JPS59196437A - Air-leakage inspecting apparatus for radioactive-material transporting container - Google Patents
Air-leakage inspecting apparatus for radioactive-material transporting containerInfo
- Publication number
- JPS59196437A JPS59196437A JP58070966A JP7096683A JPS59196437A JP S59196437 A JPS59196437 A JP S59196437A JP 58070966 A JP58070966 A JP 58070966A JP 7096683 A JP7096683 A JP 7096683A JP S59196437 A JPS59196437 A JP S59196437A
- Authority
- JP
- Japan
- Prior art keywords
- pressure
- inspected
- section
- air
- detected
- Prior art date
- Legal status (The legal status 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 status listed.)
- Pending
Links
Classifications
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01M—TESTING STATIC OR DYNAMIC BALANCE OF MACHINES OR STRUCTURES; TESTING OF STRUCTURES OR APPARATUS, NOT OTHERWISE PROVIDED FOR
- G01M3/00—Investigating fluid-tightness of structures
- G01M3/02—Investigating fluid-tightness of structures by using fluid or vacuum
- G01M3/26—Investigating fluid-tightness of structures by using fluid or vacuum by measuring rate of loss or gain of fluid, e.g. by pressure-responsive devices, by flow detectors
- G01M3/32—Investigating fluid-tightness of structures by using fluid or vacuum by measuring rate of loss or gain of fluid, e.g. by pressure-responsive devices, by flow detectors for containers, e.g. radiators
- G01M3/3236—Investigating fluid-tightness of structures by using fluid or vacuum by measuring rate of loss or gain of fluid, e.g. by pressure-responsive devices, by flow detectors for containers, e.g. radiators by monitoring the interior space of the containers
Abstract
Description
【発明の詳細な説明】
本発明は放射性物質輸送容器等の気密漏洩検査装置に関
する。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an airtight leakage inspection device for radioactive material transport containers and the like.
たとえば使用済核燃料輸送容器（以下キャスクと称する
）により使用済核燃料を強送する場合において、その輸
送途中においてキャスクの気密が十分でないと倣射能漏
ｎによる大事故が生じることになる。そこで輸送前にキ
ャスクの気密が完全であるか否かを厳重に検査する必要
がある。従来の検査は％被検査部内に空気を圧入して加
圧し、一定時間放置後、被検査部の圧力降下ｉＵ字管水
マノメータで読み取り、漏洩率を測定する加圧放置法に
より２こなわｎている。しかし、この加圧放置法では水
マノメータ全使用しているため、外的環境、特に湿度に
敏感であり、被検出部の体積が大きいほど、ごくわずか
の温度変化がマノメータ水位に悪影響を与えている。こ
のため気密漏洩検査に訃いて安定した測定が可能となる
のに長時間を要し、輸送作業の大きな障害となっている
。For example, when spent nuclear fuel is forcibly transported using a spent nuclear fuel transport container (hereinafter referred to as a cask), if the cask is not airtight enough during transportation, a major accident may occur due to radiation leakage. Therefore, it is necessary to strictly inspect whether the cask is completely airtight before transportation. Conventional inspections are carried out by pressurizing and pressurizing the part to be inspected, leaving it for a certain period of time, reading the pressure drop in the part to be inspected with a U-shaped water manometer, and measuring the leakage rate. ing. However, since this pressurized leaving method uses the entire water manometer, it is sensitive to the external environment, especially humidity, and the larger the volume of the area to be detected, the more likely that even the slightest temperature change will have a negative impact on the manometer water level. There is. For this reason, it takes a long time to perform an airtight leakage test and stable measurements are possible, which is a major hindrance to transportation work.
また従来の装置では圧力変動の検出値を検査員の目視に
よって確認しているため、測定ミスが生じるおそれがあ
り、また検査員が常時測定、記録作業？おこなくてはな
らず、取扱面でも問題があった。In addition, with conventional equipment, the detected pressure fluctuation values are visually confirmed by the inspector, which can lead to measurement errors, and the inspector must constantly take measurements and record them. There were also problems in handling.
そこで本発明はかかる問題点全解消した放射性物質輸送
容器等の気漏洩検査装置を提供するものであって、その
第１の発明の特徴とするところは、所定の被検査部内に
空気を圧入する圧入を気供給部と、被検査部内の圧力を
検出する圧力検出部と、被検査部内の湿度を検出する温
度検出部とを有する加圧ユニットに設け、該圧力検出部
からの入力信号に基づいて被検査部内の圧力値および鼎
度を表示する表示器およびそｎを記録する記録器を設け
たことにあり、かかる構成によｎば・被検査部の体積を
小さくすることができるため湿度変化の影響を少なくで
きると共に圧力値の検出と同時に被検査部の温度を検出
しているので、圧力値に湿度変化による修正値を加える
ことにより、漏洩率を正確に判定することができるもの
である。Therefore, the present invention provides an air leakage inspection device for radioactive material transport containers, etc., which completely eliminates these problems.The first feature of the invention is that air is pressurized into a predetermined part to be inspected. A press fit is provided in a pressurizing unit that has an air supply section, a pressure detection section that detects the pressure inside the inspected section, and a temperature detection section that detects the humidity inside the inspected section, and based on the input signal from the pressure detection section. The reason for this is that a display device is provided to display the pressure value and the degree of pressure inside the part to be inspected, and a recorder to record the pressure. The influence of changes can be reduced, and since the temperature of the part to be inspected is detected at the same time as the pressure value is detected, the leak rate can be accurately determined by adding a correction value due to humidity changes to the pressure value. be.
第２の発明の特徴とするところ＋ｄ、所定の被検査部内
を真空引きする真空引きｇＢと、彼４食出部内の真空度
全検出する圧力検出部とを有する圧力検出部を設け、該
圧力検出部からの入カイ９号に基づいて被検を部内の真
も７度およびｍ１度を表示する表示器およびそれを記録
する記録器金膜けたことにあり、かかる惜戎によｎば、
波検食部内金具空にするものであるから１．、ｌ、、、
”１度変化による影響を受けず、７）］洩率全正確に判
定することができるものである。The second feature of the invention +d is that a pressure detecting section is provided which has a vacuum gB that vacuums the inside of a predetermined inspected section, and a pressure detecting section that detects the entire degree of vacuum inside the extraction section; Based on the input signal No. 9 from the detection section, the test object was equipped with a display that displayed the true 7th degree and m1 degree in the section, and a recorder that recorded it with a gold film.
1. Because the metal fittings inside the wave detection part are to be emptied. ,l,,,
7) The leakage rate can be determined accurately without being affected by a one-degree change.
さらに上記第１寂よび第２の発明に共通することは、ユ
ニットからの入力信号に基づいて圧力値、真空度または
温度を長時間にわたって検出し、そ４− ｋ表示すると
共に記録できるものであって、従来のように検査員が目
視により確認する必要がなく、測定ミスが生じるお七【
はない。また検査員が常時測定、記録する必要もなく、
取扱いが容易である。Furthermore, what is common to the first and second inventions is that the pressure value, degree of vacuum, or temperature can be detected over a long period of time based on input signals from the unit, and can be displayed and recorded. This eliminates the need for inspectors to visually check as in the past, which can lead to measurement errors.
There isn't. There is also no need for inspectors to constantly measure and record.
Easy to handle.
以下、不発明の一実施例を図に基づいて説明する。この
実施例は３タイプの第１〜第２のキャスク（１１（２）
＋３）の蓋部（ＩＡ） （２Ａ） （８Ａ）の２重Ｏ
リングの気密漏洩とキャスク本体（ＩＢ） （２Ｂ）
（８Ｂ）のバルブ弁箱部（４） ＋５１（６）の気密漏
洩の検査装置に関する。第１図において、（７）は第１
加圧ユニット％（８）は第２７ＪＤＬＩＥ−Ｌ＝ニラ−
、＋９１は減圧ユニッ）、Ｑｄｉ検ｉユニッ） 、（Ｉ
ｌｌは真空ポンプユニットである。上記第１加圧二二、
ト（７）は、第１キヤスク（１）の各パルプ弁箱だｉｌ
（４）および蓋部の２軍Ｑ ＩＪソング間連通する穴
に接続さｎる５つのプラグ（１２Ａ）〜（１２Ｋ） 、
圧カ検出部贈および各プラグ（１２Ａ）〜（１２Ｂ）
２介して各バルブ弁箱部（４）および蓋部２重。リング
間の穴。１）に空気を圧入（たとえば加圧力ａ５に９／
ｃｒｉ）するための加圧ボンベ（１４Ａ）〜（ｉｎ）と
、各圧力検出部（１３）内の空気圧全表示するグルトン
管圧力計ｆ１５）と、被検査部内の空気圧を電圧に変換
して検出する第１圧力検出器０樽と、各圧力検出部（１
３１内の温度全検出する熱電対（１７Ａ）〜（１７Ｄ）
と、空気抜きバルブθ８）と金有する。第２加圧ユニツ
ト（８）は、第１加圧ユニツト（７）とほぼ同−横゛造
であって、第２キヤスク（２）の蓋部（２Ａ）の２几ｏ
リング（４）１間に連通ずる穴（イ）に接続さｎるプラ
グ＠と（第２図および第４図参照）、ホース（ハ）およ
びプラグ（至）を介して上記穴（イ）内に空気全圧入（
たとえばｍ圧力３７ Ｋｇ ／ ｃＪ ）するための加
圧ボンベ（ハ）と、ブルドン管圧カ計翰と、ホース（ハ
）内の空気圧を電圧に変換して検出する第２圧力検出器
（５）と、影ｊ電対（イ）と、エヤ抜きパルプ翰とを有
する。減圧ユニット（９）は、第２キヤスク（２）のバ
ルブ弁論部（５）に接続さｎる４つのプラグ（８０Ａ）
〜（８０Ｄ）と、圧カ検出部朝）と、該被検査部内の真
空度を電圧に変換して検出する圧カ検出器傍と、圧力検
出部０］１内の真空度を検出するビラニーゲージ（ハ）
とを有する。（ロ）（ｄ真空ポンプ、（ハ）はヘッダ、
（７）は該ヘッダ（２）と真空ポンプ■とをつなぐ基端
ホース（ロ）に介在させられた真空度を高める（たとえ
ば１０６ ＋ｍＨｇ ） ′ｆｃめのメカ’： カｙ
７−− スフ、（至）はヘッダ６９と各ユニットホース
Ｃ３１１’６つなぐ接続ホース、働はヘッダ曽の真空度
全検出するヘッダ用ビラニーゲージ、ＯＣＪは自県市：
圧調整装置、θつは電源ケーブルである。前記真空ポン
プユニット１１）の各プラグ（４２Ａ）〜（４２Ｄ）は
第８キヤスク（３）の蓋部（３Ａ）の２重Ｏリング間に
連通ずる穴（イ）に接続されるプラグ（４２Ｂ）と、そ
のヤヤスク本体（３Ｂ）のベント弁箱部＋ｆｉｌに接続
さｎる４つのプラグ（４２Ａ）（４２Ｃ）〜（４２恥合
有する。前記検査ユニット００は、真空ポ７グ（１りの
各プラグ（４２Ａ）〜（４２Ｅ） ＊介して受けた真空
度を電圧に変換して検出する圧力検盃部（４８Ａ）〜（
４，８Ｅ） ’に有する。０→は各ユニット（１） ＋
２） ＋３）からの入力信号に基づいて圧力値、真空度
および温度全表示する表示器、に）はそれを記録する２
ベンレコーダ、（ト）は電源、０ηは予備電源、０樽は
増幅器、＠９はターミナルである。Hereinafter, one embodiment of the invention will be described based on the drawings. This embodiment uses three types of first to second casks (11(2)
+3) lid part (IA) (2A) (8A) double O
Ring leakage and cask body (IB) (2B)
(8B) Valve box part (4) +51 (6) Regarding the airtight leakage inspection device. In Figure 1, (7) is the first
Pressure unit% (8) is the 27th JDLIE-L = chive
, +91 is the pressure reduction unit), Qdi inspection unit), (I
ll is a vacuum pump unit. the first pressurization 22;
(7) is each pulp valve box of the first cask (1).
(4) and five plugs (12A) to (12K) connected to the holes communicating between the second group Q IJ songs on the lid,
Pressure detection unit and each plug (12A) to (12B)
2 through each valve valve box part (4) and lid part double. hole between rings. 1) Pressurize air (for example, pressurize force a5 to 9/
Pressurized cylinders (14A) to (in) for cri), Gluton tube pressure gauge f15) that displays all the air pressure in each pressure detection part (13), and converts the air pressure in the part to be inspected into voltage and detects it. The first pressure detector 0 barrel and each pressure detection part (1
Thermocouples (17A) to (17D) that detect all temperatures within 31
and an air vent valve θ8). The second pressurizing unit (8) has almost the same lateral structure as the first pressurizing unit (7), and has two holes in the lid (2A) of the second cask (2).
The plug (see Figures 2 and 4) connects to the slotted hole (A) that communicates between the ring (4) 1 and the hole (A) through the hose (C) and the plug (to). Fully pressurize air into (
For example, a pressurized cylinder (c) for increasing the pressure (for example, 37 Kg/cJ), a Bourdon tube pressure gauge, and a second pressure detector (5) that converts the air pressure in the hose (c) into voltage and detects it. , a shadow coupler (a), and an air bleed pulp screen. The pressure reduction unit (9) has four plugs (80A) connected to the valve valve part (5) of the second cask (2).
~(80D), a pressure detection part 1), a pressure detector that converts the degree of vacuum in the inspected part into voltage and detects it, and a Billany gauge that detects the degree of vacuum in the pressure detection part 0]1. (c)
and has. (b) (d vacuum pump, (c) header,
(7) increases the degree of vacuum (e.g. 106 +mHg) interposed in the proximal hose (b) connecting the header (2) and the vacuum pump (2) 'fc mechanism': Kai
7-- The connection hose that connects the header 69 and each unit hose C311'6, the function is the Villany gauge for the header that detects the full vacuum level of the header, and OCJ is the home prefecture city:
The pressure regulator and θ are the power cables. Each of the plugs (42A) to (42D) of the vacuum pump unit 11) is a plug (42B) connected to a hole (A) that communicates between the double O-rings of the lid (3A) of the eighth cask (3). The inspection unit 00 has 7 vacuum plugs (1 each Plug (42A) ~ (42E) * Pressure detection cup (48A) ~ (
4,8E)'. 0 → is each unit (1) +
2) A display that displays the pressure value, degree of vacuum and temperature based on the input signal from +3), which records it on the 2)
Venn recorder, (G) is the power supply, 0η is the backup power supply, 0 barrel is the amplifier, and @9 is the terminal.
上記構成の作用を説明する。捷ず第１キヤスク（１）の
気密漏洩を検査する場合には、第１加圧ユニツト（７）
の各プラグ（１２Ａ）〜（１２局を第３１メ１して示す
ごとく各バルブ弁箱部（４）および前部２屯Ｏリング間
の穴に接続し、（８）のプラグＥ ’ｚ 第３図に示す
ごとく穴’２１） Ｋ接続する。次に加圧ボンベ（１４
Ａ）〜（１４Ｋ）のバｌレプ全開き各：彼便査部にＭ足
の空気圧（たとえは６．５ Ｋ９／ ｃＪ） ｋかける
。次に加圧ボンベ（１４Ａ）〜（１４恥のバルブ金閉じ
ると共に圧力検出部の）くｌレプ（Ｖ−１）ｆｆｉ閉じ
、所定時間放置しておく。The operation of the above configuration will be explained. When inspecting the first cask (1) for airtight leakage without removing it, the first pressurizing unit (7)
Connect each plug (12A) to (8) to the hole between each valve box part (4) and the front 2-ton O-ring as shown in Fig. 31. Connect hole '21) K as shown in Figure 3. Next, pressurized cylinder (14
A) - (14K) each with the valve fully open: Apply M feet of air pressure (for example, 6.5 K9/cJ) to the urinal part. Next, close the pressurized cylinders (14A) to 14 (while closing the valves 14 and the pressure detection section), and leave it for a predetermined period of time.
すると、０リング（１９）がら漏洩している場合には圧
力検出部（すなわち被検査部）圧力が徐々に下カヌリ、
そ几は第１圧力検出器（１のにより検出されて表示器１
４つに衷示さ几ると共にデータかプリントアウトさｎ、
る。捷た必要に応じ２ベンレコーダ（ハ）にも記録さ几
る。また圧力検出部内の温度は熱電対（１７Ａ）〜（１
７Ｄ）（４）により検出さし検出値は表示器に記録、表
示される。Then, if the O-ring (19) is leaking, the pressure of the pressure detection part (that is, the part to be inspected) gradually increases to the lower cannula.
The pressure is detected by the first pressure detector (1) and the display 1
Please print out the data as shown in the 4 pages.
Ru. If necessary, it is also recorded on a two-channel recorder (c). Also, the temperature inside the pressure detection section is measured by thermocouples (17A) to (1
7D) The detected value is recorded and displayed on the display according to (4).
次に第２キヤスク（２）の気密澹ｊ洩を検査する場合ニ
は、第２加圧ユニノ） （８）のプラグ（ロ）を第４図
に示すごとく穴（イ）に接続し、加圧ボンベ（至）の／
＜ ／レフ゛を開放して穴（至）内に所定の空気圧ケか
ける。！？、た間圧ユニット（９）の各プラグ（３０Ａ
）〜（８０Ｄ） ｋ第５図に示すごとく各バルブ弁箱部
（５）に（長続し、真空ポンプ３季全作動させる。こ力
、によって穴（イ）内には所定の空気圧（たとえば３７
ｔ（７／Ｃ肩）が−Ｉ）＼けら几、各パルプ弁箱部（５
）は所定の真空状＋３１ （１０−２Ｔｏｒｒ）にされ
る。次に加圧ボンベ（ハ）のノくｌレブｒ閉じ、真空ホ
ンフＣｙｅ ノｆ″ｌｌ：Ｓ ｋ 停止Ｌ、Ｖ −２オ
ヨびｖ−ａバルブ全閉じて所定時間放置しておく。０リ
ンク゛ｐ＋から気密が漏洩している場合にはｊ下寿検出
部内の圧力が徐々に下がり、それは第２圧力検出器（５
）によ！７検出さ几て表示器（ロ）に表示および記録さ
扛ると共に２ベンレコーダーにても記録される。また各
バルブ弁箱部（５）から漏洩している場合には、各被検
査部内の圧力が徐々に上がり、そ１．は圧力検出器（２
）により検出さ几て表示器り◆に表示および記録される
と共に必要に応じ２ベンレコーダ（埒にて記録さｎる。Next, when inspecting the second cask (2) for airtight leakage, connect the plug (b) of the second pressurizing unit (8) to the hole (a) as shown in Figure 4, and apply pressure. Pressure cylinder (to)/
＜ Open the reflex and apply the specified air pressure inside the hole. ! ? , each plug (30A) of the pressure unit (9)
) to (80D) kAs shown in Figure 5, each valve box (5) is operated for a long time and the vacuum pump is operated for three seasons.This force causes a predetermined air pressure (for example, 37
t(7/C shoulder) is -I)＼kera, each pulp valve box part (5
) is brought to a predetermined vacuum of +31 (10-2 Torr). Next, close the pressurized cylinder (c) valve R, close the vacuum horn cylinder f''ll: S k stop L, fully close the V-2 valve and leave the v-a valve for a predetermined time.0 link. If the airtightness is leaking from p+, the pressure inside the j lower detection section will gradually decrease, which will cause the second pressure detector (5
) Yo! 7. The detected information is displayed and recorded on the display (b), and is also recorded on the 2-beam recorder. In addition, if there is leakage from each valve box part (5), the pressure inside each inspected part will gradually increase, and the following. is the pressure detector (2
) is detected and displayed and recorded on the display ◆, and if necessary, recorded on the 2-channel recorder (◆).
また圧力検出部内の温度が熱電対■により検出され、そ
の検出値は表示器＋＋−ｉ＋に表示２よび記録される。Further, the temperature inside the pressure detection section is detected by the thermocouple (2), and the detected value is recorded as display 2 on the display ++-i+.
次に第３キヤスク（３）の気密を検査する場合には・に
空ボンブユニッｌ−（ＩＩ＋の各プラグ（４２Ａ）〜（
４２Ｅ）を々Ｓ３キャスク（３）に接読している状１歩
において、検査ユニッ） ｆｌ（ｌの各圧力検出部（４
８Ａ） （４３Ｅ） ｙ真空ボ゛ンプユニット（１１）
に徽ｅ１．：Ｌ 、該Ａ 空ポンプユニット（ＩＩ）を
作動させる。こ扛によって蓋ごＩＩ （３Ａ）の０リン
グ間につながる穴σ拳内および各パルグ弁箱部ｔｔｉｌ
内が所定の貞空伏１窯にさ汎る。次に真空ポンプ二二ノ
） （Ｉｌ＋の作１１ＤＪ ｆｆｉ停止し、所定時間放
置しておく。すると、上記大輪および各バルブ弁箱部（
６１から漏洩している場合にはＩＭ検査部内の圧力か徐
々に下がり、そｆｌは各減圧検出器（４８Ａ）〜（４３
Ｋ）により検出さｎ′″Ｃ表示器（ロ）に表示および記
録さｎると共に必要に応じ２ベンレコーダ弼に記録さｆ
＋−る。Next, when inspecting the airtightness of the third cask (3), each plug (42A) to (42A) of the empty bomb unit l-(II+
42E) to the S3 cask (3), each pressure detection part (4) of the inspection unit) fl(l
8A) (43E) y Vacuum pump unit (11)
Hui e1. :L, the A empty pump unit (II) is activated. The inside of the hole σ connected between the 0 rings of the lid II (3A) and each valve box part by this
The inside of the kiln is expanded to the designated Teikubushi 1 kiln. Next, stop the vacuum pump (Il+) and leave it for a predetermined period of time. Then, the large ring and each valve box (
If there is a leak from 61, the pressure inside the IM inspection section will gradually decrease, and the
Detected by K), displayed and recorded on the C display (B), and recorded on the 2-ben recorder as necessary.
+-ru.
以上述べたごとく第１の発明によしば、圧力値の検出と
同時に温度を検出しているので、圧力値に湿度変化によ
る修正を加えることにより、漏洩率？正確に判定するこ
とができるものである。また第２の発明によｎば、被検
査部内を真空状態するものであるから、副産便化による
影響を受けず、漏洩率を正確に判定することができるも
のである。As described above, according to the first invention, since temperature is detected at the same time as pressure value is detected, leakage rate can be calculated by correcting pressure value due to humidity change. It can be determined accurately. Further, according to the second aspect of the invention, since the inside of the inspected part is kept in a vacuum state, the leakage rate can be accurately determined without being affected by byproducts.
さらに上記第１および第２の発明（Ｃ共通することは、
各ユニットからの入力信号に基づいて圧カイ財、真空度
または湿度を何時間でも検出し、そし全表示すると共に
記録できるものでおって、従来のように検査員が目視に
より確認する必要がなく、測定ミスが生じるおそ扛はな
い。寸た検査員力よ常時測定、記録する必要もなく、堰
扱いが容易である。Furthermore, the first and second inventions (C common to each other are:
It can detect pressure, vacuum level, or humidity for hours based on input signals from each unit, and can display and record all the information, eliminating the need for inspectors to visually check as in the past. There is no risk of making a measurement error. There is no need for constant measurement and recording, and it is easy to handle the weir.
メｊは不発明の一笑施例全示し、第１図は模式図、第２
しｊ〜第５１’ＱｌｉτＹ要部の縦１頃而）図である。
（１）〜（３）・・・キャスク、（４）〜（ムク・・・
バルブ弁箱部（岐検介部） 、 ｉ７）・・・第１刀■
丁ユニッ） 、 （８）・・・第２７ＸＩエユニノ）
、（９）・・・ｔｐｖ ＩＩ−ｙ−ニラ）、００・・・
Ｊ’ｆｊＪ、 ＪＥ ユニット、（１１）・・・真空ポ
ンプユニット、 ｆ＋６１・・・第１圧力検出部、（１
７Ａ） 〜（１７Ｄ） ・・−勲正対、２１）、 ｅ２
・・・穴（？７ｔｊ 検ＩＥ部）、（イ）・・・加圧ボ
ンベ（圧入空気供給源）、翰・・・第２圧力検出部、翰
・・・熱電対、（ホ）・・・減圧検出部、（ロ）・・・
真空ポンプ（減圧源）、（４３Ａ）〜（４３Ｂ’）・・
・減圧検出部、向・・・表示器、■・・・２ベンレコー
ダ（記録器）、句・・・穴（波検査部）
代理人 練本義弘
第２図
第４図
第５図
第１頁の続き
０発 明 者 竹内健二
大阪市西区江戸堀１丁目６番１４
号日立造船株式会社内Figure 1 is a schematic diagram, Figure 2 is a schematic diagram, and Figure 2 is a schematic diagram.
It is a vertical view of the main part of the 51st to 51'QliτY. (1)~(3)...Cask, (4)~(Muk...
Valve valve box part (Kikensuke part), i7)...First sword ■
(8)...27th XI Eunino)
, (9)...tpv II-y-leek), 00...
J'fjJ, JE unit, (11)... Vacuum pump unit, f+61... First pressure detection section, (1
7A) ~(17D) ...-Isao Seishi, 21), e2
... Hole (?7tj detection IE section), (A) ... Pressurized cylinder (pressured air supply source), Window ... Second pressure detection section, Window ... Thermocouple, (E) ...・Decompression detection part, (b)...
Vacuum pump (reduction source), (43A) to (43B')...
・Reduced pressure detection section, Direction: Display, ■...2 Venn recorder (recorder), Hole: Wave inspection section Agent: Yoshihiro Nermoto Figure 2 Figure 4 Figure 5 Figure 1 Page continued 0 Inventor Kenji Takeuchi Hitachi Zosen Corporation, 1-6-14 Edobori, Nishi-ku, Osaka
Claims (1)
部と、被検査部内の圧力全検出する圧力検出部と、被検
査部内の温度を検出する湿度検出部とを有する加圧ユニ
ットヲ設け、該圧力検出部からの入力信号に基づいて被
検査部内の圧力値および湿度を表示する表示器およびそ
ｎ、’２記録する記録器を設けたことを特徴とする放射
性物質輸送容器等の気密漏洩検査装置。 ２、 所定の彼ｍ食部内を真空引きする真空引き部と、
被検出部内の真空度全検出する圧力検出部と金存する圧
力検出部を設け、該圧力検出部からの入力信号に基づい
て被検査部内の真空度および温度を表示する表示器およ
びそｎ、音記録する記録器を設けたことを特徴とする放
射性物質輸送容器等の気密漏洩検査装置。[Claims] 1. A pressurized air supply section that pressurizes air into a predetermined inspected section, a pressure detection section that detects the total pressure inside the inspected section, and a humidity detection section that detects the temperature inside the inspected section. A radioactive substance characterized by comprising: a pressurizing unit having a pressurizing unit having a pressure detecting unit; a display device for displaying the pressure value and humidity within the inspected portion based on an input signal from the pressure detecting portion; Airtight leakage inspection device for transportation containers, etc. 2. A vacuum suction unit that evacuates the inside of a predetermined food portion;
A pressure detection part that detects the entire degree of vacuum in the part to be detected and a separate pressure detection part are provided, and a display and a sound are provided to display the degree of vacuum and temperature in the part to be inspected based on the input signal from the pressure detection part. An airtight leakage inspection device for a radioactive material transport container, etc., characterized by being equipped with a recorder for recording.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP58070966A JPS59196437A (en) | 1983-04-21 | 1983-04-21 | Air-leakage inspecting apparatus for radioactive-material transporting container |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP58070966A JPS59196437A (en) | 1983-04-21 | 1983-04-21 | Air-leakage inspecting apparatus for radioactive-material transporting container |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPS59196437A true JPS59196437A (en) | 1984-11-07 |
Family
ID=13446767
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP58070966A Pending JPS59196437A (en) | 1983-04-21 | 1983-04-21 | Air-leakage inspecting apparatus for radioactive-material transporting container |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS59196437A (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS63159799A (en) * | 1986-12-24 | 1988-07-02 | 株式会社神戸製鋼所 | Vessel for storage combining transport of radioactive substance |
| JPH0510845A (en) * | 1991-06-28 | 1993-01-19 | Nippon Enjiniyaa Service Kk | Device for inspecting mobile storage tank for leakage |
| ES2088350A2 (en) * | 1993-08-12 | 1996-08-01 | Rafibra S L | Procedure for checking leak-tightness in tanks. |
| JP2006133225A (en) * | 2004-11-04 | 2006-05-25 | General Electric Co <Ge> | Advanced hit skid data collection |
| CN104075857A (en) * | 2013-03-29 | 2014-10-01 | 北京谊安医疗系统股份有限公司 | Method for detecting leakage of anaesthesia machine or breathing machine |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS57113341A (en) * | 1980-12-29 | 1982-07-14 | Hitachi Zosen Corp | Leakage inspection for airtightness of radioactive substance conveying container |
-
1983
- 1983-04-21 JP JP58070966A patent/JPS59196437A/en active Pending
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS57113341A (en) * | 1980-12-29 | 1982-07-14 | Hitachi Zosen Corp | Leakage inspection for airtightness of radioactive substance conveying container |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS63159799A (en) * | 1986-12-24 | 1988-07-02 | 株式会社神戸製鋼所 | Vessel for storage combining transport of radioactive substance |
| JPH0510845A (en) * | 1991-06-28 | 1993-01-19 | Nippon Enjiniyaa Service Kk | Device for inspecting mobile storage tank for leakage |
| ES2088350A2 (en) * | 1993-08-12 | 1996-08-01 | Rafibra S L | Procedure for checking leak-tightness in tanks. |
| JP2006133225A (en) * | 2004-11-04 | 2006-05-25 | General Electric Co <Ge> | Advanced hit skid data collection |
| CN104075857A (en) * | 2013-03-29 | 2014-10-01 | 北京谊安医疗系统股份有限公司 | Method for detecting leakage of anaesthesia machine or breathing machine |
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