6results about How to "Guaranteed loading accuracy" patented technology

This application provides a bonding device for optical components, used to bond optical components to a bonding mold. The bonding device includes: a frame, vertically arranged; a support platform, mounted on the frame and used to connect the bonding mold, the bonding mold being rotatable on the support platform; a calibration support frame, mounted on the frame and located above the support platform, and having an adjustment cavity; and multiple adjusting members, adjustablely arranged on the calibration support frame and distributed around the central axis of the adjustment cavity, the adjusting members being radially movable along the adjustment cavity; the optical component is bonded to the bonding mold by hot melt wax and placed within the adjustment cavity, and the optical component is pushed horizontally by the multiple adjusting members to make the optical component coaxial with the bonding mold. This solves the problems of low mounting accuracy and large positioning accuracy error of optical components caused by manual mounting in the prior art.

The present invention relates to an inclined hole probe clamp mechanism, comprising a probe clamp base fixed on a probe station, a probe clamp body fixedly connected to one side of the probe clamp base, a probe tube fixedly connected to the inner cavity of the probe tube, a probe seat joint fixedly connected to the inner cavity of the probe seat joint, and a connecting section connected to the inner cavity of the probe seat joint through an elliptical groove. The present invention relates to the field of probe clamp technology. The inclined hole probe clamp mechanism has a simple overall structure and is easy to operate. The joint can be switched between a tightened state and a relaxed state by setting a hand-tightening nut, so that the operator can quickly and stably install the probe. At the same time, different types of probes can be adapted for installation, which reduces installation time waste and facilitates the rapid progress of subsequent operations.

The invention relates to a groove body segment construction method and a groove body segment, the groove body segment is divided into a plurality of segments, and same assemblies of different groove body segments are subjected to jointed board manufacturing on the same jig frame; the V-shaped groove small assemblage and the upper deck are manufactured on the same jig frame in an inverted-state splicing mode, the U-shaped groove longitudinal wall plate is installed above the upper deck in the inverted state, and the groove body segment middle assemblage is formed when the supporting longitudinal wall is installed above the V-shaped small assemblage in the inverted state. A triangular cabin small assemblage is normally carried on the V-shaped groove assemblage; the whole body is hoisted and carried above the lower deck to form a groove body subsection; and the groove body sections are spliced section by section in the length direction to form complete groove body sections. The same assemblies on different groove body sections are subjected to jointed board manufacturing on the same jig frame, the relative consistency of the precision of the assemblies of the different groove body sections is guaranteed, the construction error between the different groove body sections is reduced, and therefore the folding and splicing error of the different groove body sections is reduced.

The invention relates to an inclined hole probe clamp mechanism, which comprises a probe clamp base fixed on a probe station, one side of the probe clamp base is fixedly connected with a probe clamp main body, one side of the probe clamp main body is fixedly provided with a probe tube, the inner cavity of the probe tube is fixedly connected with a probe seat joint, and the probe seat joint is fixedly connected with an inclined hole. And an inner cavity of the probe seat joint is connected with a connecting section through an elliptical groove. The invention relates to the technical field of probe clamps. The inclined hole probe clamp mechanism is simple in overall structure and convenient to operate, the connector can be switched between a tightened state and a relaxed state through the arrangement of the hand-screwed nut, so that an operator can rapidly and stably install a probe, meanwhile, the inclined hole probe clamp mechanism can be suitable for installation of probes of different models, waste of installation time is reduced, and the installation efficiency is improved. And rapid proceeding of subsequent operation is facilitated.

The utility model discloses a be applicable to many models shock absorber laborsaving high accuracy loading test board, including base, stand, roof beam, movable beam, loading hydraulic cylinder, loading platform, lifting hydraulic cylinder and install on base a pair of shock absorber. Movable beam can move up and down along stand, and realize the lifting through lifting hydraulic cylinder, and loading hydraulic cylinder is installed on movable beam, and output end connects loading platform, is used for loading shock absorber. The support platform is arranged below the loading platform, provides support under the non - loading state, prevents falling. Test board still is equipped with rear support beam and side support beam, is used for strengthening structure rigidity. The utility model discloses stable structure, and strong adaptability can carry out high accuracy loading to different model shock absorber, has the advantages such as operating laborsaving, safe and reliable.