TWM422016U - Wireless remote control cloud device with built-in wireless protocol program - Google Patents

Description

V. New description: [New technology field] This case belongs to the camera stand> ah and the field is especially a kind of two-way communication between the digital camera and the mobile phone. #飞波传送, programming protocol, radio frequency conversion' Through the operation of the mobile phone, raw k computer, lithography computer, game console, etc., the remote movements required for 5 weeks of full shooting such as depth of field, angle, aperture, 隹..., distance and camera shutter can be remotely controlled. Built-in wireless protocol programming mad and wireless remote control PTZ device. [Prior Art] Photo-recording method i Jt should be awkward and awkward for people's living habits, negative film type thief 4 4, . However, the film-type camera must be developed by a professional in the _ Tiancai darkroom, and the general public must pay the cost of the photo-beauty---the special store. It is usually used only when it is special or important. With the development of electronic products - 1 more 'version of thousands of miles, especially 1 electronic products, such as hand broadcast, slave A 4, 疋 贾 贾 贾 效能 效能 不断 ... ... ... ... 样 样 样 样 样 样 样 样 样 样 样 样 样 样 样 样 样 样 样 样 样 样 样 样 样 样 样 样 样 样 样The choice is also very wide 'so that ^ digital camera is close to the family, Bu, a factory, Guangbai, there is more than one to allow life to share and share. With the increasing popularity of digital cameras, with #, such as the foot and the camera's performance around the 〇 _ ° has become a must-have for camera users, assisting photographers to shoot more clearly ... the injury is reduced because of artificial fall舨 , , , , , , , , , , , , , , , , , ^ 2016 2016 ^ 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 2016 Camera weight to assist photographers to take pictures:: Photography is the most important application for general cameras. In addition to shooting, : people often want to be able to be photographed to the photo, a variety of self-timer functions are also designed on the camera, such as the use of, to S, the door is late, or add a mirror structure on the front of the camera The situation must be operated by the camera and it is difficult for all the personnel to enter the mirror. The function of the delay is combined with the use of the tripod. The photographer does not, and the camera is quickly caught and ran to the range of photography, causing the photographer to use special iron or another. There is a design of the remote shutter, which can be used with a special type of equipment to operate the shutter. Although the shutter can be operated arbitrarily, it must be moved to the camera operation by a person who can obtain the photo of the camera in advance. The camera is carried on the front of the camera, and the mirror on the front of the camera is only suitable for shooting with a handheld camera. The viewing range is quite limited and cannot be used for multi-person photos. In view of the above-mentioned shortcomings, the author has painstakingly researched and invented a wireless remote control pan/tilt device with built-in wireless protocol programming, which provides digital connection and transcoding effects for digital cameras that are currently popular, and uses wireless transmission. The technology and the application software of the mobile phone are connected to make the mobile phone become the control medium of the digital camera and the pan/tilt, and use the screen of the mobile phone to display the finder window of the digital camera, so that the user can easily take a picture for himself and take a photo, so that the camera Use more close to the needs of consumers [new content]

Now, the TF control interface and the framing window are provided for the camera to be sent to the mobile phone, the laptop k I #王序 and the wireless device to capture the 1:3⁄4, the lithographic computer, the remote control PTZ device, and provide the phase胄 (4) wireless delivery function. The end of the #作 and the instant picture of the Umbrella make the second work; 丄 * kind of can refer to the cloud platform as "face" through the wireless protocol, the sturdy history of the king of the machine, the cloud platform device, key = The function of the port device control. In order to achieve the above-mentioned purpose, the wireless remote-control platform installed by the wireless protocol can be connected to the camera device and the fixed device and connected with the electronic device signal to expand the function of the camera device. The best effect can be obtained by remote control. The stencil device comprises: a first connecting portion for connecting the camera device, a second connecting portion for connecting the fixing device, and a positioning device for adjusting a position of the first connecting portion and the second connecting portion; a connecting device for connecting to the camera device channel for signal transmission between the camera device and the pan/tilt device; an operating system transcoder And a wireless processor for connecting to the electronic device channel for signal transmission between the electronic device and the pan-tilt device. Wherein the first connecting portion further has a connecting piece for firmly locking the imaging device. Wherein, the positioning device can adjust the three-dimensional direction so that the photographer can adjust the desired orientation. The wireless processor performs signal transmission with the electronic device under a first communication protocol. Among them, the [communication agreement is for Bluetooth, wireless regional network, GSM, 3GPP among them. The tenth electronic device displays a pan/tilt camera actuation interface to operate the pan/tilt. In the middle, the electronic device displays a camera imaging actuation interface to correspondingly operate the imaging device. The wireless processor converts one of the image files captured by the imaging device into an RF signal for wireless transmission. Among them, the electronic device is one of a mobile phone, a laptop computer, a lithographic electric pick-up, and a game machine. The PTZ device provided by the phase St creation, the commercially available number η...b and other plug-and-play device = the PTZ device, by which the PTZ device converts the information into a code that can be interpreted by the mobile phone operating system. I 绫 」 将 将 将 将 将 将 将 将 将 将 将 将 将 将 将 将 将 将 将 将 将 将 将 将 将 将 将 将 将 将 将 将 将 将 ... ... ... ... ... ... ... ... ... ... ... ... The space side adjusts the function of the remote control of the cloud machine, without the need of manual shadow = fixed camera conditions; and through the instant image-free transmission, grasp the camera window and add M422016 to let the camera and self-timer do whatever you want. [Embodiment] The mussel review committee can clearly understand the content of this creation, and I would like to refer to the following five pictures. -Liyue> Read Fig. 1 is the appearance of the preferred embodiment of the present invention. As shown in the figure, the wireless protocol programming of the t-wire remote control pan-tilt is provided for connection. The camera is set to 2, such as the -_ force digital camera; and connected to a fixed device 3, such as a dedicated tripod, for use with the camera device 2, can be placed in a suitable position for viewing and adjust the shooting angle. The gimbal device is connected to an electronic device 4 signal, and the remote control effect is achieved. The pan-tilt device i includes: a first-coupling portion 1〇 located at an end of the pan-tilt device 1 and having a fixable member such as a thread for connecting the camera device 2, the pan-tilt device i and the camera Device 2: Combine into body. In some embodiments, the first interface is 丄. Further, there is a connecting piece, which is firmly locked to the imaging device 2, and is connected through the connecting piece and the first connecting portion 10, such as by snapping, fitting, locking, etc. The fixing and dismounting of the camera device 2 and the pan-tilt device i are quicker and more convenient, and the mobility of the camera device 2 is increased. In addition, the pan-tilt device has a second connection P 12 for connecting the fixing device with a thread, so that the 3-port device 1 can be stably placed on the ground or other suitable position for the camera device 2 to smoothly perform. operating. A positioning device 7 M422016 is disposed between the first connecting portion 10 and the second connecting portion 12 for adjusting the relative position of the first connecting portion 10 and the second connecting portion 12 and the positioning is The 14th can adjust the three-dimensional square, so that when the fixing device is stationary, the imaging device 2 can adjust the angle of each of the positions through the positioning device 14. In addition, the thunder device 1 is provided with a connection device 16 which can be connected to the imaging device 2 through a transmission line, and uses a plug-and-play data capture device such as USB to capture the internal photosensitive device 2 via the photosensitive device. a component (CCD) or a complementary metal oxide semiconductor (CMOS) that encodes a digitally encoded pixel signal into the pan-tilt device 1 or encodes an operation interface of the imaging device 2 and a corresponding associated instruction thereof. The digital signal is transmitted between the cloud platform device and the camera S. The pan/tilt device 1 further includes a working system transcoder. The operating system of the electronic device 4 converts the digital signal captured by the imaging device 2 and the digital signal of the operation interface into an operating system of the electronic device 4. Identification code, such as Macintosh's dedicated operating system (I〇s), Google's Andr〇ld operating system, or Microsoft's W ind 〇ws series with users. 璧·怂·怂τ λλ secret,#

The touch bait becomes a signal "without the line of the gimbal device" for the electronic device 4 to be pulled 4 . The transcoding and wireless transmission of the message should be noted, so that the digital signal transmitted by the camera device 2 to the cloud device is transmitted to the electronic device 4 through the wireless network. Should: i

8 sent, the camera captured by the camera device 2 is presented in the electronic device 4' and is transmitted by the electronic device 4 and the camera device 2 and the pan-tilt device 1 by wireless transmission The interface of the electronic device 4 remotely controls the imaging device 2 and the pan-tilt device 丄, and confirms that the image of the electronic device 4 is displayed on the screen of the electronic device 4. ^ The digital signal transmission mode of the PTZ device 1, the imaging device 2 and the electronic device 4 is further described by the following steps. Please refer to the operation of the preferred embodiment of the present invention in Figures 2 and 3. Process and flow diagram. Before the start of the step, the fixing device is installed, the pan/tilt device 1 and the camera device 2' respectively lock the digital camera and the tripod to the pan-tilt device 1 so that the digital camera can be placed by hand. At the ground or other location, the electronic device 4 also pre-installs the corresponding application software to enable the remote control function. a step of connecting the electronic device 4 and the pan/tilt device to establish a first channel of transmission through the first communication protocol, so that the digital signal can be applied to the electronic device and the pan/tilt Device! Passing through each other, the two can communicate or exchange messages. The electronic device 4, such as a mobile phone, a pDA or a tablet computer, includes soft and hard bodies that can correspond to each other to facilitate the connection. In step S202, the camera device 2 and the pan-tilt device 1 are connected through the connection device signal by the second communication protocol, and the second channel of the transmission is established, so that the digital signal can be applied to the camera device 2 M422016 and the cloud. The devices are transferred to each other, and the two can communicate or exchange messages. The camera device 2, such as a digital camera or a digital camera, includes a corresponding hardware and software for the user to facilitate the connection. The plurality of first command signals 131 are transmitted to the pan/tilt device. In step S2022, the plurality of kneading signals 151 of the imaging device are transmitted to the pan-tilt device through the second channel. The picture signal 151 is a digital signal encoded by a pixel formed by the photosensitive element inside the imaging device 2. In step S 2 0 2 3, the operating system transcoder 17 compiles the first command signal 13 and the kneading signal 151 into codes recognizable by the operating system of the electronic device 4. In step S203, the wireless processor 18 converts the compiled code of the operating system transcoder 17 into a signal conforming to the first communication protocol for transmission to the electronic device 4. In step 011, a plurality of first operation signals (1) of the pan-tilt device are transmitted to the electronic device 4 via the first channel through communication with the electronic device 4. In the step S2012, the electronic device 4 correspondingly displays the pan-tilt operation interface φ u, and the display mode corresponds to the first operation signal 1 through the touch panel or the button. In the third step, through the first channel, the plurality of centroid signals 131 of the imaging device 2 are transmitted to the electronic device 4 via the communication between the platform device 1 and the electronic device 4. 10 2 S2014 step </ RTI> The electronic device 4 correspondingly displays one of the camera actuation interfaces of the camera device, and the display mode is corresponding to the first command signals 131 through touch panels or buttons. In the step S2015, the plurality of kneading signals 151 of the imaging device 2 are transmitted to the electronic device 4 via the first channel via the communication between the gimbal device 1 and the electronic device 4. In the step S2016, the electronic device 4 correspondingly displays the image capturing screen 丨5 of the image capturing apparatus 2, and the display mode is performed by the electronic display 41 of the electronic device 4 to display the image capturing screen 15^S204, and the electronic device 4 sends an operation. The corresponding signal of the command ιι3 is moved to the pan-tilt device to adjust the camera device 2 to enable the user to activate the operation interface μ of the pan-tilt device 1 by the user.

The positioning device 14 is caused to capture the angular direction, and the operation is displayed on the electronic device 4 to activate the user.

4 Send an actuation command 133 ' This actuation command 133 is actuated by M422016. In step S207, the image capturing device 2 obtains an image file for the author. For the operation of a user, as shown in FIG. 4 and FIG. 5, the operation flow chart and the operation diagram of the preferred embodiment are used as the steps of the gimbal device 1. The camera device 2, such as a digital camera, is connected to the emperor device 1' via a first locking portion 10 by means of a snap-locking method, and the gimbal device 1 is locked to the fixed portion through the second connecting portion 12. A device, such as a tripod, allows the camera device 2 to be coupled to the fixture through the pan/tilt device 1 and can be placed at various locations such as the ground, the slope, the table top, and the like. After the group is set, the camera device 2 and the pan/tilt device 1 (i.e., step S301) are connected using a universal serial bus (USB) transmission line to perform signal transmission. The electronic device 4, such as a mobile phone, establishes a transmission channel with the PTZ device through different wireless transmission technologies, such as Bluetooth, a wireless local area network, or a second generation mobile communication technology wireless network (step ο?). The pan/tilt operation interface of the pan-tilt device 1 is presented on the electronic device 4 (step S301), and the original camera operation button or other corresponding button or touch screen of the mobile phone can be utilized. Show the operation of the face to do the corresponding manipulation. In addition, the pan/tilt operation interface 11 of the imaging device 2 is also presented to the electronic device 4 (step S3022)' and the viewfinder window of the imaging device 2 is also presented to the image display device of the electronic device 4 (step S3〇23). The user views the 12 M422016 finder window captured by the camera device 2 by the camera device 2, adjusts the pan/tilt insertion step S303) through the corresponding button, and repeats the steps of S3 〇 23 to view the port camera device. The finder window can be used to obtain the most suitable camera angle. At the same time, the camera device 2 (step S3 04) can be used to adjust the focus, focus, metering, etc., or switch between the various photography modes. And watch the electronic device 4 to obtain the most satisfactory surface. After the completion of the whole, a movie is obtained through the corresponding button (step S305). ... ^ As can be seen from the above, the PTZ device provided by this creation, π is combined with the existing digital camera, and the digital camera is converted and programmed by the PTZ 'Device:: program, and then with the digital camera. Internal: After the software communicates, the data transmission is carried out, and the function of the digital camera is expanded. 'The digital signal can be transmitted to the mobile phone carried by the people through the PTZ device, so that the picture of the digital camera can be: :: Watching is more usable The mobile phone performs remote control and control on the camera and the pan/tilt device, so that the digitalization feature achieves the highest benefit.

The items that Si! carries, such as the shutter release, the dedicated remote control, and the use of the mobile phone that people originally have on the body do not increase the carrying capacity of the camera. And today's wide range of wireless 3 technologies such as Bluetooth, WIFI or 3G networks are desperate. The communication is faster and more convenient, so that the camera is more convenient. In the case of people like Hi-like people playing, the creation is more applicable... In the scene, such as bird photography, in order to avoid surprise 13

iviHZZUiO scare birds can be separated from the camera or video recorder to see the device, and find the right side of the camera and miss the opportunity to shoot ~ segment distance &amp; β 1 reference to the end of the way, let the digital ', the letter screen is displayed on the computer screen Or when the target bird + JP _ 颂 appears, 'use the remote control to eliminate the artificial adjustment camera to scare the bird, because of the situation. The above description is only a preferred embodiment of the present invention and is not intended to limit the scope of the present invention. Other transitions/areas are also included in the case; therefore, it is equivalent or easy to learn from this technique. The changes and modifications made by the changer without departing from the spirit and scope of this creation shall be covered by the scope of this creation. M422016 [Simple Description of the Drawings] Fig. 1 is a schematic view showing the appearance of a preferred embodiment. Figure 2 is a flow chart showing the operation of the preferred embodiment of the present invention. Figure 3 is a block diagram of the flow of the preferred embodiment of the present invention. Figure 4 is a flow chart showing the operation of the preferred embodiment of the present invention. Figure 5 is a schematic diagram of the operation of the preferred embodiment of the present invention. Components [Main • 10 12 14 16 17 18

• U 111 113 13 131 133 15 151 2 Symbol Description] PTZ device first connection part second connection part positioning device connection device operation system transcoder wireless processor 'PTZ operation interface first operation signal operation instruction camera action Interface. Command signal. Actuation command camera facet signal camera equipment 15 3 Fixing device 4 Electronic device 41 Electronic display M422016 S201~S207 Steps S301~S306 Step 16

Claims (1)

M422016 VI. Patent application scope: 1. A wireless cloud platform device capable of remote wireless protocol programming, which is used for connecting a camera device and a fixed device, and is connected with an electronic device signal to expand the function of the camera device, so that The pan/tilt device comprises: a first connecting portion for connecting the camera device; a second connecting portion for connecting the fixing device; a positioning device for providing Adjusting a relative position of the first connecting portion and the second connecting portion; a connecting device for connecting with the camera device channel for the camera device and the pan/tilt device to perform signal transmission and a working system transcoder, And a wireless processor for connecting to the electronic device channel for signal transmission between the electronic device and the pan-tilt device. 2. The gimbal device of claim 1, wherein the first connecting portion further has a connecting piece for firmly locking the camera device. 3. The pan-tilt device of claim 1, wherein the positioning device is adjustable in three-dimensional directions. 4. The pan-tilt device of claim 1, wherein the wireless processor performs signal transmission with the electronic device under a first communication protocol. 5. The PTZ device as claimed in claim 4, wherein the first communication protocol is used by one of Bluetooth and the wireless local area network 3GPP. 6. The gimbal device as claimed in claim 1, wherein the electronic device displays a pan-tilt camera actuating interface as the pan-tilt device. 7. The gimbal device according to claim 1, wherein the electronic device displays a camera image capturing interface as the camera device. 8. The pan/tilt device as claimed in claim 1, wherein the wireless processor converts the image capturing device into an RF signal for wireless transmission. 9. The pan/tilt device as claimed in claim 1, wherein the electronic device is one of a mobile phone, a laptop computer, and a lithographic machine. , GSM, where, corresponding to the operation, corresponding to the operation, the image file, where, brain, tour 18