TWM527184U - Real-time monitoring carrier system - Google Patents

Description

Instant monitoring vehicle system

This creation is related to a vehicle system, and in particular to an instant monitoring vehicle system.

In the past ten years, many technologies closely related to robots, such as artificial intelligence and sensing technology, have developed significantly. Further, the era of robots for driving services is coming, and many advanced countries and forecasting organizations have raised optimism. Looking forward to it, it is seen by many countries as the next wave of industries with killer applications.

In the family service, the self-propelled device for cleaning household hygiene, also known as the cleaning robot, is itself a kind of cleaning and vacuuming device, which can automatically move to the floor without the user's operation, and sucks on the ground during the walking process. Dust and stand back to stand or charge. In addition, in the case of cleaning the dust suction device, a dust suction device that is cleaned by hand is also developed in recent years, and its function and cleaning principle are similar to those of the self-propelled device.

As technology continues to evolve, the things people need to deal with are becoming larger and more complex, and the time they have to deal with is reduced. In other words, modern people need to be efficient and able to handle a wide variety of transactions at the same time.

In the prior art, although the remote control self-propelled device can be used to sweep or clean the designated place at home, and then through the photographic device set in the self-propelled device, the user can simultaneously Monitor environmental conditions. However, the self-propelled device often fails to provide a timely return message to the user, that is, the self-propelled device and the on-site condition cannot be truly reacted to the user, and the user cannot immediately deal with the self-propelled device and the on-site condition, thus reducing the use. Convenience.

This creation provides an instant monitoring vehicle system that allows mobile vehicles to perform control, reminder, security monitoring and other functions on the fly through a portable wireless communication device.

An embodiment of the present disclosure provides an instant monitoring vehicle system adapted to monitor a monitored area. The instant monitoring vehicle system includes a mobile vehicle, a back end processing device, and a portable wireless communication device. The mobile vehicle is disposed in the monitored area, and the mobile vehicle includes a camera module for capturing images of the monitored area. The backend processing device electrically connects the mobile carrier in a wireless transmission manner. The portable wireless communication device is electrically connected to the back-end processing device by means of wireless transmission, and the portable wireless communication device controls the mobile vehicle through the back-end processing device.

In an embodiment of the present invention, the portable wireless communication device transmits a mobile signal or an end signal to the mobile vehicle through the back end processing device. When the mobile vehicle receives the mobile signal, the back end processing device drives the mobile device. The vehicle travels, and when the mobile vehicle receives the end signal, the back end processing device controls the mobile vehicle to stop.

In an embodiment of the present invention, when the mobile vehicle is stopped, the backend processing device accesses the image of the monitored area captured by the camera module.

In an embodiment of the present invention, the instant monitoring vehicle system further includes a charging station, and the portable wireless communication device transmits a back station signal to the mobile vehicle through the back end processing device to drive the mobile vehicle back to charging station.

In an embodiment of the present invention, the portable wireless communication device transmits a video signal to the mobile vehicle through the back end processing device to drive the camera module photography in the mobile vehicle.

In an embodiment of the present invention, the mobile carrier includes a transceiver module, and the transceiver module selectively transmits a power command, a charging command, an image command or an error command to the portable wireless communication device.

In an embodiment of the present invention, when the portable wireless communication device receives the image command, the portable wireless communication device displays the image of the monitored area captured by the camera module.

In an embodiment of the present invention, the mobile carrier includes a detection module, the detection module is configured to monitor an environmental state of the monitored area and send an environmental monitoring information to the back end processing device, and the back end processing device monitors the environment. The information is stored to the portable wireless communication device.

In an embodiment of the present invention, the mobile carrier includes an electrical control unit, and the portable wireless communication device sends a control command to the mobile vehicle through the back end processing device to activate the electrical control unit of the mobile vehicle. .

In an embodiment of the present invention, the mobile carrier includes a message reminding unit, and the portable wireless communication device sends a message reminding command and sends the message reminding command to the mobile vehicle through the back end processing device to start the mobile load. Message reminder unit.

Based on the above, in the instant monitoring vehicle system provided by the present application, the mobile vehicle can be controlled by the portable wireless communication device, and the information of the mobile vehicle can also be transmitted to the portable wireless communication device through the back-end processing device. Achieve real-time monitoring of two-way interaction.

50‧‧‧Monitored area

100‧‧‧Instantaneous monitoring vehicle system

110‧‧‧Mobile Vehicles

110A‧‧‧ body

110B‧‧‧Drive Module

112‧‧‧ camera module

113‧‧‧Display module

114‧‧‧ transceiver module

115‧‧‧Processing module

116‧‧‧Connection module

117‧‧‧Test module

118‧‧‧Message reminder unit

119‧‧‧Electrical Control Unit

120‧‧‧Back-end processing device

130‧‧‧Portable wireless communication device

140‧‧‧Charging station

The first picture is a schematic diagram of the architecture of the instant monitoring vehicle system of the creation.

Fig. 2 is a schematic view showing the appearance of the mobile vehicle of Fig. 1.

Figure 3 is a schematic diagram of the internal architecture of the instant monitoring vehicle system of Figure 1.

The specific embodiments of the present invention are further described below in conjunction with the drawings and embodiments. The following embodiments are only used to more clearly illustrate the technical solutions of the present invention, and cannot limit the scope of protection of the present invention.

The first picture is a schematic diagram of the architecture of the instant monitoring vehicle system of the creation. Please refer to Figure 1. In this embodiment, the instant monitoring vehicle system 100 is adapted to monitor a monitored area 50. The instant monitoring vehicle system 100 includes a mobile vehicle 110, a back end processing device 120, a portable wireless communication device 130, and A charging station 140.

The monitored area 50 is, for example, a room of an indoor environment, and the mobile vehicle 110 is, for example, an indoor robot. For example, the indoor robot is a self-propelled robot provided with a dust collecting device to clean and collect dust in the room, but there is no limitation here. Moving the type of carrier 110, the mobile carrier 110 is disposed in the monitored area 50 and is movable within the monitored area 50.

The back-end processing device 120 is electrically connected to the mobile carrier 110 by means of wireless transmission, that is, the mobile carrier 110 and the back-end processing device 120 transmit information to each other by wireless transmission, and the wireless transmission manner can be matched. Wireless Fidelity (WiFi), Bluetooth, Wideband Code Division Multiple Access (WCDMA), Near Field Communication (NFC), Radio Frequency Identification (Radio) Frequency Identification, RFID) or Long Term Evolution (Long Term) The connection method of the radio signal standard such as Evolution, LTE) is set according to the actual implementation, and the embodiment is not limited to the above.

The portable wireless communication device 130 is, for example, a handheld communication device, a GPS receiver, or a tablet computer. The portable wireless communication device 130 is electrically connected to the back-end processing device 120 by wireless transmission, and can also be portable wireless communication. The device 130 and the back-end processing device 120 transmit information to each other by way of wireless transmission, and the wireless transmission can be in accordance with Wireless Fidelity (WiFi), Bluetooth, and Wide-band code division multiplexing (Wide). Band Code Division Multiple Access (WCDMA), Near Field Communication (NFC), Radio Frequency Identification (RFID) or Long Term Evolution (LTE) The manner is set according to the actual implementation manner. However, the embodiment is not limited to the above-described exemplary manner. In this manner, the portable wireless communication device 130 can control the mobile carrier 110 through the backend processing device 120. The user controls the portable carrier 110 by manipulating the portable wireless communication device 130.

Fig. 2 is a schematic view showing the appearance of the mobile vehicle of Fig. 1. Figure 3 is a schematic diagram of the internal architecture of the instant monitoring vehicle system of Figure 1. The mobile device 110 includes a body 110A, a driving module 110B, a camera module 112, a display module 113, a transceiver module 114, a processing module 115, a connection module 116, and a detection module. 117, a message reminding unit 118 and an electrical control unit 119, wherein the camera module 112, the display module 113, the transceiver module 114, the connection module 116, the detection module 117, the message reminding unit 118 and the electrical control unit 119 The processing module 115 is respectively connected to a processing module 115. The processing module 115 is, for example, a central processing unit (CPU), a microprocessor (microprocessor, μP), a microcontroller (microcontroller, μC), and a digital signal processor (digital signal). Processor, DSP), but the embodiment is not limited to the above-exemplified aspects.

The head of the body 110A is connected to the camera module 112, and the bottom of the body 110A is connected to the driving module 110B. The driving module 110B includes a driving mechanism such as a traveling wheel and a motor, and can be used to drive the body 110A of the moving carrier 110 to travel. The display module 113 is disposed on the outer surface of the front of the body 110A, and the display module 113 includes a display panel for displaying information. In other embodiments, the display module 113 may further include a touch panel for using touch technology. Input to improve operational convenience.

The image capturing module 112 is used to capture the image of the monitored area 5o. The type of the camera module 112 is not limited. The image sensing module 112 can be any type of image sensing module, such as a charge coupled device (CCD). Specifically, the camera module 112 can include an image capture device and a microphone, which are disposed in the head region of the mobile carrier 110 for recording images of the periphery of the mobile carrier 110.

The transceiver module 114 selectively transmits a power command, a charging command, an image command or an error command to the portable wireless communication device 130.

In an application embodiment, the mobile carrier 110 is moved through the driving module 110B. Since the mobile carrier 110 has mobility, combined with the camera module 112 on the mobile carrier 110, the position and angle of the recorded image are reduced. The limitation, while pre-set tracking settings or scheduling, will enable the camera module 112 to follow the target and simultaneously record the image.

The display module 113 can be used to display a message for the remote user to perform video communication or information transmission through the mobile vehicle 110. For example, the image captured by the camera module 112 can be transmitted to the display module 113 through a processing module 115 for the user to view the recorded image. The display module 113 can further include a touch panel, which can be used as a touch display panel, thereby improving operational convenience. In addition, the transceiver module 114 sends an image command to the portable wireless communication When the portable wireless communication device 130 receives the image command, the portable wireless communication device 130 displays the image of the monitored area 50 captured by the camera module 112 on the screen of the portable wireless communication device 130, so that the user can be portable. The image recorded by the mobile carrier 110 is viewed on the wireless communication device 130.

In this embodiment, the connection module 116 of the mobile carrier 110 is, for example, a WIFI network module, so that the mobile carrier 110 and the backend processing device 120 can transmit information to each other by wireless transmission. In this way, the user can control the mobile vehicle 110 by using an application (APP) built in the portable wireless communication device 130.

Specifically, in an embodiment, the portable wireless communication device 130 transmits a mobile signal to the mobile carrier 110 through the backend processing device 120. In other words, the user can operate the portable wireless communication device 130 to send the mobile device. The signal is transmitted to the back end processing device 120, and the back end processing device 120 transmits the mobile signal to the transceiver module 114 in the mobile carrier 110. When the transceiver module 114 of the mobile carrier 110 receives the mobile signal sent by the portable wireless communication device 130, the transceiver module 114 transmits the mobile signal to the processing module 115, so that the processing module 115 can send the driving message to The driving module 110B drives the moving carrier 110 to travel.

On the other hand, the portable wireless communication device 130 transmits an end signal to the mobile carrier 110 through the backend processing device 120. When the mobile carrier 110 receives the end signal, the backend processing device 120 controls the mobile carrier 110 to stop.

Further, in an embodiment, when the mobile carrier 110 is stopped, the backend processing device 120 accesses the image of the monitored area 50 captured by the camera module 112, and the user can download the portable wireless communication device 130. The image of the monitored area 50 captured by the camera module 112 is monitored to monitor the condition of the mobile device 110 during the time period. When the mobile vehicle 110 is moved, the moving vehicle can be known through the image. Where it is. Of course, the camera module 112 The captured image of the monitored area 50 may also be stored in a memory card built into the mobile carrier 110. The user can remove the mobile carrier 110 to remove the memory card.

In an embodiment, the image motion detection method can be used to instantly detect the situation of foreign objects or foreign invasion. For example, a transceiver device is installed in a specific location of a window, a door, or the like of the monitored area 50 that is susceptible to thief intrusion, and the address information and the transceiver module 114 are built in the transceiver device, so that the portable wireless device is used. When the communication device 130 sets the mobile carrier 110 to pass through the specific location (such as a window, door, etc. of the monitored area 50), the specific location is captured and archived. In this way, when a thief or a bad person invades a specific location (such as a window), the user is instantly notified or activated by the portable wireless communication device 130 (such as a built-in APP), and observed by the aforementioned captured image. At the point in time when thieves or unscrupulous people enter, this can achieve the purpose of security control, thereby increasing the chances of solving the case.

In an embodiment, the transceiver module 114 sends a power command to the portable wireless communication device 130. When the portable wireless communication device 130 receives the power command, the portable wireless communication device 130 displays the mobile device on the screen. The power of 110 is such that the user can easily monitor the power of the mobile vehicle 110.

When the power of the mobile carrier 110 is insufficient, the transceiver module 114 sends a charging command to the portable wireless communication device 130. At the same time, the user can operate the portable wireless communication device 130 to charge the mobile carrier 110. In this embodiment, the portable wireless communication device 130 transmits a backhaul signal through the backend processing device 120 to The carrier 110 is moved to drive the mobile carrier 110 back to the charging station 140. In addition, a time threshold for the mobile carrier 110 to return to the charging station 140 is set. When the traveling time of the mobile carrier 110 returning to the charging station 140 exceeds the time threshold, the mobile carrier 110 stops moving, and then the camera module 112 pairs The environment of the adjacent area where the mobile vehicle 110 is located The image is captured and archived so that the user can download the image captured by the camera module 112 through the portable wireless communication device 130. In this way, when the mobile vehicle 110 cannot find the way back to the charging station 140 and may cause the walking time of the returning station to be too long, the mobile vehicle can stop moving and capture the image of the environment in the adjacent area, thereby effectively reducing the user. Looking for the time to move the vehicle 110.

Further, in an embodiment, a power threshold value of the mobile carrier 110 is set. When the power of the mobile carrier 110 is lower than the power threshold, the camera module 112 is adjacent to the environment in which the mobile carrier 110 is located. The user can download the image captured by the camera module 112 by the portable wireless communication device 130 to find the mobile carrier 110 and thereby effectively reduce the time for the user to find the mobile carrier 110.

In an embodiment, when the mobile carrier 110 generates a driving module 110B (for example, a traveling wheel) twisted to a wire, the moving carrier 110 collides with an object, and the dust box of the moving carrier is too full to receive dust or move the carrier. When the 110 itself is picked up and the like, the transceiver module 114 sends an error command to the portable wireless communication device 130 to prompt the user to process as soon as possible.

In this embodiment, the mobile carrier includes a detection module 117 for monitoring the environmental status of the monitored area 50 and transmitting an environmental monitoring information to the back end processing device 120. The back end processing device 120 sets the environment. The monitoring information is stored in an application (APP) built into the portable wireless communication device 130 to provide the user with environmental monitoring information of the monitored area 50, thereby ensuring the environment in the monitored area 50. It should be noted that, in this embodiment, the type of the detection module 117 is not limited. The detection module may be, for example, an infrared sensor, a pH sensor, a conductivity sensor, a temperature sensor, and a turbidity. At least one of a detector, an air pollution sensor, a flow sensor, a humidity sensor, a chemical oxygen meter, an overflow meter, or a pressure sensor can be performed depending on the environmental requirements of the monitored area 50 Replacement to detect carbon monoxide, carbon dioxide, Environmental monitoring information such as formaldehyde, temperature and humidity.

In this embodiment, the mobile carrier 110 includes a message reminding unit 118, and the portable wireless communication device 130 sends a message alerting command to send a message alerting command to the mobile carrier 110 through the backend processing device 120 to initiate the mobile. The message reminding unit 118 of the vehicle 110.

Specifically, in an embodiment, the user can send a time-cleaning message reminding instruction through the back-end processing device 120 by sending the portable wireless communication device 130 to send a time-cleaning message reminding instruction to the mobile vehicle. 110. When the transceiver module 114 of the mobile vehicle 110 receives the message prompting command for the timed cleaning, the message reminding unit 118 transmits the driving message to the driving module 110B through the processing module 115 to drive the moving carrier 110 to perform the cleaning operation. Until the end of the sweep.

In an embodiment, the user can set any event to remind the mobile vehicle 110. For example, the user can send a reminder command to the medication time by operating the portable wireless communication device 130. The end processing device 120 sends a message reminding command to the mobile vehicle 110. When the transceiver module 114 in the mobile vehicle 110 receives the message reminding command of the medicine taking time, the message reminding unit 118 passes through the processing module 115. The message reminding command is sent to the driving module 110B. When the user takes the medicine time, the message reminding unit 118 of the mobile vehicle 110 initiates a voice-like manner to remind the user to take the medicine.

In the present embodiment, the mobile carrier includes an appliance control unit 119, and the portable wireless communication device 130 issues a manipulation command to transmit the manipulation command to the mobile carrier 110 through the backend processing device 120 to activate the mobile carrier 110. Electrical control unit 119. At the same time, the appliance control unit 119 drives the mobile carrier 110 to emit an infrared emission signal to turn off an appliance located within the monitored area 50. In this way, the user can access the portable wireless communication device 130. The appliance is turned off by moving the vehicle 110 without using the remote control of the appliance to turn off the appliance, thus improving the ease of use of the overall instant monitoring vehicle system.

In addition, in an embodiment, the mobile carrier 110 is configured to transmit and receive sound devices (such as a microphone and a speaker), and the portable wireless communication device 130 can also be configured to transmit and receive sound devices (such as a microphone and a speaker), thereby increasing the dialogue mechanism. In turn, the diversity of use of this creation is enhanced.

In summary, in the instant monitoring vehicle system provided by this creation, the mobile vehicle can be controlled by the portable wireless communication device, and the information of the mobile vehicle can also be transmitted to the portable wireless through the back-end processing device. Communication device to achieve real-time monitoring of two-way interaction.

In an application example, the portable wireless communication device transmits a mobile signal, an end signal, a back station signal, or a video signal to the mobile vehicle through the back end processing device to drive the mobile vehicle to move, stop the mobile vehicle, and let Move the vehicle back to the charging station or let the mobile vehicle photograph, but with different functions.

In an application example, the mobile vehicle can selectively transmit power commands, charging commands, video commands, or error commands to the portable wireless communication device depending on the actual situation. In this way, the user can monitor the power of the mobile vehicle by the portable wireless communication device, so that the mobile vehicle can be charged back to the station immediately. Moreover, when the power of the mobile vehicle is insufficient and the user is undetectable, the mobile vehicle can also send a charging instruction to remind the user, and the user can operate the portable wireless communication device to charge the mobile vehicle. Avoid situations where the mobile vehicle cannot be actuated due to lack of power. Further, when the mobile vehicle is in a low battery state or the state of the charging station is not found, the mobile vehicle stops moving, and the camera module captures and archives the environment of the adjacent area where the mobile vehicle is located, and stops moving by moving the vehicle. And the way to capture images of the surrounding environment effectively reduces the time users spend looking for mobile vehicles.

In addition, the user can also view the image captured by the mobile vehicle through the image command sent by the mobile vehicle, and when the user receives the wrong instruction sent by the mobile vehicle, the mobile device can be processed immediately. Wrapping to the wire, moving the carrier 110 to the object, the dust box is too full, or the moving carrier itself is taken up.

In an application example, the mobile vehicle can monitor the environmental status of the monitored area by the detection module, thereby providing the user with environmental monitoring information such as carbon monoxide, carbon dioxide, formaldehyde, temperature, humidity, etc. in the monitored area, thereby ensuring Monitor the environmental safety in the area.

In an application example, the user can turn off the appliance by operating the portable wireless communication device and moving the vehicle without using the remote controller of the appliance to turn off the appliance, thereby improving the convenience of the overall instant monitoring vehicle system. .

In an application, the user can set any event and let the mobile vehicle remind the user, for example, as a medication reminding device to remind the user to take the medicine. Alternatively, the user can send a time-cleaning message reminding command by operating the portable wireless communication device to enable the mobile vehicle to perform the cleaning action.

In an application example, when the mobile vehicle is stopped, the back-end processing device accesses the image of the monitored area captured by the camera module, and the user can download the access camera module in the portable wireless communication device. An image of the monitored area to monitor the condition of the moving vehicle during this time period to know where the mobile vehicle was moved. In addition, the image of the monitored area captured by the camera module can also be stored in the built-in memory card of the mobile vehicle, and the user can remove the mobile vehicle and take out the memory card.

In an application example, the user can set the mobile vehicle to capture and archive the specific location when moving to a specific location, so that the image motion detection can be utilized. Instantly find out if there is an outsider intrusion. When a thief or a bad person invades a specific location (such as a window), the user is notified immediately by the portable wireless communication device (such as a built-in APP) or the security system is activated, and the thief or the unscrupulous person is observed by the image taken as described above. At the point of entry, this can achieve the purpose of security control, thereby improving the chances of solving the case.

The above descriptions are merely illustrative of the preferred embodiments or examples of the technical means employed to solve the problems, and are not intended to limit the scope of the invention. Any change or modification that is consistent with the scope of the patent application scope of this creation or the scope of the patent creation is covered by the scope of the creation patent.

50‧‧‧Monitored area

100‧‧‧Instantaneous monitoring vehicle system

110‧‧‧Mobile Vehicles

120‧‧‧Back-end processing device

130‧‧‧Portable wireless communication device

Claims (10)

An instant monitoring vehicle system adapted to monitor a monitored area, the instant monitoring vehicle system comprising: a mobile vehicle disposed in the monitored area, the mobile vehicle comprising a camera module, the camera module The image of the monitored area is captured; and a back-end processing device is electrically connected to the mobile vehicle by wireless transmission; and a portable wireless communication device is electrically connected to the back end by wireless transmission. The processing device, the portable wireless communication device controls the mobile vehicle through the backend processing device. The instant monitoring vehicle system of claim 1, wherein the portable wireless communication device transmits a mobile signal or an end signal to the mobile vehicle through the back end processing device, when the mobile vehicle When receiving the mobile signal, the backend processing device drives the mobile vehicle to travel, and when the mobile vehicle receives the end signal, the backend processing device controls the mobile vehicle to stop. The instant monitoring vehicle system of claim 2, wherein the back end processing device accesses the image of the monitored area captured by the camera module when the mobile vehicle is stopped. The instant monitoring vehicle system of claim 1, wherein the instant monitoring vehicle system further comprises a charging station, and the portable wireless communication device transmits a back station signal to the back end processing device The carrier is moved to drive the mobile carrier back to the charging station. The instant monitoring vehicle system of claim 1, wherein the portable wireless communication device transmits a video signal to the mobile vehicle through the back end processing device to drive the mobile vehicle Camera module photography. The instant monitoring vehicle system of claim 1, wherein the mobile vehicle comprises a transceiver module, the transceiver module selectively transmitting a power command, a charging command, an image command or an error command To the portable wireless communication device. The instant monitoring vehicle system of claim 6, wherein the portable wireless communication device displays the monitored area captured by the camera module when the portable wireless communication device receives the image command The image. The instant monitoring vehicle system of claim 1, wherein the mobile vehicle comprises a detection module for monitoring an environmental state of the monitored area and transmitting an environmental monitoring information to the The end processing device stores the environmental monitoring information to the portable wireless communication device. The instant monitoring vehicle system of claim 1, wherein the mobile vehicle includes an electrical control unit, and the portable wireless communication device transmits a control command to the mobile load through the back end processing device Having the electrical control unit that activates the mobile vehicle. The instant monitoring vehicle system of claim 1, wherein the mobile vehicle includes a message reminding unit, and the portable wireless communication device issues a message alerting command and transmits the message alerting command to the backend processing The device transmits to the mobile vehicle to activate the message reminding unit of the mobile vehicle.