Partitioned and layered health-preserving moxibustion pillow capable of applying moxibustion through open fire

Abstract

The utility model relates to a partitioned and layered health-preserving moxibustion pillow capable of applying moxibustion through open fire. The pillow inner is internally provided with an internal interlayer playing a role in separating and layering, the pillow inner is sequentially divided into a comfortable breathing layer, a moxibustion functional layer and a muscle and bone bearing layer through the internal interlayer, the comfortable breathing layer is located on the upper layer of the pillow inner, the moxibustion functional layer is located on the middle layer of the pillow inner, and the muscle and bone bearing layer is located on the lower layer of the pillow inner; a middle moxibustion box and two side moxibustion boxes are arranged in the functional bag, activated carbon coating layers are arranged in the middle moxibustion box and the two side moxibustion boxes respectively, moxa stick clamps are arranged in the activated carbon coating layers, and ignited moxa sticks are clamped by the moxa stick clamps; the pillow case wraps the pillow inner, and the pillow inner wraps the functional bag. According to the moxibustion pillow, seven partitions and three layers of structures of ergonomics are integrally combined, a user feels very comfortable whether lying on the back or lying on the side, the moxibustion efficiency is high, the effect is good, operation is easy, and the moxibustion pillow is soft, comfortable, breathable, constant in temperature, capable of controlling smoke, safe and environmentally friendly in the using process.

Description

Technical Field

[0001] The utility model relates to the technical field of health products, in particular to a sectional and hierarchical health-care moxibustion pillow capable of performing moxibustion with an open flame. Background Technique

[0002] Moxibustion is to play a role in scavenging free radicals through the methanol extract of the combustion products of moxa. The combustion products of moxa can significantly reduce the lipid peroxide in the skin and adhere to the skin at the acupoints. Moxibustion therapy is a therapy that acts by penetrating heat into the body through moxibustion on the human body. Using a moxibustion pillow can achieve the effect of regulating yin and yang, warming and dredging the meridians, dispelling cold pathogens, enabling the heat force to reach deep into the muscle layer, regulating qi and blood, and relieving pain and obstruction of the collaterals.

[0003] At present, there are two types of moxibustion pillows on the market. One is a hard, hollow, and perforated moxibustion device made of wood, bamboo, or purple sand ceramics. Its characteristics are that it is very uncomfortable, poking, smoky, and it is not easy to clean the tar and moxa ash after the moxa cone is lit inside. The temperature is uncontrollable. Even after covering with a pillowcase, the neck will still be very uncomfortable. The other is a soft cloth bag containing moxa wool, moxa leaves, or moxa mixed with other herbal products, similar to a tea pillow, etc. Only the content has an increased moxa component, but it cannot really play the role of moxibustion. However, the above two products on the current market are generally simple in workmanship, do not have adaptation characteristics to the physiological laws of the human neck structure, and are prone to cause new problems when used as a pillow. Content of the Utility Model

[0004] The utility model provides a sectional and hierarchical health-care moxibustion pillow capable of performing moxibustion with an open flame, which can effectively solve the problems raised in the above background technique, such as the discomfort, poking, smokiness, difficulty in cleaning tar and moxa ash after the moxa cone is lit inside, uncontrollable temperature, and neck discomfort of the moxibustion device made of wood, bamboo, or purple sand ceramics. The tea pillow wrapped with a soft cloth only has an increased moxa component in the content and cannot really play the role of moxibustion. Therefore, the current acupuncture products on the market are generally simple in workmanship, do not have adaptation characteristics to the physiological laws of the human neck structure, and are prone to cause new problems when used as a pillow.

[0005] To achieve the above object, the present utility model provides the following technical solutions: A partitioned and layered health care moxibustion pillow that can be moxibusted with an open flame, comprising a pillowcase, a pillow core, and a functional package. A hidden opening is provided at the lower edge of the pillowcase to wrap the pillow core; an internal partition layer for separating and layering is provided inside the pillow core, and a comfortable breathing layer, a moxibustion function layer, and a supporting bone and muscle layer are sequentially separated by the internal partition layer. The comfortable breathing layer is located at the upper layer of the pillow core, the moxibustion function layer is located at the middle layer of the pillow core, and the supporting bone and muscle layer is located at the lower layer of the pillow core. A hidden opening is provided at the lower edge of the pillow core; inside the functional package, there is a middle moxibustion box and two side moxibustion boxes. Activated carbon coating layers are respectively provided inside the middle moxibustion box and the two side moxibustion boxes, and moxa stick clips are provided inside the activated carbon coating layers. The moxa stick clips hold the ignited moxa sticks; the pillowcase wraps the pillow core, and the pillow core wraps the functional package.

[0006] Further, the upper surface, the lower surface, and the vertical wall of the comfortable breathing layer are sewn together in a sewing manner. A soft filling layer and a support filling layer are provided in the accommodating cavity formed by the sewing. The soft filling layer is fixed to the upper surface of the comfortable breathing layer by sewing around. A hidden opening is provided on the lower surface of the comfortable breathing layer, and the support filling layer is filled between the soft filling layer and the lower surface of the comfortable breathing layer.

[0007] Further, the upper surface, the lower surface, and the vertical wall of the supporting bone and muscle layer are sewn together in a sewing manner. A soft filling layer and a support filling layer are provided in the accommodating cavity formed by the sewing. The soft filling layer is fixed to the lower surface of the supporting bone and muscle layer by sewing around. A hidden opening is provided on the upper surface of the supporting bone and muscle layer, and the support filling layer is filled between the soft filling layer and the upper surface of the supporting bone and muscle layer.

[0008] Further, the lower surface of the comfortable breathing layer, the upper surface of the supporting bone and muscle layer, and the vertical wall of the moxibustion function layer are sewn together in a sewing manner. And the lower surface of the comfortable breathing layer and the upper surface of the supporting bone and muscle layer are separated to form two ventilation strip placement areas, a lower functional package placement area, and an upper cavity area by means of sewing and fixing with threads; a hidden opening is sewn and spliced at the lower edge of the moxibustion function layer to wrap the functional package. An opening and closing structure is connected and arranged between the lower surface of the comfortable breathing layer and the upper surface of the supporting bone and muscle layer at the upper edge of the moxibustion function layer.

[0009] Further, a functional package is provided in the moxibustion functional package placement area. The upper surface and the lower surface of the functional package are sewn together. A first hidden opening is provided at the upper edge of the functional package, and a second hidden opening is provided at the lower edge of the functional package. Moreover, the upper surface and the lower surface of the functional package are separated by stitching to form an intermediate placement bin and two side placement bins. An intermediate moxibustion box is arranged inside the intermediate placement bin, and two side moxibustion boxes are arranged inside the two side placement bins. The intermediate moxibustion box and the two side moxibustion boxes are provided with ventilation holes, and the ventilation holes cooperate with the activated carbon coating layer structure arranged inside the moxibustion boxes to provide sufficient oxygen for the burning of the moxa stick and keep the temperature constant at 40°-45° during the burning of the moxa stick.

[0010] Further, the activated carbon coating layer structure includes: activated carbon fibers with a purity of 95% and a traditional Chinese medicine wood pulp fiber membrane. An moxa stick clip is arranged inside the activated carbon coating layer structure, and the moxa stick clip holds the ignited moxa stick.

[0011] Further, the upper edges of the comfortable breathing layer and the supporting bone layer are fixed at intervals of 6 cm by stitching to form an intermittent spot-sewn exhaust structure.

[0012] Further, an air vent strip is arranged inside the air vent strip placement area. The height of the air vent strip is 2 cm, the width is 26 cm, and the distance to the edge of the air vent strip placement area is 4 cm. The air vent strip and the intermittent spot-sewn exhaust structure form a certain ventilation gap to facilitate ventilation between the comfortable breathing layer, the moxibustion functional layer, and the supporting bone layer.

[0013] Further, the pillow core is a hidden structure that is larger at the top and smaller at the bottom, with the upper layer protruding forward and the middle layer and the lower layer shrinking in sequence. The internal structure is separated to form two shoulder moxibustion areas, two side-lying support areas, one neck moxibustion area, one cranial fossa moxibustion area, and one head tip support area.

[0014] Preferably, the intermediate moxibustion box and the two side moxibustion boxes are both of the prior art. By observing and recording the burning temperature and speed of the moxa stick under the condition of the normal oxygen content of 21% in the air, it is found that the oxygen content required for the moxa stick to burn fully in a relatively enclosed space is 9%-17%. Calculated based on this, the area of the ventilation holes on the upper cover of the moxibustion box is 3%-7% of the entire upper surface area of the upper cover; the area of the ventilation holes on the lower cover is 4%-8% of the entire lower surface area of the lower cover. Assembling the activated carbon coating layer with the moxibustion box enables the intake air volume in the moxibustion box to meet the oxygen content standard for the burning of the moxa stick. When the ignited moxa stick burns in the air, the flame temperature is 200-280°C. Clamped on the moxa stick clip and successively covered by the outer activated carbon coating layer and the moxibustion box, the temperature on the outer surface of the moxibustion box can be controlled at about 70°C. Further, the moxibustion box is covered inside the functional package, the functional package is covered inside the pillow core, and the pillow core is covered inside the pillowcase. The temperature decreases again, and the body sensation temperature in contact with the human body can be kept constant at 40°-45°C.

[0015] Preferably, the activated carbon coating layer is composed of 95% pure activated carbon fiber material and traditional Chinese medicine wood pulp fiber membrane. The 95% pure activated carbon fiber is a flame retardant material with an ignition point above 1000°C, which can obviously form a safety barrier for the combustion temperature of 200-280°C after the moxa stick is ignited; the traditional Chinese medicine wood pulp fiber membrane is made of wood pulp fiber sprayed with 1200 mesh broken wall traditional Chinese medicine (Qi Ai, Clove, Angelica dahurica).

[0016] Preferably, the left and right length of the pillow core is 40-70cm in the front and 35-65cm in the back. The front and back lengths are 30-45cm for the comfortable breathing layer, 28-43cm for the moxibustion functional layer, and 26-41cm for the muscle and bone supporting layer. The upper and lower heights are 8-14cm in the front and 4-7cm in the back. The specific dimensions can be determined according to needs.

[0017] Preferably, the soft and comfortable layer and the supporting muscle and bone layer are sewn into a hollow structure, and a soft filling layer and a supporting filling layer are arranged in the accommodating cavity. The soft filling layer is made of a material with a light texture, soft and comfortable, good skin-friendliness and strong air permeability, and the supporting filling layer is made of a material with good support, strong pressure resistance and good resilience, which is comfortable and not uncomfortable to use.

[0018] Preferably, the moxibustion functional layer is sewn with separating sutures, and the pillow core is divided into two shoulder protection moxibustion areas, two side-lying support areas, a neck protection moxibustion area, a brain fossa moxibustion area and a head tip support area, but after overall stacking, the upper layer is forward, and the middle layer and the lower layer are staggered in sequence as the shoulder protection area.

[0019] Compared with the prior art, the utility model has the following beneficial effects: the utility model has a scientific and reasonable structure and is safe and convenient to use:

[0020] 1. The pillow core structure is composed of a comfortable breathing layer, a moxibustion functional layer and a supporting muscle and bone layer. At the same time, the 7 ergonomic partitions and 3-layer structure are fully combined, so that the moxibustion pillow has high moxibustion efficiency and good effect compared with the existing cloth-wrapped moxa pillows on the market. Compared with the simple moxibustion barrels made of hard materials on the market, this technology conforms to ergonomic characteristics and fully considers the requirements of the neck structure on materials, structures, and processes, so that the contact surface of the comfortable breathing layer is soft and breathable, the moxibustion functional layer maintains good breathability and combustibility requirements, and the supporting muscle and bone layer maintains sufficient support and resilience, so that the user is very comfortable whether lying on his back or on his side. The moxibustion pillow is easy to operate, smoke and odor can be controlled during use, constant temperature and ventilation are guaranteed, and safety is guaranteed, which solves the problems of smoking, unsafety and inconvenience of traditional moxibustion. As long as it is used normally, you can get a convenient and comfortable moxibustion health and treatment experience. It can be used directly when not moxibustioning. It is also a good pillow with orderly partitions and comfortable human body feeling.

[0021] 2. This moxibustion pillow is designed based on the classic moxibustion principle of using an open flame. Both the design conditions and results meet the requirements of natural moxibustion on the occipital region and the shoulder well area when the human body is in the supine sleeping position. This enables people such as computer users, students, and white-collar workers who have long been in a state of cervical fatigue to restore and maintain cervical health at home through this patented technology. For those who already have various pain and discomfort problems in the cervical vertebra, shoulder well, and occipital regions, it is used for moxibustion treatment in the home scenario, and in combination with traditional Chinese medicine moxibustion treatment. In the medical scenario, when moxibustion is required for the occipital region, neck, and shoulder well, this technical product is used to liberate the hands of medical staff. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] The drawings are used to provide a further understanding of the present utility model and form a part of the specification. They are used together with the embodiments of the present utility model to explain the present utility model and do not constitute a limitation to the present utility model.

[0023] In the drawings:

[0024] Figure 1 is the structural schematic diagram of the present utility model;

[0025] Figure 2 is the structural schematic diagram of the pillow core interlayer of the present utility model;

[0026] Figure 3 is the structural schematic diagram of the moxibustion functional layer of the present utility model;

[0027] Figure 4 is the structural schematic diagram of the functional package of the present utility model;

[0028] Figure 5 is the sectional view of the pillow core of the present utility model;

[0029] Reference numerals in the drawings: 100, pillowcase; 200, pillow core; 210, comfortable breathing layer; 220, moxibustion functional layer; 221, ventilation strip placement area; 222, functional package placement area; 223, cavity area; 224, opening and closing structure; 225, ventilation strip; 230, supporting bone layer; 240, dot-sewn exhaust structure; 250, wrapping structure; 261, shoulder protection moxibustion area; 262, two lateral lying support areas; 263, neck protection moxibustion area; 264, cerebral fossa moxibustion area; 265, head tip support area; 300, functional package; 310, middle moxibustion box; 320, two side moxibustion boxes. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0030] The following is a description of the preferred embodiments of the present utility model with reference to the drawings. It should be understood that the preferred embodiments described herein are only used to illustrate and explain the present utility model and are not used to limit the present utility model.

[0031] Embodiment: As Figures 1-4As shown in the figure, the present utility model provides a technical solution, namely a sectional and layered health-care moxibustion pillow that can be moxibusted with an open flame, which includes a pillowcase (100), a pillow core (200), and a functional package (300). An interlayer for partitioning and layering is provided inside the pillow core (200), and the inside of the pillow core 200 is sequentially partitioned by the interlayer to form a comfortable breathing layer (210), an acupuncture-moxibustion function layer (220), and a supporting bone and muscle layer (230). The comfortable breathing layer (210) is located on the upper layer of the pillow core (200), the acupuncture-moxibustion function layer (220) is located on the middle layer of the pillow core (200), and the supporting bone and muscle layer (230) is located on the lower layer of the pillow core (200).

[0032] The comfortable breathing layer (210) is a receiving cavity formed by sewing. A soft filling layer and a supporting filling layer are arranged in the receiving cavity. The soft filling layer is fixed to the upper surface of the comfortable breathing layer by sewing around, and a hidden opening is arranged on the lower surface of the comfortable breathing layer. The supporting filling layer is filled between the soft filling layer and the lower surface of the comfortable breathing layer.

[0033] The supporting bone and muscle layer (230) is a receiving cavity formed by sewing. A soft filling layer and a supporting filling layer are arranged in the receiving cavity. The soft filling layer is fixed to the lower surface of the supporting bone and muscle layer by sewing around, and a hidden opening is arranged on the upper surface of the supporting bone and muscle layer. The supporting filling layer is filled between the soft filling layer and the upper surface of the supporting bone and muscle layer.

[0034] The soft filling layer is selected as a soft elastic cotton with a light texture, soft comfort, good skin-friendliness, and strong air permeability. The supporting filling layer is selected as an elastic granular cotton with good support, strong compressive resistance, and good resilience.

[0035] In other embodiments, the soft filling layer can be silk floss or down cotton, and the supporting filling layer can be buckwheat, cassia seed, etc.

[0036] The moxibustion functional layer (220) is separated by suture fixing to form ventilation strip placement areas on both sides, a functional package placement area below and a cavity area above; the moxibustion functional layer (220) is sewn with a hidden opening at the lower edge by splicing and sewing. The ventilation strip placement area is provided with ventilation strips (225), and forms a certain ventilation gap with the interval point seam exhaust structure (240) to facilitate ventilation between the comfortable breathing layer (210), the moxibustion functional layer (220) and the supporting muscle and bone layer (230); the cavity area is the head tip supporting area when the product is used; the functional package placement area is provided with a functional package, and a moxibustion box placement bin is provided inside the functional package, and the moxibustion box placement bin covers the moxibustion box, and the area of ​​the ventilation hole of the upper cover of the moxibustion box is 3-7% of the upper surface area of ​​the entire upper cover; the area of ​​the ventilation hole of the lower cover is 4-8% of the lower surface area of ​​the entire lower cover, and an activated carbon coating layer structure is provided inside, and a moxa stick clamp is placed inside the activated carbon coating layer structure, and a burning moxa stick is fixed on the moxa stick clamp. The activated carbon coating layer is composed of 95% pure activated carbon fiber, Chinese medicine wall-breaking coating and wood pulp fiber membrane. The specific surface area of ​​the activated carbon fiber membrane is as high as 1000-1300m 2 / g, micropore volume is about 90%, and its micropore diameter is 10A-30A, which can effectively absorb smoke particles and tar produced by burning moxa sticks, and play a primary filtering effect on smoke; the Chinese medicine wood pulp fiber membrane on the outer layer of activated carbon fiber plays a medium filtering effect on smoke and tar; the functional package plays a high efficiency filtering effect on smoke; primary, medium and high three-level filtration, the smoke produced by burning moxa sticks is controlled up to more than 98%, effectively achieving the purpose and effect of moxibustion to control smoke and taste. In one embodiment, if a moxa stick with a diameter of 25mm and a length of 25mm is used, it can be continuously burned for two to two and a half hours, and the activated carbon coating layer can be used for 15-20 hours. After that, a new activated carbon coating layer can be replaced before igniting the moxa stick, which is easy to operate. Activated carbon fiber with a purity of 95% is a flame retardant material with an ignition point of over 1000°C. The ignited moxa stick is placed in an activated carbon coating structure. The temperature of the moxa stick when burning is between 200°C and 280°C, which is far below the ignition point of the active fiber. Therefore, the structure is flame retardant, thereby isolating the fire source during the moxibustion process and improving safety of use.

[0037] In other embodiments, the activated carbon coating layer can also be other flame retardant materials or non-flame retardant materials. The non-flame retardant material can be set on the outside of the moxibustion box. The air vent opening area of ​​the moxibustion box can be set according to the specific structure to adjust the appropriate body temperature.

[0038] The left-right length of the pillow core (200) is 40 - 70 cm at the front part and 35 - 65 cm at the rear part. The front-rear length is 30 - 45 cm for the comfortable breathing layer, 28 - 43 cm for the moxibustion function layer, and 26 - 41 cm for the bone and muscle support layer. The up-down height is 8 - 14 cm at the front part and 4 - 7 cm at the rear part. The specific dimensions can be determined according to needs. Through the limitation of the size specification of the pillow core (200), it is convenient for more comfortable subsequent use. The moxibustion function layer (220) is sewn with partition sutures in a stitching manner. The pillow core (200) is partitioned into two shoulder moxibustion areas (261), two side-lying support areas (262), one neck moxibustion area (263), one brain pit moxibustion area (264), and one head tip support area (265). The two shoulder moxibustion areas (261) are designed in a hidden style formed by the successive retraction of the upper, middle, and lower layers of the pillow core, perfectly wrapping the shoulders from being invaded by wind and cold. The two side-lying support areas (262) are responsible for the comfortable stretching of the face, ears, etc., without a sense of extrusion. The neck moxibustion area (263) ensures the comfort of the neck through a laminated flexible design. The brain pit moxibustion area (264) is the area where the head is the heaviest and most stressed, ensuring that the pillow area can be wrapped and supported, leaving space for the stretching of the neck. The head tip support area (265) is responsible for supporting the head tip position without hanging or inversion, and ensuring smooth blood circulation.

[0039] The height of the ventilation strips (225) on both sides of the moxibustion function layer (220) is 2 cm, the width is 26 cm, and the distance to the edge of the ventilation strip placement area is 4 cm. It forms a certain ventilation gap with the spaced dot-sewn exhaust structure (240) at the upper edges of the comfortable breathing layer (210) and the bone and muscle support layer (230), so as to facilitate the ventilation between the moxibustion function layer (220), the comfortable breathing layer (210), and the bone and muscle support layer (230). An opening and closing structure (224) is connected and arranged on the lower surface of the comfortable breathing layer and the upper surface of the bone and muscle support layer at the upper edge of the moxibustion function layer (220). Through the above structural settings, good ventilation of the moxibustion function layer can be achieved to ensure the combustion effect of moxibustion. Moreover, since this is not the headrest part, it is generally not pressed during use and will not affect the ventilation effect.

[0040] Working principle and usage process of the present utility model: During actual use of the moxibustion pillow, first open the hidden opening of the pillowcase (100), put in the pillow core (200), then place the lit moxa stick into the middle moxibustion box (310) and the two side moxibustion boxes (320) with activated carbon coating inside. The middle moxibustion box (310) and the two side moxibustion boxes (320) are placed in the moxibustion box placement bins provided in the functional package (300). Close the first hidden opening and the second hidden opening of the functional package (300). Open the hidden opening of the pillowcase (100) and the hidden opening of the pillow core (200), place the functional package (300) into the moxibustion functional package placement area in the moxibustion functional layer (230), and sequentially close the hidden openings of the pillow core (200) and the pillowcase (100). Thus, moxibustion diagnosis and treatment are realized through the middle moxibustion box (310) and the two side moxibustion boxes (320). It is designed based on the classic moxibustion principle of using an open flame. The design conditions and results both meet the requirements of the human body in the supine sleeping state for natural moxibustion on the head pillow area and the shoulder well area. In addition, during the moxibustion process, the activated carbon coating layer for isolating the fire source provided on the inner sides of the middle moxibustion box (310) and the two side moxibustion boxes (320) is used to isolate the lit moxa stick. The ignition point of the activated carbon fiber provided in the activated carbon coating layer is above 1000°C, which is much higher than the combustion temperature of 200 - 280°C after the moxa stick is lit. Thus, the fire source is cut off during the moxibustion process, improving the usage safety.

[0041] During the moxibustion process, the overall structure of the moxibustion pillow is composed of the comfortable breathing layer (210), the moxibustion functional layer (220), and the supporting bone and muscle layer (230). At the same time, the 7 - zone and 3 - layer structure of ergonomics is perfectly combined. In the specific application process of the 7 zones, the two shoulder moxibustion areas are designed in a wrapped - type manner to perfectly wrap the shoulders and prevent them from being invaded by wind and cold. The two side - lying support zones are responsible for the comfortable placement of the face, ears, etc., without a sense of extrusion. The neck moxibustion area is designed with a laminated flexible structure to ensure the comfort of the neck. The brain - pit moxibustion area (the pillow area) is the area where the head is the heaviest and most stressed, ensuring that the pillow area can be wrapped and supported, leaving space for the neck to stretch. The head - tip support zone is responsible for supporting the head - tip position without suspension or inversion, and ensuring smooth blood circulation.

[0042] The layered combined structure makes the contact surface of the upper comfortable breathing layer (210) soft and breathable, the moxibustion surface of the middle moxibustion functional layer (220) maintain good air permeability and combustion requirements, and the supporting surface of the lower supporting bone and muscle layer (230) maintain sufficient support and resilience. This makes the user very comfortable whether lying supine or on the side. When the moxibustion is lit and used, the operation is simple. During the usage process, it controls smoke and odor, maintains a constant temperature and is breathable, and ensures safety. It solves the problems of smoking, insecurity, and inconvenience of traditional moxibustion. As long as it is used normally, a convenient and comfortable moxibustion health care and treatment experience can be obtained.

[0043] When used directly without moxibustion, it is also an excellent pillow with well-organized partitions and a comfortable feeling for the human body.

[0044] Finally, it should be noted that the above are only preferred examples of the present utility model and are not used to limit the present utility model. Although the present utility model has been described in detail with reference to the foregoing embodiments, those skilled in the art can still modify the technical solutions described in the foregoing embodiments, or perform equivalent replacements for some of the technical features. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principle of the present utility model shall be included within the protection scope of the present utility model.

Claims

1. A sectional and layered health-care moxibustion pillow that can be moxibusted with an open flame, characterized in that: include: A pillowcase (100) having a hidden opening at its lower edge; A pillow core (200) is provided with an internal partition for separating and stratifying, and a comfortable breathing layer (210), a moxibustion functional layer (220) and a muscle and bone supporting layer (230) are sequentially separated by the internal partition, wherein the comfortable breathing layer (210) is located at the upper layer of the pillow core (200), the moxibustion functional layer (220) is located at the middle layer of the pillow core (200), and the muscle and bone supporting layer (230) is located at the lower layer of the pillow core (200), and a hidden opening is provided at the lower edge of the pillow core (200); a functional package (300) is provided with a middle moxibustion box (310) and two side moxibustion boxes (320), wherein the middle moxibustion box (310) and the two side moxibustion boxes (320) are respectively provided with activated carbon coating layers, and a moxa stick clamp is provided in the activated carbon coating layer, and the moxa stick clamp clamps the ignited moxa stick; The pillowcase (100) covers the pillow core (200), and the pillow core (200) covers the functional bag (300).

2. The sectional and layered health-care moxibustion pillow capable of performing moxibustion with an open flame according to claim 1, characterized in that: The upper surface of the comfortable breathing layer, the lower surface of the comfortable breathing layer and the vertical wall of the comfortable breathing layer are sewn together, and a soft filling layer and a supporting filling layer are arranged in the accommodating cavity formed by the sewing. The soft filling layer is fixed to the upper surface of the comfortable breathing layer by sewing on all sides, and a hidden opening is arranged on the lower surface of the comfortable breathing layer. The supporting filling layer is filled between the soft filling layer and the lower surface of the comfortable breathing layer.

3. The sectional and layered health-care moxibustion pillow capable of moxibustion with open fire according to claim 1, wherein: The upper surface of the supporting muscle and bone layer, the lower surface of the supporting muscle and bone layer, and the vertical wall of the supporting muscle and bone layer are sewn together, and a soft filling layer and a supporting filling layer are arranged in the accommodating cavity formed by the sewing. The soft filling layer is fixed to the lower surface of the supporting muscle and bone layer by sewing on all sides, and a hidden opening is arranged on the upper surface of the supporting muscle and bone layer. The supporting filling layer is filled between the soft filling layer and the upper surface of the supporting muscle and bone layer.

4. The sectional and hierarchical health-care moxibustion pillow capable of performing moxibustion with an open flame according to claim 1, wherein: The lower surface of the comfortable breathing layer, the upper surface of the supporting muscle and bone layer, and the vertical wall of the moxibustion functional layer are sewn together, and the lower surface of the comfortable breathing layer and the upper surface of the supporting muscle and bone layer are separated by suture fixation to form ventilation strip placement areas (221) on both sides, a functional package placement area (222) below, and a cavity area (223) above; the lower surface of the comfortable breathing layer and the upper surface of the supporting muscle and bone layer on the upper side of the moxibustion functional layer (220) are connected to form an opening and closing structure (224).

5. The sectional and layered health-care moxibustion pillow capable of performing moxibustion with an open flame according to claim 4, characterized in that: The upper edges of the comfortable breathing layer (210) and the supporting muscle and bone layer (230) are fixed at intervals of 6 cm by sewing, forming an interval-type point-seam exhaust structure (240).

6. The sectional and hierarchical health-care moxibustion pillow capable of performing moxibustion with an open flame according to claim 1, characterized in that: The left and right lengths of the pillow core (200) are 40-70cm in the front and 35-65cm in the back. The front and back lengths are 30-45cm for the comfortable breathing layer, 28-43cm for the moxibustion function layer, and 26-41cm for the muscle and bone supporting layer. The upper and lower heights are 8-14cm in the front and 4-7cm in the back.

7. The sectional and hierarchical health-care moxibustion pillow capable of moxibustion with open fire according to claim 1, wherein: The upper surface of the functional package and the lower surface of the functional package are sewn together, the upper edge of the functional package (300) is provided with a first hidden opening, the lower edge of the functional package (300) is provided with a second hidden opening, and the upper surface of the functional package and the lower surface of the functional package are separated by suture fixing to form a middle placement bin and two side placement bins, the middle placement bin is provided with a middle moxibustion box (310), and the two side placement bins are provided with two side moxibustion boxes (320), the middle moxibustion box and the two side moxibustion boxes themselves are provided with ventilation holes, the ventilation holes cooperate with the activated carbon coating layer structure provided inside the moxibustion box to provide sufficient oxygen for the combustion of the moxa stick, and keep the temperature constant at 40°-45° during the combustion of the moxa stick.

8. The partitioned and layered health-care moxibustion pillow capable of moxibustion with open fire according to claim 7, wherein: The activated carbon coating layer structure comprises: activated carbon fibers with a purity of 95% and traditional Chinese medicine wood pulp fiber membranes. Inside the activated carbon coating layer structure, a moxa stick clamp is arranged, and the moxa stick clamp clamps the ignited moxa stick.

9. The sectional and layered health-care moxibustion pillow capable of moxibustion with open fire according to claim 5, wherein: A ventilation strip (225) is arranged inside the ventilation strip placement area. The ventilation strip (225) has a height of 2 cm, a width of 26 cm, and a distance of 4 cm to the edge of the ventilation strip placement area. The ventilation strip (225) and the spaced-point seam exhaust structure (240) form a certain ventilation gap to facilitate ventilation between the comfortable breathing layer (210), the moxibustion functional layer (220) and the supporting muscle and bone layer (230).

10. The sectional and hierarchical health-care moxibustion pillow capable of moxibustion with open fire according to claim 1, wherein: The pillow core (200) is a covering structure (250) that is larger at the top and smaller at the bottom, with the upper layer convex forward and the middle layer and the lower layer sequentially retracted backward. The internal structure is arranged to separate and form two shoulder protection moxibustion areas (261), two side lying support areas (262), a neck protection moxibustion area (263), a brain fossa moxibustion area (264), and a head tip support area (265).

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