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序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
41 JP1875473 1973-02-13 JPS531603Y2 1978-01-18
42 JP4839273 1973-04-24 JPS49150702U 1974-12-27
43 JP1977073 1973-02-16 JPS49121911U 1974-10-18
44 JP10827769 1969-11-14 JPS4719166Y1 1972-06-30
45 气路降噪装置、控制盒及气床垫 CN202321695755.9 2023-06-30 CN220065173U 2023-11-21 陈一铖; 陈亚男; 段韩路
本实用新型涉及一种气路降噪装置、控制盒及气床垫,解决现有用于对气床垫充放气的气路存在较大工作噪音的问题,采用的技术方案:气路降噪装置,包括壳体,设置在所述壳体内腔中的消音板,所述消音板上设有若干通孔,所述消音板与所述壳体的内腔配合形成消音腔,所述壳体上具有与其内腔连通的进气通道和出气通道,通过所述进气通道进入所述壳体内的气流通过所述通孔与所述消音腔的配合消音后从所述出气通道流出。其效果:通过气路降噪装置中的消音板、消音腔对工作中的控制盒内的气路里面的气流进行消音,通过消音层对控制盒里面的其他组件降噪,使控制盒静音,并有利于使气床垫上的气囊工作时消音,最终有利于提高气床垫的使用舒适性。
46 便携式充气装置 CN201420744024.3 2014-12-01 CN204371619U 2015-06-03 刘志明
本实用新型公开了一种便携式充气装置,其特征是:包括气囊、固定座,气囊与固定座密封连接,气囊上设有当用手指按住或外物按住时能实现密封的第一气孔口;固定座上设有使气囊内的气体能单向流向充气产品的结构;气囊由被挤压后能自动复原的材料制成。本实用新型结构简单,仅用一个单向阀门即可以,充气方便,成本低,体积小,紧凑。可以对一些小产品进行充气,也可以实现放气。
47 CN201320531495.1 2013-08-29 CN203505803U 2014-04-02 翟所强
一种气袋,包括由上部袋体、下部袋体、与设置在下部袋体上的多数气室,所组合构成。上部袋体设有可密封的开口,在开口外侧设有快速扣,在上部袋体上设有一进气导通袋体内部空间。下部袋体与上部袋体是一体相连的结构,形成共同的袋体内部空间,在下部袋体上设有一出气阀导通袋体内部空间。多数气室,是一体相连在下部袋体的周边,每一气室之间互为导通,在其中一气室的外部设置一双向阀,可对气室内部充、泄气。卷绕上部袋体并将快速扣扣合时,能使防水袋形成一密封的内部空间,利用双向阀对气室内部充气时,能使防水袋膨胀起来,当使用人对膨胀的防水袋作持续挤压动作时,就能从上部袋体的进气阀吸入空气,并从下部袋体的出气阀吐出空气而形成一个气泵。
48 安全帽新型气 CN201120490037.9 2011-11-30 CN202360367U 2012-08-01 周旭广
本实用新型公开了一种安全帽新型气,涉及气泵技术领域;它包括一气泵主体,所述气泵主体上有进气孔与充气孔,所述充气孔上设有一单向,其特征在于:所述进气孔上设置有一活动小气阀,该活动小气阀设置于一托盘内,所述托盘上固定设有横担;其有益效果是:本实用新型在使用过程无需用手按住气泵的进气孔,可直接对气泵进行按压即可对安全帽的气囊进行充气,使用方便、操作简单、外形美观。
49 充气玩具专用充气装置 CN201120118853.7 2011-04-21 CN202100428U 2012-01-04 路尔斯·米歇尔·多明格斯·德马
本实用新型涉及一种充气玩具专用充气装置,包括充气气囊、可拆连接设置在充气气囊上的气嘴和单向气;充气气囊包括可伸缩的壳体和密封壳体开口的端盖,单向气阀和气嘴分别可拆连接设置在端盖的内外两侧,壳体或端盖上设有回气孔。由于充气气囊包括可伸缩的壳体和端盖,壳体和端盖之间具有一定的收纳空间;可在放气后将充气玩具收纳在壳体和端盖之间的收纳空间内,避免了充气装置丢失的问题。整个充气装置操作方便,儿童自己就可以进行操作。
50 一种可充电电热能量刮痧板 CN202022173813.4 2020-09-28 CN213553526U 2021-06-29 陈金龙
本实用新型公开了一种可充电电热能量刮痧板,包括外壳,所述外壳后侧设置有握紧机构;所述外壳内侧顶部设置有充电插孔,所述外壳内部设置有电路板,所述电路板两侧均设置有锂电池;所述电路板底部设置有加热板;本实用新型通过在外壳后侧面设置有握紧机构,筒型囊内的气体通过喷气孔喷出,对指尖筒包裹的手指指尖进行吹气降温,对指尖处的汗液进行处理,将筒型囊完全压扁后,继续下压指尖筒,挡板会向下挤压限位杆,限位杆底端的限位盘会在限位管内下移,进而将支撑弹簧压缩,并将限位管内的气体通过多个L型孔的顶端压出,压出的气体对手心处进行吹气降温,降低了手掌上汗液的产生,保证握持的稳定性,保证刮痧的正常进行。
51 举升机用微型充气装置 CN201520769460.0 2015-10-08 CN204961251U 2016-01-13 范汇国; 王霖; 张念坤; 刘永安; 魏炯
本实用新型提供了一种举升机用微型充气装置,主要包括外壳(13)、封盖(1)以及卷盘总成,卷盘总成包括中心轴(3)、转接件(24)、气管(6),还包括回转卷盘(18)、卷盘盖板(9)、棘爪(14)和拉簧(10)等部件。由于使用了回转卷盘(18)和卷簧(17)等装置将气管(6)缠绕在充气装置的内部,因此能够减小充气装置的体积,从而能够将充气装置安装在举升机平台上,方便了维修过程中的充气操作,提高了维修效率。另外由于使用了棘爪(14)结构,因此在抽拉气管(6)至所需长度后,充气装置可自动紧回转卷盘(18)防止气管(6)回缩,进一步方便了操作。
52 一种脚踏式充气 CN03263253.3 2003-09-30 CN2660165Y 2004-12-01 黄长久; 徐汉烈; 金圣澔; 艾文
本实用新型公开了一种脚踏式充气,它包括:由顶层、底层和垂直连续的柔性边层构成的泵腔;一设置于顶层的进气逆止;一个或若干个置于边层或底层的排气逆止阀;一设置于进气口处的密封盖;密封盖的侧壁上开有一个或若干个作为旋开密封盖时气泵的进气入口的通孔,密封盖的内侧顶部设有旋紧密封盖时可密封进气口的密封垫,密封盖、泵腔上分别设有一相配合防止密封盖旋离泵腔的阻、制位块。本实用新型在充气时,只需旋开密封盖,使密封盖顶部内置的密封橡胶垫与进气口的顶部有一距离,密封盖侧壁的通孔与进气口相通,既可方便的充气,无需取下密封盖,不会造成充气时密封盖丢失等的缺点。
53 迈克斯管结构 CN03243016.7 2003-03-28 CN2620776Y 2004-06-16 翁俊民
一种迈克斯管(Timax Hose)结构,其主要为一软性材质的管体,该管体一端可连接液、气体源,而将液、气体源导流到管体的另端输送出;其特征在于:该管体内壁上至少设有一沿管体轴心线方向的凸肋。所述的迈克斯管结构的凸肋可以与管体轴心线平行。所述的迈克斯管结构的凸肋还可以在管体内沿管体轴心线方向呈螺旋状。本实用新型的优点是,当管体受到外压迫时,管体内壁的凸肋顶抵管壁或者凸肋相互顶抵,使管体内流动的液体或气体沿各凸肋间形成的空间流过,防止管体内壁因受到外力压迫而密合,造成管体中的液体或气体流动中断。
54 呼吸器的无动供气 CN97244829.2 1997-11-15 CN2326751Y 1999-06-30 张滨生
一种潜呼吸器的无动供气,它包括供气装置和集气装置,其特征是:供气装置上部为波纹管式充气囊,其下部设置进气,装有过滤液体的集气装置下部与供气装置的下部相连,相连处设置排气单向阀,集气装置上部设置出气口。优点是:结构简单,不需要外接动力及气源,操作方便,能连续为潜水呼吸装置提供气体,时间不受限制,应用范围广。
55 充气 CN89219993.8 1989-11-16 CN2071265U 1991-02-13 史蒂夫·林
一种充气包括若干形成完全密封的、自支撑的弹性容器的充气腔,该容器确定泵腔。通用时构件装在容器上以允许液体或空气进出泵腔。
56 Foam dispenser with liquid tube pump refill unit JP2009008908 2009-01-19 JP2009168030A 2009-07-30 CIAVARELLA NICK E; HAYES DAVID D; REYNOLDS AARON R
PROBLEM TO BE SOLVED: To provide a foam dispenser using a disposable liquid pump and a more durable air pump. SOLUTION: The foam dispenser 10 includes a housing 12 and a refill unit 14. The refill unit 14 carries a tube pump 36 for pumping a foamable liquid, and the housing 12 carries an air pump 26 for pumping air. The tube pump 36 and air pump 26 fluidly communicate with a premixed chamber 66 in a mixing unit 44 to create a foam product when the foam dispenser 10 is actuated to actuate both the tube pump 36 and the air pump 26. COPYRIGHT: (C)2009,JPO&INPIT
57 JP16740392 1992-06-25 JPH0657257B2 1994-08-03
A piston-cylinder unit as a delivery device for the respiratory gas in a ventilator, having a rolling membrane rolling between the piston and the cylinder, is to be improved in such a way that a simple measurement apparatus which measures accurately, reproducibly and absolutely and does without wear parts for the displacement which changes with every piston stroke can be used for measurement of the displacement. For this, the invention provides that at least part of the cylinder wall (29) and the piston wall (28) are designed as electrically conductive plates of a cylinder capacitor and that the rolling membrane (9) covers as dielectric the overlapping wall parts of the piston (4) and the cylinder (1). The capacitance of the capacitor which changes during the stroke movement is used for measurement of the displacement.
58 PISTON CYLINDER UNIT FOR SENDING BREATHING AIR CONSTITUTED AS CYLINDER CONDENSER FOR MEASURING STROKE DISTANCE JP16740392 1992-06-25 JPH05176998A 1993-07-20 RARUFU DEITSUTOMAN; BURIGITSUTE DAUTSUENBERUKU
PURPOSE: To provide a measuring device for measuring the stroke changed in piston stroke that can easily, precisely and reproducibly measure the absolute distance, and requires no use of a consumable member by improving the distance detection for a piston-cylinder unit. CONSTITUTION: At least a part of one cylinder wall 28 and the other piston wall 28 are constituted as plates of an electric cylinder capacitor, a roll diaphragm 9 as dielectric covers the conductive wall members 28, 12 superposed every time of a piston 4 and a cylinder 1 between them, and the capacities of capacitors 9, 12, 28 changed in stroke movement can be detected by an evaluation unit in order to measure the stroke of the piston.
59 FLUID PUMP JP2427786 1986-02-07 JPS61201889A 1986-09-06 URUFU IERAN RAGUNE; JIYAN POORU DENISARU
60 Air pressure power apparatus for laying car road JP20261584 1984-09-26 JPS6179880A 1986-04-23 AKAI RYOHEI
PURPOSE: To permit the power generation in the utilization of the weight of a car by laying an applied plate equipped with an elastic hollow pipe not a car road and pressurizing the hollow pipe by the weight in the case when the car passes on the applied plate and supplying the air in the hollow pipe into a turbine. CONSTITUTION: A plurality of elastic hollow pipes 2 are fixed in an applied plate 1 and laid so as to contact with a road surface 3. A suction valve 4 and an exhaust valve 5 are installed onto the both edges of the hollow pipe 2, and when the hollow pipe 2 is pressed with the applied plate 1 by a car 12, the air in the hollow pipe 2 is compressed and stored into a compression tank 7 equipped with a valve 8 through an air feeding pipe 6. While, after the car 12 passed over the applied plate 1, the hollow pipe 2 is restored by the elasticity, and when the exhaust valve 5 is closed, the suction valve 4 is opened, and air is inhaled into the hollow pipe 2. The air in the compression tank 7 is jetted- out into a turbine 11 from an under-pressure feeding pipe 10 by an automatic control valve 9, and the turbine 11 is revolved to generate electricity. COPYRIGHT: (C)1986,JPO&Japio