Floating car seat headrest rod multi-dimensional oiling equipment

Abstract

The invention discloses a multi-dimensional oiling device for a floating car seat headrest rod, which includes a multi-dimensional moving mechanism of an oiling device, the oiling device includes a floating mechanism, an oiling seat is arranged on the floating mechanism, and a Oiled through hole, the upper and lower sealing gaskets are arranged in the oiled through hole, and the oiled through hole between the upper and lower sealing gaskets forms an oiling space. The device is equipped with a y-direction linear sliding device, and the y-direction linear sliding device is equipped with an x-direction linear sliding device. The profiling device and the x-direction linear sliding device slide synchronously along the y direction, and the profiling device and the y-direction linear sliding device slide The beneficial effect of adopting the present invention is that during the oiling process, the profiling mechanism will synchronously simulate the change of the curvature of the sprayed headrest rod, and the z-direction telescopic mechanism drives the oiling device to expand and contract along the z-direction, while the floating mechanism drives The oiled seat floats to accommodate changes in the curvature of the headrest rod being sprayed.

Description

technical field [0001] The invention relates to the technical field of oiling headrest rods, in particular to a multi-dimensional oiling device for floating car seat headrest rods. Background technique [0002] The headrest is an important component of the car seat. The seat headrest is often inserted into the seat through two headrest rods. The headrest can be adjusted up and down, and the adjustment strength is 10N-90N. In the actual production process, the headrest is inserted. Excessive insertion and extraction force due to internal friction often occurs on the seat, which exceeds the design standard. In order to ensure that the insertion force meets the standard requirements, it is often necessary to apply lubricating grease on the headrest rod during the assembly process. At present, the more commonly used method is manual application, which requires a lot of manual labor. When the sponge is oiled, it is not only difficult to spread evenly, but also wastes the anti-ru...

AI Technical Summary

Problems solved by technology

[0002] The headrest is an important component of the car seat. The seat headrest is usually inserted into the seat through two headrest rods. The headrest can be adjusted up and down. The adjustment force is 10N-90N. In the actual production process, the headrest is placed On the seat, the insertion and extraction force caused by internal friction is often too large, exceeding the design standard

In order to ensure that the insertion force meets the standard requirements, it is often necessary to apply lubricating grease on the headrest rod during the assembly process. At present, the more commonly used method is manual application. This application method requires a lot of manual labor. When the sponge is oiled, it is not only difficult to apply evenly, but also causes waste of anti-rust oil or anti-rust grease, or accidentally applies anti-rust oil or anti-rust grease to the headrest, polluting the headrest

In order to solve the above problems, some factories will design some oiling tools by themselves. Most of the existing oiling tools are suitable for liquid oils. There is no oiling device specially suitable for solid oils on the market. In addition, the existing oiling devices Can only do simple linear motion, when encountering a headrest rod with a certain degree of curvature, it cannot adapt to changes in the curvature of the headrest rod

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