Production method and application method of pedal-driven pillow rotation type human neck rotator

A rotator and neck technology, which is applied in the field of fitness equipment, can solve problems such as inability to rotate and twist, neck muscle stiffness and pain, and the matching of the angle of neck rotation to the tolerance limit, so as to reduce the number of operators and eliminate neck discomfort Effect

Inactive Publication Date: 2016-09-07
崔莹
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AI-Extracted Technical Summary

Problems solved by technology

[0002] Neck discomfort is a common condition for people. It is often unable to rotate and twist due to stiff and painful neck muscles. Slowly twist the neck under the action of external force, and gradually expand the twisting range of the neck, which can make the stiff neck muscles gradually recover. Ho...
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Method used

On the both sides bed support 9 of plank bed 1, be respectively connected with swing arm 4, swing arm 4 is bent with a section of round or square steel pipe, and swing arm 4 after bending is V-shaped; On swing arm 4 There is a thread hole drilled at the bend of the bed, the thread hole is a through hole, and the swing arm 4 is installed and fixed on the bed support 9 with a screw 15 through the thread hole (the bed support is provided with a thread hole); the installed swing arm 4 can be The screw 15 of the bed support 9 rotates flexibly; one end near the neck pillow 3 of the swing arm 4 is respectively connected with a ball head seat 14, and the ball head seat 14 and the swing arm 4 are vertically connected into one; the ball head of the swing arm 4 Above-mentioned ball head 13 is installed respectively in seat 14, the angle between swing arm 4 and neck pillow ...
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Abstract

Disclosed are a production method and an application method of a pedal-driven pillow rotation type human neck rotator. The pedal-driven pillow rotation type human neck rotator is formed by connection of a plank bed, a shaft head, a neck pillow, swing arms and pedals. The shaft head is arranged at one end of the plank bed, and the neck pillow is mounted on the shaft head. The V-shaped swing arms are mounted on bed supports of two sides of the plank bed. A ball cup is connected to one end of each swing arm. A ball is mounted in each ball cup. Spline shafts are connected to the balls and are sleeved with spline sleeves. The neck pillow and the spline sleeves are connected integrally. The neck pillow can rotate by an angle along with the up-and-down movement of the swing arms. The pedals are connected to the upper ends of the swing arms. During use, a person lies on his/her back on the plank bed, puts the neck into a groove of the neck pillow, and treads the pedals with two feet, and the pedals drive the neck pillow to rotate forwardly and backwardly through the swing arms, so that the neck in the groove of the neck pillow is rotated and swung back and forth.

Application Domain

Gymnastic exercising

Technology Topic

Engineering

Image

  • Production method and application method of pedal-driven pillow rotation type human neck rotator
  • Production method and application method of pedal-driven pillow rotation type human neck rotator

Examples

  • Experimental program(1)

Example Embodiment

[0016] Such as figure 1 2. As shown in Figure 2, a method for manufacturing and using a foot-turning pillow-type human neck rotator enables people to cure the disease through their own pedaling activities; the neck rotator consists of a cot 1, a shaft head 2, and a neck Pillow 3, swing arm 4 and pedal 6 are connected together;
[0017] The cot 1 is a single cot with a wooden or iron frame; the width of the cot 1 is greater than the width of the human shoulder; the four legs 8 of the cot 1 are fixedly connected to the foundation set on the ground; the board of the connected cot 1 is horizontal The bed support 9 is connected between the two bed legs 8 of the cot 1, and the bed support 9 is made of a section of profile; the cross section of the bed support 9 is rectangular; the two ends of the bed support 9 and the bed legs 8 are connected vertically to form One piece; the connected bed support 9 is under the bed frame 10, and the bed support 9 and the bed frame 10 (referring to the long side bed frame) are parallel;
[0018] A shaft head 2 is connected to the middle of the bed frame 10 at one end of the bed bed 1, and the shaft head 2 is made of round steel; the shaft head 2 is facing the longitudinal axis of the bed bed 1; the shaft head 2 and the bed bed 1 are connected vertically into one body; One end of the shaft head 2 (the unconnected end) is provided with a thread;
[0019] A neck pillow 3 is fitted on the shaft head 2. The pillow body of the neck pillow 3 is made of hard materials; the pillow body of the neck pillow 3 is covered with a layer of cushion 5, cushion 5 and neck pillow 3. Bonding and connecting into a whole; the cushion 5 has a protective effect on the skin of the neck; the shape of the neck pillow 3 is made into a U shape; the cross section of the neck pillow 3 is made into an oval shape; the U-shaped groove of the neck pillow 3 The curvature is consistent with the physiological curve of the human cervical spine; the person is lying on the bed 1, his neck is stuck in the groove of the neck pillow 3, and the neck and head are supported by this; the neck pillow 3 is against the human cervical spine ( Physiological curve) has a corrective effect; a shaft hole is drilled in the pillow body of the neck pillow 3, and the shaft hole is a through hole. The neck pillow 3 is installed on the shaft head 2 through the shaft hole. The shaft head 2 rotates and swings, and the shaft head 2 is directly below the back of the neck; the neck pillow 3 after installation is connected with the screw thread of the nut 7 and the shaft head 2 into a whole, thereby fixing the neck pillow 3 on the shaft head 2 up;
[0020] A section of spline sleeve 11 is respectively connected to the pillow bodies at both ends of the neck pillow 3, and the positions of the two sections of spline sleeve 11 are symmetrical; the spline sleeve 11 and the outer side of the neck pillow 3 are connected vertically into one body; A matching spline shaft 12 is installed in the key sleeve 11; a ball head 13 is connected to one end of the spline shaft 12; the ball head 13 and the spline shaft 12 are connected vertically into one body; the spline shaft 12 can be installed in the spline shaft The sleeve 11 twitches back and forth without falling off, so as to adjust the length change when the angle between the swing arm 4 and the neck pillow 3 changes during movement;
[0021] Swing arms 4 are respectively connected to the bed supports 9 on both sides of the bed 1, which is formed by bending a section of round or square steel pipe, and the bent swing arm 4 is in a V shape; in the bending of the swing arm 4 There is a wire hole drilled there, and the wire hole is a through hole. The swing arm 4 is installed and fixed on the bed support 9 with screws 15 through the wire hole (the bed support is provided with a wire hole); the installed swing arm 4 can be installed on the bed support 9 The screw 15 is flexibly rotated; the end of the swing arm 4 close to the neck pillow 3 is respectively connected with a ball seat 14, and the ball seat 14 and the swing arm 4 are vertically connected into one body; in the ball seat 14 of the swing arm 4 The above-mentioned ball heads 13 are respectively installed to adjust the angle between the swing arm 4 and the neck pillow 3 during movement; the swing arm 4 passes through the ball head seat 14, the ball head 13, the spline shaft 12, and the spline sleeve 11. It is movably connected to the neck pillow 3 as a whole; with the up and down movement of the swing arm 4, the neck pillow 3 can rotate an angle; the other end of the installed swing arm 4 (refers to the end that is not connected to the ball seat, called the upper end ) Tilt upwards, and the height of the tilt exceeds the bed surface of the bed 1; a pedal 6 is connected to the upper end of the swing arm 4, and the pedal 6 is made of a round or square steel pipe, and the swing arm 4 and the pedal 6 are connected vertically The pedal 6 after the connection is above the end of the bed 1 (the end without the neck pillow), and the pedal 6 is parallel to the bed frame 10 (referring to the short side of the bed frame); this is convenient for people to step on;
[0022] The method of use is: when using, the human body lies on the bed 1, put the neck into the groove of the neck pillow 3, and both feet step on the pedal 6, and the pedal 6 drives the neck pillow 3 through the swing arm 4. The forward and reverse rotation movement makes the neck placed in the groove of the neck pillow 3 rotate and swing back and forth. This movement completely solves the problem of other people's techniques when they are too heavy (too much) or not in place due to their own operation. .
[0023] The beneficial technical effect of the present application is that the device can exercise and recover by oneself, thereby eliminating neck discomfort and reducing one operator.

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Classification and recommendation of technical efficacy words

  • Eliminate neck discomfort
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Manufacturing and use method of rotary neck rotator for human body

ActiveCN105943227AEliminate neck discomfortReduce operator
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