阅读说明：本技术 一种使用颅骶疗法的矫形枕 (Orthopedic pillow using craniosacral therapy ) 是由 周慧清 周慧敏 周爱芬 于 2019-08-20 设计创作，主要内容包括：本发明公开了一种使用颅骶疗法的矫形枕,包括一体结构且依次连接的后脑压迫部、脖颈指压部和上部背指压部,脖颈指压部位于后脑压迫部和上部背指压部的连接处；后脑压迫部的宽度从其与脖颈指压部相连接的一端向另一端逐渐缩小,且后脑压迫部从其与脖颈指压部相连接的一端由高至低地向另一端延伸出第一延伸面,在第一延伸面上设有与人体头部相匹配的头部凹槽；上部背指压部的宽度从其与脖颈指压部相连接的一端向另一端逐渐缩小,且上部背指压部从其与脖颈指压部相连接的一端由高至低地向另一端延伸出第二延伸面,在第二延伸面上设有与人体脊柱相匹配的脊柱凹槽。其具有嫁接了颅骶疗法、睡醒后只要枕着平躺10-40分钟即可维持身体平衡的优点。(The invention discloses an orthopedic pillow using craniosacral therapy, which comprises a hindbrain compression part, a neck finger-pressing part and an upper back finger-pressing part which are integrally and sequentially connected, wherein the neck finger-pressing part is positioned at the connection part of the hindbrain compression part and the upper back finger-pressing part; the width of the hindbrain pressing part is gradually reduced from one end connected with the neck finger pressing part to the other end, the hindbrain pressing part extends out of a first extending surface from one end connected with the neck finger pressing part to the other end from high to low, and a head groove matched with the head of a human body is arranged on the first extending surface; the width of upper portion back of the body indicates that the one end that the splenium is connected from its one end with the neck and narrows down to the other end gradually, and upper portion back of the body indicates that the splenium is connected from high to low ground to the other end from its one end to extend the second and extend the face, be equipped with on the second and human backbone assorted backbone recess with the neck point of the body. It has the advantages of grafting craniosacral therapy, and maintaining body balance after waking up by lying on the pillow for 10-40 minutes.)

1. An orthopedic pillow using craniosacral therapy, characterized by: the back head pressing part (1), the neck pressing part (2) and the upper back pressing part (3) are integrally and sequentially connected, and the neck pressing part (2) is positioned at the connecting part of the back head pressing part (1) and the upper back pressing part (3); the width of the hindbrain pressing part (1) is gradually reduced from one end connected with the neck pressing part (2) to the other end, the hindbrain pressing part (1) extends from one end connected with the neck pressing part (2) to the other end from high to low to form a first extending surface (11), and a head groove (12) matched with the head of a human body is arranged on the first extending surface (11); the width of the upper back finger-pressing part (3) is gradually reduced from one end connected with the neck finger-pressing part (2) to the other end, a second extension surface (31) extends from the end, connected with the neck finger-pressing part (2), of the upper back finger-pressing part (3) to the other end from high to low, and a spine groove (32) matched with the spine of a human body is arranged on the second extension surface (31); the height of the highest part of the hindbrain compression part (1) is lower than that of the highest part of the upper back shiatsu part (3); the shape of the neck finger-pressing part (2) is an arc shape matched with the neck of a human body, and a plurality of convex finger-pressing bulges (4) are arranged on the neck finger-pressing part (2).

2. The orthopedic pillow using craniosacral therapy of claim 1, wherein: two convex neck supporting parts (5) are further arranged on the second extending surface (31), and the two neck supporting parts (5) are symmetrically arranged on two sides of the spine groove (32).

3. An orthopaedic pillow for use with craniosacral therapy according to claim 1 or 2, wherein: the spine groove (32) is a cambered surface from high to low.

Technical Field

The invention relates to a medical rehabilitation instrument, in particular to an orthopedic pillow using craniosacral therapy, which is used for supporting and dragging cervical vertebra of a human body.

Background

Craniosacral Therapy (CST) originates from Europe and America, is a soft non-invasive manual palpation Therapy, changes the flow rhythm and flow of cerebrospinal fluid by touching different parts of the human axial Craniosacral system, directly regulates the functional states of brain and spinal cord, enables the central nervous system and other systems of the body to restore normal connection and natural movement, can be used for evaluating (diagnosing) and correcting (treating) unbalance and constraint of the human axial Craniosacral system, treats various diseases and wounds of the body, and relieves emotional or psychological troubles.

The conventional CST medical treatment needs therapists to carry out manual treatment, and the manipulation and the skill level of each therapist are possibly different, so that the treatment effect is influenced; and the patient needs to go to the treatment place to receive the treatment, and also can wait for a long time, so that the treatment process is inconvenient.

Disclosure of Invention

The invention aims to solve the technical problem of providing an orthopedic pillow using craniosacral therapy, which is grafted with craniosacral therapy, is used for supporting and drawing cervical vertebra of a human body, and can maintain body balance after waking up by laying down for 10-40 minutes.

The technical scheme adopted by the invention for solving the problems is as follows: the orthopedic pillow comprises a hindbrain pressing part, a neck finger pressing part and an upper back finger pressing part which are integrally connected in sequence, wherein the neck finger pressing part is positioned at the connecting part of the hindbrain pressing part and the upper back finger pressing part; the width of the hindbrain pressing part is gradually reduced from one end connected with the neck finger pressing part to the other end, the hindbrain pressing part extends out of a first extending surface from one end connected with the neck finger pressing part to the other end from high to low, and a head groove matched with the head of a human body is arranged on the first extending surface; the width of the upper back finger-pressing part is gradually reduced from one end of the upper back finger-pressing part connected with the neck finger-pressing part to the other end of the upper back finger-pressing part, a second extending surface extends from one end of the upper back finger-pressing part connected with the neck finger-pressing part to the other end of the upper back finger-pressing part from high to low, and a spine groove matched with the spine of a human body is arranged on the second extending surface; and the height of the highest part of the hindbrain compression part is lower than that of the highest part of the upper back shiatsu part; the shape of neck finger-pressing portion is an arc shape matched with human neck, and a plurality of convex finger-pressing protrusions are arranged on the neck finger-pressing portion.

The second extending surface is also provided with two convex neck supporting parts which are symmetrically arranged at two sides of the spinal groove.

The spine groove is a cambered surface from high to low.

Compared with the prior art, the invention has the following beneficial effects: the orthopedic pillow is grafted with craniosacral therapy and is used for supporting and drawing human cervical vertebrae, the craniosacral therapy effect can be achieved only by lying on the pillow for 10-40 minutes after waking up, when a user lies down, the head of the user is placed in a head groove of a hindbrain compression part to support the head, a neck finger-pressing part is contacted with the neck of the user, meanwhile, a neck supporting part drags the neck from two sides to support the neck, and the spine of the user is placed in a spine groove of an upper back finger-pressing part to support the spine in the spine groove; during lying down, the orthopedic pillow can relax the tense muscle groups related to the occipital region and the dural system of the craniosacral region by continuously stimulating the occipital region to promote the circulation of cerebrospinal fluid, improve the circulation of cerebral blood, and place the dislocated spine in a normal position, thereby increasing brain activity and relieving head or neck pain; in addition, the load of the user's head weight also stimulates the occiput, affecting the activity of the diaphragm and the autonomic control of breathing, thus relaxing the tense sympathetic nervous system and allowing the cerebrospinal fluid to circulate smoothly, thereby alleviating headache or fever.

Drawings

Fig. 1 is a perspective view of an embodiment of the present invention.

Fig. 2 is a front view of an embodiment of the present invention.

Fig. 3 is a rear view of an embodiment of the present invention.

Fig. 4 is a top view of an embodiment of the present invention.

Fig. 5 is a right side view of an embodiment of the present invention.

FIG. 6 is a state diagram illustrating the use of the present invention.

Detailed Description

Referring to fig. 1 to 5, the present embodiment includes a hindbrain compression part 1, a neck acupressure part 2 and an upper back acupressure part 3 which are integrally formed and connected in sequence, the neck acupressure part 2 being located at the connection of the hindbrain compression part 1 and the upper back acupressure part 3. The width of the hindbrain pressing part 1 is gradually reduced from one end connected with the neck pressing part 2 to the other end, the hindbrain pressing part 1 extends from one end connected with the neck pressing part 2 to the other end from high to low to form a first extending surface 11, and a head groove 12 matched with the head of a human body is arranged on the first extending surface 11. The width of upper portion back of the body portion 3 is from its one end that is connected with neck portion 2 to the other end taper down gradually, and upper portion back of the body portion 3 extends second extension face 31 from its one end that is connected with neck portion 2 from high to low ground to the other end, is equipped with on second extension face 31 with human backbone assorted backbone recess 32, backbone recess 32 is the cambered surface from high to low. Two convex neck supports 5 are also provided on the second extension surface 31, the two neck supports 5 being symmetrically disposed on either side of the spine groove 32. The height of the highest part of the hindbrain compression part 1 is lower than that of the highest part of the upper back shiatsu part 3; the shape of the neck finger-pressing part 2 is an arc shape matched with the neck of a human body, and a plurality of convex finger-pressing bulges 4 are arranged on the neck finger-pressing part 2.

Referring to fig. 6, in treatment, a user lies down with his head in the head groove 12 of the hindbrain compression part 1 to support the head; the neck finger-pressing part 2 is contacted with the neck of a human body, and the neck supporting part 5 drags the neck from two sides to support the neck; the human spine is placed in the spine groove 32 of the upper back portion 3 to support the spine in the spine groove 32. When a user lies down, the orthopedic pillow can relax the tense muscle groups related to the occipital region and the dural system of the craniosacral region by continuously stimulating the occipital region so as to promote the circulation of cerebrospinal fluid, improve the circulation of cerebral blood and place the dislocated spine at a normal position, thereby increasing brain activity and relieving head or neck pain; in addition, the load of the user's head weight also stimulates the occiput, affecting the activity of the diaphragm and the autonomic control of breathing, thus relaxing the tense sympathetic nervous system and allowing the cerebrospinal fluid to circulate smoothly, thereby alleviating headache or fever.