TWI587852B - Massage with space deformation - Google Patents

Description

Space-shaped massager

The utility model relates to a massage device with spatial deformation, in particular to a lightweight massage device for providing human organs, an elastic ring provided at the working end, and a three-dimensional shape with progressive elastic strain.

In the early days, due to the miniaturization of electromechanical motors, the hand-held oscillators of the US Patent Application No. 605,616 were in the column-shaped female massager unit that operated by hand limbs, and in the category of A61H019, there were various responses. Practical design, only the equipment provided in a variety of designs is a single shape of the column, ball, sheet, cylinder, etc., and the elastic stress distribution required in the transmission of the force, there is still room for improvement.

The utility model relates to a massage device with spatial deformation, in particular to providing a lightweight massage device for human organs, an elastic ring provided at the working end, and a three-dimensional shape with progressive elastic strain, and a handle with a longitudinal axis is coaxially suspended and combined with a teardrop shape. Elastic ring, the elastic stress of the elastic ring is changed, the front and rear directions are decreasingly distributed, and the human organ curve can be strained to produce a progressive elastic shape. The change of curvature and the control of the handle force of the handle are the main purposes.

Another object of the present invention is that the elastic ring is provided with an oscillating member, and the power is turned on, and a shock wave is generated, and the shock wave is output from the elastic ring table to provide a stimulating effect on the sensitive part of the human body, so as to make the soothing effect.

The third object of the present invention is that the elastic ring has an optical refraction effect, and the inside can refract a light beam and is emitted from the surface of the elastic ring to facilitate the detection in the dark.

The fourth object of the present invention is that the elastic ring can be nested with a pressure pillow, and the pressure pillow transmits the shock wave generated by the elastic ring, and acts as a comforting shock to massage other peripheral parts.

The fifth object of the present invention is that the length of the elastic loop relative to the handle is adjustable and extended, and the same can be turned on after the adjustment according to different organ size requirements, thereby providing work requirements.

A sixth object of the present invention is to provide a segment-shaped spherical surface at a distance between the surface of the elastic ring, and to provide a sensitive point to the organ during operation, and to form a continuous sliding press.

The seventh object of the present invention is to form a set of ends at the end of the elastic ring, the structural force of the sleeve end can be sleeved with an elastic tongue or a curved sleeve, and the elastic tongue piece and the curved sleeve can convey the elastic ring ring. The shock wave provides an alternative soothing massage.

100‧‧‧Operator

10‧‧‧Hands

11‧‧‧Binding end

12‧‧‧榫接孔

13‧‧‧ battery unit

14‧‧‧Terminal terminal

15‧‧‧ fastening device

16‧‧‧ channel

17‧‧‧ Conductor track

18‧‧‧Lock device

19‧‧‧Electrical switch

200‧‧‧ socket

202‧‧‧Working end

20‧‧‧Flexible ring

21‧‧‧ Root

22‧‧‧ hollow pipeline

23‧‧‧closed end

24‧‧‧Electrical terminals

25‧‧‧ securing slot

26‧‧‧Sliding terminal

27‧‧‧ spherical

201‧‧‧ Inner Ring

30‧‧‧Flexible pole

31‧‧‧ fixed end

32‧‧‧ body

33‧‧‧Closed section

40‧‧‧Helical spring

P‧‧‧ pitch

B0‧‧‧ Beam

301‧‧‧ Human body structure

302‧‧‧ protruding limbs

303‧‧‧ fine root limbs

S‧‧‧ longitudinal axis

E‧‧‧Elastic curve

FX‧‧‧ deformation rate curve

FA‧‧‧ pressure

F1‧‧‧ propulsion

F3‧‧‧

FB‧‧‧Expanding pressure

A0‧‧‧displacement section

A1‧‧‧ working section

50‧‧‧ oscillating components

51‧‧‧Wire

60‧‧‧Lighting elements

61‧‧‧Wire

62‧‧‧Fiber wire

63‧‧‧Into the glossy surface

64‧‧‧Lighting elements

70‧‧‧Press pillow

71‧‧‧ wearing a mouth

72‧‧‧ nesting slots

73‧‧‧Pillow

80‧‧‧Arch

81‧‧‧Perforation

90‧‧‧ Socket components

91‧‧‧Flexible tongue

92‧‧‧ sets of entrances

93‧‧‧ 亲亲面

94‧‧‧Arc sleeve

95‧‧‧ into the slot

96‧‧‧Catch the arc

Fig. 1 is a plan view showing the appearance of the massager of the present invention.

Fig. 2 is a schematic view showing the change of the pressing operation of the massager of the present invention.

Fig. 3 is a schematic view showing the change of the pressing operation of the massager of the present invention.

Fig. 4 is a second schematic view showing the change of the pressing operation of the massager of the present invention.

Fig. 5 is a third schematic view showing the change of the pressing operation of the massager of the present invention.

Figure 6 is a schematic view showing the distribution of the elastic curve of the elastic ring provided in the present invention.

Figure 7 is a schematic diagram showing the distribution of the deformation rate curve of the present invention.

Figure 8 is a schematic view of the present invention with elastic elements.

Figure 9 is a schematic view showing the configuration of the elastic member of the present invention.

Figure 10 is a second schematic view of the present invention with elastic elements.

Figure 11 is a schematic view showing the arrangement of the oscillating member inside the elastic ring of the present invention.

Figure 12 is a schematic view showing the arrangement of the light-emitting elements inside the elastic ring of the present invention.

Figure 13 is a structural diagram showing the electric power of the elastic ring of the present invention to obtain the handle power.

Fig. 14 is a schematic view showing the corresponding light source of the optical fiber wire inside the elastic ring of the present invention.

Figure 15 is a schematic view showing the combination of the elastic ring of the present invention for a press pillow.

Figure 16 is a schematic view showing the combination of the elastic ring of the present invention for a press pillow.

Figure 17 is a schematic view of the elastic ring of the present invention for combining a pressure pillow.

Figure 18 is a structural schematic view showing the changeable length of the elastic ring of the present invention relative to the handle.

Figure 19 is a schematic view showing the formation of a segmental spherical surface on the longitudinal surface of the elastic ring of the present invention.

Figure 20 is a schematic view showing the combination of elastic tongues provided by the sleeve end of the elastic ring of the present invention.

Figure 21 is a schematic view showing the combination of the elastic tongues provided by the sleeve end of the elastic ring of the present invention.

Figure 22 is a schematic view showing the arc sleeve assembly provided for the sleeve end of the elastic ring of the present invention.

The utility model relates to a massage device with spatial deformation, in particular to a massage device for providing light massage of a human body, and an elastic ring can follow a curve of a human organ to produce a progressive elastic shape, which is provided at one end of a handle having a longitudinal axis. For the joint end, the root portion of the elastic ring combined with a water-drop profile is coaxially suspended, and the elastic stress distribution of the elastic ring is a body segment from the root portion to the position of the distal closed end position, which is a progressive change and provides a massage operation. The force applied by the handle can be pointed to the operation, and the elastic ring is subjected to a shape change by an external force, and the deformation rate is gradually increased.

A seismic wave generated by the oscillating element is provided inside the elastic ring, that is, a light beam generated by the light-emitting element is transmitted from the outer surface of the elastic ring.

By utilizing the elastic curvature described above, in the curved surface of the limb or the curved surface of the organ, the elastic loop will follow the shape of the human body or the limb, and the shape of the elastic three-dimensional space will be curved, so that the elastic loop body can uniformly contact the organ. surface.

The shock wave is placed according to the elastic strain. During the operation of the handle, the operating force of the handle can be gradually transmitted, which is the energy of gravity surge or caress.

A light beam is refracted on the surface of the elastic ring to provide visual aid or visual aesthetic stimulation to the limb organ, and a sleeve end is formed at the end of the elastic ring, and the sleeve end can be sleeved via its curved arch pressure. Elastic tongues or curved sleeves provide an alternative massage operation.

For a description of the functions achieved by the design structure and working principle of the present invention, please refer to the following description:

First, referring to FIG. 1 , the present invention is composed of an operating end 100 and a working end 202. A handle 10 is disposed at a position of the longitudinal axis S, and one end of the handle 10 is a binding end 11 and the elastic ring 20 is combined. The root portion 21 is provided. When the static portion 20 is static, the elastic ring 20 has a water droplet profile, the distal end is a closed closed end 23, and the inner portion of the elastic ring 20 is surrounded by an inner ring 201.

The elastic ring 20 is an elastic and flexible strain body, and a hollow pipe 22 can be disposed therein. And the elastic ring 20 is made of a plastic material such as natural latex or silicone rubber.

Referring to FIG. 2 again, the handle 10 operates the elastic ring 20 to generate a biasing force in the working direction. When a pressure FA occurs, the end or body of the elastic ring 20 contacts the human body structure 301, and the elastic ring 20 is generated. Progressive shape changes.

Referring to FIG. 3 again, when the side of the elastic ring 20 contacts the human body structure 301 of the human body, and the handle 10 is pressed obliquely, the force system of the propulsive force F1 and the component force F3 occurs, except for the elastic ring. The appearance of 20 offsets the longitudinal axis S, and the inner ring 201 is also deformed by the contact of the human body structure 301.

Referring to FIG. 4 again, the elastic ring 20 is operated via the handle 10. If it advances inside the narrow organ of the human body and is pressurized by the pressure FA on both sides of the organ, the body of the elastic ring 20 will be inwardly contracted and the inner ring 201 deformation, closed end 23 due to its curved curved stress, and try to maintain its curvature, retaining a curved shape.

Referring to FIG. 5 again, the elastic ring 20 of the present invention has elastic strain and flexible deformation. When the massaged limb is protruding like the protruding limb 302, the inner side of the inner ring 201 is subjected to the pressure expansion FB. When the pressure is applied, the body of the elastic ring 20 is expanded outward, and the protruding limb 302 is deformed, and the elastic ring 20 also generates an inward contraction force with the force of the expansion pressure FB, and the operation of the handle 10 is matched. The loopable beam contacts the annular periphery of the protruding limb 302.

Regarding the above-mentioned FIG. 2 to FIG. 5, the elastic ring 20 generates an elastic curvature of a three-dimensional space according to an external force generated by the human body structure 301 or the protruding limb 302, such as a pressure FA or a pressure expansion FB. It will change according to the shape of the human organ or the shape of the limb shape, and the change is most obvious in the body between the root portion 21 and the closed end 23 of the elastic ring 20 (please match the first figure), Its elastic stress change plus the need to convey the force applied, the progressive change of the elastic stress, and the flexible deformation rate of its shape are also required to change with the elastic stress.

For the change of the stresses, as shown in FIG. 6, the root portion 21 of the elastic ring 20 is disposed between the closed ends 23, and the distribution of the elastic curve E, regardless of whether the elastic ring 20 is in a plane or a side direction, Starting from the root 21, reaching the length position of L2, is a progressive decrease, reaching the end of the closed end 23, due to the curved stress of the closed end 23 itself, so the elastic curve E from the length position after L2 Will be slightly raised, as described above, the force applied from the root 21 to the closed end 23 section, operated by the handle 10 (please match the figure shown in Figure 1), the force of the root 21 will be transmitted to the length of L1 to L2 Internally, and the transfer of the gradual transfer is formed, the operating force applied to the root portion 21 at the operating end is gradually transmitted to L2 in a decreasing manner, and the transmission force is not lost at the position of the relay point, so that the operating force can be effectively distributed to the elasticity. The end of the loop 20.

Referring to FIG. 7 again, if the deformation rate of the elastic ring 20 is made of a single material, the root portion 21 is fixed and fixed, and the curved stress of the closed end 23 remains, and the deformation rate is elastic. The position of the middle body of the ring 20 is obvious. Except for the reaction of the elastic ring 20 itself, if the elastic curve E of Fig. 6 is matched, the deformation rate will be as shown in the deformation rate curve FX from the origin to the L2. Between the gradual changes, and the position of the body in Ln is most obvious, the overall deformation rate is between L1 and L2, in order to meet the stereoscopic space curvature of the elastic ring 20, and conform to the shape of the human body. Make three-dimensional changes.

Referring to FIG. 8 again, as required in the foregoing FIG. 6, a hollow conduit 22 may be provided inside the elastic ring 20, and the hollow portion 22 is closed from the root portion 21 to the closed end 23 in a closed manner. The elastic auxiliary element is pivoted, and the element is an elastic wire rod 30, and its elastic reaction cooperates with the elastic curve E of FIG. 6 , and the elastic assist of the elastic wire rod 30 can provide the elastic mechanical requirement of the elastic ring 20 .

Referring to FIG. 9 again, the elastic thread rod 30 is annularly distributed inside the hollow tube 22 of the elastic ring 20, and has a fixed end 31. The fixed end 31 and the root portion 21 are fixed in the same body. In combination, the body 32 is extended from the fixed end 31, and the closed portion 33 provided at the distal end is co-constructed at the closed end 23, and the elastic strain curve of the elastic ring 20 can be assisted by the elastic strain curve of the elastic wire rod 30. The requirements of the elastic curve E of Fig. 6.

Referring to Figure 10 again, the elastic ring 20 can be adapted to achieve the elastic stress. The requirement of the elastic curve E of Fig. 6 is that inside the hollow tube 22 of the elastic ring 20, as described above, the coil spring 40 is pivoted, and the elastic stress of the coil spring 40 can be adjusted by the pitch P. As required by the elastic curve E of FIG. 6, the coil spring 40 is integrally formed as a fixed material, and the distance of the pitch P is changed, the same will change its radial elastic response, and the pitch P is adjusted by the coil spring 40. The distance, which is distributed inside the elastic ring 20, provides the same elastic stress distribution as that of the elastic ring 20.

Referring to FIG. 11 again, the elastic ring 20 of the present invention has an elastic shape strain as described above, and a hollow tube 22 is disposed inside the elastic ring 20, and the hollow tube 22 is internally elastic ring 20 Before and after, mainly at the position of the lateral body segment (defined as the segment from the root portion 21 before reaching the closed end 23), more than one oscillating member 50 is distributed, and the oscillating member 50 obtains working power from the outside via the electric wire 51, and oscillates. The mechanical shock wave generated by the element 50 is transmitted from the surface thereof through the inner surface of the elastic ring 20, and the oscillation frequency is suitable for the frequency of massage of the human body, and the working energy is also adjusted to be suitable for human organs. demand.

The elastic ring 20 is provided with a plurality of oscillating members 50. At the position of the elastic ring 20, with the three-dimensional elastic curvature of the elastic ring 20, the shock wave generated by each oscillating member 50 contacts the human body according to the elastic ring 20. The pressure state of each point on the surface conveys the equivalent seismic wave. Basically, the elastic ring 20 is shaped to be deformable according to the human body (except for the portion of the root portion 21), and the body portion can be uniformly crimped to the organ three-dimensionally. At any point on the surface, the shock wave transmitted by the majority of the oscillating element 50 is close to the oscillating energy of the surface of the contact organ. If it is a point massage, the oscillating element 50 is implemented inside the closed end 23, and the shock wave is directly excited from the shock wave. The outer surface of the closed end 23 is transmitted outward and used as a point-like massage.

Referring to FIG. 12 again, the elastic ring 20 has a texture with optical refraction, and a hollow tube 22 is disposed inside, and a linear position of the ring from the root portion 21 to the closed end 23 is provided with at least one or more illumination. Element 60, the light-emitting element 60 externally obtains operating power via the electric wire 61, and the light-emitting element 60 occurs The light beam B0 is projected from the surface of the elastic ring 20 through the refraction of the body of the elastic ring 20, and the generated light beam B0 can be used as a search for dark parts of the organ, providing convenient viewing or increasing visual stimuli, and the light-emitting element 60 The heat temperature generated by the electro-optical action is transmitted through the body of the elastic ring 20, so that the outer surface of the elastic ring 20 can be used as a basis for heat application, and the temperature is required to alleviate the temperature, and the wire 61 is flexible. The wire body changes with the curvature of the elastic ring 20, and the wire 61 is subjected to the shape change of the elastic ring 20, and a telescopic length is reserved to maintain electrical connection with the light-emitting element 60.

Referring to FIG. 13 again, an electromechanical component is disposed inside the elastic ring 20, and the electric power can be obtained. At one end of the root portion 21 of the elastic ring 20, a conductive terminal 24 having a conductive effect is protruded, and the handle 10 is combined. The inner end surface of the end portion 11 is provided with a boring hole 12, and the root portion 21 is inserted. The plug terminal 14 is provided at the bottom of the boring hole 12, and the electric power is exchanged to the plug terminal 14 to transmit electric power to the plug terminal 14. The terminal 24 is provided with a battery unit 13 inside the handle 10 to provide a mobile power loading (not shown), and the electric switch 19 is operated to determine the power supply in the direction of the elastic ring 20.

The combination of the root portion 21 and the joint end 11 can be cut and fastened by a fastening device 15 to the fastening groove 25 provided at the end of the root portion 21 to form a mechanical card.

Referring to FIG. 14 again, between the root portion 21 of the elastic ring 20 and the body portion of the closed end 23, a hollow conduit 22 is disposed inside, and the elastic ring 20 has an optical refraction effect in the hollow tube. A fiber optic wire 62 is disposed inside the road 22, and the fiber optic wire 62 is passed through the end of the root portion 21 to form a light incident surface 63. The light incident surface 63 receives the light beam B0 generated by the light projecting element 64 disposed at the opposite end of the handle 10, and is transmitted. The fiber optic wire 62 is disposed inside the hollow pipe 22 in a multi-core shape, which increases the mechanical strength of the body of the elastic ring 20. The elastic ring 20 can be made of a soft material such as latex or silicone, and the mechanical setting force can be used. Supported by the optical fiber 62, the optical fiber 62 is generally formed of a high-density plasticized material, the core body of which has mechanical strength, and because of its small body, its mechanical strength does not affect the demand of the elastic ring 20. Deformation curvature.

Referring to FIG. 15 again, before and after the longitudinal axis S of the system, a handle 10 and an elastic ring 20 are provided. The body of the elastic ring 20 is elastically deformable, and the inner ring 201 is reduced by an external force, and the closed end is closed. The spans of the two sides of the 23 are equally clamped by a large external force, and the spans of the two sides are also narrowed. The outer side of the outer surface of the elastic ring 20 is deformed by an external force, and the pressure pillow 70 is worn from the closed end 23. Entering the position of the root portion 21, the center of the end surface of the pressing pillow 70 is parallel to the longitudinal axis S, and a through hole 71 is formed through the periphery of the through hole 71. The through hole 71 is a nesting groove 72, and the two sides of the closed end 23 are compressed during the penetration process. The opening 71 can be inserted into the root portion 21, and the length of the opening 71 is movably matched with the outer span of the two portions 21. The pressing pillow 70 can reproduce the shock wave generated inside the elastic ring 20, facing the direction of the elastic ring 20 The side is provided with a convex pillow 73, which can perform a point-like agitating massage on the outer edge of the organ to form a massage assisting action. The massage operation pushes the joint end 11 by the operating handle 10, so that the pressing pillow 70 can be pressed against the periphery of the organ port surface. , change the contact pressure.

Referring to FIG. 16 again, the length of the through opening 71 and the span of the root portion 21 are movably matched, and the pressing pillow 70 is combined in the root portion 21, and the nesting groove 72 provided on the outer periphery of the opening 71 can be sleeved. The joint end 11 of the handle 10 is placed so that the pressure pillow 70 is integrally coupled with the handle 10. When the distance of the displacement section A0 is pushed out, the inner ring 201 of the elastic ring 20 changes.

The working section A1 is a residual. By positioning the pressing pillow 70, the working length of the elastic ring 20 can be changed, and the inner ring 201 can be reduced, which is suitable for use in a relatively small organ, and can also be used to press the pillow 70. The shock wave of the elastic loop 20 is transmitted as a massage aid for the outer edge of the organ mouth.

Referring to FIG. 17 again, the pressing of the pressure pillow 70 to change the position of the elastic ring 20 changes the shape of the inner ring 201 to be retracted, and the inner ring 201 can be used to circle the finer root member 303. The massage end, the closed end 23 of the elastic ring 20 is changed by the front and rear displacement of the pressing pillow 70 due to the curved stress, and is also the same on the two sides of the elastic ring 20, which will produce a progressive indentation, and increase the pair. The linear loop contact length of the fine root limb 303.

Please refer to FIG. 18 again to change the length of the working end of the elastic ring 20, and another implementation may Two channels 16 are respectively disposed on two sides of the parallel longitudinal axis S of the handle 10, and the two side root portions 21 of the elastic ring 20 are provided with the body segment in and out, and the root portion 21 of the elastic ring 20 penetrates into the bottom of the channel 16 . Then, the closed end 23 is narrowed toward the handle 10, and the inner ring 201 is similarly deformed and reduced. When the closed end 23 of the elastic ring 20 is raised outward, the root portion 21 is slid out toward the working end, wherein the elastic ring is in the elastic ring. During the process of infusing the handle 10, the root portion 21 or the radially outer edge of the body portion thereof can be locked by a locking device 18, and the locking device 18 is designed for a general radial locking structure, so that no longer Narration.

In the process of the root portion 21 or its body being in the channel 16, in order to conduct electric power to the elastic ring 20, as described above, the electromechanical requirement of the exciting or emitting beam, a sliding terminal 26 is provided at the bottom end of the root portion 21, which is slippery. The cutting terminal 26 contacts the conductive track 17 on the opposite side of the surface of the channel 16 in a straight line, and the sliding contact between the sliding terminal 26 and the conductive track 17 is in a sliding contact relationship, and the electrical polarities of the conductive tracks 17 on both sides are different. The positive and negative poles supply the electromechanical components inside the elastic ring 20, and the conductive rails 17 obtain power from the mobile power source (not shown) provided inside the handle 10, and can also be operated by a general electrical switch 19 to determine the electrical conduction output. Whether or not.

Referring to FIG. 19 again, the elastic ring 20 is made of an elastic material, and the outer surface of the elastic ring 20 can be distributed with a plurality of spherical surfaces 27, and the plurality of spherical surfaces 27 are arranged in a knot shape at the position of the elastic ring 20. The spherical surface 27 protruding from the segment, when the elastic ring 20 is operated to move forward and backward, can perform a frequency-type sliding-cutting massage on a certain sensitive part of the organ to increase the stimulation feeling.

The spherical surface 27 is formed with a hollow tube 22 inside the elastic ring 20, and the inside of the hollow tube 22 can provide the loading of the light-emitting element 60 or the oscillating element 50, and also requires the electric wire 51 or the electric wire 61. Wiring, the spherical surface 27 is formed by a three-dimensional arch 80, which is placed in a linear interior of the hollow pipe 22 and distributed in a segmental manner, utilizing the mechanical outer arching force of the arch 80 to surface the elastic ring 20. Arched out to form a spherical surface 27.

A perforation 81 is provided in the direction of the central parallel hollow conduit 22 of the arch 80, and the perforation 81 provides access to the electric wire 51 or the electric wire 61.

Referring again to Figures 20 and 21, the elastic ring 20 is combined with the handle 10, and the closed end 23 has a curved structural stress sufficient to support the mounting of other accessories, and is defined as a portion by the closed end 23 The mechanically arc-shaped socket end 200 provides a socket member 90 sleeve, and the socket member 90 is a soft body. This is implemented as a resilient tongue 91 having a sleeve inlet 92, and the sleeve inlet 92 The shape of the inner sides is matched with the shape of the closed end 23, and the opening width of the sleeve inlet 92 is smaller than the closed end 23, so that the closed end 23 forms an effectively joined sleeve end 200, and the elastic tongue 91 is supported to be inserted or removed. The surface of the elastic tongue 91 is provided with an elastic prosthetic surface 93. The prosthetic surface 93 can transmit a mechanical shock wave excited by the inside of the elastic ring 20. Even if the beam is refracted as described above, the elastic tongue 91 is sleeved on the sleeve. The end 200 receives the elastic stress distribution state of the elastic ring 20, and can obtain the operating force of the handle 10, and can effectively obtain the operating force of the handle 10 via the root portion 21.

Referring to FIG. 22 again, the inner ring 201 is close to the inner arc of the closed end 23, and the socket end 200 is defined according to the arc shape formed by the closed end 23, and the connecting component 90 is hooked up. The sleeve member 90 is an arc-shaped sleeve 94. The two sides of the arc-shaped sleeve 94 are outwardly facing, and the recessed portion is provided with a spanning groove 95. The inner arcuate edge forms a soft pick-up arc 96, which is inserted into the slot 95. After the socket end 200 is sleeved, the mechanical shock wave or the light beam outputted by the elastic ring 20 can be transmitted, and the curved sleeve 94 is transmitted out, and the picking arc 96 can be used as a radial side massage of the human body. The required operating force is achieved by the pulling force generated by the handle 10 via the elastic ring 20, or by the elastic distribution force of the elastic ring 20, and the displacement of the arc sleeve 94 is changed up and down.

The invention provides a massager capable of making a three-dimensional space curvature in response to the shape of the inside and outside of the organ, and the handle is provided with a handle, one end of which is suspended by a water-drop type elastic ring, and the operation force of the handle can be gradually realized. The shape is transmitted to the end of the elastic ring, and the deformation rate is also changed by the elastic curve. In addition to providing the elastic ring to be deformable, the case can also receive the massage operation force of the handle in sequence, and is provided inside the elastic ring. The oscillating element, the seismic wave generated by the elastic ring is directly transmitted, and the elastic ring is linearly shaped in the shape of the internal surface of the organ, and the shock wave occurs in the device. Uniform shock massage in the official department, or implementation of light-emitting elements, providing dark spots of the organ, and using the mechanical strength of the closed end to sleeve other socket components, so as to play a variety of functions, and can change the structural size of the organ. The full size of the elastic ring is a design that takes into account the force transmission and the change of the surface shape. Please ask the examiner for an examination and give the patent as an early prayer.

100‧‧‧Operator

10‧‧‧Hands

11‧‧‧Binding end

202‧‧‧Working end

20‧‧‧Flexible ring

21‧‧‧ Root

22‧‧‧ hollow pipeline

23‧‧‧closed end

201‧‧‧ Inner Ring

S‧‧‧ longitudinal axis

Claims (16)

The utility model relates to a massage device with spatial deformation, in particular to a lightweight massage device for providing human body organs, an elastic ring provided at the working end, and a three-dimensional shape with progressive elastic strain, comprising: a handle having a longitudinal axis, and a joint end; a teardrop-shaped elastic ring having a portion and a closed end facing outward along the longitudinal axis, the root being coupled to the joint end of the handle in the longitudinal axis direction, and more than one oscillating member is disposed inside and behind the elastic ring The oscillating member obtains working power from the root to the outside via the electric wire, and the elastic ring is distributed from the root along the longitudinal axis to the body portion before the distal closed end position, and is distributed with progressively varying elastic stress. The space-distortion massager according to claim 1, wherein the elastic stress of the body body changes in a decreasing direction from the root to the closed end position. The space-distortion massager according to claim 1, wherein the elastic ring has a hollow pipeline inside, and a flexible wire rod is disposed in the hollow pipeline path, and the elastic pole is disposed. A certain end is combined with the above-mentioned root portion, and the elastic stress change of the elastic wire rod decreases from the fixed end to the distal closed portion. The space-distortion massager according to the first aspect of the invention, wherein the elastic ring has a hollow pipeline inside, and a spiral spring is disposed in the hollow pipeline path, and the pitch of the coil spring is To be adjustable, the change in elastic stress occurs from the root to the distal closed end position. The space-distortion massager according to claim 1, wherein the elastic ring has a hollow pipeline inside, and a plurality of oscillating components are distributed in the hollow pipeline path, and the oscillating component is electrically connected from the coil. Get work power outside. The space-distortion massager according to claim 1, wherein the elastic ring has an optical refraction effect, and a hollow pipe is penetrated inside, and is disposed in a path of the hollow pipe. At least one or more light-emitting elements that obtain operating power from the outside via an electric wire, and the excited light beam is refracted from the surface of the elastic ring. The space-distortion massager according to claim 1, wherein the elastic ring has an optical refraction effect, and a hollow pipe is penetrated inside, and a fiber is disposed in a path of the hollow pipe. The wire and the fiber-optic wire are provided with a light-incident surface at a port position of the root portion, and a light-emitting source is obtained from a light-emitting element provided inside the joint end of the handle. The space-distortion massager according to claim 1, wherein the outer surface of the elastic ring is sleeved with a pressure-bearing pillow, and the pressure-bearing pillow transmits a shock wave, and the center of the end face is in the same longitudinal axis direction as the elastic ring. The through hole has a long hole shape, and the total length of the through hole and the span distance of the two portions of the elastic ring are movablely matched. The space-distortion massager according to claim 1, wherein the handle is provided on two sides of the longitudinal axis, and two parallel channels are provided, respectively, and the two parts of the elastic ring are respectively provided to include the extended body segment. At the joint end position of the handle, a locking device for radially locking the root or the extended body portion is provided. The space-distortion massager according to claim 9, wherein in the direction parallel to the longitudinal axis of the two channels, respectively, a conductive track capable of providing power conduction according to a root depth change, and two root portions respectively A sliding terminal having a sliding contact conductive track is extended. The space-distortion massager according to claim 1, wherein the surface of the elastic ring has a spherical surface with a plurality of segments protruding from the front and rear. The space-distortion massager according to claim 11, wherein the elastic ring has an elastic shape and a hollow tube, and the spherical surface is embedded in a plurality of arches. The arch tension generated by the hollow pipe is outwardly arched out. The space-distortion massager according to claim 12, wherein the inside of the arch body has a through hole penetrating in the direction of the hollow pipe of the elastic ring. The space-distortion massager according to the first aspect of the invention, wherein the side of the elastic ring near the closed end is a sleeve end having a curved mechanical stress for a set of connecting components, the socket component The elastic stress or/and the shock wave generated by the elastic ring are transmitted. The space-distortion massager according to claim 14, wherein the socket member is a soft elastic tongue, the elastic tongue has a side surface, and the root portion has a set of inlets therein to provide an elastic ring. Set the socket end to wear the sleeve. The space-distortion massager according to claim 14, wherein the socket member is a curved sleeve, and the curved outer concave portion is provided with a straddle slot, and the inner edge of the socket end is provided for lifting, the inner arc edge There is a soft pick-up arc.