TWM652412U

TWM652412U - Smart petri dish

Info

Publication number: TWM652412U
Application number: TW112213290U
Authority: TW
Inventors: 何秉龍
Original assignee: 鴻廣生物科技有限公司
Filing date: 2023-12-05
Publication date: 2024-03-01

Abstract

智慧培養皿用以放置一細胞並與一區塊鏈網路訊號連接。智慧培養皿包括一培養皿本體、一晶片組和一檢測模組。培養皿本體用以供放置細胞。晶片組設置於培養皿本體，晶片組包括一區塊鏈資訊追溯件，區塊鏈資訊追溯件訊號連接區塊鏈網路，並用以將細胞的來源及智慧培養皿之一流通歷程記錄於區塊鏈網路以便追溯。檢測模組設置在培養皿本體並訊號連接晶片組，檢測模組用以量測細胞的至少一生物性質。The smart petri dish is used to place a cell and connect to a blockchain network signal. The smart petri dish includes a petri dish body, a chip set and a detection module. The culture dish body is used for placing cells. The chip set is installed on the body of the petri dish. The chip set includes a blockchain information traceability component. The blockchain information traceability component signal is connected to the blockchain network and is used to record the source of the cells and the circulation process of the smart petri dish in the area. Blockchain network for traceability. The detection module is arranged on the body of the culture dish and is connected to the chip set via signals. The detection module is used to measure at least one biological property of the cells.

Description

智慧培養皿smart petri dish

本新型係關於一種智慧培養皿，特別是一種方便追溯細胞來源和檢測細胞的生物性質的智慧培養皿。The present invention relates to a smart culture dish, especially a smart culture dish that is convenient for tracing the source of cells and detecting the biological properties of cells.

培養皿是一種淺圓柱形的玻璃或塑膠碟子，科學家會用來放置細菌、病毒或苔癬等微細胞，並在培養皿上的微細胞滴上試劑或培養液，以檢測微細胞的性質或是培育微細胞。A petri dish is a shallow cylindrical glass or plastic dish that scientists use to place micro-cells such as bacteria, viruses or lichen, and drop reagents or culture fluid on the micro-cells on the culture dish to detect the properties of the micro-cells or It is to cultivate micro-cells.

但是，現有的培養皿只能用來放置細胞，難以檢測細胞的生物性質，故科學家需要花費大量時間隨時監控微細胞的性質，且現有的培養皿也無法追溯細胞來源。因此，如何提供一種培養皿，其可以追溯細胞來源和檢測細胞的生物性質，便成為一值得探討的課題。However, existing culture dishes can only be used to place cells, and it is difficult to detect the biological properties of cells. Therefore, scientists need to spend a lot of time monitoring the properties of microcells at any time, and existing culture dishes cannot trace the source of cells. Therefore, how to provide a culture dish that can trace the source of cells and detect the biological properties of cells has become a topic worthy of discussion.

本新型之主要目的係在提供一種方便追溯細胞來源和檢測細胞的生物性質的智慧培養皿。The main purpose of the present invention is to provide a smart culture dish that facilitates tracing the source of cells and detecting the biological properties of cells.

為達成上述之目的，本新型之一種智慧培養皿用以放置一細胞並與一區塊鏈網路訊號連接。智慧培養皿包括一培養皿本體、一晶片組和一檢測模組。培養皿本體用以供放置細胞。晶片組設置於培養皿本體，晶片組包括一區塊鏈資訊追溯件，區塊鏈資訊追溯件訊號連接區塊鏈網路，並用以將細胞的來源及智慧培養皿之一流通歷程記錄於區塊鏈網路以便追溯。檢測模組設置在培養皿本體並訊號連接晶片組，檢測模組用以量測細胞的至少一生物性質。In order to achieve the above purpose, a smart petri dish of the present invention is used to place a cell and connect with a blockchain network signal. The smart petri dish includes a petri dish body, a chip set and a detection module. The culture dish body is used for placing cells. The chip set is installed on the body of the petri dish. The chip set includes a blockchain information traceability component. The blockchain information traceability component signal is connected to the blockchain network and is used to record the source of the cells and the circulation process of the smart petri dish in the area. Blockchain network for traceability. The detection module is arranged on the body of the culture dish and is connected to the chip set via signals. The detection module is used to measure at least one biological property of the cells.

根據本新型的一實施例，其中晶片組更包括一定位件，定位件用以對智慧培養皿定位。According to an embodiment of the present invention, the chip set further includes a positioning member used to position the smart petri dish.

根據本新型的一實施例，其中晶片組更包括一溫度偵測件，溫度偵測件用以偵測智慧培養皿的溫度。According to an embodiment of the present invention, the chip set further includes a temperature detection component, and the temperature detection component is used to detect the temperature of the smart petri dish.

根據本新型的一實施例，其中晶片組更包括一電子標籤件，電子標籤件以無線射頻辨識(Radio Frequency Identification)的方式記錄智慧培養皿的資訊。According to an embodiment of the present invention, the chip set further includes an electronic tag that records the information of the smart petri dish using radio frequency identification (Radio Frequency Identification).

根據本新型的一實施例，智慧培養皿更包括一無線模組，無線模組設置在培養皿本體並訊號連接晶片組、檢測模組和一外部電腦。According to an embodiment of the present invention, the smart petri dish further includes a wireless module. The wireless module is disposed on the petri dish body and is signally connected to the chip set, the detection module and an external computer.

根據本新型的一實施例，智慧培養皿更包括一電池，電池設置在培養皿本體並提供電力給晶片組、檢測模組和無線模組。According to an embodiment of the present invention, the smart petri dish further includes a battery. The battery is disposed on the petri dish body and provides power to the chip set, the detection module and the wireless module.

根據本新型的一實施例，其中培養皿本體更包括一底座和一蓋體，蓋體覆蓋底座，且晶片組、檢測模組、無線模組和電池設置於底座。According to an embodiment of the present invention, the culture dish body further includes a base and a cover. The cover covers the base, and the chip set, detection module, wireless module and battery are arranged on the base.

根據本新型的一實施例，其中檢測模組設置於底座用以供放置細胞的一面。According to an embodiment of the present invention, the detection module is disposed on a side of the base for placing cells.

根據本新型的一實施例，其中定位件是一全球定位系統(Global Positioning System)晶片。According to an embodiment of the present invention, the positioning component is a Global Positioning System chip.

為能更瞭解本新型之技術內容，特舉較佳具體實施例說明如下。In order to better understand the technical content of the present invention, preferred specific embodiments are described below.

以下請一併參考圖1至圖3關於本新型之一實施例之智慧培養皿。圖1係本新型之一實施例之智慧培養皿之示意圖。圖2係本新型之一實施例之智慧培養皿放置細胞之示意圖。圖3係本新型之一實施例之智慧培養皿、外部電腦、電子標籤讀寫器和區塊鏈網路之示意圖。Please refer to Figures 1 to 3 below for the smart petri dish according to an embodiment of the present invention. Figure 1 is a schematic diagram of a smart petri dish according to an embodiment of the present invention. Figure 2 is a schematic diagram of cells placed in a smart culture dish according to an embodiment of the present invention. Figure 3 is a schematic diagram of a smart petri dish, an external computer, an electronic tag reader and a blockchain network according to an embodiment of the present invention.

如圖1至圖3所示，在本新型的一實施例之中，智慧培養皿1方便追溯細胞來源和檢測細胞的生物性質。智慧培養皿1用以放置一細胞900並與一外部電腦200和一區塊鏈網路400訊號連接，以傳輸智慧培養皿1及容納的細胞900的相關資訊給外部電腦200和區塊鏈網路400。細胞900例如細菌、病毒、真菌、藻類、生物細胞等難以用肉眼直接看到的微小生物或生物結構，但是細胞900的種類並不以上述為限，其可依照實際使用需求而改變；本實施例的細胞900是添加在液體裡，以便塗抹在智慧培養皿1上。外部電腦200例如桌上型電腦或筆電，用以和智慧培養皿1互相傳輸資料。區塊鏈網路400為使用區塊鏈技術建立與儲存資料串鏈的外部網路系統。As shown in Figures 1 to 3, in an embodiment of the present invention, the smart culture dish 1 facilitates tracing the source of cells and detecting the biological properties of the cells. The smart culture dish 1 is used to place a cell 900 and is connected to an external computer 200 and a blockchain network 400 to transmit relevant information about the smart culture dish 1 and the cells 900 contained therein to the external computer 200 and the blockchain network. Road 400. Cells 900 include bacteria, viruses, fungi, algae, biological cells and other tiny organisms or biological structures that are difficult to see directly with the naked eye. However, the types of cells 900 are not limited to the above and can be changed according to actual use requirements; this implementation The cells 900 in this example are added to the liquid so as to be spread on the smart culture dish 1 . The external computer 200 , such as a desktop computer or a laptop, is used to transmit data to and from the smart petri dish 1 . The blockchain network 400 is an external network system that uses blockchain technology to establish and store data links.

在本新型的一實施例之中，智慧培養皿1包括一培養皿本體10、一晶片組20、一檢測模組30、一無線模組40和一電池50。培養皿本體10是以玻璃或塑膠製成，用以供放置細胞900。培養皿本體10包括一底座11和一蓋體12。底座11用以供工作人員塗抹添加了細胞900的液體，以放置細胞900。晶片組20、檢測模組30、無線模組40和電池50設置於底座11；檢測模組30設置於底座11用以供放置細胞900的一面，亦即為朝向蓋體12的一面。蓋體12覆蓋底座11，並且可和底座11分離。In an embodiment of the present invention, the smart petri dish 1 includes a petri dish body 10 , a chipset 20 , a detection module 30 , a wireless module 40 and a battery 50 . The culture dish body 10 is made of glass or plastic and is used for placing cells 900 . The culture dish body 10 includes a base 11 and a cover 12 . The base 11 is used for workers to apply liquid added with cells 900 to place the cells 900 . The chip set 20 , the detection module 30 , the wireless module 40 and the battery 50 are arranged on the base 11 ; the detection module 30 is arranged on the side of the base 11 for placing the cells 900 , that is, the side facing the cover 12 . The cover 12 covers the base 11 and is detachable from the base 11 .

在本新型的一實施例之中，晶片組20設置在培養皿本體10之底座11。晶片組20包括一區塊鏈資訊追溯件21、一定位件22、一溫度偵測件23和一電子標籤件24。區塊鏈資訊追溯件21是一運算晶片，其係得與一區塊鏈網路400訊號連接，並且將資料傳送並記錄在區塊鏈網路400，也可追溯先前紀錄在區塊鏈網路400上的資料；例如，區塊鏈資訊追溯件21將細胞900的來源和流通歷程和智慧培養皿1之流通歷程於區塊鏈網路400；藉由區塊鏈可追溯且記錄不易被竄改的特性，來記錄並追蹤細胞900的來源和流通歷程和智慧培養皿1之流通歷程；區塊鏈資訊追溯件21也可以追溯區塊鏈網路400所記錄的細胞900的來源和流通歷程和智慧培養皿1之流通歷程。根據本新型之一實施例，細胞900的來源例如來自化學實驗室或藥廠，或是病患提供的生物細胞樣本。細胞900的流通歷程包括取得細胞900的地點和運輸細胞900的物流過程。智慧培養皿1之流通歷程包括製作和保存智慧培養皿1的地點、運輸智慧培養皿1的物流過程等等；此外，亦可藉由外部電腦200將細胞900的來源和流通歷程和智慧培養皿1之流通歷程輸入區塊鏈資訊追溯件21，再藉由區塊鏈資訊追溯件21將細胞900的來源和流通歷程和智慧培養皿1之流通歷程紀錄於區塊鏈網路400。如此一來，利用區塊鏈可追溯且記錄不易被竄改的特性，可清楚記錄和管理細胞900的來源和流通歷程和智慧培養皿1的流通歷程。定位件22是一全球定位系統(Global Positioning System)晶片，定位件22用以對智慧培養皿1定位，以確定智慧培養皿1當下的位置。溫度偵測件23是具有溫度感應功能的晶片，用以偵測智慧培養皿1的溫度，藉此，可以監控智慧培養皿1是否處於適宜的溫度，以避免過熱或過冷的環境影響細胞900之品質。電子標籤件24以無線射頻辨識(Radio Frequency Identification)的方式記錄智慧培養皿1的資訊，例如智慧培養皿1的製造日期、使用智慧培養皿1培養細胞900的日期及地點、細胞900的種類…等資訊；電子標籤件24紀錄的資訊可以藉由外部電腦200輸入。但是智慧培養皿1的資訊不以上述為限，其可依照設計需求而改變。電子標籤件24紀錄的資訊也可以被外部的電子標籤讀寫器300用無線電訊號讀取，然而，電子標籤讀寫器300在無線射頻技術領域已被廣泛運用，且其並非本案重點，故不多做贅述。In an embodiment of the present invention, the chip set 20 is disposed on the base 11 of the culture dish body 10 . The chip set 20 includes a blockchain information traceability component 21, a positioning component 22, a temperature detection component 23 and an electronic label component 24. The blockchain information traceability component 21 is a computing chip that is signal-connected to a blockchain network 400 and transmits and records data on the blockchain network 400. It can also trace previous records on the blockchain network. Data on the road 400; for example, the blockchain information traceability 21 records the source and circulation process of the cells 900 and the circulation process of the smart petri dish 1 in the blockchain network 400; it is traceable through the blockchain and the records are not easily The characteristics of tampering can be used to record and track the source and circulation process of cells 900 and the circulation process of smart petri dish 1; the blockchain information traceability piece 21 can also trace the source and circulation process of cells 900 recorded by the blockchain network 400. and the circulation process of wisdom petri dish 1. According to an embodiment of the present invention, the source of the cells 900 is, for example, from a chemical laboratory or a pharmaceutical factory, or a biological cell sample provided by a patient. The circulation process of cells 900 includes the logistics process of obtaining the location of cells 900 and transporting cells 900 . The circulation process of the smart petri dish 1 includes the location where the smart petri dish 1 is made and stored, the logistics process of transporting the smart petri dish 1, etc.; in addition, the source and circulation history of the cells 900 and the smart petri dish can also be recorded through the external computer 200 The circulation process of 1 is input into the blockchain information traceability component 21, and then the source and circulation process of the cells 900 and the circulation process of the smart petri dish 1 are recorded in the blockchain network 400 through the blockchain information traceability component 21. In this way, the source and circulation process of the cells 900 and the circulation process of the smart petri dish 1 can be clearly recorded and managed by utilizing the traceability and recording characteristics of the blockchain that are not easily tampered with. The positioning component 22 is a Global Positioning System chip. The positioning component 22 is used to position the smart petri dish 1 to determine the current position of the smart petri dish 1 . The temperature detection component 23 is a chip with a temperature sensing function, which is used to detect the temperature of the smart culture dish 1, thereby monitoring whether the smart culture dish 1 is at a suitable temperature to avoid overheating or undercooling from affecting the cells 900 of quality. The electronic tag 24 records the information of the smart petri dish 1 in the form of radio frequency identification (Radio Frequency Identification), such as the manufacturing date of the smart petri dish 1, the date and place where the smart petri dish 1 is used to culture the cells 900, the type of the cells 900... and other information; the information recorded by the electronic tag 24 can be input through the external computer 200. However, the information of the smart petri dish 1 is not limited to the above and can be changed according to the design requirements. The information recorded by the electronic tag 24 can also be read by the external electronic tag reader 300 using radio signals. However, the electronic tag reader 300 has been widely used in the field of wireless radio frequency technology, and it is not the focus of this case, so it is not More details.

在本新型之一實施例中，檢測模組30設置於底座11用以供放置細胞900的一面，並訊號連接晶片組20。檢測模組30是具有生物性質量測功能的晶片，其用以量測細胞900的至少一生物性質，生物性質例如酸鹼度、濕度、細菌濃度…等等。藉由檢測模組30的量測生物性質之功效，可以確認細胞900的狀態良好或變質。然而，檢測模組30可量測的生物性質不以上述為限，其可依照實際需求而改變。In one embodiment of the present invention, the detection module 30 is disposed on a side of the base 11 for placing the cells 900 and is connected to the chip set 20 via signals. The detection module 30 is a chip with a biological quality measurement function, which is used to measure at least one biological property of the cells 900, such as pH, humidity, bacterial concentration, etc. Through the function of measuring biological properties of the detection module 30, it can be confirmed that the condition of the cells 900 is good or deteriorated. However, the biological properties that can be measured by the detection module 30 are not limited to the above, and can be changed according to actual needs.

在本新型之一實施例中，無線模組40例如為一網路晶片，無線模組40設置在培養皿本體10之底座11，並訊號連接晶片組20、檢測模組30和外部電腦200。無線模組40用以傳輸晶片組20和檢測模組30所量測到的資訊給外部電腦200，以便工作人員操作外部電腦200而了解智慧培養皿1所容納的細胞900的資料，例如細胞900的來源和歷程記錄、智慧培養皿1之流通歷程、細胞900的生物性質。In one embodiment of the present invention, the wireless module 40 is, for example, a network chip. The wireless module 40 is disposed on the base 11 of the petri dish body 10 and is connected to the chip set 20, the detection module 30 and the external computer 200 via signals. The wireless module 40 is used to transmit the information measured by the chipset 20 and the detection module 30 to the external computer 200, so that the staff can operate the external computer 200 to understand the information of the cells 900 contained in the smart culture dish 1, such as the cells 900 The source and process records, the circulation process of smart petri dish 1, and the biological properties of cells 900.

在本新型之一實施例中，電池50設置在培養皿本體10之底座11並提供電力給晶片組20、檢測模組30和無線模組40，以確保電力給晶片組20、檢測模組30和無線模組40可以正常運作。In one embodiment of the present invention, the battery 50 is disposed on the base 11 of the petri dish body 10 and provides power to the chip set 20 , the detection module 30 and the wireless module 40 to ensure that power is provided to the chip set 20 and the detection module 30 and wireless module 40 can operate normally.

如圖1和圖2所示，當工作人員使用本新型之智慧培養皿1，以存放細胞900時，工作人員可以將細胞900塗抹在底座11，檢測模組30會量測底座11上的細胞900的生物性質，生物性質例如酸鹼度、濕度、細菌濃度…等等。如此一來可以確認細胞900的狀態良好或變質。接著，工作人員可以將蓋體12覆蓋底座11，以密封培養皿本體10並讓細胞900與外部隔絕，以防止細胞900變質並且方便進行後續的生物培養或檢測。As shown in Figures 1 and 2, when the staff uses the smart culture dish 1 of the present invention to store cells 900, the staff can smear the cells 900 on the base 11, and the detection module 30 will measure the cells on the base 11 900 biological properties, biological properties such as pH, humidity, bacterial concentration...etc. In this way, it can be confirmed whether the condition of the cells 900 is good or deteriorated. Then, the staff can cover the base 11 with the cover 12 to seal the culture dish body 10 and isolate the cells 900 from the outside to prevent the cells 900 from deteriorating and facilitate subsequent biological culture or detection.

另外，定位件22用以對智慧培養皿1定位，以確定智慧培養皿1當下的位置，以防止智慧培養皿1遺失。溫度偵測件23是具有溫度感應功能的晶片，用以偵測智慧培養皿1的溫度，藉此，可以監控智慧培養皿1是否處於適宜的溫度，以避免過熱或過冷的環境影響細胞900品質。In addition, the positioning member 22 is used to position the smart petri dish 1 to determine the current position of the smart petri dish 1 to prevent the smart petri dish 1 from being lost. The temperature detection component 23 is a chip with a temperature sensing function, which is used to detect the temperature of the smart culture dish 1, thereby monitoring whether the smart culture dish 1 is at a suitable temperature to avoid overheating or undercooling from affecting the cells 900 quality.

另外，工作人員也可以操作外部電腦200連線至智慧培養皿1之無線模組40，以對電子標籤件24輸入智慧培養皿1的資訊，例如智慧培養皿1的製造日期、使用智慧培養皿1培養細胞900的日期及地點、細胞900的種類…等資訊；藉此，往後在培養或檢測智慧培養皿1內的細胞900時，工作人員可以用電子標籤讀寫器300來讀取電子標籤件24所記錄的資料，以快速了解智慧培養皿1及細胞900的相關資訊。In addition, the staff can also operate the external computer 200 to connect to the wireless module 40 of the smart petri dish 1 to input the information of the smart petri dish 1 to the electronic tag 24, such as the manufacturing date of the smart petri dish 1, the use of the smart petri dish. 1. The date and place where the cells 900 were cultured, the type of the cells 900, etc.; with this, when cultivating or detecting the cells 900 in the smart culture dish 1 in the future, the staff can use the electronic tag reader 300 to read the electronic tags. The data recorded by the tag 24 can be used to quickly understand the relevant information of the smart culture dish 1 and the cells 900 .

另外，工作人員也可以操作外部電腦200將細胞900的來源和流通歷程和智慧培養皿1之流通歷程輸入區塊鏈資訊追溯件21，再藉由區塊鏈資訊追溯件21將細胞900的來源和流通歷程和智慧培養皿1之流通歷程紀錄於區塊鏈網路400。藉由區塊鏈追溯物品流通歷程的功能，細胞900的來源、取得細胞900的地點、製作和保存智慧培養皿1的地點、運輸智慧培養皿1的過程等等，皆可記錄於區塊鏈網路400。如此一來，可以藉由區塊鏈可追溯且記錄不易被竄改的特性，清楚記錄和管理細胞900的來源和流通歷程和智慧培養皿1之流通歷程。藉此，即使細胞900被檢驗出具有問題(例如具有汙染或病變)，工作人員也可以透過區塊鏈追溯物品流通歷程的功能而快速追溯到細胞900的來源和流通歷程，並確認細胞900的來源或流通過程中是否出錯而產生汙染或病變。In addition, the staff can also operate the external computer 200 to input the source and circulation process of the cells 900 and the circulation process of the smart petri dish 1 into the blockchain information traceability part 21, and then use the blockchain information traceability part 21 to input the source of the cells 900 The circulation process and the circulation process of smart petri dish 1 are recorded on the blockchain network 400. Through the function of blockchain to trace the circulation process of items, the source of cells 900, the place where cells 900 were obtained, the place where smart petri dish 1 was made and saved, the process of transporting smart petri dish 1, etc., can all be recorded on the blockchain. Network 400. In this way, the source and circulation process of the cells 900 and the circulation process of the smart petri dish 1 can be clearly recorded and managed through the traceability and recording characteristics of the blockchain that are not easily tampered with. In this way, even if the cells 900 are detected to have problems (such as contamination or disease), the staff can quickly trace the source and circulation process of the cells 900 through the blockchain traceability function, and confirm the identity of the cells 900. Whether there is any error in the source or circulation process resulting in contamination or disease.

藉由本新型之智慧培養皿1的設計，可以讓智慧培養皿1具有多元化且便利的多種功能，例如追溯細胞的來源和流通歷程、對智慧培養皿1定位以確定智慧培養皿1當下的位置、偵測智慧培養皿1的溫度以監控智慧培養皿1是否處於適宜的溫度、用無線射頻辨識方式來記錄細胞和智慧培養皿1資料以便工作人員迅速讀取資料，以及量測細胞的生物性質。Through the design of the smart culture dish 1 of the present invention, the smart culture dish 1 can have diversified and convenient functions, such as tracing the source and circulation process of cells, positioning the smart culture dish 1 to determine the current position of the smart culture dish 1 , detect the temperature of the smart culture dish 1 to monitor whether the smart culture dish 1 is at a suitable temperature, use radio frequency identification to record cell and smart culture dish 1 data so that staff can quickly read the data, and measure the biological properties of the cells .

需注意的是，上述僅為實施例，而非限制於實施例。譬如此不脫離本新型基本架構者，皆應為本專利所主張之權利範圍，而應以專利申請範圍為準。It should be noted that the above are only examples and are not limited to the examples. For example, anything that does not deviate from the basic structure of the present invention should fall within the scope of rights claimed by this patent, and the patent application scope should prevail.

1:智慧培養皿 10:培養皿本體 11:底座 12:蓋體 20:晶片組 21:區塊鏈資訊追溯件 22:定位件 23:溫度偵測件 24:電子標籤件 30:檢測模組 40:無線模組 50:電池 200:外部電腦 300:電子標籤讀寫器 400:區塊鏈網路 900:細胞 1: Wisdom petri dish 10: Petri dish body 11: Base 12: Cover 20:Chipset 21:Blockchain information traceability 22: Positioning parts 23:Temperature detection part 24: Electronic label parts 30:Detection module 40:Wireless module 50:battery 200:External computer 300: Electronic tag reader/writer 400:Blockchain network 900:Cell

圖1係本新型之一實施例之智慧培養皿之示意圖。圖2係本新型之一實施例之智慧培養皿放置細胞之示意圖。圖3係本新型之一實施例之智慧培養皿、外部電腦、電子標籤讀寫器和區塊鏈網路之示意圖。 Figure 1 is a schematic diagram of a smart petri dish according to an embodiment of the present invention. Figure 2 is a schematic diagram of cells placed in a smart culture dish according to an embodiment of the present invention. Figure 3 is a schematic diagram of a smart petri dish, an external computer, an electronic tag reader and a blockchain network according to an embodiment of the present invention.

1:智慧培養皿 1: Wisdom petri dish

10:培養皿本體 10: Petri dish body

11:底座 11: Base

12:蓋體 12: Cover

20:晶片組 20:Chipset

21:區塊鏈資訊追溯件 21:Blockchain information traceability

22:定位件 22: Positioning parts

23:溫度偵測件 23:Temperature detection part

24:電子標籤件 24: Electronic label parts

30:檢測模組 30:Detection module

40:無線模組 40:Wireless module

50:電池 50:battery

Claims

一種智慧培養皿，用以放置一細胞並與一區塊鏈網路訊號連接，該智慧培養皿包括：一培養皿本體，用以供放置該細胞；一晶片組，設置於該培養皿本體，該晶片組包括一區塊鏈資訊追溯件，該區塊鏈資訊追溯件訊號連接該區塊鏈網路，並用以將該細胞的來源及該智慧培養皿之一流通歷程記錄於該區塊鏈網路以便追溯；以及一檢測模組，設置在該培養皿本體並訊號連接該晶片組，該檢測模組用以量測該細胞的至少一生物性質。 A smart petri dish used to place a cell and connect with a blockchain network signal. The smart petri dish includes: A culture dish body for placing the cells; A chipset is provided on the body of the culture dish. The chipset includes a blockchain information traceability component. The blockchain information traceability component is signal-connected to the blockchain network and used to identify the source of the cells and the intelligence culture. The circulation process of a dish is recorded in the blockchain network for traceability; and A detection module is disposed on the body of the culture dish and is signal-connected to the chip set. The detection module is used to measure at least one biological property of the cell.

如請求項1所述之智慧培養皿，其中該晶片組更包括一定位件，該定位件用以對該智慧培養皿定位。The smart petri dish of claim 1, wherein the chip set further includes a positioning member for positioning the smart petri dish.

如請求項2所述之智慧培養皿，其中該晶片組更包括一溫度偵測件，該溫度偵測件用以偵測該智慧培養皿的溫度。The smart petri dish of claim 2, wherein the chip set further includes a temperature detection component, the temperature detection component is used to detect the temperature of the smart petri dish.

如請求項3所述之智慧培養皿，其中該晶片組更包括一電子標籤件，該電子標籤件以無線射頻辨識(Radio Frequency Identification)的方式記錄該智慧培養皿的資訊。The smart petri dish of claim 3, wherein the chip set further includes an electronic tag that records the information of the smart petri dish using radio frequency identification (Radio Frequency Identification).

如請求項4所述之智慧培養皿，更包括一無線模組，該無線模組設置在該培養皿本體並訊號連接該晶片組、該檢測模組和一外部電腦。The smart petri dish as described in claim 4 further includes a wireless module, which is disposed on the body of the petri dish and is signally connected to the chip set, the detection module and an external computer.

如請求項5所述之智慧培養皿，更包括一電池，該電池設置在該培養皿本體並提供電力給該晶片組、該檢測模組和該無線模組。The smart petri dish according to claim 5 further includes a battery, which is disposed on the body of the petri dish and provides power to the chip set, the detection module and the wireless module.

如請求項6所述之智慧培養皿，其中該培養皿本體更包括一底座和一蓋體，該蓋體覆蓋該底座，且該晶片組、該檢測模組、該無線模組和該電池設置於該底座。The smart petri dish of claim 6, wherein the petri dish body further includes a base and a cover, the cover covers the base, and the chip set, the detection module, the wireless module and the battery are provided on this base.

如請求項7所述之智慧培養皿，其中該檢測模組設置於該底座用以供放置該細胞的一面。The smart culture dish of claim 7, wherein the detection module is disposed on a side of the base for placing the cells.

如請求項8所述之智慧培養皿，其中該定位件是一全球定位系統(Global Positioning System)晶片。The smart petri dish of claim 8, wherein the positioning component is a Global Positioning System (Global Positioning System) chip.