Abstract:
Embodiments of the present disclosure relate to a structure that comprises at least one layer of air beams that define an interior space of the structure wherein laterally adjacent air beams are configured to laterally abut each other. Optionally the structure comprises at least a first layer of a plurality of air beams and a second layer of a second plurality of air beams, wherein the second layer is positioned adjacent to and interior to the first layer for defining an interior space of the protective structure. A structure with laterally abutting air beams may better protect the occupants and contents within the structure from the effects of an explosion. Constructing a structure with at least two layers of air beams may provide a stiffer structure as compared to a structure that is constructed from a single layer of air beams.
Abstract:
A ground beam for a modular constructed building (30) has a pair of surfaces (34, 35) for supporting one or more wall panels (2) and a longitudinally extending male projection (36) interspaced between the surfaces. The projection is capable of being at least partially inserted into a wall panel (2). In a modular constructed building a plurality of ground beams (2) and wall panels (2) are provided and securing means are provided for securing the wall panels to a respective beam.
Abstract:
La presente invención propone un sistema de construcción de módulos de ambientes prefabricados, armables y desarmables, y un método para la construcción del sistema; los módulos se configuran en base a una estructura metálica confeccionada con perfiles de acero de sección cuadrada o rectangular, la cual se apoya en un sistema de anclaje de cimentación confeccionado con llantas recicladas llenadas con concreto, para el piso se emplea paneles OSB, como elementos de protección y seguridad se emplean parapetos, que son elaborados con cartones reciclados y como cerramiento general se emplea el carrizo fijado con amarres sobre la estructura metálica con alambre galvanizado y para la cobertura se usa lona o banner reciclado, o techos de plástico.
Abstract translation:
本invenci&冲突与提出的系统结构; N M&COLLISION模块预制,可构建和可分离的环境中,且mé所有用于建筑; N系统; M&COLLISION模块基于一个甲基&aacute结构进行配置;与钢制成LICA型材节&COLLISION正方形或矩形的N,其通过锚定系统cimentaci&COLLISION支撑,并且由填充有混凝土回收的轮胎制成, 地板OSB被用作保护选项元素| NY安全护栏使用,这是从回收纸板制成,作为一般的外壳簧片固定在甲基&aacute结构系泊采用; LICA用镀锌线和用于覆盖帆布使用 或回收旗帜,或塑料屋顶。 p>
Abstract:
A method for assembling a portable building that comprises a service part (1) and a functional part, wherein the service part (1) is fully assembled before assembling the building,while the functional part in not fully assembled before assembling the building, but individual elements and components of the functional part are each assembled before assembling the portable building,the method comprising the steps of setting up the service part and assembling the building by constructing the functional part from its individual elements and components by attaching the functional part to the service part.
Abstract:
Some embodiments relate to a connection system comprising: a wall panel comprising a wall panel connector and a socket; and a base configured to be fixed to a floor, the base comprising a locator protrusion configured to engage with the socket of the wall panel to assist in positioning the wall panel relative to the base, and a base connector configured to engage with the wall panel connector to connect the wall panel to the base, wherein one of the wall panel connector and the base connector comprises a latch which can be tensioned to force the wall panel against the floor or the base. The latch may be an over-centre latch. Embodiments also relate to the wall panel alone and to the base alone, as well as to a method of connecting the wall panel to the base.
Abstract:
초록집의 움직임으로 초록집을 감싸고 있는 집이 생활공간이 창조되고 또한 초록집의 움직임으로 초록집 원래의 위치로 환원하는 방법은 움직이는 초록집을 사람손으로 가볍게 밀고 당기는 힘으로 아르키메데스의 지렛대 법칙과 움직이는 초록집의 굴림마찰력 및 수직항력 물리량 에너지=거리 법칙과 그 전체를 사용함으로 움직이는 초록집이 탄생한 것이다. (1)기술분야 : 아르키메데스의 지렛대 법칙과 초록집의 고하중바퀴의 굴림마찰력 수직항력 물리량 힘=거리 법칙을 적용하여 움직이는 초록집을 만드는 것이다. (2)해결하려는 과제 : 움직이는 초록집의 움직임으로 생활공간 창조와 초록집 원래의 위치로 환원시키는 것이다. (3)과제의 해결수단 : 움직이는 초록집과 감싸고 있는 집을 제작 후 아르키메데스의 지렛대 법칙과 움직이는 초록집의 굴림마찰력과 수직항력 물리량 힘=거리 법칙을 적용한 생활 공간창조와 움직이는 초록집의 원래의 위치로 환원하는 것이다. (4)발명의 중요한 용도 : 인류의 거주공간 및 상업적으로 점포로 활용한다.
Abstract:
The invention provides a holding device comprising a locking member having a longitudinal axis, an external surface and a first end, an actuator for displacing said locking member along its longitudinal axis between a holding position and a released position, a guiding part, for engaging said external surface of said locking member and guiding its displacement functionally along its longitudinal axis,and an alignment sensor for detecting alignment with another device having a complementary guiding part, complementary with said locking member, said alignment sensor functionally coupled with said actuator for displacing said locking member when alignment with said complementary guiding part is sensed.