tent 130 are installed to a predetermined administrator portable terminal. When the infrared sensor detects a detection object coming in a certain radius, The user can confirm the sensed object inside the unexcavator 120 and the expansion tent 130 Wherein the sensing area is a human or an animal and the sensing area per pixel is calculated by dividing the measurable area (2H x 2V) according to the lens of the infrared camera by the pixel (x x y 2H is the horizontal length of the measurable area according to the separation distance D and the horizontal angle of view (HFOV) of the infrared camera, and 2V is the horizontal distance of the distance D and the vertical angle of view of the infrared camera VFOV) of the measurement area.

[Equation 1]

As described above, according to the present invention, it is possible to provide a roof tent for a vehicle which can easily confirm the position and shape at night.

Also, the effect of the present invention is that the user inside the unexcluded and extended tent can easily know that the sensed object is approaching through the alarm sound, the sensed object can be easily grasped through the display unit, It is possible to provide a vehicle roof top tent which can be used for various purposes in accordance with the situation by changing the sound and adjusting the volume.

1 is a perspective view illustrating a tent capable of grasping an external approach according to a preferred embodiment of the present invention.
FIG. 2 is an exploded view of a tent capable of grasping an external approach according to a preferred embodiment of the present invention.
3 is a view illustrating a tent capable of grasping an external approach according to a preferred embodiment of the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS The advantages and features of the present invention, and the manner of achieving them, will be apparent from and elucidated with reference to the embodiments described hereinafter in conjunction with the accompanying drawings. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the invention to those skilled in the art. To fully disclose the scope of the invention to those skilled in the art, and the invention is only defined by the scope of the claims. Like reference numerals refer to like elements throughout the specification.

Hereinafter, the present invention will be described with reference to the drawings for explaining a roof tent for a vehicle according to embodiments of the present invention.

1 is a perspective view illustrating a tent capable of grasping an external approach according to a preferred embodiment of the present invention. FIG. 2 is an exploded view of a tent capable of grasping an external approach according to a preferred embodiment of the present invention. 3 is a view illustrating a tent capable of grasping an external approach according to a preferred embodiment of the present invention.

1 to 3, a roof tent for a vehicle according to the present invention includes a roof top tent 110, an un-axle 120, an expansion tent 130, a pole 140 and a light-emitting strip 30, A sensor 40, a flashing light 50, a wireless communication unit 60, a camera unit 70, an alarm unit 80, a display unit 90, a control unit 100 and a solar power generation unit.

The roof top tent 110 is stacked on the top of the roof carrier 11 installed in the vehicle roof and is raised when it is spread out laterally of the vehicle.

The un-axle 120 connects the roof top tent 110 and the ground to form a first space 121 on the side surface of the vehicle.

The expansion tent 130 may include a roofing foil 131 selectively connected to a lower portion of the roof top tent 110 so as to selectively join the roof top tent 110 and the un-aisle 120, A plurality of side cloths 133 connected to the rim of the roof cloth 131 connected to the first space 121 and a plurality of side cloths 133 connected to the rim of the roof cloth 131 connected to the first space 121, 135 are provided so that the second space 135 can be completely or partially partitioned from the outside.

The pole pieces 140 are respectively installed on one side of the side cloth 133 at a portion contacting both sides of the entrance / exit bag 136.

The light emitting strip 30 is configured to emit light at night by attaching or impregnating a luminous material to a sheet of synthetic resin sheet having a long length and a narrow width, And the outer surface of the unexpansion piece 120 and the extension tent 130 so as to extend along the circumference of the inlet /

In the roof tent for a vehicle, the light emitting strips 30 are attached to the outer surfaces of the unexpanded tents 130 and the unexposed tents 130, and the light emitting strips 30 emit light at night to easily recognize the overall shape of the tent. have. In addition, the light emitting strip 30 may also be attached to the outer surface of the roof top tent 110.

Thus, there is an advantage that the user or other people can not see the tent at night, so that it can be prevented from falling over the tent or from tearing down the tent.

Particularly, the light emitting strip 30 is provided at the periphery of the entrance and exit door 136, so that the user can easily find the entrance of the unexplained 120 and the extension tent 130 at night.

In other words, it is difficult to find the entrance / exit port 136 on the outer side of the un-axle 120 and the extension tent 130. Since the light-emitting strip 30 is provided at the periphery of the entrance / exit port 136, Can be easily found.

In the case of this embodiment, the light emitting strip 30 is exemplified as a sheet of synthetic resin impregnated or adhered with a luminous material, but the light emitting strip 30 may be made of a reflective sheet having a reflective function.

The infrared sensor 40 is provided with a plurality of unexplained regions 120 and an extended tent 130 and senses a predetermined radius region around the unexplained region 120 and the extended tent region 130.

The blinking light 50 is provided along the corner of the unexpanded tent 130 and the unexpanded tent 130, and is composed of a plurality of flashing lights.

The wireless communication unit 60 is installed in the unexpansion 120 and the expansion tent 130 and is capable of wireless communication with predetermined mobile terminals of a user and a manager.

At this time, the wireless communication unit 60 can receive the text message from the wireless terminal and transmit the text message to the wireless terminal. The received text message is analyzed by the control unit 100, and the text message to be transmitted is set in advance.

In particular, when the wireless communication unit 60 receives a text message, the control unit 100 may extract a predetermined word by analyzing words of the text message.

The camera unit 70 is installed in the unexpansion 120 and the expansion tent 130 to capture the surroundings and transmit the captured image to the control unit 100. [

The camera unit 70 includes a visible light camera 71 for photographing a visible light image and an infrared camera 72 for photographing an infrared image in the same area as the visible light camera 71.

The alarm unit 80 is provided in the un-assemble 120 and the expansion tent 130 to generate an alarm.

The alarm unit 80 includes an on-off switch and a volume switch that are provided outside the un-expansion 120 and the expansion tent 130 and can control the operation of the alarm unit 80. The on- And the volume switch are installed inside the un-axle 120 and the expansion tent. That is, when the alarm unit 80 operates, the user can easily turn off and adjust the size of the alarm sound within the un-expansion 120 and the expansion tent 130.

In addition, the alarm unit 80 includes a changeover switch for changing the type of alarm sound to be generated. There are a number of change switches, each of which has an incorrect alarm sound.

For example, there are tigers, lions, police car sirens, horns, etc., and can be used appropriately according to the situation.

It may be controlled by the control unit 100 to be described later, but an alarm may be generated according to the use of the user.

The display unit 90 is provided in the unexplained region 120 and the extended tent 130 to output an image captured by the visible light camera 71 of the camera unit 70.

This allows the user to view an image captured by the camera unit 70 from the inside. Accordingly, the alarm sound can be changed according to the approach of the outside person or the animal.

The control unit 100 controls the infrared sensor 40, the blinker 50, the wireless communication unit 60, the camera unit 70, the alarm unit 80, and the display unit 90.

The solar power generator supplies power to the infrared sensor 40, the blinker 50, the wireless communication unit 60, the camera unit 70, the alarm unit 80, the display unit 90 and the control unit 100, Self powered by solar panels to charge the power.

If the infrared ray sensor 40 detects a detection object coming in a predetermined radius, the control unit 100 calculates the detection area per pixel stored in the memory unit using the resolution of the infrared camera and the angle of view of the lens The distance between the infrared camera and the object to be detected is measured.

At this time, the sensing area per pixel is calculated by dividing the measurable area (2H × 2V) according to the lens of the infrared camera by the pixel (x × y) of the infrared camera 72 as shown in the following formula (1) 2H is the horizontal length of the measurable area according to the separation distance D and the horizontal angle of view (HFOV) of the infrared camera, and 2V is the horizontal length of the measurable area according to the separation distance D and the vertical angle of view (VFOV) Vertical length.

[Equation 1]

The control unit 100 can measure the distance from the object to be detected with the infrared intensity using the infrared sensor 40. Since this is a known technique, a detailed description will be omitted.

The control unit 100 controls the blinking light 50 to blink when the infrared ray sensor 40 senses an object having a predetermined radius and detects the blinking of the blinking light 50 And the number of the blinking lights 50 blinking is increased.

Then, the control unit 100 generates an alarm generated by the alarm unit 80, and increases the alarm sound as the separation distance becomes shorter.

Accordingly, a warning can be given to the approaching detectors, thereby preventing access to the un-assemble 120 and the expansion tent 130.

The control unit 100 controls the wireless communication unit 60 to transmit a text message informing the user portable terminal of access to the sensed object and a visual message When the communication unit receives a text message indicating 'SAFE' or 'SAFE' from the user's portable terminal within a predetermined time, the blinker 50 is turned off and an alarm unit 80 are turned off.

On the contrary, when the control unit 100 receives a text message in which a phrase 'DANGER' or 'DANGER' is described from the user portable terminal, the image captured by the visible light camera 71, the unexcluded 120 and the extended tent 130 And transmits the installed location to the predetermined administrator portable terminal.

The control unit 100 operates the display unit 90 to detect the inside of the unexpanded tent 130 and the unexplained tent 130 when the infrared sensor 40 detects a detection object coming in the inside of a certain radius. You can check the water.

Here, the detection object refers to a person or an animal.

It will be understood by those skilled in the art that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. It is therefore to be understood that the above-described embodiments are illustrative in all aspects and not restrictive. The scope of the present invention is defined by the appended claims rather than the foregoing detailed description, and all changes or modifications derived from the meaning and scope of the claims and the equivalents thereof are included in the scope of the present invention Should be interpreted.

30: light emitting strip 40: infrared sensor
50: Blinking light 60: Wireless communication unit
70: camera unit 71: visible light camera
72: infrared camera 80: alarm unit
90: display unit 100:
110: Loop Top Tent 120: Unexplored
130: Expansion Tent 140: Poles
150: Solar power department

Claims (1)

A roof top tent loaded in a folded state on top of a roof carrier installed in a vehicle roof and raised when the vehicle is spread out laterally;
An unexplaced space in which the first space 121 is formed on the side surface of the vehicle by connecting the roof top tent to the ground;
A roof box 131 selectively connected to a lower portion of the roof top tent 110 so as to selectively join the roof top tent and the un-aisle, and a rim of a roof top 131 connected to the roof top tent 110 side, And a second space 135 communicating with or partitioned from the first space 121 is formed by forming a plurality of side cloths 133 connected to the first space 121 and an entrance / An expansion tent 130 that can be completely or partially partitioned from the outside;
A pole block 140 installed at one side of the side cloth 133 at a portion contacting both sides of the entrance / exit bag 136;
A light emitting strip provided on an outer surface of the un-axes 120 and the extension tent 130, the light emitting strip being a luminous or reflective material;
An infrared sensor having a plurality of openings in the un-axes 120 and the extension tents 130 and sensing an area having a predetermined radius around the un-axes 120 and the expansion tents 130;
A plurality of blinking lights provided along corners of the unexpanded tent and the unexpanded tent;
A wireless communication unit installed in the un-access 120 and the extension tent 130 and capable of wireless communication with a portable terminal of a predetermined user and a manager;
A visible light camera for photographing a visible light image and an infrared camera for photographing an infrared image in the same area as a visible light camera installed in the un-axes 120 and the extension tent 130, A camera unit for transmitting;
An alarm unit installed in the un-axle 120 and the expansion tent 130 to generate an alarm;
A display unit provided in the un-axes 120 and the extension tent 130 and outputting an image photographed by a visible light camera of the camera unit;
A controller for controlling the infrared sensor, the flasher, the wireless communication unit, the camera unit, the alarm unit, and the display unit; And
And a solar power generator for supplying power to the infrared sensor, the flasher, the wireless communication unit, the camera unit, the alarm unit, the display unit, and the control unit,
Wherein,
And a controller for controlling the operation of the infrared camera and the detection unit based on data corresponding to the sensing area per pixel stored in the memory unit in advance using the resolution of the infrared camera and the angle of view of the lens when the sensing unit is detected by the infrared sensor, And the distance between them is measured,
Wherein when the infrared ray sensor detects a detection object coming into the inside of a predetermined radius, the flashing light is blinked, the shorter the time interval during which the flashing light blinks and the number of blinking flashing lights increase as the separation distance becomes shorter, And an alarm sound is generated as the distance is shortened,
And a controller for controlling the wireless communication unit to transmit a text message informing the user of access to the sensed object and an image sensed by the visible light camera when the sensed object arriving inside the predetermined radius is detected by the infrared sensor, When the communication unit receives a text message in which the phrase " SAFE " or " safety " is described from the user portable terminal, the blinker is turned off and the alarm of the alarm unit is turned off, and the 'DANGER' And transmits the image photographed by the visible light camera and the location where the unexplorer 120 and the extension tent 130 are installed to the predetermined administrator portable terminal,
When the infrared sensor detects a detection object coming into the inside of a certain radius, the display unit can be operated to confirm the detection object in the interior of the unexpansion tent 120 and the expansion tent 130,
The detection object is a person or an animal,
The sensing area per pixel is calculated by dividing the measurable area (2H x 2V) of the infrared camera by the pixel (x x y) of the infrared camera as shown in the following formula (1) Is the horizontal length of the measurable area according to the distance D and the horizontal angle of view HFOV of the infrared camera and 2V is the vertical length of the measurable area according to the distance D and the vertical angle of view VFOV of the infrared camera Features roof tent for cars.
[Equation 1]

Images