JP3044485U - Biological image display - Google Patents

Abstract

(57) [Summary] For example, in an electronic organizer, an electronic game machine, or the like, display image data of an animal or the like is bred, grown and displayed by an operation of taking care of a realistic sense. In a state where a dog character selectively read from a picture data ROM is displayed on a liquid crystal display section,
When the "care" key 12a is operated to display the care menu and any icon is touch-operated and selected, the dog character of the care operation corresponding to the selected icon is sequentially read out and displayed in the order of the pattern display. , RAM
When the number of times of caring for the dog character stored in the caring frequency register reaches 20, the currently displayed dog character and the dog character given from another electronic notebook via the infrared communication circuit face each other. The matchmaking is displayed.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a biological image display device that displays prestored image data.

[0002]

[Prior art]

 In a conventional electronic device, for example, in an image display device that displays a character such as an animal, moving or changing the displayed character image is usually performed by a plurality of key input operations from a key input unit. Will be done accordingly.

That is, for example, when a dog is displayed as the character image, by selectively operating cursor keys indicating up, down, left, and right, it is possible to display the movement of the dog in each direction.

[0004]

[Problems to be solved by the device]

 However, in the above-mentioned conventional image display device, the displayed character image is simply changed or moved according to the key operation, and the content of the change or movement is, for example, in the operation direction of the cursor key. Since only a moving display is displayed, it is impossible to display and display the displayed character image of a dog or the like by caring for it by the user's realistic sensation and displaying it. There is a problem.

The present invention has been made in view of the above problems, and raises and grows an image of an organism such as an animal or a plant in a manner of caring for a feeling similar to that of an organism such as an actual animal. An object is to provide a biological image display device capable of displaying.

[0006]

[Means for Solving the Problems]

 That is, the first biological image display device according to the present invention is provided with a biological image display unit provided on a portable device body such as an electronic notebook, and the biological image displayed on the biological image display unit is displayed. Then, when a care instruction is given by the input operation of the input unit, the care state judgment unit provided in the apparatus main body determines the state of care for the biological image performed by the instruction (for example, the instructed care). Judgment is made by comparing the number of times with a predetermined number of times). According to this determination result, a biological image different from the biological image displayed on the biological image display unit is displayed on the biological image display unit, so that the input unit for the biological image displayed on the biological image display unit is displayed. By repeating the care by the operation of, the grown biological image different from that biological image is displayed.

Further, in the second biological image display device according to the present invention, in order to display the biological image and a plurality of icons indicating the kind of care for the biological image, a portable device body such as an electronic notebook can be displayed. The display unit provided on the display unit is provided, and for the biological image displayed on the display unit, one of the icons displayed on the display unit is selected by the input operation by the input unit to take care of it. When an instruction is given, the state of care for the biological image given by this instruction is judged by the care state judgment unit provided in the main body of the device (for example, the number of times of care given is compared with a predetermined number of times. Judgment). According to this determination result, a biological image different from the biological image displayed on the display unit is displayed on the display unit, so that the icon selection operation by the input unit for the biological image displayed on the display unit can be performed. By repeating the care taken accordingly, a grown biological image different from that biological image is displayed.

Further, the biological image display device according to claim 3 of the present invention comprises a biological image display part provided in a portable device body such as an electronic notebook, and is displayed on the biological image display part. When a care input is given to a biological image by a pen input operation using the pen input unit, the care state determination unit provided in the main body of the device determines the state of care for the biological image given by this instruction. (For example, it is judged by comparing the number of times of care given with a predetermined number of times). According to this determination result, a biological image different from the biological image displayed on the biological image display unit is displayed on the biological image display unit. Therefore, pen input for the biological image displayed on the biological image display unit is performed. By repeating the care given by the operation of the section, a grown biological image different from the biological image will be displayed.

Further, in the fourth biological image display device according to the present invention, in order to display the biological image and a plurality of icons indicating types of care for this biological image, a portable device body such as an electronic notebook is displayed. On the biological image displayed on the display unit, one of the icons displayed on the display unit is selected by a pen input operation using the pen input unit. When a care instruction is given in accordance with the instruction, the care state of the biological image given by this instruction is judged by the care state judgment unit provided in the main body of the device (for example, the number of times the care is instructed and predetermined. It is judged based on the comparison with the number of In accordance with the result of this judgment, a biological image different from the biological image displayed on the display section is displayed on the display section. Therefore, the pen input section selects an icon for the biological image displayed on the display section. By repeating care according to the operation, a grown biological image different from that biological image will be displayed.

[0010]

[Embodiment of the invention]

 Hereinafter, embodiments of the present invention will be described with reference to the drawings. FIG. 1 is a block diagram showing a configuration of an electronic circuit of an electronic notebook equipped with a biological image display device according to an embodiment of the present invention.

This portable electronic notebook has a CPU (Central Processing Unit) 11. The CPU 11 controls the operation of each part of the circuit according to a system program stored in advance in the ROM 14 which is activated in response to a key operation signal from the key input unit 12 or the tablet input unit 13. In addition to the key input unit 12, the tablet input unit 13, the ROM 14, the infrared communication circuit 15 and the RAM 16 are connected.

A liquid crystal display unit 18 is connected to the CPU 11 via a display drive circuit 17. The key input unit 12 is provided with character keys and a numeric keypad for inputting "name" and "telephone number" to be registered as notebook data, and is operated when switching between notebook mode and pet mode. "Mode" key, the above-mentioned character keys and ten keys are operated when registering the notebook data input according to the operation of the RAM16 "Write" key, operation when searching and displaying the notebook data registered in RAM16 A "search" key and the like are provided.

In addition, in the key input unit 12, for a biological image of a dog or the like (hereinafter referred to as “character data”) that is arbitrarily selected and displayed in the pet mode setting state, “feed” and “brush”. A “care” key 12a that is operated when displaying a selection screen (see FIG. 8A) of a plurality of differently shaped icons A1 and A2 for selecting a care type such as .

The tablet input unit 13 is composed of a touch panel provided so as to overlap the display screen of the liquid crystal display unit 18, and outputs a voltage signal corresponding to the touch operation position of the user. The voltage signal output from the CPU is supplied to the CPU 11 and converted into coordinate data in the X and Y directions on the display screen corresponding to the touch operation position.

As a result, the selection operation for the icon or the like displayed on the liquid crystal display unit 18 is determined. In the ROM 14, a system program for controlling the CPU 11 is stored in advance, and in addition, a pattern data ROM 14a and a pattern display pattern ROM 14b are provided.

FIG. 2 is a diagram showing a storage state of pattern data in the pattern data ROM 14a provided in the ROM 14 of the electronic notebook. Character data corresponding to various motions for each of a plurality of types of dogs is stored in the pattern data ROM 14a as bitmap data in association with each pattern number.

FIG. 3 is a diagram showing a storage state of the pattern display pattern in the pattern display pattern ROM 14b provided in the ROM 14 of the electronic notebook. The pattern display pattern ROM 14b stores a pattern display order for displaying various motions of the dog as character data corresponding to various basic motions of the dog, as a combination of pattern numbers in the pattern data ROM 14a.

For example, the basic No. In the case of the operation "sleep" of "01", each of a series of numbers corresponding to the picture numbers "1, 2, 3, 2, 3, 2, 3, ..." stored as the picture display order. By sequentially reading the character data from the picture data ROM 14a and displaying the character data, the sleeping state of the dog is displayed as a moving image.

In the ROM 14, the character data of the child generated when the character data of different types of dogs are multiplied, the contours, eyes, nose, ears, mouth, body, fore paws, and tail of the character data. Each part is disassembled and stored in advance as individual mating patterns.

FIG. 4 is a diagram showing an example of a multiplication (intermediate) pattern of different types of character data stored in advance in the ROM 14 of the electronic notebook. For example, in the case of forefoot parts associated with the combination of different types of character data (A) and (B) stored in advance in the pattern data ROM 14a, the combination pattern of the different types of character data is the character. In addition to the first multiplication pattern (1) between the data (A) and (B), the first multiplication pattern (1) is further multiplied by the character data (B) of the multiplication source to be the second multiplication pattern. The combination pattern (2), the third combination pattern (3), the fourth combination pattern (4), and the fifth combination pattern (5) are prepared.

The infrared communication circuit 15 includes an infrared light emitting element and a light receiving element, and performs data communication by infrared light with an external device. Through the infrared communication circuit 15, for example, another electronic notebook is used. Data is transmitted / received to / from the notebook and character data is transmitted / received.

FIG. 5 is a diagram showing a configuration of a register provided in the RAM 16 of the electronic notebook. The RAM 16 has a display register 16a in which the displayed data to be displayed on the liquid crystal display unit 18 is written as image data, a date register 16b in which the current date is sequentially updated and stored according to a timer built in the CPU 11, and the CPU 11 A clock register 16c for sequentially updating and storing the current time in accordance with a built-in timer, a matchmaking success date register 16d for storing date data when the matchmaking is successful in the matchmaking process between character data, The type of character data arbitrarily selected by the user from the plurality of types of character data stored in the pattern data ROM 14a is the same as the birthday data arbitrarily specified by the user when the character data is selected. Pet data register stored as pet data 6e, a received pet data register 16f in which the type of character data received from another electronic notebook via the infrared communication circuit 15 is stored together with the birthday data as pet data for matching, and in the pattern data ROM 14a A caring frequency register 16g in which the caring frequency n performed on the character data arbitrarily selected by the user from the stored plural types of character data is stored in association with each caring content, In the matchmaking process between the character data, the flag “1” is set when the matchmaking is successful. Matchbook success flag register F, a notebook in which notebook data such as “name” and “phone number” is registered. A data register and the like are provided.

In the notebook mode on the liquid crystal display unit 18, notebook data input in response to the operation of the character keys and the numeric keypad, or retrieved from the notebook data register of the RAM 16 in response to the operation of the “search” key. Any of the notebook data is displayed.

In the pet mode, the character data stored in the picture data ROM 14a in the ROM 14 is selectively read and displayed. Next, the operation of the electronic notebook equipped with the biological image display device having the above configuration will be described.

FIG. 6 is a flowchart showing the pet mode processing of the electronic notebook. FIG. 7 is a flow chart showing a matchmaking process in the pet mode process of the electronic notebook.

FIG. 8 is a diagram showing a display state of dog character data associated with the pet mode process and the matchmaking process of the electronic notebook. When the pet mode is set by operating the "mode" key in the key input unit 12, the pet data selected in advance by the user is read from the RAM, and the plural types of dog character data stored in the picture data ROM 14a are read. Of the dog character data corresponding to the read pet data, for example, the pattern No. Dog character data corresponding to 101 is read out at random and displayed on the liquid crystal display unit 18 via the display drive circuit 17.

As shown in FIG. 8A, the pattern No. read out randomly from the pattern data ROM 14a. When the dog character data K1 corresponding to 101 is displayed on the liquid crystal display unit 18 and the "care" key 12a in the key input unit 12 is operated to care for the displayed dog, the ROM 14 is read. The icons A1 and A2 having two different shapes, "brush" and "bait", which indicate the "care" menu stored in advance, are read out, and the pattern No. The dog character data K 1 corresponding to 101 is simultaneously displayed as a list on the liquid crystal display unit 18 (steps S1 and S2).

In this way, with the icons of different shapes showing the menu of “take care” for the selected and displayed dog character data K1 being simultaneously displayed as a list, as shown in FIG. When the "brush" icon A1 is touch-operated, the icon touch operation is judged by the CPU 11 via the tablet input unit 13, and whether or not the matchmaking success flag register F in the RAM 16 is set to "0". That is, it is determined whether or not the matchmaking by the matchmaking process has been successful (steps S3 → S4).

Here, if the matchmaking success flag register F is set to “0” and it is determined that the matchmaking process has not succeeded, as shown in FIG. 8C, Corresponding to the touch-operated "brush" icon A1 is stored in the pattern data ROM 14a in accordance with the pattern display order corresponding to the operation of the "brush" in the basic pattern stored in the pattern display pattern ROM 14b. The dog character data K1, K2, ... Are sequentially read and displayed on the liquid crystal display unit 18 via the display drive circuit 17 (steps S4 → S5).

Then, the care number n corresponding to the "brush" in the care number register 16g in the RAM 16 is set to "1" and set to "1", and the total care number n of each item in the care number register 16g. It is determined whether or not the number of times has reached 20 times (steps S6, S7).

Here, when it is determined that the total number n of times of care stored in the number-of-cares register 16g has not reached 20, the dog at that time, for example, as shown in FIG. 8C. The initial state of the pet mode process is restored with the display state of the character data (step S7 → RETURN).

After that, the dog character data displayed on the liquid crystal display unit 18 is displayed by the selection screen display processing of the care menu icon by the operation of the “care” key 12a and the selection operation of the icons A1 and A2 of the care menu. When it is judged that the "brush" and "feed" for K1 are repeatedly executed and the total care number n stored in the care number register 16g has reached 20, the matchmaking as shown in FIG. The process proceeds (step S7 → SA).

On the other hand, if the type data of the dog character data and the birthday data transmitted from the infrared communication circuit 15 of the other electronic notebook are received via the infrared communication circuit 15 of this electronic notebook, the After it is determined that "0" is set in the matchmaking success flag register F, the received dog character type data and birth date data are stored in the reception pet data register 16f in the RAM 16 (step Steps S8 → S9, S10 → S11 → S12).

When the pet mode process in FIG. 7 is started by determining that the total care number n stored in the care number register 16 g in the RAM 16 has reached 20, the RAM 16 in the RAM 16 is activated. The first dog character data K3 corresponding to the dog character type data stored in the pet data register 16e, and the second dog character data corresponding to the dog character type data stored in the reception pet data register 16f. The data K4 and the data K4 are sequentially and selectively read out from the pattern data ROM 14a in accordance with the pattern display order corresponding to the operation of "matchmaking" stored in the pattern display pattern ROM 14b, for example, as shown in FIG. 8 (D). The first dog character data K3 on the right side of the display screen, and the second dog character data K3. The data K4 is displayed on the left side of the display screen facing each other (step A1).

When reception pet data from another electronic notebook is not stored in the reception pet data register 16f, it is possible to store data other than the type of the first dog character stored in the pet data register 16e. Another dog character is randomly read from the picture data ROM 14a as a second dog character, and is displayed as a match with the first dog character in the same manner as described above (step A1).

As shown in FIG. 8D, the first dog character data K3 stored in the pet data register 16e and the second dog character data K4 stored in the received pet data register 16f are stored. Are displayed facing each other, based on the birthday data corresponding to the respective dog character data, the first dog and the second dog are read according to the birthday compatibility program stored in the ROM 14 in advance. The degree of compatibility between the character data K3 and K4 with the dog is determined (step A2).

Then, if the compatibility between the character data K3 and K4 of the first and second dogs displayed in the matchmaking mode is equal to or more than a certain value and it is determined that the compatibility is good, the result shown in FIG. As shown in (), a matchmaking success screen for the first and second dog character data K3, K4 is displayed on the liquid crystal display unit 18 (steps A3 → A4a).

Then, the current date data stored in the date register 16b in the RAM 16 is transferred to and stored in the matchmaking success date register 16d (step A5).

At the same time, the flag “1” is set in the matchmaking success flag register F in the RAM 16 (step A6). Then, the care frequency n of all items stored in the care frequency register 16g is reset to "0" (step A7).

On the other hand, as shown in FIG. 8D, if the compatibility between the first and second dogs displayed in the matchmaking mode is not equal to or higher than a certain value, and it is determined that the compatibility is poor, As shown in (E2), a matchmaking failure screen for only the first dog character data K3 is displayed on the liquid crystal display unit 18 (steps A3 → A4b).

Then, the care counts n of all the items stored in the care count register 16g are reset to "0" (step A7). Then, through the matchmaking process in FIG. 7, the first dog displayed on the right side and the second dog displayed on the left side of the liquid crystal display unit 18 are displayed as shown in FIG. After the successful matchmaking, if any icon A1 or A2 is selected and operated in the selection display screen of the care menu icons A1 and A2 by the operation of the "care" key 12a, the matchmaking flag register F in the RAM 16 is selected. Since it is judged that "0" has not been set to and the matchmaking success flag "1" has been set, the current date data stored in the date register 16b and the matchmaking success date register 16d are stored. The date data of the successful matchmaking is compared to determine whether or not three days or more have passed from the successful date of the matchmaking to the current date (steps S1 to S). → S13, S14).

Here, if it is determined that the current date has not passed three days or more from the date of successful matchmaking, the icon selected by the touch operation on the selection screen of the care menu icon is, for example, “ The dog character data K1, K2, ... Of the motion of "brush" or the dog character data of the motion of "bait" are sequentially read out selectively from the pattern data ROM 14a according to the pattern display order stored in the pattern display pattern ROM 14b. It is displayed on the display unit 18 (steps S14 → S15).

On the other hand, when the current date stored in the date register 16b has passed 3 days or more from the date when the first and second dog character data stored in the date matching successful date register 16d are successfully matched. If it is determined that the first dog character K3 and the second dog have succeeded in the matchmaking, based on the crossing pattern (see FIG. 4) of each part of the dog character data stored in advance in the ROM 14. The child dog character data K5, which is an intermediate character between the character K4 [see FIG. 8 (F)], is selectively read and combined, and as shown in FIG. 8 (G), the child dog character data K5. Is displayed on the liquid crystal display unit 18 (steps S14 → S16, S17).

Then, the dog character data K5 of the child is rewritten from the first dog character data K3 and stored in the pet data register 16e in the RAM 16 using the current date data as birthday data (step S18). .

At the same time, the matchmaking success flag “1” set in the matchmaking success flag register F in the RAM 16 is reset to “0”, and the dog character data display state at that time remains unchanged. The initial state of the pet mode process is restored (step S19, RETURN).

Therefore, according to the electronic notebook equipped with the biological image display device having the above-described configuration, dog character data selectively read from the picture data ROM 14 a provided in advance in the ROM 14 in accordance with the pet mode setting. When K1 is displayed on the liquid crystal display unit 18, the "care" key 12a is operated to display the respective icons A1 and A2 of the care menu, and when an arbitrary icon A1 is touched and selected from among these, The dog character data K1, K2, ... Of the caring action corresponding to the selected icon A1 are sequentially read from the pattern data ROM 14a in accordance with the pattern display order stored in the pattern display pattern ROM 14b corresponding to various basic actions. Is displayed and stored in the care count register 16g in the RAM 16, the dog character data is displayed. When the number of times of caring for the data K1 and K2 reaches 20 or more, the currently displayed dog character data K3 stored in the pet data register 16e and other electronic notebooks stored in the reception pet data register 16f, for example. The dog character data K4 given by infrared communication from the player is displayed on the liquid crystal display unit 18 so as to face each other, and the degree of compatibility is determined based on the birthday data added to the respective character data, and the successful match display is displayed. Or because the matchmaking failure display is displayed, not only is the character data of the dog changed or moved in response to a key operation, but also a realistic feeling by the user, such as a “brush” or a “feed”. It can be bred and grown by taking care of and can be displayed as a match with other dog character data K4.

Therefore, the fun of character display can be greatly improved. Further, according to the electronic notebook equipped with the biological image display device having the above-mentioned configuration, the date of successful match stored in the date of successful match register 16d in the RAM 16 is compared with the current date stored in the date register 16b. If it is determined that three days or more have passed from the date of successful matchmaking to the current date, the first dog character data K3 and the second dog character data K4 that have been successful in matchmaking are set. The dog's dog character data K5 which has been crossed is generated by the combination of the crossing patterns of the respective parts constituting the dog character which is stored in the ROM 14 in advance and is displayed on the liquid crystal display unit 18. As a function following, it will be possible to further improve the fun of character display.

In the above embodiment, the character data of the dog is used as the character data that is stored and used in advance in the picture data ROM 14a. However, for example, other animals such as cats and monkeys, or characters of creatures are used. May be

As described above, according to this embodiment, the display unit 18 constituting the display means is selected from the pattern data ROM 14a constituting the image data storing means in which the image data of a plurality of types of living things are stored. When the state of the care performed on the biological image data displayed on the screen in accordance with the instructions of the care key 12a and the tablet input unit 13 forming the care instruction means reaches a certain state, the display is performed. Along with the biological image data, image data of a different type from this image data is selectively read out from the picture data ROM 14a and displayed facing each other, so that the displayed biological image data is practically taken care of. By repeating the above, the matching display will be performed along with the growth of the biological image data.

Further, according to this embodiment, it is selected from the pattern data ROM 14a constituting the image data storage means in which the image data of a plurality of types of living things is stored and displayed on the display section 18 constituting the display means. When the state of the care performed according to the instruction of the care key 12a constituting the care instruction means and the tablet input unit 13 with respect to the biological image data reaches a certain state, the biological image data displayed together with the displayed biological image data are displayed. Image data of a different type from the image data of the above is selectively read out from the picture data ROM 14a and is face-to-face displayed facing each other. Not only will the matching display after data growth be provided, but in addition The compatibility between the object image data is determined, and the determination result is displayed.

Further, according to this embodiment, it is selected from the picture data ROM 14a constituting the image data storing means in which the image data of a plurality of kinds of living things is stored and displayed on the display unit 18 constituting the display means. When the state of the care performed according to the instruction of the care key 12a constituting the care instruction means and the tablet input unit 13 with respect to the biological image data reaches a certain state, the biological image data displayed together with the displayed biological image data are displayed. Image data of a different type from the image data of the above is selectively read out from the picture data ROM 14a and is face-to-face displayed facing each other. After the data growth, the matching display is performed, and further, the compatibility between the respective biological image data displayed in the above matching display. Not only will the judgment result be displayed, but if it is judged that the biological image data displayed in the matchmaking are compatible with each other, the intermediate image data between the biological image data will be displayed. A biological image of the child is generated and displayed as a child. Therefore, according to this embodiment, it is possible to display and display the displayed image data of an animal or the like by taking care of a realistic sensation and growing the image.

[0052]

[Effect of the invention]

 As described above, according to the first biological image display device of the present invention, a portable device main body such as an electronic notebook has a biological image display unit, a care instruction input unit, a care state determination unit, and a display. Each control unit is provided, and when a care instruction is given to the biological image displayed on the biological image display unit by an input operation of a pen input unit or an input unit such as a care key, this instruction is performed. The care status determination unit determines the care status of the biological image. For example, the judgment is made by comparing the number of times of instructed care with a predetermined number of times. According to the determination result, a biological image different from the biological image displayed on the biological image display unit is displayed on the biological image display unit. As a result, while carrying the main body of the device, the living body image displayed on the biological image display unit provided on the main body of the device can be repeatedly taken care of by operating the input unit provided on the main body of the device. However, you will be able to display a grown-up biological image that is different from that biological image, no matter where you are.

Further, according to the second biological image display device of the present invention, a biological image and a plurality of icons indicating the kind of care for the biological image are provided in a portable device body such as an electronic notebook. In addition to the display unit for displaying, a care instruction input unit, a care state determination unit, and a display control unit are provided, so that the pen input unit and the care unit can be used for the biological image displayed on the display unit. By operating an input unit such as a key, one of the plurality of icons displayed on the display unit can be easily and quickly selected to give a care instruction. In addition to this, the state of care for the biological image performed by this instruction is determined by the care state determination unit, for example, by comparing the number of times of instructed care and a predetermined number of times, and according to the result of this determination. Thus, a biological image different from the biological image displayed on the display unit can be displayed on the display unit. As a result, by repeating care for the biological image displayed on the display unit according to the icon selection operation by the input unit, it is possible to display a grown biological image different from the biological image anytime, anywhere. Become. Therefore, according to the present invention, it is possible to display and display an image of a living thing such as an animal or a plant by breeding, growing and displaying it in a manner similar to that of a living thing such as an actual animal.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a configuration of an electronic circuit of an electronic notebook equipped with a biological image display device according to an embodiment of the present invention.

FIG. 2 is a diagram showing a storage state of pattern data in a pattern data ROM provided in the ROM of the electronic notebook.

FIG. 3 is a view showing a storage state of a picture display pattern in a picture display pattern ROM provided in the ROM of the electronic notebook.

FIG. 4 is a view showing an example of a combination (intermediate) pattern of different types of character data stored in advance in a ROM of the electronic organizer.

FIG. 5 is a diagram showing a configuration of a register provided in the RAM of the electronic notebook.

FIG. 6 is a flowchart showing a pet mode process of the electronic organizer.

FIG. 7 is a flowchart showing a matchmaking process in a pet mode process of the electronic organizer.

FIG. 8 is a diagram showing a display state of dog character data accompanying the pet mode processing and the matchmaking processing of the electronic organizer.

[Explanation of symbols]

 11: CPU, 12: Key input unit, 12a: "care" key, 13: Tablet input unit, 14: ROM, 14a: Picture data ROM, 14b: Picture display pattern ROM, 15: Infrared communication circuit, 16: RAM, 16a: Display register, 16b: Date register, 16c: Clock register, 16d: Matching success date register, 16e: Pet data register, 16f: Received pet data register, 16g: Number of care times register, F: Matching success flag register, 17: display drive circuit; 18: liquid crystal display unit.

Claims (10)

[Utility model registration claims] 1. A portable apparatus main body, a biological image display section provided on the apparatus main body for displaying a biological image, and an instruction for taking care of the biological image displayed on the biological image display section. When an instruction to take care is given in accordance with an input section provided in the apparatus main body and an input operation by the input section, the apparatus main body is provided to judge the state of care for the biological image given by the instruction. In order to control the display of a biological image different from the displayed biological image on the biological image display unit according to the care state determination unit provided and the determination result of the state of care by the care state determination unit. A biological image display device, comprising: a display control unit provided in the device body. 2. A portable device body, a display unit provided on the device body for displaying a biological image and a plurality of icons indicating types of care for the biological image, and a display unit displayed on the display unit. An input unit provided in the main body of the apparatus for selecting one of the icons to instruct the care of the biological image displayed on the display unit; When an instruction is given, a care-state determining unit provided in the main body of the apparatus for determining the state of care for the biological image given by the instruction, and a determination result of the care-state by the care-state determining unit. According to the above, a display control unit provided in the apparatus main body for controlling the display unit to display a biological image different from the displayed biological image on the display unit. Image display device. 3. A portable apparatus main body, a biological image display section provided on the apparatus main body for displaying a biological image, and an instruction for taking care of the biological image displayed on the biological image display section. And a pen input section provided in the apparatus main body, and when a care instruction is given in accordance with a pen input operation by the pen input section, in order to judge the state of care for the biological image given by the instruction, The care state determination unit provided in the main body of the apparatus and the display control of the biological image different from the displayed biological image on the biological image display unit according to the determination result of the care state by the care state determination unit. A biological image display device, comprising: a display control unit provided in the device body for the purpose. 4. A portable device body, a display unit provided on the device body for displaying a biological image and a plurality of icons indicating types of care for the biological image, and a display unit displayed on the display unit. A pen input section provided in the apparatus main body for selecting one of the icons to instruct the care of the biological image displayed on the display section, and a pen input operation by the pen input section When a care instruction is given in accordance with the instruction, the care state determination unit provided in the main body of the apparatus for determining the care state for the biological image performed by the instruction, and the care state determined by the care state determination unit. According to the result of the determination, a display control unit provided in the apparatus body for controlling the display unit to display a biological image different from the displayed biological image on the display unit. Biological image display device according to symptoms. 5. A portable apparatus main body, a biological image display section provided on the apparatus main body for displaying a biological image, and an instruction for taking care of the biological image displayed on the biological image display section. In order to compare and judge the number of times of care given by the input unit provided in the apparatus main body and the care given according to the input operation by this input unit with a predetermined number of times. Display control of a biological image different from the displayed biological image on the biological image display unit according to a comparison determination unit provided in the apparatus main body and a comparison determination result of the number of cares taken by the comparison determination unit. A biological image display device, comprising: a display control unit provided in the device body for the purpose. 6. A portable device body, a display unit provided on the device body for displaying a biological image and a plurality of icons indicating types of care for the biological image, and a display unit displayed on the display unit. An input unit provided in the main body of the apparatus for selecting one of the icons to instruct the care of the biological image displayed on the display unit; When an instruction is given, a comparison / determination unit provided in the main body of the apparatus for comparing and judging the number of times of care given by this instruction with a predetermined number of times, and A display control unit provided in the apparatus main body for controlling the display of a biological image different from the displayed biological image on the display unit according to a comparison determination result. Biological image display device. 7. A portable electronic notebook, a biological image display section provided on the electronic notebook for displaying a biological image, and an instruction for taking care of the biological image displayed on the biological image display section. The input section provided in the electronic notebook, and when the care instruction is given in accordance with the input operation by the input section, the electronic notebook is used to judge the state of the care for the biological image performed by the instruction. In order to control the display of a biological image different from the displayed biological image on the biological image display unit according to the care state determination unit provided and the determination result of the state of care by the care state determination unit. A biological image display device comprising: a display control unit provided in an electronic notebook. 8. A portable electronic notebook, a display unit provided on the electronic notebook for displaying a biological image and a plurality of icons indicating types of care for the biological image, and a display unit displayed on the display unit. An input unit provided on the electronic notebook for selecting one of the icons to instruct the care of the biological image displayed on the display unit; When an instruction is given, a care state determination unit provided in the electronic notebook for determining the state of care for the biological image given by this instruction, and a determination result of the state of care by the care state determination unit. According to the above, a display control unit provided in the electronic notebook for controlling the display of a biological image different from the displayed biological image on the display unit, is provided. Image display device. 9. A portable device main body, a biological image display unit provided on the device main body for displaying a biological image, and for instructing care for the biological image displayed on the biological image display unit. The care key provided on the device main body, and when the care instruction is given according to the key operation by the care key, the device main body is provided to judge the state of the care for the biological image performed by the instruction. In order to control the display of a biological image different from the displayed biological image on the biological image display unit according to the care state determination unit provided and the determination result of the state of care by the care state determination unit. A biological image display device, comprising: a display control unit provided in the device body. 10. A portable device body, a display unit provided on the device body for displaying a biological image and a plurality of icons indicating types of care for the biological image, and a display unit displayed on the display unit. A care key provided on the main body of the apparatus for selecting one of the icons to instruct the care of the biological image displayed on the display unit; When an instruction is given, a care-state determining unit provided in the main body of the apparatus for determining the state of care for the biological image given by the instruction, and a determination result of the care-state by the care-state determining unit. According to the above, a display control unit provided in the apparatus main body for controlling the display of a biological image different from the displayed biological image on the display unit, That biological image display device.