Vertical deformation is usually determined by the test method, when the load distribution, the ball bearing hinge member generated generated load distribution, diffusion angle of 45 degrees and a maximum of 60 degrees, combined with the sliding member, consider the combined effects of the movable carriage The basic structure and geometric parameters of ball bearing hinge design checking, rubber sheet, rubber sheet compressive stress can ascertain the rubber plate with a diameter determined by the following formula below; design vertical reaction force, rubber sheet resistance design value Supports custom grid hinge compressive strength standard processing, rubber sheet value takes domestic standards for allowable stress values ??25mpa finished steel hinge bearing material partial coefficient, the recommended value of 1.3, ball bearing rubber hinge plate diameter, rubber sheet thickness dimensions should consider the overall impact deflection caused at constant angle, the combination of live loads, which equals or exceeds 15% rubber sheet thickness, ball bearing hinge basic assumption steel bottom basin designed to support basin Block bottom pots, should now rarely used by welded ball bearing hinge usually turning the whole cast molding. Design stress of the end of the basin, under the combined effect of the basic, no load shall not exceed the yield strength of the surface, if the set parameters shown in ball bearing hinge, bottom basin is designed with the following basic assumptions. Ball bearing hinge calculation model should include a bottom basin, fittings and installation of equipment required boundary conditions. Ball bearing hinge has a static pressure characteristics under pressure. At the level of the applied force, the pressure plate on the top plate or the director between the ring and the pot bottom is assumed to be generated in the first half of a parabolic distribution of the circumference, and its value is taken as the average of 1.5 times. When using ring and the bottom end of the basin basin separate guardianship computation, spray a minimum thickness of 12mm ball bearing hinge for use of roads and bridges through the process of implementation of the standards, and in 2007 began to standard technical specifications were revised again, ball joints bearing on the series of specifications have to do some changes, our roads and bridges from the perspective of the development pot bearing a movable hinge bearing price, its adaptability corner from the maximum angle position 0.001rad GPZ development GPZ (II) of The maximum angular position 0.02rad, ball bearing hinge maximum carrying capacity also increased from 50000KN to 60000KN, the situation of China's railway as well. Here is the client in order to understand the use of the GPZ and GPZ (II) Basic Specifications Series listed for reference purposes only. Ball bearing hinge according to current standards, according to the bearing type to adapt to room temperature, and the temperature range is divided into two kinds of cold, by the use of performance is divided into two-way bearing activities, southeast to the movable bearing and fixed bearing three types. Ball bearing hinge series of specifications, technical performance GPZ, the ball bearing hinge vertical angle of not less than 0.001rad hinge bearing, vertical bearing capacity of 1000 ~ 50000KN divided into 28 horizontal bearing capacity of the non-slip surface 10% of the vertical, the friction coefficient in the desired pattern classification. Elastic hinge bearing wholesale sales, Hao-engineering rubber (certified), hinged Support provided by the Engineering Rubber Co., Ltd. Hengshui HaoTong. Hengshui HaoTong Engineering Rubber Co., Ltd. (www.htgcxj.com) in the field of construction materials at the site devoted boundless enthusiasm and passion, Hao-engineering rubber has been customer-centric, the concept of creating value for customers, quality, service to win the market, and sincerely hope to cooperate with the community to create a successful, create brilliant. Related businesses welcomed the inquiry, Contact: Liu.