| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 101 | 一种能抵抗灾难的安全床 | CN200510024087.7 | 2005-02-28 | CN1827010A | 2006-09-06 | 黄曾新; 刘文洁; 俞程; 叶大卫 |
| 本发明涉及防火装置领域，具体涉及一种能抵抗灾难的安全床，它是由底外壳(1)、底内层(2)、上层盖(3)、保温隔热层(4)、铅块(5)、转轴(6)、支撑脚(7)、感应器(8)和吸氧器(9)组成。本发明结构简单，可有效避免和减轻灾难造成的损伤，实用性强，有较强的可推广性。 | ||||||
| 102 | 房屋倒塌时可防止人员伤亡的救生床 | CN96114657.5 | 1996-12-24 | CN1091581C | 2002-10-02 | 傅庆斌 |
| 本发明公开了一种房屋倒塌时可防止人员伤亡的救生床，该救生床是由床面板(1)、钢板焊制而成的床体(2)、支脚、床头(4)组成的，在床头箱内设置有与电源导线连接的电源接通装置(10)，在床面板(1)底板面的边缘处中心，分别设置有床面板(1)与床体板相连接的连接装置(16)，在床面板(1)底板面的中夹设置有拉牵装置(25)。夜间发生地震地面颤动时，床面板脱离床体下落到床体中，夜间睡在床上的人可随床面板一同落入床体中，不至于被倒塌的房屋砸伤或砸死。 | ||||||
| 103 | 防震、防火、防洪、美容理疗多功能睡床 | CN98103345.8 | 1998-07-30 | CN1208594A | 1999-02-24 | 金剑 |
| 一种防震、防火、防洪、美容理疗多功能睡床,它是由床顶柜、床底柜和控制台三大部分所组成,其中的防震自动装置在地震时能自动将滑动门落下成一隔离室起防震作用,整个床壁床门是由石棉、金属板和木板三层所压成,故有防火作用,由于设有气袋张开装置,当有洪水入侵时,能自动张开,保证整个睡床稳定地浮于水面,由于设和美容理疗装置和音乐呼救装置以贮存有食品和水装置,从而保证了防震自救功能,是最新一代的多功能睡床。 | ||||||
| 104 | 房屋倒塌时可防止人员伤亡的救生床 | CN96114657.5 | 1996-12-24 | CN1185932A | 1998-07-01 | 傅庆斌 |
| 本发明公开了一种房屋倒塌时可防止人员伤亡的救生床,该救生床是由床面板(1)、钢板焊制而成的床体(2)、支脚、床头(4)组成的,在床头箱内设置有与电源导线连接的电源接通装置(10),在床面板(1)底板面的边缘处中心,分别设置有床面板(1)与床体板相连接的连接装置(16),在床面板(1)底板面的中央设置有拉牵装置(25)。夜间发生地震地面颤动时,床面板脱离床体下落到床体中,夜间睡在床上的人可随床面板一同落入床体中,不至于被倒塌的房屋砸伤或砸死。 | ||||||
| 105 | 超级多功能健身器床 | CN96105209.0 | 1996-05-17 | CN1141153A | 1997-01-29 | 赵冰 |
| 本设计是一种超级多功能健身器床，由床头，床座，可折叠的床垫和床架以及在床底部设有健身器械，防地震装置，折叠桌装置等多功能用具，此床平时只是睡床，当需要就可折叠变化成具有折叠床，多功能健身器床，防地震床等多种功能的系列床具，此用具在使用时只占用床具的占地面积，给健身器械进入家庭和锻炼身体带来极大的方便和乐趣，此用具功能多，结构合理，大大降低了现有同类用具的综合成本，加上有防地震等功能，是家庭最理想的多功能床具。 | ||||||
| 106 | 组合防震床 | CN91104012.9 | 1991-06-20 | CN1055865A | 1991-11-06 | 张万师 |
| 一种组合防震床，由床头、床板、盖板、支架、控制器、坐垫、靠垫、蚊帐架、茶几、灯组盘、固定锁等组成。地震时控制器自动接通电源使床头、床板、盖板三者构成封闭箱体，人员可在其中得到保护，日常生活中，不仅是卧具还可做沙发使用，能挂衣帽、蚊帐，还设置了茶几和照明装置。本发明不仅是人们地震时有效的防震工具，也是人们日常生活中的必备用具。本发明制造简单，使用方便，具有广泛的实用性。 | ||||||
| 107 | 地震自动救生床 | CN87103939 | 1987-05-27 | CN87103939A | 1988-06-08 | 邓中霖 |
| 地震自动救生床是一种平时供人睡眠和休息，地震发生时自动将坐在床沿上的人推倒、降低重心、关闭外壳，抵御低层或高层建筑坍塌打击，发出警报，具有防御火灾和水灾，保障生命安全能力的完全不用电的自动化家具。 | ||||||
| 108 | Earthquake protection pod | US14330148 | 2014-07-14 | US09441391B2 | 2016-09-13 | Bruce Winston Bellve |
| An earthquake protection pod for providing a safe space primarily for office personnel has a structure which may be sized to fit beneath a desk, which can support considerable weight and which provides a small crush zone in its structure to take the initial surge of a massive overload. Legs support a frame by sockets which have a crush zone for vertical impact loads. The pod is assembled on site. | ||||||
| 109 | Bed assembly having a shelter | US09471733 | 1999-12-23 | US06298503B1 | 2001-10-09 | Ching-Lung Hsu |
| A bed assembly has a shelter, a hollow casing enclosing the shelter, and a cushion panel disposed on the hollow casing. The hollow casing has an opening, a plurality of periphery holes, a large number of vent holes, and four hollow positioning seats receiving four threaded rods. Four reinforced panels are fastened on four sides of the hollow casing. The shelter has two transverse steel plates and four longitudinal steel plates. A headboard is disposed on a front portion of the hollow casing. A first cabinet is disposed on a first lateral of the hollow casing. A second cabinet is disposed on a second lateral of the hollow casing. | ||||||
| 110 | Protective bed frame with earthquake shelter | US792379 | 1997-02-03 | US5737784A | 1998-04-14 | Douglas S. Jackman |
| A bed frame to protect a person during a calamity is constructed from generally horizontal upper and lower subassemblies secured to two generally vertical end supporting subassemblies. The subassemblies are secured together by internal securing devices to resemble a conventional bed, and the entire assembly is secured to a supporting surface by further securing devices held internally of the two generally vertical end supporting assemblies. | ||||||
| 111 | Structural protective shelter | US761355 | 1996-12-06 | US5662132A | 1997-09-02 | Herbert A.F. Larsen |
| A structural protective shelter designed to be used around and above beds, office chairs, or anywhere an occupant may be sitting, standing, or reclining. It is ideally suited for protective use against structural building collapse resulting from disasters such as earthquakes, tornadoes, hurricanes, bomb blasts, etc. The shelter is ideally made of steel or like material and is comprised of a rectangular continuously framed base (18) from which rise four, vertical uprights (14), two pair becoming continuous to radiused corners and common overhead horizontal primary members (20). Between and perpendicular to said two overhead primary members is attached two horizontal overhead cross members (10). Between and perpendicular to said two overhead cross members is attached a handle bar grip (12) to be used to help an occupant to maintain position within the shelter during periods of violent movement. X-bracing is attached between one pair of verticals which share a common overhead primary member (22) and between the two sides of the shelter (16 and 24) as well as plate bracing (26) is attached over the rectangle shape formed by the two overhead primary members and the two overhead cross members. The four vertical uprights are designed to repel axial force of falling objects down the length of said uprights, while the bracing systems are designed to repel diagonal and lateral forces against side collapse of said shelter. | ||||||
| 112 | Earthquake protective bed | US441556 | 1995-05-15 | US5575024A | 1996-11-19 | Do Nam You |
| The present invention is a bed comprising a mattress which, in the event of an earthquake, is mechanically lowered into its rectangular frame. The movement caused by the earthquake further causes an attached, large, rectangular cover to mechanically collapse onto the top of the rectangular frame, thereby protecting the occupant or occupants of the bed. The bed and cover contain additional springs and supports, respectively, which enable the present invention to withhold the weight of accumulated and falling debris. Once an occupant is safely within the collapsed bed, means are provided within the bed to sustain the life of the occupant until outside assistance is received. When the cover of the bed is in its uncollapsed position, it unobtrusively lies against a wall of a bedroom acting as a vertical extension of the headboard and further containing useable and decorative shelves and/or cabinets. | ||||||
| 113 | Earthquake-resistant protective enclosure | US1749 | 1993-01-07 | US5354126A | 1994-10-11 | Albert Pedrego |
| A protective enclosure for a human being is constructed of a series of rigid panels resistant to earthquake forces. A person can crawl into the enclosure through an access opening, after which the person can pull a flexible roll-type door downwardly across the access opening to achieve a protective housing fully surrounding the person. Interior surfaces of the enclosure are lined with a resilient cushions material so that if the person's body should impact the housing interior surfaces the impact forces will be at least partially absorbed or relieved by the cushioner material. The enclosure includes compartments for storage of emergency items, such as a flashlight or a battery-operated beeper usable to alert persons in the general area that a person is within the enclosure. | ||||||
| 114 | Bed with foldable earthquake protective cover | US687104 | 1991-04-18 | US5111543A | 1992-05-12 | Yefim Epshetsky; Garry Belenky; Boris Khlevner |
| A foldable earthquake protective bed comprises a support frame (10) and two moveable members (20 and 22) pivotally attached to the support frame (10) and capable of being pivoted between a folded position in which the moveable members are arranged as conventional parts of the bed and an unfolded position in which they form a rigid protective cover above the bed's occupant(s). The bed may have a power drive in the form of a pneumatic cylinder (42) with a piston (43) sliding inside the cylinder (42). A piston rod (44) of the piston (43) is pivotally attached by a link (46) to a bracket (30) of the pivotable member (20) and by a link (48) to a bracket (32) of the pivotable member (22). Compressed air can be admitted to the cylinder (42) from a pressure vessel (50) via a control valve (52). This valve can be activated either manually by pushing a pushbutton (62) built into the bed frame, or automatically from a seismic sensor (58) attached to the wall of the building. When the valve is opened, air is admitted to the cylinder and causes rotation of the pivotable members (20) and (22) into their earthquake protective position. Several other embodiments are shown, including manually driven mechanisms and a mechanism for unfolding the bed under the weight of the bed's occupant. | ||||||
| 115 | COMPACT MODULAR HOUSING UNIT | EP14752425.0 | 2014-07-16 | EP3022368A2 | 2016-05-25 | FERRARI, Loris |
| The present disclosure relates to a compact modular housing unit (1) for housing a user (8). The modular housing unit (1) comprises a box-shaped structure (2), which encloses an inner chamber (20), and a bed or the like (3), which is positioned in the inner chamber (20). The box-shaped structure (2) has an access opening (26) to the inner chamber (20). The bed (3) is mounted on guides (4) and is adapted to perform a translational movement with respect to the box-shaped structure (2) along said guides (4): the bed (3) is movable between a first position, in which the bed (3) is completely inside the inner chamber (20), and a second position, in which the bed (3) protrudes at least partially from the inner chamber (20) through said access opening (26). The modular housing unit (1) is configured to allow a user (8) to lie in the bed (3) when the bed (3) is in the first position inside the inner chamber (20). The movability of the bed (3) between the first position and the second position, and vice versa, allows the user (8) to exit from/enter the inner chamber (20) while remaining lying in the bed (3). In particular, the translational movement of the bed (3) is along a translational axis which is parallel to a longitudinal axis (300) of the bed, corresponding to a head-feet direction of the user (8). According to an embodiment, the modular housing unit (1) is further configured to float on water (97): at least a bottom region (207) of the box-shaped structure (2) is watertight and the modular housing unit (1) in the floating condition is a survival cell for the user (8) when in a condition of danger due to a surrounding water environment. | ||||||
| 116 | USED-FUEL STORAGE RACK | EP10761676.5 | 2010-04-05 | EP2418651A1 | 2012-02-15 | MUKAI, Toshimasa; SATO, Takao; HASEGAWA, Hidenobu; TAKAGI, Kaoru; TAKESHITA, Tetsuro |
A spent fuel storage rack that accommodates and stores spent fuels in a large number of cells formed in a grid pattern includes a flat rectangular plate-shaped base forming the bottom of the rack, columnar members extending upward from the four corners of the base, and at least a pair of upper and lower grid-shaped frame plates disposed above the base and fixed to and supported by the columnar members. Each of the cells is formed by assembling metal plates to which boron is added to a density greater than 1% into a polygonal tube, and the cells are arranged contiguously at fixed intervals in the grid-shaped frame plates. |
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| 117 | Earthquake protective sleep structure | US15345183 | 2016-11-07 | US09706852B1 | 2017-07-18 | Karen Elaine Thomson |
| A protective sleep structure is provided which is adapted to protect occupants of a bed placed thereunder during an earthquake and the like. The structure includes an arched roof extending to a rectangular base supported by a plurality of truss panels formed as unitary structures. A canopy layer formed of solid material covering the arched roof provides additional structural rigidity as well as a shield against debris falling through the arched roof toward occupants below. | ||||||
| 118 | Spent fuel storage rack | US13263343 | 2010-04-05 | US09679668B2 | 2017-06-13 | Toshimasa Mukai; Takao Sato; Hidenobu Hasegawa; Kaoru Takagi; Tetsuro Takeshita |
| A spent fuel storage rack that accommodates and stores spent fuels in a large number of cells formed in a grid pattern includes a flat rectangular plate-shaped base forming the bottom of the rack, columnar members extending upward from the four corners of the base, and at least a pair of upper and lower grid-shaped frame plates disposed above the base and fixed to and supported by the columnar members. Each of the cells is formed by assembling metal plates to which boron is added to a density greater than 1% into a polygonal tube, and the cells are arranged contiguously at fixed intervals in the grid-shaped frame plates. | ||||||
| 119 | An Earthquake Protection Pod | US14330148 | 2014-07-14 | US20160010355A1 | 2016-01-14 | Bruce Winston Bellve |
| An earthquake protection pod for providing a safe space primarily for office personnel has a structure which may be sized to fit beneath a desk, which can support considerable weight and which provides a small crush zone in its structure to take the initial surge of a massive overload. Legs support a frame by sockets which have a crush zone for vertical impact loads. The pod is assembled on site. | ||||||
| 120 | PROTECTIVE COVERING DEVICE, SYSTEM, AND METHOD OF USE THEREOF | US13705645 | 2012-12-05 | US20140150174A1 | 2014-06-05 | Donald J. Erickson |
| A protective covering system comprising a fixture having an inner volume, the inner volume defined by at least one fixture wall having a height, a plurality of anchoring means located at least one of on the fixture and external to the fixture, and a covering device having a flexible cover section and a plurality of fastening means, the plurality of fastening means configured to cooperate with the plurality of anchoring means to removably secure the covering device over the inner volume of the fixture to provide a flexible ceiling across an opening of the inner volume is provided. Furthermore, an associated method is also provided. | ||||||
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