Buckle waistband and hollow sphere lifting backpack pressure reduction assistor

Abstract

The invention relates to a buckle waistband and hollow sphere lifting backpack pressure reduction assistor, which is formed by combining four injection molding hollow spheres with one buckle waistband penetrating into holes, the inner wall thickness of the spheres is 2cm (can be thickened), and the spheres are intersected and perpendicular to a boundary circle of an east meridian coil and a west meridian coil by taking a 0-degree latitude circle as a reference line, and then are overturned by 90 degrees. The 0-degree latitude circles intersect and are perpendicular to determine the position and the specification size of the opening, the buckle waistband penetrates into the inner side of the opening ball body, and the specification size can be selected according to the body type or the bag type; when a human body is in a knapsack state, the weight of a knapsack is pressed on the assistor, and the assistor can effectively and stably support the spine and the lumbar, hip and sacral joints, enhance the body bearing capacity, support, reduce pressure, stabilize and protect the pressed joints, relieve the load bearing pressure borne by the spine and the related joints, and avoid speeding up decline of functions of all the joints of the human body; the waistband and the ball body can be used in a split mode, and after being nursed by parents, teenagers can consciously protect the joints of the teenagers from weight-bearing injuries and pay attention to proper use of protectors such as the joints.

Description

TECHNICAL FIELD The application is a buckle waistband and hollow sphere lifting backpack decompression aid. The design points are that a buckle waistband is connected through four PE injection molded hollow spheres after the holes are opened. The inner wall thickness of the sphere is 2 cm and can be thickened according to the use. The 0° parallel line (gold colored coil diagram) is used as the reference line, intersects perpendicularly with the division line of the east and west meridian (red colored coil diagram), and then intersects perpendicularly with the 0° parallel line (blue colored coil diagram) that is turned 90° to determine the opening position and size. The opening sphere is connected to a buckle waistband. The backpack can be selected according to the size and color. When the human body is in the state of wearing a backpack, the weight of the backpack is on the aid, which can effectively support the spine and the hip joint, enhance the body's bearing capacity, support, decompress, stabilize, and protect the compressed joint, reduce the pressure on the spine and related joints, avoid the decline of the function of each joint of the human body, and has practical functions. The waistband and the sphere can be used separately, and children are prohibited from using the product. The product is suitable for teenagers to protect themselves from joint damage and pay attention to the proper use of joint protection devices. The lifting backpack decompression effect has been tested, and there is no such product on the market. BACKGROUND There is no such product on the market. In daily life, especially for teenagers and the elderly, it is inevitable to carry a backpack when going out. The joints accumulate damage from the weight for many years, which will accelerate the damage to the spine, hip joint, and related joints, seriously affecting the quality of life, and even increasing the family's living burden. The product can effectively support the spine and the hip joint, enhance the body's bearing capacity, support, decompress, stabilize, and protect the compressed joint, reduce the pressure on the spine and related joints, avoid the decline of the function of each joint of the human body, and has practical functions. The waistband and the sphere can be used separately, and children are prohibited from using the product. Teenagers who use the buckle waistband must read the product instructions and precautions under the supervision of parents (including anyone who buys the product) before they can use it. It is suitable for teenagers to protect themselves from joint damage and pay attention to the proper use of joint protection devices. The waistband can be loosened or adjusted at any time, and the wearing time should not exceed 2 hours. SUMMARY The application is a buckle waistband and hollow sphere lifting backpack decompression aid. A nylon buckle waistband is 1.15 meters long, 3.5 cm wide, and 0.3 cm thick. Four PE injection-molded hollow spheres are 7.44 cm in diameter and 0.2 cm thick (thicker according to use). Eight arc surface holes are excavated on the inside of the four hollow spheres. The arc surface hole specifications are 4 cm in arc length and 0.4 cm in width. The 0° latitude line is the baseline (gold line). The intersection of the east and west longitude lines (red line) is perpendicular. The 0° latitude line is rotated 90° (blue line). The intersection of the two lines determines the hole position and specifications. The product can be adjusted to the appropriate size of the buckle waistband, hollow sphere, and color, which can play the same function. The individual can also choose the size and color according to the body type or bag type. The backpack can be equipped with a front chest horizontal fixed insert buckle belt. There is an error between the manual drawing scale and the manual hole making scale. BRIEF DESCRIPTION OF DRAWINGS The application is a buckle waistband and hollow sphere lifting backpack decompression aid. A nylon buckle waistband is 1.15 meters long, 3.5 cm wide, and 0.3 cm thick. Four PE injection-molded hollow spheres are 7.44 cm in diameter and 0.2 cm thick (thicker according to use). Eight arc holes of the same size are excavated on the inside of the four hollow spheres. The arc hole specifications are 4 cm in arc length and 0.4 cm in width. The 0° parallel circle is the baseline (gold circle diagram), and the intersection of the east-west meridian circle (red circle diagram) is perpendicular to the 0° parallel circle (blue circle diagram) to determine the opening position and specification size (the opening sphere is connected to a buckle waistband). The blue circle and the gold circle intersect perpendicularly on both sides, starting 1 cm inward, 2 cm up and down, and 0.4 cm horizontally. Two equal-length arcs are formed by connecting the two endpoints of the arcs. The arc surface is excavated, and the buckle waistband is connected to the eight holes. The product can be adjusted to the appropriate size of the environmentally friendly load-bearing durable buckle waistband and hollow sphere, and the color can be selected according to the body type or the bag type. The backpack with a front chest transverse fixed insert buckle belt can be selected. There is an error between the manual drawing scale and the manual opening entity scale. Since the buckle nylon waistband is a soft material, the stretching of the waistband is different each time, and there are differences in the manual drawing and the entity diagram shape.

[0001] Figure 1 : designated as a description abstract figure, the overall structure of the aid and the parts of the front view, the side view, and the top view, the drawing scale is 1:2, 1:4, 1:2, respectively, and the single hollow sphere front view diagram Figure 1 (scale: 1:1), there is an error between the manual drawing scale and the manual opening entity scale.

[0002] Figure 2 : the overall structure of the hollow sphere and the parts of the front view Figure 1 , the side view Figure 2 , and the top view Figure 3 , the scale is 1:1, and there is an error between the manual drawing scale and the manual opening entity scale.

[0003] Figure 3 : the overall structure of the single sphere and the parts of the front view of the hollow sphere (the practical function of the opening).

[0004] Figure 4 : the overall structure of the single sphere and the parts of the front view of the hollow sphere (the practical function of the opening).

[0005] Figure 5 : Hollow sphere monomer overall structure and each part of the utility function of the top view diagram (open hole utility function).

[0006] Figure 6 : The overall structure of the auxiliary and the utility function of each part of the front view diagram (open hole utility function).

[0007] Figure 7 : The overall structure of the auxiliary and the utility function of each part of the side view diagram (open hole utility function).

[0008] Figure 8 : The overall structure of the auxiliary and the utility function of each part of the top view diagram (open hole utility function).

[0009] Figure 9 : The overall structure of the auxiliary and the utility function of each part of the front view diagram (open hole utility function).

[0010] Figure 10 : The overall structure of the auxiliary and the utility function of each part of the planar side view diagram (open hole utility function).

[0011] Figure 11 : The overall structure of the auxiliary and the utility function of each part of the top view diagram (open hole utility function). DETAILED DESCRIPTION The specified use of the environmentally friendly load-bearing durable inelastic buckle waistband and injection molded hollow sphere in accordance with national standards, this product can be matched with appropriate size of the corresponding environmentally friendly load-bearing durable buckle waistband and hollow sphere with the same function and color, the waistband and hollow sphere and the size of the hole are configured according to the overall corresponding proportion size, the same manufacturing steps are omitted, individuals can also choose the size and color according to the body type or bag type, and the backpack with front chest transverse fixed insert buckle belt can be selected, there is an error between the manual drawing scale size and the manual manufacturing hole entity scale size.

[0012] I, 1, 2, 3 sub-graph (scale 1:1), respectively, as hollow sphere monosomic overall structure and each component of the utility function of the front view, plan view, top view (open hole utility function design) shown. With 0° latitude line as the reference line (gold circle diagram), and the east, west longitude line of the demarcation line (red circle diagram) intersection perpendicular, and then turn 90° 0° latitude line (blue circle diagram) intersection perpendicular to determine the location and size of the hole (open hole sphere inside a continuous into a nylon buckle waistband, 1.15 meters long, 3.5 cm wide, 0.3 cm thick) of the utility function design, the diagram of the blue circle and the gold circle on both sides of the corresponding vertical intersection point to the inside 1 cm, 2 cm each, and then translate 0.4 cm, each open two equal length arc, and then connect the two ends of the arc to form two days equal straight line segment around the arc surface, excavate the arc surface hole, four PE injection molding diameter 7.44 cm hollow sphere (wall thickness 0.2 cm, according to the use of optional thickening), respectively in four hollow sphere inside both sides of the corresponding excavate the same size of a total of 8 arc surface hole (arc length 4 cm, 0.4 cm wide) a buckle waistband continuous through the 8 hole of the utility function design, hand-drawn scale and hand-made opening entity scale size error.

[0013] II, Description Figure 1 , designated as the abstract of the specification, the overall structure of the auxiliary and each component of the front view, plan view, top view (open hole utility function design diagram), drawing scale is: 1:2, 1:4, 1:2, single hollow sphere front view sub Figure 1 (scale: 1:1), hand-drawn scale and hand-made opening entity scale size error. With 0° latitude line as the reference line (gold circle diagram), and the east, west longitude line of the demarcation line (red circle diagram) intersection perpendicular, and then turn 90° 0° latitude line (blue circle diagram) intersection perpendicular to determine the location and size of the hole (open hole sphere inside a continuous into a nylon buckle waistband, 1.15 meters long, 3.5 cm wide, 0.3 cm thick) of the utility function design, the diagram of the blue circle and the gold circle on both sides of the corresponding vertical intersection point to the inside 1 cm, 2 cm each, and then translate 0.4 cm, each open two equal length arc, and then connect the two ends of the arc to form two days equal straight line segment around the arc surface, excavate the arc surface hole, four PE injection molding diameter 7.44 cm hollow sphere (wall thickness 0.2 cm, according to the use of optional thickening), respectively in four hollow sphere inside both sides of the corresponding excavate the same size of a total of 8 arc surface hole (arc length 4 cm, 0.4 cm wide) a buckle waistband continuous through the 8 hole of the utility function design. Note: the model, background cloth, backpack on the picture is not in this design.

Claims

1. Practical functional design of the design structure and shape of the buckle belt and hollow sphere backpack decompression aid (including the "inside" font marked on the sphere) and each component (openings of the four injection-molded hollow spheres).

2. The practical function design of the buckle belt and hollow sphere lifting backpack decompression aid has four hollow spheres with openings of the same specifications and sizes on both sides at appropriate positions on the inside. The 0° latitude coil is used as the reference line (golden coil icon), and it intersects and intersects perpendicularly with the dividing coil of the east and west longitude coils (red coil icon), and then intersects and intersects perpendicularly with the 0° latitude coil flipped 90° (blue coil icon) to determine the position and specifications of the opening (the opening sphere is divided into inner sides and connected with a buckle belt). The practical function design starts from 1 cm inward from the corresponding vertical intersection point on both sides of the blue coil and the golden coil, 2 cm up and down, and then shifted 0.4 cm horizontally to open two arcs of equal length, and then connect the two ends of the two arcs. The points form an arc surface surrounded by two equal straight line segments, and the arc surface is excavated. Four PE injection-molded one-piece hollow spheres with a diameter of 7.44cm (wall thickness 0.2cm, optional thickening according to usage) are excavated on both sides of the inner side of the four hollow spheres. A total of eight arc surfaces of the same size are excavated (arc length 4cm, width 0.4cm). A buckle belt is connected and passes through these eight holes. It is a practical functional design. This product can be equipped with corresponding appropriate sizes of environmentally friendly, load-bearing, durable buckle belts and hollow spheres and colors that can play the same role. Individuals can also choose sizes and colors according to body shape or bag shape. You can choose a backpack with a horizontal fixed buckle strap on the front chest on the backpack shoulder straps.

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