TWI703532B - Accumulation management device and accumulation management system - Google Patents

Abstract

An accumulation management device includes a control unit, a counting unit, an accumulation unit, and a setting unit. The control unit controls the counting unit to provide a counting remain or a point counting to the accumulation unit. When the setting unit sets the control unit to a time counting mode, the accumulation unit accumulates the counting remain and a time remain into a total time remain. When the setting unit sets the control unit to a point counting mode, the accumulation unit accumulates the point counting and a point remain into a total point remain.

Description

Accumulation management device and accumulation management system

The present invention relates to an accumulation management device and an accumulation management system, in particular to an accumulation management device and an accumulation management system that enable users to improve their time concept and cultivate a positive and responsible attitude.

In modern society, due to the influence of high technology and industrial environment, people's competitiveness needs to be improved, and the speed and pace of people's lives are becoming more and more rapid in response to this ecological environment. Therefore, the control of time and a positive attitude in dealing with things are extremely important to modern people. Especially when the same work can be done actively and efficiently, there will be extra time left for self-allocation. Therefore, in order to improve the enthusiasm and efficiency of work as much as possible, people should cultivate a good time concept and attitude to work from an early age.

However, in childhood, because the mind is not yet fully developed, most of the concepts of time control and attitude towards things are plausible, and it is impossible to easily understand the importance of time control and enthusiasm. Therefore, how to design an accumulation management device and an accumulation management system, using the concepts of accumulated time balance and point balance, so that users can understand the importance of time, is an important subject studied by the inventor of this case.

In order to solve the above problems, the present invention provides an accumulation management device to overcome the problems of the prior art. Therefore, the accumulation management device of the present invention includes: a control unit. The counting unit is coupled to the control unit. The accumulation unit is coupled to the control unit and the counting unit. The setting unit is coupled to the counting unit and the control unit, and the control unit is set to the time counting mode or the point counting mode according to the custom setting. And the memory unit, coupled to the control unit and the accumulation unit. Among them, the control unit controls the counting unit to provide the counting balance or points to the accumulating unit; in the time counting mode, the accumulating unit accumulates the counting balance and the time balance into the total time balance; in the point counting mode, the accumulating unit counts the points The count and the point balance are accumulated into the total point balance; the setting unit sets at least one first trigger signal and at least one second trigger signal through identity authentication, and the control unit recognizes that what is received according to the identity authentication is at least one first trigger signal One of the first trigger signal or one of the second trigger signal of the at least one second trigger signal; when the setting unit sets the control unit to the time counting mode, and the control unit recognizes that the received first trigger signal is the first trigger signal, the control unit The control counting unit executes time counting; when the setting unit sets the control unit to the time counting mode, and the control unit recognizes that the received second trigger signal, the control unit controls the counting unit to stop time counting, and the control counting unit provides according to the time counting Counting the balance to the accumulating unit; when the setting unit sets the control unit to the point counting mode and the control unit recognizes that the received is the first trigger signal, the control unit controls the counting unit to provide the point count to the accumulating unit according to the first trigger signal; When the setting unit sets the control unit to the time counting mode, the control unit controls the memory unit to provide the time balance to the accumulating unit, and controls the accumulating unit to store the total time balance in the memory unit; when the setting unit sets the control unit to the point counting mode, The control unit controls the memory unit to provide the point balance to the accumulation unit, and controls the accumulation unit to store the total point balance to the memory unit.

In order to solve the above-mentioned problems, the present invention provides a cumulative management system to overcome the problems of the prior art. Therefore, the accumulation management system of the present invention includes: an accumulation management device, including: a control unit. The counting unit is coupled to the control unit. The accumulation unit is coupled to the control unit and the counting unit. The memory unit is coupled to the control unit and the accumulation unit. The transmission unit is coupled to the control unit. The remote interface includes a setting interface, and the control unit is set to the time counting mode or the point counting mode through the transmission unit. Among them, the control unit controls the counting unit to provide the counting balance or the point count to the accumulation unit; in the time counting mode, the accumulation unit accumulates the count balance and the time balance into the total time balance, and the control unit transmits the total time balance to the far end through the transmission unit Terminal interface; when in point counting mode, the accumulation unit will accumulate the point count and point balance into the total point balance, and the control unit will transmit the total point balance to the remote interface through the transmission unit; the setting interface is at least A first trigger signal and at least one second trigger signal, and the control unit recognizes that the received at least one first trigger signal is one of the first trigger signal or at least one of the second trigger signal according to the identity authentication. 2. Trigger signal; when the setting interface sets the control unit to the time counting mode, and the control unit recognizes that the received first trigger signal, the control unit controls the counting unit to perform a time counting; when the setting interface sets the control unit to the time counting mode, And when the control unit recognizes that the received second trigger signal is the second trigger signal, the control unit controls the counting unit to stop time counting, and controls the counting unit to provide the counting balance to the accumulation unit according to the time counting; when the setting interface sets the control unit to point counting mode, When the control unit recognizes that the received first trigger signal is the first trigger signal, the control unit controls the counting unit to provide the point count to the accumulation unit according to the first trigger signal.

In order to further understand the technology, means and effects of the present invention to achieve the intended purpose, please refer to the following detailed description and drawings of the present invention. I believe that the purpose, features and characteristics of the present invention can be obtained from this in depth and Specific understanding, but the attached drawings are only for reference and explanation It is not used to limit the present invention.

1: cumulative management system

10.10A: cumulative management device

10-1: Shell

10-2: Fingerprint recognition unit

102: control unit

104: counting unit

106: accumulation unit

108: Setting unit

122: memory unit

124: switch unit

142: conversion unit

144: Modify Unit

162: display unit

182: Transmission Unit

20: Remote interface

202: Transmission interface

204: Setting interface

206: Memory Interface

208: Modify the interface

222: display interface

St1: The first trigger signal

St2: second trigger signal

Sm: Modify signal

Sd: display signal

Bc: count balance

Bt: time balance

Btt: total time balance

Cp: point count

Bp: point balance

Bpt: total point balance

Tt: total count time

T1: first trigger

T2: second trigger

Sc: custom settings

Fig. 1 is a block diagram of the accumulation management device of the present invention; Fig. 2 is a block diagram of the accumulation management system of the present invention; Fig. 3A is a schematic diagram of the structure of the first embodiment of the accumulation management device; Fig. 3B is the structure of the second embodiment of the accumulation management device Schematic diagram; and Figure 3C is a schematic structural diagram of the third embodiment of the accumulation management device.

The technical content and detailed description of the present invention are described as follows with the drawings: Please refer to FIG. 1 for a block diagram of the accumulation management device of the present invention. The accumulation management device 10 includes a control unit 102, a counting unit 104, an accumulation unit 106, and a setting unit 108. The counting unit 104 is coupled to the control unit 102, the accumulation unit 106 is coupled to the control unit 102 and the counting unit 104, and the setting unit 108 is coupled to the count The unit 104 and the control unit 102. The setting unit 108 sets the control unit 102 to the time counting mode or the point counting mode by custom setting Sc. When the control unit 102 is in the time counting mode, the accumulation management device 10 performs the accumulation of time, and when the control unit 102 is in the point count mode, the accumulation management device 10 performs the accumulation of points.

When the setting unit 108 sets the control unit 102 to the time counting mode, and when the switch unit 124 generates the first trigger T1, the control unit 102 recognizes that the received first trigger signal St1 is one of the at least one first trigger signal, the control unit 102 controls the counting unit 104 to perform time counting. When in the time counting mode, and when the switch unit 124 generates the second trigger T2, the control unit 102 recognizes that the received at least one first trigger signal is one of the first trigger signal St1 or at least one of the second trigger signal When a second trigger signal St2 occurs, the control unit 102 controls the counting unit 104 to stop time counting, and the control unit 102 controls the counting unit 104 to provide the counting balance Bc to the accumulating unit 106 according to the time counting. The accumulation unit 106 accumulates the count balance Bc and the time balance Bt into a total time balance Btt, where the time balance Bt is the accumulated time balance when the accumulation management device 10 was in the time counting mode last time.

When the setting unit 108 sets the control unit 102 to the point counting mode, the control unit 102 controls the counting unit 104 to provide the point count Cp to the accumulation unit 106 according to one of the first trigger signals St1 of the at least one first trigger signal. The accumulation unit 106 accumulates the point count Cp and the point balance Bp into a total point balance Bpt, where the point balance Bp is the accumulated point balance when the accumulation management device 10 was in the point counting mode last time.

Furthermore, the setting unit 108 sets at least one first trigger signal (for example, the identity of the parent) and at least one second trigger according to identity authentication (for example, but not limited to, the function of fingerprint recognition or ID recognition technology to achieve identity authentication) Signal (for example, the identity of a child), and the control unit 102 recognizes according to the identity authentication that the received signal is one of the first trigger signal St1 of at least one first trigger signal or one of the first trigger signal St1 of at least one second trigger signal. The second trigger signal St2. For example, but not limited to, the setting unit 108 can set the father’s fingerprint as the parent’s identity, and when the father operates the accumulation management device 10 to provide a signal corresponding to the father’s fingerprint, the control unit 102 identifies the signal provided according to the identity authentication as the first Trigger signal St1. When the setting unit 108 sets the fingerprints of multiple parents (such as but not limited to father and mother) as the parent's identity, the control unit 102 can recognize according to the identity authentication that the received signal is the first trigger signal St1 or The first trigger signal St1 provided by the mother. At this time, the control unit 102 can give the same or different control authority according to the identity of the father and the mother. For example, but not limited to, modification or set control authority. It is worth mentioning that the identification method of at least one second trigger signal St2 is the same as that of at least one first trigger signal St1. The only difference is that the control authority of at least one second trigger signal St2 is lower (for example, but not limited to only viewing but not Right to modify). In an embodiment of the present invention For the convenience of description, the first trigger signal St1 and the second trigger signal St2 are described with the same control authority.

Specifically, the accumulation management device 10 of the present invention is an interactive tool, especially an interactive tool applied between parents and children. Its main purpose is to enable children to understand the importance of time use and mastery, and to be active and responsible, so that they can show a positive side in their lives and increase efficiency. Therefore, one of the objectives of the present invention is to use the counting of the counting unit 104 to increment or decrement the time, so that children can actively complete the tasks they need to complete when they see the time change. After the child completes the task, the counting of the counting unit 104 is suspended, and the accumulating unit 106 is used to take out the remaining time in the counting unit 104 as the counting balance Bc. Then, the accumulation unit 106 accumulates the child's remaining count balance Bc for completing the task this time and the child's accumulated time balance Bt for several previous completions of the task into a total time balance Btt. Parents can give children rewards based on the accumulated total time balance Btt stored by the children. For example, but not limited to, the accumulation of the designated time can get the corresponding play time.

Another purpose of the present invention is to make children understand the importance of being active and responsible. When the child performs well or completes the task successfully, the accumulation unit 106 is used to accumulate points, so that the child can actively complete his needs due to the need for points to be exchanged for rewards. Task completed. After the child completes the task, the counting unit 104 is triggered by the first trigger signal St1 to provide at least 1 point, and the obtained point is provided to the accumulation unit 106. Then, the accumulation unit 106 accumulates the point count Cp obtained by the child for completing the task this time and the accumulated point balance Bp of the child's previous completion of the task several times into the total point balance Bpt. Parents can give children rewards based on the total point balance Bpt accumulated by the child. For example, but not limited to, the corresponding toy can be obtained by accumulating the designated points. In this way, using the features of the device of the present invention can not only achieve the effect of making children aware of time and enhancing children's enthusiasm for doing things, but also the effect of enhancing the interaction between parents and children.

The setting unit 108 can be used to set the mode of the control unit 102 (for example, time counting mode or point counting mode), and the setting unit 108 can also be used to set the total count time of the counting unit 104 Tt. Specifically, when the setting unit 108 is used to set the total counting time Tt of the counting unit 104, the setting unit 108 sets the total counting time Tt through the custom setting Sc, and the total counting time Tt is the user (for example, but not limited to, a parent) Pre-set time. For example, but not limited to, when the parent hopes that the child can complete this task within 10 minutes, the parent sets the total counting time Tt to 10 minutes through the setting unit 108 in the manner of custom setting Sc. Then, the control unit 102 controls the setting unit 108 to provide the total counting time Tt (10 minutes) to the counting unit 104.

When the user (for example, but not limited to, the father) generates a signal by triggering the switch unit 124, and the control unit 102 recognizes the signal as the first trigger signal St1, the control unit 102 controls the counting unit 104 according to the first trigger signal St1 The counting is performed under the limit of the total counting time Tt (10 minutes). When the user (for example, but not limited to, a child or a father) finishes the work and triggers the switch unit 124 again, the control unit 102 knows through identification that the signal generated by the child triggers the switch unit 124 is the first trigger signal St1 or the second trigger The signal St2 causes the control unit 102 to control the counting unit 104 to stop counting. At this time, the counting unit 104 uses the duration between the first trigger signal St1 to the first trigger signal St1 or the first trigger signal St1 to the second trigger signal St2 as the counting time (for example, but not limited to, 8 minutes), and The time (2 minutes) remaining after the total count time Tt (10 minutes) minus the count time (8 minutes) is used as the count balance Bc. Then, the counting unit 104 outputs the counting balance Bc of 2 minutes to the accumulating unit 106 to provide the accumulating unit 106 to accumulate the obtained counting balance Bc and the time balance Bt.

It is worth mentioning that, in one embodiment of the present invention, the time balance is calculated by adding positive values as an example, but in fact, the time balance can also be negative. For example, but not limited to, the total counting time Tt is 10 minutes, and the user has exceeded the upper limit of 10 minutes (for example, 12 minutes) when the user presses the switch unit 124 a time. At this time, the count balance Bc is negative 2 minutes, so that when the count balance Bc is added to the time balance Bt, it is actually the time balance Bt minus the count balance Bc.

The accumulation management device 10 further includes a memory unit 122 and a switch unit 124. The memory unit 122 is coupled to the control unit 102 and the accumulation unit 106, and the memory unit 122 stores how many tasks the child has completed before. The accumulated time balance Bt and the point balance Bp. When the setting unit 108 sets the control unit 102 to the time counting mode, the control unit 102 controls the accumulation unit 106 to take the remaining time in the counting unit 104 as the count balance Bc, and the control unit 102 controls the memory unit 122 to provide the time balance Bt to the accumulation unit 106. After the accumulation unit 106 adds the count balance Bc and the time balance Bt to a total time balance Btt, the control unit 102 controls the accumulation unit 106 to store the total time balance Btt in the memory unit 122. When the control unit 102 controls the accumulation unit 106 to store the total time balance Btt in the memory unit 122, the stored total time balance Btt becomes the time balance Bt provided by the memory unit 122 when the child completes the task next time.

When the setting unit 108 sets the control unit 102 to the point counting mode, the control unit 102 controls the counting unit 104 to provide the point count Cp to the accumulation unit 106, and the control unit 102 controls the memory unit 122 to provide the point balance Bp to the accumulation unit 106. After the accumulation unit 106 adds the point count Cp and the point balance Bp to a total point balance Bpt, the control unit 102 controls the accumulation unit 106 to store the total point balance Bpt in the memory unit 122. When the control unit 102 controls the accumulation unit 106 to store the total point balance Bpt in the memory unit 122, the stored total point balance Bpt becomes the point balance Bp provided by the memory unit 122 when the child completes the task next time.

It is worth mentioning that in one embodiment of the present invention, the accumulation unit 106 may have a built-in memory unit (not shown), so that the time balance Bt and the point balance Bp can be stored in the accumulation unit 106, and when the accumulation unit 106 When the count balance Bc is obtained, the total time balance Btt is obtained by adding the count balance Bc and the time balance Bt through the accumulation unit 106. In addition, the total time balance Btt is stored as the new time balance Bt in the memory unit built in the accumulation unit 106. Or, when the accumulation unit 106 obtains the point count Cp, the accumulation unit 106 adds the point count Cp and the point balance Bp to obtain the total point balance Bpt. In addition, the total point balance Bpt is stored as the new point balance Bp in the memory unit built in the accumulation unit 106.

The control unit 102 can also have a built-in memory unit (not shown), so that the time balance Bt and the point balance Bp can be stored in the control unit 102. When the accumulating unit 106 obtains the counting balance Bc, the built-in memory unit of the control unit 102 provides the time balance Bt to the accumulating unit 106 so that the accumulating unit 106 will The counting balance Bc and the time balance Bt are added together to obtain the total time balance Btt. Then, the accumulating unit 106 provides the total time balance Btt to the control unit 102 so that the control unit 102 stores the total time balance Btt as the new time balance Bt in the built-in memory unit of the control unit 102 for use in the next task. Or, when the accumulating unit 106 obtains the point count Cp, the memory unit built in the control unit 102 provides the point balance Bp to the accumulating unit 106, so that the accumulating unit 106 adds the point count Cp and the point balance Bp to obtain the total The point balance is Bpt. Then, the accumulating unit 106 provides the total point balance Bpt to the control unit 102, so that the control unit 102 stores the total point balance Bpt as the new point balance Bp to the built-in memory unit of the control unit 102 for the next task use.

The switch unit 124 is coupled to the control unit 102, and the user (for example, but not limited to, children, parents, etc.) triggers the switch unit 124 by, for example, but not limited to, pressing or fingering. Taking the switch unit 124 as triggering by pressing as an example, when the control unit 102 is in the time counting mode and the user (for example, but not limited to, the father) presses the switch unit 124, the first trigger T1 is generated. The control unit 102 recognizes the signal generated by the first trigger T1 through identity authentication and knows that the signal is the first trigger signal St1, so that the control unit 102 controls the counting unit 104 to perform counting according to the first trigger signal St1. When the user (for example, but not limited to, a child) completes the required task and presses the switch unit 124 a second time (the child or the father presses), a second trigger T2 is generated. The control unit 102 recognizes the signal generated by the second trigger T2 through identity authentication and knows that the signal is the first trigger signal St1 or the second trigger signal St2, so that the control unit 102 controls the counting unit 104 to stop counting according to the second trigger signal St2 .

Taking the switch unit 124 as a pressing mode trigger as an example, when the setting unit 108 sets the control unit 102 to the point counting mode, every time the user (for example, but not limited to, the father) presses the switch unit 124, it is determined as the first trigger T1. The control unit 102 recognizes the signal generated by the first trigger T1 through identity authentication and knows that the signal is the first trigger signal St1, and the control unit 102 controls the counting unit 104 according to the first trigger signal St1 to provide the point count Cp to the accumulation unit 106 (For example, but not limited to, each time the switch unit 124 is pressed, the counting unit 104 generates 1 point, and provides 1 point to the accumulation unit 106). It is worth mentioning that in an embodiment of the present invention, the type of the switch unit 124 is not limited, for example, the first trigger signal St1 and the second trigger signal St2 can be provided corresponding to the first trigger T1 and the second trigger T2. The switch unit 124 should all be included in the scope of this embodiment.

1 again, the accumulation management device 10 further includes a conversion unit 142 and a modification unit 144. The conversion unit 142 is coupled to the accumulation unit 106 and the control unit 102, and the conversion unit 142 is used to convert between time and points. A user (for example, but not limited to, a parent or child) can convert the total time balance Btt into a total point balance Bpt, or convert the total point balance Bpt into a total time balance Btt through the custom setting Sc setting conversion unit 142. Specifically, when the user converts the total time balance Btt into the total point balance Bpt through the custom setting Sc setting conversion unit 142, the control unit 102 controls the conversion unit 142 to convert the part of the total time balance Btt according to the custom setting Sc. The time or all the time is converted into points, and the accumulation unit 106 accumulates the converted points to the total point balance Bpt to become the new total point balance Bpt.

When the user converts the total point balance Bpt to the total time balance Btt through the custom setting Sc setting conversion unit 142, the control unit 102 controls the conversion unit 142 to convert part of the total points balance Bpt to or All the points are converted into time, and the accumulating unit 106 accumulates the total time balance Btt from the converted time to become a new total time balance Btt. It is worth mentioning that the conversion of time and points is, for example, but not limited to, 30 minutes can be converted to 1 point, but not limited to this. Therefore, the point value that can be converted from the time value can be set by the setting unit 108 by means of custom setting Sc, and vice versa for the corresponding time value that can be converted from the point value.

The modification unit 144 is coupled to the control unit 102, and the modification unit 144 is used to modify the total time balance Btt or the total point balance Bpt. Specifically, when the modification unit 144 is used to modify the total time balance Btt, the modification unit 144 provides a modification signal Sm to the control unit 102 so that the control unit 102 modifies the total time balance Btt according to the modification signal Sm. For example, but not limited to, the original total time balance Btt is 9 minutes 59 seconds. In order to make up the total time balance Btt as an integer, the parent modifies the total time balance Btt to 10 minutes through the modification unit 144 whole. Or, if the child wants to take out 30 minutes of time for fun, the parent can modify the total time balance Btt through the modification unit 144 (meaning that the total time balance Btt minus 30 minutes). When the modification unit 144 is used to modify the total point balance Bpt, the modification unit 144 provides a modification signal Sm to the control unit 102 so that the control unit 102 modifies the total point balance Bpt according to the modification signal Sm. For example, but not limited to, if a child wants to take out 2 points in exchange for toys, the parent can modify the total point balance Bpt (meaning that the point balance Bpt minus 2 points) through the modification unit 144.

1 again, the accumulation management device 10 further includes a display unit 162 and a power supply device (not shown). The display unit 162 is coupled to the control unit 102, and all information learned by the control unit 102 can be provided by providing a display signal Sd To display the information on the display unit 162, the information is displayed on the display unit 162. Taking the present invention as an example, the control unit 102 can set the count balance Bc, the time balance Bt (meaning the total time balance Btt accumulated in the previous time), the total time balance Btt, the total count time Tt, the point count Cp, and the point balance Bp. And the total point balance Bpt is displayed on the display unit 162. This allows the user to easily grasp the increase or decrease of time and points when viewing the display unit 162. The power supply device (not shown in the figure) receives input power and supplies power required for the operation of the accumulation management device 10. The power supply device (not shown) may include a power switch (not shown), and the power switch (not shown) can control whether the power supply device (not shown) provides power required for the operation of the accumulation management device 10. The power switch (not shown) can also be integrated with the switch unit 124, so that the switch unit 124 can also have the function of turning on or off the accumulation management device 10.

Please refer to FIG. 2 for a block diagram of the accumulation management system of the present invention, and refer to FIG. 1 for complex cooperation. The accumulation management system 1 includes an accumulation management device 10A and a remote interface 20, and the accumulation management device 10A communicates with the remote interface 20 through a remote connection. Specifically, the accumulation management device 10A includes a transmission unit 182, and the remote interface 20 includes a transmission interface 202 and a setting interface 204. The transmission unit 182 is coupled to the control unit 102, so that the control unit 102 can transmit information to each other by connecting the transmission unit 182 and the transmission interface 202 to each other. The setting interface 204 is used to set each order in the accumulation management device 10A. yuan. One of the purposes of the setting interface 204 is to set the control unit 102 to the time counting mode or the point counting mode through the transmission unit 182.

When the setting interface 204 sets the time counting mode of the control unit through the transmission unit 182, and when the switch unit 124 generates the first trigger T1, the control unit 102 recognizes that the received first trigger signal St1 is one of the at least one first trigger signal , The control unit 102 controls the counting unit 104 to perform time counting. When in the time counting mode and when the switch unit 124 generates the second trigger T2, the control unit 102 recognizes that the received is one of the first trigger signal St1 or one of the at least one second trigger signal When the second trigger signal St2 is triggered, the control unit 102 controls the counting unit 104 to stop time counting, and the control unit 102 controls the counting unit 104 to provide the counting balance Bc to the accumulating unit 106 according to the counting. The accumulation unit 106 accumulates the count balance Bc and the time balance Bt into a total time balance Btt, and the control unit 102 transmits the total time balance Btt to the remote interface 20 through the transmission unit 182. When the setting interface 204 sets the control unit 102 to the point counting mode through the transmission unit 182, the control unit 102 controls the counting unit 104 to provide the point count Cp to the accumulation unit according to one of the first trigger signals St1 of the at least one first trigger signal 106. The accumulation unit 106 accumulates the point count Cp and the point balance Bp into a total point balance Bpt, and the control unit 102 transmits the total point balance Bpt to the remote interface 20 through the transmission unit 182.

Another purpose of the setting interface 204 is to control the accumulation management device 10A to perform the conversion between time and points. Specifically, when it is desired to convert time into points, the setting interface 204 controls the control unit 102 to convert time into points through the transmission unit 182, so that the control unit 102 controls the conversion unit 142 to convert part of the total time balance Btt or All the time is converted into points, and the accumulating unit 106 accumulates the converted points to the total point balance Bpt to become a new total point balance Bpt. When it is desired to convert points to time, the setting interface 204 controls the control unit 102 to convert points to time through the transmission unit 182, so that the control unit 102 controls the conversion unit 142 to convert part or all of the points in the total point balance Bpt The points are converted into time, and the accumulating unit 106 accumulates the total time balance Btt from the converted time to become a new total time balance Btt.

Another purpose of the setting interface 204 is to set the total counting time Tt of the counting unit 104. Specifically, when the setting interface 204 sets the control unit 102 to the time counting mode, the user (for example, but not limited to, a parent) can set the total count time Tt in a preset manner on the setting interface 204, and pass the remote The total counting time Tt is transmitted to the control unit 102 by means of transmission (mutual transmission through the transmission interface 202 and the transmission unit 182). For example, but not limited to, when the parent wants the child to complete the task within 10 minutes, the parent sets the total count time Tt to 10 minutes in the setting interface 204. Then, the total counting time Tt is transmitted to the control unit 102 by means of remote transmission, and the control unit 102 provides the total counting time Tt to the counting unit 104. When the user (for example, but not limited to, the father) generates the first trigger T1 by triggering the switch unit 124, and the control unit 102 recognizes that the received first trigger signal St1, the control unit 102 controls the counting according to the first trigger signal St1 The unit 104 performs counting under the limit of the total counting time Tt (10 minutes). When the user (for example, but not limited to, a child) completes the work and triggers the switch unit 124 again, and the control unit 102 knows through identification that the second trigger T2 generated by the father or child triggering the switch unit 124 is the first trigger signal St1 or The second trigger signal St2 enables the control unit 102 to control the counting unit 104 to stop counting. At this time, the counting unit 104 uses the duration between the first trigger signal St1 to the first trigger signal St1 or the first trigger signal St1 to the second trigger signal St2 as the counting time (for example, but not limited to, 8 minutes), and The time (2 minutes) remaining after the total count time Tt (10 minutes) minus the count time (8 minutes) is used as the count balance Bc. Then, the counting unit 104 outputs the counting balance Bc of 2 minutes to the accumulating unit 106 to provide the accumulating unit 106 to accumulate the obtained counting balance Bc and the time balance Bt. It is worth mentioning that, in an embodiment of the present invention, the calculation method of the time balance in FIG. 2 can also be the same as the calculation method of the time balance in FIG. 1 with a negative value.

Furthermore, the purpose of the accumulation management system 1 including the remote interface 20 is that the accumulated total time balance Btt and the total point balance Bpt stored and accumulated by the accumulation management device 10A can be transmitted to the remote interface 20 (such as but not limited to , Mobile phone, computer, etc.), so that the accumulation management device 10A can be synchronized with the remote interface 20. Parents can use mobile phones or computers to confirm or modify the total time balance Btt and the total The point balance Bpt enables the accumulation management system 1 to have a division of user authority. This means that the mobile phone or computer used by the parent has the modification authority to control the setting interface 204 and the modification interface 208, and the accumulation management device 10A used by the child only uses the accumulation management device 10A to press the switch unit 124 to start or stop time. Counting and viewing authority of display unit 162). It is worth mentioning that, in one embodiment of the present invention, the remote interface 20 can be a mobile application (such as but not limited to App), an interface control circuit formed by a physical circuit, or a firmware with both software and hardware. Circuit. In addition, in an embodiment of the present invention, the connection modes and functions of the unmentioned units in the accumulation management device 10A are the same as those of the embodiment in FIG. 1, and will not be described in detail in this embodiment.

As shown in FIG. 2, the remote interface 20 includes a memory interface 206 and a modification interface 208, and the memory interface 206 has the function of the memory unit 122 of the embodiment in FIG. 1. The remote interface 20 receives the total time balance Btt through the transmission interface 202 and memorizes the total time balance Btt in the memory interface 206. When the setting interface 204 sets the control unit 102 to the time counting mode, and the accumulating unit 106 intends to accumulate the count balance Bc, the memory interface 206 uses the previously memorized total time balance Btt as the time balance Bt, and transmits it to the time balance Bt through the transmission interface 202 Control unit 102. The control unit 102 provides the time balance Bt to the accumulating unit 106 so that the accumulating unit 106 accumulates the count balance Bc and the time balance Bt to become the total time balance Btt. Then, the control unit 102 transmits and stores the total time balance Btt in the memory interface 206 by means of remote transmission.

When the setting interface 204 sets the control unit 102 to the point counting mode and the accumulating unit 106 wants to perform the accumulation of the point balance Bp, the memory interface 206 uses the previously memorized total point balance Bpt as the point balance Bp, and transmits The interface 202 is transmitted to the control unit 102. The control unit 102 provides the point balance Bp to the accumulating unit 106 so that the accumulating unit 106 accumulates the point count Cp and the point balance Bp to become a total point balance Bpt. Then, the control unit 102 transmits and stores the total point balance Bpt in the memory interface 206 by means of remote transmission. It is worth mentioning that, in one embodiment of the present invention, the memory interface 206 can transmit data to each other through the transmission unit 182 and the memory unit 122, so that the memory interface 206 can communicate with each other. The data is transmitted and stored in the memory unit 122 via the transmission unit 182 (that is, the memory interface 206 can at least transmit the time balance Bt, the total time balance Btt, the point balance Bp, and the total point balance Bpt to the memory unit 122 via the transmission unit 182 Memory unit).

The modification interface 208 is used to modify the total time balance Btt or modify the total point balance Bpt, and transmit the modified total time balance Btt or the modified total point balance Bpt through the remote transmission method of the remote interface 20 and the control unit 102 To the control unit 102. When the modification interface 208 is used to modify the total time balance Btt, the modification interface 208 transmits the modified total time balance Btt to the control unit 102 so that the control unit 102 controls the display unit 162 to display the modified total time balance Btt. For example, but not limited to, the remote interface 20 learns that the original total time balance Btt is 9 minutes 59 seconds. In order to make up the total time balance Btt as an integer, the modification interface 208 in the remote interface 20 changes the total time balance Btt to 10 minutes. Then, the remote interface 20 transmits the modified total time balance Btt (10 minutes) to the control unit 102 via remote transmission, so that the control unit can control the display unit 162 to display the modified total time balance Btt (10 minutes). ). Or, if the child wants to take out 30 minutes of time for fun, the parent can modify the total time balance Btt through the modification interface 208 (meaning that the total time balance Btt minus 30 minutes). Then, the remote interface 20 transmits the modified total time balance Btt to the control unit 102 via remote transmission, so that the control unit can control the display unit 162 to display the modified total time balance Btt.

When the modification interface 208 is used to modify the total point balance Bpt, the modification interface 208 transmits the modified total point balance Bpt to the control unit 102 so that the control unit 102 controls the display unit 162 to display the modified total point balance Bpt. For example, but not limited to, if a child wants to withdraw 2 points in exchange for a toy, the parent can modify the total point balance Bpt (meaning that the point balance Bpt minus 2 points) through the modification interface 208. Then, the remote interface 20 transmits the modified total point balance Bpt to the control unit 102 via remote transmission, so that the control unit can control the display unit 162 to display the modified total point balance Bpt.

2 again, the remote interface 20 further includes a display interface 222, and all information learned by the remote interface 20 can be displayed on the display interface 222. Taking the present invention as an example, the display interfaces 222 to It can display the count balance Bc, time balance Bt (meaning the total time balance Btt accumulated last time), total time balance Btt, total count time Tt, point count Cp, and point balance Bp stored in the remote interface 20. And the total point balance Bpt. Moreover, the control unit 102 can also display all the information displayed on the display interface 222 on the display unit 162 by means of remote transmission, so that the remote interface 20 and the accumulation management device 10A can be displayed simultaneously.

Please refer to FIG. 3A for a schematic structural diagram of the first embodiment of the accumulation management device, and refer to FIG. 1 for complex cooperation. The accumulation management device 10 includes a housing 10-1, a fingerprint recognition unit 10-2, a setting unit 108, a switch unit 124 and a display unit 162. The setting unit 108 may include a button for setting the control unit 102 in time counting mode or point counting mode, a button for setting the control unit 102 to switch between time and points, a button for causing the accumulation unit 106 to perform an accumulation function, and a setting unit A button for setting the total count time Tt of the counting unit 104 and a button for the modification unit 144 to modify the total time balance Btt and the total point balance Bpt. The fingerprint recognition unit 10-2 independently takes out the identity authentication function of the switch unit 124, and performs the identity authentication function with a single fingerprint recognition unit 10-2. When the user presses the fingerprint recognition unit 10-2 to turn on the accumulation management device 10, the control unit 102 recognizes the signal obtained by triggering the fingerprint recognition unit 10-2 as the first trigger signal St1 or the second trigger signal St2 according to the identity authentication. When the user (for example, but not limited to, the father) triggers the fingerprint recognition unit 10-2, the control unit 102 recognizes the signal obtained by the trigger switch unit 124 as the first trigger signal St1 according to the identity authentication. At this time, the user can set the control unit 102 to the time counting mode, the total counting time Tt or modify the total time balance Btt through the power setting unit 108, and the display unit 162 displays the total counting time Tt and the time balance Bt, or triggers the switch unit 124 Start counting or stop counting. When a user (for example, but not limited to, a child) triggers the fingerprint recognition unit 10-2, the control unit 102 recognizes the signal obtained by the fingerprint recognition unit 10-2 according to identity authentication as the second trigger signal St2. At this time, the user (child) can only view relevant information such as the total count time Tt, the time balance Bt, and the count balance Bc through the display unit 162, or trigger the switch unit 124 to stop counting.

Furthermore, the fingerprint identification unit 10-2 has the identification function of identity authentication (for example, but not limited to, the fingerprint identification function). When a user with high usage rights (such as but not limited to a parent) presses the fingerprint recognition unit 10-2, the control unit 102 provides a corresponding modification or count according to the first trigger signal St1 generated by the parent pressing the fingerprint recognition unit 10-2 And the right to stop counting (meaning that parents can have the right to control the setting unit 108 and the modification unit 144). When a user with low usage rights (such as but not limited to a child) presses the fingerprint recognition unit 10-2, the control unit 102 restricts the child from operating the accumulation management device 10 according to the second trigger signal St2 generated by the child pressing the switch unit 124 Authority (meaning that the child only has the authority to press the switch unit 124 to stop time counting and watch the display unit 162).

It is worth mentioning that if it is applied to the accumulation management device 10A in FIG. 2, the setting unit 108 may include a button for the control unit 102 to control the transmission unit 182 to perform transmission. The user can transfer the control unit 102 and the remote interface 20 by pressing the button for executing the transmission, so as to synchronize and accumulate the data of the management device 10A and the remote interface 20. In addition, in an embodiment of the present invention, the appearance, shape and style of the accumulation management device 10 are not limited, as long as they can be operated by the user. Furthermore, in an embodiment of the present invention, the setting unit 108 and the switch unit 124 may be integrated in the display unit 162. For example, but not limited to, the display unit 162 is a display panel with a touch function, and the user can press the position corresponding to the setting unit 108 and the switch unit 124 to make the control unit 102 perform corresponding operations.

Please refer to FIG. 3B for a schematic structural diagram of the second embodiment of the accumulation management device, and refer to FIG. 1 for complex cooperation. The difference between the accumulation management device 10' of this embodiment and the accumulation management device of FIG. 3A is that the accumulation management device 10' of this embodiment is applied to a watch, so that the accumulation management device 10' can be easily worn on the user's wrist . Therefore, the difference between the accumulation management device 10' of this embodiment and the accumulation management device of FIG. 3A is only the difference in appearance, and its function and operation mode are the same as those of FIG. 3A.

Please refer to FIG. 3C for a schematic structural diagram of the third embodiment of the accumulation management device, and refer to FIG. 1 for complex cooperation. The difference between the accumulation management device 10" of this embodiment and the accumulation management device of FIG. 3A is that the accumulation management device 10" is an App of a mobile phone, making the accumulation management device 10" easy for users Carry. Therefore, the functions and operation modes of the accumulation management device 10" of this embodiment are the same as those of the accumulation management device in FIG. 3A, and the only difference is that the accumulation management device is software or hardware.

In summary, the accumulation management device 10 and the accumulation management system 1 of the present invention can be widely used in daily life. For example, but not limited to, time moneybox, time moneybox combined with mobile apps, personal learning time control, interactive competition code table, and education time control applications. The user can use the accumulation management device 10 and the accumulation management system 1 to understand the importance of time and improve their work efficiency.

In summary, the embodiments of the present invention have the following advantages and effects:

1. The main purpose of the present invention is that the accumulation management device uses the count of the counting unit to increment or decrement the time, so that the user can actively complete the tasks to be completed when seeing the time change, and use the time accumulation unit to accumulate the remaining The time is the total time balance; therefore, it can achieve the effect of training users to show a positive side in life and increase efficiency, and to understand the importance of time;

2. Another main purpose of the present invention is that the accumulation management device uses the accumulation unit to accumulate points, so that children can actively complete the tasks they need to complete due to the need for points to be exchanged for rewards; therefore, the effect of enhancing children's enthusiasm in doing things can be achieved ；

3. Since the accumulation management device and the accumulation management system of the present invention include a setting unit (or setting interface), the user can pre-set the control unit to the time counting mode or the point counting mode, set the total counting time, and set the control unit to perform time and The conversion between points and the calculation method that can set the time balance is calculated in a negative way, so it can achieve the effect of flexible adjustment of the operation function of the accumulation management device and the accumulation management system;

4. Since the accumulation management device and the accumulation management system of the present invention include a conversion unit, the accumulated time and points of the accumulation management device and the accumulation management system can be mutually converted, so that the user can exchange it flexibly according to actual needs The effect of time or points;

5. Since the accumulation management device and the accumulation management system of the present invention include a modification unit (or modification interface), the user can modify the total time balance and the total point balance according to the points to be taken out or time consumption. Therefore, it is possible to achieve the functions of the accumulation management device and the accumulation management system with the functions of a time bank and a point bank.

6. Since the accumulation management device and the accumulation management system of the present invention include a display element (display unit and display interface), the user can obtain information on the counting time and time balance on the display element, and therefore can easily grasp the time increase Reduction effect

7. Since the switch unit of the accumulation management device of the present invention can have the function of identification, it can achieve the effect that the accumulation management device can provide different usage rights according to different users;

8. Since the accumulation management system of the present invention uses the remote transmission method to connect the accumulation management device to the remote interface, the remote interface has the modification authority, and the accumulation management device has the use authority, so the effect of distinguishing user authority can be achieved; and

9. Since the accumulation management device of the present invention can use the touch panel to integrate the function row and the switch unit, it can reduce the buttons of the accumulation management device, so as to improve the aesthetic appearance of the accumulation management device and prevent the mechanical buttons from being easily damaged.

However, the above are only detailed descriptions and drawings of the preferred embodiments of the present invention. However, the features of the present invention are not limited to these, and are not intended to limit the present invention. The full scope of the present invention should be referred to the following application The scope of the patent shall prevail. All embodiments that conform to the spirit of the scope of the patent application of the present invention and similar variations should be included in the scope of the present invention. Anyone familiar with the art in the field of the present invention can easily think of it. Changes or modifications can be covered in the following patent scope of this case.

10: cumulative management device

102: control unit

104: counting unit

106: accumulation unit

108: Setting unit

122: memory unit

124: switch unit

142: conversion unit

144: Modify Unit

162: display unit

St1: The first trigger signal

St2: second trigger signal

Sm: Modify signal

Sd: display signal

Bc: count balance

Bt: time balance

Btt: total time balance

Cp: point count

Bp: point balance

Bpt: total point balance

Tt: total count time

T1: first trigger

T2: second trigger

Sc: custom settings

Claims (11)

An accumulation management device includes: a control unit; a counting unit coupled to the control unit; an accumulation unit coupled to the control unit and the counting unit; and a setting unit coupled to the counting unit and the control unit according to A custom setting sets the control unit to a time counting mode or one point counting mode; and a memory unit coupled to the control unit and the accumulating unit; a display unit coupled to the control unit; a switch unit coupled to The control unit; wherein, the control unit controls the counting unit to provide a counting balance or one point count to the accumulation unit; in the time counting mode, the accumulation unit accumulates the count balance and a time balance into a total time balance; In the point counting mode, the accumulation unit accumulates the point count and the point balance into a total point balance; the setting unit sets at least one first trigger signal and at least one second trigger signal through an identity authentication, and The control unit recognizes that the received at least one first trigger signal is one of the first trigger signal or one of the second trigger signal of the at least one second trigger signal according to the identity authentication; the switch unit is based on a first trigger signal; A trigger provides the first trigger signal, and a second trigger provides the second trigger signal; when the setting unit sets the control unit to the time counting mode, and when the switch unit generates the first trigger, the control When the unit recognizes and receives the first trigger signal, the control unit controls the counting unit to perform a time counting; when the setting unit sets the control unit to the time counting mode, and when the switch unit generates the second trigger, the The control unit recognizes and receives the first trigger signal or the When the second trigger signal, the control unit controls the counting unit to stop the time counting, and controls the counting unit to provide the counting balance to the accumulating unit according to the time counting; when the setting unit sets the control unit to count the points Mode, and when the control unit recognizes that the received first trigger signal is the first trigger signal, the control unit controls the counting unit to provide the point count to the accumulation unit according to the first trigger signal; when the setting unit sets the control unit to In the time counting mode, the control unit controls the memory unit to provide the time balance to the accumulation unit, and controls the accumulation unit to store the total time balance in the memory unit; when the setting unit sets the control unit to the point In the counting mode, the control unit controls the memory unit to provide the point balance to the accumulation unit, and controls the accumulation unit to store the total point balance to the memory unit. The accumulation management device described in item 1 of the scope of patent application further includes: a conversion unit coupled to the accumulation unit and the control unit; wherein the control unit controls the conversion unit to the total time balance according to the custom setting Convert a time in a point into one point, and the accumulation unit accumulates the point to the total point balance; or, the control unit controls the conversion unit to convert the point in the total point balance according to the custom setting Is the time, and the accumulating unit accumulates the time to the total time balance. For example, the accumulation management device described in item 1 of the scope of patent application further includes: a modification unit coupled to the control unit; wherein the modification unit provides a modification signal to the control unit so that the control unit can modify according to the modification signal The total time balance or modify the total point balance. For example, the accumulation management device described in the first item of the scope of patent application, wherein when the setting unit sets the control unit to the time counting mode, the setting unit sets a total count time through the custom setting, and the control unit controls the The setting unit provides the total counting time to the counting unit; when the control unit controls the counting unit to stop the time counting, the counting unit holds the time counting The continuous time is regarded as an accumulated time, and the remaining time after subtracting the accumulated time from the total count time is regarded as the count balance. As described in item 4 of the scope of patent application, the accumulation management device further includes: a display unit coupled to the control unit; wherein the control unit controls the display unit to display the count balance, the time balance, the total time balance, The total counting time, the point count, the point balance, and the total point balance. An accumulation management system includes: an accumulation management device, including: a control unit; a counting unit coupled to the control unit; an accumulation unit coupled to the control unit and the counting unit; and a memory unit coupled to the control unit Unit and the accumulation unit; a transmission unit, coupled to the control unit; a display unit, coupled to the control unit; a switch unit, coupled to the control unit; a remote interface, including: a setting interface, through the transmission The unit sets the control unit to a time counting mode or one point counting mode; wherein, the control unit controls the counting unit to provide a counting balance or one point count to the accumulating unit; in the time counting mode, the accumulating unit The counting balance and a time balance are accumulated into a total time balance, and the control unit transmits the total time balance to the remote interface through the transmission unit; in the point counting mode, the accumulation unit counts the points and one point The balance is accumulated into a total point balance, and the control unit transmits the total point balance to the remote interface through the transmission unit; the setting interface sets at least one first trigger signal and at least one second trigger signal through an identity authentication, And the control The control unit recognizes that the received at least one first trigger signal is one of the first trigger signal or one of the second trigger signal of the at least one second trigger signal according to the identity authentication; the switch unit is based on a first Trigger to provide the first trigger signal, and provide the second trigger signal according to a second trigger; when the setting interface sets the control unit to the time counting mode, and when the switch unit generates the first trigger, the control unit When it is recognized that the first trigger signal is received, the control unit controls the counting unit to perform a time counting; when the setting interface sets the control unit to the time counting mode, and when the switch unit generates the second trigger, the control unit When the unit recognizes and receives the first trigger signal or the second trigger signal, the control unit controls the counting unit to stop the time counting, and controls the counting unit to provide the counting balance to the accumulation unit according to the time count; when When the setting interface sets the control unit to the point counting mode, and when the control unit recognizes that the received first trigger signal, the control unit controls the counting unit to provide the point count to the first trigger signal according to the first trigger signal Accumulation unit. According to the accumulation management system described in item 6 of the scope of patent application, the accumulation management device further includes: a conversion unit coupled to the accumulation unit and the control unit; wherein the setting interface controls the control unit through the transmission unit A time conversion point, so that the control unit controls the conversion unit to convert a time in the total time balance into a point, and the accumulation unit accumulates the point to the total point balance; or, the setting interface passes the The transmission unit controls the control unit to perform one point conversion time, so that the control unit controls the conversion unit to convert the points in the total point balance to the time, and the accumulation unit accumulates the time to the total time balance. For example, the accumulation management system described in item 6 of the scope of patent application, wherein the remote interface further includes: a modification interface, modifying the total time balance or modifying the total point balance, and using the transmission unit to change the total time balance or The total point balance is transmitted to the control unit. For example, the accumulation management system described in item 6 of the scope of patent application, wherein the remote interface further includes: a memory interface for memorizing the time balance, the total time balance, the point balance, and the total point balance, and The time balance, the total time balance, the point balance, and the total point balance are transmitted to the memory unit through the transmission unit. For example, the cumulative management system described in item 6 of the scope of patent application, wherein when the setting interface sets the control unit to the time counting mode, the setting interface sets a total count time, and transmits the total count time to the transmission unit The control unit causes the control unit to provide the total counting time to the counting unit; when the control unit controls the counting unit to stop the time counting, the counting unit uses the time duration for the time counting as an accumulated time, and The time remaining after subtracting the accumulated time from the total count time is used as the count balance. For example, the cumulative management system described in item 10 of the scope of patent application, wherein the remote interface further includes: a display interface that displays the count balance, the time balance, the total time balance, the total count time, the point count, The point balance and the total point balance.

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