Mechanical device for abdominal care

Abstract

The invention relates to a mechanical device for abdominal care, which is mainly characterized in that an isolation bag 12 wraps a rear plate 1, a rear spring assembly 2, a rear side plate 3, a front side plate 4, a front spring assembly 5 and a front plate 6 as much as possible to play a role in isolating the device from a human body; anti-falling ropes 13 are arranged at the two ends of the isolation bag, the end in contact with the left section of the rear plate 1 and the end in contact with the left section of the front plate 6, the anti-falling ropes 13 are connected with the two ends of the isolation bag to form a circle-like structure, and the circle-like structure is arranged on the outer side of the hip bone of the human body in a surrounding mode. The maintenance function of the device is achieved through the action of the pressing bag 901 and the pressing bag 902 on the force of the human body. The rear spring assembly 2, the front spring assembly 5 and the vertical spring assembly 11 form a force and angle adjusting device for realizing functions of the whole device.

Description

Technical Field

[0001] The invention relates to a mechanical device for abdominal maintenance, belonging to the technical field of postoperative maintenance of the abdomen of the human body and daily maintenance devices for hernia. Background Art

[0002] Currently, most of the products on the market for postoperative maintenance of the abdominal region and auxiliary treatment of inguinal hernia are bandage-type hernia belts composed of a fabric bandage, a fabric elastic band and a pressure bag. Although they have the advantage of good hernia compression effect when the human body is lying flat or standing upright, the pressure bag will separate from the body during human activities, especially bending over, squatting and other movements involving waist bending, thereby making the bandage-type hernia belt lose its effectiveness. Therefore, there is an urgent need for a new technical device that can ensure that the pressure bag will not fail during any form of labor or activity. Summary of the invention

[0003] In order to solve the above technical problems, the present invention uses the principle of precise force application and a certain strength to ensure that the pressure pack can keep pressing the abdomen with appropriate strength regardless of how the human body moves and bends, thereby achieving the high efficiency of the present invention on the body and continuously ensuring that the human body is well maintained and treated. The invention is composed of two completely mirror-image parts, the left and right parts, which act on the right and left abdomen of the human body respectively. When in use, the left half part can be used alone, the right half part can be used alone, or the two halves can be used together. When used together, only the two rear plate parts at the rear part need to be connected through the long holes of the rear plate, and the other parts can be adjusted and used normally according to the instructions. BRIEF DESCRIPTION OF THE DRAWINGS

[0004] Figure 1 :A mechanical device for abdominal care front view Figure 2 : Rear panel components diagram Figure 3 : Rear spring component diagram Figure 4 :Front spring component diagram Figure 5 : Rear side panel parts diagram Figure 6 :Front side panel parts diagram Figure 7 : Front panel components diagram Figure 8 :Partial A Fig. 9 :B direction view Fig.10 :C direction view BRIEF DESCRIPTION OF THE DRAWINGS

[0005] 1. Rear plate; 101. Long hole; 102. Connecting belt; 103. Rear hole; 104. Middle hole; 105. Front hole; 106. Hinge hole; 107. Bolt; 108. Nut; 109. Rear plate compression section; 901, rear package; 902, front package; 2. Rear spring assembly; 201. Rear hook; 202. Spring; 203. Front hook; 3. Rear side plate; 301. Front hole; 302. Middle hole; 303. Rear hole; 304. Hinge hole; 305. Long hole; 306. Rear side plate connecting section; 307. Rear bolt; 308. Rear nut; 309. Front bolt; 310. Front nut; 4. front side plate; 401. rear hole; 402. middle hole; 403. front hole; 404. hinge hole; 405. long hole; 406. front side plate connecting section; 5. Front spring assembly; 501. Rear hook; 502. Spring; 503. Front hook 6. front plate; 601. long hole; 603. front hole; 604. middle hole; 605. rear hole; 606. hinge hole; 607. bolt; 608. nut; 609. front plate connecting section; 7. Vertical plate; 701. Left hole; 702. Middle hole; 703. Right hole; 704. Connecting hole; 705. Bolt; 706. Nut; 707. Left shaft hole; 708. Right shaft hole; 801, bolt shaft; 802, left nut; 803, right nut 10. Lower plate; 1001. Upper left shaft hole; 1002. Left middle shaft hole; 1003. Lower left shaft hole; 1004. Upper right shaft hole; 1005. Right middle shaft hole; 1006. Lower right shaft hole; 1007. Upper connecting hole; 1008. Middle connecting hole; 1009. Lower connecting hole; 1010. Long hole; 1011. Left connecting belt; 1012. Right connecting belt; 1013. Lower plate compression section; 11. vertical spring assembly; 1101. rear hook; 1102. spring; 1103. front hook; 12. Isolation bag; 13. Prevent rope from falling off; For example: In order to simplify the difficulty and complexity of the description, the right half is taken as an example for detailed introduction. The attached figure is also made with the right half as an example. The naming rules of the corresponding parts of the right half are exactly the same as those of the left half. The rear plate 1 presses the pressure pack 901 onto the triangular plate portion of the tail of the coccyx at the rear of the human body through the connecting belt 102, which plays the role of fixing and supporting the device of the present invention at the rear. The rear plate 1 is movably connected to the rear side plate 3 through the hinge action of the hinge hole 106, the bolt 107, and the nut 108. The angle and strength of the connection between the rear plate 1 and the rear side plate 3 are maintained by the elastic component composed of the rear hook 201 and the spring 202 connected to the rear hole 103 on the rear plate 1 and the front hook 203 connected to the front hole 301 on the rear side plate 3. The elastic force of the elastic component is adjusted by different connections between the rear hook 201 and the rear hole 103, the middle hole 104, and the front hole 105 on the rear plate 1. At the same time, the elastic component can also be adjusted by different connections between the front hook 203 and the front hole 301, the middle hole 302, and the rear hole 303 on the rear side plate 3. The rear side plate 3 and the front side plate 4 are fastened together by bolts 307, nuts 308, bolts 309, nuts 310 passing through different positions of the long holes formed by the long holes 305 on the rear side plate 3 and the long holes 405 on the front side plate 4. The front side plate 4 and the front plate 6 are hingedly connected by bolts 607 and nuts 608 through the through holes formed by the overlapping of the connecting holes 606 and the connecting holes 404. The angle and strength of the connection between the front side plate 4 and the front plate 6 are maintained by an elastic component composed of a rear hook 501 connected to the rear hole 401 on the front side plate 4 and a spring 502, and a front hook 503 connected to the front hole 603 on the front plate 6. The elastic force of the elastic component is adjusted by different connections between the front hook 503 and the rear hole 605, the middle hole 604, and the front hole 603 on the front plate 6. At the same time, the elastic component can also be adjusted by different connections between the rear hook 501 and the rear hole 401, the middle hole 402, and the front hole 403 on the front side plate 4. The front plate 6 and the vertical plate 7 are tightly fixed together by the bolts 705 and nuts 706 on the through holes formed by the overlapping of the connecting holes 704 and the long holes 601 on the front plate 6. The position of the vertical plate 7 relative to the front plate 6 is adjusted by adjusting the relative positions of the connecting holes 704 and the long holes 601. At the same time, the vertical plate 7 drives the lower plate 10 and the pressure pack 902 to change their positions, thereby adjusting the compression position of the pressure pack 902 relative to the abdomen. The vertical plate 7 and the lower plate 10 are connected by a connecting shaft hinge, and the connecting shaft is composed of a bolt assembly component bolt 801, a nut 802, and a nut 803. The angle and strength of the connection between the vertical plate 7 and the vertical plate 10 are adjusted by an elastic component composed of a front hook 1103 connected to the middle hole 702 on the vertical plate 7, a spring 1102, and a front hook 1101 connected to the upper connecting hole 1007 on the lower plate 10. The front hook 1103 can be connected to the left hole 701, the middle hole 702, and the right hole 703 according to actual conditions to adjust the connection angle and strength of the opposing plate 7 and the lower plate 10. The rear hook 1101 can be connected to the upper connecting hole 1007, the middle connecting hole 1008, and the lower connecting hole 1009 according to actual conditions to adjust the connection angle and strength of the opposing plate 7 and the lower plate 10. The lower plate 10 can realize the upper and lower positions of the lower plate 10 relative to the front plate 6 by respectively passing the connecting shaft (composed of bolt 801, nut 802, nut 803) through the coaxial hole a composed of the upper left shaft hole 1001 and the upper right shaft hole 1004, the coaxial hole b composed of the left middle shaft hole 1002 and the right middle shaft hole 1005, and the coaxial hole c composed of the lower left shaft hole 1003 and the lower right shaft hole 1006, thereby driving the pressing pack 902 to realize the adjustment of the upper and lower positions of the pressing pack 902. The pressing package 902 passes through the long hole 1010 of the lower section of the lower plate 10 through the left connecting strap 1011 and the right connecting strap 1012. The position of the pressing package relative to the lower plate 10 is achieved by adjusting the different positions of the left connecting strap 1011 and the right connecting strap 1012 passing through the long hole 1010. The isolation bag 12 wraps up the rear plate 1, the rear spring assembly 2, the rear side plate 3, the front side plate 4, the front spring assembly 5 and the front plate 6 as much as possible, so as to isolate the device from the human body. Anti-drop ropes 13 are provided at both ends of the isolation bag and at the end in contact with the left section of the rear plate 1 and the end in contact with the left section of the front plate 6. The anti-drop rope 13 connects the two ends of the isolation bag to form a circle-like structure. The circle-like structure is placed on the outside of the human hip bone, and the maintenance function of the device is realized by the force exerted by the pressure packs 901 and 902 on the human body.

Claims

1. The present invention discloses a mechanical device for abdominal care, which is characterized by: The present invention uses the principle of precise force application and a certain strength to ensure that the pressure pack can maintain pressure on the abdomen with appropriate strength regardless of how the human body moves and bends, thereby achieving the high-efficiency and continuous effect of the present invention on the body, and further ensuring that the human body is well maintained and treated. The present invention is composed of two completely mirror-imaged left and right parts, which act on the right and left abdomen of the human body respectively. When in use, the left half can be used alone, the right half can be used alone, or the two halves can be used together. When used together, it is only necessary to connect the two rear plate parts at the rear through the long holes in the rear plate, and the remaining parts can be adjusted and used normally according to the instructions. In order to simplify the difficulty and complexity of the description, the right half is now taken as an example for a detailed introduction. The accompanying drawings are also made using the right half as an example. The naming rules of the corresponding parts of the right half are exactly the same as those of the left half. The rear plate 1 presses the pressure pack 901 against the triangular plate portion of the tail of the coccyx at the rear of the human body through the connecting belt 102, which plays the role of fixing and supporting the device of the present invention at the rear. The rear plate The rear plate 1 is movably connected to the rear side plate 3 through the hinged action of the bolt 107 and the nut 108 of the hinge hole 106. The angle and strength of the connection between the rear plate 1 and the rear side plate 3 are maintained by the rear elastic component 2 composed of the rear hook 201 and the spring 202 connected to the rear hole 103 on the rear plate 1 and the front hook 203 connected to the front hole 301 on the rear side plate 3. The elastic force of the rear elastic component 2 is adjusted by the different connections of the rear hook 201 with the rear hole 103, the middle hole 104, and the front hole 105 on the rear plate 1. At the same time, the elastic component can also be adjusted by the different connections of the front hook 203 with the front hole 301, the middle hole 302, and the rear hole 303 on the rear side plate 3. The rear side plate 3 and the front side plate 4 are fastened together by passing through different positions of the long holes formed by overlapping the long holes 305 on the rear side plate 3 and the long holes 405 on the front side plate 4 through bolts 307 and nuts 308 and bolts 309 and nuts 310. The front side plate 4 and the front plate 6 are hingedly connected by bolts 607 and nuts 608 through the through holes formed by overlapping the connecting holes 606 and the connecting holes 404. The angle and strength of the connection between the front side plate 4 and the front plate 6 are maintained by the front elastic component 5 composed of the rear hook 501 connected to the rear hole 401 on the front side plate 4 and the spring 502 and the front hook 503 connected to the front hole 603 on the front plate 6. The elastic force of the front elastic component 5 is controlled by the front The hook 503 is adjusted by different connections with the rear hole 605, the middle hole 604, and the front hole 603 on the front plate 6. At the same time, the front elastic component 5 can also be adjusted by different connections with the rear hook 501 and the rear hole 401, the middle hole 402, and the front hole 403 on the front side plate 4. The front plate 6 and the vertical plate 7 are tightly fixed together by the fastening action of the bolts 705 and the nuts 706 on the through holes formed by the overlapping of the connecting hole 704 and the long hole 601 on the front plate 6. The position of the vertical plate 7 relative to the front plate 6 is adjusted by adjusting the relative positions of the connecting hole 704 and the long hole 601. At the same time, the vertical plate 7 drives the lower plate 10 and the pressure bag 902 to change their positions.To realize the function of adjusting the compression position of the pressure pack 902 relative to the abdomen, the vertical plate 7 and the lower plate 10 are connected by a connecting shaft hinge, and the connecting shaft is composed of a bolt assembly component bolt 801, a nut 802, and a nut 803. The angle and strength of the connection between the vertical plate 7 and the vertical plate 10 are adjusted by a vertical elastic component 11 composed of a front hook 1103 connected to the middle hole 702 on the vertical plate 7, a spring 1102, and a front hook 1101 connected to the upper connecting hole 1007 on the lower plate 10. The front hook 1103 can be connected according to actual conditions. The connection angle and strength of the opposing plate 7 and the lower plate 10 can be adjusted on the left hole 701, the middle hole 702, and the right hole 703. The rear hook 1101 can be connected to the upper connecting hole 1007, the middle connecting hole 1008, and the lower connecting hole 1009 according to actual conditions. The connection angle and strength of the opposing plate 7 and the lower plate 10 can also be adjusted. The lower plate 10 can be connected by passing the connecting shaft (consisting of bolts 801, nuts 802, and nuts 803) through the coaxial holes a, the left middle axis hole 1004, and the left upper axis hole 1001, respectively. The coaxial hole b composed of the hole 1002 and the right middle axis hole 1005, and the coaxial hole c composed of the lower left axis hole 1003 and the lower right axis hole 1006 are used to realize the upper and lower positions of the lower plate 10 relative to the front plate 6, driving the pressing package 902 to realize the adjustment of the upper and lower positions of the pressing package 902. The pressing package 902 passes through the long hole 1010 of the lower section of the lower plate 10 through the left connecting strap 1011 and the right connecting strap 1012. The position of the pressing package relative to the lower plate 10 is realized by adjusting the different positions of the left connecting strap 1011 and the right connecting strap 1012 passing through the long hole 1010. The separation bag 12 wraps the rear plate 1, the rear spring assembly 2, the rear side plate 3, the front side plate 4, the front spring assembly 5, and the front plate 6 as much as possible, and plays the role of isolating the device from the human body. Anti-drop ropes 13 are provided at both ends of the isolation bag and at one end in contact with the left section of the rear plate 1 and at one end in contact with the left section of the front plate 6. The anti-drop ropes 13 connect the two ends of the isolation bag and form a quasi-circular structure. The quasi-circular structure ring is placed on the outside of the human hip bone. The pressure packs 901 and 902 exert force on the human body to achieve the maintenance function of the device.

2. A mechanical device for abdominal care, according to claim 1, further characterized in that the invention is composed of two completely mirror-image parts, the left and right parts, which act on the right and left halves of the abdomen of the human body respectively. When in use, the left half can be used alone, the right half can be used alone, or the two halves can be used together. When used together, only the two rear plate parts at the rear part need to be connected through the long holes of the rear plate, and the remaining parts can be adjusted and used normally according to the instructions.

3. A mechanical device for abdominal care, according to claim 1, has the following characteristics, further characterized in that the elastic force of the rear elastic component 2 is adjusted by the different connections between the rear hook 201 and the rear hole 103, the middle hole 104, and the front hole 105 on the rear plate 1, respectively. At the same time, the rear elastic component 2 can also be adjusted by the different connections between the front hook 203 and the front hole 301, the middle hole 302, and the rear hole 303 on the rear side plate 3, respectively. The rear side plate 3 and the front side plate 4 are tightly connected by bolts 307, nuts 308 and bolts 309, nuts 310 passing through different positions of the long holes formed by the overlapping long holes 305 on the rear side plate 3 and the long holes 405 on the front side plate 4. The front side plate 4 and the front plate 6 are hingedly connected by bolts 607 and nuts 608 through the through holes formed by the overlapping of the connecting holes 606 and the connecting holes 404.

4. A mechanical device for abdominal care, according to claim 1, has the following characteristics, the front side plate 4 and the front plate 6 are hingedly connected by bolts 607 and nuts 608 through the through hole formed by overlapping the connecting hole 606 and the connecting hole 404, the angle and strength of the connection between the front side plate 4 and the front plate 6 are maintained by a front elastic component 5 composed of a rear hook 501 and a spring 502 connected to the rear hole 401 on the front side plate 4 and a front hook 503 connected to the front hole 603 on the front plate 6, the elastic force of the front elastic component 5 is adjusted by different connections of the front hook 503 with the rear hole 605, the middle hole 604, and the front hole 603 on the front plate 6, and at the same time, the front elastic component 5 can also be adjusted by different connections of the rear hook 501 with the rear hole 401, the middle hole 402, and the front hole 403 on the front side plate 4.

5. A mechanical device for abdominal maintenance, according to claim 1, has the following characteristics, the front plate 6 and the vertical plate 7 are tightly fixed together by the fastening action of the bolts 705 and the nuts 706 on the through holes formed by the overlapping of the connecting holes 704 and the long holes 601 on the front plate 6, the position of the vertical plate 7 relative to the front plate 6 is adjusted by adjusting the relative positions of the connecting holes 704 and the long holes 601, and at the same time, the vertical plate 7 drives the lower plate 10 and the pressure pack 902 to change their positions, thereby realizing the function of adjusting the compression position of the pressure pack 902 relative to the abdomen.

6. A mechanical device for abdominal care, according to claim 1, has the following characteristics, the vertical plate 7 and the lower plate 10 are hingedly connected by a connecting shaft, the connecting shaft is composed of a bolt assembly component bolt 801, a nut 802, and a nut 803, the angle and strength of the connection between the vertical plate 7 and the vertical plate 10 are adjusted by a vertical elastic component 11 composed of a front hook 1103 connected to the middle hole 702 on the vertical plate 7, a spring 1102, and a front hook 1101 connected to the upper connecting hole 1007 on the lower plate 10, the front hook 1103 can be connected to the left hole 701, the middle hole 702, and the right hole 703 according to actual conditions to adjust the connection angle and strength of the vertical plate 7 and the lower plate 10, the rear hook 1101 can be connected to the upper connecting hole 1007, the middle connecting hole 1008, and the lower connecting hole 1009 according to actual conditions to adjust the connection angle and strength of the vertical plate 7 and the lower plate 10.

7. A mechanical device for abdominal care, according to claim 1, has the following features: the lower plate 10 can realize the upper and lower position of the lower plate 10 relative to the front plate 6 by passing the connecting shaft (composed of bolts 801, nuts 802, and nuts 803) through the coaxial hole a composed of the upper left shaft hole 1001 and the upper right shaft hole 1004, the coaxial hole b composed of the left middle shaft hole 1002 and the right middle shaft hole 1005, and the coaxial hole c composed of the lower left shaft hole 1003 and the lower right shaft hole 1006, thereby driving the pressing pack 902 to adjust the upper and lower positions of the pressing pack 902.

8. A mechanical device for abdominal care, according to claim 1, has the following characteristics: the pressing bag 902 passes through the long hole 1010 of the lower section of the lower plate 10 through the left connecting strap 1011 and the right connecting strap 1012, and the position of the pressing bag relative to the lower plate 10 is achieved by adjusting the different positions of the left connecting strap 1011 and the right connecting strap 1012 passing through the long hole 1010.

9. A mechanical device for abdominal maintenance, according to claim 1, has the following characteristics, an isolation bag 12 wraps the back plate 1, the rear spring assembly 2, the rear side plate 3, the front side plate 4, the front spring assembly 5, and the front plate 6 as much as possible to isolate the device from the human body, and an anti-drop rope 13 is provided at both ends of the isolation bag and at one end in contact with the left section of the back plate 1 and one end in contact with the left section of the front plate 6. The anti-drop rope 13 connects the two ends of the isolation bag to form a circle-like structure, and the circle-like structure ring is placed on the outside of the human hip bone, and the maintenance function of the device is realized by the force exerted by the pressure packs 901 and 902 on the human body.

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