TWM615969U - Sample carrying member and sample carrying kit - Google Patents

Sample carrying member and sample carrying kit Download PDF

Info

Publication number
TWM615969U
TWM615969U TW110204108U TW110204108U TWM615969U TW M615969 U TWM615969 U TW M615969U TW 110204108 U TW110204108 U TW 110204108U TW 110204108 U TW110204108 U TW 110204108U TW M615969 U TWM615969 U TW M615969U
Authority
TW
Taiwan
Prior art keywords
sample
sample carrying
carrying member
identification
structures
Prior art date
Application number
TW110204108U
Other languages
Chinese (zh)
Inventor
褚耕頡
詹宗儒
吳純偉
陳弘仁
Original Assignee
閎康科技股份有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 閎康科技股份有限公司 filed Critical 閎康科技股份有限公司
Priority to TW110204108U priority Critical patent/TWM615969U/en
Priority to CN202120875660.XU priority patent/CN215297188U/en
Priority to JP2021002848U priority patent/JP3234426U/en
Publication of TWM615969U publication Critical patent/TWM615969U/en

Links

Images

Landscapes

  • Sampling And Sample Adjustment (AREA)

Abstract

本創作揭露一種樣品承載構件及樣品承載套件。樣品承載構件用以承載樣品；承載有樣品的樣品承載構件用以設置於電子顯微鏡中，以提供使用者通過電子顯微鏡觀測樣品，樣品承載構件包含：本體、網狀結構及識別結構。本體具有穿孔，穿孔貫穿本體；網狀結構與本體相連接，網狀結構位於穿孔中，網狀結構將穿孔區隔為多個網孔，網狀結構用以承載樣品；識別結構與本體、網狀結構中的至少一個相連接，識別結構用以提供使用者識別樣品承載構件設置於一存放盒的位置；存放盒用以提供使用者存放多個樣品承載構件。This creation discloses a sample carrying member and a sample carrying kit. The sample carrying member is used to carry the sample; the sample carrying member carrying the sample is used to be set in the electron microscope to provide users to observe the sample through the electron microscope. The sample carrying member includes a body, a mesh structure and an identification structure. The main body has perforations, and the perforations penetrate the main body; the mesh structure is connected with the main body, and the mesh structure is located in the perforation. The mesh structure divides the perforation into a plurality of mesh holes, and the mesh structure is used to carry the sample; the identification structure and the main body, the mesh At least one of the shaped structures is connected, and the identification structure is used to provide the user to identify the position where the sample carrying member is arranged in a storage box; the storage box is used to provide the user to store a plurality of sample carrying members.

Description

樣品承載構件及樣品承載套件Sample carrying member and sample carrying kit

本創作涉及一種樣品承載構件及樣品承載套件，特別是一種用於承載樣品並設置於電子顯微鏡中的樣品承載構件及包含該樣品承載構件的樣品承載套件。The present creation relates to a sample carrying member and a sample carrying kit, in particular to a sample carrying member for carrying a sample and arranged in an electron microscope, and a sample carrying kit containing the sample carrying member.

現有利用電子顯微鏡對設置於一載體上的半導體晶片、生物樣本等進行觀察的流程大致是：相關人員先將欲觀察的樣本設置於載體上；接著，將該載體存放於儲存盒中；當待儲存盒中設置有多個載體時，相關人員將會把該儲存盒，拿至具有電子顯微鏡的實驗室中；最後，相關人員會逐一地將載體由儲存盒中取出，並將載體設置於電子顯微鏡下觀察；相關人員觀察完載體所承載的樣本後，會將載體放回儲存盒中。The current process of observing semiconductor wafers, biological samples, etc. set on a carrier with an electron microscope is roughly as follows: the relevant personnel first set the sample to be observed on the carrier; then, store the carrier in the storage box; When there are multiple carriers in the storage box, the relevant personnel will take the storage box to the laboratory with an electron microscope; finally, the relevant personnel will take out the carriers from the storage box one by one and set the carriers in the electronic Observe under a microscope; after the relevant personnel observe the sample carried by the carrier, they will put the carrier back into the storage box.

在上述流程中，在相關人員觀察完樣品後，若是相關人員忘記承載該樣品的載體原本設置於儲存盒的位置時，將可能發生相關人員將載體置放於儲存盒的錯誤位置，從而導致後續樣品處理或是記錄上的問題。In the above process, after the relevant personnel have observed the sample, if the relevant personnel forgets that the carrier carrying the sample was originally set in the storage box, it may happen that the relevant personnel put the carrier in the wrong position of the storage box, which will lead to subsequent follow-ups. Sample handling or record issues.

本創作公開一種樣品承載構件及樣品承載套件，用以改善習知利用電子顯微鏡進行樣品觀察的流程中，容易發生相關人員忘記載體原本設置於儲存盒的哪一個位置，而將載體置放於儲存盒的錯誤位置的問題。This creation discloses a sample carrying member and a sample carrying kit, which are used to improve the conventional sample observation process using an electron microscope. It is easy for the relevant personnel to forget where the carrier was originally installed in the storage box and place the carrier in the storage box. The problem of the wrong position of the box.

本創作的其中一實施例公開一種樣品承載構件，其用以承載至少一樣品；承載有樣品的樣品承載構件用以設置於一電子顯微鏡中，以提供使用者通過電子顯微鏡觀測樣品，樣品承載構件包含：一本體，其具有至少一穿孔，穿孔貫穿本體；至少一網狀結構，其與本體相連接，網狀結構位於穿孔中，網狀結構將穿孔區隔為多個網孔，網狀結構用以承載樣品；至少一識別結構，其與本體、網狀結構中的至少一個相連接，識別結構用以提供使用者識別樣品承載構件設置於一存放盒的位置；其中，存放盒用以提供使用者存放多個樣品承載構件。One of the embodiments of the present invention discloses a sample carrying member, which is used to carry at least one sample; the sample carrying member carrying the sample is used to be set in an electron microscope to provide the user to observe the sample through the electron microscope. The sample carrying member It includes: a body with at least one perforation, the perforation penetrates the body; at least one mesh structure connected to the body, the mesh structure is located in the perforation, the mesh structure divides the perforation into a plurality of meshes, the mesh structure At least one identification structure is connected to at least one of the main body and the mesh structure, and the identification structure is used to provide the user to identify the position where the sample carrying member is arranged in a storage box; wherein, the storage box is used to provide The user stores multiple sample carrying members.

本創作的其中一實施例公開一種樣品承載套件，其包含：多個樣品承載構件，各個樣品承載構件用以承載至少一樣品；承載有樣品的樣品承載構件用以設置於一電子顯微鏡中，以提供一使用者通過電子顯微鏡觀測樣品，各個樣品承載構件包含：一本體，其具有一穿孔，穿孔貫穿本體；至少一網狀結構，其與本體相連接，網狀結構位於穿孔中，網狀結構將穿孔區隔為多個網孔，網狀結構用以承載樣品；至少一識別結構，其與本體、網狀結構中的至少一個相連接，識別結構用以提供使用者識別樣品承載構件設置於一存放盒的位置；其中，存放盒用以提供使用者存放多個樣品承載構件；一存放盒，其包含多個容置槽，各個容置槽用以容置一個樣品承載構件；其中，識別結構用以提供使用者識別樣品承載構件設置於存放盒的位置。One of the embodiments of the present invention discloses a sample carrying kit, which comprises: a plurality of sample carrying members, each sample carrying member is used to carry at least one sample; the sample carrying member carrying the sample is used to be set in an electron microscope to A user is provided to observe a sample through an electron microscope. Each sample carrying member includes: a body having a perforation, the perforation penetrates the body; at least one mesh structure connected to the body, the mesh structure is located in the perforation, and the mesh structure The perforation is divided into a plurality of meshes, and the mesh structure is used to carry the sample; at least one identification structure is connected to at least one of the main body and the mesh structure, and the identification structure is used to provide the user with identification that the sample carrying member is set on The location of a storage box; wherein the storage box is used to provide the user to store a plurality of sample carrying members; a storage box, which includes a plurality of accommodating slots, each accommodating slot is used to accommodate a sample bearing member; wherein, the identification The structure is used to provide the user to identify the position where the sample carrying member is arranged in the storage box.

綜上所述，本創作的樣品承載構件及樣品承載套件，通過識別結構等設計，讓相關人員在利用電子顯微鏡觀察設置於樣品承載構件上的樣品時，可以利用電子顯微鏡觀察識別結構，藉此確認該樣品承載構件是設置於儲存盒的哪一個位置，從而可以大幅降低相關人員將樣品承載構件置放於儲存盒的錯誤的位置的問題。To sum up, the sample carrying member and sample carrying kit of this creation are designed to identify the structure, so that relevant personnel can use the electron microscope to observe the identification structure when observing the sample set on the sample carrying member with an electron microscope. It is confirmed in which position of the storage box the sample carrying member is installed, so as to greatly reduce the problem of relevant personnel placing the sample carrying member in the wrong position of the storage box.

為能更進一步瞭解本創作的特徵及技術內容，請參閱以下有關本創作的詳細說明與附圖，但是此等說明與附圖僅用來說明本創作，而非對本創作的保護範圍作任何的限制。In order to have a better understanding of the features and technical content of this creation, please refer to the following detailed descriptions and drawings about this creation, but these descriptions and drawings are only used to illustrate this creation, not to make any claims about the scope of protection of this creation. limit.

於以下說明中，如有指出請參閱特定圖式或是如特定圖式所示，其僅是用以強調於後續說明中，所述及的相關內容大部份出現於該特定圖式中，但不限制該後續說明中僅可參考所述特定圖式。In the following description, if it is pointed out, please refer to the specific drawing or as shown in the specific drawing, it is only used to emphasize that in the subsequent description, most of the related content appears in the specific drawing. However, it is not limited that only the specific drawings can be referred to in this subsequent description.

請一併參閱圖1至圖4，本創作的樣品承載套件100包含：多個樣品承載構件1、一存放盒2及多張標示紙3。在不同的實施例中，樣品承載套件100於販售時可以是不包含標示紙3。關於樣品承載套件100所包含的樣品承載構件1的數量及標示紙3的數量，可以是依據需求設計，於此不加以限制，較佳地，樣品承載套件100所包含的樣品承載構件1的數量及標示紙3的數量是不大於存放盒2所包含的容置槽211的數量。Please refer to FIGS. 1 to 4 together. The sample carrying kit 100 of the present creation includes: a plurality of sample carrying members 1, a storage box 2 and a plurality of label papers 3. In different embodiments, the sample carrying kit 100 may not include the labeling paper 3 when it is sold. Regarding the number of sample carrying members 1 and the number of label paper 3 included in the sample carrying kit 100, they can be designed according to requirements, and are not limited here. Preferably, the number of sample carrying members 1 included in the sample carrying kit 100 The number of the label paper 3 is not greater than the number of the receiving slots 211 included in the storage box 2.

存放盒2可以包含一盒體21、一蓋體22及12個標示結構23。盒體21包含12個容置槽211。各個容置槽211用以容置一個樣品承載構件1。盒體21所包含的容置槽211的數量可依據需求增減，不以圖中所示為限。蓋體22可拆卸地與盒體21相連接，而使用者可以是通過操作蓋體22，以使蓋體22遮蔽所有容置槽211，藉此，避免設置於容置槽211中的樣品承載構件1離開容置槽211。關於盒體21及蓋體22的尺寸及其外型、蓋體22與盒體21相連接的方式，不以圖中所示為限。在不同的實施例中，存放盒2也可以是不包含所述蓋體22。The storage box 2 may include a box body 21, a cover body 22 and 12 marking structures 23. The box body 21 includes 12 accommodating grooves 211. Each accommodating groove 211 is used for accommodating one sample carrying member 1. The number of accommodating slots 211 included in the box body 21 can be increased or decreased according to requirements, and is not limited to what is shown in the figure. The cover body 22 is detachably connected with the box body 21, and the user can operate the cover body 22 to make the cover body 22 cover all the accommodating grooves 211, thereby avoiding the sample carrying in the accommodating groove 211 The component 1 leaves the accommodating groove 211. Regarding the size and appearance of the box body 21 and the cover body 22, and the manner in which the cover body 22 and the box body 21 are connected, they are not limited to those shown in the figure. In different embodiments, the storage box 2 may not include the cover 22.

樣式彼此不相同的12個標示結構23設置於存放盒2的一側，且各個標示結構23鄰近其中一個容置槽211設置，各個標示結構23用來提供使用者識別不同的容置槽211。各個所述標示結構23例如是以文字(例如是英文、中文或是任一國家的文字等)、數字(例如是***數字、羅馬數字等)、符號(例如是各式幾何圖形等)、圖樣(例如是使用者自訂的任何圖案)中的至少一個方式呈現。舉例來說，12個標示結構23可以分別以A、B、C、D、E、F、G、H、I、J、K、L的英文文字呈現於盒體21。在另一個具體例子中，各個標示結構23也可以是同時包含文字及數字，舉例來說，12個標示結構23可以是A1、A2、A3、B1、B2、B3、C1、C2、C3、D1、D2、D3。標示結構23的數量是對應於容置槽211的數量，而標示結構23是用來提供使用者辨別各個容置槽211。Twelve marking structures 23 with different styles are arranged on one side of the storage box 2, and each marking structure 23 is arranged adjacent to one of the accommodating slots 211, and each labeling structure 23 is used to provide the user to identify the different accommodating slots 211. Each of the marking structures 23 is, for example, characters (for example, English, Chinese, or characters of any country, etc.), numbers (for example, Arabic numerals, Roman numerals, etc.), symbols (for example, various geometric figures, etc.), patterns (For example, any pattern customized by the user) is presented in at least one way. For example, the 12 marking structures 23 can be presented on the box body 21 in English characters A, B, C, D, E, F, G, H, I, J, K, and L, respectively. In another specific example, each marking structure 23 may also contain both text and numbers. For example, the 12 marking structures 23 may be A1, A2, A3, B1, B2, B3, C1, C2, C3, D1 , D2, D3. The number of the marking structures 23 corresponds to the number of the accommodating grooves 211, and the marking structure 23 is used to allow the user to distinguish the accommodating grooves 211.

如圖3所示，各個樣品承載構件1用以承載一樣品S。承載有樣品S的樣品承載構件1用以設置於一電子顯微鏡(例如各式TEM、SEM、AFM等)中，而相關人員可以通過電子顯微鏡觀察設置於樣品承載構件1上的樣品S。各個樣品承載構件1包含：一本體11、一網狀結構12及一識別結構13。As shown in FIG. 3, each sample carrying member 1 is used to carry a sample S. The sample carrying member 1 carrying the sample S is used to be installed in an electron microscope (such as various types of TEM, SEM, AFM, etc.), and the relevant personnel can observe the sample S installed on the sample carrying member 1 through the electron microscope. Each sample carrying member 1 includes: a body 11, a mesh structure 12 and an identification structure 13.

本體11具有一穿孔111，穿孔111貫穿本體11。關於本體11及穿孔111的外型及尺寸，不以圖中所示為限。本體11及網狀結構12的材質例如可以包含銅、鎳等，其可以是依據樣品的種類選擇，於此不加以限制。網狀結構12與本體11相連接，網狀結構12位於穿孔中，網狀結構12將穿孔111區隔為多個網孔112，網狀結構12用以承載樣品S。關於網孔112的外型及尺寸，可以是依據樣品S尺寸及外型決定，於此不加以限制。在實際應用中，網狀結構12的材質可以是與本體11的材料相同。The main body 11 has a through hole 111, and the through hole 111 penetrates the main body 11. The appearance and size of the main body 11 and the through hole 111 are not limited to those shown in the figure. The material of the main body 11 and the mesh structure 12 may include copper, nickel, etc., which may be selected according to the type of sample, which is not limited herein. The mesh structure 12 is connected to the body 11, the mesh structure 12 is located in the perforation, the mesh structure 12 divides the perforation 111 into a plurality of mesh holes 112, and the mesh structure 12 is used to carry the sample S. The shape and size of the mesh 112 can be determined based on the size and shape of the sample S, which is not limited here. In practical applications, the material of the mesh structure 12 may be the same as the material of the main body 11.

識別結構13與本體11、網狀結構12中的至少一個相連接。識別結構13用以提供使用者識別樣品承載構件1設置於存放盒2的位置。識別結構13可以是以文字、數字、符號、圖樣中的至少一個方式呈現。在實際應用中，識別結構13可以是凹陷地形成於本體11的一側，或者，識別結構13為貫穿本體11的穿孔結構。舉例來說，識別結構13可以是利用雷射技術、化學蝕刻、物理加工、油墨印刷等方式形成於本體11。The identification structure 13 is connected to at least one of the main body 11 and the mesh structure 12. The identification structure 13 is used to provide the user to identify the position where the sample carrying member 1 is disposed in the storage box 2. The recognition structure 13 may be presented in at least one of text, numbers, symbols, and patterns. In practical applications, the identification structure 13 may be recessedly formed on one side of the main body 11, or the identification structure 13 may be a perforated structure penetrating the main body 11. For example, the identification structure 13 may be formed on the main body 11 by using laser technology, chemical etching, physical processing, ink printing, and the like.

具體來說，識別結構13可以是與存放盒2的其中一個標示結構23以相同的樣式呈現，以本實施例的圖式來說，圖3所示的樣品承載構件1是設置於圖2所示的存放盒2的最左上角的容置槽211中，該容置槽211旁邊的標示結構23是以「A」呈現，則圖3所示的樣品識別結構16於本體11上同樣可以是以「A」呈現。Specifically, the identification structure 13 may be presented in the same style as one of the marking structures 23 of the storage box 2. Taking the diagram of this embodiment as an example, the sample carrying member 1 shown in FIG. 3 is set in the position shown in FIG. In the accommodating slot 211 in the upper left corner of the storage box 2 shown, the marking structure 23 next to the accommodating slot 211 is presented with "A", and the sample identification structure 16 shown in FIG. 3 on the main body 11 can also be Presented as "A".

通過識別結構13的設計，使用者利用電子顯微鏡觀察樣品S時，將可以通過觀看識別結構13，以瞭解當前所觀察的樣品S原本是被設置於存放盒2的哪一個容置槽211中，如此，使用者在將樣品承載構件1由存放盒2中取出或放回的過程，將不容易發生錯誤。Through the design of the identification structure 13, when the user observes the sample S with an electron microscope, he can look at the identification structure 13 to understand which of the receiving slots 211 of the storage box 2 the currently observed sample S was originally set in. In this way, when the user takes out or puts back the sample carrying member 1 from the storage box 2, errors will not easily occur.

如圖3及圖4所示，各個標示紙3包含一樣品位置標示區31及一樣品資訊書寫區32。樣品位置標示區31具有對應於各個樣品承載構件1的網狀結構12的網狀圖樣(也就是說，樣品承載構件1有多少個網孔112則樣品位置標示區31則呈現出相對應數量的網格)。在實際應用中，使用者將樣品S置放於樣品承載構件1上後，使用者可以是依據樣品S設置於網狀結構12的位置，對應於樣品位置標示區31繪示一樣品圖樣Q1，並可於樣品資訊書寫區32中寫上對應於識別結構13及關於該樣品S的相關資料Q2(例如公司標號、樣品編號等)。As shown in FIGS. 3 and 4, each marking paper 3 includes a sample position marking area 31 and a sample information writing area 32. The sample position indication area 31 has a mesh pattern corresponding to the mesh structure 12 of each sample carrying member 1 (that is, how many meshes 112 are in the sample carrying member 1, and the sample position indication area 31 shows a corresponding number of grid). In actual applications, after the user places the sample S on the sample carrying member 1, the user can set the sample S at the position of the mesh structure 12 according to the sample S, and draw a sample pattern Q1 corresponding to the sample position indication area 31. In addition, in the sample information writing area 32, relevant information Q2 (such as company number, sample number, etc.) corresponding to the identification structure 13 and the sample S can be written.

依上所述，以本實施例的圖1至圖4所示內容為例，使用者利用本創作的樣品承載套件100製備一個待觀察樣本的流程可以是：As described above, taking the content shown in Figs. 1 to 4 of this embodiment as an example, the process for a user to prepare a sample to be observed by using the sample carrying kit 100 created by this invention can be as follows:

將樣品S設置於網狀結構12的右上方；Place the sample S on the upper right of the mesh structure 12;

將承載有樣品S的樣品承載構件1送入相關設備(例如雷射雕刻機、油墨印刷機、化學蝕刻機等)中，以於本體11上形成以「A」的樣式呈現的識別結構13；Send the sample carrying member 1 carrying the sample S into related equipment (such as a laser engraving machine, an ink printer, a chemical etching machine, etc.) to form an identification structure 13 in the form of "A" on the body 11;

將形成有識別結構13的樣品承載構件1，放入位於以「A」呈現的標示結構23旁的容置槽211中；Put the sample carrying member 1 formed with the identification structure 13 into the accommodating groove 211 next to the marking structure 23 shown as "A";

於標示紙3的樣品位置標示區31的網狀圖樣的右上方處，畫上樣品圖樣Q1，並於樣品資訊書寫區32中寫上對應於識別結構13的資料：A-MA-001，其中，A代表樣品承載構件1存放於存放盒2的哪一個容置槽211中，MA可以是代表該樣品的公司編號，001則可以是代表樣品編號。At the upper right of the mesh pattern in the sample position marking area 31 of the marking paper 3, draw the sample design Q1, and write the data corresponding to the identification structure 13 in the sample information writing area 32: A-MA-001, where , A represents in which accommodating slot 211 of the storage box 2 the sample carrying member 1 is stored, MA can be the company number representing the sample, and 001 can be the sample number.

承上，當存放盒2每一個容置槽211都存放有樣品承載構件1時，使用者欲對設置在存放盒2中最左上角位置的容置槽211(該容置槽211旁邊的標示結構23是以A呈現)中的樣品承載構件1進行觀察的流程可以是：On the other hand, when each accommodating slot 211 of the storage box 2 stores the sample carrying member 1, the user wants to set the accommodating slot 211 at the upper left corner of the storage box 2 (the label next to the accommodating slot 211 The structure 23 is presented in A) for the observation process of the sample carrying member 1 can be:

將其中一個樣品承載構件1由存放盒2中最左上角位置的容置槽211中取出，找出對應於該容置槽211的標示紙3，通過觀看確認標示紙3的樣品資訊書寫區32中所書寫的內容與該樣品承載構件1的識別結構13的內容相符之後，將所述樣品承載構件1設置於電子顯微鏡中；Take out one of the sample carrying members 1 from the accommodating slot 211 at the upper left corner of the storage box 2, find the label paper 3 corresponding to the accommodating slot 211, and confirm the sample information writing area 32 of the label paper 3 by viewing After the content written in is consistent with the content of the identification structure 13 of the sample carrying member 1, set the sample carrying member 1 in an electron microscope;

依據標示紙3的樣品圖樣Q1相對於網格的位置，控制電子顯微鏡作動，以使樣品S出現在電子顯微鏡的視野範圍中；According to the position of the sample pattern Q1 of the marking paper 3 relative to the grid, control the action of the electron microscope so that the sample S appears in the field of view of the electron microscope;

對位於視野範圍中的樣品進行觀察及記錄；Observe and record the samples in the field of view;

取下樣品承載構件1，並依據標示紙3樣品資訊書寫區32中的資料，將樣品承載構件1放回相對應的存放盒2的容置槽211中。Remove the sample carrying member 1 and place the sample carrying member 1 back into the containing slot 211 of the corresponding storage box 2 according to the data in the sample information writing area 32 of the marking paper 3.

在上述流程中，由於樣品承載構件1具有識別結構13，因此，即使發生標示紙3遺失或是樣品資訊書寫區32中的資料不清楚的問題時，相關人員仍然可以通過觀看樣品承載構件1上的識別結構13，將已經觀察過的樣品承載構件1及設置於其上的樣品S，正確地設置於原本的容置槽211中。In the above process, because the sample carrying member 1 has the identification structure 13, even if the labeling paper 3 is missing or the data in the sample information writing area 32 is not clear, the relevant personnel can still watch the sample carrying member 1 The identification structure 13 is to correctly set the observed sample carrying member 1 and the sample S set thereon in the original accommodating groove 211.

綜合上述，本創作的樣品承載構件1，通過識別結構13等設計，將可以大幅地降低相關人員將樣品承載構件1設置於錯誤的容置槽211中的發生機率。Based on the above, the sample carrying member 1 of the present creation, through the identification structure 13 and other designs, can greatly reduce the probability of relevant personnel setting the sample carrying member 1 in the wrong accommodating groove 211.

請一併參閱圖5及圖6，本實施例的存放盒2與前述實施例不同之處在於：存放盒2所包含的標示結構的數量可以是小於容置槽211的數量，且標示結構可以是依據其設置的位置而區分為3個彼此樣式不相同的縱向標示結構23A及4個彼此樣式不相同的橫向標示結構23B。Please refer to FIGS. 5 and 6 together. The storage box 2 of this embodiment is different from the previous embodiment in that the number of marking structures included in the storage box 2 can be less than the number of the accommodating slots 211, and the marking structure can be It is divided into three vertical marking structures 23A with different styles from each other and four horizontal marking structures 23B with different styles from each other according to the positions where they are installed.

舉例來說，存放盒2所包含的容置槽211若是以3*4矩陣方式排列設置，則存放盒2可是包含彼此樣式不相同的4個縱向標示結構23A及彼此樣式不相同的3個橫向標示結構23B。各個縱向標示結構23A可以是由以文字、數字、符號、圖樣中的至少一個方式呈現，各個橫向標示結構23B可以是由以文字、數字、符號、圖樣中的至少一個方式呈現，舉例來說，4個縱向標示結構23A可以是以***數字1、2、3、4呈現，3個橫向標示結構23B可以是以呈現英文文字A、B、C，但不以此為限。For example, if the accommodating slots 211 included in the storage box 2 are arranged in a 3*4 matrix, the storage box 2 may include 4 vertical marking structures 23A with different styles and 3 horizontal marking structures 23A with different styles. Mark structure 23B. Each vertical labeling structure 23A may be presented in at least one of text, number, symbol, and pattern, and each horizontal labeling structure 23B may be presented in at least one of text, number, symbol, and pattern. For example, The four vertical marking structures 23A may be represented by Arabic numerals 1, 2, 3, and 4, and the three horizontal marking structures 23B may be represented by English characters A, B, and C, but are not limited to this.

值得一提的是，於本實施例中，是以任一個縱向標示結構23A的樣式與所有橫向標示結構23B的樣式不相同為例，但不以此為限，在不同的實施例中，任一個縱向標示結構23A的樣式也可以是與其中一個橫向標示結構23B的樣式相同。It is worth mentioning that, in this embodiment, the style of any one of the vertical marking structures 23A is different from the styles of all the horizontal marking structures 23B as an example, but it is not limited to this. In different embodiments, any The style of one longitudinal marking structure 23A can also be the same as the style of one of the horizontal marking structures 23B.

本實施例與前述實施例另一個不同之處在於：樣品承載構件1可以是包含兩個識別結構13A、13B，識別結構13A用以提供使用者辨識樣品承載構件1設置於存放盒2中的一橫向位置，識別結構13B用以提供使用者辨識樣品承載構件1設置於存放盒2中的一縱向位置。其中，識別結構13A與其中一個橫向標示結構23B具有相同的樣式，識別結構13B則是與其中一個縱向標示結構23A具有相同的樣式，具體來說，識別結構13A可以是以英文文字「C」呈現，識別結構13B可以是以***數字「3」呈現。Another difference between this embodiment and the previous embodiments is that the sample carrying member 1 may include two identification structures 13A, 13B, and the identification structure 13A is used to allow the user to identify one of the sample carrying members 1 arranged in the storage box 2. In the horizontal position, the identification structure 13B is used to provide the user to identify a longitudinal position where the sample carrying member 1 is installed in the storage box 2. Among them, the recognition structure 13A has the same style as one of the horizontal marking structures 23B, and the recognition structure 13B has the same style as one of the vertical marking structures 23A. Specifically, the recognition structure 13A may be presented in English text "C" , The recognition structure 13B can be presented as an Arabic numeral "3".

依上所述，以使用者的角度來說，使用者觀看樣品承載構件1上的兩個識別結構13A、13B所呈現的「C3」，使用者將可知道圖6所示的樣品承載構件1是設置於圖5所示的存放盒2的第3行(標示有英文字母C的行)第3列(標示有***數字3的列)的位置。According to the above, from the perspective of the user, the user will see "C3" presented by the two identification structures 13A and 13B on the sample carrying member 1, and the user will know the sample carrying member 1 shown in FIG. 6 It is set at the position of the third row (the row marked with the English letter C) and the third column (the column marked with the Arabic numeral 3) of the storage box 2 shown in FIG. 5.

需說明的是，兩個識別結構13A、13B設置於本體11的位置可以是依據需求變化，不以圖中所示為限。另外，兩個識別結構13A、13B彼此間的距離，可以是依據需求設計，而在特殊的應用中，兩個識別結構13A、13B也可以是不相鄰的設置(例如識別結構13A設置於本體11的左側，而識別結構13B設置於本體11的右側)。It should be noted that the positions of the two identification structures 13A and 13B provided on the main body 11 can be changed according to requirements, and are not limited to those shown in the figure. In addition, the distance between the two identification structures 13A and 13B can be designed according to requirements. In special applications, the two identification structures 13A and 13B can also be arranged non-adjacently (for example, the identification structure 13A is set on the main body). 11 on the left side, and the identification structure 13B is provided on the right side of the main body 11).

請參閱圖7，其為本創作的樣品承載構件的其中一實施例，本實施例與前述實施例不同之處在於：樣品承載構件1還可以一位置識別結構14。位置識別結構14與本體11、網狀結構12中的至少一個相連接。各個位置識別結構14用以提供使用者辨識樣品承載構件1所承載的樣品S相對於樣品承載構件1的中心C位置的位置。位置識別結構14可以是以文字、數字、符號、圖樣中的至少一個方式呈現。Please refer to FIG. 7, which is one of the embodiments of the created sample carrying member. The difference between this embodiment and the previous embodiments is that the sample carrying member 1 can also have a position identifying structure 14. The position recognition structure 14 is connected to at least one of the main body 11 and the mesh structure 12. Each position identification structure 14 is used to provide the user to identify the position of the sample S carried by the sample carrying member 1 relative to the position of the center C of the sample carrying member 1. The location recognition structure 14 may be presented in at least one of text, numbers, symbols, and patterns.

在實際應用中，相關人員在利用相關設備於本體11上形成位置識別結構14時，可以是依據樣品承載構件1所承載的樣品S，相對於網狀結構12的中心C的位置，來決定位置識別結構14所呈現的樣式。如圖7所示，舉例來說，相關人員可以是使位置識別結構14分別以RU、RD、LU及LD的樣式呈現，據以表示樣品S相對於中心C位於右上、右下、左上及左下的位置；亦即，使用者將樣品S設置於網狀結構12的中心C的右下方後，可以是利用相關設備(例如雷射雕刻機等)，於本體11上形成以「RD」樣式呈現的位置標示結構23。In practical applications, when relevant personnel use related equipment to form the position identification structure 14 on the body 11, the position can be determined based on the position of the sample S carried by the sample carrying member 1 relative to the center C of the mesh structure 12 Identify the style presented by the structure 14. As shown in FIG. 7, for example, the relevant person may make the position identification structure 14 be presented in the styles of RU, RD, LU, and LD, respectively, to indicate that the sample S is located on the upper right, lower right, upper left, and lower left relative to the center C. That is, after the user sets the sample S at the bottom right of the center C of the mesh structure 12, it can be formed on the main body 11 in the form of "RD" by using related equipment (such as a laser engraving machine, etc.) The location of the marking structure 23.

在實際應用中，可以是使識別結構13及位置識別結構14都設置於本體11的固定位置，而使用者將圖7所示的樣品承載構件1設置於電子顯微鏡下時，可以是先使用以承載樣品承載構件1的載台及鏡頭彼此相對移動，而讓位置識別結構14位於電子顯微鏡的視野範圍中，接著，使用者或是相關影像擷取設備，將可以通過觀看位置識別結構14，決定載台及鏡頭相對移動的方向，如此，將可以讓相關人員以相對快的速度尋找到樣品承載構件1所承載的樣品S，而對其進行觀察。In practical applications, both the identification structure 13 and the position identification structure 14 can be arranged in a fixed position of the main body 11. When the user sets the sample carrying member 1 shown in FIG. 7 under an electron microscope, it can be used first The stage and the lens carrying the sample carrying member 1 move relative to each other, so that the position recognition structure 14 is located in the field of view of the electron microscope. Then, the user or related image capturing equipment can determine by viewing the position recognition structure 14 The direction of the relative movement of the stage and the lens will allow relevant personnel to find the sample S carried by the sample carrying member 1 at a relatively fast speed and observe it.

在其中一個具體實施方式中，若網狀結構12是呈現為縱橫交錯的結構，則使用者將樣品S設置於樣品承載構件1上後，利用相關設備(例如雷射雕刻機等)以於本體11上形成位置識別結構14的流程可以是：先利用該相關設備所具有的影像擷取裝置，擷取樣品承載構件1的影像，再利用相關處理裝置對該影像進行分析，以判斷出樣品S相對於網狀結構12的中心C的座標，最後，使位置識別結構14以該座標的呈現方式(例如：1,8)形成於本體11上。通過使位置識別結構14以座標的方式呈現的設計，相關人員將樣品承載構件1設置於電子顯微鏡下時，可以是先使該位置識別結構14位於顯微鏡的視野範圍中，相關人員或是影像擷取設備在觀看位置識別結構14所呈現出的座標後，將可以直接控制電子顯微鏡作動，而使顯微鏡的視野範圍的中心直接移動至該座標，如此，該樣品將會大致位於顯微鏡的視野範圍的正中心。In one of the specific embodiments, if the mesh structure 12 is a criss-cross structure, the user sets the sample S on the sample carrying member 1, and then uses related equipment (such as a laser engraving machine) to place the sample S on the main body. The process of forming the position identification structure 14 on the 11 can be: first use the image capturing device of the related equipment to capture the image of the sample carrying member 1, and then use the related processing device to analyze the image to determine the sample S With respect to the coordinates of the center C of the mesh structure 12, finally, the position recognition structure 14 is formed on the main body 11 in a presentation manner of the coordinates (for example, 1, 8). Through the design that the position recognition structure 14 is presented in the form of coordinates, when the relevant personnel set the sample carrying member 1 under the electron microscope, the position recognition structure 14 can be first located in the field of view of the microscope, and the relevant personnel or image capture After taking the coordinates presented by the device at the viewing position recognition structure 14, it will be possible to directly control the action of the electron microscope, so that the center of the microscope's field of view can be directly moved to this coordinate. In this way, the sample will be roughly located in the microscope's field of view. Right in the center.

依上所述，本實施例所舉的樣品承載構件1，通過位置識別結構14的設計，將可以大幅降低使用者使樣品S位於電子顯微鏡的視野範圍內所需的時間。As described above, the sample carrying member 1 in this embodiment, through the design of the position recognition structure 14, can greatly reduce the time required for the user to place the sample S within the field of view of the electron microscope.

請參閱圖8，其為本創作的樣品承載構件的其中一實施例，本實施例與前述實施例不同之處在於：樣品承載構件1還可以包含一方向識別結構15，方向識別結構15與本體11、網狀結構12中的至少一個相連接。方向識別結構15設置於本體11的一側。方向識別結構15以文字、數字、符號、圖樣中的至少一個方式呈現。如前述圖7實施例的說明，相關人員或是設備在觀看位置識別結構14之前，可以是先觀看方向識別結構15，如此，將可以確保觀看位置識別結構14後，使顯微鏡的視野範圍移動至正確的位置。Please refer to FIG. 8, which is one of the embodiments of the created sample carrying member. The difference between this embodiment and the previous embodiments is that the sample carrying member 1 may also include a direction recognition structure 15, a direction recognition structure 15 and a body 11. At least one of the mesh structures 12 is connected. The direction recognition structure 15 is arranged on one side of the main body 11. The direction recognition structure 15 is presented in at least one of text, numbers, symbols, and patterns. As explained in the aforementioned embodiment in FIG. 7, the relevant personnel or equipment may first view the direction recognition structure 15 before viewing the position recognition structure 14. In this way, after the viewing position recognition structure 14 can be ensured, the field of view of the microscope can be moved to The right location.

具體來說，假設使用者在本體11上形成位置識別結構14時，方向識別結構15是位於網狀結構12的中心C的上方，且樣品S是位於網狀結構12的中心C的右下方，則使用者將可以是於本體11上使位置識別結構14以「RD」的樣式呈現；而後，使用者將樣品承載構件1設置於電子顯微鏡中時，則可以是通過觀看方向識別結構15是否位於網狀結構12的中心C的上方，來決定後續視野範圍的移動方向；也就是說，若是使用者在視野範圍中看到方向識別結構15位於網狀結構12的中心C的上方，則後續將控制視野範圍相對於網狀結構12的中心C向右下方移動，反之，則使視野範圍向左上方移動。Specifically, suppose that when the user forms the position recognition structure 14 on the main body 11, the direction recognition structure 15 is located above the center C of the mesh structure 12, and the sample S is located below and right of the center C of the mesh structure 12. Then, the user can make the position recognition structure 14 on the main body 11 be presented in the form of "RD"; then, when the user sets the sample carrying member 1 in the electron microscope, the user can recognize whether the structure 15 is located in the direction of view. The center C of the mesh structure 12 is above the center C to determine the moving direction of the subsequent field of view; that is to say, if the user sees the direction recognition structure 15 above the center C of the mesh structure 12 in the field of view, the following will The control field of view is moved to the lower right with respect to the center C of the mesh structure 12, and vice versa, the field of view is moved to the upper left.

請一併參閱圖9及圖10，其為本創作的樣品承載構件的其中一實施例，本實施例與前述實施例不同之處在於：方向識別結構15是以圖樣方式呈現，且方向識別結構15是設置於網狀結構12的中心位置。在實務中，樣品承載構件1設置於電子顯微鏡中時，視野範圍的正中心大致是對應於樣品承載構件1的正中心(即網狀結構12的中心)，因此，使用者利用電子顯微鏡觀看樣品承載構件1時，將可以快速地看到方向識別結構15。Please refer to FIGS. 9 and 10 together, which are one of the embodiments of the sample carrying member created. The difference between this embodiment and the previous embodiments is that the direction recognition structure 15 is presented in a pattern, and the direction recognition structure 15 is set at the center of the mesh structure 12. In practice, when the sample carrying member 1 is installed in an electron microscope, the exact center of the field of view roughly corresponds to the exact center of the sample carrying member 1 (that is, the center of the mesh structure 12). Therefore, the user uses the electron microscope to view the sample When the member 1 is loaded, the direction recognition structure 15 can be seen quickly.

請參閱圖11，本實施例與前述圖10所示的實施例不同之處在於：樣品承載構件1可以是包含兩個位置識別結構14A、14B及兩個樣品識別結構16A、16B。其中，位置識別結構及樣品識別結構的數量是依據網狀結構所承載的樣品的數量決定。位置識別結構14A是用來標示設置於網狀結構12上的樣品S1相對於網狀結構12的中心的位置，位置識別結構14B是用來標示設置於網狀結構12上的樣品S2相對於網狀結構12的中心的位置。Please refer to FIG. 11. The difference between this embodiment and the embodiment shown in FIG. 10 is that the sample carrying member 1 may include two position identification structures 14A, 14B and two sample identification structures 16A, 16B. Among them, the number of position identification structures and sample identification structures is determined based on the number of samples carried by the mesh structure. The position identification structure 14A is used to mark the position of the sample S1 arranged on the mesh structure 12 relative to the center of the mesh structure 12, and the position identification structure 14B is used to mark the sample S2 arranged on the mesh structure 12 relative to the mesh The location of the center of the 形结构12.

樣品識別結構16A鄰近位置識別結構14A設置，樣品識別結構16B鄰近位置識別結構14B設置，各個樣品識別結構16A、16B是用來讓使用者辨識設置於網狀結構12上的樣品S1、S2的相關資料，舉例來說，圖中所示MA-001、MA-002中的MA可以表示為公司標號，001及002則可以是標示為該公司的樣品編號。The sample identification structure 16A is arranged adjacent to the position identification structure 14A, and the sample identification structure 16B is arranged adjacent to the position identification structure 14B. Data, for example, MA in MA-001 and MA-002 shown in the figure can be represented as a company number, and 001 and 002 can be represented as sample numbers of the company.

依上所述，具體來說，相關人員可以是利用電子顯微鏡觀看以「RD-MA-001」呈現的位置識別結構14A及樣品識別結構16A，而得知公司標號為MA且樣品標號為001的樣品S2，是設置網狀結構12的右下方，且相關人員可以利用電子顯微鏡觀看以「LU-MA-002」呈現的位置識別結構14B及樣品識別結構16B，得知公司標號為MA的樣品標號002的樣品S1，是設置網狀結構12的左上方。As mentioned above, specifically, the relevant personnel can use the electron microscope to observe the position identification structure 14A and the sample identification structure 16A presented as "RD-MA-001", and learn that the company label is MA and the sample label is 001 The sample S2 is located at the bottom right of the mesh structure 12, and the relevant personnel can use the electron microscope to view the position identification structure 14B and the sample identification structure 16B presented as "LU-MA-002", and know the sample number of the company marked as MA The sample S1 of 002 is the upper left of the mesh structure 12 provided.

本實施例的樣品承載構件1通過識別結構、位置識別結構、方向識別結構及樣品識別結構等設計，可以讓使用者在網狀結構12上設置有多個樣品時，不容易發生觀測、記錄錯誤等問題。The sample carrying member 1 of this embodiment is designed through the identification structure, position identification structure, direction identification structure, and sample identification structure, so that when multiple samples are set on the mesh structure 12, the user is not prone to observation and recording errors. And other issues.

請參閱圖12，本實施例與前述實施例不同之處在於：識別結構13可以圖樣方式呈現，特別是識別結構13可以是以二維條碼的圖樣形式呈現於本體11。當然，識別結構13也可以是以一維條碼的圖樣形式呈現於本體11。在實際應用中，可以是於一維條碼或二維條碼中儲存關於樣品S、樣品承載構件1的任何相關資料，舉例來說，條碼中可以是儲存有樣品的公司資料(公司代號)、樣品編號、樣品相對於網狀結構12的位置、樣品種類、樣品承載構件1設置於存放盒2的位置等。Referring to FIG. 12, the difference between this embodiment and the previous embodiments is that the identification structure 13 can be presented in a pattern, in particular, the identification structure 13 can be presented on the main body 11 in the form of a two-dimensional barcode. Of course, the identification structure 13 can also be presented on the main body 11 in the form of a one-dimensional bar code pattern. In practical applications, any relevant information about the sample S and the sample carrying member 1 can be stored in a one-dimensional barcode or a two-dimensional barcode. For example, the barcode can be the company data (company code) storing the sample, the sample The number, the position of the sample relative to the mesh structure 12, the type of sample, the position where the sample carrying member 1 is installed in the storage box 2, and the like.

請參閱圖13，本實施例與前述實施例不同之處在於：各個網孔112是大致呈現為六角型；另外，方向識別結構15可以是與網狀結構12及本體11相連接。Please refer to FIG. 13, the difference between this embodiment and the previous embodiment is that each mesh 112 is roughly hexagonal; in addition, the direction recognition structure 15 may be connected to the mesh structure 12 and the main body 11.

請參閱圖14，前述各實施例的本體11的穿孔111是大致呈現為圓形，而本實施例的本體11的穿孔111則是呈現為不規則形。關於本體11的穿孔111的外型可以是依據需求變化。另外，本實施例的方向識別結構15是以圖樣的形式呈現。Please refer to FIG. 14, the perforation 111 of the main body 11 of the foregoing embodiments is roughly circular, while the perforation 111 of the main body 11 of this embodiment is irregular. The shape of the perforation 111 of the main body 11 can be changed according to requirements. In addition, the direction recognition structure 15 of this embodiment is presented in the form of a pattern.

請參閱圖15，本實施例與前述實施例不同之處在於：本體11包含4個穿孔111、4個網狀結構12及4個樣品識別結構16A、16B、16C、16D。各個穿孔111彼此不相互連通，各個網狀結構12與本體11相連接。各個網狀結構12位於其中一個穿孔111中，而各個網狀結構彼此不相互連接，而4個網狀結構12能承載4個樣品S1、S2、S3、S4。各個樣品識別結構設置於本體11，且各個樣品識別結構鄰近於其中一個網狀結構12設置。需說明的是，本體11所包含的穿孔111、網狀結構12及樣品識別結構的數量可以都是N個，且N為大於1的正整數。通過使多個網狀結構12彼此不相互連接的設計，將可以大幅降低多個樣品相互影響的問題。另外，於本實施例中，是以樣品承載構件1具有4個方向標示結構15為例，但樣品承載構件1所包含的方向標示結構15的數量不以此為限。Please refer to FIG. 15, the difference between this embodiment and the previous embodiment is that the main body 11 includes 4 perforations 111, 4 mesh structures 12 and 4 sample identification structures 16A, 16B, 16C, 16D. The through holes 111 are not connected to each other, and the net structures 12 are connected to the main body 11. Each mesh structure 12 is located in one of the perforations 111, and each mesh structure is not connected to each other, and the four mesh structures 12 can carry four samples S1, S2, S3, S4. Each sample identification structure is arranged on the main body 11, and each sample identification structure is arranged adjacent to one of the mesh structures 12. It should be noted that the number of the perforations 111, the mesh structure 12, and the sample identification structure included in the main body 11 may all be N, and N is a positive integer greater than 1. By designing the multiple network structures 12 not to be connected to each other, the problem of mutual influence of multiple samples can be greatly reduced. In addition, in this embodiment, the sample carrying member 1 has four direction indicating structures 15 as an example, but the number of the direction indicating structures 15 included in the sample carrying member 1 is not limited to this.

需特別強調的是，上載所述樣品承載構件1也可以是被單獨地實施、販售及製造，而樣品承載構件1不侷限於僅可與存放盒2一同製造、販售。It should be particularly emphasized that the uploading of the sample carrying member 1 can also be implemented, sold and manufactured separately, and the sample carrying member 1 is not limited to only being manufactured and sold together with the storage box 2.

綜合上述，本創作的樣品承載構件及樣品承載套件，可以讓使用者在對樣品承載構件上的樣品進行觀察的過程中，不易發生將樣品承載構件設置於錯誤的容置槽中的問題。In summary, the sample carrying member and sample carrying kit of the present invention can prevent the user from setting the sample carrying member in the wrong holding groove during the process of observing the sample on the sample carrying member.

以上所述僅為本創作的較佳可行實施例，非因此侷限本創作的專利範圍，故舉凡運用本創作說明書及圖式內容所做的等效技術變化，均包含於本創作的保護範圍內。The above descriptions are only the preferred and feasible embodiments of this creation, which do not limit the scope of the creation of this creation. Therefore, all equivalent technical changes made using this creation specification and schematic content are included in the scope of protection of this creation. .

100:樣品承載套件 1:樣品承載構件 11:本體 111:穿孔 112:網孔 113:寬側面 12:網狀結構 13:識別結構 13A:識別結構 13B:識別結構 14:位置識別結構 14A:位置識別結構 14B:位置識別結構 15:方向識別結構 16:樣品識別結構 16A:樣品識別結構 16B:樣品識別結構 16C:樣品識別結構 16D:樣品識別結構 2:存放盒 21:盒體 211:容置槽 22:蓋體 23:標示結構 23A:縱向標示結構 23B:橫向標示結構 3:標示紙 31:樣品位置標示區 32:樣品資訊書寫區 S:樣品 S1:樣品 S2:樣品 Q1:樣品圖樣 Q2:資料 C:中心100: Sample carrying kit 1: Sample carrying member 11: body 111: Piercing 112: Mesh 113: wide side 12: Mesh structure 13: Identify the structure 13A: Identify the structure 13B: Identify the structure 14: Location recognition structure 14A: Location recognition structure 14B: Location recognition structure 15: Direction recognition structure 16: Sample identification structure 16A: Sample identification structure 16B: Sample identification structure 16C: Sample identification structure 16D: Sample identification structure 2: storage box 21: Box body 211: Containment Slot 22: Lid 23: Marking the structure 23A: Vertical marking structure 23B: Horizontal marking structure 3: Marking paper 31: Sample location marking area 32: Sample information writing area S: sample S1: sample S2: sample Q1: Sample pattern Q2: Information C: Center

圖1為本創作的樣品承載套件的示意圖。Figure 1 is a schematic diagram of the sample carrying kit created.

圖2為本創作的樣品承載套件的存放盒設置有一個樣品承載構件的俯視示意圖。Figure 2 is a schematic top view of the storage box of the created sample carrying kit provided with a sample carrying member.

圖3為本創作的樣品承載構件承載有一樣品的俯視示意圖。Figure 3 is a schematic top view of the created sample carrying member carrying a sample.

圖4為本創作的樣品承載套件的識別紙的俯視示意圖。Figure 4 is a schematic top view of the identification paper of the created sample carrying kit.

圖5為本創作的樣品承載套件的另一實施例的存放盒設置有一個樣品承載構件的俯視示意圖。Figure 5 is a schematic top view of another embodiment of the created sample carrying kit provided with a sample carrying member in the storage box.

圖6至圖9、圖11至圖15分別為本創作的樣品承載構件承載有一樣品的不同實施例的俯視示意圖。Figures 6 to 9 and Figures 11 to 15 are schematic top views of different embodiments of the created sample carrying member carrying a sample.

圖10為圖9的局部放大示意圖。Fig. 10 is a partial enlarged schematic diagram of Fig. 9.

1:樣品承載構件 1: Sample carrying member

11:本體 11: body

111:穿孔 111: Piercing

112:網孔 112: Mesh

113:寬側面 113: wide side

12:網狀結構 12: Mesh structure

13:識別結構 13: Identify the structure

S:樣品 S: sample

Claims (17)

一種樣品承載構件，其用以承載至少一樣品；承載有所述樣品的所述樣品承載構件用以設置於一電子顯微鏡中，以提供使用者通過所述電子顯微鏡觀測所述樣品，所述樣品承載構件包含： 一本體，其具有至少一穿孔，所述穿孔貫穿所述本體； 至少一網狀結構，其與所述本體相連接，所述網狀結構位於所述穿孔中，所述網狀結構將所述穿孔區隔為多個網孔，所述網狀結構用以承載所述樣品； 至少一識別結構，其與所述本體、所述網狀結構中的至少一個相連接，所述識別結構用以提供使用者識別所述樣品承載構件設置於一存放盒的位置；其中，所述存放盒用以提供使用者存放多個所述樣品承載構件。 A sample carrying member is used to carry at least one sample; the sample carrying member carrying the sample is used to be set in an electron microscope to provide a user to observe the sample through the electron microscope, the sample The load-bearing components include: A body having at least one perforation, and the perforation penetrates the body; At least one mesh structure connected to the body, the mesh structure is located in the perforation, the mesh structure partitions the perforation into a plurality of meshes, and the mesh structure is used to carry The sample At least one identification structure is connected to at least one of the main body and the mesh structure, and the identification structure is used to provide the user to identify the position where the sample carrying member is set in a storage box; wherein, the The storage box is used to provide the user to store a plurality of the sample carrying members. 如請求項1所述的樣品承載構件，其中，所述識別結構凹陷地形成於所述本體的一側，或者，所述識別結構為貫穿所述本體的穿孔結構；所述識別結構以文字、數字、符號、圖樣中的至少一個方式呈現。The sample carrying member according to claim 1, wherein the identification structure is formed concavely on one side of the main body, or the identification structure is a perforated structure penetrating the main body; At least one of numbers, symbols, and patterns are presented. 如請求項1所述的樣品承載構件，其中，所述樣品承載構件包含兩個所述識別結構，各個所述識別結構以文字、數字、符號、圖樣中的至少一個方式呈現，其中一個所述識別結構用以提供使用者辨識所述樣品承載構件設置於所述存放盒中的一縱向位置，另一個所述識別結構用以提供使用者辨識所述樣品承載構件設置於所述存放盒中的一橫向位置。The sample carrying member according to claim 1, wherein the sample carrying member includes two identification structures, each of the identification structures is presented in at least one of text, numbers, symbols, and patterns, and one of the identification structures The identification structure is used to provide the user to recognize that the sample carrying member is arranged in a longitudinal position in the storage box, and the other identification structure is used to provide the user to identify that the sample carrying member is arranged in the storage box. A horizontal position. 如請求項1所述的樣品承載構件，其中，所述樣品承載構件還包含至少一個位置識別結構，所述樣品承載構件與所述本體、所述網狀結構中的至少一個相連接，各個所述位置識別結構用以提供使用者辨識所述樣品承載構件所承載的所述樣品相對於所述樣品承載構件的中心位置的位置；所述位置識別結構以文字、數字、符號、圖樣中的至少一個方式呈現。The sample carrying member according to claim 1, wherein the sample carrying member further comprises at least one position identification structure, the sample carrying member is connected to at least one of the body and the mesh structure, and each The position identification structure is used to provide the user to identify the position of the sample carried by the sample carrying member relative to the center position of the sample carrying member; the position identification structure uses at least one of words, numbers, symbols and patterns One way to present. 如請求項1所述的樣品承載構件，其中，所述樣品承載構件還包含一方向識別結構，所述方向識別結構與所述本體、所述網狀結構中的至少一個相連接；所述方向識別結構設置於所述本體的一側，或者，所述方向識別結構設置於所述網狀結構的中心位置；所述方向識別結構以文字、數字、符號、圖樣中的至少一個方式呈現。The sample carrying member according to claim 1, wherein the sample carrying member further comprises a direction recognition structure, and the direction recognition structure is connected to at least one of the main body and the mesh structure; the direction The recognition structure is arranged on one side of the main body, or the direction recognition structure is arranged at the center of the mesh structure; the direction recognition structure is presented in at least one of text, numbers, symbols, and patterns. 如請求項1所述的樣品承載構件，其中，所述樣品承載構件包含至少一樣品識別結構，所述樣品識別結構與所述本體、所述網狀結構中的至少一個相連接；所述樣品識別結構以文字、數字、符號、圖樣中的至少一個方式呈現。The sample carrying member according to claim 1, wherein the sample carrying member includes at least one sample identification structure, and the sample identification structure is connected to at least one of the body and the mesh structure; the sample The recognition structure is presented in at least one of words, numbers, symbols, and patterns. 如請求項1所述的樣品承載構件，其中，所述本體包含N個所述穿孔，各個所述穿孔彼此不相互連通，所述樣品承載構件包含N個所述網狀結構，各個所述網狀結構與所述本體相連接，各個所述網狀結構位於其中一個所述穿孔中，各個所述網狀結構彼此不相互連接，各個所述網狀結構能承載至少一個所述樣品，N為大於1的正整數；所述樣品承載構件包含N個樣品識別結構，各個所述樣品識別結構設置於所述本體，且各個所述樣品識別結構鄰近於其中一個所述網狀結構設置；所述樣品識別結構以文字、數字、符號、圖樣中的至少一個方式呈現。The sample carrying member according to claim 1, wherein the body includes N of the perforations, and each of the perforations is not connected to each other, the sample carrying member includes N of the mesh structure, and each of the meshes The mesh-like structure is connected to the body, each of the mesh-like structures is located in one of the perforations, and the mesh-like structures are not connected to each other, and each of the mesh-like structures can carry at least one of the samples, and N is A positive integer greater than 1; the sample carrying member includes N sample recognition structures, each of the sample recognition structures is disposed on the body, and each of the sample recognition structures is disposed adjacent to one of the network structures; the The sample recognition structure is presented in at least one of text, numbers, symbols, and patterns. 一種樣品承載套件，其包含： 多個樣品承載構件，各個所述樣品承載構件用以承載至少一樣品；承載有所述樣品的所述樣品承載構件用以設置於一電子顯微鏡中，以提供一使用者通過所述電子顯微鏡觀測所述樣品，各個所述樣品承載構件包含： 一本體，其具有一穿孔，所述穿孔貫穿所述本體； 至少一網狀結構，其與所述本體相連接，所述網狀結構位於所述穿孔中，所述網狀結構將所述穿孔區隔為多個網孔，所述網狀結構用以承載所述樣品； 至少一識別結構，其與所述本體、所述網狀結構中的至少一個相連接，所述識別結構用以提供使用者識別所述樣品承載構件設置於一存放盒的位置；其中，所述存放盒用以提供使用者存放多個所述樣品承載構件； 一存放盒，其包含多個容置槽，各個所述容置槽用以容置一個所述樣品承載構件； 其中，所述識別結構用以提供使用者識別所述樣品承載構件設置於所述存放盒的位置。 A sample carrying kit, which includes: A plurality of sample carrying members, each of the sample carrying members is used to carry at least one sample; the sample carrying member carrying the sample is used to be set in an electron microscope to provide a user with observation through the electron microscope The sample, each of the sample carrying members includes: A body having a perforation, the perforation penetrates the body; At least one mesh structure connected to the body, the mesh structure is located in the perforation, the mesh structure partitions the perforation into a plurality of meshes, and the mesh structure is used to carry The sample At least one identification structure is connected to at least one of the main body and the mesh structure, and the identification structure is used to provide the user to identify the position where the sample carrying member is set in a storage box; wherein, the The storage box is used to provide the user to store a plurality of the sample carrying members; A storage box, which includes a plurality of accommodating grooves, each of the accommodating grooves is used for accommodating one sample carrying member; Wherein, the identification structure is used to provide the user to identify the position where the sample carrying member is arranged in the storage box. 如請求項8所述的樣品承載套件，其中，所述樣品承載套件還包含至少一張標示紙，各個所述標示紙包含一樣品位置標示區及一樣品資訊書寫區，所述樣品位置標示區具有對應於各個所述樣品承載構件的所述網狀結構的網狀圖樣。The sample carrying kit according to claim 8, wherein the sample carrying kit further includes at least one labeling paper, and each of the labeling papers includes a sample location labeling area and a sample information writing area, the sample location labeling area There is a mesh pattern corresponding to the mesh structure of each of the sample carrying members. 如請求項8所述的樣品承載套件，其中，所述樣品承載套件還包含一蓋體，所述蓋體可拆卸地與所述存放盒相連接，所述蓋體能遮蔽所有所述容置槽。The sample carrying kit according to claim 8, wherein the sample carrying kit further comprises a cover body, the cover body is detachably connected with the storage box, and the cover body can cover all the accommodating slots . 如請求項8所述的樣品承載套件，其中，所述識別結構凹陷地形成於所述本體的一側，或者，所述識別結構為貫穿所述本體的穿孔結構；所述識別結構以文字、數字、符號、圖樣中的至少一個方式呈現。The sample carrying kit according to claim 8, wherein the identification structure is recessedly formed on one side of the main body, or the identification structure is a perforated structure penetrating the main body; the identification structure is composed of text, At least one of numbers, symbols, and patterns are presented. 如請求項8所述的樣品承載套件，其中，所述識別結構以文字、數字、符號、圖樣中的至少一個方式呈現；所述存放盒包含樣式彼此不相同的多個標示結構，所述存放盒包含多個容置槽，各個所述標示結構鄰近其中一個所述容置槽設置，所述識別結構與其中一個所述標示結構具有相同的樣式。The sample carrying kit according to claim 8, wherein the identification structure is presented in at least one of text, numbers, symbols, and patterns; the storage box includes a plurality of marking structures with different styles, and the storage box The box includes a plurality of accommodating grooves, each of the marking structures is arranged adjacent to one of the accommodating grooves, and the identification structure and one of the marking structures have the same pattern. 如請求項8所述的樣品承載套件，其中，所述樣品承載構件包含兩個所述識別結構，各個所述識別結構以文字、數字、符號、圖樣中的至少一個方式呈現，其中一個所述識別結構用以提供使用者辨識所述樣品承載構件設置於所述存放盒中的一縱向位置，另一個所述識別結構用以提供使用者辨識所述樣品承載構件設置於所述存放盒中的一橫向位置；所述存放盒包含彼此樣式不相同的多個橫向標示結構及彼此樣式不相同的多個縱向標示結構，其中一個所述識別結構與其中一個所述橫向標示結構具有相同的樣式，另一個所述識別結構與其中一個所述縱向標示結構具有相同的樣式。The sample carrying kit according to claim 8, wherein the sample carrying member includes two identification structures, each of the identification structures is presented in at least one of text, numbers, symbols, and patterns, and one of the identification structures The identification structure is used to provide the user to recognize that the sample carrying member is arranged in a longitudinal position in the storage box, and the other identification structure is used to provide the user to identify that the sample carrying member is arranged in the storage box. A horizontal position; the storage box includes a plurality of horizontal marking structures with different styles from each other and a plurality of vertical marking structures with different styles from each other, wherein one of the identification structures and one of the horizontal marking structures have the same style, The other identification structure has the same pattern as one of the longitudinal marking structures. 如請求項8所述的樣品承載套件，其中，所述樣品承載構件還包含至少一個位置識別結構，所述樣品承載構件與所述本體、所述網狀結構中的至少一個相連接，各個所述位置識別結構用以提供使用者辨識所述樣品承載構件所承載的所述樣品相對於所述樣品承載構件的中心位置的位置；所述位置識別結構以文字、數字、符號、圖樣中的至少一個方式呈現。The sample carrying kit according to claim 8, wherein the sample carrying member further includes at least one position identification structure, the sample carrying member is connected to at least one of the body and the mesh structure, and each The position identification structure is used to provide the user to identify the position of the sample carried by the sample carrying member relative to the center position of the sample carrying member; the position identification structure uses at least one of words, numbers, symbols and patterns One way to present. 如請求項8所述的樣品承載套件，其中，所述樣品承載構件還包含一方向識別結構，所述方向識別結構與所述本體、所述網狀結構中的至少一個相連接；所述方向識別結構設置於所述本體的一側，或者，所述方向識別結構設置於所述網狀結構的中心位置；所述方向識別結構以文字、數字、符號、圖樣中的至少一個方式呈現。The sample carrying kit according to claim 8, wherein the sample carrying member further includes a direction recognition structure, and the direction recognition structure is connected to at least one of the main body and the mesh structure; the direction The recognition structure is arranged on one side of the main body, or the direction recognition structure is arranged at the center of the mesh structure; the direction recognition structure is presented in at least one of text, numbers, symbols, and patterns. 如請求項8所述的樣品承載套件，其中，所述樣品承載構件包含至少一樣品識別結構，所述樣品識別結構與所述本體、所述網狀結構中的至少一個相連接；所述樣品識別結構以文字、數字、符號、圖樣中的至少一個方式呈現。The sample carrying kit according to claim 8, wherein the sample carrying member includes at least one sample identification structure, and the sample identification structure is connected to at least one of the body and the mesh structure; the sample The recognition structure is presented in at least one of text, numbers, symbols, and patterns. 如請求項8所述的樣品承載套件，其中，所述本體包含N個所述穿孔，各個所述穿孔彼此不相互連通，所述樣品承載構件包含N個所述網狀結構，各個所述網狀結構與所述本體相連接，各個所述網狀結構位於其中一個所述穿孔中，各個所述網狀結構彼此不相互連接，各個所述網狀結構能承載至少一個所述樣品，N為大於1的正整數；所述樣品承載構件包含N個樣品識別結構，各個所述樣品識別結構設置於所述本體，且各個所述樣品識別結構鄰近於其中一個所述網狀結構設置；所述樣品識別結構以文字、數字、符號、圖樣中的至少一個方式呈現。The sample carrying kit according to claim 8, wherein the body includes N of the perforations, each of the perforations are not connected to each other, the sample carrying member includes N of the mesh structures, and each of the meshes The mesh-like structure is connected to the body, each of the mesh-like structures is located in one of the perforations, and the mesh-like structures are not connected to each other, and each of the mesh-like structures can carry at least one of the samples, and N is A positive integer greater than 1; the sample carrying member includes N sample recognition structures, each of the sample recognition structures is disposed on the body, and each of the sample recognition structures is disposed adjacent to one of the network structures; the The sample recognition structure is presented in at least one of text, numbers, symbols, and patterns.
TW110204108U 2021-04-15 2021-04-15 Sample carrying member and sample carrying kit TWM615969U (en)

Priority Applications (3)

Application Number Priority Date Filing Date Title
TW110204108U TWM615969U (en) 2021-04-15 2021-04-15 Sample carrying member and sample carrying kit
CN202120875660.XU CN215297188U (en) 2021-04-15 2021-04-26 Sample bearing member and sample bearing kit
JP2021002848U JP3234426U (en) 2021-04-15 2021-07-21 Sample mounting member and sample mounting kit

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TW110204108U TWM615969U (en) 2021-04-15 2021-04-15 Sample carrying member and sample carrying kit

Publications (1)

Publication Number Publication Date
TWM615969U true TWM615969U (en) 2021-08-21

Family

ID=78000825

Family Applications (1)

Application Number Title Priority Date Filing Date
TW110204108U TWM615969U (en) 2021-04-15 2021-04-15 Sample carrying member and sample carrying kit

Country Status (3)

Country Link
JP (1) JP3234426U (en)
CN (1) CN215297188U (en)
TW (1) TWM615969U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN115931918A (en) * 2021-09-27 2023-04-07 生物岛实验室 Network-loading coding method, network-loading and method for identifying and positioning by using network-loading

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN115931918A (en) * 2021-09-27 2023-04-07 生物岛实验室 Network-loading coding method, network-loading and method for identifying and positioning by using network-loading

Also Published As

Publication number Publication date
JP3234426U (en) 2021-10-14
CN215297188U (en) 2021-12-24

Similar Documents

Publication Publication Date Title
JP6607185B2 (en) Drug imaging device
US20100309131A1 (en) Electronically Capturing Handwritten Data
US3755655A (en) Machine processed data card
EP2521009A2 (en) Method and apparatus for receiving and recognizing handwritten information in various languages
TWM615969U (en) Sample carrying member and sample carrying kit
CN102985934A (en) Information expression method, article formed with information expression pattern, information output device, and information expression device
US4786896A (en) Input mechanism for word processor
EP3707517B1 (en) Static automatic reading system of histology cassette codes
JP2004246433A (en) Data input system
JP2018092444A (en) Article management system, article management method, and article management program
JP2008108114A (en) Document processor and document processing method
JP2006208142A (en) System for storing sample for drug development
TWI759169B (en) Sample analysis method and sample preparation method
JP3129201U (en) Tag for embedding cassette, tag sheet for embedding cassette and embedding cassette
Soper et al. Data processing in the herbarium and museum
CN106183510B (en) Printing process and device
JPH0451361A (en) Document filing device
JP2005196536A5 (en)
CN112181231A (en) Blackboard writing input method, system and device
JP2009151803A (en) Entry information processing system, program, and business form for electronic pen
JP7037221B2 (en) Password management tool, mask set and password management method
KR20060116900A (en) A patent information system
JP2575480B2 (en) Table structuring method
CN116486418B (en) Method and device for generating banknote crown word number image
KR20110007134U (en) Answer sheet for recognizing data processing