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    • 2. 发明授权
    • Glove holder unit for a confinement enclosure
    • 用于封闭外壳的手套架单元
    • US5299243A
    • 1994-03-29
    • US994322
    • 1992-12-21
    • Bernard Picco
    • Bernard Picco
    • A41D13/00B25H1/20B25J21/02G21F7/053G21F7/04
    • G21F7/053B25J21/02
    • The invention relates to a glove holder unit for a confinement enclosure.The aim of the invention is to produce a unit making it possible to easily change a protective glove for the hand.This aim is achieved with the aid of a glove holder unit having a sleeve (11), for protecting the arm and the forearm, assembled to a working glove (15), protecting the hand, and placed in an enclosure. The glove holder unit comprises means (49) for locking an assembly means (17) of the glove (15) and the protective sleeve (11). The locking means (49) being mobile between a locked position, in which they maintain the assembly means (17) and the glove (15) outside the enclosure (1) and an unlocked position in which they allow the passage of the glove (15) and its assembly means (17) between the interior and the exterior of the enclosure.
    • 本发明涉及一种用于限制外壳的手套保持器单元。 本发明的目的是生产一种能够容易地改变手的防护手套的单元。 该目的通过具有套筒(11)的手套保持器单元来实现,用于保护臂和前臂,组装到工作手套(15)上,保护手并放置在外壳中。 手套保持器单元包括用于锁定手套(15)和保护套(11)的组装装置(17)的装置(49)。 锁定装置(49)可在锁定位置之间移动,在锁定位置,它们将组装装置(17)和手套(15)保持在外壳(1)外部,并且在该位置允许手套(15)通过 )和其在外壳的内部和外部之间的组装装置(17)。
    • 3. 发明授权
    • High pressure cleaner equipped with a recovery means for the cleaning
liquid and waste
    • 具有恢复清洁液和废物的高压清洁器
    • US5125126A
    • 1992-06-30
    • US622004
    • 1990-12-04
    • Jean Bonnant
    • Jean Bonnant
    • G21F9/28A47L7/00A47L9/16B01D50/00B08B3/02B08B5/04G21F9/00G21F9/30
    • G21F9/30G21F9/005
    • A high pressure cleaner comprises a cleaning device (10) and an effluent recovery device (12). The cleaning device (10) is mainly constituted by a cleaning head (20) having a central chamber (44) into which a nozzle (26) sprays a high pressure cleaning liquid, the effluents being recovered in a peripheral chamber (46) connected to a decanter (54) of the recovery device (12). The actual decanter (54) is connected to an exhauster (72) across a liquid-gas separator (60) and filters (70). The liquid phase of the effluents is periodically recovered by a tube (80) immersed in the decanter (54) and connected to a hydroejector (82). The solid phase of the effluents is held back by a filter (92) surrounding the tube (80).
    • 高压清洁器包括清洁装置(10)和废液回收装置(12)。 清洁装置(10)主要由具有中心室(44)的清洁头(20)构成,喷嘴(26)喷射高压清洁液体,废水在与外部室(46)连接的周边室 回收装置(12)的倾析器(54)。 实际的滗水器(54)通过液 - 气分离器(60)和过滤器(70)连接到排气器(72)。 流出物的液相通过浸在滗析器(54)中的管(80)周期性地回收并连接到喷射器(82)。 流出物的固相通过围绕管(80)的过滤器(92)阻止。
    • 9. 发明授权
    • Apparatus for measuring the .alpha. activity of a solution
    • 用于测量溶液的α活性的装置
    • US5276332A
    • 1994-01-04
    • US971318
    • 1992-11-04
    • Claude MarteauMarcel Durand
    • Claude MarteauMarcel Durand
    • G01T1/167G01T7/02G21C19/46G01T1/20G01T7/08
    • G01T7/02
    • Apparatus for measuring the .alpha. activity of a solution and used for determining the plutonium concentration of a solution sampled from an irradiated nuclear fuel reprocessing installation and which comprises a rotary drum (20), which samples a film of solution in a vessel (20), in order to place it in front of a measuring probe (22). Between the probe (22) and the drum (20) is positioned a sealing disk (40) having three positions, which has an effective measuring region (48), a measuring chain quality checking region and a blank measuring region. In order to avoid a solution deposit by condensation on the disk (40) or on the end of the probe (22), a protective gas injection system (49) having passages traversing the vessel cover (16), scavenges the upper face of the sealing disk at three locations corresponding to the three active regions of the latter. A substantially uniform distribution of the gas flow between said three locations is ensured. The protective gas is then sucked in by a tube (122).
    • 用于测量溶液的α活性并用于确定从经辐照的核燃料再处理装置采样的溶液的钚浓度的装置,其包括在容器(20)中对溶液膜进行采样的旋转滚筒(20) 以便将其放置在测量探头(22)的前面。 在探针(22)和滚筒(20)之间设置有具有三个位置的密封盘(40),该密封盘具有有效测量区域(48),测量链质量检查区域和空白测量区域。 为了避免在盘(40)或探针(22)的端部上的冷凝溶液沉积,具有穿过容器盖(16)的通道的保护气体注入系统(49)清除了 密封盘对应于后者的三个活动区域的三个位置。 确保了在所述三个位置之间的气流的基本均匀的分布。 然后,保护气体被管(122)吸入。
    • 10. 发明授权
    • Gripping apparatus for a group of rods of nuclear fuel assembly
    • 用于一组核燃料组件棒的夹持装置
    • US4797248A
    • 1989-01-10
    • US936841
    • 1986-12-02
    • Jean Tsitsichvili
    • Jean Tsitsichvili
    • G21C19/10G21C19/33G21C21/00
    • G21C19/10Y10S294/902Y10S294/906
    • During the dismantling of a nuclear reactor fuel assembly, there is a simultaneous gripping of all the rods (a) arranged in square grid form in said assembly using a device (10) which effects a clamping or locking at the end of the rows of rods. For this purpose, device (10) has passageways (26) penetrated by the ends of two adjacent rows of rods (a). In said passage ways are trapped mobile members (34, 34') arranged in such a way that each rod is placed between two adjacent members. By applying a locking force on the mobile end members in each passageway (26), each rod is gripped between two members (34, 34'). Preferably, the mobile members (34, 34') are provided with abutments limiting the locking or clamping force individually applied to each rod. For filling the gaps of the grid of rods (a) corresponding to the locations occupied by the guide tubes in the assemblies, rollers (78) are placed in the passageways (26) at the corresponding locations.
    • 在拆卸核反应堆燃料组件期间,使用装置(10)同时夹紧所有在方形格栅形式中的杆(a),所述装置(10)在杆排末端施加夹紧或锁定 。 为此,装置(10)具有由相邻的两排杆(a)的端部贯穿的通道(26)。 在所述通道中,被捕获的移动构件(34,34')被布置成使得每个杆被放置在两个相邻构件之间。 通过对每个通道(26)中的移动端部构件施加锁定力,每个杆被夹在两个构件(34,34')之间。 优选地,移动构件(34,34')设置有限制单独施加到每个杆的锁定或夹紧力的抵接部。 为了填充对应于组件中引导管占据的位置的杆(a)的间隙,辊(78)被放置在相应位置处的通道(26)中。