阅读说明：本技术 一种聚能波按摩仪 (Energy-gathering wave massager ) 是由 陈文韬 孙鹏 朱恒宇 谢羽添 戴媛媛 于 2021-08-19 设计创作，主要内容包括：本发明公开了一种聚能波按摩仪,包括控制器、高压电源、能量储存器、触发组件、水循环组件和按摩头,所述高压电源与能量储存器通过电性连接,能量储存器与触发组件通过电性连接；该发明安全、可靠,使用的按摩头具有多样性、可以是凹形、平面形、碗形或环形,可以独立成单一产品,也可以随意组合成多功能产品,方便对身体不同的部位深度按摩,便于使用；与现有的按摩仪结构不同,本发明整体结构紧凑、超小型化,便携性高,便于使用；与其它冲击波按摩仪不同,本发明不但具有表面按摩、还可以深部按摩；除治疗一般疼痛疾病单一功能,还同时可以用于男性性功能勃起障碍改善、乳房美容按摩、足底按摩等多种效能。(The invention discloses an energy-gathered wave massager, which comprises a controller, a high-voltage power supply, an energy storage, a trigger assembly, a water circulation assembly and a massage head, wherein the high-voltage power supply is electrically connected with the energy storage; the invention is safe and reliable, the massage heads used have diversity, can be concave, plane, bowl or annular, can be independent into a single product, can also be combined into a multifunctional product at will, facilitate the deep massage of different parts of the body, and is convenient to use; different from the structure of the existing massage instrument, the invention has compact integral structure, microminiaturization, high portability and convenient use; different from other shock wave massage instruments, the invention not only has surface massage, but also can massage in depth; besides the single function of treating general pain diseases, the medicine can also be used for improving male sexual erectile dysfunction, breast beautifying massage, foot massage and other effects.)

1. The utility model provides an gather ability ripples massage appearance, includes controller (1), high voltage power supply (2), energy storage (3), trigger component (4), water circulation subassembly (5) and massage head (6), its characterized in that: high voltage power supply (2) and energy storage ware (3) are through electric connection, energy storage ware (3) and trigger subassembly (4) are through electric connection, trigger subassembly (4) and massage head (6) are through electric connection, trigger subassembly (4) including energy storage ball (41), discharge ball (42), trigger needle (43) and first coil (44), one side electric connection of high voltage power supply (2) has trigger needle (43), one side electric connection of energy storage ware (3) has energy storage ball (41), one side of energy storage ball (41) is provided with discharge ball (42), one side electric connection of discharge ball (42) has first coil (44), and pass through electric connection between first coil (44) and high voltage power supply (2), water circulation subassembly (5) include water tank (51), first water pipe (52), second water pipe (53), first miniature water pump (54), A second micro water pump (55), a first electromagnetic valve (56), a second electromagnetic valve (57), a radiator (58), a first micro water valve (59), a second micro water valve (510), a third micro water valve (511), a fourth micro water valve (512), a third water pipe (513) and a fourth water pipe (514), wherein the first electromagnetic valve (56) is arranged on one side of the water tank (51), the first water pipe (52) is spliced on the water tank (51), one end of the first water pipe (52) is fixedly connected with the water inlet end of the massage head (6), the first micro water pump (54) is arranged on the first water pipe (52), the first micro water valve (59) is arranged on the first water pipe (52) between the first micro water pump (54) and the massage head (6), the second water pipe (53) is arranged on the water tank (51), one end of the second water pipe (53) is fixedly connected with the water discharge end of the massage head (6), a radiator (58), a second miniature water valve (510), a second electromagnetic valve (57) and a second miniature water pump (55) are sequentially arranged on a pipeline between the second water pipe (53) and the massage head (6), the massage head (6) comprises a bowl-shaped energy-gathered wave source head (61), an annular energy-gathered wave source head (62), a concave energy-gathered wave source head (63) and a planar energy-gathered wave source head (64), the bowl-shaped energy-gathered wave source head (61) comprises a first water bag (611), a first sealing ring (612), an outer cover (613), a bottom plate (614), a first binding post (615), a fifth water pipe (616), a junction box (617) and an electromagnetic bowl (618), the bottom end of the outer cover (613) is connected with the junction box (617) through bolts, a bottom plate (614) is arranged in the outer cover (613), first binding posts (615) are symmetrically arranged on the bottom plate (614), the fifth water pipe (616) is symmetrically arranged on the bottom plate (614), an electromagnetic bowl (618) is arranged in an outer cover (613), the first binding post (615) is electrically connected with the electromagnetic bowl (618), a first water bag (611) is arranged on the outer cover (613), a first sealing ring (612) is arranged at a position between the first water bag (611) and the electromagnetic bowl (618), an annular energy-gathered wave source head (62) comprises an annular shell (621), a hoop fastening ring (622), a second sealing ring (623), a silica gel sleeve (624), a sixth water pipe (625), a lead (626), an electromagnetic ring (627) and a wiring package (628), the hoop fastening ring (622) and the second sealing ring (623) are symmetrically arranged on the annular shell (621), the silica gel sleeve (624) is arranged on the inner side of the annular shell (621), the sixth water pipe (625) is arranged on the silica gel sleeve (624), an electric ring (627) is arranged on the inner wall of the annular shell (621), and a concave energy-gathered wave source head (63) comprises a second water bag (631), A gland (632), a disk seat (633), a seventh water pipe (634), a handle (635), a first disk (636), a fourth coil (637), a fourth insulating film (638), a second metal film (639), a silicon rubber mold (6310) and a second binding post (6311), wherein the disk seat (633) is connected to the handle (635) through bolts, the gland (632) is arranged on the disk seat (633), a second water sac (631) is arranged between the gland (632) and the disk seat (633), the seventh water pipe (634) is symmetrically arranged on the disk seat (633), the first disk (636) is arranged on the disk seat (633), the fourth coil (637) is arranged on one side of the first disk (636), the fourth insulating film (638) is arranged on one side of the fourth coil (637), the second metal film (639) is arranged on one side of the fourth insulating film (638), and the silicon rubber mold (6310) is arranged on one side of the second metal film (639), the plane-shaped energy-gathered wave source head (64) comprises a third water bag (641), a disk shell (642), a foot support (643), a pulley (644), a sliding rail (645), a chassis (646), a pressing ring (647), a third wiring terminal (648), a second disk (649), an eighth water pipe (6410), a fifth coil (6411), a fifth insulating film (6412), a third metal film (6413) and a rubber mold (6414), wherein the sliding rail (645) is arranged on the chassis (646), the foot support (643) is arranged on the sliding rail (645), the pulley (644) is arranged on the foot support (643), the pulley (644) is connected onto the sliding rail (645) in a sliding manner, the disk shell (642) is arranged on the chassis (646), the third water bag (641) is arranged on the disk shell (642), an eighth water pipe (6410) is inserted into the disk shell (642), and the pressing ring (647) is sleeved on the eighth water pipe (6410).

2. The energy-gathered wave massage apparatus according to claim 1, wherein: the controller (1) is respectively electrically connected with the high-voltage power supply (2), the energy storage (3), the trigger component (4) and the water circulation component (5).

3. The energy-gathered wave massage apparatus according to claim 1, wherein: a third water pipe (513) is arranged on a pipeline between the second miniature water pump (55) and the massage head (6), a third miniature water valve (511) is arranged on the third water pipe (513), a fourth water pipe (514) is arranged on a pipeline between the first miniature water valve (59) and the massage head (6), and a fourth miniature water valve (512) is arranged on the fourth water pipe (514).

4. The energy-gathered wave massage apparatus according to claim 1, wherein: the electromagnetic bowl (618) comprises a first insulating film (6181), a second coil (6182), a second insulating film (6183) and a first metal film (6184), the first insulating film (6181) is arranged on the outer cover (613), the second coil (6182) is arranged on one side of the first insulating film (6181), the second insulating film (6183) is arranged on one side of the second coil (6182), and the first metal film (6184) is arranged on one side of the second insulating film (6183).

5. The energy-gathered wave massage apparatus according to claim 1, wherein: the electromagnetic ring (627) comprises a metal ring (6271), a third coil (6272) and a third insulating film (6273), the metal ring (6271) is arranged on the inner wall of the annular shell (621), the third coil (6272) is arranged on one side of the metal ring (6271), the third insulating film (6273) is arranged on two sides of the third coil (6272), a wiring package (628) is arranged on the outer wall of the annular shell (621), a lead (626) is inserted into the wiring package (628), and the lead (626) is connected with the third coil (6272).

6. The energy-gathered wave massage apparatus according to claim 1, wherein: second terminals (6311) are symmetrically arranged on the first magnetic disc (636), and the second terminals (6311) are electrically connected with the fourth coil (637).

7. The energy-gathered wave massage apparatus according to claim 1, wherein: the disc drive comprises a disc shell (642) and is characterized in that a second disc (649) is arranged on the disc shell, a fifth coil (6411) is arranged on one side of the second disc (649), a fifth insulating film (6412) is arranged on one side of the fifth coil (6411), a third metal film (6413) is arranged on one side of the fifth insulating film (6412), a rubber mold (6414) is arranged on one side of the third metal film (6413), third wiring posts (648) are symmetrically arranged on the second disc (649), and the third wiring posts (648) are electrically connected with the fifth coil (6411).

Technical Field

The invention relates to the technical field of electronic instruments and household appliances, in particular to an energy-gathered wave massager.

Background

The energy-gathered wave is a pressure pulse which can enter the human tissue through the skin, the generation of the energy-gathered wave is generated by compressing water molecules to move at a high speed through a metal film in water due to the pulse electromagnetic effect, after the pressure wave enters the human tissue, the physical characteristics such as stress effect, cavitation effect, piezoelectric effect and the like can cause the change of the functions of human tissue cells, and the micro and low-energy shock waves can cause the change of biological mechanisms such as a human tissue microcirculation system, a pain nervous system and the like, promote the improvement of the microcirculation system, induce the nerve regeneration, promote the blood vessel expansion and regeneration, repair damaged tissue cells, relieve pain, close nerve endings and release soft tissue adhesion, thereby achieving the effect of improving the human biological functions; however, the existing massage is a manual method or massages the skin of a human body through mechanical vibration to achieve the purposes of improving blood microcirculation and improving the biological function of the human body, the massage is only limited to the skin and cannot penetrate into a specific position of the human body as required, and the massage effect is poor; most of the existing mechanical massage instruments have single function and are inconvenient to massage different parts of the body; therefore, the invention provides a massage device with energy-gathering waves at the present stage.

Disclosure of Invention

The invention aims to provide an energy-gathered wave massager to solve the problems of poor massage effect, single function and inconvenience in deep massage on different parts of a body in the background technology.

In order to achieve the purpose, the invention provides the following technical scheme: the energy-gathered wave massager comprises a controller, a high-voltage power supply, an energy storage, a trigger assembly, a water circulation assembly and a massage head, wherein the high-voltage power supply is electrically connected with the energy storage, the energy storage is electrically connected with the trigger assembly, the trigger assembly is electrically connected with the massage head and comprises an energy storage ball, a discharge ball, a trigger needle and a first coil, one side of the high-voltage power supply is electrically connected with the trigger needle, one side of the energy storage is electrically connected with the energy storage ball, one side of the energy storage ball is provided with the discharge ball, one side of the discharge ball is electrically connected with the first coil, the first coil is electrically connected with the high-voltage power supply, the water circulation assembly comprises a water tank, a first water pipe, a second water pipe, a first miniature water pump, a second miniature water pump, a first electromagnetic valve, a second electromagnetic valve, a radiator, a first miniature water valve, a second miniature water valve, A first electromagnetic valve is arranged on one side of the water tank, a first water pipe is spliced on the water tank, one end of the first water pipe is fixedly connected with the water inlet end of the massage head, a first miniature water pump is arranged on the first water pipe, a first miniature water valve is arranged on the first water pipe between the first miniature water pump and the massage head, a second water pipe is arranged on the water tank, one end of the second water pipe is fixedly connected with the water outlet end of the massage head, a radiator, a second miniature water valve, a second electromagnetic valve and a second miniature water pump are sequentially arranged on a pipeline between the second water pipe and the massage head, the massage head comprises a bowl-shaped energy-gathered wave source head, an annular energy-gathered wave source, a concave energy-gathered wave source and a plane-shaped energy-gathered wave source, the bowl-shaped energy-gathered wave source comprises a first water bag, a first sealing ring, an outer cover, a bottom plate, a first binding post, a second micro water valve, a third micro water valve, a fourth water valve, a third water valve, a fourth water valve, a third micro water valve, a fourth micro water valve, a fourth micro water pipe, a fourth micro water valve, a fourth micro water pipe, a, The bottom end of the outer cover is connected with the junction box through a bolt, a bottom plate is arranged in the outer cover, first binding posts are symmetrically arranged on the bottom plate, fifth water pipes are symmetrically arranged on the bottom plate, the electromagnetic bowl is arranged in the outer cover, the first binding posts and the electromagnetic bowl are electrically connected, a first water bag is arranged on the outer cover, a first sealing ring is arranged at a position between the first water bag and the electromagnetic bowl, the annular energy-gathered wave source head comprises an annular shell, a tightening ring, a second sealing ring, a silica gel sleeve, a sixth water pipe, a lead, an electromagnetic ring and a wiring bag, the tightening ring and the second sealing ring are symmetrically arranged on the annular shell respectively, the silica gel sleeve is arranged on the inner side of the annular shell, the sixth water pipe is arranged on the silica gel sleeve, the concave electromagnetic ring is arranged on the inner wall of the annular shell, the energy-gathered wave source head comprises the second water bag, a gland, a magnetic disc seat, a seventh water pipe, The handle is connected with a magnetic disc seat through bolts, a gland is arranged on the magnetic disc seat, a second water sac is arranged between the gland and the magnetic disc seat, seventh water pipes are symmetrically arranged on the magnetic disc seat, a first magnetic disc is arranged on the magnetic disc seat, a fourth coil is arranged on one side of the first magnetic disc, a fourth insulating film is arranged on one side of the fourth coil, a second metal film is arranged on one side of the fourth insulating film, a silica gel mold is arranged on one side of the second metal film, the planar energy-gathering wave source comprises a third water sac, a magnetic disc shell, foot supports, pulleys, a sliding rail, a chassis, a pressure ring, a third wiring terminal, a second magnetic disc, an eighth water pipe, a fifth coil, a fifth insulating film, a third metal film and a rubber mold, the sliding rail is arranged on the chassis, the foot supports are arranged on the sliding rail, and the sliding rail is arranged on the foot supports, and the pulley sliding connection is on the slide rail, is provided with the disk shell on the chassis, is provided with the third water pocket on the disk shell, and the grafting has the eighth water pipe on the disk shell, has cup jointed the clamping ring on the eighth water pipe.

Preferably, the controller is respectively electrically connected with the high-voltage power supply, the energy storage, the trigger assembly and the water circulation assembly.

Preferably, a third water pipe is arranged on a pipeline between the second miniature water pump and the massage head, a third miniature water valve is arranged on the third water pipe, a fourth water pipe is arranged on a pipeline between the first miniature water valve and the massage head, and a fourth miniature water valve is arranged on the fourth water pipe.

Preferably, the electromagnetic bowl comprises a first insulating film, a second coil, a second insulating film and a first metal film, the first insulating film is arranged on the outer cover, the second coil is arranged on one side of the first insulating film, the second insulating film is arranged on one side of the second coil, and the first metal film is arranged on one side of the second insulating film.

Preferably, the electromagnetic ring comprises a metal ring, a third coil and a third insulating film, the metal ring is arranged on the inner wall of the annular shell, the third coil is arranged on one side of the metal ring, the third insulating film is arranged on two sides of the third coil, a wiring bag is arranged on the outer wall of the annular shell, a lead is inserted into the wiring bag, and the lead is connected with the third coil.

Preferably, the first magnetic disc is symmetrically provided with second terminals, and the second terminals are electrically connected with the fourth coil.

Preferably, a second magnetic disc is arranged on the magnetic disc shell, a fifth coil is arranged on one side of the second magnetic disc, a fifth insulating film is arranged on one side of the fifth coil, a third metal film is arranged on one side of the fifth insulating film, a rubber mold is arranged on one side of the third metal film, third binding posts are symmetrically arranged on the second magnetic disc, and the third binding posts are electrically connected with the fifth coil.

Compared with the prior art, the invention has the beneficial effects that: the invention is safe and reliable, the massage heads used have diversity, can be concave, plane, bowl or annular, can be independent into a single product, can also be combined into a multifunctional product at will, facilitate the deep massage of different parts of the body, and is convenient to use; different from the structure of the existing massage instrument, the invention has compact integral structure, microminiaturization, high portability and convenient use; different from other shock wave massage instruments, the invention not only has surface massage, but also can massage in depth; besides the single function of treating general pain diseases, the medicine can also be used for improving male sexual erectile dysfunction, breast beautifying massage, foot sole massage and other effects.

Drawings

FIG. 1 is an overall composition schematic of the present invention;

FIG. 2 is a schematic structural diagram of a trigger assembly according to the present invention;

FIG. 3 is a schematic view of the water circulation assembly of the present invention;

FIG. 4 is a schematic view of a front view sectional structure of the bowl-shaped energy-gathered wave source of the present invention;

FIG. 5 is an enlarged view of the structure of the area A in FIG. 4 according to the present invention;

FIG. 6 is a schematic view of a front view cut-away structure of the annular shaped wave source according to the present invention;

FIG. 7 is an enlarged view of the structure of the area B in FIG. 6 according to the present invention;

FIG. 8 is a schematic view of a front cut-away configuration of the concave shaped energy-concentrating wave source of the present invention;

FIG. 9 is an enlarged view of the structure of the area C in FIG. 8 according to the present invention;

FIG. 10 is a schematic view of a front cut-away configuration of a planar shaped energy concentrating wave source according to the present invention;

FIG. 11 is an enlarged view of the structure of the area D in FIG. 10 according to the present invention;

FIG. 12 is a schematic top view partially in section of a planar shaped cumulative wave source according to the present invention;

in the figure: 1. a controller; 2. a high voltage power supply; 3. an energy storage; 4. a trigger component; 5. a water circulation assembly; 6. a massage head; 41. an energy storage ball; 42. a discharge ball; 43. a trigger pin; 44. a first coil; 51. a water tank; 52. a first water pipe; 53. a second water pipe; 54. a first micro water pump; 55. a second micro water pump; 56. a first solenoid valve; 57. a second solenoid valve; 58. a heat sink; 59. a first micro water valve; 510. a second micro water valve; 511. a third micro water valve; 512. a fourth micro water valve; 513. a third water pipe; 514. a fourth water pipe; 61. a bowl-shaped energy-gathered wave source; 62. an annular energy-gathered wave source; 63. a concave shaped energy-gathered wave source; 64. a planar shaped energy-gathered wave source; 611. a first water bladder; 612. a first seal ring; 613. a housing; 614. a base plate; 615. a first terminal post; 616. a fifth water pipe; 617. a junction box; 618. an electromagnetic bowl; 6181. a first insulating film; 6182. a second coil; 6183. a second insulating film; 6184. a first metal film; 621. an annular housing; 622. tightening the hoop; 623. a second seal ring; 624. a silica gel sleeve; 625. a sixth water pipe; 626. a lead wire; 627. an electromagnetic ring; 628. connecting a coil; 6271. a metal ring; 6272. a third coil; 6273. a third insulating film; 631. a second water bladder; 632. a gland; 633. a disk base; 634. a seventh water pipe; 635. a handle; 636. a first magnetic disk; 637. a fourth coil; 638. a fourth insulating film; 639. a second metal film; 6310. performing silica gel molding; 6311. a second terminal; 641. a third water bag; 642. a disk enclosure; 643. a foot support; 644. a pulley; 645. a slide rail; 646. a chassis; 647. pressing a ring; 648. a third terminal; 649. a second magnetic disk; 6410. an eighth water pipe; 6411. a fifth coil; 6412. a fifth insulating film; 6413. a third metal film; 6414. and (3) a rubber mold.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1-12, an embodiment of the present invention is shown: an energy-gathered wave massager comprises a controller 1, a high-voltage power supply 2, an energy storage 3, a trigger assembly 4, a water circulation assembly 5 and a massage head 6, wherein the high-voltage power supply 2 is electrically connected with the energy storage 3, the energy storage 3 is electrically connected with the trigger assembly 4, the trigger assembly 4 is electrically connected with the massage head 6, the trigger assembly 4 comprises an energy storage ball 41, a discharge ball 42, a trigger needle 43 and a first coil 44, one side of the high-voltage power supply 2 is electrically connected with the trigger needle 43, one side of the energy storage 3 is electrically connected with the energy storage ball 41, one side of the energy storage ball 41 is provided with the discharge ball 42, one side of the discharge ball 42 is electrically connected with a first coil 44, the first coil 44 is electrically connected with the high-voltage power supply 2, the water circulation assembly 5 comprises a water tank 51, a first water pipe 52, a second water pipe 53, a first micro water pump 54 and a second micro water pump 55, A first electromagnetic valve 56, a second electromagnetic valve 57, a radiator 58, a first miniature water valve 59, a second miniature water valve 510, a third miniature water valve 511, a fourth miniature water valve 512, a third water pipe 513 and a fourth water pipe 514, wherein the first electromagnetic valve 56 is arranged on one side of the water tank 51, the first water pipe 52 is inserted on the water tank 51, one end of the first water pipe 52 is fixedly connected with the water inlet end of the massage head 6, a first miniature water pump 54 is arranged on the first water pipe 52, the first miniature water valve 59 is arranged on the first water pipe 52 between the first miniature water pump 54 and the massage head 6, the second water pipe 53 is arranged on the water tank 51, one end of the second water pipe 53 is fixedly connected with the water outlet end of the massage head 6, the radiator 58, the second miniature water valve 510, the second electromagnetic valve 57 and the second miniature water pump 55 are sequentially arranged on the pipeline between the second water pipe 53 and the massage head 6, the massage head 6 comprises a bowl-shaped energy-gathered wave source head 61, a third miniature water pump 511 and a third miniature water pump 55, The annular energy-gathered wave source head 62, the concave energy-gathered wave source head 63 and the plane-shaped energy-gathered wave source head 64 are arranged, the bowl-shaped energy-gathered wave source head 61 comprises a first water bag 611, a first sealing ring 612, an outer cover 613, a bottom plate 614, a first binding post 615, a fifth water pipe 616, a junction box 617 and an electromagnetic bowl 618, the bottom end of the outer cover 613 is connected with the junction box 617 through bolts, the bottom plate 614 is arranged in the outer cover 613, the first binding post 615 is symmetrically arranged on the bottom plate 614, the fifth water pipe 616 is symmetrically arranged on the bottom plate 614, the electromagnetic bowl 618 is arranged in the outer cover 613, the first water bag 611 is arranged on the outer cover 613, a first sealing ring 612 is arranged at a position between the first water bag 611 and the electromagnetic bowl 618, the annular energy-gathered wave source head 62 comprises an annular shell 621, a clamping ring 622, a second sealing ring 623, a silica gel sleeve 624, a sixth water pipe 625, a lead 626, An electromagnetic ring 627 and a wiring package 628, wherein the annular housing 621 is symmetrically provided with a clamping ring 622 and a second sealing ring 623 respectively, the inner side of the annular housing 621 is provided with a silica gel sleeve 624, the silica gel sleeve 624 is provided with a sixth water pipe 625, the inner wall of the annular housing 621 is provided with the electromagnetic ring 627, the concave energy-concentrating wave source head 63 comprises a second water bag 631, a gland 632, a disk seat 633, a seventh water pipe 634, a handle 635, a first disk 636, a fourth coil 637, a fourth insulating film 638, a second metal film 639, a silica gel mold 6310 and a second wiring terminal 6311, the handle 635 is bolted with the disk seat 633, the disk seat 633 is provided with the gland 632, the second water bag 631 is arranged between the gland 632 and the disk seat 633, the disk seat is symmetrically provided with the seventh water pipe 634, the disk seat 633 is provided with the first disk 636, one side of the first disk 636 is provided with the fourth coil 637, one side of the fourth coil 637 is provided with the fourth insulating film 638, a second metal film 639 is arranged on one side of the fourth insulating film 638, a silicon mold 6310 is arranged on one side of the second metal film 639, the planar energy-concentrating wave source head 64 comprises a third water bag 641, a disk housing 642, a foot rest 643, a pulley 644, a slide rail 645, a chassis 646, a press ring 647, a third binding post 648, a second disk 649, an eighth water pipe 6410, a fifth coil 6411, a fifth insulating film 6412, a third metal film 6413 and a rubber mold 6414, the chassis 646 is provided with the slide rail 645, the foot rest 643 is arranged on the slide rail 645, the pulley 644 is arranged on the foot rest 643, the pulley 644 is slidably connected to the slide rail 645, the disk housing 642 is arranged on the disk housing 642, the third water bag 641 is arranged on the disk housing 642, the eighth water pipe 6410 is inserted on the disk housing 642, and the press ring 647 is sleeved on the eighth water pipe 6410; the controller 1 is respectively electrically connected with the high-voltage power supply 2, the energy storage 3, the trigger component 4 and the water circulation component 5; a third water pipe 513 is arranged on a pipeline between the second miniature water pump 55 and the massage head 6, a third miniature water valve 511 is arranged on the third water pipe 513, a fourth water pipe 514 is arranged on a pipeline between the first miniature water valve 59 and the massage head 6, and a fourth miniature water valve 512 is arranged on the fourth water pipe 514; the electromagnetic bowl 618 includes a first insulating film 6181, a second coil 6182, a second insulating film 6183 and a first metal film 6184, the first insulating film 6181 is provided on the housing 613, the second coil 6182 is provided on one side of the first insulating film 6181, the second insulating film 6183 is provided on one side of the second coil 6182, and the first metal film 6184 is provided on one side of the second insulating film 6183; the electromagnetic ring 627 comprises a metal ring 6271, a third coil 6272 and a third insulating film 6273, the metal ring 6271 is arranged on the inner wall of the annular shell 621, the third coil 6272 is arranged on one side of the metal ring 6271, the third insulating film 6273 is arranged on two sides of the third coil 6272, a wiring package 628 is arranged on the outer wall of the annular shell 621, a lead 626 is inserted on the wiring package 628, and the lead 626 is connected with the third coil 6272; a second terminal 6311 is symmetrically disposed on the first magnetic disc 636, and the second terminal 6311 is electrically connected to the fourth coil 637; a second disk 649 is disposed on the disk case 642, a fifth coil 6411 is disposed on one side of the second disk 649, a fifth insulating film 6412 is disposed on one side of the fifth coil 6411, a third metal film 6413 is disposed on one side of the fifth insulating film 6412, a rubber mold 6414 is disposed on one side of the third metal film 6413, third terminals 648 are symmetrically disposed on the second disk 649, and the third terminals 648 are electrically connected to the fifth coil 6411.

The working principle is as follows: when in use, the first miniature water pump 54 is switched on to feed water to the massage head 6, and after the use, the second miniature water pump 55 and the second electromagnetic valve 57 are switched on, so that the water in the massage head 6 flows back to the water tank 51; meanwhile, a first miniature water pump 54, a second miniature water pump 55 and a second electromagnetic valve 57 are connected to form a circulating structure of a water channel, backflow water can be used for dissipating and cooling heat generated by the operation of the massage head 6 through a radiator 58, a first miniature water valve 59 and a second miniature water valve 510 are used for adjusting the balance of the inflow and outflow during the water circulation of the massage head 6, a third miniature water valve 511 is opened, water can be added into the water tank 51 through the water discharging function of the massage head 6, a fourth miniature water valve 512 is opened, water in the water tank 51 is discharged outwards through the water adding function of the massage head 6, and the first electromagnetic valve 56 is a normally open valve and is used for discharging air in the water tank 51 and sealing the water tank 51 when needed; during the use process, the controller 1 is used for adjusting the pressure pulse energy, the frequency setting, the water level, the water path circulation and other functions; high-voltage electric energy is stored through the energy storage device 3, and is discharged to the massage head 6 under the control of the trigger component 4; when the energy storage 3 in the trigger assembly 4 is fully charged by the high-voltage power supply 2, the electric field balance state exists between the two discharge balls 42 due to the gap between the two discharge balls, and the circuit is not conducted, at this time, if a high-voltage pulse voltage is applied to the trigger pin 43, the electric field balance is damaged, the circuit is instantly conducted, and the current is released through the first coil 44 to generate a magnetic field; when the first coil 44 passes through pulse current, magnetic eddy current is generated to push the first metal film 6184 to vibrate in water, water molecules are pressed to move at high speed to generate pulse pressure, and the pressure can be focused, diffused and flat shot; for the concave energy-gathering wave source head 63, the magnetic disc seat 633 is processed into a concave shape, the center of the concave shape is also an energy gathering point, focal lengths can be processed into different focal lengths according to needs, the fourth coil 637 is wound and tightly attached to the base according to the concave shape of the base, the fixed focal length of the handheld massage head 6 is generally about 50-100mm, but the focal lengths can be adjusted along with the expansion and contraction of the water bag, two seventh water pipes 634 are arranged below the magnetic disc seat 633, one water pipe enters and the other water pipe exits, water circulation can be carried out, and the second water bag 631 tightly wraps the magnetic disc seat 633 through a gland 632; for the ring-shaped energy-gathered wave source head 62, the electromagnetic ring 627 is made into a cylindrical shape, a third coil 6272 is wound along the circular ring, the outermost layer is a third insulating film 6273, the silica gel sleeve 624 is made into a cylindrical shape, two ends can be reversely fixed at two ends of the cylinder through a second sealing ring 623, the middle of the silica gel sleeve 624 is hollow, a space capable of expanding and contracting is arranged between the central wall of the silica gel sleeve 624 and the metal ring 6271, the inside is filled with water and exhausted with air through a sixth water pipe 625, when the massage head 6 is used, the silica gel sleeve 624 is inserted into the middle of the ring-shaped cylinder of the penis, the expansion and contraction of the silica gel sleeve 624 are adjusted to enable the wall of the silica gel sleeve 624 to be tightly attached to the penis, when a massage pulse is sent out, the energy is radially gathered towards the center of the circular ring, and a massage effect is achieved; for the plane-shaped energy-gathered wave source head 64, the structure of the plane-shaped energy-gathered wave source head 64 is basically the same as that of a concave type, the disk shell 642 and the fifth coil 6411 are both made to be flat, although the focusing effect of the concave type is not achieved, the energy in the radial direction of the center of the second disk 649 is the largest, and the plane-shaped energy-gathered wave source head is basically used for foot massage, the thickness of the foot is usually several centimeters, so that the better massage effect can be achieved without focusing; the plane-shaped energy-gathered wave source 64 is also provided with a chassis 646, so that the massage head 6 is placed on the ground, feet can be placed on the third water bag 641, and the soles can move back and forth on the track through a pulley 644 through a square foot support 643 to reach the whole soles for convenient massage; for the bowl-shaped energy-gathered wave source 61, the metal outer cover 613 is made into a circular truncated cone shape, pressure pulses do not form a pressure focus, but do pulse massage in parallel with the axis of the circular truncated cone, the pressure pulse can act on the whole breast, the first water bag 611 is made into a bowl shape and is embedded and buckled in the first metal film 6184 outer cover 613 to form a bowl-shaped water body, the space inside the water body can be adjusted through expansion and contraction of the first water bag 611 to be suitable for tightly attaching breasts with different sizes, the bowl-shaped energy-gathered wave source 61 can also be made into a pair and is used for double-breast massage, and the bowl-shaped energy-gathered wave source can be fixed on the breasts for massage by straps, so that the use is more convenient.

It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.