Beating and beating type massager

Abstract

The utility model provides a beating type massager. The beating type massager comprises a beating structure part, a handle and a connecting part, wherein the beating structure part comprises more than seven beating bodies, the linking part comprises two soft ropes, and the interior of the handle is of a cavity structure; the beating structure part is of a net structure which is formed by weaving more than seven beating bodies by two soft ropes of the linking part, and the soft ropes among the beating bodies are sleeved in a bunching pipe; the four ends of the two soft ropes extending out of the net-shaped structure are arranged in the cavity of the handle. And the four soft rope sections between the beating structure part and the handle are also sleeved in the bunching tube to form a net-shaped structure. The beating type massager has the advantages of being large in effective massage range, good in massage effect, good in beating and beating force controllability, convenient to carry, low in cost and the like, and can be widely applied to the field of life.

Description

TECHNICAL FIELD

[0001] The utility model relates to massage technical field, especially a kind of patting and beating type massager. BACKGROUND

[0002] With the development of science and technology and economy, people's living standards have greatly improved, and material life is especially rich;However, with it comes, the pressure increases, unhealthy work and rest schedule and so on Life conditions. The great richness of material life, the increase of psychological stress, the unhealthy work and rest such as staying up late also brought various diseases, such as the increase and youth of patients with cardiovascular and cerebrovascular diseases, the sudden increase of heart disease and so on. In order to avoid these sudden life threats, people also pay more and more attention to body maintenance in daily life.

[0003] In people's daily body maintenance, massage is a convenient and effective maintenance method. For massage, you can go to the treatment room for manual massage, or you can use massage equipment to massage yourself. Go to the treatment room for manual massage, there are high cost, high time and low frequency caused by the problem. Self-massage massage equipment can be divided into two categories in general, one is mechanical structure, and the other is automatic massage. Mechanical structure type massager usually includes head and hand-held part, head and hand-held part can be integrated structure, also can be split structure. However, no matter which one, the head and hand-held part are rigid structure, the effective range of massage is small, the uniformity of beating force is poor, and it is not convenient to carry and use. Automatic massage type massager is usually composed of massage ball and mechanical structure driven by electric part. Under the condition of power on, the electric part drives the mechanical structure to move, and the mechanical structure drives the massage ball to rotate. The effective range of massage of this kind of massager is also small, such as neck, waist and so on. At the same time, the massage force is difficult to adjust, and the uniformity of force is also poor. Moreover, the price of automatic massager is relatively high. In addition, automatic massager is not convenient to carry and use.

[0004] Therefore, in the prior art, the massager has the problems of small massage effective range, poor beating force control and inconvenient carrying and using. SUMMARY

[0005] Therefore, the main purpose of the utility model is to provide a patting and beating type massager with large massage effective range, good beating or hitting force control and convenient carrying and using.

[0006] In order to achieve the above purpose, the technical scheme provided by the utility model is:

[0007] A kind of patting and beating type massager, comprising: patting and beating structure part (1), handle (3), linking part (2);Wherein, patting and beating structure part (1) includes more than 7 patting and beating bodies, linking part (2) is 2 soft ropes, and the inside of handle (3) is cavity structure;

[0008] Patting and beating structure part (1) is the mesh structure that 2 soft ropes of linking part (2) are woven into more than 7 patting and beating bodies, and the soft rope between patting and beating body is in the cable tube (4).

[0009] The 4 end heads of 2 soft ropes extending from the above mesh structure are installed in the cavity of handle (3).

[0010] The 4 soft rope sections between patting and beating structure part (1) and handle (3) are also in the cable tube (4), and the 4 soft rope sections also form mesh structure by cable tube (4).

[0011] In summary, the patting and beating type massager of the utility model connects patting and beating structure part and handle by linking part, and the inside of handle 3 is cavity structure;Moreover, 2 soft ropes weave patting and beating body in patting and beating structure part into mesh structure by cable tube, and the 4 soft rope sections between patting and beating structure part and handle also form mesh structure by cable tube;The 4 end heads of 2 soft ropes of the above two mesh structures are placed in the cavity of handle.In practical application, the length of linking part can be adjusted by releasing or retracting the length of each soft rope end head in the cavity of handle to meet the needs of people.When using, hold the handle of the patting and beating type massager of the utility model, and swing the linking part, so that patting and beating structure part beats or hits body or acupoint on body, which can promote blood circulation of human body, relieve fatigue and improve sleep, and achieve the effect of enhancing people's physical fitness;It can prevent the occurrence of some cardiovascular diseases, and also can alleviate the symptoms of cardiovascular patients.Because patting and beating structure part is composed of mesh structure, so the effective patting and beating range of patting and beating structure part is relatively large;At the same time, because linking part is soft rope, the flexibility is relatively strong, so that it is particularly convenient to use, can be extended to each part of body, and the user is also easy to control the patting or hitting force.In addition, because each part of the patting and beating type massager of the utility model is woven together by soft rope, it is easy to fold, so it is very convenient to carry;As long as there is free time, patting or hitting massage can be carried out anytime and anywhere.The frequency of patting or hitting massage is relatively high, which can further enhance the massage effect, and the cost is low.In addition, the mesh structure also makes the patting and beating type massager of the utility model relatively solid, and not easy to damage.It can be seen that the patting and beating type massager of the utility model has the advantages of large massage effective range, good massage effect, good control of patting or hitting force, convenient carrying, low cost and the like, and is worth popularizing and applying. BRIEF DESCRIPTION OF DRAWINGS

[0012] Figure 1 It is the overall component structure schematic diagram of the utility model.

[0013] Figure 2 It is the axial section view of the handle cover.

[0014] Figure 3 It is the axial view of the handle cover.

[0015] Figure 4 It is the axial section view of the handle body.

[0016] Figure 5 It is the axial view of the handle body.

[0017] Figure 6 It is the bottom view of the handle body.

[0018] Figure 7 It is the overall component structure schematic diagram of the first embodiment of the utility model.

[0019] Figure 8 It is the structure schematic diagram of the round drum-shaped beating body in the first embodiment of the utility model.

[0020] Figure 9 It is the overall component structure schematic diagram of the second embodiment of the utility model.

[0021] Figure 10 It is the overall component structure schematic diagram of the third embodiment of the utility model.

[0022] Figure 11 It is the axial view of the ellipsoid-shaped beating body with milk nail in the third embodiment of the utility model.

[0023] Figure 12 It is the top view of the ellipsoid-shaped beating body with milk nail in the third embodiment of the utility model.

[0024] Figure 13 It is the overall component structure schematic diagram of the fourth embodiment of the utility model.

[0025] Figure 14 It is the side view of the flat barrel bead in the fourth embodiment of the utility model.

[0026] Figure 15 It is the axial view of the flat barrel bead in the fourth embodiment of the utility model.

[0027] Figure 16 It is the axial view of the utility model.

[0028] Figure 17 The side view of the bundle line tube. DETAILED DESCRIPTION

[0029] In order to make the purpose, technical scheme and advantages of the utility model more clear, the utility model will be described further in detail below in combination with the drawings and specific embodiments.

[0030] Figure 1 The overall structure of the beating type massager is shown in the figure. Figure 1 The beating type massager comprises a beating structure part 1, a handle 3 and a linking part 2. The beating structure part 1 comprises more than 7 beating bodies, the linking part 2 is two soft ropes, and the handle 3 is a hollow structure.

[0031] The beating structure part 1 is a mesh structure formed by weaving the more than 7 beating bodies by the two soft ropes of the linking part 2, and the soft ropes between the beating bodies are sleeved in the bundle line tube 4. The four ends of the two soft ropes extending from the mesh structure are arranged in the cavity of the handle 3. The four soft rope segments between the beating structure part 1 and the handle 3 are also sleeved in the bundle line tube 4, and the four soft rope segments also form a mesh structure through the bundle line tube 4.

[0032] In summary, the beating type massager is connected by the link part, the beating structure part and the handle, the link part is two soft ropes, the handle 3 is a cavity structure, the two soft ropes are woven into a mesh structure by the binding tube, the four soft rope sections between the beating structure part and the handle are also formed into a mesh structure by the binding tube, and the four ends of the two soft ropes are placed in the handle cavity after weaving the two mesh structures. In practical application, the length of the link part can be adjusted by releasing or retracting the length of the soft rope end in the handle cavity, so as to meet the needs of people. When in use, the handle of the beating type massager is held, and the link part is swung, so that the beating structure part beats or hits the body or the acupoint on the body, so as to promote blood circulation of the human body, relieve fatigue, improve sleep, and enhance the physical fitness of people, prevent the occurrence of some cardiovascular diseases, and alleviate the symptoms of cardiovascular patients. Because the beating structure part is composed of a mesh structure, the effective beating range of the beating structure part is relatively large, the link part is a soft rope, the flexibility is relatively strong, the beating type massager is particularly convenient to use, can be extended to each part of the body, and the beating or hitting force is easy to control. In addition, because the beating type massager is woven by the soft rope, the beating type massager is easy to fold, so that the beating type massager is convenient to carry, and the beating or hitting massage can be performed at any time and anywhere. The beating or hitting massage frequency is relatively high, the massage effect is further enhanced, and the cost is low. In addition, the mesh structure also makes the beating type massager relatively strong and not easy to damage. Therefore, the beating type massager has the advantages of large effective range, good massage effect, good beating or hitting force control, convenient carrying, low cost and the like, and is worth popularization and application.

[0033] Figure 2 It is an axial sectional view of the handle cover of the utility model. Figure 3 It is an axial view of the handle cover of the utility model. Figure 4 It is an axial sectional view of the handle body of the utility model. Figure 5 It is an axial view of the handle body of the utility model. Figure 6 It is a bottom view of the handle body of the utility model. In the utility model, the handle 3 comprises a handle cover 31 and a handle body 32, wherein the handle cover 31 and the handle body 32 are connected by threads. Figure 2 、 Figure 3 As shown in the figure, the handle cover 31 is a hemispherical shell, the inside is a cavity structure, and the inner side of the handle cover 31 port is provided with internal threads. Figure 4 、 Figure 5 、 Figure 5As shown, the handle body 32 is trumpet-shaped as a whole, and is internally hollow; the wide-mouth end of the handle body 32 is externally threaded, and the narrow-mouth end of the handle body 32 is closed, and the closed center portion is provided with two adjacent through holes 30.

[0034] The internal thread at the port of the handle cap 31 corresponds to the external thread (33) of the handle body 32; after the handle cap 31 and the handle body 32 are threadedly connected, the cavities of the handle cap 31 and the handle body 32 jointly form the cavity of the handle 3.

[0035] Figure 7 The overall structure schematic view of the first embodiment of the utility model. Figure 8 The structure schematic view of the circular drum-shaped beating body in the first embodiment of the utility model. Figure 7 、 Figure 8 As shown, in the utility model, for the beating structure part 1, each of the beating bodies is circular drum-shaped as a whole; along the axial direction of the circular drum-shaped beating body 11, a through hole is arranged at the axial center of the circular drum-shaped beating body 11.

[0036] When there are 7 drum-shaped striking bodies 11 in the striking structure part 1, from the far end of the handle 3 to the near end of the handle 3, the 7 drum-shaped striking bodies 11 are arranged in 4 rows in the order of 1, 2, 2, 2: both soft ropes pass through the through hole of one drum-shaped striking body 11 in the first row. Two soft ropes extend from the outer sides of both ends of the drum-shaped striking body 11. For the two soft ropes on the outer side of the left end of the drum-shaped striking body 11: one soft rope passes through the through hole from the outer side of the left drum-shaped striking body 11 in the second row to the inner side, and the other soft rope passes through the through hole from the inner side of the left drum-shaped striking body 11 in the second row to the outer side; Two sections of soft rope are located on the outer side of the right end of the drum-shaped striking body 11: one section passes through the through-hole from the outside of the second row right-side drum-shaped striking body 11 to the inside, and the other section passes through the through-hole from the inside of the second row right-side drum-shaped striking body 11 to the outside; after passing through the cable tie tube 4, one section passes through the through-hole from the inside of the third row left-side drum-shaped striking body 11 to the outside, and the other section passes through the through-hole from the inside of the third row right-side drum-shaped striking body 11 to the outside; the outer side of the second row left-side drum-shaped striking body 11... A section of soft rope passes through the outside of the third row's left-side drum-shaped striking body 11 to the inside. One end of the soft rope on the outside of the second row's right-side drum-shaped striking body 11 passes through the through-hole to the inside of the third row's right-side drum-shaped striking body 11. Two sections of soft rope on the inside of the third row's left-side and right-side drum-shaped striking bodies 11 pass through the cable tie tube 4. One section of soft rope passes through the through-hole to the outside of the fourth row's left-side drum-shaped striking body 11, and the other section passes through the through-hole to the outside of the fourth row's right-side drum-shaped striking body 11. A section of soft rope on the outside of the third row's left-side drum-shaped striking body 11... A rope passes through the through hole to the inside from the outside of the left-side round drum-shaped striking body 11 in the fourth row. A section of soft rope from the outside of the right-side round drum-shaped striking body 11 in the third row passes through the through hole to the inside from the outside of the right-side round drum-shaped striking body 11 in the fourth row. The two sections of soft rope from the inside of the left-side round drum-shaped striking body 11 in the fourth row and the right-side round drum-shaped striking body 11 in the fourth row pass through the cable tie tube 4. They are then combined with the sections of soft rope from the outside of the left-side round drum-shaped striking body 11 in the fourth row and the section of soft rope from the outside of the right-side round drum-shaped striking body 11 in the fourth row. After being combined in pairs, they pass through the cable tie tube 4 and the two adjacent through holes 30 on the handle 32 and are installed in the cavity inside the handle 3.

[0037] Figure 9 This is a schematic diagram of the overall structural composition of the second embodiment of this utility model. Figure 9 As shown, in this utility model, for the striking structure part 1, each of the striking bodies is spherical; along the axial direction of the spherical striking body 13, a through hole is provided at the center of the axial direction of the spherical striking body 13.

[0038] When the round ball-shaped hitting bodies 13 in the hitting structure part 1 are 7, from the distal end of the handle 3 to the proximal end of the handle 3, the round ball-shaped hitting bodies 13 are arranged in 4 rows in the order of 1, 2, 2, 2: both of the soft ropes pass through the through hole of the 1 round ball-shaped hitting body 13 in the first row, and both of the soft ropes extend out of the two ends of the round ball-shaped hitting body 13; for the two soft ropes outside the left end of the round ball-shaped hitting body 13: one soft rope passes through the through hole of the round ball-shaped hitting body 13 outside the left end of the second row to the inside, and the other soft rope passes through the through hole of the round ball-shaped hitting body 13 inside the left end of the second row to the outside; for the two soft ropes outside the right end of the round ball-shaped hitting body 13: one soft rope passes through the through hole of the round ball-shaped hitting body 13 outside the right end of the second row to the inside, and the other soft rope passes through the through hole of the round ball-shaped hitting body 13 inside the right end of the second row to the outside; after the two soft ropes inside the left end of the round ball-shaped hitting body 13 of the second row and the two soft ropes inside the right end of the round ball-shaped hitting body 13 of the second row pass through the cable tube 4, one soft rope passes through the through hole of the round ball-shaped hitting body 13 inside the left end of the third row to the outside, and the other soft rope passes through the through hole of the round ball-shaped hitting body 13 inside the right end of the third row to the outside; one soft rope outside the left end of the round ball-shaped hitting body 13 of the second row passes through the through hole of the round ball-shaped hitting body 13 outside the left end of the third row to the inside, and one soft rope outside the right end of the round ball-shaped hitting body 13 of the second row passes through the through hole of the round ball-shaped hitting body 13 outside the right end of the third row to the inside; after the two soft ropes inside the left end of the round ball-shaped hitting body 13 of the third row and the two soft ropes inside the right end of the round ball-shaped hitting body 13 of the third row pass through the cable tube 4, one soft rope passes through the through hole of the round ball-shaped hitting body 13 inside the left end of the fourth row to the outside, and the other soft rope passes through the through hole of the round ball-shaped hitting body 13 inside the right end of the fourth row to the outside; one soft rope outside the left end of the round ball-shaped hitting body 13 of the third row passes through the through hole of the round ball-shaped hitting body 13 outside the left end of the fourth row to the inside, and one soft rope outside the right end of the round ball-shaped hitting body 13 of the third row passes through the through hole of the round ball-shaped hitting body 13 outside the right end of the fourth row to the inside; after the two soft ropes inside the left end of the round ball-shaped hitting body 13 of the fourth row and the two soft ropes inside the right end of the round ball-shaped hitting body 13 of the fourth row pass through the cable tube 4, and one soft rope outside the left end of the round ball-shaped hitting body 13 of the fourth row and one soft rope outside the right end of the round ball-shaped hitting body 13 of the fourth row, two by two are combined and then pass through the cable tube 4 and the two adjacent through holes 30 on the handle body 32 to be arranged in the cavity in the handle 3.

[0039] Figure 10 It is the overall structure schematic view of the third embodiment of the utility model. Figure 11 It is the axonometric drawing of the ellipsoid-shaped hitting body with milk nail in the third embodiment of the utility model. Figure 12 It is the plan view of the ellipsoid-shaped hitting body with milk nail in the third embodiment of the utility model. Figure 10 、 Figure 11 ,Figure 12 As shown, in the utility model, for the beat structure part 1, each beat body is spheroid; along the spheroid beat body 12 axial, the spheroid beat body 12 axial center is provided with through hole; spheroid beat body 12 surface is arranged with 3 more than milk nail 10.

[0040] When the spheroid beat body 12 in beat structure part 1 is 7, from the distal end of handle 3 to the proximal end of handle 3, spheroid beat body 12 is arranged as 4 rows in the order of 1, 2, 2, 2: 2 soft ropes are all passed through the through hole of the spheroid beat body 12 of the first row, and the two ends of the spheroid beat body 12 extend out 2 soft ropes, for the two soft ropes outside the left end of the spheroid beat body 12: one soft rope is passed through the through hole of the spheroid beat body 12 outside the left end of the second row to the inside, and the other soft rope is passed through the through hole of the spheroid beat body 12 inside the left end of the second row to the outside; for the two soft ropes outside the right end of the spheroid beat body 12: one soft rope is passed through the through hole of the spheroid beat body 12 outside the right end of the second row to the inside, and the other soft rope is passed through the through hole of the spheroid beat body 12 inside the right end of the second row to the outside; the two soft ropes inside the left end of the spheroid beat body 12 of the second row and the inside of the spheroid beat body 12 of the right end of the second row are passed through the cable tube 4, and then one soft rope is passed through the through hole of the spheroid beat body 12 inside the left end of the third row to the outside, and the other soft rope is passed through the through hole of the spheroid beat body 12 inside the right end of the third row to the outside; one soft rope outside the left end of the spheroid beat body 12 of the second row is passed through the through hole of the spheroid beat body 12 outside the left end of the third row to the inside, and one soft rope outside the right end of the spheroid beat body 12 of the second row is passed through the through hole of the spheroid beat body 12 outside the right end of the third row to the inside; the two soft ropes inside the left end of the spheroid beat body 12 of the third row and the inside of the spheroid beat body 12 of the right end of the third row are passed through the cable tube 4, and then one soft rope is passed through the through hole of the spheroid beat body 12 inside the left end of the fourth row to the outside, and the other soft rope is passed through the through hole of the spheroid beat body 12 inside the right end of the fourth row to the outside; one soft rope outside the left end of the spheroid beat body 12 of the third row is passed through the through hole of the spheroid beat body 12 outside the left end of the fourth row to the inside, and one soft rope outside the right end of the spheroid beat body 12 of the third row is passed through the through hole of the spheroid beat body 12 outside the right end of the fourth row to the inside; the two soft ropes inside the left end of the spheroid beat body 12 of the fourth row and the inside of the spheroid beat body 12 of the right end of the fourth row are passed through the cable tube 4, and then one soft rope outside the left end of the spheroid beat body 12 of the fourth row and one soft rope outside the right end of the spheroid beat body 12 of the fourth row are combined in pairs and then passed through the cable tube 4 and the two adjacent through holes 30 on the handle body 32 to be arranged in the cavity in the handle 3.

[0041] Figure 13The overall structure schematic diagram of the fourth embodiment of the utility model. Figure 14 The side view of the flat barrel bead in the fourth embodiment of the utility model. Figure 15 The isometric view of the flat barrel bead in the fourth embodiment of the utility model. Figure 13 、 Figure 14 、 Figure 15 As shown in the figure, in the embodiment, the beating structure part 1 includes two small spherical bodies 15 as beating bodies and 12 flat barrel beads 14; each small spherical body 15 is provided with a through hole at the central axis, and each flat barrel bead 14 is also provided with a through hole at the central axis.

[0042] From the distal end of the handle 3 to the proximal end of the handle 3, the two small spherical bodies 15 and the 12 flat barrel beads 14 are arranged in the order of two small spherical bodies 15, four flat barrel beads 14, four flat barrel beads 14, and four flat barrel beads 14 as four rows: the two soft ropes are sequentially threaded through the through holes of the two small spherical bodies 15 in the first row, and two soft ropes are extended out of the outside of the left small spherical body 15, and two soft ropes are also extended out of the outside of the right small spherical body 15; for the two soft ropes extended out of the outside of the left small spherical body 15: one soft rope is sequentially threaded through the through holes of the second row of left two flat barrel beads 14 from outside to inside, and the other soft rope is sequentially threaded through the through holes of the second row of left two flat barrel beads 14 from inside to outside; for the two soft ropes also extended out of the outside of the right small spherical body 15: one soft rope is sequentially threaded through the through holes of the second row of right two flat barrel beads 14 from outside to inside, and the other soft rope is sequentially threaded through the through holes of the second row of right two flat barrel beads 14 from inside to outside; after the two soft ropes on the inside of the second row of left two flat barrel beads 14 and the inside of the second row of right two flat barrel beads 14 pass through the cable tube 4, one soft rope is sequentially threaded through the third row of left two flat barrel beads 14 from inside to outside, and the other soft rope is sequentially threaded through the third row of right two flat barrel beads 14 from inside to outside; the second row of left two flat barrel beads 14 is sequentially threaded through the third row of left two flat barrel beads 14 from outside to inside, and the second row of right two flat barrel beads 14 is sequentially threaded through the third row of right two flat barrel beads 14 from outside to inside; after the two soft ropes on the inside of the third row of left two flat barrel beads 14 and the inside of the third row of right two flat barrel beads 14 pass through the cable tube 4, one soft rope is threaded through the fourth row of left two flat barrel beads 14 from inside to outside, and the other soft rope is threaded through the fourth row of right two flat barrel beads 14 from inside to outside; one soft rope on the outside of the third row of left two flat barrel beads 14 is sequentially threaded through the fourth row of left two flat barrel beads 14 from outside to inside, and one soft rope on the outside of the third row of right two flat barrel beads 14 is sequentially threaded through the fourth row of right two flat barrel beads 14 from outside to inside; after the two soft ropes on the inside of the fourth row of left two flat barrel beads 14 and the inside of the fourth row of right two flat barrel beads 14 pass through the cable tube 4, one soft rope on the outside of the fourth row of left two flat barrel beads 14 and one soft rope on the outside of the fourth row of right two flat barrel beads 14 are combined in pairs and sequentially threaded through the cable tube 4 and the two adjacent through holes 30 on the handle body 32 and arranged in the cavity in the handle 3. Embodiment Embodiment

[0043] Figure 7 The overall structure schematic view of the first embodiment of the utility model. Figure 8 The structure schematic view of the round drum-shaped beating body in the first embodiment of the utility model. As shown in Figure 7 , Figure 8 In the first embodiment of the utility model, for the beating structure part 1, each of the beating bodies is round drum-shaped as a whole; along the axial direction of the round drum-shaped beating body 11, a through hole is arranged at the axial center of the round drum-shaped beating body 11;

[0044] When there are 7 drum-shaped striking bodies 11 in the striking structure part 1, from the far end of the handle 3 to the near end of the handle 3, the 7 drum-shaped striking bodies 11 are arranged in 4 rows in the order of 1, 2, 2, 2: both soft ropes pass through the through hole of one drum-shaped striking body 11 in the first row. Two soft ropes extend from the outer sides of both ends of the drum-shaped striking body 11. For the two soft ropes on the outer side of the left end of the drum-shaped striking body 11: one soft rope passes through the through hole from the outer side of the left drum-shaped striking body 11 in the second row to the inner side, and the other soft rope passes through the through hole from the inner side of the left drum-shaped striking body 11 in the second row to the outer side; Two sections of soft rope are located on the outer side of the right end of the drum-shaped striking body 11: one section passes through the through-hole from the outside of the second row right-side drum-shaped striking body 11 to the inside, and the other section passes through the through-hole from the inside of the second row right-side drum-shaped striking body 11 to the outside; after passing through the cable tie tube 4, one section passes through the through-hole from the inside of the third row left-side drum-shaped striking body 11 to the outside, and the other section passes through the through-hole from the inside of the third row right-side drum-shaped striking body 11 to the outside; the outer side of the second row left-side drum-shaped striking body 11... A section of soft rope passes through the outside of the left-side drum-shaped striking body 11 in the third row to the inside. One end of the soft rope on the outside of the right-side drum-shaped striking body 11 in the second row passes through the through-hole on the outside of the right-side drum-shaped striking body 11 in the third row to the inside. Two sections of soft rope on the inside of the left-side and right-side drum-shaped striking bodies 11 in the third row pass through the cable management tube 4. One section of soft rope passes through the through-hole on the inside of the left-side drum-shaped striking body 11 in the fourth row to the outside, and the other section passes through the through-hole on the inside of the right-side drum-shaped striking body 11 in the fourth row to the outside. A section of soft rope on the outside of the left-side drum-shaped striking body 11 in the third row... A section of soft rope from the outside of the fourth row left-side drum-shaped striking body 11 passes through its through hole to the inside. A section of soft rope from the outside of the third row right-side drum-shaped striking body 11 passes through its through hole to the inside. The two sections of soft rope from the inside of the fourth row left-side drum-shaped striking body 11 and the fourth row right-side drum-shaped striking body 11 pass through the cable tie tube 4 and, together with the section of soft rope from the outside of the fourth row left-side drum-shaped striking body 11 and the section of soft rope from the outside of the fourth row right-side drum-shaped striking body 11, pass through the cable tie tube 4 and the two adjacent through holes 30 on the handle 32 in sequence and are installed in the cavity inside the handle 3. Example

[0045] Figure 9 This is a schematic diagram of the overall structural composition of the second embodiment of this utility model. Figure 9 As shown, in the second embodiment of this utility model, for the striking structure part 1, each of the striking bodies is spherical; along the axial direction of the spherical striking body 13, a through hole is provided at the center of the axial direction of the spherical striking body 13.

[0046] When the number of the spherical-shaped hitting bodies 13 in the hitting structure part 1 is 7, the spherical-shaped hitting bodies 13 are arranged in 4 rows in the order of 1, 2, 2, 2 from the distal end of the handle 3 to the proximal end of the handle 3: the two soft ropes are both threaded through the through hole of the 1st spherical-shaped hitting body 13 in the 1st row, and the two soft ropes are both extended out of the 1st spherical-shaped hitting body 13 from both ends of the 1st spherical-shaped hitting body 13, for the two soft ropes extended out of the left end of the 1st spherical-shaped hitting body 13: one soft rope is threaded through the through hole of the 2nd left spherical-shaped hitting body 13 from the outside to the inside of the 2nd left spherical-shaped hitting body 13, and the other soft rope is threaded through the through hole of the 2nd left spherical-shaped hitting body 13 from the inside to the outside of the 2nd left spherical-shaped hitting body 13; for the two soft ropes extended out of the right end of the 1st spherical-shaped hitting body 13: one soft rope is threaded through the through hole of the 2nd right spherical-shaped hitting body 13 from the outside to the inside of the 2nd right spherical-shaped hitting body 13, and the other soft rope is threaded through the through hole of the 2nd right spherical-shaped hitting body 13 from the inside to the outside of the 2nd right spherical-shaped hitting body 13; after the two soft ropes threaded through the 2nd left spherical-shaped hitting body 13 from the inside to the outside and the 2nd right spherical-shaped hitting body 13 from the inside to the outside, one soft rope is threaded through the through hole of the 3rd left spherical-shaped hitting body 13 from the inside to the outside of the 3rd left spherical-shaped hitting body 13, and the other soft rope is threaded through the through hole of the 3rd right spherical-shaped hitting body 13 from the inside to the outside of the 3rd right spherical-shaped hitting body 13; one soft rope threaded through the 2nd left spherical-shaped hitting body 13 from the outside to the inside is threaded through the through hole of the 3rd left spherical-shaped hitting body 13 from the outside to the inside, and one soft rope threaded through the 2nd right spherical-shaped hitting body 13 from the outside to the inside is threaded through the through hole of the 3rd right spherical-shaped hitting body 13 from the outside to the inside; after the two soft ropes threaded through the 3rd left spherical-shaped hitting body 13 from the inside to the outside and the 3rd right spherical-shaped hitting body 13 from the inside to the outside, one soft rope is threaded through the through hole of the 4th left spherical-shaped hitting body 13 from the inside to the outside of the 4th left spherical-shaped hitting body 13, and the other soft rope is threaded through the through hole of the 4th right spherical-shaped hitting body 13 from the inside to the outside of the 4th right spherical-shaped hitting body 13; one soft rope threaded through the 3rd left spherical-shaped hitting body 13 from the outside to the inside is threaded through the through hole of the 4th left spherical-shaped hitting body 13 from the outside to the inside, and one soft rope threaded through the 3rd right spherical-shaped hitting body 13 from the outside to the inside is threaded through the through hole of the 4th right spherical-shaped hitting body 13 from the outside to the inside; after the two soft ropes threaded through the 4th left spherical-shaped hitting body 13 from the inside to the outside and the 4th right spherical-shaped hitting body 13 from the inside to the outside, one soft rope is threaded through the through hole of the 4th left spherical-shaped hitting body 13 from the inside to the outside of the 4th left spherical-shaped hitting body 13, and the other soft rope is threaded through the through hole of the 4th right spherical-shaped hitting body 13 from the inside to the outside of the 4th right spherical-shaped hitting body 13; after the two soft ropes threaded through the 4th left spherical-shaped hitting body 13 from the inside to the outside and the 4th right spherical-shaped hitting body 13 from the inside to the outside, the two soft ropes are combined with one soft rope threaded through the 4th left spherical-shaped hitting body 13 from the outside to the inside and one soft rope threaded through the 4th right spherical-shaped hitting body 13 from the outside to the inside in turn, and then the two soft ropes are threaded through the 2 adjacent through holes 30 on the handle 3 and installed in the cavity in the handle 3. Embodiment

[0047] Figure 10 It is a schematic diagram of the overall structure of the third embodiment of the utility model. Figure 11 It is an axonometric view of the ellipsoidal hitting body with milk nails in the third embodiment of the utility model. Figure 12 It is a top view of the ellipsoidal hitting body with milk nails in the third embodiment of the utility model.Figure 10 、 Figure 11 、 Figure 12 As shown in FIG. 3, the third embodiment of the utility model, for the beat structure part 1, each of the beat body is ellipsoidal; along the ellipsoidal beat body 12 axial, the axial center of the ellipsoidal beat body 12 is provided with a through hole; the ellipsoidal beat body 12 surface is arranged with more than 3 milk nails 10;

[0048] When the ellipsoidal beat body 12 in the beat structure part 1 is 7, from the distal end of handle 3 to the proximal end of handle 3, the ellipsoidal beat body 12 is arranged as 4 rows in the order of 1, 2, 2, 2: 2 soft ropes are both passed through the through hole of the ellipsoidal beat body 12 in the first row, and the two ends of the ellipsoidal beat body 12 extend out of 2 soft ropes, for the two soft ropes outside the left end of the ellipsoidal beat body 12: one soft rope is passed through the through hole of the left ellipsoidal beat body 12 in the second row from outside to inside, and the other soft rope is passed through the through hole of the left ellipsoidal beat body 12 in the second row from inside to outside; for the two soft ropes outside the right end of the ellipsoidal beat body 12: one soft rope is passed through the through hole of the right ellipsoidal beat body 12 in the second row from outside to inside, and the other soft rope is passed through the through hole of the right ellipsoidal beat body 12 in the second row from inside to outside; after the two soft ropes inside the left ellipsoidal beat body 12 in the second row and the right ellipsoidal beat body 12 in the second row are passed through the cable tube 4, one soft rope is passed through the through hole of the left ellipsoidal beat body 12 in the third row from inside to outside, and the other soft rope is passed through the through hole of the right ellipsoidal beat body 12 in the third row from inside to outside; one soft rope outside the left ellipsoidal beat body 12 in the second row is passed through the through hole of the left ellipsoidal beat body 12 in the third row from outside to inside, and one soft rope outside the right ellipsoidal beat body 12 in the second row is passed through the through hole of the right ellipsoidal beat body 12 in the third row from outside to inside; after the two soft ropes inside the left ellipsoidal beat body 12 in the third row and the right ellipsoidal beat body 12 in the third row are passed through the cable tube 4, one soft rope is passed through the through hole of the left ellipsoidal beat body 12 in the fourth row from inside to outside, and the other soft rope is passed through the through hole of the right ellipsoidal beat body 12 in the fourth row from inside to outside; one soft rope outside the left ellipsoidal beat body 12 in the third row is passed through the through hole of the left ellipsoidal beat body 12 in the fourth row from outside to inside, and one soft rope outside the right ellipsoidal beat body 12 in the third row is passed through the through hole of the right ellipsoidal beat body 12 in the fourth row from outside to inside; after the two soft ropes inside the left ellipsoidal beat body 12 in the fourth row and the right ellipsoidal beat body 12 in the fourth row are passed through the cable tube 4, one soft rope outside the left ellipsoidal beat body 12 in the fourth row, one soft rope outside the right ellipsoidal beat body 12 in the fourth row, are combined in pairs in turn, and are installed in the cavity in the handle 3 through the cable tube 4 and the two adjacent through holes 30 on the handle body 32. Embodiment

[0049] Figure 13 The fourth embodiment of the utility model is a schematic view of the overall structure. Figure 14 The fourth embodiment of the utility model is a side view of the barrel bead. Figure 15 The fourth embodiment of the utility model is an axonometric view of the barrel bead. As shown in Figure 13 、 Figure 14 、 Figure 15 In the fourth embodiment of the utility model, the beating structure part 1 comprises two small spherical bodies 15 and 12 barrel beads 14 as beating bodies; each small spherical body 15 is provided with a through hole at the center axis, and each barrel bead 14 is also provided with a through hole at the center axis;

[0050] From the distal end of the handle 3 to the proximal end of the handle 3, the two small spheres 15 and the twelve barrel beads 14 are arranged in four rows in the order of two small spheres 15, four barrel beads 14, four barrel beads 14, and four barrel beads 14: both of the two soft ropes are sequentially threaded through the through holes of the two small spheres 15 in the first row, and two soft ropes are extended out of the left small sphere 15, and two soft ropes are also extended out of the right small sphere 15; for the two soft ropes extended out of the left small sphere 15: one soft rope is sequentially threaded through the through holes of the two barrel beads 14 on the left side of the second row from outside to inside, and the other soft rope is sequentially threaded through the through holes of the two barrel beads 14 on the left side of the second row from inside to outside; for the two soft ropes also extended out of the right small sphere 15: one soft rope is sequentially threaded through the through holes of the two barrel beads 14 on the right side of the second row from outside to inside, and the other soft rope is sequentially threaded through the through holes of the two barrel beads 14 on the right side of the second row from inside to outside; after the two soft ropes on the inside of the two barrel beads 14 on the left side of the second row and the two soft ropes on the inside of the two barrel beads 14 on the right side of the second row pass through the cable tube 4, one soft rope is sequentially threaded through the two barrel beads 14 on the left side of the third row from inside to outside, and the other soft rope is sequentially threaded through the two barrel beads 14 on the right side of the third row from inside to outside; the two barrel beads 14 on the left side of the second row are sequentially threaded through the two barrel beads 14 on the left side of the third row from outside to inside, and the two barrel beads 14 on the right side of the second row are sequentially threaded through the two barrel beads 14 on the right side of the third row from outside to inside; after the two soft ropes on the inside of the two barrel beads 14 on the left side of the third row and the two soft ropes on the inside of the two barrel beads 14 on the right side of the third row pass through the cable tube 4, one soft rope is sequentially threaded through the two barrel beads 14 on the left side of the fourth row from inside to outside, and the other soft rope is sequentially threaded through the two barrel beads 14 on the right side of the fourth row from inside to outside; one soft rope on the outside of the two barrel beads 14 on the left side of the third row is sequentially threaded through the two barrel beads 14 on the left side of the fourth row from outside to inside, and one soft rope on the outside of the two barrel beads 14 on the right side of the third row is sequentially threaded through the two barrel beads 14 on the right side of the fourth row from outside to inside; after the two soft ropes on the inside of the two barrel beads 14 on the left side of the fourth row and the two soft ropes on the inside of the two barrel beads 14 on the right side of the fourth row pass through the cable tube 4, one soft rope on the outside of the two barrel beads 14 on the left side of the fourth row and one soft rope on the outside of the two barrel beads 14 on the right side of the fourth row are combined in pairs, and then sequentially pass through the cable tube 4 and the two adjacent through holes 30 on the handle body 32 to be arranged in the cavity in the handle 3.

[0051] Figure 16 The axial view of the cable tube. Figure 17 The side view of the cable tube. As shown in Figure 16 , Figure 17 The outer surface of the cable tube 4 is wavy.

[0052] In practical application, the length of the cable tube 4 can be cut according to needs. The soft rope segments between the beating bodies in the beating structure part 1 can be sleeved with cable tubes according to needs to enhance the network support degree of the beating structure part 1.

[0053] In practical application, the number of the beating bodies in the beating structure part 1 and the number of rows after the beating bodies are woven into a network can be determined according to actual needs. In addition, the material of the beating bodies can be plastic, rubber, wooden material, etc. In practical application, the material of the beating bodies can be selected according to seasons, thickness of clothes, etc.

[0054] To sum up, the above is only a preferred embodiment of the present application, and is not used to limit the protection scope of the present application. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present application shall be included in the protection scope of the present application.

Claims

1. A tapping massager, characterized in that, The massager includes: a striking structure part (1), a handle (3), and a connecting part (2); wherein, the striking structure part (1) includes more than 7 striking bodies, the connecting part (2) consists of 2 soft ropes, and the handle (3) has a hollow structure inside; The striking structure part (1) is a mesh structure woven from 7 or more striking bodies by 2 soft ropes of the connecting part (2), and the soft ropes between the striking bodies are looped in the wire harness tube (4). The four ends of the two soft ropes extending from the above mesh structure are installed in the cavity of the handle (3); The four soft rope segments between the striking structure (1) and the handle (3) are also encased in the cable tie tube (4), and the four soft rope segments also form a mesh structure through the cable tie tube (4).

2. The tapping massager according to claim 1, characterized in that, The handle (3) includes: a handle cover (31) and a handle body (32); wherein the handle cover (31) and the handle body (32) are connected by threads; The handle cap (31) is hemispherical with a hollow internal structure, and the inner side of the handle cap (31) port is provided with internal threads; The handle (32) is flared in shape and has a hollow structure inside. The wide end of the handle (32) is provided with an external thread (33), the narrow end of the handle (32) is closed, and two adjacent through holes (30) are provided on the closed center part, and the two adjacent through holes (30) are connected to each other. The internal thread at the port of the handle cover (31) corresponds to the external thread (33) of the handle body (32); after the handle cover (31) and the handle body (32) are connected by threads, the cavity of the handle cover (31) and the cavity of the handle body (32) together constitute the cavity of the handle (3).

3. The tapping massager according to claim 2, characterized in that, For the striking structure part (1), each striking body is generally drum-shaped; along the axial direction of the drum-shaped striking body (11), a through hole is provided at the center of the axial direction of the drum-shaped striking body (11). When there are 7 drum-shaped striking bodies (11) in the striking structure part (1), the 7 drum-shaped striking bodies (11) are arranged in 4 rows in the order of 1, 2, 2, 2 from the far end of the handle (3) to the near end of the handle (3): the two soft ropes pass through the through hole of one drum-shaped striking body (11) in the first row. Two soft ropes extend from the outer sides of both ends of the drum-shaped striking body (11). For the two soft ropes on the outer side of the left end of the drum-shaped striking body (11): one soft rope passes through the through hole from the outside of the left drum-shaped striking body (11) in the second row to the inside, and the other soft rope passes through the through hole from the inside of the left drum-shaped striking body (11) in the second row. The hole leads to the outside; for the two soft ropes on the outside of the right end of the round drum-shaped striking body (11): one soft rope passes through the through hole from the outside of the second row right round drum-shaped striking body (11) to the inside, and the other soft rope passes through the through hole from the inside of the second row right round drum-shaped striking body (11) to the outside; after the two soft ropes on the inside of the second row left round drum-shaped striking body (11) and the second row right round drum-shaped striking body (11) pass through the wire harness (4), one soft rope passes through the through hole from the inside of the third row left round drum-shaped striking body (11) to the outside, and the other soft rope passes through the through hole from the inside of the third row right round drum-shaped striking body (11) to the outside; the second row left round drum-shaped striking body (11) outside One end of a soft rope passes through the outside of the third row left-side drum-shaped striking body (11) to the inside. One end of a soft rope on the outside of the second row right-side drum-shaped striking body (11) passes through the through hole to the inside from the outside of the third row right-side drum-shaped striking body (11). After the two soft ropes on the inside of the third row left-side drum-shaped striking body (11) and the third row right-side drum-shaped striking body (11) pass through the cable tie tube (4), one soft rope passes through the through hole to the outside from the inside of the fourth row left-side drum-shaped striking body (11), and the other soft rope passes through the through hole to the outside from the inside of the fourth row right-side drum-shaped striking body (11). One end of a soft rope on the outside of the third row left-side drum-shaped striking body (11) passes through the through hole to the outside. The outer side of the left-side round drum-shaped striking body (11) of the fourth row passes through its through hole to the inner side. A section of soft rope on the outer side of the right-side round drum-shaped striking body (11) of the third row passes through its through hole to the inner side of the right-side round drum-shaped striking body (11) of the fourth row. The two sections of soft rope on the inner side of the left-side round drum-shaped striking body (11) of the fourth row and the inner side of the right-side round drum-shaped striking body (11) of the fourth row pass through the cable tie tube (4). They are then combined with the section of soft rope on the outer side of the left-side round drum-shaped striking body (11) of the fourth row and the section of soft rope on the outer side of the right-side round drum-shaped striking body (11) of the fourth row, and then passed through the cable tie tube (4) and the two adjacent through holes (30) on the handle (32) in sequence and installed in the cavity inside the handle (3).

4. The tapping massager according to claim 2, characterized in that, For the striking structure part (1), each striking body is spherical; along the axial direction of the spherical striking body (13), a through hole is provided at the center of the axial direction of the spherical striking body (13); When there are 7 spherical striking bodies (13) in the striking structure part (1), the spherical striking bodies (13) are arranged in 4 rows in the order of 1, 2, 2, 2 from the far end of the handle (3) to the near end of the handle (3): the two soft ropes pass through the through hole of one spherical striking body (13) in the first row. Two soft ropes extend from the outer sides of both ends of the spherical striking body (13). For the two soft ropes on the outer side of the left end of the spherical striking body (13): one soft rope passes through the through hole from the outside of the left spherical striking body (13) in the second row to the inside, and the other soft rope passes through the through hole from the inside of the left spherical striking body (13) in the second row to the inside. Outside; for the two soft ropes on the outside of the right end of the spherical hitting body (13): one soft rope passes through the through hole from the outside of the second row right spherical hitting body (13) to the inside, and the other soft rope passes through the through hole from the inside of the second row right spherical hitting body (13) to the outside; after the two soft ropes on the inside of the second row left spherical hitting body (13) and the second row right spherical hitting body (13) pass through the cable tie tube (4), one soft rope passes through the through hole from the inside of the third row left spherical hitting body (13) to the outside, and the other soft rope passes through the through hole from the inside of the third row right spherical hitting body (13) to the outside; outside of the second row left spherical hitting body (13) One end of a soft rope passes through the outside of the left-side spherical hitting body (13) of the third row to the inside. One end of a soft rope on the outside of the right-side spherical hitting body (13) of the second row passes through the through hole of the right-side spherical hitting body (13) of the third row to the inside. After the two ends of soft rope on the inside of the left-side spherical hitting body (13) of the third row and the right-side spherical hitting body (13) of the third row pass through the cable tie tube (4), one end of a soft rope passes through the through hole of the left-side spherical hitting body (13) of the fourth row to the outside, and the other end of a soft rope passes through the through hole of the right-side spherical hitting body (13) of the fourth row to the outside. One end of a soft rope on the outside of the left-side spherical hitting body (13) of the third row passes through the through hole of the right-side spherical hitting body (13) of the fourth row to the outside. The outer side of the left spherical striking body (13) passes through its through hole to the inner side. A section of soft rope on the outer side of the right spherical striking body (13) of the third row passes through its through hole to the inner side of the right spherical striking body (13) of the fourth row. The two sections of soft rope on the inner side of the left spherical striking body (13) of the fourth row and the inner side of the right spherical striking body (13) of the fourth row pass through the cable tie tube (4). They are then combined with the section of soft rope on the outer side of the left spherical striking body (13) of the fourth row and the section of soft rope on the outer side of the right spherical striking body (13) of the fourth row, and then passed through the cable tie tube (4) and the two adjacent through holes (30) on the handle (32) in sequence and installed in the cavity inside the handle (3).

5. The tapping massager according to claim 2, characterized in that, For the striking structure part (1), each striking body is ellipsoidal; along the axis of the ellipsoidal striking body (12), a through hole is provided at the center of the axis of the ellipsoidal striking body (12); more than three nipple studs (10) are arranged on the surface of the ellipsoidal striking body (12). When there are 7 ellipsoidal striking bodies (12) in the striking structure part (1), the ellipsoidal striking bodies (12) are arranged in 4 rows in the order of 1, 2, 2, 2 from the far end of the handle (3) to the near end of the handle (3): the two soft ropes pass through the through hole of one ellipsoidal striking body (12) in the first row. Two soft ropes extend from the outer sides of both ends of the ellipsoidal striking body (12). For the two soft ropes on the outer side of the left end of the ellipsoidal striking body (12): one soft rope passes through the through hole from the outside of the left ellipsoidal striking body (12) in the second row to the inside, and the other soft rope passes through the through hole from the inside of the left ellipsoidal striking body (12) in the second row to the inside. Outside; for the two soft ropes on the outside of the right end of the ellipsoidal striking body (12): one soft rope passes through the through hole from the outside of the second row right ellipsoidal striking body (12) to the inside, and the other soft rope passes through the through hole from the inside of the second row right ellipsoidal striking body (12) to the outside; after the two soft ropes on the inside of the second row left ellipsoidal striking body (12) and the second row right ellipsoidal striking body (12) pass through the cable tie tube (4), one soft rope passes through the through hole from the inside of the third row left ellipsoidal striking body (12) to the outside, and the other soft rope passes through the through hole from the inside of the third row right ellipsoidal striking body (12) to the outside; outside of the second row left ellipsoidal striking body (12) One end of a soft rope passes through the outside of the left ellipsoidal striking body (12) of the third row to the inside. One end of a soft rope on the outside of the right ellipsoidal striking body (12) of the second row passes through the through hole of the right ellipsoidal striking body (12) of the third row to the inside. After the two ends of soft rope on the inside of the left ellipsoidal striking body (12) of the third row and the right ellipsoidal striking body (12) of the third row pass through the cable tie tube (4), one end of a soft rope passes through the through hole of the left ellipsoidal striking body (12) of the fourth row to the outside, and the other end of a soft rope passes through the through hole of the right ellipsoidal striking body (12) of the fourth row to the outside. One end of a soft rope on the outside of the left ellipsoidal striking body (12) of the third row passes through the through hole of the right ellipsoidal striking body (12) of the fourth row to the outside. The outer side of the left ellipsoidal striking body (12) of the third row passes through its through hole to the inner side. A section of soft rope on the outer side of the right ellipsoidal striking body (12) of the third row passes through its through hole to the inner side of the right ellipsoidal striking body (12) of the fourth row. The two sections of soft rope on the inner side of the left ellipsoidal striking body (12) of the fourth row and the inner side of the right ellipsoidal striking body (12) of the fourth row pass through the wire harness (4) and then, together with a section of soft rope on the outer side of the left ellipsoidal striking body (12) of the fourth row and a section of soft rope on the outer side of the right ellipsoidal striking body (12) of the fourth row, pass through the wire harness (4) and the two adjacent through holes (30) on the handle (32) in sequence and are installed in the cavity inside the handle (3).

6. The tapping massager according to claim 2, characterized in that, The striking structure (1) includes two small balls (15) and twelve flat barrel beads (14) as striking bodies; each small ball (15) has a through hole at its central axis, and each flat barrel bead (14) also has a through hole at its central axis; From the far end of the handle (3) to the near end of the handle (3), two small spheres (15) and twelve flat barrel beads (14) are arranged in four rows in the order of two small spheres (15), four flat barrel beads (14), four flat barrel beads (14), and four flat barrel beads (14). The two soft ropes pass through the through holes of the two small spheres (15) in the first row in sequence. Two soft ropes extend from the outside of the left small sphere (15), and two soft ropes also extend from the outside of the right small sphere (15). For the two soft ropes extending from the outside of the left small sphere (15): one soft rope passes through the through holes of the two flat barrel beads (14) on the left side of the second row in sequence from the outside to the inside. The other end of the soft rope passes through the through holes of the two flat barrel beads (14) on the left side of the second row from the inside out; for the outer side of the small ball (15) on the right, two soft ropes also extend: one soft rope passes through the through holes of the two flat barrel beads (14) on the right side of the second row from the outside in, and the other soft rope passes through the through holes of the two flat barrel beads (14) on the right side of the second row from the inside out; after the two soft ropes on the inside of the two flat barrel beads (14) on the left side of the second row and the two flat barrel beads (14) on the left side of the second row pass through the wire harness (4), one soft rope passes through the two flat barrel beads (14) on the left side of the third row from the inside out, and the other soft rope passes through the three... The two flat barrel beads (14) on the right side of the first row; the two flat barrel beads (14) on the left side of the second row pass through the two flat barrel beads (14) on the left side of the third row from the outside to the inside, and the two flat barrel beads (14) on the right side of the second row pass through the two flat barrel beads (14) on the right side of the third row from the outside to the inside; after the two sections of soft rope on the inside of the two flat barrel beads (14) on the left side of the third row and the two flat barrel beads (14) on the right side of the third row pass through the cable tie (4), one section of soft rope passes through the two flat barrel beads (14) on the left side of the fourth row from the inside to the outside, and the other section of soft rope passes through the two flat barrel beads (14) on the right side of the fourth row from the inside to the outside; the section of soft rope on the outside of the two flat barrel beads (14) on the left side of the third row passes through the cable tie (4). The soft rope passes through the two flat barrel beads (14) on the left side of the fourth row in sequence from the outside to the inside. The soft rope outside the two flat barrel beads (14) on the right side of the third row passes through the two flat barrel beads (14) on the right side of the fourth row in sequence from the outside to the inside. The two soft ropes inside the two flat barrel beads (14) on the left side of the fourth row and the two flat barrel beads (14) on the right side of the fourth row pass through the wire harness (4) and then, together with the soft rope outside the two flat barrel beads (14) on the left side of the fourth row and the soft rope outside the two flat barrel beads (14) on the right side of the fourth row, pass through the wire harness (4) and the two adjacent through holes (30) on the handle (32) and are installed in the cavity inside the handle (3).

7. The tapping massager according to any one of claims 1 to 6, characterized in that, The outer surface of the wire harness (4) is wavy.

Images