TWM526143U - Fish farming simulation system - Google Patents

Description

Fish farming simulation system

This creation is a fish farming simulation system, especially a fish farming simulation system that allows users to experience the culture of farmed fish without having to buy a fish for actual breeding.

The general grouper can use the grouper culture device, such as the Republic of China New Patent No. M417002: "The Grouper Breeding Device", which consists of several tubes arranged in a row, and the center of each tube can accommodate the fry. a chamber, and each tube body is connected with at least one adjacent tube body, and the creation device module can be formed by arranging a plurality of tube bodies in a single mold, and between the tubes and the outer wall of the adjacent tube body. It can also form a room for containing fish fry to increase the density of breeding; thus, when the creation is set in the nursery tank, it can cooperate with the habit of grouper drilling holes, so that the fish fry can be separately drilled into the chamber of the tube body and outside the tubes. In the room, the fry can be stabilized to give a sense of security, and avoid eating each other to greatly improve the survival rate. However, if you want to further explore some of the grouping knowledge and cooking methods of the grouper, this function is not available. A fish culture simulation system is installed in an electronic device having a screen, and the user can operate the fish culture simulation system by touching the screen thereof. Simulate fish culture, understand the habits of fish and related culture techniques, and simulate the cooking of fish dishes, so that users do not have to buy a fish for actual breeding and cooking, you can experience the purpose of breeding and cooking fish. .

The main objective of the present invention is to provide a fish culture simulation system which is installed in an electronic device having a screen for the user to operate the fish culture simulation system to simulate fish culture by touching the screen. Learn about the fish's habits and culture-related techniques, and simulate the cooking of fish dishes, so that users do not have to buy a fish for actual breeding and cooking, you can experience the purpose of breeding and cooking fish.

The specific structure of this creation and its practical functions are described in detail in the following figures.

In order to provide a more detailed understanding of the structure of the present invention, please refer to the first to second figures. The present invention provides a fish culture simulation system 1 which is installed in an electronic device 90 having a screen. 100. The user 10 can operate the fish culture simulation system 1 to simulate fish culture by touching the screen 100, so that the user 10 can experience the purpose of breeding the fish without having to buy a fish for actual breeding.

The electronic device 90 can be a smart phone, a tablet computer, a desktop computer, or the like.

The fish culture simulation system 1 includes a culture simulation game subsystem 2, a medical simulation game subsystem 3, a sales simulation game subsystem 4, a food simulation game subsystem 5, and the user 10 can use the touch electronic device 90. After entering the aquaculture simulation game subsystem 2, the screen 100 enters the medical simulation game subsystem 3 and the sales simulation game subsystem 4 in sequence, and when entering the sales simulation game subsystem 4, the user 10 can select to enter the food again. The simulation game subsystem 5 either directly selects the end S18 as shown in the second figure.

Referring to the third figure, the breeding simulation game subsystem 2 is provided with a feeding scheduling module 21, an underwater environmental parameter warning module 22, a cold damage prevention module 23, a breeding planning module 24, and medical treatment. The simulation game subsystem 3 is provided with a disease prevention module 31, a disease diagnosis module 32, and a medication treatment recommendation module 33. The sales simulation game subsystem 4 is provided with a domestic marketing module 41 and an international marketing module 42. The transportation planning module 43 is provided with a feeding teaching module 51 and a cooking recommendation module 52.

Referring to the fourth figure, the user 10 can enter the fish culture simulation system 1 by using the screen 100 of the touch electronic device 90 to start selecting the fish species S1. The fish selected in the article is described by the grouper. Select breeding environment S11, and carry out ovulation feeding S12 to show whether it is sick S13. If it shows illness, enter disease diagnosis S131, medication S132 and preventive measures S133, then enter adult fish S14 stage, and show no illness, then enter directly In the S14 stage of adult fish, choose whether to sell or sell S15. When you choose to sell and sell, you will enter the domestic/foreign material sales S17, select the import/export S171, and after the S172 stage, choose to end S18, and when you choose not to sell the sales, After entering the gourmet cooking S16, the preparation teaching S161 and the cooking recommendation S162, the selection ends S18.

Referring to the first to third and fifth figures, when the user 10 enters the breeding simulation game subsystem 2 by the screen 100 of the touch electronic device 90, the breeding simulation game subsystem 2 will enter the start of breeding 6 and The cleaning fish pond 61, the disinfection drying pool 62, the water inflating 63, and then the ovulation seedling breeding 64, and entering the first stage of the feeding scheduling module 21 feeding 641, the first stage is the oyster fertilization egg period, when feeding The larval fish caliber is only about 0.35~0.40mm, and then enters the second stage feeding 642. The second stage is the rotifer stage. During the period of about 5~25 days after hatching, the main bait is rotifer, and then enters the third stage feeding 643. In the third stage, the copepod and the brine shrimp period are about 20 to 50 days after hatching, and the body size of the fish is 5 to 6 mm. The main bait organisms are the stalks of the stalks or the stalks of the brine shrimps, and finally enter the fourth stage of feeding 644. In the fourth stage, artificial feed (shrimp, shellfish) is fed, and then the water setting 651, temperature setting 652, and salinity setting 653 of the water environment parameter warning module 22 are entered, that is, the water depth of the habitat is not more than 100 meters, and the optimum water temperature is Between 22-28 ° C, when the water temperature is below 20 ° C , loss of appetite, water temperature below 14 ° C, the fish will lose balance, 11 ° C will shock, death, can survive between 11-41ppt salinity, below 5ppt will die, can still be after the setting is completed Then choose whether to reset the parameter 66. If the parameter is to be reset, it will jump to the moisture setting 651, the temperature setting 652, the salinity setting 653, and if the parameter is not reset, the physical state check of the cold prevention module 23 will be entered. Check and finally end the 68 breeding simulation game subsystem 2.

Referring to the first to third and sixth figures, when the user 10 ends the 68 breeding simulation game subsystem 2 by the screen 100 of the touch electronic device 90 and enters the medical simulation game subsystem 3, the medical simulation game subsystem 3 will enter the beginning of medical 7, and soak the syrup 71 in order, that is, put antibiotics of tetracycline or hydroxytetracycline 100ppm soak for 30 minutes to prevent, then inject air 72, pumping and screening 73, then observe 74 The grouper fry is easily infected by necrosis virus from the start of incubation to 40 days, which causes the nervous system to be destroyed. When the carp grows to adult fish, it is susceptible to iridescent virus infection, causing tissue and organ diseases, and then disease prevention mode. The injection vaccine 75 of the group 31 enters the disease diagnosis module 32 to show whether it is infected with the bacteria 76. If it shows that the infected bacteria will jump out again, whether it can be treated 77, if it can be treated, the isolation 78 is selected and the medication treatment recommendation module 33 is entered. If you can't treat, choose to give up 771, and if you show that you have not been infected, choose to check 761 regularly and increase resistance 762, and finally end 79 medical simulation tour Subsystem 3.

Referring to the first to third and seventh figures, when the user 10 ends the 79 medical simulation game subsystem 3 by the screen 100 of the touch electronic device 90 and enters the sales simulation game subsystem 4, the sales simulation game subsystem 4 will enter the domestic marketing module 41 that starts sales 8, and show whether the seedling sales 81 are selected. If the seedling sales are selected, the breeding and breeding 811 will be carried out, and the seedling culture and seedling breeding stage will be sold to the biotechnology industry or It is sold to the retailer 85, and if you choose not to sell the seedlings, it shows whether you choose to sell the vaccine feed 82. If you choose to sell the vaccine feed, you will raise the breeding/development 821 to sell the vaccine, additives and feed to the feed. , production technology industry or sold to the local retailers 85, and if you choose not to sell vaccine feed, it shows whether you choose food processing / live fish delivery 83, if you choose food processing / live fish delivery, the international marketing module 42 into / Export sales of 84, and directly jump to the production of retailers 85, and if you choose not to food processing / live fish shipping, then the popular sales 831, and jump out of the shipping plan Origin Group sold 43 of 85 hypermarkets business, the business sold 85 hypermarkets origin and then sold to wholesalers in sequence 86, 87 sold to discount stores, sold to consumers, and end 89 sales simulation game subsystem 4.

Referring to the first to third and eighth figures, when the user 10 ends the 89 sales simulation game subsystem 4 by the screen 100 of the touch electronic device 90 and enters the food simulation game subsystem 5, the food simulation game subsystem 5 will enter the start food 9, and enter the selection color 91 of the cooking recommendation module 52, and then jump out whether to cook the food 92. If yes, the purchase teaching material 51 of the preparation teaching module 51 and the preparation of the food 922, then start cooking 923 and finished cooking 924, after completion, will jump out of the rating 925, collection 926, after the selection is completed, you can save 927, and finally end the 94 food simulation game subsystem 5, and if you choose not to cook, you will display the finished product 93, Finally, the 94 food simulation game subsystem 5 ends.

In summary, the present invention provides a fish culture simulation system 1 installed in an electronic device 90 having a screen 100 through which the user 10 can operate the fish by touching the screen 100. The breeding simulation system 1 simulates fish culture, understands the habits of fish and related culture techniques, and can simulate the cooking of fish dishes, so that users 10 can experience the culture without having to buy a fish for actual breeding and cooking. And the purpose of cooking fish.

(10) ‧‧‧ users
(1) ‧‧‧Fish farming simulation system
(100)‧‧‧ screen
(2) ‧ ‧ farming simulation game subsystem
(21)‧‧‧Feed scheduling module
(22) ‧‧‧Water Environment Parameter Early Warning Module
(23) ‧ ‧ cold damage prevention module
(24) ‧‧‧ farming planning module
(3) ‧ ‧ medical simulation game subsystem
(31) ‧ ‧ disease prevention module
(32)‧‧‧ disease diagnosis module
(33) ‧ ‧ ‧ medication recommendation module
(4)‧‧‧Sales simulation game subsystem
(41)‧‧‧ domestic marketing modules
(42) ‧‧‧International Marketing Module
(43) ‧‧‧Transportation Planning Module
(5) ‧‧‧Food Simulation Game Subsystem
(51)‧‧‧Reading teaching module
(52)‧‧‧cooking recommendation module
(6) ‧ ‧ start farming
(61)‧‧‧ Cleaning the fish pond
(62) ‧‧‧ disinfection drying pool
(63)‧‧‧Water injection
(64) ‧ ‧ ovulation seedling cultivation
(641)‧‧‧First Stage Feeding
(642) ‧‧‧second stage feeding
(643) ‧ ‧ third stage feeding
(644)‧‧‧Fourth stage feeding
(651) ‧‧‧ moisture setting
(652)‧‧‧ Temperature setting
(653)‧‧‧Salt setting
(66)‧‧‧Reset parameters
(67) ‧‧‧Physical status check
(68) End of ‧‧
(7) ‧ ‧ start medical treatment
(71)‧‧‧ Soaking Potion
(72) ‧‧‧Injecting air
(73) ‧ ‧ screening and fostering
(74) ‧ ‧ observation
(75) ‧ ‧ vaccination
(76) ‧ ‧ Is it infected?
(761) ‧ ‧ ‧ periodic inspections
(762)‧‧‧Enhanced resistance
(77) ‧ ‧ Can you treat?
(771)‧‧‧Abandoned breeding
(78) ‧‧‧Isolation
(79) End of ‧‧
(8) ‧‧‧Starting sales
(81)‧‧‧Select whether to sell seedlings
(811) ‧ ‧ breeding and breeding
(82) ‧ ‧ Whether to choose vaccine feed sales
(821) ‧‧‧ breeding/development
(83)‧‧‧Select food processing/live fish marketing
(831) ‧ ‧ ‧ popular sales
(84)‧‧‧In/Out sales
(85) ‧ ‧ sold to producers
(86) ‧ ‧ sold to wholesalers
(87) ‧ ‧ sold to a retailer
(88) ‧ ‧ sold to consumers
(89) End of ‧‧
(9) ‧‧‧Starting food
(91)‧‧‧Select dishes
(92)‧‧‧Whether cooking
(921)‧‧‧ Purchase of ingredients
(922)‧‧‧ Preparation of ingredients
(923) ‧ ‧ start cooking
(924)‧‧‧Complete cooking
(925)‧‧‧ Rating
(926)‧‧‧Collection
(927)‧‧‧Storage
(93)‧‧‧ Show the finished product
(94) End of ‧‧
(90)‧‧‧Electronic devices
(S1)‧‧‧Select fish species
(S11) ‧‧‧Select aquaculture environment
(S12) ‧ ‧ ovulation feeding
(S13) ‧ ‧ Is it sick?
(S131) ‧ ‧ disease diagnosis
(S132) ‧ ‧ medication treatment
(S133) ‧ ‧ preventive measures
(S14) ‧‧‧ adult fish
(S15)‧‧‧Do you sell or sell?
(S16)‧‧‧Gourmet cooking dishes
(S161) ‧ ‧ ‧ preparation teaching
(S162)‧‧‧Cooking recommendation
(S17) ‧ ‧ domestic / foreign goods popular sales
(S171)‧‧‧ Import/Export
(S172)‧‧‧Transportation
(S18) End of ‧‧

The first picture: a schematic diagram of the electronic device of the present creation. The second picture: the architecture diagram of the artificial fish culture simulation system installed in the electronic device. The third picture: the block diagram of the architecture of the fish farming simulation system. Figure 4: System flow chart of the fish culture simulation system. The fifth picture: the system flow chart of the creative breeding game subsystem. Figure 6: System flow chart of the creative medical simulation game subsystem. Figure 7: System flow chart for the creation of the simulation game subsystem. Figure 8: System flow chart of the creation of the food simulation game subsystem.

(1) ‧‧‧Fish farming simulation system

(100)‧‧‧ screen

(2) ‧ ‧ farming simulation game subsystem

(3) ‧ ‧ medical simulation game subsystem

(4)‧‧‧Sales simulation game subsystem

(5) ‧‧‧Food Simulation Game Subsystem

(90)‧‧‧Electronic devices

(S18) End of ‧‧

Claims (8)

A fish culture simulation system is installed in an electronic device having a screen, and the user can operate the fish culture simulation system to simulate fish culture by touching the screen thereof. The fish culture simulation system includes There is a breeding simulation game subsystem, a medical simulation game subsystem, a sales simulation game subsystem, and a food simulation game subsystem. The user can enter the aforementioned breeding simulation game subsystem through the screen of the touch electronic device, and then The program enters the medical simulation game subsystem and sells the simulation game subsystem. When entering the sales simulation game subsystem, the user can choose to enter the food simulation game subsystem or directly select the end. The fish culture simulation system described in claim 1, wherein the electronic device can be a smart phone, a tablet computer, or a desktop computer. For example, the fish culture simulation system described in claim 1 is characterized in that the breeding simulation game subsystem is provided with a feeding scheduling module, an underwater environmental parameter early warning module, a cold damage prevention module, and a breeding planning module. The medical simulation game subsystem is provided with a disease prevention module, a disease diagnosis module, and a medication treatment recommendation module. The sales simulation game subsystem is provided with a domestic marketing module, an international marketing module, and a delivery. The planning module, and the food simulation game subsystem has a preparation teaching module and a cooking recommendation module. For example, in the fish culture simulation system described in claim 3, after entering the fish culture simulation system by the screen of the touch electronic device, the fish species are selected, the breeding environment is selected, and the breeding and ovulation feeding is performed to show whether the disease is sick. If it shows that you are sick, you will enter the disease diagnosis, medication treatment and preventive measures, and then enter the adult fish stage, and if you are not sick, you will enter the adult fish stage, and then choose whether to sell or sell. When you choose to sell and sell, you will enter the domestic/outside. Popular sales, import/export, after the delivery phase, choose to end, and when you choose not to sell, you can enter gourmet cooking, preparation teaching and cooking recommendations. After that, the selection ends. The fish culture simulation system according to claim 4, wherein when the screen of the touch electronic device enters the breeding simulation game subsystem, the breeding simulation game subsystem enters the breeding and sequentially cleans the fish pond. Disinfect the drying pool, inject water and inflate, then re-implant the seedlings, and enter the feeding scheduling module for feeding. Then enter the water setting, temperature setting and salinity setting of the water environment parameter warning module. After setting, you can still select again. Whether to reset the parameters, if you want to reset the parameters, you will jump to the moisture setting, temperature setting, and salinity setting. If you do not reset the parameters, you will enter the physical status check of the cold prevention module to check, and finally end the breeding simulation game. Subsystem. The fish culture simulation system according to claim 5, wherein the medical simulation game subsystem enters the medical treatment when the simulation simulation game subsystem is ended by the screen of the touch electronic device and enters the medical simulation game subsystem. Soak the syrup in sequence, then inject air into the air, screen and divide the nutrient, then observe the growth of the squid to adult fish, and then vaccinate the disease prevention module, enter the disease diagnosis module to show whether the infected bacteria, if it shows the infection If the bacteria can be treated, choose to isolate and enter the recommended module for medication treatment. If you can't treat it, choose to give up the feeding. If it shows that the bacteria are not infected, choose to check regularly and enhance the resistance. Finally, end the medical simulation. Game subsystem. The fish culture simulation system according to claim 6, wherein the sales simulation game subsystem enters the sale when the medical simulation game subsystem is terminated by the screen of the touch electronic device and enters the sales simulation game subsystem. Domestic marketing module, and shows whether the choice of seedling sales, if you choose to sell seedlings, breeding and breeding, to fish farming, seedling breeding stage to sell to biotech companies or to the retailers, if you choose Do not sell seedlings, it shows whether to choose vaccine feed sales, if you choose to vaccine feed For sale, breeding/development is carried out, and vaccines, additives, feeds are sold to feed operators, production technology companies or sold to producers. If you choose not to sell vaccines, it shows whether you choose food processing/live fish marketing. If you choose food processing/live fish marketing, you will import/export sales of international marketing modules, and sell them directly to the retailers. If you choose not to process food/live fish, you will sell them and jump out of the shipping planning module. It is sold to the retailer of the place of origin, which is sold to the wholesaler, sold to the wholesaler, sold to the consumer, and finally sold to the simulation game subsystem. The fish culture simulation system according to claim 7, wherein the food simulation game subsystem enters the starting food when the simulation game subsystem is sold and enters the food simulation game subsystem by the screen of the touch electronic device. And enter the selection of the cooking recommendation module, and then jump out whether to cook, if you choose, you will purchase the ingredients and prepare the ingredients for the teaching module, then start cooking and finish the cooking, after the completion will jump out of the score, collection, After the selection is completed, it can be stored, and finally the food simulation game subsystem is ended. If you choose not to cook the food, the display product will be displayed, and finally the food simulation game subsystem will be finished.