TWI614529B - System and method for instant message management - Google Patents

Abstract

An instant message management system and method, the method comprising the steps of: when a mobile device carried by a locomotive rider receives a new message, capturing an expanded view of the new message; transmitting the expanded image to a locomotive knight The wearable device displays; provides a reply form corresponding to the new message to the head mounted device display; detects a confirmation signal triggered by the locomotive rider for the reply form; and generates a feedback message to the head mounted device display according to the confirmation signal.

Description

Instant messaging management system and method

The present invention relates to an instant messaging management system and method.

As far as the current situation is concerned, when a knight rides a locomotive, if a mobile device (such as a mobile phone) has an instant message (such as a service order request, a newsletter, an email, etc.), it is not convenient to read because it is riding a locomotive. However, if you can't confirm these instant messages in a simple way, you may lose money by missing them.

The present invention provides an instant messaging management system and method. In the instant messaging management system, the locomotive rider's headset is connected to the mobile device it carries through a wireless connection. When the mobile device receives a new message, it can immediately The screen of the head-mounted device is displayed to remind the locomotive knight that the mobile device has a new message, and the locomotive knight can quickly understand the content of the new message by expanding the picture so that the locomotive knight can respond immediately and avoid missing The loss caused by instant messaging.

An embodiment of the present invention provides an instant message management system, which is suitable for managing an instant message received by a locomotive knight during driving. The instant messaging management system includes: a head mounted device and a mobile device. Among them, the head mounted device is disposed on the head of the locomotive. The mobile device is carried by the locomotive rider, wirelessly connected to the headset, and when a new message is received, an expanded screen of the new message is captured, and the expanded screen is transmitted to the headset display. The mobile device provides a reply form corresponding to the new message, the mobile device transmits the reply form to the head mounted device display, and the head mounted device detects a confirmation signal triggered by the motorcycle rider for the reply form. The headset transmits the confirmation signal to the mobile device. The mobile device generates a feedback message according to the confirmation signal, and the mobile device transmits the feedback information to the head mounted device for display.

In some embodiments, the mobile device includes a communication unit and a first processing unit. The first processing unit is connected to the communication unit. When the mobile device receives the new message through the communication unit, the first processing unit captures the expanded image of the new message, and transmits the expanded image through the communication unit. To the head mounted device, the first processing unit provides the reply form corresponding to the new message, and transmits the reply form to the head mounted device display through the communication unit.

In some embodiments, the headset includes a transceiver unit, a screen, a projection unit, a second processing unit, and a detection unit. The transceiver unit receives the expanded screen and the reply form, and the projection unit is connected to the screen. The second processing unit is connected to the transceiver unit and the projection unit, and controls the projection unit to project the expanded screen and the reply form to the screen. The detecting unit is connected to the second processing unit to detect the confirmation signal triggered by the locomotive rider for the reply form, and the second processing unit controls the transceiver unit to transmit the confirmation signal to the mobile device, where the mobile device The first processing unit generates the feedback information according to the confirmation signal, and the first processing unit controls the communication unit to transmit the feedback information to the head mounted device, and the second processing unit receives the feedback information through the transceiver unit. The second processing unit projects the feedback information onto the screen through the projection unit.

In some embodiments, the mobile device further includes a positioning unit. The positioning unit is connected to the first processing unit to instantly locate a current location of the mobile device, and the first processing unit controls the positioning unit to provide a corresponding location according to the confirmation signal and the corresponding new message according to the current location. a map navigation screen of the new message, and transmitting the map navigation screen to the head mounted device through the communication unit.

In some embodiments, the transceiver unit receives the map navigation screen, and the second processing unit projects the map navigation screen onto the screen through the projection unit, thereby guiding the locomotive rider to the corresponding message. A target location.

In some embodiments, the mobile device further includes a gravity sensor. The gravity sensor is connected to the first processing unit. When the center of gravity of the gravity sensor is dumped to exceed a preset value, the first processing unit determines that the motorcycle rider has an accident, and the first processing unit immediately controls The positioning unit positions the mobile device and records the current location of the mobile device.

In some embodiments, the mobile device further includes a storage unit. The storage unit is connected to the first processing unit, and the storage unit stores an ambulance unit and an insurance unit preset by the locomotive knight. When the first processing unit determines that the locomotive knight has an accident, the first processing unit Controlling the communication unit to send a request assistance message containing the current location to the ambulance unit and the insurance unit.

In some embodiments, the first processing unit further provides a related information of a locomotive line closest to the current location according to the current location of the mobile device, and transmits the related information to the headset through the communication unit. The transceiver unit receives the locomotive information, and the second processing unit controls the projection unit to project the related information onto the screen, wherein the related information includes a business hours, an address information and/or information of the locomotive line. A special offer.

In some embodiments, the first processing unit further controls the positioning unit to provide a navigation map of a locomotive line corresponding to the locomotive line according to the current location of the mobile device and the address information of the locomotive line, and transmits the communication through the communication. The unit transmits the locomotive line position navigation screen to the head mounted device, the transceiver unit of the head mounted device receives the locomotive line position navigation screen, and the second processing unit transmits the locomotive line position navigation screen through the projection unit On this screen, the locomotive rider is guided to the locomotive.

An embodiment of the present invention provides an instant message management method, which is suitable for managing an instant message received by a locomotive knight during driving. The instant message management method includes the following steps: when a mobile device carried by the locomotive rider receives a new message, extracting an unfolded picture of the new message; transmitting the expanded picture to a head mounted display of the locomotive rider; providing a reply form corresponding to the new message to the head mounted device Displaying; detecting a confirmation signal triggered by the locomotive rider on the reply form; and generating a feedback information to the head mounted display according to the confirmation signal.

The embodiments of the present invention are disclosed in the following drawings, and the details of However, it should be understood that these practical details are not intended to limit the invention. That is, in some embodiments of the invention, these practical details are not necessary. In addition, some of the conventional structures and elements are shown in the drawings in a simplified schematic manner in order to simplify the drawings.

The terms "including", "including", "having", "containing", etc., as used in this document are all open terms, meaning, but not limited to.

With respect to "and/or" as used herein, it is meant to include any or all combinations of the recited.

The invention provides an instant message management system, which is suitable for managing an instant message received by a locomotive knight while driving. 1 is a functional block diagram of an instant messaging management system according to a first embodiment of the present invention. The instant messaging management system 100 includes a mobile device 110 and a headset 120, and the mobile device 110 and the headset 120 The wireless connection method is to use Bluetooth transmission technology. The mobile device 110 can be a smart phone carried by the locomotive rider, and the head mounted device 120 can be disposed on the locomotive rider head, for example, embedded in the locomotive helmet or the locomotive knight's glasses.

The mobile device 110 includes a first processing unit 130, a communication unit 135, a storage unit 140, a positioning unit 145, and a gravity sensor (G-Sensor) 150. The communication unit 135, the storage unit 140, the positioning unit 145 and the gravity sensor 150 are all coupled to the first processing unit 130, and the screen 175 is coupled to the projection unit 170. The first processing unit 130 may be a central processing unit in the smart phone, the communication unit 135 may be a communication interface card, the storage unit 140 may be a micro memory card, and the positioning unit 145 may be a global positioning system (GPS). The module, gravity sensor 150 can be a gyroscope.

The head mounted device 120 includes a second processing unit 160, a transceiver unit 165, a projection unit 170, a screen 175, and a detecting unit 180. The transceiver unit 165, the projection unit 170, the screen 175, and the detecting unit 180 are all coupled to the second processing unit 160. The second processing unit 160 can be a micro processor, the transceiver unit 165 can be a communication interface card, the projection unit 170 can be a micro projector, and the screen 175 can be disposed on the shielding screen of the motorcycle helmet or the mirror surface of the motorcycle knight glasses. As for the detecting unit 180, if the embodiment of the present invention uses voice to confirm the message, the detecting unit 180 is a voice recognizer. If the embodiment of the present invention uses the screen touch action to confirm the message, the detection is performed. The measuring unit 180 is a touch sensing circuit component.

FIG. 2 is a flow chart showing a method for managing an instant message according to the first embodiment of the present invention. First, when the mobile device 110 carried by the locomotive rider receives a new message through the communication unit 135, the first processing unit 130 retrieves an expanded image of the new message (step S210), for example, when the mobile device 110 transmits The communication unit 135 receives an order message, and the first processing unit 130 receives the expanded screen of the order message. Next, the first processing unit 130 transmits the expanded screen to the head mounted device 120 disposed on the head of the locomotive knight through the communication unit 135 (step S220). In addition, the first processing unit 130 provides a reply form corresponding to the new message, and transmits the reply form to the head mounted device 120 through the communication unit 135 (step S230).

The transceiver unit 165 of the head mounted device 120 receives the expanded screen and the reply form, and the second processing unit 160 controls the projection unit 170 to project the expanded screen and the reply form to the screen 175. Next, the detecting unit 180 detects the confirmation signal triggered by the locomotive rider for the reply form (step S240). For example, if the locomotive rider confirms the touch option of accepting the order, the locomotive rider can use the screen touch action to trigger the touch option, and the detection unit 180 is the touch control option. Confirm the signal and confirm receipt of this order.

The second processing unit 160 controls the transceiver unit 165 to transmit the confirmation signal to the mobile device 110. The first processing unit 130 in the mobile device 110 generates feedback information according to the confirmation signal. The first processing unit 130 controls the communication unit 135 to transmit the feedback information to the head mounted device 120. The second processing unit 160 receives the feedback information through the transceiver unit 165, and the second processing unit 160 projects the feedback information through the projection unit 170. It is up to the screen 175 (step S250).

For example, the feedback information can be a map navigation screen. The mobile device 110 of the present invention further includes a positioning unit 145 that is coupled to the first processing unit 130. The positioning unit 145 instantly locates the current location of the mobile device 110. The first processing unit 130 controls the positioning unit 145 to provide a map navigation screen corresponding to the new message according to the confirmation signal (confirming the received order) and the corresponding new message (the delivery place of the order), and according to the current location, The first processing unit 130 transmits the map navigation screen to the head mounted device 120 through the communication unit 135.

The transceiver unit 165 of the head mounted device 120 receives the map navigation screen, and the second processing unit 160 projects the map navigation screen onto the screen 175 through the projection unit 170, thereby guiding the locomotive rider to the first corresponding message. Target location (ie the delivery location of the order).

In the instant messaging management system 100 of the present invention, the mobile device 110 further includes a gravity sensor 150, and the gravity sensor 150 is connected to the first processing unit 130, when the center of gravity of the gravity sensor 150 is dumped to more than a preset. The first processing unit 130 determines that the locomotive rider has an accident, and the first processing unit 130 immediately controls the positioning unit 145 to locate the mobile device 110 and records the current location of the mobile device 110.

As described above, the mobile device 110 further includes a storage unit 140 that is coupled to the first processing unit 130. The storage unit 140 stores an ambulance unit and an insurance unit preset by the locomotive knight. When the first processing unit 130 determines that the locomotive rider has an accident, the first processing unit 130 controls the communication unit 135 to send a request assistance message containing the current location to the ambulance unit and the insurance unit. For example, the ambulance unit may be a 119 emergency ambulance line unit, which may be an insurance company insured by a locomotive knight.

In other embodiments of the present invention, the first processing unit 130 provides a related information of a locomotive line closest to the current location according to the current location of the mobile device 110, and the first processing unit 130 transmits the correlation through the communication unit 135. Information to the head mounted device 120, the transceiver unit 165 receives the locomotive information, the second processing unit 160 controls the projection unit 170 to project the related information onto the screen 175, wherein the related information includes a business hours of the locomotive line, Address information and / or a discount information.

As described above, the first processing unit 130 controls the positioning unit 145 to provide a navigation position navigation screen corresponding to the locomotive line according to the current position of the mobile device 110 and the address information of the locomotive line, and transmits the locomotive through the communication unit 135. The line position navigation screen is to the head mounted device 120. The transceiver unit 165 of the head mounted device 120 receives the locomotive line position navigation screen, and the second processing unit 160 projects the locomotive line position navigation screen onto the screen 175 through the projection unit 170, thereby guiding the locomotive rider to the locomotive. Row.

The present invention provides an instant messaging management system and method. In the instant messaging management system, the locomotive rider's headset is connected to the mobile device it carries through a wireless connection. When the mobile device receives a new message, it can immediately The screen of the head-mounted device is displayed to remind the locomotive knight that the mobile device has a new message, and the locomotive knight can quickly understand the content of the new message by expanding the picture so that the locomotive knight can respond immediately and avoid missing The loss caused by instant messaging.

While the invention has been described above in terms of various embodiments, it is not intended to limit the invention, and the invention may be modified and modified without departing from the spirit and scope of the invention. The scope of protection is subject to the definition of the scope of the patent application attached.

100‧‧‧ Instant Messaging Management System
110‧‧‧ mobile devices
120‧‧‧ head mounted device
130‧‧‧First Processing Unit
135‧‧‧Communication unit
140‧‧‧storage unit
145‧‧‧ Positioning unit
150‧‧‧Gravity sensor
160‧‧‧Second processing unit
165‧‧‧ transceiver unit
170‧‧‧Projection unit
175‧‧‧ screen
180‧‧‧Detection unit
S210~S250‧‧‧ Instant message management method flow steps

FIG. 1 is a functional block diagram of an instant message management system according to a first embodiment of the present invention. FIG. 2 is a flow chart showing a method for managing an instant message according to the first embodiment of the present invention.

S210~S250‧‧‧ Instant message management method flow steps

Claims (9)

An instant message management system, configured to manage an instant message received by a locomotive knight during driving, the instant messaging management system comprising: a head mounted device disposed on the locomotive knight head; and a mobile device that is the locomotive Carrying on the knight, wirelessly connecting to the head mounted device, when receiving a new message, capturing an unfolded picture of the new message, transmitting the expanded picture to the head mounted device display, the mobile device providing In response to a reply form of the new message, the mobile device transmits the reply form to the head mounted device display, the head mounted device detecting a confirmation signal triggered by the locomotive rider for the reply form, the head mounted device Transmitting the confirmation signal to the mobile device, the mobile device generates a feedback information according to the confirmation signal, and the mobile device transmits the feedback information to the display of the head mounted device; wherein the mobile device comprises: a communication unit; a first processing unit connected to the communication unit, when the mobile device receives the new message through the communication unit, The first processing unit captures the expanded image of the new message, and transmits the expanded image to the display device through the communication unit, and the first processing unit provides the reply form corresponding to the new message and transmits The communication unit transmits the reply form to the head mounted display. The instant messaging management system of claim 1, wherein the head mounted device comprises: a transceiver unit for receiving the expanded screen and the reply form; a screen; a projection unit connected to the screen; a second processing unit connected to the transceiver unit and the projection unit, controlling the projection unit to project the expanded image and Replying the form to the screen; and a detecting unit connected to the second processing unit to detect the confirmation signal triggered by the locomotive rider for the reply form, the second processing unit controlling the transceiver unit to transmit the confirmation signal to The mobile device, the first processing unit in the mobile device generates the feedback information according to the confirmation signal, and the first processing unit controls the communication unit to transmit the feedback information to the head mounted device, the second processing unit The feedback information is received by the transceiver unit, and the second processing unit projects the feedback information onto the screen through the projection unit. The instant messaging management system of claim 2, wherein the mobile device further comprises: a positioning unit connected to the first processing unit to instantly locate a current location of the mobile device, the first processing unit according to the confirmation The signal and its corresponding new message, and according to the current location, control the positioning unit to provide a map navigation screen corresponding to the new message, and transmit the map navigation screen to the head mounted device through the communication unit. The instant messaging management system of claim 3, wherein the transceiver unit receives the map navigation screen, the second processing order Through the projection unit, the map navigation screen is projected onto the screen, thereby guiding the locomotive rider to a target location corresponding to the new message. The instant messaging management system of claim 3, wherein the mobile device further comprises: a gravity sensor connected to the first processing unit, when the gravity of the gravity sensor is tilted to exceed a preset value The first processing unit determines that the locomotive rider has an accident, and the first processing unit immediately controls the positioning unit to locate the mobile device, and records the current location of the mobile device. The instant messaging management system of claim 5, wherein the mobile device further comprises: a storage unit connected to the first processing unit, the storage unit storing an ambulance unit and an insurance preset by the locomotive knight And when the first processing unit determines that the locomotive knight has an accident, the first processing unit controls the communication unit to send a request assistance message containing the current location to the ambulance unit and the insurance unit. The instant messaging management system of claim 3, further comprising the first processing unit providing a related information of a locomotive line closest to the current location according to the current location of the mobile device, and transmitting the related information through the communication unit Corresponding information is sent to the head mounted device, the transceiver unit receives the locomotive information, and the second processing unit controls the projection unit to project the related information onto the screen, wherein the related information includes a business hours of the locomotive line , an address information and / or a discount information. The instant messaging management system of claim 7 further includes the first processing unit controlling the positioning unit to provide a locomotive line position corresponding to the locomotive line according to the current location of the mobile device and the address information of the locomotive line. Navigating a screen, and transmitting the locomotive line position navigation screen to the head mounted device through the communication unit, the transceiver unit of the head mounted device receives the locomotive line position navigation screen, and the second processing unit transmits the locating unit through the projection unit The locomotive line position navigation screen is projected onto the screen to guide the locomotive rider to the locomotive line. An instant message management method, which is suitable for managing an instant message received by a locomotive knight during driving, the instant message management method comprising: when the mobile device carried by the locomotive knight receives a new message, capturing the new message An unfolded screen of the message, wherein the mobile device includes a communication unit and a first processing unit, the communication unit is connected to the first processing unit, and when the mobile device receives the new message through the communication unit, the first The processing unit captures the expanded screen of the new message; and transmits the expanded screen to a head mounted display of the locomotive rider, wherein the expanded screen is transmitted to the head mounted display through the communication unit; Providing a reply form corresponding to the new message to the head mounted device display, wherein the reply form corresponding to the new message is provided by the first processing unit, and the reply form is transmitted to the head mounted device through the communication unit ; Detecting a confirmation signal triggered by the locomotive rider on the reply form; and generating a feedback information to the head mounted display according to the confirmation signal.