TWM268479U - Vibration isolating platform using two face to face concaved sliding surfaces coated with elastomer and friction resistance material - Google Patents

Description

M268479 IV. Creation Instructions (1) I-[Technical Field of New Type] This creation is about a simple joint structure and easy control of production quality. The use of height difference displacement and frictional force reduces kinetic energy to prevent horizontal and vertical ground forces. Double sliding arc-isolated abutment for object displacement. [Prior technology] As shown in the first figure, the conventional orbital equipment isolation platform (1) uses two sets of mutually orthogonal upper and lower gear tracks (11) to provide the ability of the equipment to move freely during an earthquake. At the same time, the transmission path of the seismic force is cut off to exert the anti-seismic effect. There are some problems with this type of system that are not conducive to the promotion of its technology. The structural, durability, and economic aspects are explained as follows: 1. Structurality: The running-in of gears and tracks, and the alignment of the tracks must be very accurate. Otherwise, the derailment phenomenon will occur, so the processing precision is extremely high; the seismic isolation platform (1) lacks an automatic homing mechanism when it moves on the plane, and must be repositioned after the earthquake; the track is divided into upper and lower layers, between the equipment base and the floor Large space needs to be reserved, and the transmission interface is many and complicated. The design needs to overcome the problem of secondary stress. 2. Durability: The track needs to maintain lubrication at all times to reduce friction and ensure smooth rolling of the gear. Under the load of the equipment, the road will sink due to latent effects, affecting its alignment and increasing the possibility of derailment. In addition, the gears and rails are also prone to wear. 2. Economics: Due to the complexity of the structure and the precision of the processing, the production cost is relatively high; in addition, users need to bear long-term maintenance costs. [New content]

M268479 IV. Creation Instructions (2) '---- If there is a bell, the isolated platform will slide easily if it is struck, and the device can only resist horizontal seismic force and cannot reduce vertical 1 seismic force.' Therefore, the frictional force is used to prevent the disadvantage of free sliding due to collision, and the isolated components in the two half-arc upper and lower curved surface sliding supports are used to resist the vertical seismic force, so as to improve the efficiency of the seismic isolation base against the earthquake and solve the problem. ^ A double-arc sliding base abutment developed for structural, durability and economic issues. [Embodiment] Please refer to the third, fourth, fifth, sixth, seventh, eighth, ninth, tenth, eleventh, twelfth, and Thirteen and fourteen diagrams are used to explain the embodiment of the creation. The first diagram shows a perspective view of the embodiment of the orbital equipment isolation platform, and the second diagram shows the embodiment of the orbital equipment isolation platform. The perspective enlarged view, the third and fourth figures are top views of this embodiment, the fifth figure is a side view of this embodiment, the sixth figure is a top view when the embodiment is sliding, and the seventh figure is this embodiment A—A cross-sectional view, the eighth view is a cross-sectional view of the embodiment 2B-β, the ninth view and the tenth view are the CC cross-sectional views of the embodiment, the eleventh view is a perspective view of the embodiment, and the tenth view is The second figure and the thirteenth figure are partial enlarged perspective views of the embodiment, and the fourteenth figure is a perspective view of the embodiment mounted on a frame. The embodiment of this creation includes the upper and lower sliding platforms (5) including the upper platform (51), the lower platform (52), and the sliding base is formed into a concave and smooth curved surface by casting (2) its arc surface is applied by mechanical principles Generate displacement and friction to resist lateral earthquake r force, and place upper and lower curved surface sliding support (3) in the middle including upper curved surface sliding support (31), lower curved surface sliding support (32), and cover the surface with a layer of wear resistance material

M268479 Fourth, the creation description (3) material (6) to facilitate sliding when it is displaced, in the middle, it connects the upper arc surface to slide the Gonaxia r netchen member (33) as the 6 ′ branch brown () arc surface sliding support ( 32) In order to resist vertical and vibrational shocks, dust-proof members (4) are used as a barrier to prevent dust from entering the double-arc sliding base abutment. The above row forms a group of double-arc sliding bases. Two or more sets of double-arc sliding isolation bases are installed on the frame (?) As a set of bases for isolation equipment.

Claims (1)

M268479 5. Scope of patent application 1 · A double-arc two-symmetrical plate-shaped concave smooth curved surface with two semi-arc-shaped abrasion-resistant materials, two semi-arc-shaped abrasion-resistant materials 2 · As mentioned in the application of the above two 3 · As mentioned in the application Compression forming assembly 4. As described in the application of the two in the application 5 · As described in the application of the application in the partition concrete, & 6. As in the application of the above-mentioned fluorine-resistant, coagulation In the middle of the isolated abutment, a set of flat joints is cast with two-stage sliding support. The first component is the first component. The surface is the surface sliding component. 'Assembly, which is combined into a lower arc surface. The profit range is symmetrical and smooth. Benefit range Half fox shape Benefit range Shock component Shrink mix range Scope Abrasive material soil n benefit 'Including the upper or lower layer of the isolation structure is placed in a semi-circular shape on the mentioned double "Steel plate or double casting, mechanical turning sliding flat parts connection The upper and lower arcs are made of smooth iron plates. Solitary sliding machine The machining platform forms the inner platform; the surface is covered with a layer of sliding support, which will slide inside the platform. For dynamic isolation abutments, the double-slip surface sliding steel or steel plate described in the first item is the double-arc sliding southern damping rubber and metal block. The dual-travel surface iron plate, stainless steel, or brass described in the first item. The component is pure. The first item is rubber, concrete or gold, which is steel plate, shrinkage coagulation, dynamic isolation abutment, cutting or mold isolation base. Isolating abutment spring, hydraulic pressure Isolating abutment plate, hardening agent, its assembly, its rod and its iron Page 11