TWM325497U - Testing structure for container - Google Patents

Testing structure for container Download PDF

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Publication number
TWM325497U
TWM325497U TW96210249U TW96210249U TWM325497U TW M325497 U TWM325497 U TW M325497U TW 96210249 U TW96210249 U TW 96210249U TW 96210249 U TW96210249 U TW 96210249U TW M325497 U TWM325497 U TW M325497U
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Taiwan
Prior art keywords
test container
accommodating space
test
humidity
isolation
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TW96210249U
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Chinese (zh)
Inventor
Ching-Chin Liau
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Ji Yue Electronic Entpr Co Ltd
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Priority to TW96210249U priority Critical patent/TWM325497U/en
Publication of TWM325497U publication Critical patent/TWM325497U/en

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Description

%w: ‘.M325497 八、新型說明: 【新型所屬之技術領域】 本創作是有關於測試容器之結構,特別是指一種可調 整並控制溫、濕度條件,且具無線網路傳輸功及過濾雜訊 功能之測試容器結構。 【先前技術】 隨著各種電子產品對於訊號傳輸之精確性,目前各種 手機、P D Α及各種相關主機電路板於開發完成階段,多 需進行相關特性之測試,而於一般開放的環境中具有極複 雜而嚴重之電磁波干擾(EM丨),容易影響測試之精確度 ;因此,上述之大多數之測試皆必須於低電磁波干擾(甚 至於是無電磁波干擾)之環境中實施測試,以達到較佳之 測試精準度。 _而,前傳統提供低電磁波干擾(無電磁波干擾)測試 環境之裝置乃係—具訊號隔離功能之測試容器, 體配合一可開啟之蓋艘’藉以提供 導磁特性,可‘^ 皆具極佳之 時,於I f磁波軸之干擾,同 子於a相體對外之散熱孔道及電子 設有適當之電•皮隔離機構,以確伴箱體::銜接#亦 _定度及可靠性;但是冓,:=:部於測試時之 增進,對於測試環境^ 電子產品精密度之 外,對於其它溫、渴产之=日盈嚴可’除電磁波之隔絕 濕度之%境條件亦多有限制,上述單純 M325497 干擾)測試環 何能於基本之低二 人作 【新型内容】 …ί創作之主要目的在於提供試容11之結構,其 σ、又定不同/JDL、j、度條件,以充份模擬各種不同之驗證测 試環境。 本創作之另一目的在於提供一種測試容器之結構,其 可有效隔絕經由訊號線傳輸且非同一頻率所產生之外部音 頻雜汛,以確保即測試值之客觀性與精準度。 本創作為達成上述目的及功效,其所採行的技術手段 包括··一底座,至少設有一插座面板,於該電源座板上設 有複數插座,可分別銜接於外部之電源或供應其它裝置所 需之電源;一隔離箱體,設有一可有效隔離電磁波之容置 空間’該容置空間一側具有一開口,且於該開口一侧設有 隔離面門,使其易於容置待測物,且於該容置空間内設有 一感知器組,可分別感測該容置空間内之溫、濕度,而於 5亥隔離箱體表侧另設有一測試孔與容置空間内連通,藉以 使該待測物銜接外部訊號源;一側機箱,設於該隔離箱體%w: '.M325497 VIII. New description: [New technical field] This creation is about the structure of the test container, especially one that can adjust and control the temperature and humidity conditions, and has wireless network transmission and filtering. Test container structure for noise function. [Prior Art] With the accuracy of signal transmission for various electronic products, various mobile phones, PDs, and various related host circuit boards are currently in the development stage, and it is necessary to test related characteristics, and it is extremely open in a generally open environment. Complex and severe electromagnetic interference (EM丨) can easily affect the accuracy of the test; therefore, most of the above tests must be tested in an environment with low electromagnetic interference (or even no electromagnetic interference) to achieve better testing. Precision. _In addition, the former traditional device that provides low electromagnetic interference (no electromagnetic interference) test environment is a test container with signal isolation function, which is combined with an openable cover to provide magnetic permeability characteristics. At the time of good, the interference of the I f magnetic wave axis, the same electrical and skin isolation mechanism for the external cooling channel and the electron of the a phase body, so as to be accompanied by the box:: convergence# also _determination and reliability But 冓, :=: the improvement in the test, for the test environment ^ electronic product precision, for other temperature, thirst production = daily profit can be 'except electromagnetic wave isolation humidity% of the conditions Restriction, the above simple M325497 interference test ring can be used in the basic low two [new content] ... ί creation of the main purpose is to provide the structure of the test capacity 11, its σ, and different / JDL, j, degree conditions, To fully simulate a variety of different verification test environments. Another object of the present invention is to provide a test container structure that can effectively isolate external audio noise transmitted through the signal line and not generated at the same frequency to ensure the objectivity and accuracy of the test value. In order to achieve the above purposes and functions, the technical means adopted by the present invention include a base, at least one socket panel, and a plurality of sockets on the power socket board, which can be respectively connected to an external power source or supply other devices. A power supply is required; an isolation box is provided with an accommodating space for effectively isolating electromagnetic waves. The one side of the accommodating space has an opening, and an isolation surface door is provided on one side of the opening to make it easy to be placed. And a sensor group in the accommodating space, respectively, can sense the temperature and humidity in the accommodating space, and a test hole is connected to the accommodating space on the surface of the 5 hai isolation box body, So that the object to be tested is connected to the external signal source; one side of the chassis is disposed in the isolation box

…M325497 ^ 旁侧,其内部設有溫、濕度之調整控制裝置,且於其旁側 設有出、回風口與該隔離箱體之容置空間内部連通,以經 由該氣流之流通而控制該容置空間内之溫、濕度。 至於本創作之詳細構造、應用原理、作用與功效,則 參照下列依附圖所作之說明即可得到完全的瞭解: 【實施方式】 請參各圖,可以很明顯地看出,本創作主要包括:底 ® 座1、隔離箱體2及侧機箱3等部份,其中該底座1至少 一(左)邊側設有插座面板1 1,於該插座面板1 1上設 有一電源輸入端1 1 1及複數輸出端插座1 1 3,且該電 源輸入端1 1 1串接一輸入端保險絲座1 1 2,可供銜接 於外部之電源,而各輸出端插座1 1 3則分別串接一輸出 端保險絲座1 1 4,以供應其它外部裝置所需之電源,隔 . 離箱體2係一可隔離電磁波之箱體,其内部設有一具開口 Φ 之容置空間2 1,且於其開口一侧設有隔離面門2 2,而 該容置空間2 1之開口周緣與隔離面門2 2之間則環設有 一隔離條2 2 1,於容置空間2 1周緣壁面内部可夾設有 一層吸音材料A (吸音棉或吸波膠),以有效隔絕外部音頻 訊號之干擾,提昇測試環境中之dB值,而該容置空間2 1 内至少二對側壁面設有複數對稱之支架2 3,且於各支架 2 3上對稱設有複數鉤片2 3 1,以支撐至少一可供放置 待測物之柵盤2 6,又於容置空間2 1内另設有一感知器 組2 4及一測試孔2 5,該感知器組2 4至少係由一溫度...M325497 ^ The side is provided with an adjustment control device for temperature and humidity inside, and an outlet and a return air inlet are provided on the side thereof to communicate with the inside of the accommodation space of the isolation box to control the circulation through the air flow. The temperature and humidity in the space. As for the detailed structure, application principle, function and effect of this creation, we can get a complete understanding by referring to the following description according to the following drawings: [Embodiment] Please refer to each figure, it can be clearly seen that this creation mainly includes: a bottom panel, an isolation box 2, and a side chassis 3, wherein the base 1 is provided with a socket panel 1 at least one (left) side, and a power input terminal 1 1 is disposed on the socket panel 1 And a plurality of output sockets 1 1 3, and the power input terminal 1 1 1 is connected in series with an input terminal fuse holder 1 1 2 for connecting to an external power source, and each output socket 1 1 3 is connected in series with an output. The terminal fuse holder 1 1 4 is used for supplying power supply for other external devices, and the housing 2 is a box for isolating electromagnetic waves, and an accommodating space 2 1 having an opening Φ is disposed inside the opening. An isolation surface door 22 is provided on one side, and a separation strip 2 2 1 is disposed between the opening periphery of the accommodating space 21 and the isolation surface door 2 2 , and the inner wall of the accommodating space 2 1 can be interposed. There is a layer of sound absorbing material A (absorbent cotton or absorbing gel) to effectively isolate The interference of the audio signal increases the dB value in the test environment, and at least two pairs of side wall surfaces of the accommodating space 2 1 are provided with a plurality of symmetrical brackets 2 3 , and a plurality of hook pieces 2 are symmetrically arranged on each of the brackets 2 3 3 1 to support at least one grid 2 2 for placing the object to be tested, and a sensor group 24 and a test hole 2 5 in the accommodating space 2 1 , the sensor group 2 4 is at least By a temperature

M325497 感知裔、一濕度感知裔及一同溫保瘦感知器所組成,以分 別感測容置空間2 1内之溫、濕度,且提供溫度異常(過 高)時之斷電保護,而測試孔2 5則可供容置空間2 1内 之待測物銜接外部訊號源及電源’於該隔離面門2 2上另 設有一遽波器2 2 2及一透視窗2 2 3,該濾波器2 2 2 可供過慮外部輸入訊號中之雜訊’而該透視窗2 2 3則便 於由外向内觀視該容置空間2 1内部狀況,侧機箱3設於 該隔離箱體2之旁側,其内部設有溫、濕度之調整控制裝 置以及一電子迴路糸統权組3 8,且其於臨容置空間2 1 開口之一側設有可編輯程式系統模組3 9,且於其旁側設 有出、回風口 3 1 v 3 2與該隔離箱體2之容置空間2工 内。卩連通,以利用該氣流之流通而控制該容置空間2 1内 之溫、濕度,於該側機箱3背側則分別設有入水口開關3 3、濕度保護開關3 4、風扇3 5、RS-485通訊界面3 6 及水源開關3 7,該入水口開關3 3係用以開啟自動進(補 )水之開關,濕度保濩開關3 4則係用以保護側機箱3内 =濕度產生器,以避免其空焚,風扇3 5係用以發散側機 箱3内之值度,而RL485通訊界面3 6則係作為側機箱3 内部之機構與外部控制裝置(電腦)之連線介面,水源開 關3 7係作為外部自動進水與内部水筒進水之切換,該電 子=路系統模組3 8係為制漏電流,而該可編輯程式系 輪組3 9則储由程式之編輯,而可設定驗證之测試時 間及溫度、濕度變化,進而編轉成靜態、動態曲線。 本創作上述結構中,其不但該隔離箱體2之容置空間The M325497 is composed of a sensed person, a humidity-sensing person, and a temperature-sensing thin sensor to sense the temperature and humidity in the accommodating space 2 1 and provide power-off protection when the temperature is abnormal (too high), and the test hole 2 5 is adapted to connect the external signal source and the power source in the accommodating space 2 1 ', and a chopper 2 2 2 and a see-through window 2 2 3 are additionally disposed on the isolation surface door 2 2 , the filter 2 2 2 can be used to consider the noise in the external input signal', and the see-through window 2 2 3 is convenient for viewing the internal condition of the accommodating space 2 1 from the outside to the inside, and the side chassis 3 is disposed beside the isolation box 2 The internal temperature and humidity adjustment control device and an electronic circuit control system group 3 8 are provided with an editable program system module 3 9 on one side of the open space 2 1 opening. The side is provided with an outlet, a return air port 3 1 v 3 2 and an accommodation space 2 of the isolation box 2 .卩Connecting to control the temperature and humidity in the accommodating space 21 by using the circulation of the airflow, and the water inlet switch 3 3, the humidity protection switch 34, and the fan 35 are respectively disposed on the back side of the side chassis 3, RS-485 communication interface 3 6 and water source switch 3 7, the water inlet switch 3 3 is used to open the automatic (complement) water switch, and the humidity protection switch 3 4 is used to protect the side chassis 3 = humidity generation In order to avoid its empty burning, the fan 3 5 is used to diverge the value in the side chassis 3, and the RL485 communication interface 36 is used as the connection interface between the mechanism inside the side chassis 3 and the external control device (computer). The water source switch 3 7 is used as the switch between the external automatic water inlet and the internal water tank inlet water. The electronic=road system module 38 is used to generate leakage current, and the editable program wheel set is stored by the program. The test time and temperature and humidity changes of the verification can be set, and then converted into static and dynamic curves. In the above structure of the creation, not only the accommodation space of the isolation box 2

• •M325497 2 1内可設定保持溫、·濕度及維持高頻、雜訊消除、高dB 值,以消除外界之干擾源、確保測試環境之精確及穩定外, 亦可經由RS-485通訊界面3 6而可由外部控制(甚至於e 化遠端監控管理)及實施測試數據之傳輸,達到測試自動 化、數位化之功效。 由上所述可知,本創作測試容器之結構確實具有溫、 濕度條件可調整且可有效隔離外部干擾之功效,確已具有 產業上之利用性、新穎性及進步性。 惟以上所述者,僅為本創作之一較佳實施例而已,並 非用來限定本創作實施之範圍。即凡依本創作申請專利範 圍所作之均等變化與修飾,皆為本創作專利範圍所涵蓋。 【圖式簡單說明】 第一圖係本創作之前視立體構造示意圖。 第二圖係本創作之前視部份剖面示意圖。 第三圖係本創作之前視立體外觀圖。 第四圖係本創作之後視平面圖。 【主要元件符號說明】 1 底座 11 插座面板 111 電源輸入端 112 輸入端保險絲座 113 輸出端插座 M325497 114 輸出端保險絲座 2 隔離箱體 21 容置空間 22 隔離面門 221 隔離條 222 滤波器 223 透視窗 23 支架 231 鉤片 24 感知器組 25 測試孔 26 桃盤 3 側機箱 31 出風口 32 回風口 33 入水口開關 34 濕度保護開關 35 風扇 36 RS-485通訊界面 37 水源開關 38 電子迴路系統模組 39 可編輯程式系統模組 A 吸音材料 ίο• • M325497 2 1 can be set to maintain temperature, humidity and maintain high frequency, noise cancellation, high dB value, to eliminate external sources of interference, to ensure the accuracy and stability of the test environment, also through the RS-485 communication interface 3 6 can be controlled by external control (even e-remote monitoring management) and the implementation of test data transmission, to achieve test automation, digitalization. It can be seen from the above that the structure of the creation test container does have the effects of adjustable temperature and humidity conditions and can effectively isolate external interference, and has industrial applicability, novelty and advancement. However, the above description is only a preferred embodiment of the present invention and is not intended to limit the scope of the present invention. That is, the equal changes and modifications made by the patent application scope of this creation are covered by the scope of the creation patent. [Simple description of the diagram] The first diagram is a schematic diagram of the stereoscopic structure before the creation. The second picture is a partial cross-sectional view of the original creation. The third picture is a front view of the original view. The fourth picture is a plan view of the creation. [Main component symbol description] 1 Base 11 socket panel 111 Power input terminal 112 Input terminal fuse holder 113 Output socket M325497 114 Output fuse holder 2 Isolation housing 21 Housing space 22 Isolation surface door 221 Isolation strip 222 Filter 223 Window 23 Bracket 231 Hook 24 Sensor Set 25 Test Hole 26 Peach Tray 3 Side Case 31 Air Port 32 Air Return 33 Water Inlet Switch 34 Humidity Protection Switch 35 Fan 36 RS-485 Communication Interface 37 Water Source Switch 38 Electronic Circuit System Module 39 Editable Program System Module A Sound Absorbing Material ίο

9a 7. 21; 年月π I9a 7. 21; year π I

Claims (1)

:.M325497 30條正 年月R ;、 _ ,.眺 九、申請專利範圍: 1 . 一種測試容器之結構,其至少包括: 一底座,至少設有一插座面板,於該插座面板上設 有複數插座,可分別銜接於外部之電源或供應其它裝置 所需之電源; ' 一隔離箱體,設有一可有效隔離電磁波之容置空間 • ,該容置空間一側具有一開口,且於該開口一側設有隔 ^ 離面門,使其易於容置待測物,且於該容置空間内設有 馨 一感知器組,可分別感測該容置空間内之溫、濕度,而 於該隔離箱體表侧另設有一測試孔與容置空間内連通, 藉以使該待測物銜接外部訊號源; 一側機箱,設於該隔離箱體旁側,其内部設有溫、 濕度之調整控制裝置,且於其旁側設有出、回風口與該 隔離箱體之容置空間内部連通,該出、回風口係可供空 氣循環流通而控制該容置空間内之溫、濕度。 Φ 2.如申請專利範圍第1項所述之測試容器之結構,其中該 隔離箱體之隔離面門上設有一濾波器,可供過濾外部輸 入訊號中之雜訊。 3 ·如申請專利範圍第1項所述之測試容器之結構,其中該 隔離箱體之隔離面門上設有一透視窗,以便於由外向内 觀視該容置空間内部狀況。 4.如申請專利範圍第1項所述之測試容器之結構,其中該 容置空間内於至少二對側壁面設有複數對稱之支架,於 各支架上對稱設有複數鉤片,以支撐至少一可供放置待 11 M325497 一 測物之栅盤。 ;_ 5.如=專利範圍第1項所述之測試容器之結構,其中該 侧機相細-RS_485通訊界面與外部控狀裝置連社。 6^申請專利範圍第1項所述之測試容器之結構,其中°該 ^離相體周緣壁面設有夹層,以供夾設結合有吸音材料 以Ik絕外部非同一頻率所產生之音頻訊號干擾。 7·如申請專利範圍第6項所述之測試容器之結構,其中誃· 吸音材料係吸音棉。 ^ 8 ·如申請專利範圍第6項所述之測試容器之結構,其中該_ 吸音材料係吸波膠。 9·如申請專利範圍第丄項所述之測試容器之結構,其中該 感知器組至少包括一溫度感知器及一濕度感知器。 1 〇·如申請專利範圍第9項所述之測試容器之結構,其中 該感知器組另包括一高溫保護感知器。:.M325497 30 years of the year R;, _,. 眺 、, application patent scope: 1. A test container structure, which at least includes: a base, at least one socket panel, and a plurality of socket panels The socket can be respectively connected to an external power source or a power source for supplying other devices; 'an isolation box body having a receiving space for effectively isolating electromagnetic waves. · The receiving space has an opening on one side, and the opening One side is provided with a partitioning door to make it easy to accommodate the object to be tested, and a sensible sensor group is arranged in the accommodating space to sense the temperature and humidity in the accommodating space respectively. The test box is further provided with a test hole communicating with the accommodating space, so that the object to be tested is connected to the external signal source; the one side chassis is disposed on the side of the isolation box, and the inside is provided with temperature and humidity. The control device is adjusted, and the outlet and the return air outlet are connected to the inside of the accommodating space of the isolation box, and the air outlet and the air return port are arranged for circulating air to control the temperature and humidity in the accommodating space. Φ 2. The structure of the test container according to claim 1, wherein the isolation door of the isolation box is provided with a filter for filtering noise in the external input signal. 3. The structure of the test container of claim 1, wherein the isolation door of the isolation box is provided with a see-through window to facilitate viewing the internal condition of the accommodation space from the outside to the inside. 4. The structure of the test container according to claim 1, wherein the accommodating space is provided with a plurality of symmetrical brackets on at least two pairs of side wall surfaces, and a plurality of hook pieces are symmetrically arranged on each of the brackets to support at least A grid to be placed for 11 M325497. ;_ 5. The structure of the test container as described in the first aspect of the patent scope, wherein the side-machine phase-RS_485 communication interface is connected to the external control device. 6) The structure of the test container according to claim 1, wherein the peripheral wall of the phase separation body is provided with an interlayer for interposing an audio signal which is combined with the sound absorbing material to generate an external non-identical frequency. interference. 7. The structure of the test container according to claim 6, wherein the sound absorbing material is sound absorbing cotton. The structure of the test container as described in claim 6, wherein the _ sound absorbing material is a absorbing adhesive. 9. The structure of the test container of claim 2, wherein the sensor group comprises at least a temperature sensor and a humidity sensor. The structure of the test container of claim 9, wherein the sensor group further comprises a high temperature protection sensor. 1212
TW96210249U 2007-06-23 2007-06-23 Testing structure for container TWM325497U (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI418822B (en) * 2010-12-16 2013-12-11 Star Techn Inc Test apparatus
TWI467188B (en) * 2012-04-26 2015-01-01 Hon Hai Prec Ind Co Ltd Test system for electromagneteic interference

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI418822B (en) * 2010-12-16 2013-12-11 Star Techn Inc Test apparatus
TWI467188B (en) * 2012-04-26 2015-01-01 Hon Hai Prec Ind Co Ltd Test system for electromagneteic interference

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