会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明专利
    • Respirator for emergency
    • 紧急呼救者
    • JP2009297488A
    • 2009-12-24
    • JP2008185170
    • 2008-07-16
    • Kenji FunabashiHideo HirookaKeizo KakuiMichisuke MiyatakeKatsuyuki Otsuka勝之 大塚亨丞 宮武英夫 廣岡賢二 船橋惠三 角井
    • KAKUI KEIZOFUNABASHI KENJIMIYATAKE MICHISUKEOTSUKA KATSUYUKIHIROOKA HIDEO
    • A62B7/08A62B7/10
    • PROBLEM TO BE SOLVED: To provide a respirator for emergency, surely securing respiration in case of emergency such as a fire.
      SOLUTION: When the respirator 1 for emergency is used to discharge expired gas to a cylinder 2 through a breathing mask 5 and expiration pipe 6, carbonic acid gas of expired gas is adsorbed by a carbonic acid gas adsorbent A, and a piston 22 is elevated for a volume corresponding to the quantity of expired gas. When the air in the cylinder 2 is sucked through the breathing mask 5 and an inspired gas pipe 7, carbonic acid gas of the inspired gas is again adsorbed by the carbonic acid gas adsorbent A and the piston 22 is lowered for a volume corresponding to the inspired gas quantity. Further, oxygen generated by hydrogen peroxide water supplied to manganese dioxide through a constant discharge quantity pump P and a hydrogen peroxide water supply pipe 8 is supplied to the inspired gas pipe 7 through an oxygen supply pipe 9, and mixed with the inspired gas.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:为紧急情况提供呼吸器,确保在诸如火灾等紧急情况下确保呼吸。 解决方案:当用于紧急的呼吸器1通过呼吸面罩5和呼吸管6将呼出气体排出到气缸2时,呼气的碳酸气体被碳酸气体吸附剂A吸附,活塞 22的高度相当于呼出气体的量。 当气缸2中的空气通过呼吸面罩5和启发的气体管7吸入时,吸入的气体的碳酸气体再次被碳酸气体吸附剂A吸附,并且活塞22降低相当于 启发气体量。 此外,通过恒定排出量泵P和过氧化氢供水管8供给二氧化锰的过氧化氢水产生的氧气通过供氧管9供给到启动气体管道7,并与吸入气体混合。 版权所有(C)2010,JPO&INPIT
    • 3. 发明授权
    • Method for wearing and taking off protective suit
    • 穿防护服的方法
    • US4302848A
    • 1981-12-01
    • US138362
    • 1980-04-08
    • Katsuyuki OtsukaJin OhuchiShizuo Arita
    • Katsuyuki OtsukaJin OhuchiShizuo Arita
    • G21F3/02A62B17/00G21F3/025G21F7/00A41D13/00
    • G21F3/025A62B17/001
    • A method for wearing and taking off a protective suit which is used when entering the inside of a working zone segregated from the outside thereof. The protective suit has a cylindrical portion made of a film-like fusible material and is designed so that one can get into or out of the suit by passing through the cylindrical portion. When wearing the protective suit, one gets into the suit by passing through the cylindrical portion, with the protective suit being kept joined to an entrance/exit section of the working zone, and then part of the cylindrical portion is fused and closed to segregate the inside of the suit from the outside thereof while sealing the entrance/exit section with a pouch-like member. When taking off the protective suit, the cylindrical portion on the protective suit side and the pouch-like portion on the entrance/exit section side are superposed one on the other and fused at the part provided with an anti-fusion tape applied on the interior side of the cylindrical portion and, after cutting the fused portion, one gets out of the suit by passing through that part of the cylindrical portion which was not fused owing to the presence of said anti-fusion tape.
    • 一种在进入从其外部分离的工作区域内部时使用的用于穿戴和脱下防护服的方法。 保护套具有由薄膜状可熔材料制成的圆筒形部分,并且被设计成使得通过圆柱形部分可以进入或离开套件。 当穿着防护服时,穿过圆筒形部分进入衣服,防护服保持连接到工作区的入口/出口部分,然后将圆筒部分的一部分熔合并封闭 从外部将衣服从内侧密封,同时用袋状构件密封入口/出口部分。 当脱掉防护服时,防护服侧面的圆筒形部分和入口/出口部分侧的袋状部分彼此叠置并熔化在设置有内置防反射带的部分 并且在切割熔融部分之后,通过穿过由于存在所述防熔带而未熔合的圆柱形部分的部分而脱离套件。