KR20160011437A - Remote actuation and control equipment of smart-phone native camera application by using bluetooth. Bar type smart-phone dock that the equipment is included. - Google Patents

Abstract

The present invention relates to a device for remotely driving and controlling a native camera application of a smart phone using Bluetooth and a bar-shaped smart phone holder to which the device is attached, A rod-shaped body having a built-in remote controller capable of attaching and detaching the cradle, and a remote controller built in the rod-shaped body and capable of remote operation by pairing with a smartphone using Bluetooth.
Through the present invention, smartphone users are expected to be able to take various types of photographs more easily without having to manipulate the smart phone with both hands.

Description

[0001] The present invention relates to a device for remotely driving and controlling a native camera application of a smart phone using Bluetooth, and a device for managing a native smart phone of a smart phone. Bar type smart-phone dock.

The present invention relates to a device for remotely controlling and driving a native camera application of a smart phone using Bluetooth and a bar-shaped smart phone holder to which the device is attached, It can be fixed in a smart phone holder in places and situations, and the length can be adjusted by a length adjustable body with a holder. By using the buttons attached to the handle of the body, a native camera application can be stably and conveniently carried out on a smart phone To a Bluetooth remote controller capable of photographing and a control device thereof.

Recently, smart mobile technology and short range wireless communication technology have been developed and various products are available for individual use. In particular, Bluetooth, a concept that replaces USB using ISM band 2.45GHz, is at the core of short-range wireless communication technology with near-field NFC and RFID. In recent years, Bluetooth 4.0 has been developed and used in various industries and product groups, as the transmission speed, the amount of data transferred per second, the recognition range, and the consumption strategy are reduced. Recently, smartphone peripherals such as wireless keyboards, wireless speakers, and wireless earphones using Bluetooth have emerged to further activate the smartphone ecosystem. Especially, in connection with the smartphone camera shooting, a remote shooting remote control which recognizes the ultrasonic wave of the Bluetooth or the smartphone microphone has appeared so that the smartphone camera shooting can be performed in various situations.

Taking pictures through a smart phone was one of the most popular functions of the mobile phone users in the previous generation of smartphones. As the hardware performance of the smartphone has been increasing day by day, the performance of the camera built in the smart phone is increasing, and the performance of the camera related technology such as the timer and zoom in out has been improved not only by the increase of the pixel amount of the lens. With the advent of SNS, the utilization of smartphone camera shooting has increased, and various peripheral devices such as a remote control for smartphone camera shooting and a smartphone exclusive cradle have appeared.

Patents such as [Bluetooth remote control type camera device] (public), [Camera remote control device using Bluetooth and the method thereof] (refusal) are disclosed using these technologies. The above patents are based on the technology of shooting a camera of a smartphone through a Bluetooth signal.

However, the above-mentioned patent has a disadvantage in that it is necessary to operate a dedicated application for interlocking and operating with a smartphone and then operate it through a remote controller, and to fix a smart phone in advance to a peripheral object or a tripod dedicated to the smart phone, In practice, when applied to an environment where photographing is performed using a smart phone, there are many shortcomings for users to feel attractive or convenient for taking pictures remotely.

The present invention enables a user to freely adjust an angle and a composition from a remote place through a device that can control a user's desired angle and distance in real time through a smart phone, It is aimed to easily photograph various photographs without a cumbersome procedure that the user directly operates the smart phone by incorporating a controller device for wirelessly operating the native camera application built in the smart phone so that the native camera application can be executed and photographed .

In order to solve the above-described problem, there is a problem in inconvenience of photographing by photographing in a remote place in the past when the camera application has a timer function, In order to solve the above-mentioned problems through the invention,

Controlling the execution of a bar-shaped smartphone that can be adjusted in length, including a stand capable of freely adjusting the angle of the side of the smartphone and the execution of a native camera application of a Bluetooth chip or a smart phone capable of communicating with a smartphone A wireless operation controller including a system capable of controlling a photographing function of a camera application of a smart phone can be combined with the bar stand so that a smart phone can be mounted, The present invention has been made in view of the above problems.

As described above, according to the present invention, by providing the user with a device that combines a bar-shaped cradle of a smart phone and a camera application wireless operation controller via Bluetooth, the user can operate the device without unnecessary actions of using nearby features and timer operation You can freely take a variety of photos with your smartphone conveniently.

1 is a block diagram of an apparatus for remote shooting and mounting a smartphone of the present invention
2 is a view of a rod-shaped body fixing the smartphone holder of the present invention;
3 is a view of a cradle of a smartphone according to the present invention;
4 is a view showing a remote control controller of a smartphone camera according to the present invention;

In order to facilitate understanding of the features of the present invention, an apparatus for remotely driving and controlling a camera native application of a smart phone using Bluetooth according to an embodiment of the present invention and a bar cradle to which the device is to be connected are described in detail .

The present invention relates to a device for remotely driving and controlling a camera native application of a smart phone using Bluetooth, and a bar-shaped smart phone holder to which the device is attached. The bar-shaped body, the smart phone holder, And the like. 2, a smart phone cradle is connected and fixed 16, a length of the bar cradle body 14 can be adjusted, an angle adjuster 15 for manually adjusting the angle of the smartphone, A remote controller is built in the body, and a button is protruded to constitute a knob 12 having a switch for operating and photographing a native camera application. Since the remote controller communicates signals with the smartphone wirelessly, it does not require a separate power connection line inside.

More specifically, the bar-shaped body portion of FIG. 2 is made of aluminum material to be light in weight and bolted at the end of the body to facilitate detachment and mounting of the smartphone holder of FIG. 3 to facilitate portability ). At the lower end of the bar stool handle, a button for operating the built-in remote controller is projected to the outside (11). When the controller is powered on, the power LED will light red indicating that the remote controller is ready for use. The rod length adjuster can extend the length by 3 steps, which allows the user to increase the length by the desired length, and when it is unfolded, the length becomes 1,000 mm (14). The left side of the body has an angle adjuster that tilts the mobile mount to 90 °, making it easy to take pictures at various angles (15).

The smartphone holder of Fig. 3 has a nut at the bottom, which allows separation and mounting with the body, and it is easy to connect to other separate type of holder with the same diameter. (22), the smartphone can be inserted between the fixed portions, and both side portions can be fixed (21), (25). The upper side of the upper side of the fixed part of the fixed part is connected to the elastic pressing spring in the inside of the column so that the fixed smart phone can be fixed firmly so that it does not move or move.

4 is a block diagram of a controller for remotely executing a native camera application installed in a smart phone and controlling a photographing function of a camera application. The apparatus comprises a control unit (31) for executing a native camera application and controlling photographing of a camera application, a Bluetooth chip (32) for communicating the control with a smartphone at a specific frequency, A power supply battery unit 33 for mounting the battery, and an operation button unit 34 for executing the remote controller, driving the native camera application of the smartphone, and operating the photographing of the camera application. When the remote controller is operated, the power LED unit of the body lights up, and the LED flashes every time the camera is photographed so that the photographing result can be recognized (13).

In the method of the present invention, after the user mounts the smartphone on the smartphone holder, the angle controller and the length adjuster are operated to adjust the desired angle and distance at a long distance and then the remote controller button located at the bottom of the body is operated You can take a picture by running a native camera application.

In addition, in the case of other camera applications that use the same execution and operation protocol as the native camera application of the smartphone, pictures can be taken without manipulating the smartphone separately through the same procedure as above.

10: rod body
11: Remote controller button
12: Bar Stands Handle
13: Power LED
14: rod-type holder length adjuster
15: Smartphone holder angle adjuster
16: Fixing bolt for smart phone cradle
20: Smartphone Cradle
21: Smartphone side upper end fixing part
22: Smartphone holder handle
23: Smartphone Side Bottom Fixing
24: Presser spring
25: Smartphone cradle fixing nut
30: Smartphone Remote Controller
31: camera application execution and shooting control unit
32: Bluetooth chip to send with smartphone
33: Power supply battery
34: Remote controller operation button

Claims (5)

A device for remotely driving and controlling a native camera application of a smart phone using Bluetooth and a bar-shaped smart phone holder for the device, comprising: a holder for detachably mounting a side of a smart phone; And a remote controller capable of being remotely operated by pairing with a smart phone by Bluetooth, which is built in the rod-shaped body. The method according to claim 1,
Wherein the detachable mounting base for fixing the side surface of the one smartphone comprises a cradle having a pressing spring connected to the side top fixing portion, The method according to claim 1,
A rod-shaped body having a remote controller capable of attaching and detaching the cradle is detachably mountable to the cradle of claim 2, and includes a remote controller for communicating via Bluetooth and operating a native camera application and shooting a camera application Built-in bar body The method according to claim 1,
The remote controller, which is built in the bar-shaped body and is paired with the smart phone and can be remotely operated by Bluetooth, includes a controller having a built-in system capable of executing a native camera application and shooting a camera application, a Bluetooth chip This built-in remote controller 5. The method of claim 4,
A controller for executing the native camera application and including a system capable of capturing a camera application, the controller for transmitting and receiving the protocol of the camera application and for operating and photographing the native camera application; and a button for operating the remote controller.

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