Dual-precision weighing electronic balance with adjusting mechanism
一种调节机构、双精度的技术,应用在称重设备的详细信息、称量、专用秤等方向,能够解决使用、不能作为它用、误差大等问题
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Embodiment 1)
[0028] This embodiment is a kind of double-precision weighing electronic scale with adjustment mechanism, see Figure 1 to Figure 8 As shown, it includes a carrier plate 91 for placing objects to be weighed, a base 92 arranged under the carrier plate, and four double-precision load cells 93 arranged in the base for supporting the carrier plate.
[0029] Each double-precision load cell includes a first mount 1, a first-precision load cell 2, a second mount 3, a second-precision load cell 4, and an elastic support 5 that are sequentially crimped; the elastic support includes an upper A support 51 , a threaded spring 52 and a lower support 53 . The top end of the spring abuts on the upper supporting member, and the bottom end of the elastic supporting member abuts on the lower supporting member; the lower supporting member is provided with a force guiding support portion 531 .
[0030] The bottom wall of the first mounting seat is provided with a first card seat 11, and the top ...
Embodiment 2)
[0053] This embodiment is basically the same as Embodiment 1, the difference is: see Figure 11 to Figure 12 As shown, since the adjusting screw is surrounded by the second mounting seat and the lower support, it cannot be rotated again after the overall assembly, so the adjusting mechanism in this embodiment also includes an adjusting screw cover 61 and a top screw cover 62; The outer peripheral wall of the support is provided with an outwardly convex stopper 533, and the outer peripheral wall of the force-guiding crimping part is provided with an external thread area 311; 611, the inner wall of the upper part is provided with an internal thread area 612 adapted to the external thread area of the force-guiding crimping part; The screw cap is also screwed on the external thread area of the force-guiding crimping part, located above the adjusting screw cap, and abuts against the adjusting screw cap; under the action of external force, the stopper part can Slip up and down ...
Embodiment 3)
[0056] This embodiment is basically the same as Embodiment 2, the difference is: see Figure 13 to Figure 16 As shown, the first precision load cell in this embodiment is still provided with a first fixing part, a first force-bearing deformation part, and a sensor set on the first force-bearing deformation part for detecting the deformation amount of the first force-bearing deformation part. The first resistance strain gauge; but the shape of the first precision load cell in this embodiment is similar to the reverse "G" shape, its first fixed part is similar to "C" shape, and the shape of the first force-bearing deformation part is similar to A smaller "C" shape is connected with the first fixed part to form a reverse "G" shape. The measuring range and accuracy of this first precision load cell are the same as those in Embodiment 1, and this structure can also be made by stamping, and its manufacturing process is simpler. The bottom of the first mounting seat is bonded and fi...
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