Task supervising system and method thereof

Patent metadata

Field	Value
Publication number	US-2016140481-A1
Application number	US-201414563627-A
Country	US
Kind code	A1
Filing date	Dec 8, 2014
Priority date	Nov 14, 2014
Publication date	May 19, 2016
Grant date	—

Abstract

Disclosed are a task supervising system and a method thereof, for automatically reporting whether a task is fulfilled. The system generates a task list via a task generating module. A worker learn the task and a required task area of a task location via the task list transmitted. The worker uses a location acquiring unit to obtain a location information of an electric device, and at least a sensor to obtain a sensing signal. A task executing module would first determine whether the location information of an electric device is within the required task area of the task location. If yes, the sensing signal would be transmitted to a database storing a reference signal corresponding to the task in advance. Finally, via the database, a task supervising module compares the sensing signal and the reference signal so as to generate a supervised result corresponding to the task.

First claim

What is claimed is:

1 . A task supervising system, used to automatically report whether a task is fulfilled, comprising:
a task supervising module, generating a task list corresponding to a task location, wherein the task list comprises a required task area for each specified task; a task processing module, transmitting the task list to an electric device, wherein the electric device has a task executing module to receive the task list provided to a worker for choosing the first task from the task list, a location acquiring unit to obtain a location information of the electric device, and at least one sensor to obtain at least one sensing signal, and wherein the task executing module further determines whether the location information of the electric device fulfills the required task area of the first task, if yes, at least one obtained sensing signal is transmitted to a database and the database stores a first reference signal corresponding to the first task and at least one sensing signal transmitted by the electric device as the sensing signal corresponding to the first task; and a task supervising module, connected to the database, comparing the first reference signal corresponding to the first task and the sensing signal so as to generate a supervised result corresponding to the first task.

2 . The task supervising system according to claim 1 , wherein the task list further comprises a second task, the task executing module of the electric device further determines whether the location information of the electric device fulfills the required task area of the second task, if yes, at least one obtained sensing signal is transmitted to the database, the database further stores a second reference signal corresponding to the second task and at least one sensing signal transmitted by the electric device as the sensing signal corresponding to the second task, and the task supervising module further compares the second reference signal corresponding to the second task and the sensing signal so as to generate an supervised result corresponding to the second task.

3 . The task supervising system according to claim 1 , wherein the task executing module further transmits the location information of the electric device to the database when determining the location information of the electric device fulfills the required task area of the first task, the database further records a first reference signal corresponding to the first task and the location information of the electric device transmitted by the electric device as the location information of the electric device corresponding to the first task, and the task supervising module further generates a device trajectory signal from the location information of the electric device of the first task stored in the database and compares the first task and the first trajectory reference signal so as to generate an supervised result corresponding to the first task.

4 . The task supervising system according to claim 1 , wherein the task executing module generates an updated required task area of the first task by adding a soft margin to the required task area of the first task before the task executing module determines whether the location information of the electric device fulfills the required task area of the first task.

5 . The task supervising system according to claim 1 , further comprising a task recording module, when the task supervising module compares the first reference signal corresponding to the first task and the sensing signal, the generated supervised result shows the first task being fulfilled and is transmitted to the task recording module if the task supervising module compares and determines the first reference signal corresponding to the first task and the sensing signal are satisfied, and the generated supervised result shows the first task not being fulfilled and is transmitted to the task recording module and the electric device if the task supervising module compares and determines the first reference signal corresponding to the first task and the sensing signal are not satisfied.

6 . The task supervising system according to claim 1 , wherein the sensor is a gravity sensor.

7 . The task supervising system according to claim 1 , wherein the location acquiring unit is a Global Positioning System sensor (GPS) positioning device.

8 . The task supervising system according to claim 5 , wherein the task supervising module calculates whether a relevance between the first reference signal corresponding to the first task and the sensing signal is over a predetermined threshold value, and the task supervising module determines that the first reference signal corresponding to the first task and the sensing signal are satisfied if the relevance is under the predetermined threshold value.

9 . The task supervising system according to claim 1 , wherein the task supervising system is applied to agriculture, fishery, livestock industry, mining, forestry or construction industry.

10 . A task supervising method, used to automatically report whether a task is fulfilled via a task supervising system, the task supervising system comprising a task supervising system, a task processing module and a task supervising module, the task processing module transmitting the task list to an electric device, the electric device having a task executing module, a location acquiring unit and at least one sensor, the task supervising method comprising:
generating a task list corresponding to a task location, wherein the task list comprises a required task area for each specified task via the task supervising module; receiving the task list provided to a worker for choosing the first task from the task list via the task executing module; obtaining a location information of the electric device via the location acquiring unit; obtaining at least one sensing signal via the sensor; determining whether the location information of the electric device fulfills the required task area of the first task via the task executing module, if yes, transmitting at least one obtained sensing signal to a database, and storing a first reference signal corresponding to the first task and at least one sensing signal transmitted by the electric device as the sensing signal corresponding to the first task to the database; and comparing the first reference signal corresponding to the first task and the sensing signal via the task supervising module connected to the database so as to generate an supervised result corresponding to the first task.

11 . The task supervising method according to claim 10 , wherein the task list further comprises a second task, the task executing module of the electric device further determines whether the location information of the electric device fulfills the required task area of the second task, if yes, at least one obtained sensing signal is transmitted to the database, the database further stores a second reference signal corresponding to the second task and at least one sensing signal transmitted by the electric device as the sensing signal corresponding to the second task, and the task supervising module further compares the second reference signal corresponding to the second task and the sensing signal so as to generate an supervised result corresponding to the second task.

12 . The task supervising method according to claim 10 , wherein the task executing module further transmits the location information of the electric device to the database when determining that the location information of the electric device fulfills the required task area of the first task, the database further records a first reference signal corresponding to t

Assignees

• Inst Information Industry

Inventors

• Huang Po-Cheng
• Chen Ying-Hsu
• Peng Yung-Hsing
• Hsu Chin-Shun

Classifications

• G06Q10/06313

  Resource planning in a project environment · CPC title

• G06F17/30864

  Physics · mapped topic

• G06Q10/063114 Primary

  Status monitoring or status determination for a person or group · CPC title

• G06F17/30241

  Physics · mapped topic

• G06Q10/1097

  using calendar-based scheduling for task assignment · CPC title