CN213250129U - Self-help micro-traction device for cervical vertebra - Google Patents

Abstract

The utility model discloses the precious is drawn by oneself a little to the cervical vertebra, by main pillow (containing head, two pillow positions of neck and neck prop and fill up 3 to 5 units such as pad and neck prop and fill up a bag base wadding), vice pillow (1-2), draw the pad and count the triplex altogether, 7 to 8 pillow position unit groups are synthetic to be put into and are drawn the pad before sleeping, the head is flagging 15 in the front and is controlling tensile cervical vertebra, the neck pillow is in the middle of the moderate degree support high protruding, the arm of a bladder stabilizes the strength at back, it carries out the power to draw the correction a little to the cervical vertebra to be the pen stand mountain type. The traction pad is pulled out to turn to normal sleep, the cervical vertebra is continuously nursed by utilizing the functions of each unit during sleep, the micro traction effect is consolidated, the main pillow and the auxiliary pillow can form two heights for sleeping on the side and on the back, the pillow height can be synchronously changed when the patient turns over during sleep, each unit is provided with a zipper, and a user can flexibly increase and decrease fillers and adjust the pillow height according to the requirement. The humanized design integrates the cervical vertebra traction by micro force and the sleeping pillow, can not only pull the cervical vertebra but also sleep comfortably, and improves the sleeping quality.

Description

Self-help micro-traction device for cervical vertebra

Technical Field

The utility model relates to a cervical vertebra pulls treasured by oneself a little, especially combines the sleep pillow and the cervical vertebra that pulls a little power together, adds some settings in the aspect of nursing the cervical vertebra in the part that pulls the cervical vertebra a little power and the normal sleep.

Background

Since the internet era, in order to solve the problems that people can look at mobile phones by lowering their heads for a long time and the cervical vertebra pressure is too high and the cervical vertebra is uncomfortable due to long-time head lowering work, some cervical vertebra traction pillows (such as cylindrical milk candy type and wave type) are gradually developed in the market to support the cervical vertebra and lower the head. Although the problems of the cervical vertebra are solved, certain limitation still exists, if the pillow can only be pulled and is inconvenient to be used as a normal sleeping pillow, the pillow is replaced with the sleeping pillow after the traction is finished, and the pillow is troublesome to fall asleep; in addition, although the neck can be padded up and the head can be lowered, the height is fixed, and the problems of individual requirements of people on fat and thin neck, different bladder arm widths and the like cannot be met.

Disclosure of Invention

For remedying above defect, the utility model provides a cervical vertebra pulls treasured a little by oneself compromises needs such as power traction and nursing cervical vertebra and comfortable sleep a little, by three, 7 to 8 pillow position units constitute.

1. The pillow integrates the micro-traction cervical vertebra and the normal sleeping pillow, the cervical vertebra is self-assisted by the micro-traction before sleeping, and the traction cushion is pulled out to turn to the normal sleeping (see figures 4, 5, 9, 10, 14, 15, 19 and 20). According to different using objects, the method is divided into four types: a type of cervical vertebra self-help micro-traction pillow (A type of double-auxiliary pillow for short); a cervical vertebra self-help micro-traction pillow B type (short for a double-pillow B type); the self-help micro-traction device for cervical vertebra is compact (short for compact); self-help micro-traction treasure loose type (short for loose type) for cervical vertebra.

2. A main pillow is provided (see fig. 1, 6, 11, 16). Dividing 2 to 3 pillow areas, pillow positions and 3 to 5 units: the double-auxiliary pillow A, B type divides a head part (see 1 in fig. 1 and 6) and a neck pillow part (see 2 and 3 in fig. 1 and 6), and the neck pillow part is further provided with two layers of units, namely a neck support pad bag (see 2 in fig. 1 and 6) and a neck support pad bag bottom pad (see 3 in fig. 1 and 6). The pillow is characterized in that the pillow is compact and loose, main pillow areas (see 3, 1 and 2 of figures 11 and 16) are arranged, the main pillow areas are divided into a head pillow area (see 3 of figures 11 and 16) and a neck pillow area (see 1 and 2 of figures 11 and 16), a neck support pad bag (see 1 of figures 11 and 16) and a neck support pad bag bottom pad (see 2 of figures 1 and 6) are arranged in the neck pillow area, and in order to prevent a user from falling down in sleep, the left and right sides of the pillow are provided with 5 pillow areas which are two pillow areas (see 4 and 5 of figures 11 and 16) for preventing the user from falling down and lying on the side. Thirdly, all models are low concave head pillow positions and moderate convex neck pillow positions.

3. The traction pad (see figures 3, 8, 13 and 18) is composed of a neck and pillow supporting part and a cervical vertebra and thoracic vertebra connecting part. It is the core component of the cervical vertebra traction by micro force (see the description of the traction cushion in the technical scheme and the implementation mode for details).

4. The pillow is provided with two auxiliary pillows respectively in a double-auxiliary pillow type A and a double-auxiliary pillow type B, and one auxiliary pillow is respectively arranged in a compact type and a loose type. The auxiliary pillow is placed on the main pillow to form two heights for sleeping on back and on side, and the auxiliary pillow is placed according to sleeping habits, so that the pillow position is synchronously changed when the user turns over and changes the sleeping posture.

5. Each unit of each part is provided with a hidden zipper (because the hidden zipper is arranged at the sewing interface of each unit, no label is provided, and the special character description is provided), so that the filler is convenient to increase and decrease, and the height of each pillow position can be flexibly and individually adjusted by a user according to the requirement of the body shape of the user.

To sum up, the utility model discloses be exactly a multi-functional cover of multicomponent pillow, the integrated supporting physics nature that makes up of each parts above is connected, comes to correspond head, neck, the physiological connection of shoulder, realizes the weak power of sleeping and pulls the cervical vertebra, takes out and pulls the pad and change over to normal sleep, and continuously nurses the cervical vertebra during sleeping, and both convenient effective, the sleep is comfortable again and have new intention and better effect, so its utility model's the key performance of meaning is on each parts combinability supporting use.

The utility model provides a technical scheme that its technical problem adopted is:

1. setting a foundation: the main pillow is used as a base of the cervical vertebra self-help micro-traction device and comprises: the pillow comprises a head part and a neck part, wherein in order to adjust the height, the neck part is respectively provided with a neck support pad bag and a neck support pad bag bottom pad unit (see 2, 3, 11 and 1 and 2 of 16 in figures 1 and 6), and two anti-falling pillows and side lying pillow positions (see 4 and 5 in figures 11 and 16) are additionally arranged on two sides of a compact type and a loose type; the auxiliary pillow is added on the main pillow to form two heights of side sleeping and back sleeping, and the pillow position is synchronously changed when the user turns over; and thirdly, the traction pad (see figures 3, 8, 13 and 18) consists of two units of a neck and neck supporting pillow position (see figure 3, 8, 13 and 18 1) and a cervical vertebra and thoracic vertebra connecting part (see figure 3, 8, 13 and 18 2), and is a core component for micro-force traction of the cervical vertebra. The height of the tractor is set by the user according to the actual needs of the user during micro-traction. The traction pad is used for increasing the moderate forcible force of the micro-force traction to achieve the correction effect of the micro-force traction (see 1, 3 and 4 in figures 4, 9, 14 and 19).

2. Micro-force traction setting: the principle of micro-force traction is as follows: in the early stage of cervical vertebra discomfort, mild injuries caused by external reasons such as long-time head lowering or too high pillow and the like are mainly caused, the problem can be basically solved by self-help and micro-traction on a bed, even if patients in middle and later stages are subjected to traction treatment by a tractor in a hospital, and the effect of traction in the hospital is consolidated by self-help and micro-traction of the cervical vertebra after home (because the treatment time of the tractor in the hospital is short after all) is good. Because precious neck occipital position and the traction pad of self-service slight traction of cervical vertebra all the user according to the more accurate setting height of personal cervical vertebra shape, the neck occipital position still according to the circular-arc preparation of cervical vertebra moreover, and every user all recovers according to the original cervical vertebra physiology curve shape of oneself. Secondly, an arrangement scheme during micro-force traction is as follows: the head is vertically seen to droop in the front (see the 5-head pillow position in the figures 4, 9, 14 and 19) for about 15 degrees, the cervical vertebra is stretched, the neck is rested in the middle (see the 4 in the figures 4, 9, 14 and 19), the cervical vertebra is raised according to the current state height of the curve of the cervical vertebra of a user, the bladder arm is moderately raised (see the 1, 3 and 4 in the figure 4), the bladder arm is stabilized by using the lower edge support pads of the 2, the 6 and the 7 in the figure 4 to form a longitudinal pen-stand mountain type micro-traction force with certain traction correction, and the cervical vertebra is subjected to micro-force traction. As long as the user controls the slight sense of force when setting the height of the traction pad, the simple self-help slight traction is carried out before sleeping at night every day, so that the phenomena of nervous tension, fatigue and even rigor of cervical vertebra caused by long-time head lowering in the daytime can be relieved or eliminated, and the original physiological curve of the cervical vertebra can be gradually restored (certainly, the situation is still needed to be solved by a hospital in a heavier way).

3. The arrangement that the traction pad is drawn out and the mattress is turned to normal sleep is as follows: the pillow becomes a pillow with the function of nursing cervical vertebra by drawing out the traction pad, because the basic arrangement is designed according to the function of nursing cervical vertebra during sleeping except the traction pad, and the user himself sets the height accurately before using (see the first and the second basic arrangements in the section 1). What needs to be added here is: firstly, in order to protect the natural physiological curve of cervical vertebra, the neck pillow is properly lifted according to the upper arc, the back head spoon of the head is extended backwards, the head is in the low concave position after lying down, and the balance of the head and the neck can be kept, so that the main pillow is designed according to the concave head and the convex neck; secondly, the auxiliary pillow is placed on the main pillow as a side sleeping pillow position during sleeping, two heights of side-up sleeping are naturally formed, and the pillow position can be turned over and synchronously changed in height. The compact type and the loose type also arrange the auxiliary pillow according to the memory function of the limbs and the sleeping habit of people, realize the synchronous transformation of the pillow height when turning over and transforming the sleeping posture during sleeping (see the second embodiment 5 for details); thirdly, each unit is provided with a hidden zipper, so that the user can increase and decrease the filler when the height of each pillow position is adjusted according to the personal shape, and the comfortable pillow can be used by the user; and fourthly, the pillow position for preventing the falling of the pillow, the compact type and the loose type is also specially designed.

As for the reason that the user can adjust the specific height of each pillow part for positioning the traction with slight force and normal sleeping, the principle is as follows: the cervical vertebra of the human body is composed of 1-7 sections of vertebrae on the upper section of the spine and intervertebral discs among the vertebrae, a natural physiological curve which bends backwards is formed, the sizes of the vertebrae and the fatness and the length of the neck of a person are different, and the widths of the arms are different.

The significance of the utility model is that: 1. the cervical vertebra is pulled by self-help micro-force, so that the nervous tension state and the cervical vertebra fatigue of the cervical vertebra caused by long-time head lowering in the daytime can be relieved or eliminated, and the physiological curve of the cervical vertebra is gradually recovered; 2. people can enjoy better sleep quality.

Drawings

The invention will be further described with reference to the following figures and examples:

FIG. 1 is a top view of the "double-pair pillow A type main pillow" of the present invention: 1 head pillow, 2 neck support pad bags and 3 neck support pad bags, which are in a head concave and neck convex shape.

FIG. 2 is a top view of the "double auxiliary pillow type A auxiliary pillow" of the present invention; the unit 1 is a sub-pillow 1, and the unit 2 is a sub-pillow 2. The two auxiliary pillows are arranged at the left side and the right side of the upper surface of the pillow body in figure 1, so that the pillow body can be turned over freely and conveniently when people lean on the back and sleep left and right during sleeping, and the pillow body is explained in detail in figure 5. More importantly, the auxiliary pillow is placed on the main pillow to form two heights for lying on back and sleeping on side, and the pillow can turn over during sleeping and synchronously change the height of the pillow, which is very beneficial to the cervical vertebra, as shown in figure 5.

Fig. 3 is a plan view of the "traction pad" of the present invention: 1 is a traction cushion unit, 1 is placed under a neck support cushion wrapping bottom cushion of a main pillow during traction, on the basis that 2 and 3 in figure 1 are already raised and the physiological curve level of protecting cervical vertebra during normal sleep is reached, a layer (three layers are added by 2 and 3 layers in figure 1) is added at the center position of the lower side of 3 in figure 1, and the purpose is to increase moderate forcing force. 2 is a traction pad 2 unit, when a user lies on the neck pillow position to carry out self-help micro-force traction, the cervical vertebra and the thoracic vertebra are supported and padded to avoid making the back overhead, as shown in figure 4 for detailed explanation.

FIG. 4 is a cross-sectional view of the "double-pair pillow A-type micro traction" of the present invention: (front cut-away view) 1 is the unit 1 of the traction pad of fig. 3, 2 is the unit 2 of the traction pad of fig. 3, 3 is the neck brace bag base pad, 4 is the neck brace bag, and 5 is the position where the head hangs down obliquely. 6. And 7, two auxiliary pillows are arranged on the left and right, the lower edges of the two auxiliary pillows support the left and right shoulders, and the two auxiliary pillows and the pillow 1 share the supporting function of the arms and the back. See embodiment 4 in the first paragraph.

FIG. 5 is a cross-sectional view of the "double-pair pillow A-shaped drawing out traction pad for normal sleep" of the present invention: 1 is a neck support cushion bag bottom cushion, 2 is a neck support cushion bag, 3 is a head pillow position, and 4 and 5 are two auxiliary pillows arranged on the left and right. See embodiment one 5 for details.

FIG. 6 is a top view of the "double auxiliary pillow B type main pillow" of the present invention: as detailed in fig. 1.

FIG. 7 is a top view of the "double auxiliary pillow type B auxiliary pillow" of the present invention; as detailed in fig. 2.

Fig. 8 is a plan view of the "traction pad" of the present invention: as detailed in fig. 3.

Fig. 9 is a cross-sectional view of "double-pair pillow B type micro traction" of the utility model: as detailed in fig. 4.

FIG. 10 is a sectional view of the "double-pair pillow type B pull-out traction pad turning to normal sleep" of the present invention: as detailed in fig. 5.

Fig. 11 is a plan view of the "compact main pillow" of the present invention: 1 is a neck support pad bag; 2 is a neck support pad bottom pad, 1 and 2 units are neck pillow positions, and are used for supporting and supporting the neck, enabling the neck to be higher than the head properly, and supporting and maintaining the physiological curve of the cervical vertebra; 3 is a head pillow position which is lower than the neck moderately; 4 and 5 are pillow positions for preventing falling and lying on side.

FIG. 12 is a top view of the "compact auxiliary pillow" of the present invention; the pillow 1 is an auxiliary pillow, is placed in the space 3 of fig. 11 to lean to the left or right during normal sleep, and is specially used for raising the head when lying on the side, as shown in fig. 15 for details. The auxiliary pillow is placed on the main pillow to form two heights for lying on back and sleeping on side, and the pillow can be turned over during sleeping to synchronously change the height of the pillow, as shown in figures 1 and 2 of figure 15.

Fig. 13 is a plan view of the "traction pad" of the present invention: see fig. 3 and 4 of the embodiment in detail, as in fig. 3.

Fig. 14 is a cross-sectional view of the utility model "compact micro traction time": see in detail. Embodiment 4.

FIG. 15 is a sectional view of the "compact drawing out traction pad turning to normal sleep" of the present invention: 1 is an auxiliary pillow, 2 is a pillow position of the head when lying down and lying on back for sleeping, 3 is a neck supporting pad bag bottom pad, 4 is a neck supporting pad bag, and 5 and 6 are anti-falling pillows on the left and right sides and a pillow position for lying on side. See the second best mode 5. (note: in actual use, the lower edges of 1, 3 and 4 are aligned up and down in the figure, so that the staggering is used for clear layer).

Fig. 16 is a plan view of the "loose type main pillow" of the present invention: as detailed in fig. 11.

FIG. 17 is a top view of the "loose type auxiliary pillow" of the present invention; as detailed in fig. 12.

Fig. 18 is a plan view of the "traction pad" of the present invention: see embodiment 4 for details

Fig. 19 is a cross-sectional view of the utility model "loose type micro traction time": embodiment two 4 is explained in detail.

FIG. 20 is a sectional view of the "loose type drawing out the traction pad and turning to normal sleep" of the present invention: see embodiment two for details.

Detailed Description

Reference will now be made in detail to embodiments of the present invention, examples of which are illustrated in the accompanying drawings. The embodiments described below with reference to the drawings are exemplary and intended to be used for explaining the present invention, and should not be construed as limiting the present invention.

Because the utility model discloses "self-service little traction of cervical vertebra treasures" divide into four models, its division basis is decided according to the cervical vertebra situation of use object, the A, B type of two vice pillows is mainly to white collar class and the long-time low head of every day but cervical vertebra problem is lighter in prevention; the compact type and the loose type aim at the cervical vertebra which is already sick, and the A type and the compact type of the double-auxiliary pillow are mainly described in detail below (the B type and the A type of the double-auxiliary pillow are only different in size and different in using object, and the loose type and the compact type are also only different in size and different in using object);

a-type first and second auxiliary pillows:

1. firstly, a main pillow (see figure 1) is manufactured to be used as a basic pillow of a double-auxiliary pillow A type, the size of the main pillow is about 80X 42 cm, two pillow positions are longitudinally divided, the head pillow position accounts for about 70%, the neck pillow position accounts for about 30%, and two layers of units of a neck support cushion bag and a neck support cushion bag bottom cushion are respectively arranged on the neck pillow position. The height and the shape of the neck pillow position of the main pillow are designed according to the shape and the approximate height of a human body when the human body lies flat, a space (shown in detail as 2 and 3 in figure 1) for setting the accurate use height according to the actual body type needs of a user is reserved for the user, and the neck fat-thin length and the bladder arm width of each person are different, so that the shape and the physiological curve of the cervical vertebra affecting each person are different. Secondly, the shape and height of the neck pillow position are bent according to the upper arc of the physiological curve and are properly higher than the head pillow position (see 1 and 2 of figure 5) specially for the neck pillow position, so that a user can keep the physiological curve of the cervical vertebra as much as possible after lying down, relax the nerves behind the cervical vertebra and relieve or eliminate the fatigue of the cervical vertebra. When lying on side, the lower side of the auxiliary pillow is supported by the neck support pad bag, so that the cervical vertebra can keep a straight line and can be protected (see fig. 2 and 5 in detail).

2. Two secondary pillows were then made (see fig. 2): therefore, the auxiliary pillow is manufactured because the arms are pressed under the pillow when lying on the side, the neck and the head are naturally supported, the height of the neck and the head is increased inevitably, and the auxiliary pillow is manufactured in order to keep the cervical vertebra and the body in a straight line when lying on the side and avoid the cervical vertebra from being inclined leftwards and rightwards, so that the movable side lying pillow position of the auxiliary pillow also protects the cervical vertebra from being damaged. The A-shaped auxiliary pillows of the double-auxiliary pillow are longitudinal rectangles, about 42 x 24 cm is left and right, the two auxiliary pillows are respectively placed on two sides of the main pillow and are left and right side sleeping pillows, the middle concave part is a back sleeping pillow, and the user can freely turn over the pillow left and right when sleeping on the back (see 4 and 5 in figure 5 in detail).

3. And manufacturing a traction pad (shown in figure 3), wherein the size is about 31 x 25 cm, the traction pad consists of two units, namely a neck pillow (1 in figure 3) and a cervical vertebra and thoracic vertebra connection part (2 in figure 3), and the traction pad is a core component for slightly traction of the cervical vertebra. The height of the cervical vertebra tractor is adjusted by a user according to the actual need of the user when the cervical vertebra tractor is used for micro-traction. One unit is that on the basis that the normal sleeping main pillow neck and neck pillow position properly raises the neck (see 1 and 2 in figure 5), and relaxes the natural form of the physiological curve of the cervical vertebra, a layer of proper height is added, and the two layers of the normal sleeping pillow neck and neck pillow position are three layers (see 1, 3 and 4 in figure 4), before sleeping, the cervical vertebra is subjected to micro-force traction and correction, and the other unit is a special supporting and cushioning cervical vertebra and thoracic vertebra connection part, so as to avoid raising the back (see 2 in figure 4).

4. After the three components are matched, the cervical vertebra can be pulled with little force before sleeping (see figure 4): the specific setting is as follows: the head is hung at 15 degrees on the front (see the 5 head pillow position in figure 4) in a longitudinal direction, the cervical vertebra is stretched, the neck is rested in the middle (see 4 in figure 4), the cervical vertebra is raised according to the natural shape of the cervical vertebra of a user, the bladder arm is moderately protruded (see 1, 3 and 4 in figure 4), the bladder arm is fixed with strength (see 2, 6 and 7 in figure 4) by utilizing the lower edge support pads of 2, 6 and 7 in figure 4 on the back, the longitudinal pen rack mountain type micro traction force with certain traction correction is formed, and the cervical vertebra is subjected to micro-force traction. As long as the user grasps that the height of the traction pad is slightly forced when setting the height of the traction pad, the simple self-help cervical vertebra traction pad is carried out before sleeping every night, so that the phenomena of nervous tension, fatigue and even stiffness after the cervical vertebra is formed by long-term head lowering in the daytime can be relieved or eliminated, and the original cervical vertebra physiological curve of the user can be gradually restored (certainly, the situation is still required to be solved by a hospital seriously).

5. The normal sleep can be carried out by pulling out the traction mat (see figure 5), and the arrangement and the function of each unit of the main pillow and the auxiliary pillow during the normal sleep are as follows: firstly, a main pillow is used as a basic pillow (see 1, 2 and 3 in figure 5), an auxiliary pillow (see 4 and 5 in figure 5) is placed to form a shape with a concave middle and convex sides (see 3, 4 and 5 in figure 5), the auxiliary pillow with the convex sides at the two sides is used as a pillow position for sleeping at the left and right sides (see 4 and 5 in figure 5), and the concave part in the middle is used as a pillow position for sleeping on the back (see 3 in figure 5), so that two heights for sleeping on the back are formed, the habit of one height of the traditional pillow is broken through, the natural physiological curve of the cervical vertebra can be kept and nursed when the pillow is laid on the back, the nervous tension and the cervical vertebra fatigue after the cervical vertebra are relaxed and relieved, the cervical vertebra can be kept in a straight line when; the auxiliary pillow is used as a supporting pad for lying on the side and is placed on two sides of the main pillow, so that two heights for lying on the side can be formed, and the height of the pillow can be synchronously changed when the user turns over to change the sleeping posture (see 3, 4 and 5 in figure 5); the two units of the neck pillow position of the main pillow are specially used for supporting and cushioning the neck (see 1 and 2 in figure 5), and can keep the physiological curve of the cervical vertebra stable during sleeping; because each unit is provided with a zipper (because the zipper is concealed at the sewing interface of each unit, no label is available, and the special character is described), a user can increase and decrease the filler according to the needs, and can randomly adjust and position the height of each pillow, so that the pillow can be suitable for the body type of the user and can sleep comfortably no matter the neck is fat and thin, and the bladder arms are wide and narrow; due to the four advantages, the cervical vertebra can be continuously nursed during sleeping after the patient enters the sleeping state, and the effect of micro-force traction before sleeping is consolidated.

Secondly, compact:

1. firstly, a main pillow (see fig. 11) is manufactured to serve as a basic pillow for the cervical vertebra self-help micro-traction device: the size is about 70 x 36 cm. The left, middle and right sections are transversely divided (4 and 5 are left and right sections in fig. 11, and 3, 1 and 2 are middle sections), and the left and right sections 4 and 5 are anti-falling pillows and lateral lying pillows and are protruded (see 4 and 5 in fig. 11); the middle section is a main pillow area (see 3, 1 and 2 in fig. 11), the width of the middle section is larger than the left section and the right section, the middle section is about 40%, the middle section longitudinally divides two pillow positions 11, the figure 3 is a head pillow position (see 3 in fig. 11), the middle section is about 70% of the main pillow area, the head pillow position is properly concave due to the back head protruding backwards, the figure 11 1 and the figure 2 are neck pillow positions, the middle section is about 30%, the neck pillow positions are respectively set into a neck support pad bag (see 1 in fig. 11) and a neck support pad bag bottom pad (see 2 in fig. 11), the neck pillow position is properly higher than the head pillow position, and the neck pillow position is required to be convex according to the physiological curve of cervical vertebra bending. The main pillow is divided into five units (see figure 11), and the height of the main pillow is adjusted by a user according to the needs (the units are provided with hidden zippers, so that the fillers can be conveniently increased and decreased).

2. Secondly, making an auxiliary pillow (see fig. 12): the compact secondary pillow is a longitudinal rectangle, about 36 x 24 cm, the height of which is set by the user according to his own needs. The pillow is placed at the left or right of the head pillow (see 3 in fig. 11) in the main pillow area at the middle section of the main pillow, and is specially used for raising the head when lying on the left and right sides, and the user can freely place the pillow at the left and right sides according to the sleeping habits and turning habits (note: the anti-falling pillow and the pillow for lying on the side on the left and right sides of the main pillow mainly take the anti-falling pillow, and the function of lying on the side is only an auxiliary function, because the auxiliary pillow is adjusted to the height of lying on the side more accurately by the user in advance).

3. And then a traction pad (see figure 13) is manufactured, the size is about 31 x 25 cm, the traction pad consists of two units, namely a neck pillow (see figure 13 1) and a cervical vertebra and thoracic vertebra connecting part (see figure 13 2), and the height of the traction pad is adjusted by a user according to the actual need of the user when the cervical vertebra is slightly pulled. The cervical vertebra pillow is a core component (see 1 and 2 in figures 12 and 14) for slightly pulling the cervical vertebra, wherein 1 is that the neck is properly padded at the pillow position of the main pillow neck and the neck during normal sleeping (see 3 and 4 in figure 15), a layer of height is properly added (see 1, 3 and 4 in figure 14) on the basis of relaxing the natural shape of the physiological curve of the cervical vertebra, the cervical vertebra is slightly pulled and corrected before sleeping, and 2 is a part specially used for supporting and padding the thoracic vertebra and cervical vertebra connection part to avoid making an overhead back (see 2 in figure 14).

4. After the three components are matched, the cervical vertebra can be subjected to the pre-sleep micro-force traction, and the specific arrangement is as follows: the head is hung down by about 15 degrees in front (see the 5 head pillow position in figure 14) in longitudinal view, the cervical vertebra is stretched, the neck is rested in the middle (see 4 in figure 14), the cervical vertebra is raised according to the natural shape of the cervical vertebra of a user, the bladder arm is moderately protruded (see 1, 3 and 4 in figure 14), the lower edge support pads of 2, 6 and 7 in figure 14 are utilized to stabilize the force (see 2, 6 and 7 in figure 14) at the back, the longitudinal pen rack mountain type micro traction force with certain traction correction is formed, and the cervical vertebra is subjected to micro-force traction. As long as the user knows that the user has a slight sense of force (and safety) when setting the height, the user can pull the cervical vertebra by the simple self-help and slight force before sleeping every night, the user can lower the head for a long time in the day to form the phenomena of nervous tension, fatigue and even stiffness behind the cervical vertebra, the phenomena are relieved or eliminated, and the physiological curve of the cervical vertebra can be gradually restored (certainly, if the situation is serious, the user still needs to be solved by a hospital).

5. The normal sleep can be carried out after the traction mat is drawn out (see figure 15), and the arrangement and the function of each unit of the main pillow and the auxiliary pillow during the normal sleep are as follows: the main pillow is used as a basic pillow (see 2, 3, 4, 5 and 6 in figure 15), after the auxiliary pillow is placed (see 1 in figure 15), a shape that the middle pillow area 1 is convex and the auxiliary pillow area 2 is concave (see 1 and 2 in figure 15) is formed, the convex auxiliary pillow (see 1 in figure 15) is a side sleeping pillow position (see 1 in figure 15), the left concave is a back sleeping pillow position (see 2 in figure 15), two heights of side-back sleeping (see 1 and 2 in figure 15) are formed, and the habit of one height of the traditional pillow is broken through. When lying down and sleeping on the back (see 2 in fig. 15), the neck supporting cushion bag of the neck pillow position and the neck supporting cushion bag bottom cushion are used for supporting and cushioning the cervical vertebra (see 3 and 4 in fig. 15), thereby not only maintaining and nursing the natural physiological curve of the cervical vertebra, relaxing and relieving the nervous tension and the cervical vertebra fatigue behind the neck, but also maintaining a straight line between the cervical vertebra and the body (see 1 in fig. 15) when sleeping on the side, and avoiding the left and right deflection of the cervical vertebra; secondly, the pillow position is synchronously changed when the user turns over the pillow during the supine sleep (see 1 and 2 in fig. 15), and the specific method comprises the following steps: the auxiliary pillow is placed according to the sleeping habits according to the body memory function, because each person still needs to turn over after sleeping, in order to enable a user to turn over to a pillow position suitable for lying on the back to sleep when sleeping, a space for moving and replacing the auxiliary pillow is specially reserved in the head pillow position (see 2 in fig. 15), the user is enabled to replace and place the auxiliary pillow according to the sleeping habits of the user, namely, the user is accustomed to lying on the right side to sleep, the auxiliary pillow is placed on the right side (see 1 in fig. 15), and the user is accustomed to lying on the left side to sleep, the auxiliary pillow is placed on the left side (see 2 in fig. 15, and the auxiliary pillow can be moved over), when the person turns over to sleep on the back during sleeping, the general person can certainly turn over towards the back head, and just turn into the reserved back to sleep position (see 2 in fig. 15), and if the person turns over to. If the user lies down to sleep, the user can directly put the head into the concave part of the head pillow (see 2 in fig. 15), and the left and right turning is not affected. If the user wants to lie flat and fall asleep, the user can turn over the auxiliary pillow with the accurate height determined by the user at the beginning, the auxiliary pillow is placed according to the turning habit after the user falls asleep, namely the habit of turning over the right side and sleeping on the side, the auxiliary pillow is placed on the right side of the head pillow area (see 1 in figure 15) before the user lies flat and falls asleep, and the auxiliary pillow is placed on the left side when the habit of turning over the left side and sleeping on the side (see 2 in figure 15, the auxiliary pillow can be moved by hand); the two units of the neck pillow position of the main pillow are specially used for supporting and cushioning the neck (see 3 and 4 in figure 15), and can keep the physiological curve of the cervical vertebra stable during sleeping; because each unit is provided with a zipper (because the zipper is concealed at the sewing interface of each unit, no label is provided, and the special character is explained), a user can randomly adjust and position the height of each pillow position according to the needs, and the pillow can be suitable for the body type of the user and can sleep comfortably no matter the neck is fat and thin and the size of the user is narrow; due to the four advantages, the cervical vertebra can be continuously nursed during sleeping after the patient enters the sleeping state, and the effect of micro-force traction before sleeping is consolidated.

Four types of fillers: high-quality buckwheat hulls, latex particles and memory cotton particles.

In addition, the utility model is applicable to other people with cervical vertebra problems, and the A-type double-pair pillow can also be applicable to sleeping pillows for couples to sleep together (especially for sleeping together with side bodies facing each other); the double-pair pillow B type can also be suitable for mother and infant lactation periods, when a mother feeds milk to the infant on one side, the mother uses one pair of pillows to heighten the head (protect the cervical vertebra), and the infant uses one pair of pillows to heighten the head on one side (facilitate milk taking).

Although embodiments of the present invention have been shown and described, it is understood that the above embodiments are exemplary and should not be construed as limiting the present invention, and that variations, modifications, substitutions and alterations can be made to the above embodiments by those of ordinary skill in the art without departing from the scope of the present invention.

Claims (5)

1. A self-help micro-traction device for cervical vertebra is characterized by being formed by combining a main pillow, an auxiliary pillow and a traction pad, wherein the main pillow is arranged and is a basic carrier, the head pillow position is moderately concave downwards (5) according to the shape of the back of the head, and the natural shape of the head and the neck are kept when a person lies on the pillow.

2. The cervical vertebra self-help micro-traction pad as claimed in claim 1, wherein a traction pad is further provided, the traction pad is exposed outside and supports a junction between the cervical vertebra and the thoracic vertebra above the back to protect the back of the bladder arm from stabilizing and exerting force, the traction pad is a core component of the cervical vertebra self-help micro-traction pad for micro-traction of the cervical vertebra, and after the main pillow is combined with the traction pad, a physical framework assembly of the cervical vertebra self-help micro-traction pad is completed.

3. The cervical vertebra self-help micro-traction device according to claim 1, further comprising two auxiliary pillows (6, 7) which are main components for turning into normal sleep after micro-traction, wherein the main pillow and the auxiliary pillows are used in cooperation during sleep, namely, the main pillow and the auxiliary pillows form two heights of lying on the back and sleeping on the side.

4. The cervical vertebra self-help micro-traction pad according to claim 1, wherein two units of the neck support pad bag and the neck support pad bag bottom pad (3, 4) arranged on the main pillow are important parts of the cervical vertebra self-help micro-traction pad.

5. The cervical vertebra self-help micro-traction device as claimed in claim 1, wherein each unit of the cervical vertebra self-help micro-traction device is provided with an invisible zipper, and the cervical vertebra self-help micro-traction device is characterized in that each part or unit is provided with enough space for increasing and decreasing fillers so as to be convenient for lifting and lowering.

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