JP7252309B1 - Task display system - Google Patents

Abstract

A task display system capable of preventing a so-called omission of tasks in which a user forgets to execute one or some of a plurality of tasks that he or she intended to execute later. SOLUTION: A task display system 1 attaches an anchor 20 that links a task to be processed by a user to a position or object specified by the user based on user input specifying a position or object in an augmented reality space. A task display body 21 having a plurality of task display surfaces capable of displaying tasks to be processed by the user is generated. Based on user input for inputting a task to be processed by the user, each of the plurality of input tasks is displayed on each of the plurality of task display surfaces, and the user input indicating that the user has completed inputting the task is displayed. Based on this, an input completion indicator 24 indicating task input completion is generated in the vicinity of the task indicator 21 in the augmented reality space. [Selection diagram] Fig. 1

Description

The present invention relates to a task display system that displays tasks to a user in an augmented reality space.

Conventionally, systems have been proposed that display predetermined data in an augmented reality space. For example, a surgery support system using a glasses-type device and a warehouse work support system have been proposed (see Patent Document 1). In a conventional surgery support system, a doctor or the like can refer to vital data in an augmented reality space using a glasses-type device. Further, in the conventional warehouse work support system, it is possible to refer to the position of the shelves in the warehouse, the product list of each shelf in the warehouse, and the like.

JP 2019-162251 A

However, in the conventional task display system, although it is possible to display predetermined data in the augmented reality space, it is possible to display one or more tasks among a plurality of tasks that the user intends to perform later in daily life. It is difficult to prevent so-called task omission, in which some tasks are forgotten to be executed.

SUMMARY OF THE INVENTION The present invention has been made in view of the above problems, and is intended to prevent so-called omission of tasks, in which a user forgets to execute one or some of a plurality of tasks that he intended to execute later. To provide a task display system capable of

A task display system of the present invention is a system for displaying a task to a user in an augmented reality space, wherein the user's An anchor setting unit that sets an anchor that links the task to be processed by the user to the position or object specified by the a task display generating unit for generating a task display having a plurality of task display surfaces capable of displaying a task to be processed by a user; and a second user input for inputting a task to be processed by the user. A task display processing unit that displays each of a plurality of tasks input by a user on each of the plurality of task display surfaces, and a third user input indicating that the user has completed inputting a task Based on, an input completion display body generation unit that generates an input completion display body indicating task input completion in the vicinity of the task display body in the augmented reality space.

According to this configuration, a task display body having a plurality of task display surfaces is displayed at a predetermined position or object in the augmented reality space, and tasks to be executed by the user are displayed on each task display surface of the task display body. can be displayed. As a result, it is possible to prevent so-called omission of tasks, in which the user forgets to execute one or some of a plurality of tasks that the user intended to execute later in daily life. In this case, generation of a task display body in the augmented reality space (installation of a task display body linked to a predetermined position or object in the augmented reality space) and input of a task to each task display surface are performed by a predetermined user. It can be easily performed by input (first to third user inputs). Further, the user can grasp at a glance whether or not the input of the task has been completed, depending on whether or not the input completion display is displayed near the task display.

Further, the task display system of the present invention includes a deadline determination unit that determines, based on the second user input, whether or not the task input by the second user input has a deadline; Display of the input completion indicator when it is determined that any of the tasks input by the user input has a deadline, and it is determined that all the tasks input by the second user input have no deadline. and a time limit display processing unit that makes the display of the input completion display different from that of the case.

According to this configuration, if one of a plurality of tasks input by the user has a deadline, the input completion indicator is displayed differently from the case where none of the tasks has a deadline. done. For example, if any task has a deadline, an input completion indicator with a ball that rotates (revolves around the task indicator) along the input completion indicator (displayed around the task indicator) An indicator is displayed, and if there is no due date for any task, an input completion indicator without such a ball is displayed. Since the display of the input completion indicator is different in this manner, the user can grasp at a glance whether or not the task has a deadline.

Further, the task display system of the present invention includes a period determination unit that determines the number of days or time until the deadline of the task input by the second user input based on the second user input and current date and time information. wherein, when it is determined that the task input by the second user input has a deadline, the deadline display processing unit changes the display of the input completion indicator according to the number of days or hours until the deadline. You may let

According to this configuration, the process of changing the display of the input completion indicator according to the number of days or time until the deadline of the task is performed. For example, when the number of days until the deadline is 3 days, a ball slowly rotates along the input completion indicator (the ball slowly revolves around the task indicator) is displayed. When the number of days is one day, a display in which the ball rotates rapidly along the input completion display (the ball revolves rapidly around the task display) is displayed. Since the display of the input completion indicator changes in this way, the user can intuitively grasp whether the deadline for the task is approaching.

Further, the task display system of the present invention includes: a priority setting unit for setting a priority to the task input by the second user input; A highlighting unit may be provided for highlighting the task display body so as to stand out.

According to this configuration, a priority is set for each task, and when the priority of the task is high, the task display is highlighted so that the task display is conspicuous. For example, the priority of a task can be set based on a prepared priority list (a list of tasks with high priority). That is, if the task corresponds to a prepared priority list (a list of tasks with high priority), the priority of the task is set high. Also, when the number of days or time until the deadline of the task is short, the priority of the task may be set high. When the priority of the task is high, for example, the task display is displayed in a large size, the task display is shaken up and down, or the task display is flashing violently. Since the task display body is highlighted in this manner, the user can intuitively grasp that the task has a high priority.

In addition, the task display system of the present invention may include a non-highlighting unit for non-highlighting the task display so that the task display is inconspicuous when the low-priority task is included. .

According to this configuration, when the priority of the task is low, the task display is non-highlighted so that the task display is inconspicuous. For example, if the task does not correspond to a prepared priority list (a list of tasks with high priority), the priority of the task is set low. Also, if there is no deadline for the task, the priority of the task may be set low. Then, when the priority of the task is low, for example, non-highlighting display such as reduction display of the task display body or non-display of the task display body is performed. In this way, the non-highlighted display of the task display body is performed, so that the user can intuitively grasp that the priority of the task is low.

The method of the present invention is a method performed by a system for displaying a task to a user in an augmented reality space, based on a first user input designating a location or object within the augmented reality space, setting an anchor that links a task to be processed by the user to the position or object designated by the user; generating a task display having a plurality of task display surfaces capable of displaying tasks to be processed by a user; displaying each of the plurality of tasks on each of the plurality of task display surfaces; and based on a third user input indicating that the user has completed inputting the task, the generating an input completion indicator proximate to the task indicator to indicate task entry completion.

In this method, similarly to the system described above, a task display object having a plurality of task display surfaces is displayed at a predetermined position or on an object in the augmented reality space, and a user is displayed on each task display surface of the task display object. Each task to be executed can be displayed. As a result, it is possible to prevent so-called omission of tasks, in which the user forgets to execute one or some of a plurality of tasks that the user intended to execute later in daily life. In this case, generation of a task display body in the augmented reality space (installation of a task display body linked to a predetermined position or object in the augmented reality space) and input of a task to each task display surface are performed by a predetermined user. It can be easily performed by input (first to third user inputs). Further, the user can grasp at a glance whether or not the input of the task has been completed, depending on whether or not the input completion display is displayed near the task display.

A program of the present invention is a program executed by a computer of a system for displaying a task to a user in an augmented reality space, the program instructing the computer to specify a position or an object in the augmented reality space. A process of setting an anchor that links a task to be processed by the user to a position or object specified by the user based on a first user input, and setting the anchor in the augmented reality space a process of generating a task display body having a plurality of task display surfaces capable of displaying a task to be processed by the user on the position or the object; and a second user inputting the task to be processed by the user. a process of displaying each of the plurality of tasks input by the user on each of the plurality of task display surfaces based on the input; and a third user input indicating that the user has completed inputting the task. a process of generating an input completion display indicating task input completion in the vicinity of the task display in the augmented reality space.

As with the above system, this program also displays a task display object having a plurality of task display surfaces at a predetermined position or on an object in the augmented reality space. Each task to be executed can be displayed. As a result, it is possible to prevent so-called omission of tasks, in which the user forgets to execute one or some of a plurality of tasks that the user intended to execute later in daily life. In this case, generation of a task display body in the augmented reality space (installation of a task display body linked to a predetermined position or object in the augmented reality space) and input of a task to each task display surface are performed by a predetermined user. It can be easily performed by input (first to third user inputs). Further, the user can grasp at a glance whether or not the input of the task has been completed, depending on whether or not the input completion display is displayed near the task display.

According to the present invention, it is possible to prevent so-called omission of tasks, in which a user forgets to execute one or some of a plurality of tasks that he intended to execute later.

1 is a block diagram showing the configuration of a task display system according to an embodiment of the present invention; FIG. FIG. 4 is an explanatory diagram of a task display (flow up to generation of a task display) according to the embodiment of the present invention; It is a figure which shows an example of the task display body and the input completion display body in embodiment of this invention. FIG. 4 is an explanatory diagram of a task display body (flow up to deletion of the task display body) according to the embodiment of the present invention; FIG. 4 is a flowchart for explaining the operation (overall processing) of the task display system according to the embodiment of the present invention; FIG. 4 is a flow chart for explaining the operation (processing related to deadline) of the task display system according to the embodiment of the present invention; FIG. 4 is a flow chart for explaining the operation (processing regarding priority) of the task display system according to the embodiment of the present invention; It is a figure which shows the other example of the task display body and the input completion display body in embodiment of this invention. It is a figure which shows the other example of the task display body and the input completion display body in embodiment of this invention. It is a figure which shows the other example of the task display body and the input completion display body in embodiment of this invention.

A task display system according to an embodiment of the present invention will be described below with reference to the drawings. This embodiment will exemplify the case of a task display system used as a task management system or the like for preventing omission of tasks in daily life.

A configuration of a task display system according to an embodiment of the present invention will be described with reference to the drawings. FIG. 1 is a block diagram showing the configuration of the task display system of this embodiment. As shown in FIG. 1, a task display system 1 includes a user terminal 2 having a function of displaying various data in a virtual reality space (AR display function), and a server device to which the user terminal 2 can be connected via a network 3. 4. The user terminal 2 may be any device as long as it has an AR display function, and is composed of, for example, an HMD and a controller. The server device 4 is configured by, for example, a cloud server that provides cloud services.

As shown in FIG. 1, the user terminal 2 includes an input section 5, an output section 6, a storage section 7, and a control section 8. FIG. The input unit 5 is an input interface for the user to input information, and for example, a camera image (moving image) captured by a camera (not shown) provided in the user terminal 2 is input. Further, the input unit 5 receives the user's line-of-sight information in the virtual reality space and voice input from the user. The output unit 6 is an output interface for outputting information to the user, and outputs, for example, an AR image (moving image) generated using an input camera image. The storage unit 7 is configured with a memory or the like, and the control unit 8 is configured with a CPU or the like. A function of the control unit 8 (a function of displaying tasks to the user in the augmented reality space) described below can be realized by executing a program stored in the storage unit 7 .

The control unit 8 includes, as functional blocks, an anchor setting unit 10, a tag display generation unit 11, a task display processing unit 12, an input completion display generation unit 13, a deadline determination unit 14, a period determination unit 15, and a deadline display processing unit 16. , a priority setting section 17, a highlighting section 18, and a non-highlighting section.

Based on a user input (first user input) specifying a position or object in the augmented reality space, the anchor set unit 10 associates a task to be processed by the user with the position or object specified by the user. A function to set the anchor 20 is provided. The anchor set unit 10 of the present embodiment uses the user terminal 2 to set a predetermined position in the augmented reality space (eg, coordinates in the augmented reality space) or an object (eg, an object in the augmented reality space). When the user turns his gaze, a predetermined voice input (for example, "note this place" when specifying a position in the augmented reality space, "this object" when specifying an object in the augmented reality space) When the voice input such as "Memo" is input, an anchor 20 (for example, the anchor 20 shown in FIG. 2A) that links the task to be processed by the user is set to the position or object specified by the user.

The task display body generation unit generates a task display body 21 having a plurality of task display surfaces capable of displaying tasks to be processed by the user at the position where the anchor 20 is set or on the object in the augmented reality space. It has functions (see Fig. 2). In the present embodiment, the task display body generation unit generates, for example, a task display body 21 (octahedral task display body 21) having eight task display surfaces as shown in FIG. 2(b). Further, the task display body generation unit has a function of erasing the task display body 21 when all the tasks displayed on the task display surface of the task display body 21 are completed (see FIG. 4D). . Note that the task display body 21 is not limited to an octahedron as long as it has a task display surface. For example, the task display body 21 may be a polyhedron such as a tetrahedron, a hexahedron, an octahedron, and so on.

The task display processing unit 12 displays each of the plurality of tasks input by the user on each of the plurality of task display screens based on user input (second user input) for inputting tasks to be processed by the user. It has the function to In the present embodiment, the task display processing unit 12 displays the first task display surface of the task display body 21 in accordance with a predetermined voice input from the user (for example, voice input such as "do XX"). Display a task (for example, "Do ○○○"). Further, the task display processing unit 12 displays a second task ( For example, "I will △△△") is displayed. For example, in FIG. 2C, the first task 22 is input and displayed on the first task display surface of the task display body 21, and in FIG. A second task 23 is input and displayed in the task display. Further, the task display processing unit 12 has a function of deleting the task on the task display surface when the tasks 22 and 23 displayed on the task surface of the task display body 21 are completed (Fig. 4(b) ( c) see). In the present embodiment, the user input indicating task completion is also input to the user terminal 2 by a predetermined voice input from the user (for example, voice input such as "○○○ task completed").

The input completion display generation unit 13 displays task input completion in the vicinity of the task display 21 in the augmented reality space based on the user input (third user input) indicating that the user has completed the input of the task. It has a function of generating an input completion indicator 24 . In the present embodiment, the input completion indicator generator 13 generates a ring-shaped display as shown in FIG. is generated. Further, when all the tasks 22 and 23 displayed on the task display surface of the task display body 21 are completed, the input completion display body generation unit 13 erases the task display body 21 and creates an input completion display body. 24 (see FIG. 4(d)).

The deadline judgment unit 14 has a function of judging whether or not the task input by the second user input has a deadline based on the second user input of the task to be processed by the user. . For example, the deadline determination unit 14 language-analyzes the second user input (speech input), and includes "date (for example, 'month and day')" and "time (for example, 'hour and minute'). etc.)” or “deadline (for example, “X days later”)” is included.

The time limit display processing unit 16 displays the input completion indicator 24 when it is determined that any of the tasks input by the second user input has a time limit, and displays all the tasks input by the second user input. It has a function of differentiating the display of the input completion display 24 when it is determined that the task has no deadline. For example, in this embodiment, when it is determined that none of the input tasks has a deadline, only the ring-shaped input completion indicator 24 is displayed as shown in FIG. If it is determined that any of the tasks has a deadline, a ball-shaped input completion display body 25 circling around the ring-shaped input completion display body 24 is put together as shown in FIG. displayed.

Based on the second user input and the current date and time information (the user terminal 2 has a function of acquiring the current date and time information), the period determination unit 15 determines the task input by the second user input. have the ability to determine the number of days or hours until the due date. For example, if the second user input includes date information such as "MM/DD", the period determination unit 15 determines the period from the current date to that date (MM/DD). Calculate the number of days. Alternatively, if the second user input includes time information such as "○ hour ○ minute", the period determining unit 15 Calculate time.

The deadline display processing unit 16 has a function of changing the display of the input completion indicator 24 according to the number of days or time until the deadline when it is determined that the task input by the second user input has a deadline. I have. For example, when the number of days until the deadline is "three days", the deadline display processing unit 16 causes the ball-shaped input completion display body 25 to rotate slowly around the ring-shaped input completion display body 24 until the deadline. is "1 day", the ball-shaped input completion display body 25 is rapidly rotated around the ring-shaped input completion display body 24. - 特許庁Further, the deadline display processing unit 16 causes the task display body 21 to blink slowly when the number of days until the deadline is "1 day", and when the time until the deadline is "1 hour", the task display The body 21 may be vibrated up and down or blink violently.

The priority setting unit 17 has a function of setting priority to the task input by the second user input. For example, the priority setting unit 17 sets the priority to " set it to 'high' and if it is not on the priority task list, set the priority to 'low'. In addition, the priority setting unit 17 determines the position where the task display body 21 is installed in the virtual reality space (coordinates in the virtual reality space where the anchor 20 is set) and the current position of the user in the virtual reality space ( If the distance to the user's current coordinates in the virtual reality space) is short, the priority is set to "high", and if the distance is long, the priority is set to "low". Also, the priority setting unit 17 sets the priority to "high" if the task input by the second user input has a deadline, and sets the priority to "low" if there is no deadline. set to

The highlighting unit 18 highlights the task display body 21 so that the task display body 21 stands out when a task with a high priority is included in the tasks displayed on the task display surface of the task display body 21. It has the ability to do For example, the highlighting unit 18 displays the task display body 21 (task display body including tasks with high priority) larger than other task display bodies (task display bodies not including tasks with high priority). I do. Alternatively, the highlighting unit 18 displays only the task display body 21 (the task display body 21 including the task with high priority) in the virtual reality space, and displays other task display bodies (tasks not including the task with high priority). Display object) is highlighted without displaying it.

The non-highlighting part 19 is a non-highlighting part of the task display body 21 so that the task display body 21 is not conspicuous when the tasks displayed on the task display surface of the task display body 21 include tasks with low priority. It has a function for highlighting. For example, the non-highlighting unit 19 displays the task display body 21 (task display body 21 including tasks with low priority) smaller than other task display bodies (task display bodies not including tasks with low priority). Do non-highlighting. Alternatively, the non-highlighting unit 19 does not display the task display body 21 (the task display body 21 including the task with the low priority) in the virtual reality space, and does not display the other task display body (not including the task with the low priority). Perform non-highlighting to display the task display body).

The operation of the task display system 1 of the present embodiment configured as described above will be described with reference to the flowcharts of FIGS. 5 to 7. FIG.

FIG. 5 is a flowchart for explaining the overall processing of the task display system 1 of this embodiment. As shown in FIG. 5, in the present embodiment, a first user input that designates a position or an object in the augmented reality space (for example, the user directs the line of sight to the position or the object in the augmented reality space and " 2(a) is set at the position or object specified by the user (S1). ), a task display body 21 as shown in FIG. 2B is generated at the position where the anchor 20 is set or on the object (S2).

Next, when the user inputs a task to be processed (for example, a voice input such as "do ○○○", "next, △△△"), FIG. ), each of the plurality of tasks 22 and 23 input by the user is displayed on each of the plurality of task display screens (S3). Then, when a third user input (for example, voice input such as "I'll do it later!") indicating that the user has completed the input of the task is performed, the task is displayed in the augmented reality space as shown in FIG. An input completion indicator 24 indicating task input completion is generated near the body 21 (S4).

After that, based on user input from the user who performed the task (for example, voice input such as "○○○ task completed"), it is determined whether or not the task has been executed (S5). When the tasks 22 and 23 displayed on the task screen are completed, the tasks 22 and 23 on the task display screen are deleted as shown in FIGS. 4(b) and 4(c) (S6). Then, when all the tasks 22 and 23 are completed (S7), as shown in FIG. 4(d), the input completion display 24 and the task display 21 are erased (S8).

FIG. 6 is a flow diagram for explaining the processing related to the deadline. As shown in FIG. 6, in the task display system 1 of the present embodiment, based on the second user input for inputting the task to be processed by the user, the task input by the second user input has a deadline. It is determined whether or not there is (S10). When it is determined that the task has a deadline (S11), the period (days or hours) until the deadline is calculated (S12). Then, a process of changing the display of the input completion display 24 is performed according to the presence or absence of the deadline and the period (S13).

For example, when the number of days until the deadline is "three days", the ball-shaped input completion display body 25 is slowly rotated around the ring-shaped input completion display body 24 so that the number of days until the deadline is "one day". , the ball-shaped input completion display body 25 is rapidly circulated around the ring-shaped input completion display body 24 . When the number of days until the deadline is "1 day", the task display body 21 is slowly blinked, and when the time until the deadline is "1 hour", the task display body 21 is shaken up and down. or flickering vigorously.

FIG. 7 is a flow diagram for explaining processing regarding priority. As shown in FIG. 7, in the task display system 1 of the present embodiment, priority is set for tasks input by the second user input (S20). The priority can be set based on a priority task list created in advance, the distance from the position where the task display body 21 is installed in the virtual reality space, the presence or absence of the deadline of the input task, and the like. can.

When the tasks displayed on the task display surface of the task display body 21 include a task with a high priority (S21), the task display body 21 is highlighted so that the task display body 21 stands out. (S22). For example, the task display body 21 (the task display body 21 including the task with high priority) is displayed in a larger size than the other task display bodies (task display bodies not including the task with high priority). Alternatively, only the task display body 21 (the task display body 21 including the task with high priority) is displayed in the virtual reality space, and other task display bodies (task display bodies not including the task with high priority) are not displayed. Highlighting is done.

If the tasks displayed on the task display surface of the task display body 21 include tasks with low priority (S23), the task display body 21 is de-emphasized so that the task display body 21 does not stand out. display is performed. For example, the task display 21 (task display 21 including tasks with low priority) is displayed in a smaller size than other task displays (task displays not including tasks with low priority). Alternatively, the task display body 21 (the task display body 21 including the task with the low priority) is not displayed in the virtual reality space, and another task display body (the task display body not including the task with the low priority) is displayed. De-highlighting is done.

According to the task display system 1 of the present embodiment, the task display body 21 having a plurality of task display surfaces is displayed at a predetermined position or object in the augmented reality space, and each of the task display bodies 21 is displayed. Tasks 22 and 23 to be executed by the user can be displayed on the task display screen. As a result, it is possible to prevent so-called omission of tasks, in which the user forgets to execute one or some of a plurality of tasks that the user intended to execute later in daily life.

In this case, the generation of the task display body 21 in the augmented reality space (installation of the task display body 21 linked to a predetermined position or object in the augmented reality space) and the input of the task to each task display surface can be easily performed by user input (first to third user inputs). Further, the user can grasp at a glance whether or not the input of the task has been completed, depending on whether or not the input completion display 24 is displayed near the task display 21 .

In addition, in the present embodiment, when any of a plurality of tasks input by the user has a deadline, the input completion indicator 24 is displayed differently from the case where none of the tasks has a deadline. is displayed. For example, if any task has a deadline, it rotates (revolves around the task display 21) along the ring-shaped input completion display 24 (displayed around the task display 21). A ball-shaped input completion indicator 25 is displayed, and only a ring-shaped input completion indicator 24 is displayed when there is no deadline for any task. Since the display of the input completion indicator 24 is different in this manner, the user can grasp at a glance whether or not the task has a deadline.

Further, in the present embodiment, a process of changing the display of the input completion indicator 24 according to the number of days or time until the deadline of the task is performed. For example, when the number of days until the deadline is three days, the ball-shaped input completion display body 25 rotates slowly along the ring-shaped input completion display body 24 (the ball slowly rotates around the task display body 21). revolving) is displayed, and when the number of days until the deadline is one day, the ball-shaped input completion display 25 rotates rapidly along the ring-shaped input completion display 24 (the task display 21 A ball-shaped input completion display 25 revolves rapidly around it) is displayed. Since the display of the input completion indicator 24 changes in this way, the user can intuitively grasp whether or not the deadline for the task is approaching.

Further, in the present embodiment, priority is set for tasks, and when the priority of a task is high, the task display body 21 is highlighted so that the task display body 21 stands out. For example, the priority of a task can be set based on a prepared priority list (a list of tasks with high priority). That is, if the task corresponds to a prepared priority list (a list of tasks with high priority), the priority of the task is set high. Also, when the number of days or time until the deadline of the task is short, the priority of the task may be set high. When the priority of the task is high, for example, the task display 21 is displayed large, the task display 21 shakes up and down, or the task display 21 flickers violently. Since the task display body 21 is highlighted in this manner, the user can intuitively understand that the priority of the task is high.

Further, in this embodiment, when the priority of the task is low, the task display 21 is displayed in a non-highlighted manner so that the task display 21 does not stand out. For example, if the task does not correspond to a prepared priority list (a list of tasks with high priority), the priority of the task is set low. Also, if there is no deadline for the task, the priority of the task may be set low. Then, when the priority of the task is low, for example, the task display body 21 is displayed in a reduced size, or the task display body 21 is hidden. Since the task display body 21 is thus non-highlighted, the user can intuitively understand that the priority of the task is low.

Although the embodiments of the present invention have been described above by way of examples, the scope of the present invention is not limited to these, and can be changed and modified according to the purpose within the scope described in the claims. be.

For example, in the above description, an example of the input completion display body (the ring-shaped input completion display body 24 and the ball-shaped input completion display body 5) as shown in FIG. 3 has been described. The aspect of is not limited to this.

As shown in FIG. 8, a number-type input completion display 26 and a clock-type input completion display 27 can be used in the same manner. That is, when it is determined that none of the input tasks has a deadline, only the number-type input completion indicator 26 is displayed as shown in FIG. When it is determined that there is a time limit, a clock-type input completion display 27 may be displayed together with a number-type input completion display 26 as shown in FIG. 8B. In this case, when the deadline for the task on the task display 21 approaches, the number-type input completion display 26 may bounce up and down, and the clock-type input completion display 27 may blink.

As shown in FIG. 9, a balloon-shaped input completion display body 28 and a clock-shaped input completion display body 27 can be used in the same manner. That is, when it is determined that none of the input tasks has a deadline, only the balloon-type input completion indicator 28 is displayed as shown in FIG. When it is determined that there is a time limit, a clock-shaped input completion display 27 may be displayed together with a balloon-shaped input completion display 28, as shown in FIG. 9B. In this case, when the deadline for the task on the task display body 21 approaches, the balloon-shaped input completion display body 28 may be rotated at high speed, and the clock-shaped input completion display body 27 may blink.

As shown in FIG. 10, a frame type input completion display 29 and a clock type input completion display 27 can be used in the same manner. That is, when it is determined that none of the input tasks has a deadline, only the frame-type input completion indicator 29 is displayed as shown in FIG. When it is determined that there is a time limit, a clock-shaped input completion display 27 may be displayed together with a frame-shaped input completion display 29 as shown in FIG. 8B. In this case, when the deadline for the task on the task display body 21 approaches, the frame-shaped input completion display body 29 may be rotated at high speed, and the clock-shaped input completion display body 27 may blink.

As described above, the task display system according to the present invention can prevent so-called omission of tasks, in which a user forgets to execute one or some of a plurality of tasks that he or she intended to execute later. and is useful as a task management system or the like for preventing omission of tasks in daily life.

1 task display system 2 user terminal 3 network 4 server device 5 input unit 6 output unit 7 storage unit 8 control unit 10 anchor set unit 11 tag display generation unit 12 task display processing unit 13 input completion display generation unit 14 deadline determination unit 15 period determination unit 16 deadline display processing unit 17 priority setting unit 18 highlighting unit 19 non-highlighting unit 20 anchor 21 task indicator 22 first task 23 second task 24 input completion indicator (ring type)
25 Input completion indicator (ball type)
26 Input completion indicator (number type)
27 Input completion indicator (clock type)
28 Input completion indicator (balloon type)
29 Input completion indicator (frame type)

Claims (7)

A system for displaying tasks to a user in an augmented reality space, comprising:
An anchor setting unit that sets an anchor that links a task to be processed by the user to the position or object specified by the user based on a first user input that specifies a position or object in the augmented reality space. and,
A task display body generation unit for generating a task display body having a plurality of task display surfaces capable of displaying tasks to be processed by the user on the position or object where the anchor is set in the augmented reality space. and,
a task display processing unit for displaying each of the plurality of tasks input by the user on each of the plurality of task display screens based on a second user input for inputting a task to be processed by the user;
An input completion indicator that generates an input completion indicator indicating completion of task input in the vicinity of the task display in the augmented reality space based on a third user input indicating that the user has completed input of the task. a generator;
A task display system comprising: a deadline determination unit that determines, based on the second user input, whether or not the task input by the second user input has a deadline;
Displaying the input completion indicator when it is determined that any task input by the second user input has a deadline, and all tasks input by the second user input have no deadline. A time limit display processing unit that makes the display of the input completion display different from the display of the input completion display when it is determined that
The task display system of claim 1, comprising: Based on the second user input and current date and time information, a period determination unit that determines the number of days or time until the deadline of the task input by the second user input,
When it is determined that the task input by the second user input has a deadline, the deadline display processing unit changes the display of the input completion indicator according to the number of days or time until the deadline. The task display system according to claim 2. a priority setting unit that sets a priority to the task input by the second user input;
The highlighting unit for highlighting the task display body so that the task display body stands out when the task with the high priority is included, according to any one of claims 1 to 3. Task display system. 5. The task display system according to claim 4, further comprising a non-highlight display unit that performs non-highlight display of said task display so that said task display is inconspicuous when said low-priority task is included. A method, implemented in a system, of displaying a task to a user in an augmented reality space, comprising:
setting an anchor that links a task to be processed by the user to the position or object specified by the user based on a first user input specifying a position or object in the augmented reality space;
generating a task display body having a plurality of task display surfaces capable of displaying tasks to be processed by the user on the position or object where the anchor is set in the augmented reality space;
causing each of the plurality of tasks input by the user to be displayed on each of the plurality of task display surfaces based on a second user input of the user inputting a task to be processed;
generating an input completion indicator indicating completion of task input in the vicinity of the task indicator in the augmented reality space based on a third user input indicating that the user has completed input of the task;
A method comprising: A program running on a computer of a system that displays tasks to a user in an augmented reality space,
The program causes the computer to:
A process of setting an anchor that links a task to be processed by the user to the position or object specified by the user based on a first user input specifying a position or object in the augmented reality space;
a process of generating a task display body having a plurality of task display surfaces capable of displaying a task to be processed by the user on the position or object where the anchor is set in the augmented reality space;
a process of displaying each of the plurality of tasks input by the user on each of the plurality of task display surfaces based on a second user input for inputting a task to be processed by the user;
a process of generating an input completion display indicating task input completion near the task display in the augmented reality space based on a third user input indicating that the user has completed input of the task;
A program characterized by causing the execution of

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