TWM492000U - Management device for space micro positioning mobile device management device - Google Patents

Description

Spatial micro-positioning mobile device management device

This creation relates to a technique for managing mobile devices, and more particularly to a spatial micro-positioning mobile device management device.

Press, as the functionality of mobile devices gradually increases, the camera's pixels are more clear, the microphone's radio is better, and the sound quality is better. The application's ability is also enhanced. For example, instant messaging software can not only transfer text. It can also transfer files in various formats, and it can be transmitted to the cloud database in real time. The receiving party can download the file at any time and log in to any instant messaging software. The transmitting party no longer needs to wait for the recipient to press the confirmation before transmitting. The file information is quite convenient.

However, the problems caused by the powerful functions of mobile devices have gradually evolved. For example, many factories and companies are afraid that products will be photographed before the listing or fear of leaking internal confidentiality. They will require employees or guests to turn in mobile devices. However, it is inconvenient to contact the party in an emergency. In addition, although the camera is not worried about being photographed during the conference, it is still possible to use the recording function of the mobile device privately, or the phone suddenly rings during the conference. This leads to problems such as the interruption of the meeting, so how to manage their mobile devices for users in different occasions without confiscation of mobile devices is a topic.

Therefore, this creation proposes a space micro-positioning mobile device management device, To solve these problems, the specific architecture and its implementation will be detailed below:

The main purpose of the present invention is to provide a spatial micro-positioning mobile device management device, which is configured to set at least one low-power Bluetooth device in the environment, and manage mobile devices within its signal range to enable low-power Bluetooth. The mobile devices in the range of the device signal will be locked or closed to some preset functional components to maintain the privacy inside the space.

Another object of the present invention is to provide a spatial micro-positioning mobile device management device in which only one low-power Bluetooth device can be installed at a space entrance to manage each mobile device entering the space.

A further object of the present invention is to provide a spatial micro-positioning mobile device management device, which includes at least three low-power Bluetooth devices, and distributes them around the environment to make the environment low-power Bluetooth devices The signal range circled a control space, and the mobile devices entering the control space are locked.

A further object of the present invention is to provide a spatial micro-positioning mobile device management device that utilizes one of the remote management hosts to synchronize with the management control module in the mobile device, and can adjust the restrictions on the mobile device at any time.

In order to achieve the above purpose, the present invention provides a spatial micro-positioning mobile device management device, comprising: at least one low-power Bluetooth device, dispersedly installed in an environment, and each low-power Bluetooth device continuously emits one a control signal; and at least one mobile device, comprising a Bluetooth transmission module, a management control module and at least one functional component, the management control module is electrically connected to the Bluetooth transmission module and the functional component, and the Bluetooth transmission module is The wireless signal is electrically connected to the low-power Bluetooth device, and the management control module is started according to the control signal sent by the low-power Bluetooth device, and the management control The module turns off or locks at least one functional component of the mobile device according to at least one preset condition.

The details of the creation, the technical content, the features and the effects achieved by the present invention are more easily explained by the detailed description of the specific embodiments.

10‧‧‧ Environment

102‧‧‧ entrance

104‧‧‧Control space

20‧‧‧Low-power Bluetooth device

30‧‧‧Mobile devices

302‧‧‧Bluetooth Transmission Module

304‧‧‧Management Control Module

306‧‧‧Functional components

The first figure is a block diagram of the management device for the micro-positioning mobile device in the creative space.

2A is a schematic diagram of a specific embodiment of a creative device for creating a micro-location mobile device.

FIG. 2B is a flow chart showing a management method of an embodiment of the spatial micro-location mobile device management apparatus of FIG. 2A.

FIG. 3A is a schematic diagram of another specific embodiment of the creative space micro-positioning mobile device management apparatus.

FIG. 3B is a flow chart of a method for managing the embodiment of the spatial micro-location mobile device management apparatus of FIG. 3A.

The present invention provides a spatial micro-positioning mobile device management device. Please refer to FIG. 1 , which is a block diagram of a creative space micro-positioning mobile device management device, where the management device includes at least one low-power Bluetooth device 20 and at least one The mobile device 30, wherein the low-power Bluetooth device 20 can be an iBeacon, which is dispersedly installed in an environment 10, and each low-power Bluetooth device 20 has a built-in low-power Bluetooth communication software, which is indoor. The positioning software continuously transmits a control signal through the signal of the low-power Bluetooth communication, and the low-power Bluetooth device 20 can be used as the micro positioning. Use, different signal sensing range according to different transmitted signal strength, while low power Bluetooth technology is short-distance positioning, so its signal range is about 3~5 meters; mobile device 30 includes a Bluetooth transmission mode The group 302, a management control module 304 and a plurality of functional components 306, the management control module 304 is electrically connected to the Bluetooth transmission module 302 and the functional component 306, and the Bluetooth transmission module 302 is electrically connected to the low-power blue by wireless signals. The bud device 20 automatically starts the management control module 304 according to the control signal of the low-power Bluetooth device 20, and the management control module 304 turns off or locks the corresponding functional component 306 in the mobile device 30 according to at least one preset restriction condition. .

The above restrictions include locking or turning off the function 306 of the camera, microphone, network, call, and the like.

2A is a schematic diagram of a specific embodiment of a virtual space mobile device management device of the present invention. Please refer to the flowchart of FIG. 2B. First, in step S10, a management control module is disposed in a mobile device 30. The management control module is an application installed in the mobile device 30, and can control the functional components in the mobile device; then, in step S12, a low-power Bluetooth device 20 is installed in an environment 10, and the embodiment of FIG. 2A For a closed environment, such as a conference room, the low-power Bluetooth device 20 is located at the entrance 102, and the low-power Bluetooth device 20 continuously sends a control signal; in step S14, the Bluetooth transmission module in the mobile device 30 Continuously detecting whether there is a control signal of the low-power Bluetooth device 20 in the surrounding environment. If the control signal is detected, the management control module is started as described in step S16, and the management control module is configured according to at least one preset condition. At least one of the functional devices 30 is turned off or locked. In step S18, if no control signal is detected, the mobile device 30 maintains the normal mode. For example, when the user enters the conference room, the user's mobile device 30 detects the control signal of the low-power Bluetooth device 20 that receives the conference room door, and the mobile device 30 activates the management control module. The camera function component and the recording function component of the mobile device 30 are locked Or off, the mobile device 30 can not be photographed and recorded to avoid the outflow of the conference content.

The restriction condition that the mobile device 30 is to be locked or closed is set by a remote management host (not shown), and the management control module in each mobile device 30 is synchronized with the management host, so when the management host changes When the item is restricted, the mobile device 30 is updated synchronously. For example, only the camera and recording function components of the mobile device 30 are originally locked in the conference room, but the management host increases the function of limiting the network transmission, and the management in the mobile device 30 The control module operates synchronously, so that the mobile device 30, which is originally available in the conference room, is turned off the network and no longer has the network transmission capability.

The low-power Bluetooth device is also synchronized with the remote management host. The control signal of the low-power Bluetooth device can send out the unlocked control signal instead of instructing the management control module to lock and close the function component. The control signal of "lock" or the control signal of "unlock" can be determined by the management host. Taking the above embodiment as an example, when the conference ends, the management host changes the mode of the low-power Bluetooth device to make the low-power Bluetooth device The control signal sent from the lock mode is sent to the control signal for unlocking. When the user leaves the conference room from the entrance, the mobile device detects the control signal sent by the low-power Bluetooth device, and then manages the control module. The function that was previously locked or closed is restored according to the "unlock" control signal.

The media access control number (MAC number), the Universally Unique Identifier (UUID), the major number and the secondary number of each low-power Bluetooth device are stored in the management host. Minor number. And the management host stores device identification information provided by each mobile device, such as an International Mobile Equipment Identity Number (IMEI) or a machine serial number.

FIG. 3A is a schematic diagram of another embodiment of the creative space micro-positioning mobile device management device. Please refer to the flowchart of FIG. 3B at the same time. Step S30 is the same as step S10 of the previous embodiment, and all are set in the mobile device 30. The control module is controlled to control the functional components in the mobile device 30; then, in step S32, at least three low-power Bluetooth devices 20 are installed in an environment 10, and the embodiment of FIG. 3A is an open environment or a diameter greater than 5 The venue of the ruler, such as the show room, and the low-power Bluetooth device 20 are distributed throughout the environment 10, the low-power Bluetooth device 20 continuously sends a control signal; in step S34, the Bluetooth transmission in the mobile device 30 The module continuously detects whether there is a control signal of the low-power Bluetooth device 20 in the surrounding environment. If the control signal is detected, the management control module is started as described in step S36, and the management control module is based on at least a preset. A limiting condition turns off or locks at least one of the functional devices 30. In step S38, if no control signal is detected, the mobile device 30 maintains the normal mode. However, unlike the embodiments of FIGS. 2A and 2B, the three low-power Bluetooth devices 20 will form a control space 104 in the environment 10, and the mobile device 30 entering the control space 104 will be restricted. The mobile device 30 can be triangulated to more accurately locate the mobile device 30 without causing the mobile device outside the control space 104 to be misjudged.

For example, if the environment is a factory and the factory is divided into a number of laboratories, each laboratory is equipped with at least three low-power Bluetooth devices as shown in Figure 3A, each of which is circled separately. Different control spaces, and different control spaces can have different constraints. For example, A lab can't take pictures, B lab can't take pictures or talk, and these restrictions are all entered by the remote management host. The mobile devices of different laboratories are managed. For example, after the mobile device enters the control space composed of the low-power Bluetooth devices numbered 001~003, the control signals sent by the low-power Bluetooth devices are received, and the management is triggered. After the control module is started, it will receive the control of the low-power Bluetooth device with the number 001~003 from the management host. What are the functional components that the space is to limit and lock, and the functional components are turned off or locked.

Even if the user closes the network in the mobile device (for example, the Bluetooth transmission module is turned off), the management control module can still open the Bluetooth transmission module on the mobile device to sense the low-power Bluetooth device. Control the signal and open the network on its own and close or lock the intended function.

In summary, the space micro-positioning mobile device management device provided by the present invention utilizes a combination of a low-power Bluetooth device and a management control module in a mobile device to micro-position the mobile device using a low-power Bluetooth device. And using the control signal sent by the low-power Bluetooth device to trigger the activation of the management control module in the mobile device, so that some functional components of the mobile device are locked or closed, and the data in the control space is kept out of flow and the confidentiality is not leaked. The restriction condition is controlled by the remote management host, and the content of the restriction condition can be adjusted at any time, or the lock can be changed to unlocked, which is more suitable for internal management of the company, and the employee no longer needs to confiscate the mobile device when entering the company. The functionality of the mobile device can be managed according to regional restrictions of different machine density levels.

The above description is only for the preferred embodiment of the present invention and is not intended to limit the scope of the present invention. Therefore, any change or modification of the characteristics and spirit described in the scope of this application shall be included in the scope of the patent application for this creation.

10‧‧‧ Environment

20‧‧‧Low-power Bluetooth device

30‧‧‧Mobile devices

302‧‧‧Bluetooth Transmission Module

304‧‧‧Management Control Module

306‧‧‧Functional components

Claims (7)

A spatial micro-positioning mobile device management device includes: at least one low-power Bluetooth device dispersedly disposed in an environment, the low-power Bluetooth device continuously generates at least one control signal; and at least one mobile device, including one a management control module electrically connected to a Bluetooth transmission module and at least one functional component, wherein the Bluetooth transmission module is electrically connected to the low-power Bluetooth device by a wireless signal, according to the low-power Bluetooth device The control signal activates the management control module, and the management control module turns off or locks the at least one functional component in the mobile device according to the preset at least one restriction condition. The space micro-location mobile device management device according to claim 1, further comprising a management host synchronized with the management control module, controlling the management control module in each of the mobile devices from a remote end, and setting the startup This function to turn off or lock when managing the control module. The spatial micro-location mobile device management device of claim 1, wherein the restriction condition comprises locking or turning off a camera, a microphone, a network, a call, and the like. The spatial micro-location mobile device management device of claim 1, wherein the mobile device is micro-positioned when the number of the low-power Bluetooth devices is greater than or equal to three. The spatial micro-location mobile device management device of claim 2, wherein the management host locks the management data of the functional component in the mobile device in the mobile device. The space micro-location mobile device management device according to claim 2, wherein the management host stores a media access control number (MAC number) and a universal unique identification of each of the low-power Bluetooth devices. Universally Unique Identifier (UUID), Major number, and Minor number. The spatial micro-location mobile device management device of claim 2, wherein the management host stores at least one device identification information provided by each mobile device, the device identification information including a mobile communication international identification code (International Mobile) Equipment Identity number, IMEI) or a machine serial number.