TWM274530U - Automatic inspection device for pest insect of fruit - Google Patents
Automatic inspection device for pest insect of fruit Download PDFInfo
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- TWM274530U TWM274530U TW94203078U TW94203078U TWM274530U TW M274530 U TWM274530 U TW M274530U TW 94203078 U TW94203078 U TW 94203078U TW 94203078 U TW94203078 U TW 94203078U TW M274530 U TWM274530 U TW M274530U
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,M274530 四、創作說明(1) 【新型所屬之技術領域】 本創作「水果蟲害自動化檢測裝置」旨在針對進口水果提 供一非破壞性之檢疫方式,利用X光照射進口水果,以取得 其内部透視影像,藉由數位影像處理技術找出可能遭受蟲害 蛀食、蟲卵寄生之部分;另置CCD攝影機取得被檢測物外部 影像,以達到進口水果内、外部品質之檢測。 【先前技術】 ^ 病蟲害檢測一直是農產品進出口上相當重要的一環,嚴密 的檢疫可以防止外來之蟲害(本身對植物有害或是傳遞病菌 之媒介)對當地農業環境造成損害甚而破壞固有生態。其中 又以躲藏於水果内之病蟲或蟲卵最難以檢查。 過去水果病蟲害最常採用的檢測方式,是採人力目視抽檢 加上解剖顯微鏡檢查。但,在抽檢過程中,本身就可能有漏 ~ 網之魚。另外,在目視過程上,水果遭受碰撞的損傷與蟲害 在外觀上難以區辨,因而增加了檢測的困難度。此外,在解 剖顯微鏡檢查過程上,被抽檢之水果很難針對細小部分去作 檢查,這將導致水果之某些部分被遺漏,於是產生防疫上的 漏洞。因此,傳統檢測之三大過程都不僅費時、費力、可靠 度低,甚至因採破壞性檢測方式,因而降低了進口水果之經 濟利益。, M274530 4. Creation instructions (1) [Technical field to which the new type belongs] This creation "Fruit Pest Automated Detection Device" aims to provide a non-destructive quarantine method for imported fruits, using X-rays to irradiate imported fruits to obtain their internals Perspective images, digital image processing technology is used to find the parts that may suffer from insect infestation and parasites; another CCD camera is used to obtain the external image of the test object to achieve the internal and external quality inspection of imported fruits. [Previous technology] ^ Disease and insect pest detection has always been a very important part of the import and export of agricultural products. Strict quarantine can prevent foreign insect pests (which are harmful to plants or pass vectors for germs) to cause damage to the local agricultural environment and even destroy the inherent ecology. Among them, pests or eggs hiding in the fruit are the most difficult to inspect. In the past, the most common detection method for fruit diseases and insect pests was manual visual inspection and dissection microscopy. However, in the sampling process, there may be omissions in the net. In addition, in the process of visual inspection, fruits are not easily distinguishable from collision damage and pests, which increases the difficulty of detection. In addition, in the process of dissection microscopy, it is difficult to check the small parts of the fruit for sampling, which will cause some parts of the fruit to be missed, which will cause loopholes in epidemic prevention. Therefore, the three major processes of traditional testing are not only time-consuming, labor-intensive, and low-reliability. They even use destructive testing methods, which reduces the economic benefits of imported fruits.
第6頁 .M274530 9、創作說明(2) 有鑑於此,本創作期望提供一檢疫方法,能有效同時解決 以上所述之存在問題 【新型内容】 由上述之原由,本創作之主要目的係提供一安全、快速 準確、不需耗費大量人力資源且為非破壞性之檢疫方法,排 除以往檢測方式所產生之檢測死角及對商品造成之經濟損 失,並期適用於我國機場、港口或檢疫單位,以提高我國對 進口農產品的抽檢效率、強化防疫措施並維護國人健康及丨 然生態環境。 為達成上述目的,本創作係利用X光穿透物體之特性,完 成一套全自動化之X光檢疫自動化檢測裝置。由於X光影像搦 取方式乃採用線型感測器接收X光穿透物品之訊號,經由輸 送單元配合定位單元平移置於置物單元内之檢測對象,便可 有效取得完整之檢測對象(水果)内部影像,所取得之X光影 像透過數位影像處理技術,便能直接將水果中之不良區域標 示並顯現於螢幕上,立即供給檢疫人員參考。此方式不僅為 非破壞性檢測,且不如以往之檢測方式有檢測死角之疑慮 另外,透過系統自動化之特性,不僅可以降低人力成本,在 相同檢測時間内,相較於傳統之人工方式,可檢測更大量之 水果因而增強檢疫結果之可靠度。此外,本創作又配有C C D 攝影機及雙螢幕架構,因而能同時顯現水果之外部可見光影 像及内部X光影像,以提供檢疫人員交叉比對參考。Page 6. M274530 9. Creation Instructions (2) In view of this, this creation hopes to provide a quarantine method that can effectively solve the problems mentioned above at the same time [New Content] From the above reasons, the main purpose of this creation is to provide A safe, fast, accurate, non-destructive quarantine method that does not require a lot of human resources, eliminates the dead corners caused by previous detection methods and the economic losses caused by commodities, and is applicable to China's airports, ports or quarantine units, In order to improve the sampling efficiency of imported agricultural products in our country, strengthen anti-epidemic measures and maintain the health and ecological environment of the people. In order to achieve the above purpose, this creation uses the characteristics of X-rays to penetrate objects to complete a set of fully automated X-ray quarantine automatic detection devices. Because the X-ray image capture method uses a linear sensor to receive the signal of X-rays penetrating the article, the detection object placed in the storage unit is translated through the transport unit and the positioning unit, and the complete inside of the detection object (fruit) can be effectively obtained. The obtained X-ray image can be directly marked and displayed on the screen by digital image processing technology through digital image processing technology, which can be immediately provided to the quarantine personnel for reference. This method is not only non-destructive testing, but it is not as suspicious of detecting dead angles as the previous testing methods. In addition, through the characteristics of system automation, not only can reduce labor costs, but also can detect the same detection time compared with the traditional manual method. Larger quantities of fruit thus increase the reliability of the quarantine results. In addition, this creation is equipped with a CC camera and a dual-screen architecture, so that the external visible light image and the internal X-ray image of the fruit can be displayed at the same time to provide cross-references for quarantine personnel.
第7頁 姬 74-53Ό- 四、創作說明(3) , · 在系統安全上,為有效 了機身内層由鉛版組成外 統外部之間皆以鉛簾分隔 開啟、關閉X光射源方式 制程式操控。當水果進入 啟,其他狀態下本裝置皆 整體檢測裝置安全性提升 裝置感應到不當負重時, 會立即停止輸送帶運作, 造成傷害。 在系統機能上,為便於 裝置之水果輸送、掃描模 式外,又各包含了手動以 境需求。另外,又有別於 計有固定腳架及移動用輪 機台,當需要時,可將固 實施方式 除系動控 f^而 ,與手之 Μ傳裝作 開可 害區的寫_ d之本操 勤此 侵測見撰 α果,當 線檢常所U士水況不 脅, 射果於由I3若狀員 輻水別是wif,發人 到、有源;外突止 受區,射另有防 員送外光u Μ。能效 人輸另U時Χ-態可有 作果。Θ内將狀定能 置 操水外j區動佳認也 止在來# 描自最會而 防,開 掃會到便因 檢疫工作之進行、提升機動性,本 式包含了順向、逆向、去回三種模 及自動兩種方式,以因應不同之環 常見的固定式機台,本系統下方設 軸,平時可用固定式腳架固定檢測 定腳架收起以方便移動。 進 更 bb A月 員 委 查 審 貴 使 了 定 預 成 達 為 作 創 本 解 瞭 步 效 功 及 段 手 術 技 之 取 採 所 的 創 本 關 有 下 以 閱 參 請 僅 特式。 與圖制 徵附限 特所以 、而加 的然作 目,創 之解本 作瞭對 創之以 本體用 信具非 相且並 。入, 圖深用 附一使 與得明 明此說 說由與 細可考 詳當參 之,供 作點提Page 7 Ji 74-53Ό- 4. Creation Instructions (3), · In terms of system security, in order to be effective, the inner layer of the fuselage is composed of lead plates, and the outside is separated by lead curtains. The X-ray source is turned on and off. Program control. When the fruit enters, the whole device in other states improves the safety of the overall detection device. When the device detects an improper load, it will immediately stop the operation of the conveyor belt, causing injury. In terms of system function, in order to facilitate the fruit conveying and scanning modes of the device, each also includes manual environmental requirements. In addition, it is different from a fixed stand and a mobile turbine. When necessary, the solid embodiment can be removed from the control f ^, and transmitted with the hand M to write the open area _ d The invasion of this exercise can be seen in the writing of the α fruit. When the line inspection office U Shi water conditions are not threatened, the fruit is shot by the I3 if the member of the water is a wif, sent to the source, active; Shoot another guard to send outside light uM. Energy efficiency X-state can be effective when people lose another U. The Θ will be able to be placed in the water outside the j zone, and the movement is recognized in the j zone. # Describing it from the most will prevent it. When the scan is over, the quarantine work will be carried out to improve mobility. This formula includes forward and reverse To return to three modes and automatic two ways, in order to respond to the common fixed machine of different rings, the system is equipped with a shaft below, usually can be fixed with a fixed tripod to detect the tripod stowed to facilitate movement. Bb A monthly inspection commission member has made the pre-determined achievement to solve the problem of the effectiveness of the step and the technical skills of the creation of the skills, please refer to the special style. In addition to the illustrations, there are special and additional restrictions on the creation of the project. The solution of the creation is inconsistent with that of the creation. Into the picture, use the attached one to make the explanation clear. The reason and the details can be considered in detail for reference.
第8頁 ,M274530 四、創作說明(4) 本創作係利用X光成像原理配合數位影像技術,發展出可 應用於港口、機場或檢疫單位之水果病蟲害自動檢測裝 置。本裝置可自動將疑似被蟲害蛀食、蟲卵寄生或受外 力碰撞所造成之傷害區域標示於原影像上。另外,為了 同時兼顧水果外部之品質檢測,本裝置中另外包含一 CCD 攝影機,以用來取得水果之外部影像,並能將X光影像以 及CCD影像同時顯示於不同螢幕上,以提供給操作者交叉 比對、增快檢疫工作的進行。本裝置詳細的架構及運作 方式說明如下: 本裝置的架構如第一圖所示,主要由定位單元、防護單 ,元、置物單元、輸送單元、影像擷取單元及影像暨品質 顯示單元及所組成。其中定位單元由光接收器9 3以及光 發射器9 4所構成,主要用來偵測是否有水果需要掃描以 及作物品定位,另外也能防止物品在輸送期間掉落地 面;防護單元包含由鉛版所製成之系統外殼内層1 0 2、内 層鉛簾1 1 0以及外層鉛簾111,主要用來防止X光之輻射外 洩;置物單元如第三圖所示,主要用來置放檢測物;輸 送單元包含伺服馬達90以及輸送帶91,主要用來輸送置 物單元;影像擷取單元包含X光射源40、X光射源控制器 41、X光線型感測器42以及CCD攝影機50,主要用來取得 檢測物之内部以及外部影像;影像暨品質顯示單元包含 2 A以及2 B之雙螢幕,主要用來顯示所取得之檢測物内部 以及外部影像,同時會標示出檢測物之不良區域。 本檢測裝置的運作方式請參見第二圖,利用X光射源4 0釋Page 8, M274530 IV. Creation instructions (4) This creation is based on the principle of X-ray imaging combined with digital imaging technology to develop an automatic fruit disease and pest detection device that can be applied to ports, airports or quarantine units. This device can automatically mark the damage area that is suspected to be eaten by insects, parasitic eggs or impacted by external force on the original image. In addition, in order to take into account the external quality inspection of fruits at the same time, this device also includes a CCD camera to obtain external images of fruits, and can display X-ray images and CCD images on different screens at the same time for the operator Cross-comparison and speed up the quarantine work. The detailed structure and operation mode of this device are described as follows: The structure of this device is shown in the first figure, which is mainly composed of positioning unit, protection sheet, element, storage unit, transport unit, image acquisition unit, image and quality display unit and composition. The positioning unit is composed of a light receiver 93 and a light transmitter 94, which are mainly used to detect whether there is a fruit that needs to be scanned and positioned for the article, and it can also prevent the article from falling to the ground during transportation; the protective unit contains lead The inner shell of the system shell made by the version 10, the inner lead curtain 1 10, and the outer lead curtain 111 are mainly used to prevent X-ray radiation from leaking out; the storage unit is shown in the third figure and is mainly used for placement detection The transport unit includes a servo motor 90 and a conveyor belt 91, which are mainly used to transport the storage unit; the image capture unit includes an X-ray source 40, an X-ray source controller 41, an X-ray sensor 42, and a CCD camera 50 , Which is mainly used to obtain the internal and external images of the test object; the image and quality display unit includes 2 A and 2 B dual screens, which are mainly used to display the obtained internal and external images of the test object, and at the same time indicate the defect of the test object region. Please refer to the second figure for the operation mode of this detection device.
第9頁 M274530 四、創作說明(5) 放X光射線^0 1,χ光射線穿透水果時會因 f J而衰 >滅’於是利用X光線型感 J度及厚 ,線穿過水果之χ光強度分佈,利用伺服2 =取得叉光 了 9 1移動物品便能得到物品之完整χ光影像。=動輪送 2用線型感測器取得χ光影像,因此線:感::本,置 速ΐ 2 ί十分精確,否則會造成χ光影像之i ^ ί if描 =^置操作由啟動至就緒之流程包括本裝置的、作 t f、初始設定、檢測參數設定、X光射源暖機等充則 =圖的流程圖i所示,其中檢測本裝以ί;?, 二2的詳細H流程*第六圖所示。本/置體敎糸機统疋否 過程中,黨i鱼r ν , 十衣置热機就緒 壓控制mΪ光射源參數設定,此項設定與輸送帶電 本創作提出ϋ — ΐ水果與x光射源之間的距離有關。在此 度將線型感i ί此自*動依照輸送帶速率以及水果置放高 更多環境、y °之掃描速率求出。為了使系統能適用於 送方式^分=作因素’本裝置依照檢測時待檢水果之輸 式又可分& i,向、逆向以及去回三種模式,這三種模 見第八圖中 所自動及手動檢測兩種方式,其差異可參 將取得之X光影7圖2 ° 流程便能將水果陳以及CCD影像經由第九圖中之影像處理 上’並透過雙卷之内部以及外部之不良區域標示於影像 如第一圖21、2幕架構’將X光以及C C D影像分別顯示於 不同時°,其果内之螢幕上。另外’由於檢測之水果種類 ’、 肉密度以及厚度都會有所差異,若檢測時Page 9 M274530 IV. Creation instructions (5) X-rays ^ 0 1, x-rays will decay due to f J when passing through the fruit > The χ-ray intensity distribution of the fruit can be obtained by using the servo 2 = to get the fork light 9 1 moving the item to get the complete χ-ray image of the item. = Moving wheel 2 uses a linear sensor to obtain the χ-ray image, so the line: Sense :: Ben, the setting speed ΐ 2 is very accurate, otherwise it will cause the i-ray image i ^ ί if the setting operation is from start to ready The process includes the device, tf, initial settings, detection parameter settings, X-ray source warm-up, etc., as shown in the flowchart i of the figure, in which the detailed H process of the detection is installed with 2; 2 * As shown in the sixth figure. In the process of whether the system is installed or not, the party i fish r ν, the temperature of the machine is ready to control the pressure of the light source parameter setting, this setting and the conveyor belt book creation proposal — — ΐ fruit and x-ray The distance between the sources is related. At this point, the linear feeling i is calculated according to the speed of the conveyor belt and the environment where the fruit is placed higher, and the scan rate of y °. In order to make the system applicable to the delivery mode, ^ = = factor, the device can be divided into & i, forward, reverse, and return modes according to the input type of the fruit to be inspected during detection. These three modes are shown in Figure 8 Automatic and manual detection methods, the difference can refer to the obtained X-ray image 7 Figure 2 ° The process can be processed fruit image and CCD image through the image of the ninth image and through the internal and external defects of the double volume The area is marked in the image, as shown in the first picture 21 and 2 '. The X-ray and CCD images are displayed on different screens at different times. In addition, ‘due to the type of fruit tested’, meat density and thickness will vary.
第10頁 ο 3 5 74 2 Μ 明 說 辦採 、 皆 四 性 特 線 射 光 X 之 同 相 定 固 質 品 像 影 光 X 致 導 能 可 種的 果置 水裝 對測 針檢 需。 必量 是子 於光 ,及 佳以 不度Page 10 ο 3 5 74 2M It is stated that the in-phase solid-state solid-state image X-rays X-rays X-rays which can be planted and purchased are all required for styli inspection. The quantity must be the light of the light,
強是 源量 射子 光光 及 以 度 強 之 源 射 光 X 之 同 不 予 給 同 不 類 及 壓 之 11 4 器 制 控 源 射 光 X 的 中 圖 - 第 如 制 控 式 程 過 透 之 置 裝 本 全 安 的 員 人 作 操 保 確 為 上 。用 成使 達置 來裝 值本 流在 X 時要 平需 ,果 制水 控有 式當 程。 由態 經狀 是止 帶停 送為 輸帶 及送 以輸 源而 射態 光 al、 B·^ 關 為 源 光狀 者 作 操 時 測 檢 置94 裝置 入裝 放位 並定 内之 ο中 6 箱圖 物二 置第 之如 示由 所經 圖會 二便 第置 如裝 於本 置, 果區 水送 將輸 需的 只内 erc ίι/ 水啟 有開 列fe 測自 感驟 測 檢 要 需 依 是 於 帶 送 輸 及 以 源 射 光 步 之I1 2間 圖期 程啟 流開 中源 圖射 六光 第.X I在 ο 員 員人 人作 近操 附, 示外 警意 以發 ,突 亮生 點發 時若 同, 會中 也程 ο過 3 i 燈測 示檢 警果 之水 中在 iLSLIlHi, 一外 第另 檢 ly- 止員 終人 急作 緊操 來止 70防 版了 面為 制, 控外 之此 中。 圖作 一 運 第之 如置 過裝 透帶 能送 也輸 光 及 源 果 水 測 檢 IJi τ-1 入被7 進而G 果口11 水物簾 ,置鉛 時開層 内 區 測 光 源 此 如 離雙 未之簾 員圖錯 人一層 但第外 ,如時 啟了啟 X— 古口 源設源 射置射 光裝光 X ‘ X 致 證 導f保 而能 合 0ΜΝ oft 經 已 止 防 效 有 能 而 因 業 工 之 中 〇 圖 洩一 外第 射由 輻程 光流 •作 il 體 整 及 以 置 裝 述 所 上 以 所求被 圖需護 四置保 第裝使 如本能 係照了 關依除 結為點 連,特 之60其 腦箱, 電物圖 業置三 工之第 與及考 置提參 裝所請 各中, ,文的 制,來 控外出 80另發 腦。開 電示所The intensity is the same as the source emitter light X and the strong source light X. Do not give the same type and pressure. 11 4 The middle image of the source control light X-the same as the control-type process through the installation The safety and security of the members of this Quanan Group is paramount. The use of the achievement to set the value of the current flow at X should be flat, fruit water control has a formal process. When the state of warp is stopband, stop for the belt and send the source, and the state of light al, B, ^ is off, the light source will be tested and set when the device is in operation. 6 The second place of the box is shown as shown in the second picture. The second place is placed as if it is installed in the place. The water delivery in the fruit area will only be required for the inner erc. It is necessary to follow the steps of I1 and the two steps of the I1 with the light source and the light source step. The source image is shot and the six light sources are launched. The XI is attached to everyone, and the warning is issued in order to highlight the students. If it ’s the same at the time of the launch, you will also pass the 3 i light test to check the police ’s water in iLSLIlHi. The first check is ly- the end-user rushes to stop the 70-proof version. Outside this. The picture is the same as the first shipment. If you put the transparence belt, you can send light and the source fruit water test IJi τ-1 into quilt 7 and then G fruit port 11 water curtain. When the lead is placed, the light source in the inner area of the floor is measured. The picture of the member of Shuangwei's curtain is wrong, but the first step is outside, such as Kai X—gukou source set the source and set the light X 'X to prove the f guarantee and can be combined with 0MN oft. However, due to the fact that the map is leaked and the first shot is made by the radial optical flow, the whole body is set up and the device described above is required to be protected, and the four installations are required to be installed, so that if the instinct is based on the Guanyi except the settlement For the point of connection, especially the brain box of 60, the electrical material graphics industry and the three workers in the test equipment installation, please refer to the system, control system, to control 80 out of the brain. Power station
第11頁 M274530 四、創作說明(7) 檢測之水果,使其不會遭受碰撞傷害外,還可依照需求 更改内置物箱水果置放架6 0 2之高度,且由於其側面設計 為斜面結構,因而能便於置物箱進出檢測裝置。另外, 為了維持X光影像之品質,此置物箱材質採用密度分佈均 勻之壓克力板製作,且置物箱上蓋6 0 1及置物箱水果置放 架6 0 2表面設計為可抽換式膠片板,當表面刮傷或污染時 便可替換,如此更能防止污染而影響檢測結果。 另外,為便於機台移動以及固定,本裝置下方設計有如 第一圖中之固定腳架及移動用輪軸106,平時可用固定式 腳架固定檢測機台,當需要時,可將固定腳架收起以方Page 11 M274530 IV. Creation instructions (7) Except for fruits that are not subject to collision damage, the height of the fruit storage rack 6 0 2 in the built-in box can be changed as required, and because the side is designed as a bevel structure Therefore, it is convenient to put the storage box in and out of the detection device. In addition, in order to maintain the quality of X-ray images, the material of this storage box is made of acrylic plate with uniform density distribution, and the surface of the storage box cover 6 0 1 and the storage box of fruit storage rack 6 0 2 are designed as removable film. The board can be replaced when the surface is scratched or contaminated, so that it can prevent contamination and affect the detection result. In addition, in order to facilitate the movement and fixing of the machine, a fixed foot and a moving wheel shaft 106 are designed below the device. The detection machine can be fixed with a fixed foot in normal times. When necessary, the fixed foot can be retracted. From the side
第12頁 ♦ M274530 圖式簡單說明 ' 【圖式簡單說明】 第一圖係顯示本創作之外觀立體透視圖。 第二圖係顯示本創作之内部機構單元透視圖。 第三圖係顯示本創作用以置放檢測物之置物箱立體透視圖。 第四圖係顯示本創作之裝置架構連接方式示意圖。 第五圖係顯示本創作之由啟動至就緒之流程圖。 第六圖係顯示本創作之檢測流程。 第七圖係顯示本創作之參數計算流程。 第八圖係顯示本創作之由就緒至晝面顯示之流程圖。 第九圖係顯示本創作之影像處理流程。 ❶ 【主要元件符號說明】 2A 上螢幕 2B 下螢幕 30 X光射源警示燈 40 X光射源 401 X光射線 41 X光射源控制器 42 X光線型感測器 50 CCD攝影機 60 置物箱 601 置物箱上蓋 602 置物箱水果置放 架 61 假想被測物 70 控制面版 71 鍵盤及滑鼠 80 工業電腦 90 伺服馬達 91 輸送帶 93 四組光接收裝置 94 四組光發射器裝 置 101 系統外殼外層Page 12 ♦ M274530 Schematic description '' [Schematic description] The first image is a three-dimensional perspective view showing the appearance of this creation. The second figure is a perspective view showing the internal institutional units of this creation. The third figure is a perspective view of the storage box used for placing the detection object in this creation. The fourth figure is a schematic diagram showing the connection method of the device architecture of this creation. The fifth picture shows the flow chart from the start to the ready of this creation. The sixth figure shows the detection process of this creation. The seventh diagram shows the parameter calculation process of this creation. The eighth figure is a flowchart showing the creation from ready to day display. The ninth picture shows the image processing flow of this creation. ❶ [Description of main component symbols] 2A upper screen 2B lower screen 30 X-ray source warning light 40 X-ray source 401 X-ray 41 41 X-ray source controller 42 X-ray sensor 50 CCD camera 60 Storage box 601 Storage box top cover 602 Storage box fruit rack 61 Imaginary object to be measured 70 Control panel 71 Keyboard and mouse 80 Industrial computer 90 Servo motor 91 Conveyor belt 93 Four groups of light receiving devices 94 Four groups of light transmitter devices 101 System outer cover
第13頁 M274530 圖式簡單說明 102 系統外殼内層 105 系統前蓋 10 6 系統輪軸及固定架 110 内層錯簾 111 外層鉛簾 Ο lim 第14頁Page 13 M274530 Brief description of the diagram 102 The inner layer of the system housing 105 The front cover of the system 10 6 The system axle and the fixing frame 110 The wrong inner curtain 111 The outer lead curtain Ο lim page 14
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TW94203078U TWM274530U (en) | 2005-02-27 | 2005-02-27 | Automatic inspection device for pest insect of fruit |
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TW94203078U TWM274530U (en) | 2005-02-27 | 2005-02-27 | Automatic inspection device for pest insect of fruit |
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Cited By (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI493189B (en) * | 2012-02-16 | 2015-07-21 | Univ Nat Ilan | Automatic bruising system for fruit bruises |
TWI547894B (en) * | 2014-12-10 | 2016-09-01 | 財團法人工業技術研究院 | Meal distribution assistance system and meal distribution assistance method using the same |
TWI569011B (en) * | 2014-07-25 | 2017-02-01 | 財團法人工業技術研究院 | Inspection module for meal quality and inspection method for meal quality using the same |
CN114063179A (en) * | 2021-10-27 | 2022-02-18 | 福建省农业科学院植物保护研究所 | Biological cross-border intelligent monitoring equipment of invasion |
-
2005
- 2005-02-27 TW TW94203078U patent/TWM274530U/en unknown
Cited By (5)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI493189B (en) * | 2012-02-16 | 2015-07-21 | Univ Nat Ilan | Automatic bruising system for fruit bruises |
TWI569011B (en) * | 2014-07-25 | 2017-02-01 | 財團法人工業技術研究院 | Inspection module for meal quality and inspection method for meal quality using the same |
TWI547894B (en) * | 2014-12-10 | 2016-09-01 | 財團法人工業技術研究院 | Meal distribution assistance system and meal distribution assistance method using the same |
CN114063179A (en) * | 2021-10-27 | 2022-02-18 | 福建省农业科学院植物保护研究所 | Biological cross-border intelligent monitoring equipment of invasion |
CN114063179B (en) * | 2021-10-27 | 2023-10-27 | 福建省农业科学院植物保护研究所 | Intelligent monitoring equipment for invasion organism cross-border |
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