Diabetes metabolism nursing massage device for endocrinology department

Abstract

The invention discloses an endocrinology department diabetes mellitus metabolism nursing massage device which comprises a binding structure and an elastic wearing structure made of skin-friendly fabric, and different wearing sizes can be adjusted according to different users. The massage structure is arranged on the binding structure in a sliding mode and can freely slide along the binding structure to adjust the position; through the design in the aspects of personalized adaptation, dynamic adjustment massage, oxygen supply increasing, precise positioning, multifunctional nursing and the like, dynamic adjustment of the oxygen supply amount is achieved, then the pressing frequency of a spring point pressing rod is dynamically adjusted, meanwhile, dynamic supply of the oxygen amount to a patient along with the movement frequency can be achieved, and the patient is more comfortable. The traditional Chinese medicine composition can better meet the exercise requirements of diabetic patients, can promote body metabolism, control blood sugar and improve insulin sensitivity, is beneficial to cardiovascular systems, can improve psychological states and is beneficial to diabetes management.

Description

Technical Field

[0001] The invention relates to the technical field of medical care equipment, in particular to an endocrinology diabetes metabolism care massage device. Background Art

[0002] As a common chronic metabolic disease, the global prevalence of diabetes continues to rise. The number of patients has reached hundreds of millions and continues to grow. It can cause a variety of serious complications, affecting the quality of life and life expectancy of patients. At present, diabetes care mainly includes diet control, exercise therapy, drug therapy and blood sugar monitoring, but there are limitations. For example, diet and exercise need to be adhered to for a long time and the effect varies from person to person. Long-term use of drug therapy may have side effects. Blood sugar monitoring only reflects the blood sugar value at a certain moment and cannot fully evaluate the metabolic state. Massage therapy, as a traditional Chinese medicine therapy, has the advantages of simple operation, safety and no side effects. It can promote blood circulation, regulate the function of the nervous system, enhance the body's immunity, and play a certain role in improving the metabolic function of diabetic patients and relieving symptoms. With the advancement of science and technology, the technical level of massage devices has improved, and intelligent and multifunctional equipment has emerged, which can be personalized to improve the effect and comfort. At the same time, as people's living standards and health awareness improve, the demand for diabetes care increases, and medical institutions and rehabilitation centers also need more advanced and effective nursing equipment.

[0003] When using current nursing massage equipment, it mainly relies on manual adjustment to select different massage modes. However, when patients are doing rehabilitation exercises, they are often unable to adjust the massage equipment at any time, or cannot accurately control the rhythm and mode of the massage according to their physical condition. This may cause the nursing massage equipment to fail to achieve the optimal therapeutic effect. At the same time, the current nursing massage equipment mainly improves the metabolic function of diabetic patients and relieves symptoms through massage, and lacks other ways to enhance or consolidate this effect. This makes the function of the equipment relatively single and may not meet the multi-faceted needs of patients.

[0004] Therefore, a diabetes metabolism nursing massage device for endocrinology department is proposed. Summary of the invention

[0005] The object of the present invention is to provide an endocrinology diabetes metabolism care massage device to solve the problems of poor dynamic adjustment ability and single function of the endocrinology diabetes metabolism care massage device proposed in the above background technology.

[0006] To achieve the above object, the present invention provides the following technical solution: an endocrinology diabetes metabolism nursing massage device, comprising:

[0007] The binding structure is an elastic wearing structure made of skin-friendly fabric, which can be adjusted to different wearing sizes according to different users;

[0008] The massage structure is slidably arranged on the binding structure and can freely slide along the binding structure to adjust the position;

[0009] The massage structure comprises a massage body, an oxygen passage which is open to the human body is provided at the axis core position inside the massage body, and a butterfly plate and a valve seat are integrally provided on both sides of the branch hole of the oxygen passage inside the massage body;

[0010] The front end of the massage body is integrally provided with a lifting box, and the lifting box is slidably provided with a piston tooth tube inside the two support bodies, and a counterweight object is provided in the support body of the lifting box at the upper end of the piston tooth tube. The interior of the lifting box is provided with a spring sheet at the lower end of the piston tooth tube through spring sliding, and the spring sheet is fixed to the piston tooth tube. The side of the piston tooth tube facing the massage body is provided with a row of teeth along the tube diameter, and the rows of teeth are respectively meshed with the half gears rotatably arranged at the front end of the massage body. The rotating shafts of the half gears are fixed to one of the toothed belt wheels of the pulley group movably arranged inside the massage body. The pulley group is composed of two toothed belt wheels and a toothed belt, and the two toothed belt wheels are connected by toothed belt transmission, and one of the toothed belt wheels is fixed with a ratchet after a hole is dug in the center, and the ratchet wheels are fixed at The prism tube is rotatably arranged on the axis core position of the massage body, a prism rod is slidably inserted into the interior of the prism tube, one end of the prism rod located outside the prism tube is fixed to the screw rod, the screw rod is movably inserted into the interior of the oxygen duct, and is inserted through the butterfly plate and rotatably connected to the valve stem located inside the oxygen duct, the valve stem is inserted in the valve hole of the valve seat, and is movably connected to the open side port of the valve seat through a limiting spring, an air push piece is slidably sealed at the output port of the oxygen duct inside the massage body, a plurality of return spring rods are fixed on the outer peripheral side of the side of the air push piece, and the return spring rods are slidably arranged in the corresponding limiting sliding holes opened inside the massage body, a plurality of air relief valves are installed on the inner peripheral side of the side of the air push piece, and a plurality of spring point pressure rods are fixedly arranged on the opposite side of the return spring rod of the air push piece.

[0011] Preferably, the binding structure includes a strap, which is composed of two cloth loop straps, and each loop strap surface is provided with a plurality of through holes for adjusting the position along the path, and the two loop straps are sewn together through cloth on the side of the loop strap with the through holes, and a strap is slidably arranged at the position where the strap has the through holes, and the strap is composed of two sliders and a skin-friendly cotton pad connected to the sliders, wherein the slider is provided with a through sliding hole corresponding to the strap, and the side of the slider is provided with a plug hole that passes through the sliding hole at the position of the sliding hole, and is movably connected to the card plate through the plug hole, and the card plate is an L-shaped plate body, and a plug rod is integrally provided with the through hole on the surface of the strap on the side facing the strap, and a spring is integrally provided between the plug rods, and is connected to the strap through the spring to limit the sliding plug-in with the strap.

[0012] Preferably, a through hole is provided inside the massage body corresponding to the strap, and the massage body is slidably arranged on the strap through the hole.

[0013] Preferably, a side of the massage body close to the human body is connected to an attachment sheet via bolts, and a plurality of through-going air holes are provided on the surface of the attachment sheet facing upward.

[0014] Preferably, a branch hole is provided on the path of the oxygen passage extending toward the middle position on the upper side of the massage body, and the massage body is integrally provided with a mounting seat connected to the oxygen cylinder at the upper end position of the branch hole.

[0015] Preferably, the valve seat is located on a side close to the human body, and a conical valve hole is provided inside the valve seat, and an open side of the valve hole is arranged to face the human body.

[0016] Preferably, the spring point pressure rod is a retractable spring structure, and the pressing contact point is made of skin-friendly rubber, and the pressing end is initially flush with the attachment sheet.

[0017] Compared with the prior art, the present invention has the following beneficial effects:

[0018] 1. The present invention can adjust the wearing size according to different users through the arrangement of straps, drawstrings and cardboards, thereby improving the comfort of use and the fit with the body, so that the massage structure can be accurately positioned at the part of the patient that needs massage, thereby improving the accuracy of massage;

[0019] 2. The present invention arranges a massage body, an oxygen channel, a butterfly plate, a valve seat, a lifting box, a piston tooth tube, a spring sheet, a counterweight object, a half gear, a pulley group, a ratchet, a prism tube, a prism rod, a spiral rod, a valve stem, a limiting spring, an air push sheet, a spring point pressure rod and a reset spring rod. When a patient performs exercises of different rhythms, gravity and the spring sheet are combined to make the piston tooth tube move up and down synchronously with the human body movement frequency, and the half gear, the pulley group and the ratchet are cooperated to drive the prism tube, the prism rod and the spiral rod to rotate during the movement, so that the spiral rod rotates and moves under the action of the butterfly plate, and pushes the valve stem to move in the valve seat during the movement, thereby realizing dynamic adjustment of the oxygen supply, so that the air pressure can be used to dynamically adjust the pressing frequency of the spring point pressure rod. This dynamic adjustment can better meet the different needs of patients in the rehabilitation training process and improve the massage effect;

[0020] 3. The present invention can realize the dynamic supply of oxygen to patients with the frequency of exercise and pressing frequency through the arrangement of massage body, oxygen duct, butterfly hole plate, valve seat, lifting box, piston gear tube, spring sheet, counterweight object, half gear, pulley group, ratchet, prism tube, prism rod, screw rod, valve stem, limiting spring, air push plate, air release valve and reset spring rod, so as to make the oxygen environment more suitable for the exercise needs of diabetic patients, not only promote body metabolism, control blood sugar and improve insulin sensitivity, but also be beneficial to the cardiovascular system, reduce heart load, improve heart function, reduce the risk of disease, ensure blood circulation, reduce complications, improve psychological state, relieve pain, reduce anxiety and stress, and facilitate diabetes management. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] Figure 1 It is a schematic diagram of the three-dimensional structure of the present invention;

[0022] Figure 2 It is a schematic diagram of the binding structure of the present invention;

[0023] Figure 3 is a cross-sectional view of the massage structure of the present invention;

[0024] Figure 4 is a cross-sectional view of a massage body of the present invention;

[0025] Figure 5 The internal structure of the massage structure of the present invention is shown in FIG. Figure 1 ;

[0026] Figure 6 The internal structure of the massage structure of the present invention is shown in FIG. Figure 2 .

[0027] In the figure:

[0028] 1. Binding structure; 11. Binding strap; 12. Binding strap; 121. Pallet;

[0029] 2. Massage structure; 21. Massage body; 211. Belt hole; 212. Oxygen channel; 213. Butterfly plate; 214. Valve seat;

[0030] 215, attachment piece; 22, lifting box; 221, piston gear tube; 2211, spring piece; 2212, counterweight object; 222, half gear; 2221, pulley assembly; 2222, ratchet; 223, prism tube; 224, prism rod; 225, screw rod; 226, valve stem; 2261, limiting spring; 227, air push piece; 2271, air relief valve; 2272, spring point pressure rod; 2273, return spring rod. DETAILED DESCRIPTION

[0031] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0032] See also Figures 1 to 6 The present invention provides a technical solution of a diabetes metabolism nursing massage device for the Department of Endocrinology:

[0033] An endocrinology diabetes metabolism nursing massage device, comprising:

[0034] The binding structure 1 is an elastic wearing structure made of skin-friendly fabric, which can be adjusted to different wearing sizes according to different users;

[0035] The massage structure 2 is slidably arranged on the binding structure 1 and can freely slide along the binding structure 1 to adjust its position.

[0036] The binding structure 1 includes a strap 11, which is composed of two cloth ring straps, and each ring strap surface is provided with a number of through holes for adjusting the position along the path, and the two ring straps are sewn together by cloth on the side of the ring strap with the through holes, and a strap 12 is slidably arranged at the position where the strap 11 has the through holes, and the strap 12 is composed of two sliders and a skin-friendly cotton pad connected to the sliders, wherein the slider is provided with a through sliding hole corresponding to the strap 11, and the side of the slider is provided with a plug hole that passes through the sliding hole at the position of the sliding hole, and is movably connected with a card plate 121 through the plug hole, and the card plate 121 is an L-shaped plate body, and a plug rod is integrally provided on the side facing the strap 12 corresponding to the through hole on the surface of the strap 11, and a spring is integrally provided between the plug rods, and is connected to the strap 12 through the spring to limit the sliding insertion with the strap 12.

[0037] The massage structure 2 includes a massage body 21, wherein a through-through hole 211 is provided inside the massage body 21 corresponding to the strap 11, and the massage body 21 is slidably arranged on the strap 11 through the through-hole 211, an oxygen passage 212 is provided at the axis position inside the massage body 21 and is open to the human body, and a branch hole is provided on the path of the oxygen passage 212 extending to the middle position of the upper side of the massage body 21, and a mounting seat connected to the oxygen cylinder is integrally provided at the upper end position of the branch hole of the massage body 21, and a butterfly plate 213 and a valve seat 214 are integrally provided on both sides of the branch hole of the oxygen passage 212 inside the massage body 21, wherein the valve seat 214 is located on the side close to the human body, and a conical valve hole is provided inside the valve seat 214, and the open side of the valve hole is arranged facing the human body, and an attachment sheet 215 is connected to the side close to the human body by bolts, and a plurality of through-through air holes are upwardly provided on the surface of the attachment sheet 215;

[0038] The front end of the massage body 21 is integrally provided with a lifting box 22, which is a U-shaped structure, and has a same-shaped connecting chamber inside, and a piston tooth tube 221 is slidably arranged inside the two branches, and a counterweight object 2212 is arranged at the upper end of the piston tooth tube 221 in the branch of the lifting box 22, and an interface for placing the counterweight object 2212 is arranged at the upper end of the branch of the lifting box 22, and a spring sheet 2211 is provided at the lower end of the piston tooth tube 221 in the lifting box 22 through a spring sliding limit, and the spring sheet 2211 is fixed to the piston tooth tube 221, and the piston tooth tube 221 is provided with a row of rows along the tube diameter on the side facing the massage body 21 The teeth are respectively meshed with the half gear 222 rotatably arranged at the front end of the massage body 21 through the rows of teeth. The rotating shafts of the half gear 222 are fixed to one of the toothed belt wheels of the pulley group 2221 movably arranged inside the massage body 21. The pulley group 2221 is composed of two toothed belt wheels and a toothed belt. The two toothed belt wheels are connected through a toothed belt transmission. One of the toothed belt wheels is fixed with a ratchet 2222 after a hole is dug in the center. The ratchet 2222 is arranged in opposite directions of idling and is fixed on the body of a prism tube 223 rotatably arranged at the axis core position of the massage body 21. The interior of the prism tube 223 is provided with a limiting prism hole with a specified prism angle, and the prism tube 223 is provided with a limiting prism hole with a specified prism angle. The hole is slidably connected with the ridge rod 224, and one end of the ridge rod 224 located outside the ridge tube 223 is fixed with the screw rod 225, and the screw rod 225 is movably inserted into the interior of the oxygen channel 212, and is inserted through the butterfly hole plate 213 and is rotatably connected with the valve stem 226 located inside the oxygen channel 212. The valve stem 226 is a solid funnel-shaped structure, and the bucket body part is not sealed and inserted into the valve hole of the valve seat 214, and is movably connected to the open side port of the valve seat 214 through a limiting spring 2261 to limit the linear movement. The interior of the massage body 21 is slidably sealed at the output port of the oxygen channel 212 and is provided with an air push piece 227, and the air push piece 227 faces A plurality of return spring rods 2273 are fixed to the side of the valve stem 226 in an annular array on the outer peripheral side along the axis core, and the rod body portion of the return spring rod 2273 with a spring is slidably arranged in a corresponding limited sliding hole opened inside the massage body 21. A plurality of mounting holes are opened in an annular manner on the inner peripheral side along the axis core on the surface of the air push piece 227, and is connected to the air release valve 2271 through the mounting holes. A plurality of spring point pressure rods 2272 are fixedly arranged on the opposite side of the return spring rod 2273 of the air push piece 227. The spring point pressure rod 2272 is a retractable spring structure, and the pressing contact point is made of skin-friendly rubber, and the pressing end is initially flush with the attachment piece 215.

[0039] When the patient performs rehabilitation training activities, movements of different rhythms cause the piston tooth tube 221 in the lifting box 22 to move up and down with different frequencies of the human body. The counterweight object 2212 on the upper end of the piston tooth tube 221 increases its movement amplitude, and the moving piston tooth tube 221 engages with the transmission half gear 222 to rotate. The half gear 222 drives the ratchet 2222 in different moving directions through the pulley group 2221. The ratchet 2222 drives the prism tube 223, the prism rod 224 and the screw rod 225 to rotate. The screw rod 225 rotates and moves toward the human body under the action of the butterfly hole plate 213, pushing the valve stem 226 to move in the valve seat 214. When the patient moves slowly, the valve stem 226 repeatedly switches between a large-area opening and an initial state under the action of the limiting spring 2261. The air supply is small, and the pressing frequency of the spring point pressure rod 2272 and the pressure relief frequency of the air relief valve 2271 are relatively small. When the patient moves quickly, the valve stem 226 moves again before the limiting spring 2261 is reset, maintaining a large open area, with a large air supply, and the pressing frequency of the spring point pressure rod 2272 and the pressure relief frequency of the air relief valve 2271 are relatively large.

[0040] In summary, by setting the strap 11, the strap 12 and the card plate 121, the wearing size can be adjusted according to different users, the comfort of use and the fit with the body can be improved, so that the massage structure 2 can be accurately positioned at the part of the patient that needs massage, and the massage accuracy can be improved; by the massage body 21, the oxygen channel 212, the butterfly hole plate 213, the valve seat 214, the lifting box 22, the piston tooth tube 221, the spring sheet 2211, the counterweight object 2212, the half gear 222, the pulley group The arrangement of the piston tooth tube 221, the ratchet 2222, the prism tube 223, the prism rod 224, the screw rod 225, the valve stem 226, the limiting spring 2261, the air push piece 227, the air release valve 2271, the spring point pressure rod 2272 and the reset spring rod 2273, when the patient performs exercises of different rhythms, will combine gravity and the spring sheet 2211 to make the piston tooth tube 221 move up and down synchronously with the human body movement frequency, and cooperate with the half gear 222 and the pulley group 2221 during the movement. The ratchet 2222 drives the ribbed tube 223, the ribbed rod 224 and the screw rod 225 to rotate, so that the screw rod 225 rotates and moves under the action of the butterfly plate 213, and pushes the valve stem 226 to move in the valve seat 214 during the movement, thereby realizing dynamic adjustment of the oxygen supply. In this way, the air pressure can be used to dynamically adjust the pushing and pressing frequency of the spring point pressure rod 2272. This dynamic adjustment can better meet the different needs of patients during rehabilitation training and improve the massage effect. At the same time, the dynamic supply of oxygen to the patient with the exercise frequency and the pressing frequency makes the oxygen environment around the patient more in line with the exercise needs of diabetic patients. It can not only promote body metabolism, control blood sugar and improve insulin sensitivity, but also is beneficial to the cardiovascular system, can reduce the heart load, improve heart function, reduce the risk of disease, ensure blood circulation, reduce complications, but also improve the psychological state, relieve pain, reduce anxiety and stress, and facilitate diabetes management.

[0041] Working principle: When in use, wrap the strap 11 around the part of the patient that needs massage, then pull the card plate 121 outward and slide the strap 12 to make the strap 12 adhere to the patient's body surface, and release the pull of the card plate 121 to perform preliminary positioning of the strap 11 and the massage structure 2 at the patient's massage position, then slide the massage body 21 along the strap 11 to move the massage structure 2 to the precise position that needs massage, then pull the card plate 121 outward again and slide the strap 12 to make the strap 12 further fit closely to the patient's body surface, and ensure that the strap 11 and the massage structure 2 have good positioning stability, then use the card plate 121 to insert the through hole of the strap 11 to fix it, so that the patient's massage position can be put on the nursing massage device, and then the mounting seat on the side of the massage body 21 is connected to the oxygen cylinder to make the oxygen The gas cylinder supplies oxygen to the oxygen passage 212. At this time, the oxygen will pass through the valve seat 214 and the valve stem 226 along the oxygen passage 212 and be temporarily stored in the space between the valve stem 226 and the air push piece 227. As the oxygen gradually increases, the air pressure between the valve stem 226 and the air push piece 227 will gradually increase. Then the oxygen will push the air push piece 227 to slide along the inner wall of the massage body 21, and pull the return spring rod 2273 out of the compression spring in the slide hole. At the same time, the spring point pressure rod 2272 will press on the position where the patient needs to be massaged, and perform a pressing massage on the patient. Then the oxygen will break through the pressure bearing range of the air release valve 2271, and leak into the interior of the attachment sheet 215 through the air release valve 2271. The leaked oxygen will diffuse to the patient's surroundings through the air holes on the side of the attachment sheet 215, thereby increasing the oxygen content around the patient.When the patient performs rehabilitation training activities, since the patient will perform exercises with different rhythms, the massage structure 2 will swing up and down with different frequencies along with the human body during the exercise. When swinging at different frequencies, the piston tooth tube 221 in the lifting box 22 will move up and down with different frequencies along with the body movement. At this time, the counterweight object 2212 at the upper end of the piston tooth tube 221 will increase the movement amplitude of the piston tooth tube 221, so that it can respond to the body movement more sensitively. When the piston tooth tube 221 moves, it will engage the transmission half gear 222 to rotate, and the half gear 222 will drive the ratchet 2222 to rotate through the pulley set 2221 when moving up and down respectively, and the ratchet 2222 will drive the prism tube 223 to rotate in the same direction in turn, and the rotating prism tube 223 will coaxially drive the prism rod 224 and the spiral belt rod 225 to rotate, and the spiral belt rod 225 will Under the action of the butterfly orifice plate 213, the valve stem 226 rotates and moves toward the human body along the butterfly orifice plate 213, and then the moving screw rod 225 pushes the valve stem 226 to move in the valve seat 214. At this time, if the patient is performing slow exercise, due to the slow movement amplitude, the valve stem 226 will repeatedly switch between a large-area opening and an initial state under the action of the limiting spring 2261, and the oxygen supply will also change between more and less, and the gas supply is relatively small. If the patient is performing fast exercise, due to the rapid movement amplitude, the valve stem 226 will move again in the valve seat 214 before the limiting spring 2261 is reset, thereby maintaining a larger open area and a larger oxygen supply, and the pressing frequency of the spring point pressure rod 2272 and the pressure relief frequency of the relief valve 2271 will be dynamically adjusted synchronously according to the oxygen amount. When the oxygen pressure decreases or disappears, the reset spring rod 2273 will reset the air push piece 227 to prepare for the next massage action. In addition, the position of the spring point pressure rod 2272 can be changed according to actual needs to achieve a more accurate and effective massage effect.

[0042] It should be noted that after the prism rod 224 moves along the prism tube 223 to the end of the prism tube 223 , it will continue to idle, and will reset under the action of the limiting spring 2261 after shutdown; the half gear 222 and the piston gear tube 221 are always in a meshing state.

[0043] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. An endocrinology diabetes metabolism nursing massage device, include: The binding structure (1) is an elastic wearing structure made of skin-friendly fabric and can be adjusted to different wearing sizes according to different users; The massage structure (2) is slidably arranged on the binding structure (1) and can freely slide along the binding structure (1) to adjust its position. Features: The massage structure (2) comprises a massage body (21), an oxygen passage (212) which is open to the human body is provided at the axis core position inside the massage body (21), and a butterfly plate (213) and a valve seat (214) are integrally provided on both sides of the branch hole of the oxygen passage (212) inside the massage body (21); The front end of the massage body (21) is integrally provided with a lifting box (22), and the lifting box (22) is provided with a piston tooth tube (221) slidably inside the two branches, and a counterweight object (2212) is provided inside the branch of the lifting box (22) at the upper end of the piston tooth tube (221), and a spring sheet (2211) is provided inside the lifting box (22) at the lower end of the piston tooth tube (221) through a spring sliding limit, and the spring sheet (2211) is fixed to the piston tooth tube (221), and the side of the piston tooth tube (221) facing the massage body (21) is all along the tube diameter. A row of teeth is provided, and the row of teeth are respectively meshed with a half gear (222) rotatably arranged at the front end of the massage body (21), and the rotating shaft of the half gear (222) is fixed to one of the toothed belt wheels of a pulley group (2221) movably arranged inside the massage body (21), and the pulley group (2221) is composed of two toothed belt wheels and a toothed belt, and the two toothed belt wheels are connected by a toothed belt transmission, and one of the toothed belt wheels is fixed with a ratchet (2222) after a hole is dug in the center, and the ratchet (2222) is fixed to the rotationally arranged at the axis core position of the massage body (21). On the tube body of the prism tube (223), a prism rod (224) is slidably inserted inside the prism tube (223), and one end of the prism rod (224) located outside the prism tube (223) is fixed to a screw rod (225), and the screw rod (225) is movably inserted inside the oxygen passage (212), and is inserted through the butterfly plate (213) to be rotatably connected to a valve stem (226) located inside the oxygen passage (212), and the valve stem (226) is inserted in the valve hole of the valve seat (214), and is movably connected to the open side port of the valve seat (214) through a limiting spring (2261). The massage body (21) is provided with an air push piece (227) in a sliding and sealing manner at the output port of the oxygen passage (212) inside the massage body (21), a plurality of return spring rods (2273) are fixed on the outer peripheral side of the side of the air push piece (227), and the return spring rods (2273) are slidably arranged in limited sliding holes correspondingly opened inside the massage body (21), a plurality of air release valves (2271) are installed on the inner peripheral side of the side of the air push piece (227), and a plurality of spring point pressure rods (2272) are fixedly arranged on the opposite side of the return spring rods (2273) of the air push piece (227).

2. The endocrinology diabetes metabolism nursing massage device according to claim 1, Features: The binding structure (1) comprises a binding belt (11), wherein the binding belt (11) is composed of two cloth ring belts, and each ring belt surface is provided with a plurality of through holes for adjusting the position along the path, and the two ring belts are sewn together by cloth on the side of the ring belt with the through holes, and a binding belt (12) is slidably arranged at the position where the binding belt (11) has the through holes, and the binding belt (12) is composed of two sliders and a skin-friendly cotton pad connected to the sliders, wherein the slider is provided with a through sliding hole corresponding to the binding belt (11), and the side of the slider is provided with a plug hole that is connected to the sliding hole at the position where the sliding hole is located, and is movably connected to the card plate (121) through the plug hole, and the card plate (121) is an L-shaped plate body, and a plug rod is integrally provided on the side of the card plate facing the binding belt (12) corresponding to the through hole on the surface of the binding belt (11), and a spring is integrally provided between the plug rods, and is connected to the binding belt (12) through the spring to perform sliding insertion restriction with the binding belt (12).

3. The endocrinology diabetes metabolism nursing massage device according to claim 1, Features: The massage body (21) is provided with a through-hole (211) corresponding to the binding belt (11) inside, and is slidably arranged on the binding belt (11) through the through-hole (211).

4. The endocrinology diabetes metabolism nursing massage device according to claim 1, Features: The side of the massage body (21) close to the human body is connected to an attachment sheet (215) via bolts, and a plurality of through-holes are provided on the surface of the attachment sheet (215) facing upward.

5. The endocrinology diabetes metabolism nursing massage device according to claim 1, Features: A branch hole is provided on the path of the oxygen passage (212) extending to the middle position on the upper side of the massage body (21), and the massage body (21) is integrally provided with a mounting seat connected to an oxygen cylinder at the upper end position of the branch hole.

6. The endocrinology diabetes metabolism nursing massage device according to claim 1, Features: The valve seat (214) is located on a side close to the human body, and a conical valve hole is provided inside the valve seat (214), and the open side of the valve hole is arranged to face the human body.

7. The endocrinology diabetes metabolism nursing massage device according to claim 1, Features: The spring point pressing rod (2272) is a retractable spring structure, and the pressing contact point is made of skin-friendly rubber, and the pressing end is initially flush with the attachment sheet (215).

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