TWM563706U - Sharing type video recording system - Google Patents

Abstract

A shared video recording system, which is suitable for a user equipment device information connection, and includes a communication unit that is connected with the user equipment information and receives a reservation information, and is connected with the communication unit information and configured according to the reservation information. a processing unit and a specific range of processing units, and a video recording unit that is connected to the processing unit and that is video-recorded toward the specific range. After the user obtains the exclusive use right within the use time, the video recording unit shoots the video according to the usage time set by the processing unit, and generates a video recording data through the uploading or downloading mechanism. Transfer to the client.

Description

Shared video recording system

The present invention relates to an image capturing device, and more particularly to a shared video recording system.

The current consumer electronics products are becoming more and more popular, and their functions are becoming more and more abundant. In the past, photography and video equipment with high thresholds have emerged, and many automated models that are relatively simple to operate by electronic processing and computing technology have appeared. A smart phone achieves a certain degree of photography and video recording. It is precisely because of the flourishing of these various products that modern people have different concepts in video recording. The "self-portrait" form that is not commonly used in traditional video recording and production has become a record of life and even the operation of social media. The mainstream technique of style.

However, although everyone can now operate their own video recording devices and easily record video recordings, if the equipment purchased is not a high-end model for professional use, or their own operating technology and professional photography knowledge is insufficient. When driving a video recording device, it is still not easy to take high-quality video recording data. Moreover, professional high-end models are generally heavier and bulkier than conventional consumer models, and are less convenient to carry when used. In addition, although the self-photographing technique allows the photographer to enter the mirror together, it also has an insurmountable limitation on the angle and range in which the lens can be photographed, and the quality of the finished product is naturally limited. Moreover, just because the average user does not have professional video recording skills, he or she will be subject to more restrictions when entering the mirror. In some terrains, it is more difficult, the viewing is more difficult, or the tourist attractions with special light and shadow needs. It is even more difficult to take a picture of the video with good view angle, composition, and excellent light and shadow, and it will also cause regrets in the rare travel itinerary.

Therefore, the purpose of the present invention is to provide a shared video recording system that can be shared by users and assist users in achieving high quality video recording.

Therefore, the new shared video recording system is adapted to provide a user equipment information connection, and includes a communication unit for connecting with the user equipment information and receiving one of the reservation information transmitted by the user equipment, a processing unit that is connected to the communication unit and sets a usage time according to the reservation information, and a recording unit that is connected to the processing unit and is directed to a specific range of information that should be reserved.

The video recording unit records a video toward the specific range according to the usage time set by the processing unit, and generates a video recording data.

The effect of the new model is that through the shared usage concept, the video recording unit provided by the system provider can firstly set the shooting angle and the shooting parameters for the specific range in a more professional adjustment manner, and the user can pre-transmit the image. After the communication unit makes a reservation and obtains the exclusive use right of the use time, the video recording unit can directly achieve the high-quality shooting as long as the processing unit directly goes to the specific range according to the usage time set by the processing unit according to the reservation information. Video.

Before the present invention is described in detail, it should be noted that in the following description, similar elements are denoted by the same reference numerals.

Referring to FIG. 1, a first embodiment of the shared video recording system of the present invention is applicable to a user equipment 9 for information connection, and includes an information connection with the user equipment 9 and receiving the user equipment 9 a communication unit 1 for transmitting one of the reservation information, a processing unit 2 connected with the communication unit 1 and setting a period of use according to the reservation information, and an information connection with the processing unit 2 and the communication unit 1 and oriented A pair of video recording units 3 that should record a specific range of information. The client device 9 can be a mobile device such as a mobile phone or a tablet computer. It should be noted first that the communication unit 1, the processing unit 2, and the recording unit 3 are preferably provided by a system provider, except that the client device 9 belongs to the user.

The communication unit 1 can be a server device for receiving and sorting the requirements of each client device 9 through a wireless network, according to specific rules such as time, user, location of use, device movement path, etc. After being integrated, it is transmitted to the processing unit 2; it can also be a device that directly provides the function of transmitting and receiving information, and directly receives the reservation information transmitted from the user terminal device 9 through a wireless communication mechanism such as wifi or Bluetooth. To the processing unit 2. The processing unit 2 is a processor that can interpret according to the received reservation information to calculate and arrange the usage time corresponding to the reservation information. The video recording unit 3 may be a professional video recording machine that is pre-positioned at a specific location and is higher in order than a general consumer model, or a special video recording device that is not always used by a general consumer such as an aerial camera, and can be pre-arranged. For the specific range of terrain and scene features, the appropriate shooting angle can be set, and the lighting conditions of the specific range can be matched in advance, and suitable shooting parameters such as aperture, shutter, exposure compensation, and sensitization value can be set.

Referring to FIG. 1 and FIG. 2, when the first embodiment is used, a reservation step 41, a registration step 42, a use step 43, and a providing step 44 are performed. In the reservation step 41, the user transmits the reservation information to the communication unit 1 via the client device 9. For example, when the user intends to go to a tourist attraction to visit, the user can reserve a scheduled shooting time for a specific reservation location. When the recording unit 3 is an empty camera, the user can even reserve a path for shooting. The reservation information is transmitted to the communication unit 1 together with, for example, system registration authority data, related information for reservation shooting, and even specific remark requirements.

In the registration step 42, the communication unit 1 transmits the reservation information to the processing unit 2, and the processing unit 2 sets a period of use and a specific range according to the reservation information. For example, when the processing unit 2 is a CPU processor, the reservation information can be interpreted and calculated, and the corresponding usage time is arranged.

In the use step 43, the recording unit 3 records a video toward the specific range according to the usage time, and generates a video recording data 300. Since the video recording unit 3 has previously selected the appropriate model by the system provider in cooperation with the shooting range, and even sets the optimal position and the adjustment parameter, the recording unit 3 can be used as long as the usage time goes to the specific range. The best angle and the most appropriate parameter shots produce high quality video footage 300. For example, when the specific range is the Grand Canyon, the video recording unit 3 can be set up at a position where the general passenger cannot easily reach or even set up his own video recording device, and the grand Canyon feels at the most appropriate shooting angle. And allow the user to enter the mirror together. For example, when the specific range is an open space with excellent night scenery, the professional knowledge can be used in advance to meet the needs of shooting night scenes, and the aperture and shutter parameters are adjusted, so that the user can be in a scene with high difficulty in shooting. Good quality video recordings are still available.

In the providing step 44, the video recording unit 3 is caused to transmit the video recording material 300 to the communication unit 1. The providing step 44 further includes a transmission sub-step 441 of actively transmitting the video recording material 300 to the client device 9. Through the communication unit 1, the video recording data 300 can be directly transmitted back to the user equipment 9 of the corresponding user, and the user can efficiently acquire the high-quality video recording product belonging to himself. It should be particularly noted that the video recording data 300 is not limited to providing the finished image of the shooting, and may also include parameters such as a path, an aperture, a shutter, and the like, which are captured by the recording unit 3, for reference by the user.

Referring to FIG. 3, a second embodiment of the shared video recording system of the present invention is different from the first embodiment in that the communication unit 1 includes a memory 11 and the video data. 300 is stored in the memory 11. Referring to FIG. 3 and FIG. 4, when the second embodiment is used, the providing step 44 includes a requesting sub-step 442, which is stored, compared to the step of using the first embodiment. In the memory 11, the client device 9 actively connects the communication unit 1 to download the video recording data 300. The second embodiment mainly stores the completed video recording data 300 by the memory 11, and the user directly downloads the video recording data 300 from the memory 11 through the user terminal device 9. The implementation of the second embodiment can reduce the workload of active transmission through passwords, account numbers, QRCODE links, etc., and enables the new type of marketing and commercialization through more diverse transmission modes. mode.

In summary, the new shared video recording system enables an unspecified user to make a reservation for the video recording unit 3 that is pre-arranged and indeed adjusted by the communication unit 1, and obtain exclusive use within the time of use. After the processing unit 2 arranges according to the reservation information, the video recording unit 3 captures the video recording data 300 at an appropriate angle and parameters as long as the usage time directly goes to the specific range. The video recording data 300 and related information generated in connection with the operation of the new type are stored in the memory 11 for downloading, or directly uploaded to the cloud through the communication unit 1, thereby providing the video recording data 300 to the unspecified The user can achieve the purpose of this new type by sharing the economic purpose of sharing.

However, the above is only the embodiment of the present invention, and when it is not possible to limit the scope of the present invention, all the simple equivalent changes and modifications according to the scope of the patent application and the contents of the patent specification are still This new patent covers the scope.

1‧‧‧Communication unit
11‧‧‧ memory
2‧‧‧Processing unit
3‧‧‧Video Recording Unit
300‧‧‧Video recordings
41‧‧‧Reservation steps
42‧‧‧ Registration steps
43‧‧‧Usage steps
44‧‧‧Provide steps
441‧‧‧Transfer substeps
442‧‧‧Request substeps
9‧‧‧Customer device

Other features and effects of the present invention will be apparent from the following description of the drawings. FIG. 1 is a functional block diagram illustrating a first embodiment of the novel shared video recording system; Is a step-by-step flowchart illustrating the steps of using the first embodiment; FIG. 3 is a functional block diagram illustrating a second embodiment of the novel shared video recording system; and FIG. 4 is a step flow chart illustrating The steps of this second embodiment are used.

Claims (5)

A shared video recording system, which is suitable for a user equipment information connection, and includes: a communication unit for connecting with the user equipment information, and receiving a reservation information transmitted by the user equipment; a unit that is connected to the communication unit and sets a usage time according to the reservation information; and a recording unit that is connected to the processing unit and is photographed toward a specific range of information that should be reserved, the recording unit According to the usage time set by the processing unit, video recording is performed toward the specific range, and a video recording data is generated. The shared video recording system of claim 1, wherein the communication unit is further connected to the video recording unit, and the video recording data is transmitted to the communication unit. The shared video recording system of claim 1 or 2, wherein the communication unit comprises a memory, and the video recording material is stored in the memory. The shared video recording system of claim 1, wherein the recording unit is pre-positioned at a specific location. The shared video recording system of claim 1, wherein the recording unit is an empty camera.