A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Climbing boots for rail guided climbing systems
The invention relates to a climbing boot for a rail-guided climbing system, which can in particular be used as a climbing formwork, a climbing scaffold, a climbing protective wall and/or a climbing work platform. The climbing shoe (1) comprises a shoe base body (2) having a first and a second rail guide element (3a, 3b), at least the first rail guide element (3a), in particular the first and the second rail guide element (3a, 3b), being arranged on the shoe base body (2) in a pivotable and/or extendable manner, the first rail guide element and the second rail guide element (3a, 3b) are arranged in a pivotal and/or extended guide state in such a way that in the pivotal and/or extended guide state, a climbing rail (9) arranged in a displaceable manner between the first rail guide element and the second rail guide element (3a, 3b) is guided by the rail guide elements (3a, 3b) in that a section of the climbing rail (9) is held by the rail guide elements (3a, 3b). Furthermore, the climbing shoe (1) comprises a receiving element (5) arranged on the shoe base body (2), which receiving element is designed to cooperate with a first partial section of a cantilever element (8a, 8b) arranged in a stationary manner on a concreting section of a building in such a way that the climbing shoe (1) can be hung into the cantilever element (8a, 8b), and a displacement element (6) provided with a handle (7), the displacement element is embodied in such a way that the displacement element is mechanically coupled to the shoe base body (2) and to the first rail guide element (3a), and when the first rail guide element (3a) is in the guide state, the displacement element is mechanically coupled to the shoe base body (2). A displacement (VO) of the displacement element (6) in a decoupling direction (Z) relative to the shoe base body (2) caused by an actuation of the handle (7) causes the first rail guide element (3a) to be in an unpivoted and/or retracted initial state in order to release the guide of the climbing shoe (1) to the climbing rail (9). Furthermore, the invention relates to a track-guided climbing system having such a climbing shoe (1) and to a method for releasing such a climbing shoe (1) arranged on a concreting section of a building.
本发明涉及一种用于轨道引导爬升系统的爬靴，该轨道引导爬升系统特别地能够用作爬升模板、爬升脚手架、爬升防护墙和/或爬升工作平台。该爬靴(1)包括靴基体(2)，该靴基体具有第一轨道引导元件和第二轨道引导元件(3a,3b)，其中至少该第一轨道引导元件(3a)，特别是该第一轨道引导元件和该第二轨道引导元件(3a,3b)，以能够枢转和/或伸出的方式这样布置在该靴基体(2)处，使得在枢转和/或伸出的引导状态下，以能够位移的方式布置在该第一轨道引导元件与该第二轨道引导元件(3a,3b)之间的爬升轨道(9)由这些轨道引导元件(3a,3b)引导，方法是该爬升轨道(9)的部分区段被这些轨道引导元件(3a,3b)握住。进一步地，该爬靴(1)包括布置在该靴基体(2)处的容纳元件(5)和设置有手柄(7)的位移元件(6)，该容纳元件被实施为与位置固定地布置在建筑物的混凝土浇筑区段处的悬臂元件(8a,8b)的第一部分区段这样配合，使得该爬靴(1)能够挂到该悬臂元件(8a,8b)中，该位移元件被这样实施，使得该位移元件机械地联接到该靴基体(2)和该第一轨道引导元件(3a)，并且当该第一轨道引导元件(3a)处于引导状态时，由该手柄(7)的操作所引起的该位移元件(6)相对于该靴基体(2)在解联接方向(Z)上的位移(VO)导致该第一轨道引导元件(3a)处于未枢转和/或缩回的初始状态，以便解除该爬靴(1)对该爬升轨道(9)的引导。进一步地，本发明涉及一种具有该爬靴(1)的轨道引导爬升系统和一种用于将布置在建筑物的混凝土浇筑区段处的该爬靴(1)松开的方法。
Climbing boots for rail guided climbing systems
The invention relates to a climbing boot for a rail-guided climbing system, which can in particular be used as a climbing formwork, a climbing scaffold, a climbing protective wall and/or a climbing work platform. The climbing shoe (1) comprises a shoe base body (2) having a first and a second rail guide element (3a, 3b), at least the first rail guide element (3a), in particular the first and the second rail guide element (3a, 3b), being arranged on the shoe base body (2) in a pivotable and/or extendable manner, the first rail guide element and the second rail guide element (3a, 3b) are arranged in a pivotal and/or extended guide state in such a way that in the pivotal and/or extended guide state, a climbing rail (9) arranged in a displaceable manner between the first rail guide element and the second rail guide element (3a, 3b) is guided by the rail guide elements (3a, 3b) in that a section of the climbing rail (9) is held by the rail guide elements (3a, 3b). Furthermore, the climbing shoe (1) comprises a receiving element (5) arranged on the shoe base body (2), which receiving element is designed to cooperate with a first partial section of a cantilever element (8a, 8b) arranged in a stationary manner on a concreting section of a building in such a way that the climbing shoe (1) can be hung into the cantilever element (8a, 8b), and a displacement element (6) provided with a handle (7), the displacement element is embodied in such a way that the displacement element is mechanically coupled to the shoe base body (2) and to the first rail guide element (3a), and when the first rail guide element (3a) is in the guide state, the displacement element is mechanically coupled to the shoe base body (2). A displacement (VO) of the displacement element (6) in a decoupling direction (Z) relative to the shoe base body (2) caused by an actuation of the handle (7) causes the first rail guide element (3a) to be in an unpivoted and/or retracted initial state in order to release the guide of the climbing shoe (1) to the climbing rail (9). Furthermore, the invention relates to a track-guided climbing system having such a climbing shoe (1) and to a method for releasing such a climbing shoe (1) arranged on a concreting section of a building.
本发明涉及一种用于轨道引导爬升系统的爬靴，该轨道引导爬升系统特别地能够用作爬升模板、爬升脚手架、爬升防护墙和/或爬升工作平台。该爬靴(1)包括靴基体(2)，该靴基体具有第一轨道引导元件和第二轨道引导元件(3a,3b)，其中至少该第一轨道引导元件(3a)，特别是该第一轨道引导元件和该第二轨道引导元件(3a,3b)，以能够枢转和/或伸出的方式这样布置在该靴基体(2)处，使得在枢转和/或伸出的引导状态下，以能够位移的方式布置在该第一轨道引导元件与该第二轨道引导元件(3a,3b)之间的爬升轨道(9)由这些轨道引导元件(3a,3b)引导，方法是该爬升轨道(9)的部分区段被这些轨道引导元件(3a,3b)握住。进一步地，该爬靴(1)包括布置在该靴基体(2)处的容纳元件(5)和设置有手柄(7)的位移元件(6)，该容纳元件被实施为与位置固定地布置在建筑物的混凝土浇筑区段处的悬臂元件(8a,8b)的第一部分区段这样配合，使得该爬靴(1)能够挂到该悬臂元件(8a,8b)中，该位移元件被这样实施，使得该位移元件机械地联接到该靴基体(2)和该第一轨道引导元件(3a)，并且当该第一轨道引导元件(3a)处于引导状态时，由该手柄(7)的操作所引起的该位移元件(6)相对于该靴基体(2)在解联接方向(Z)上的位移(VO)导致该第一轨道引导元件(3a)处于未枢转和/或缩回的初始状态，以便解除该爬靴(1)对该爬升轨道(9)的引导。进一步地，本发明涉及一种具有该爬靴(1)的轨道引导爬升系统和一种用于将布置在建筑物的混凝土浇筑区段处的该爬靴(1)松开的方法。
Climbing boots for rail guided climbing systems
用于轨道引导爬升系统的爬靴
MAUCHER CHRISTIAN (author) / DUEFEL DIETER (author) / PANICA BOGDAN (author) / STIPICH MATTHIAS (author)
2023-08-22
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste