KR102653868B1 - Backpack for Drone quipement storage - Google Patents

Abstract

The present invention relates to a backpack for storing and transporting drone equipment, and includes a front and rear portion that can be opened and closed by a zipper, and the front and rear portions include first and second storage areas formed therein, respectively, The first storage area includes a first attachment portion formed on the inner surface of the front portion to be long from the bottom to the top and formed in multiple spaced apart portions, and a ground control device storage portion that is detachably coupled to the first attachment portion and in which the ground control device is stored. The second storage area includes a second attachment portion formed long in the width direction on the lower inner surface of the rear portion, a pair of battery storage portions attached to the second attachment portion, and a second attachment portion on the inner surface of the rear portion excluding the second attachment portion. It includes a drone body storage portion provided in the remaining portion into which the drone body with the arm folded and the camera mounted is inserted, and a camera storage portion detachably coupled to the drone body storage portion and covered with the camera to store the camera. .

Description

Backpack for Drone quipement storage}

The present invention relates to a backpack, and more specifically, to a backpack for storing and transporting drone equipment.

Unmanned aerial vehicles, such as drones, were developed for military use and have recently become so common that they are widely used by the general public as equipment for unmanned aerial transport, reconnaissance, and filming. Typically, a drone consists of a main body, a plurality of arms radially connected to the main body, a propeller mounted on the end of the arm to generate thrust for vertical flight, and a camera mounted on one side of the main body. Since the overall volume of these drones increases due to the length of the arm, the arm is configured to fold and unfold toward the main body for storage or transportation. Equipment for operating drones, including these drones, additionally includes landing gear needed for landing the drone, communication devices for communication, antennas, batteries, etc.

However, in the past, there were almost no dedicated bags that could properly store the drone in order to transport it. If the drone is stored in a general bag that is large enough to accommodate the drone, there is a risk that the arm or propeller of the drone may be damaged during movement because there is no means to secure it stably without moving inside the bag or to absorb shock. There is. In particular, since the drone is equipped with a camera, it is more difficult to store it. If the camera is removed after mounting, errors will occur in the existing setting information, so it is difficult not to separate the camera for convenience of storage and transportation.

The packaging box you receive when purchasing a drone is equipped with a means to limit the movement of the drone and absorb shock, but there is a limitation that the user cannot carry it directly on their back, and as mentioned above, the camera cannot be stored with it attached to the main body. There is no It is possible to load and transport these packaging boxes in a vehicle and take out and use a drone in a necessary location, but in special circumstances such as military training, it must be something that can be carried on the back like a backpack in mountainous terrain where vehicles cannot operate. Therefore, there are limits to the use of vehicles.

Meanwhile, Public Utility Model No. 20-2017-0003910 discloses ‘Drone transportation and storage bag’, and registered patent No. 10-1964304 discloses ‘Drone storage bag equipped with solar cell panel’. . However, Registered Patent No. 10-1964304 combines a drone with a seating port inside a bag, and has the disadvantage that it can be damaged by impact from shaking of the drone in the inner space of the bag, and Public Utility Model No. 20-2017-0003910 combines a drone with a seat inside a bag. In order to fix it with a binding tube, a separate and inconvenient process of inflating it by injecting air into the binding tube is required, and it has the disadvantage of being unsuitable for the user to carry directly on their back.

The purpose of the present invention is to provide a backpack for storing drone equipment that the user can carry directly, restricts the movement of the drone, and prevents shock from being transmitted to the drone even if an external shock is applied.

Another object of the present invention is to provide a backpack for storing drone equipment that allows stable storage of each part with a camera mounted on the drone.

In order to solve the above-described problem, the present invention includes a drone main body, a plurality of arms radially connected to the drone main body and configured to be folded and unfolded toward the drone main body, a propeller mounted on an end of the arm, and A cylindrical camera detachably mounted on the upper side of the drone body, a plurality of rod-shaped landing gears detachably coupled to two front and two rear positions on the lower side of the drone body, and a bar-shaped camera mounted on the drone body. A backpack for storing drone equipment including an antenna, a battery that is detachably coupled to the drone body to supply power, a communication device, and a ground control device, and includes a front and rear portion that can be opened and closed by a zipper. , the front part and the rear part each include first and second storage areas formed therein, and the first storage area is formed on the inner surface of the front part long from the bottom to the top, but is formed in plurality spaced apart from each other. It includes an attachment portion and a ground control device storage portion that is detachably coupled to the first attachment portion and accommodates the ground control device, and the second storage area is formed to be long in the width direction on the lower inner surface of the rear portion. A drone provided with a second attachment portion, a pair of battery storage portions attached to the second attachment portion, and the remaining portion of the inner surface of the rear portion excluding the second attachment portion, with the arm folded and the camera mounted thereon. A backpack for storing drone equipment is provided, including a drone body storage portion into which the main body is inserted, and a camera storage portion detachably coupled to the drone body storage portion and covering the camera to accommodate the camera.

According to one feature, the ground control device storage portion includes a first opening formed on one side to allow insertion or extraction of the ground control device, a first cover portion that opens and closes the first opening, and the landing on one side. A plurality of landing gear accommodating parts formed long enough to accommodate gears, an antenna accommodating part formed on one side adjacent to the landing gear accommodating part so as to accommodate the antenna, and formed long in the longitudinal direction on the other side, but spaced apart from each other. It is formed and includes a third attachment part detachably attached to the first attachment part, wherein the battery compartment includes a second opening formed on one side to allow insertion or extraction of the battery, and the second opening part. It includes a second cover portion that opens and closes, and a fourth attachment portion formed on one surface to be detachably attached to the second attachment portion, wherein the drone body storage portion is sewn-joined to the inner surface of the rear portion, the arm is folded, and the drone body storage portion is sewn to the inner surface of the rear portion. A third opening is formed on one side so that the drone body with the camera mounted on it can be inserted, a camera through-hole is formed by extending from the third opening to the other side, a fourth attachment portion is formed on both sides of the camera through-hole, and the camera A housing in which a first buckle is formed adjacent to the through hole, one end of each of which is sewn coupled to the inner surface of the rear portion at a position adjacent to both sides of the third opening, and the other end of each of which is attached to a fourth attachment portion of the housing. It includes a pair of fixing bands that cross each other in the shape of an It includes a second buckle that can be coupled to and detachable from the first buckle formed on the housing of the main body accommodating part, and is covered with a camera exposed above the camera through hole of the drone main accommodating part and is seated and supported on the housing.

According to another feature, the second storage area includes a fifth attachment portion formed on an edge surface adjacent to the second attachment portion on the inner lower side of the rear portion, and the fifth attachment portion is detachably coupled to the communication device. It further includes a communication device storage portion in which is stored.

According to another feature, the rear portion includes a pair of backpack straps configured to be worn on the user's shoulders, a first support portion whose length is adjusted to be supported in close contact with the user's chest, and a first support portion that is in close contact with the user's abdomen. It includes a second support part whose length is adjusted so as to be supported, wherein the second support part includes a 2-1 band whose length is adjustable by having one end sewn to the lower side of the rear part and a 2-1 buckle attached to the other end, and one end A 2-2 band that is sewn on the lower side of the rear part and has a 2-2 buckle coupled to and separated from the 2-1 buckle at the other end, the length of which can be adjusted, and the 2-1 buckle and the 2-2 band, respectively, 2 It includes a pair of fixing bands attached to the ends of the 2-1 band and the 2-2 band to shorten and secure the length of the 2-1 band and the 2-2 band extending outward from the buckle, , the 2-1 band and the 2-2 band extending from the 2-1 buckle and the 2-2 buckle are folded in multiple stages at regular intervals from the ends, and then both ends of the fixing band are connected to the 2-1 band and the 2-2 band. The 2-2 bands are combined and fixed while surrounding each end.

According to the backpack for storing drone equipment according to the present invention, the user can directly carry the drone, and since the drone is firmly fixed, there is no risk of damage due to the movement of the drone when moving. Shock absorption is possible, so the outside of the backpack is possible. Even if an impact is applied to the drone, the impact is not transmitted to the drone, and it can be stored with the camera mounted on the main body. The backpack for storing drone equipment according to the present invention is a backpack optimized for storing and transporting drones with a special structure.

Figures 1 and 2 show a backpack for storing drone equipment according to an embodiment of the present invention.
Figures 3 to 5 show the interior of a backpack for storing drone equipment according to an embodiment of the present invention.
Figures 6 and 7 show a state in which drone equipment is stored in a backpack for storing drone equipment according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, the examples described below are merely intended to explain in detail enough to enable those skilled in the art to easily implement the invention, and the scope of protection of the present invention is limited to the following examples only. It is not limited.

With reference to FIGS. 1 to 7, a backpack for storing drone equipment according to an embodiment of the present invention will be described. Figures 1 and 2 show the front and back appearances of a backpack for storing drone equipment according to an embodiment of the present invention, and Figures 3 to 5 show the inside of a backpack for storing drone equipment according to an embodiment of the present invention. 6 and 7 show a state in which drone equipment is stored in a backpack for storing drone equipment according to an embodiment of the present invention.

The backpack for storing drone equipment (hereinafter referred to as 'backpack for storing drone equipment 10') according to an embodiment of the present invention is radially connected to the drone main body 20 and the drone main body 20. ), a plurality of arms 30 configured to be folded and unfolded, a propeller (not shown) mounted on the end of the arm 30, and a cylindrical camera (not shown) detachably mounted on the upper side of the drone body 20. (not included), a plurality of rod-shaped landing gears 40 that are detachably coupled to two front and two rear locations on the lower side of the drone main body 20, and a bar-shaped antenna mounted on the drone main body 20. (50), a battery (not shown) that is detachably coupled to the drone body (20) to supply power, a communication device (not shown), and a ground control device (not shown). It is for storing. Drones can fly by receiving driving information from ground control equipment through wireless communication, and the ground control equipment may be, for example, a controller.

Here, the above configuration of the drone is a general one, and the drone that the present inventor intends to store is also substantially the same as the above configuration. However, because there were circumstances in which the design of the drone could not be disclosed in detail, it could not be presented in detail as drawings or photos, and only a small part of it was disclosed. However, even if drawings or photos showing the specific configuration of the drone are not disclosed, there is no difficulty in practicing or understanding the present invention.

As shown in FIGS. 1 to 5, the backpack 10 for storing drone equipment includes a front part 100 and a rear part 200 that can be opened and closed by a zipper.

The front part 100 includes a first storage area 110 formed therein. The first storage area 110 includes a first attachment portion 120 and a ground control device storage portion 130.

The first attachment part 120 is a part to which the ground control device storage part 130 is attached, and is formed long from the bottom to the top on the inner surface of the front part 100 so that it can be attached at a desired location, and can be attached to the ground control device storage part 130. After the payment 130 is attached, the plurality of parts may be formed to be spaced apart so that a solid fixed state is maintained. For example, as shown in FIGS. 4 and 5, two rows of first attachment portions 120 are provided, spaced apart from each other by a predetermined distance.

The ground control device storage portion 130 is a place where the ground control device is stored, and is detachably coupled to the first attachment portion 120. For this purpose, the ground control device storage unit 130 includes a first opening (not specifically shown in the drawing) formed on one side to allow insertion or extraction of the ground control device, and a first cover portion ( 132). The ground control device storage unit 130 has a first opening and an internal space of the ground control device storage unit 130 of a size and area capable of storing the ground control device, and is made of a cloth material to absorb shock. A shock absorbing material may be embedded in the fabric. The first cover part 132 is attached and detached from one surface of the ground control device storage part 130 using Velcro tape or the like.

As shown in FIGS. 3 and 6 , one surface of the ground control device storage unit 130 is provided with a plurality of landing gear storage units 133 that are formed long enough to accommodate the landing gear 40. The landing gear storage portion 133 is in the form of a narrow and long pocket and is fixed by inserting one end of the landing gear 40. In addition, the ground control device storage unit 130 is provided with an antenna storage unit 134 on one side of which the antenna 50 can be inserted. The antenna accommodating part 134 is formed adjacent to the landing gear accommodating part 133.

As shown in FIG. 5 , the other surface of the ground control device storage unit 130 is provided with a third attachment portion 135 for detachable attachment to the first attachment portion 120. The third attachment portion 135 is formed to be long in the longitudinal direction on the other surface of the ground control device storage portion 130, and can be formed in plural numbers spaced apart to maintain a solid fixed state after being attached to the first attachment portion 120. there is. For example, as shown in FIG. 5, two rows of third attachment portions 135 are provided at a predetermined distance apart. Both the first attachment portion 120 and the third attachment portion 135 are composed of two rows spaced at a predetermined distance, so that they are firmly fixed and do not move when attached, and compared to the case where the entire inner surface of the front portion 100 is formed as an attachment portion, they can be separated more easily. becomes easier.

In this way, the ground control device, landing gear 40, and antenna 50 are stored in the ground control device storage portion 130, and the ground control device storage portion 130 is the first attachment portion of the first storage area 110. It is attached and fixed at 120.

The rear portion 200 includes a second storage area 210 formed therein. The second storage area 210 includes a second attachment portion 220, a battery storage portion 230, a drone body storage portion 240, and a camera storage portion 250, and further includes a communication device storage portion 260. Includes.

The second attachment portion 220 is a portion to which the battery storage portion 230 is attached and is formed long in the width direction on the lower inner surface of the rear portion 200. The second attachment portion 220 and the battery storage portion 230 are detachably attached using Velcro tape or the like.

The battery storage portion 230 is formed as a pair, and is attached to the second attachment portion 220 while being seated and in contact with the second attachment portion 220 in the longitudinal direction. Two auxiliary batteries can be secured as spares. The battery storage unit 230 has a second opening (not specifically shown in the drawing) formed on one side to allow insertion or extraction of a battery, and a second cover unit 232 that opens and closes the second opening. The battery compartment 230 has a fourth attachment portion 233 formed on one surface, and is detachably attached to the second attachment portion 220 by the fourth attachment portion 233.

The drone body storage portion 240 is provided on the inner surface of the rear portion 200 excluding the second attachment portion 220, and the drone body 20 with the arm 30 folded is inserted and stored therein, but the camera is not separated. It is stored as is in its installed state. The drone body storage unit 240 includes a housing 241 in which the drone body 20 is stored, and a fixing band 242 that prevents the drone body 20 from falling out while stored in the housing 241. do.

The housing 241 is sewn coupled to the inner surface of the rear portion 200, and has a third opening 243 on one side into which the drone body 20 can be inserted with the arm 30 folded. The housing 241 has a camera through hole 244 extending from the third opening 243 to the other side. The camera through hole 244 prevents the camera from being caught when inserted into the third opening 243 of the housing 241 with a camera mounted on one side of the drone body 20 and prevents the camera from being caught without removing the camera. This is also a configuration necessary for inserting the drone main body 20. Additionally, the housing 241 has fifth attachment portions 245 formed on both sides of the camera through hole 244. The fifth attachment portion 245 is a portion to which the fixing band 242 is attached, and the fixing band 242 is formed in an area that does not reach the camera receiving portion 250 located on the camera through-hole 244. Additionally, the housing 241 has a first buckle 246 formed adjacent to the camera through hole 244. The camera compartment 250 is detachably coupled to the first buckle 246 and will be described later.

The fixing band 242 is made up of a pair, and one end of each is sewn to the rear portion 200 at a position adjacent to both sides of the third opening portion 243. The other end of each of the fixing bands 242 is detachably attached to the fifth attachment portion 245 of the housing 241. A pair of fixing bands 242 are attached while crossing each other in an X shape and the length can be adjusted. do. Accordingly, the fixing band 242 presses and supports the part of the drone body 20 exposed to the outside of the third opening 243 of the housing 241, thereby fixing the drone body 20.

The camera storage unit 250 is detachably coupled to the housing 241 of the drone main storage unit 240 to accommodate the camera. The camera storage unit 250 has a cylindrical shape with one end open so that a cylindrical camera can be accommodated. The camera storage unit 250 has a second buckle 247, and the second buckle 247 is coupled to and separated from the first buckle 246 provided in the housing 241 of the drone body storage unit 240. When the drone body 20 is inserted into the housing 241, the camera storage unit 250 is covered with a camera exposed above the camera through hole 244, and the second buckle 247 is attached to the first buckle 246. By combining, it is seated and supported on the housing 241.

The drone body storage portion 240 and the camera storage portion 250 are made of cloth, and a shock absorbing material capable of absorbing shock may be built into the fabric.

The communication device storage unit 260 is for storing communication equipment, has a substantially rectangular shape, and is opened and closed by a cover 262. For attachment of the communication device storage unit 260, the second storage area 210 has a sixth attachment portion 222 formed on the edge surface adjacent to the second attachment portion 220 on the inner lower side of the rear portion 200. , the communication device storage unit 260 has a seventh attachment portion 263 that is detachably coupled to the sixth attachment portion 222.

In this way, in the second storage area 210, the drone body 20 with the arm 30 folded and the camera mounted is stored in the drone body storage unit 240, and a pair of batteries is stored in the battery storage unit 230. and the communication device is stored in the communication device storage unit 260.

Meanwhile, the rear part 200 is configured to be worn on the user's shoulder and includes a pair of backpack straps 270 with both ends connected to the upper and lower ends of the rear part 200, respectively, and so as to be supported in close contact with the user's chest. It includes a first support part 280 whose length is adjusted, and a second support part 290 whose length is adjusted so as to be supported in close contact with the user's abdomen.

Here, the backpack strap 270 is connected to the upper and lower ends of the rear part 200 with a buckle (not shown) so that the length of one end and the other end can be adjusted, respectively. In addition, the backpack strap 270 includes a cushion member 272 that is sewn in surface contact in the longitudinal direction, and an adjuster 274 connected to the top of the cushion member 272 and the top of the rear portion 200 to enable length adjustment. Includes. The position of the cushion member 272 can be adjusted by adjusting the length of the backpack strap 270 itself, but the position of the cushion member 272 can also be adjusted by adjusting the length of the adjustment unit 274.

Meanwhile, the second support portion 290 includes a 2-1 band 292, one end of which is sewn to the lower part of the rear part and a 2-1 buckle 291 coupled to the other end, so that the length can be adjusted, and one end of which is attached to the lower part of the rear part. It includes a 2-2 band 294 that is sewn together and has a 2-2 buckle 293 that is coupled and separated from the 2-1 buckle 291 at the other end and is coupled with an adjustable length. In addition, the second support portion 290 includes a pair of closing bands 296, and the pair of closing bands 296 are located on the outer sides of the 2-1 buckle 291 and the 2-2 buckle 293, respectively. The lengths of the 2-1 band 292 and the 2-2 band 294 extending to 294 are shortened and are attached to cover the ends thereof to serve as a fixation. In this case, the 2-1 band 292 and the 2-2 band 294 extending from the 2-1 buckle 291 and the 2-2 buckle 293 are folded in multiple stages at regular intervals from the ends, and then Both ends of the finishing band 296 are coupled and fixed while surrounding each end of the 2-1 band 292 and the 2-2 band 294. Because of this, when the second support portion 290 is supported in close contact with the user's abdomen, each end of the 2-1 band 292 and the 2-2 band 294 can be prevented from falling down. This not only provides convenience when moving, but also improves aesthetics.

Although the embodiments of the present invention have been described above, those skilled in the art will be able to make various modifications without departing from the scope of the claims of the present invention.

10: Backpack 100: Front part
110: first storage area 130: ground control device storage section
133: Landing gear storage unit 134: Antenna storage unit
200: rear part 210: second storage area
230: Battery storage part 240: Drone body storage part
241: Housing 242: Fixed band
244: Camera through-hole 250: Camera storage unit
260: Communication device storage part 280: First support part
290: second support portion

Claims (4)

A drone body, a plurality of arms radially connected to the drone body but configured to be folded and unfolded toward the drone body, a propeller mounted on an end of the arm, a cylindrical camera detachably mounted on the upper side of the drone body, and , a plurality of rod-shaped landing gears that are detachably coupled to two front and two rear locations on the lower side of the drone main body, a bar-shaped antenna mounted on the drone main body, and detachably coupled to the drone main body. A backpack for storing drone equipment, including a battery that supplies power, a communication device, and a ground control device,
It includes a front part and a rear part that can be opened and closed by a zipper, and the front part and the rear part each include first and second storage areas formed therein,
The first storage area includes a first attachment portion formed on the inner surface of the front portion to be long from the bottom to the top and spaced apart from each other, and a ground surface that is detachably coupled to the first attachment portion and accommodates the ground control device. Includes a control device storage unit,
The second storage area includes a second attachment portion formed longitudinally in the width direction on a lower inner surface of the rear portion, a pair of battery storage portions attached to the second attachment portion, and the second attachment portion on the inner surface of the rear portion. A drone body storage portion provided in the remaining portion except the portion and into which the drone body with the arm folded and the camera mounted is inserted, and a drone body storage portion that is detachably coupled to the drone body storage portion to accommodate the camera and is attached to the camera. A backpack for storing drone equipment, including a covered camera compartment. In claim 1,
The ground control device storage portion includes a first opening formed on one side so that the ground control device can be inserted or extracted, a first cover portion that opens and closes the first opening, and a first cover portion on one side of which the landing gear can be inserted. A plurality of long landing gear accommodating parts, an antenna accommodating part formed on one side adjacent to the landing gear accommodating part so that the antenna can be inserted, and on the other side a plurality of long, longitudinally formed and spaced apart antenna accommodating parts, and the It includes a third attachment portion detachably attached to the first attachment portion,
The battery storage portion includes a second opening formed on one side to allow insertion or extraction of the battery, a second cover portion that opens and closes the second opening, and a second cover portion that is detachably attached to the second attachment portion on one side. It includes a fourth attachment portion formed,
The drone body storage portion is sewn to the inner surface of the rear portion, has a third opening formed on one side to allow insertion of the drone body with the arm folded and the camera mounted, and extends from the third opening to the other side. A housing in which a camera through-hole is formed, fourth attachment portions are formed on both sides of the camera through-hole, and a first buckle is formed adjacent to the camera through-hole, and each end is adjacent to both sides of the third opening, and the rear portion A pair of fixings that are sewn together on the inner surface of the housing and each other end is attached to the fourth attachment part of the housing and cross each other in an X shape to press and support the part of the drone body exposed to the outside of the third opening of the housing. Includes a band,
The camera storage unit has a cylindrical shape with one end open, includes a second buckle that can be coupled to and detachable from the first buckle formed on the housing of the drone main storage unit, and is exposed above the camera through hole of the drone main storage unit. A backpack for storing drone equipment, covered with a camera and seated and supported on the housing. In claim 2,
The second storage area includes a fifth attachment portion formed on an edge surface adjacent to the second attachment portion formed on the inner lower side of the rear portion, and a compartment that is detachably coupled to the fifth attachment portion and accommodates the communication device. A backpack for storing drone equipment, further including a communication device storage unit. The method of any one of claims 1 to 3,
The rear portion is configured to be worn on the user's shoulder, and includes a pair of backpack straps whose lengths are adjustable, with both ends connected to the top and bottom of the rear portion, respectively, and a first support portion whose length is adjusted to be in close contact with the user's chest. and a second support portion whose length is adjusted to be in close contact with and supported by the user's abdomen,
The second support part includes a 2-1 band, one end of which is sewn to the lower part of the rear part and a 2-1 buckle attached to the other end to enable length adjustment, and one end of which is sewn to the lower part of the rear part, and the 2-1 band to the other end. A 2-2 band that is combined with a 2-2 buckle that is coupled and separated from the buckle to allow length adjustment, and a 2-1 band and a second band extending outward from the 2-1 buckle and the 2-2 buckle, respectively. 2-2 It includes a pair of finishing bands attached to the ends of the 2-1 band and the 2-2 band in order to shorten and fix the length of the band, and in the 2-1 buckle and the 2-2 buckle The extending 2-1 band and the 2-2 band are folded into multiple stages at regular intervals from the ends, and then both ends of the finishing band are combined and fixed while surrounding each end of the 2-1 band and the 2-2 band. And
The backpack strap further includes a cushion member sewn in surface contact in the longitudinal direction, and an adjuster connected between the top of the cushion member and the top of the rear portion so that the length can be adjusted to adjust the position of the cushion member. , Backpack for storing drone equipment.