TWI812419B - Movable signage and system thereof - Google Patents

Abstract

A movable signage includes a host terminal, a screen terminal and at least a connecting element. The host includes a box body, a calculation module, an energy storage element, and a wheel module. The calculation module is disposed in the box body and configured to output a display image. The energy storage element is disposed in the box body. The wheel module is disposed below the box body. The screen terminal is connected to the host terminal, the screen terminal includes a connecting mechanism and a touch screen module. The connecting mechanism is disposed on the back of the screen terminal and connected to the box body of the host terminal. The touch screen module is configured to display the display image. The connecting mechanism is disposed between the host terminal and the screen terminal.

Description

Mobile electronic signage and electronic signage system

A kind of signage, especially a mobile electronic signage

Recruiting business through signboards and billboards is a very common method in the market and can be applied in all walks of life. With the advancement of technology, the application of electronic signage has become more and more popular. Compared with traditional signage, electronic signage can provide richer colors and dynamic images, and can easily change the content, and is widely welcomed by major industries.

However, there are still many restrictions on electronic signage. Current electronic signage also requires complete peripheral settings to function, such as installation space, power supply configuration, computing host, etc., so that electronic signage can currently only be set up in a fixed position. . Some outdoor events or event vendors can still only use traditional signage, and their use areas are still quite restricted.

Therefore, how to solve the above problems is worthy of consideration by those with ordinary knowledge in this field.

In view of the above problems, the present invention provides a mobile electronic signage with functions such as independent power supply, computing power, and wireless communication. It can operate independently without a fixed power supply and can be used in unspecified fields. The specific technical means are as follows: a mobile electronic signage includes a host terminal, a screen terminal and at least one connecting component. The host terminal includes a box, a computing module, an energy storage element and a roller module. The computing module is installed in the box within, suitable for outputting at least one display screen. The energy storage element is arranged in the box and connected to the computing module. The roller module is arranged below the box. The screen end is connected to the host end, and the screen end includes a connection mechanism and a touch screen module. The connection mechanism is arranged on the rear side of the screen end and is connected with the box of the host end. The touch screen module occupies most of the screen area and is suitable for displaying the display screen. The connection component is disposed between the host terminal and the screen terminal.

In the above-mentioned mobile electronic signage, the energy storage element is installed in the box through a quick-release structure.

In the above-mentioned mobile electronic signage, the host terminal also includes a connection port module, which is disposed on the side of the box and connected to the computing module and the energy storage element.

In the above-mentioned mobile electronic signage, the port module includes a universal port, a power port, an audio port and an image port.

In the above-mentioned mobile electronic signage, the host terminal further includes at least one wireless communication module, which is disposed in the box and connected to the computing module and the energy storage element.

In the above-mentioned mobile electronic signage, it is set in the host terminal and the screen terminal.

In the above-mentioned mobile electronic signage, the screen side also includes at least one camera lens.

In the above-mentioned mobile electronic signage, the connecting element is a damper.

The present invention also provides an electronic signage system, including a plurality of the above-mentioned mobile electronic signage and a servo host. The server host communication is connected to the mobile electronic signage, and the server host is suitable for transmitting multiple display images to the mobile electronic signage. Among them, the mobile electronic signage is suitable for playing the display screen.

The above-mentioned electronic signage system also includes an operating device that is communicatively connected to the server host, and the operating device is suitable for providing the display screen.

100:Mobile electronic signage

101:Box

102:Connecting components

103:Connection mechanism

110: Host side

111:Computational module

112: Energy storage element

113:Wireless communication module

114:Port module

115:Roller module

120:Screen side

121:Touch screen module

122:Camera lens module

123: Grip structure

124: Bracket structure

130: Cooling module

200: Electronic signage system

210:Servo host

220: Operating device

1A and 1B are schematic diagrams of the mobile electronic signage 100 of the present invention.

FIG. 1C shows the architecture diagram of the mobile electronic signage 100.

2A to 2C are schematic diagrams of the folding of the mobile electronic signage 100 .

Figure 3 shows a schematic diagram of the electronic signage system 200.

Please refer to FIGS. 1A and 1B . FIGS. 1A and 1B are schematic diagrams of the mobile electronic signage 100 of the present invention. The mobile electronic signage 100 of the present invention includes a host terminal 110, a screen terminal 120 and a plurality of connecting components 102. The screen end 120 is a rectangular plate-shaped structure, and the overall area is larger than the host end 110. The screen end 120 also includes a connecting mechanism 103, a grip structure 123 and at least one bracket structure 124. Among them, the connection mechanism 103 is disposed on the rear side of the screen end 120 , the grip structure 123 is disposed on the rear upper side of the screen end 120 , and the bracket structure 124 is disposed on the lower side of the screen end 120 . The host terminal 110 is a box 101 disposed behind the screen terminal 120, and one end of the host terminal 110 is connected to the screen terminal 120.

The host end 110 also includes a scroll wheel module 115 disposed on the lower side of the host end 110 , that is, the scroll wheel module 115 is disposed relative to the connection with the screen end 120 . The connected screen end 120 and the host end 110 can stand on the ground through the roller module 115 and the bracket structure 124, presenting a slightly triangular installation posture.

Please refer to FIG. 1A and FIG. 2A to FIG. 2C . FIG. 2A to FIG. 2C are schematic diagrams of the folding of the mobile electronic signage 100 . The host end 110 is connected to the screen end 120 through a connection mechanism 103, and the connection mechanism 103 is, for example, a rotating shaft. Therefore, the host end 110 can rotate with the connecting mechanism 103 as the center of the circle, so that the host end 110 and the screen end 120 are close to each other, producing an effect equivalent to folding. In addition, the connecting element 102 is disposed between the screen end 120 and the host end 110, and the connecting element 102 is, for example, a damper. Can be used as a cushion when folded.

Please refer to Figure 2C. After the mobile electronic signage 100 is folded, the user can pull the handle structure 123 of the screen end 120 and use the roller module 115 on the host end 110 to drag the mobile electronic signage 100, so that the mobile electronic signage can be easily moved. The electronic signage 100 moves to a desired location. In other embodiments, the roller module 115 is also provided on the screen side 120, that is, both the host side 110 and the screen side 120 are provided with the roller module 115, so that the mobile electronic signage can be moved without being folded. 100.

Next, please refer to FIG. 1C , which shows an architecture diagram of the mobile electronic signage 100 . The host terminal 110 and the screen terminal 120 respectively include a plurality of different functional modules. The host terminal 110 includes a box 101, a computing module 111, an energy storage component 112, a wireless communication module 113 and a connection port module 114. Among them, the computing module 111, the energy storage element 112, and the wireless communication module 113 are arranged in the box 101, and the connection port module 114 is arranged on the box 101 and connected to the computing module 111.

The computing module 111 is the main computing center of the mobile electronic signage 100. Specifically, the computing module 111 also includes components such as a central processing unit, a memory, and a data storage device, which can perform computing and processing. Therefore, the computing module 111 can also be equipped with an operating system to perform computing, such as the Android operating system, which can execute various computing functions and applications. In this embodiment, the computing module 111 is suitable for outputting a display screen, that is, reading the image data from the data storage device and outputting the image data as a display screen.

The energy storage element 112 is, for example, a battery, and the energy storage element 112 is also connected to the computing module 111 and the screen terminal 120 to provide power so that each module in the host terminal 110 and the screen terminal 120 can operate. In one embodiment, the battery is installed in the box 101 through a quick release mechanism (such as a latch). This makes the battery easier to remove for replacement or charging.

In other words, the mobile electronic signage 100 has an independent power supply, operating system and data storage device. The independent power supply allows the mobile electronic signage 100 to operate without an external power supply. An independent operating system data storage device can be used to store and process audio and video data without having to communicate with external devices to obtain data. That is, the mobile electronic billboard 100 can independently perform the advertising function of the electronic billboard. In one embodiment, the mobile electronic signage 100 further includes a solar module (not shown), which is connected to the energy storage element 112 and can provide power to the energy storage element 112 through solar energy, which can further improve the performance of the mobile electronic signage 100. Independent battery life.

Please continue to refer to FIG. 1B . The wireless communication module 113 is disposed in the box 101 , and the wireless communication module 113 is connected to the computing module 111 and the energy storage element 112 . The wireless communication module 113 is an antenna corresponding to different communication specifications, such as 4G, 5G, WIFI, NFC, GPS or Bluetooth antennas. Therefore, wireless communication The module 113 provides the networking function of the mobile electronic signage 100, thereby allowing the computing module 111 to transmit data through the wireless communication module 113. In addition, in another embodiment, the wireless communication module 113 can also function as a network base station to provide networking functions for nearby electronic devices.

The connection port module 114 is disposed on the box 101 and is connected to the computing module 111, the wireless communication module 113 and the energy storage element 112 through the box 101. Specifically, the port module 114 includes a variety of ports with different functions and specifications, such as a universal port (USB series), an audio port (eg 3.5 audio source), an image port (eg HDMI), network or power supply and other ports, so the port module 114 can provide different functions for external devices. For example, a universal port can be used to transmit data or provide charging capabilities for other mobile devices (such as mobile phones). The audio connection port allows the mobile electronic signage 100 to connect to external microphone and speaker devices to play or receive sounds. The video port can output images to an external screen device.

The screen end 120 includes a touch screen module 121 and a camera lens module 122. The touch screen module 121 is located on the front side of the screen end 120 and occupies most of the area of the screen end 120 . Specifically, the touch screen module 121 is connected to the computing module 111. The touch screen module 121 can obtain the display screen from the computing module 111 and display the display screen to achieve the display function. In addition, the touch screen module 121 is also suitable for inputting an operation command, which will be sent to the computing module 111 so that the computing module 111 executes the corresponding command. The camera lens module 122 is disposed on the front side of the screen end 120 and is connected to the computing module 111 . The camera lens module 122 is suitable for capturing images and outputting image data to the computing module 111 .

In one embodiment, the computing module 111 can output multiple display images to the touch screen module 121 . At this time, the computing module 111 can divide multiple display screens into multiple sub-screens, and the multiple display screens can be displayed on the touch screen module 121 at the same time. For example, the display area of the touch screen module 121 is divided into an upper display area and a lower display area, and the upper display area can display the operation interface, while the lower display area continues to play advertising videos.

Please continue to refer to FIG. 1B. In another embodiment, the mobile electronic signage 100 further includes a plurality of heat dissipation modules 130. These heat dissipation modules 130 are disposed on the host end 110 and the screen end 120 for discharging air from the host end 110 and the screen. To remove the heat inside the end 120 , the heat dissipation module 130 is, for example, an air dissipator, a water cooling module or a heat sink.

The mobile electronic signage 100 of the present invention can be applied in various business situations. For example, when a real estate agency goes out to promote its work, the operator can use the picture-in-picture function of the mobile electronic signage 100 to cycle through corporate image advertisements and recommended items. At the same time, the mobile electronic signage 100 can also be used as a mobile power supply and network connection. Road base station use. The mobile electronic signage 100 has independent power supply and computing capabilities, and can be adapted to applications in any specific site.

Please refer to FIG. 3 , which is a schematic diagram of the electronic signage system 200 . In the embodiment of FIG. 3 , multiple mobile electronic signage boards 100 are used to form an electronic signage system 200 . The electronic signage system 200 includes a server host 210 , an operating device 220 and a plurality of mobile electronic signage 100 . The operating device 220 and the mobile electronic signage 100 are communicatively connected to the server host 210 .

In this embodiment, the server host 210 is suitable for transmitting multiple display frames to the mobile electronic signage 100, and the mobile electronic signage 100 can display the received display frames. In addition, the server host 210 is also adapted to receive a plurality of monitoring data from the mobile electronic signage 100, such as the power status and location of the mobile electronic signage 100, the video captured by the camera lens, and the audio and video data currently being played. The operating device 220 is suitable for receiving and displaying these monitoring data for use by system operators. Furthermore, the operating device 220 is also suitable for inputting a control command and transmitting it to the corresponding mobile electronic signage 100 via the servo host 210 .

The embodiment of Figure 3 can be applied to large venues or events. For example, it can be installed in restaurants and stores to display venue guidelines and play different advertisements at the same time. Or it can be applied to road running activities, where each mobile electronic billboard 100 is set on the road running route and displays traveling direction guidance and advertisements. In addition, the mobile electronic signage 100 itself has rollers and an independent power supply. It can be moved and changed according to the needs of the site or activity without being restricted by the location of the power supply. It can also provide staff with Internet access, charging and other functions.

Compared with traditional electronic signage, the mobile electronic signage 100 of the present invention has independent computing power and power supply, and can operate without being connected to an external power source to play different audio and video advertising materials. Moreover, it is equipped with rollers and a foldable structure, so that the mobile electronic signage 100 can be moved more conveniently and can be applied to more different fields.

The invention is described above, but it is not intended to limit the scope of the patent rights claimed for this invention. The scope of patent protection shall depend on the appended patent application scope and its equivalent fields. Any changes or modifications made by those with ordinary knowledge in the art without departing from the spirit or scope of this patent shall be equivalent changes or designs completed within the spirit disclosed in this invention, and shall be included in the following patent application scope. within.

100:Mobile electronic signage

101:Box

102:Connecting components

110: Host side

115:Roller module

120:Screen side

121:Touch screen module

122:Camera lens module

124: Bracket structure

Claims (10)

A mobile electronic signage includes: a host terminal, including: a box; a computing module arranged in the box and suitable for outputting at least one display screen; an energy storage element arranged in the box and connected to the a computing module; and a roller module disposed below the box; and a screen end connected to the host end, including: a connection mechanism disposed on the rear side of the screen end to connect with the box on the host end ; And a touch screen module, occupying most of the area of the screen end, is suitable for displaying the display screen, and is also suitable for inputting an operation command; and a plurality of connection components, disposed between the host end and the screen end ; Wherein, the computing module also includes an operating system, and the computing module is also adapted to receive the operation instruction and perform computing; wherein the computing module also includes a data storage device, and the computing module is stored from the data The device reads an image data and outputs the display screen. The mobile electronic signage of claim 1, wherein the energy storage element is installed in the box through a quick-release structure. The mobile electronic signage of claim 1, wherein the host further includes a connection port module, which is disposed on the side of the box and connected to the computing module and the energy storage element. The mobile electronic signage of claim 3, wherein the port module includes a universal port, a power port, an audio port and an image port. The mobile electronic signage of claim 1, wherein the host further includes at least one wireless communication module, which is disposed in the box and connected to the computing module and the energy storage element. The mobile electronic signage as described in claim 1 also includes a plurality of heat dissipation modules, which are disposed in the host terminal and the screen terminal. The mobile electronic signage of claim 1, wherein the screen terminal further includes at least one camera lens. The mobile electronic signage of claim 1, wherein the connecting element is a damper. An electronic signage system, including: a plurality of mobile electronic signage described in any one of claims 1 to 8; and a server host, communication connected to the mobile electronic signage, the server host is adapted to transmit multiple display screens to the mobile Electronic signage; wherein, the mobile electronic signage is suitable for playing the display screen. The electronic signage system according to claim 9, further comprising an operating device that is communicatively connected to the server host, and the operating device is adapted to provide the display screen.

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