A decompression ring

Abstract

The utility model provides a kind of decompression ring, it is related to toy manufacturing technical field, including inner ring component, outer ring and paragraph feeling device, outer ring is equipped with outer ring radial protruding portion, paragraph feeling device is located in outer ring radial protruding portion, paragraph feeling device is at least one group spring, marble component.Inner ring component and paragraph feeling device corresponding place are equipped with by multiple circumferential distribution's spherical cap marble groove, like this when inner ring component and outer ring relatively rotate, paragraph feeling feedback can be generated, to generate decompression effect.For the adjustment of paragraph hand feeling, outer ring radial protruding portion outside is detachable spring base.When ring is worn, outer ring radial protruding portion is placed in the direction of back of hand, other parts keep wearable nature of light and thin.

Claims

1. A decompression ring, characterized in that: It includes an outer ring, an inner ring assembly, and a segmented sensing device; the outer ring and the inner ring assembly can rotate relative to each other; the outer ring body is ring-shaped, and the outer ring has a radial protrusion that protrudes from the body at any position in the circumference of the body, and the segmented sensing device is disposed in the radial protrusion of the outer ring.

2. A decompression ring according to claim 1, characterized in that: The outer ring radial protrusion is provided with at least one outer ring spring hole arranged radially along the outer ring. The outer ring spring hole is a blind hole with an inner opening. The number of tactile sensing devices is the same as the number of outer ring spring holes. The tactile sensing device includes a ball and a spring. The spring is arranged inside and outside the corresponding outer ring spring hole. The ball is arranged in the outer ring spring hole and supported by the spring. The ball part is exposed in the outer ring spring hole. The inner ring assembly is provided with at least one ball groove that matches the ball.

3. A decompression ring according to claim 2, characterized in that: It also includes spring bases, the number of which is the same as the outer ring spring holes. The spring bases are set inside the corresponding outer ring spring holes and located at the outer end, making the outer ring spring holes blind holes with internal openings. The springs are set inside and outside the corresponding outer ring spring holes and are blocked by the spring bases.

4. A decompression ring according to claim 3, characterized in that: The spring base is threadedly connected to the outer ring spring hole, allowing for adjustment of the radial position.

5. A decompression ring according to claim 2, characterized in that: The inner ring assembly includes a rear inner ring and a front inner ring. Both the rear inner ring and the front inner ring are flanged with necks. The inner diameter of the neck of the rear inner ring corresponds to the outer diameter of the neck of the front inner ring. The rear inner ring and the front inner ring clamp the outer ring from the front and back along the axial direction and connect them together. The neck of the rear inner ring is provided with multiple ball grooves in the shape of spherical crowns. All ball grooves are located at the same position in the axial direction and correspond to the axial position of the ball.

6. A decompression ring according to claim 5, characterized in that: The rear inner ring and the front inner ring are connected together by threads on the neck.

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