WO2018184415A1 - Vibrating massager - Google Patents

Abstract

A vibrating massager comprises a motor (1), a PCB (2), an upper inner housing (3), a lower inner housing (4), and a soft outer housing (5). The motor (1) is placed in the upper inner housing (3). The PCB board (2) is placed in the lower inner housing (4). The motor (1) and the PCB (2) are connected by an electrical wire. The upper inner housing (3) and the lower inner housing (4) are respectively fixedly disposed in an upper end and a lower end of the soft outer housing (5). Therefore, except for the upper inner housing (3), the lower inner housing (4) and portions where the motor (1) and the PCB board (2) respectively are disposed in the upper inner housing (3) and the lower inner housing (4) are located, the other portions of the vibrating massager are pliable. Because the flexible ribs of a conventional massager are not provided, the upper inner housing (3) and the lower inner housing (4) do not need to be long, and only need to cover the motor (1) and the PCB board (2). Therefore, only a small portion of the vibrating massager cannot be bent arbitrarily, and most of the vibrating massager can be bent and kneaded arbitrarily, resulting in excellent pliability and a vibrating massager that provides the subtlety of touch of a human masseur.

Description

Vibrating massager Technical field

The utility model relates to the field of massagers, in particular to a vibration massager.

Background technique

The vibrating massager is mainly used to massage various parts of the human body (such as the shoulder, neck, waist, legs, buttocks, etc.). The vibration massager is internally provided with electronic components, such as a motor, a battery, a PCB board, and a PCB board to drive the motor to vibrate to achieve a vibration massage effect. The conventional massager, as shown in FIG. 1 , includes an integral rigid inner casing 10 and a soft outer casing 20 wrapped around the rigid inner casing 10. The motor 30, the PCB board 40 and the battery 50 are both disposed on In the rigid inner casing 10, such a design, although covered with a soft outer casing 20, is not too hard to massage, but because of the existence of the overall hard inner casing 20, the overall is relatively hard, and the flexibility is not Well, can't bend, can't reach the touch of real person massage; as shown in Fig. 2 is another known massager structure, compared with the massager shown in Fig. 1, the massager is still provided with soft shell 20, but the inner shell It is no longer monolithic, and is divided into three sections. The upper and lower sections are hard material inner casings 11ˊ, 12ˊ, and the middle is soft material cartilage 13ˊ. The motor 30 is disposed in the upper inner casing 11ˊ, and the PCB board 40 and the battery 50 are disposed on the The lower inner casing is 12 inside, so that the massager can be bent through the middle cartilage 13 ,, so that it has a certain flexibility, so that the massage feel is better than the massager shown in Fig. 1, but because the middle cartilage 13 ˊ upper and lower The end needs the upper and lower inner shells 11ˊ, 12ˊ to fix, so that the upper and lower hard materials Shell longer needs to be done, only the middle section of cartilage made relatively short, so the flexibility of the massage device is limited, the tactile sensation can be compared with the real massage.

technical problem

In view of the above, it is necessary to provide a vibrating massager which has excellent overall flexibility and has a touch of a human massage.

Technical solution

In order to achieve the above object, the technical solution adopted by the utility model is:

A vibration massager comprising a motor, a PCB board, an upper inner casing, a lower inner casing, and a soft outer casing, wherein the motor is placed in the upper inner casing, and the PCB board is placed in the lower inner casing, The motor and the PCB board are connected by wires, and the upper inner casing and the lower inner casing are respectively fixedly disposed in upper and lower ends of the soft outer casing.

Preferably, the vibration massager further includes a battery and a battery case wrapped around the battery, the battery case is provided with two hooks extending forward from the front surface, and the PCB board is placed on the front surface of the battery case The two hooks are respectively hooked on the front end surface of the PCB board, and the battery case and the PCB board are fixedly disposed in the lower inner case.

Preferably, the soft outer casing is provided as a soft silicone outer casing.

Preferably, the PCB board is provided with a button, and correspondingly, the soft shell is convexly provided with a protrusion, and one end of the button is placed in the protrusion.

Preferably, the upper inner casing and the lower inner casing are both disposed as a soft shell.

Preferably, the vibration massager further includes an intermediate cartilage segment disposed between the upper inner casing and the lower inner casing, and the upper inner casing, the intermediate cartilage segment and the lower inner casing are integrally formed The soft outer casing is wrapped around the integrally formed upper inner casing, the intermediate cartilage section and the lower inner casing.

Preferably, the vibration massager further includes a branch, the branch includes a soft outer casing branch extending outward from a side of the soft outer casing, an inner casing branch fixedly disposed in the soft outer casing branch, and disposed on the branch A vibration motor in the inner casing branch, the soft casing is integrally formed with the soft casing branch, and the vibration motor is electrically connected to the PCB board.

Preferably, the inner shell branch is provided as a soft inner shell branch.

Preferably, the wires connecting the motor to the PCB board are spring wires.

Preferably, the vibration massager further includes a flexible branching portion extending outward from a side of the soft outer casing, another motor fixedly disposed in the flexible branching portion, the soft outer casing and the flexible bifurcation The part is integrally formed and communicated internally, and the other motor and the PCB board are also connected by a spring wire.

Beneficial effect

Compared with the prior art, the utility model has the beneficial effects that most of the vibrating massagers of the utility model can be bent and kneaded at will, and have excellent flexibility, just like a real human massage, the fingers and wrists can each have a different The same kind of free activity, so that in the actual use of the massage process, the touch of a human massage.

DRAWINGS

Figure 1 is a schematic exploded view of a known massager.

Figure 2 is a schematic exploded view of another known massager.

Figure 3 is a perspective assembled view of the vibrating massager of the present invention.

4A is an exploded exploded view of the vibrating massager of the present invention.

4B is an exploded exploded view of the vibrating massager in another embodiment of the present invention, wherein the electric wires are spring wires.

Fig. 4C is the vibrating massager of Fig. 4B, which does not include the upper inner casing and the lower inner casing.

4D is an internal enlarged view of the vibrating massager of FIG. 4C in a bent state.

Fig. 5 is an enlarged schematic view showing a portion A according to Fig. 4A.

Fig. 6 is an exploded exploded view of still another embodiment of the vibrating massager of the present invention.

Fig. 7 is an exploded exploded view of still another embodiment of the vibrating massager of the present invention.

The main component symbol illustration.

Motor 1

PCB board 2

Button 21

Upper inner casing 3

Upper inner casing 3ˊ

Lower inner shell 4

Lower inner casing 4ˊ

Soft shell 5

Raised 51

Wire 6

Battery case 7

Hook 71

Intermediate cartilage segment 8ˊ

Branch 9

Soft shell branch 91

Inner shell branch 92

Vibration motor 93

The present invention will be further described in conjunction with the above drawings in the following detailed description.

BEST MODE FOR CARRYING OUT THE INVENTION

Referring to FIG. 3 and FIG. 4A, the vibration massager of the present invention comprises a motor 1, a PCB board 2, an upper inner casing 3, a lower inner casing 4 and a soft outer casing 5. The motor 1 is placed in the upper inner casing 3, the PCB board 2 is placed in the lower inner casing 4, and the motor 1 and the PCB board 2 are connected by a wire 6, the upper inner casing 3 The lower inner casing 4 is fixedly disposed in the upper and lower ends of the soft outer casing 5, respectively.

Provided in such a manner that the entire vibrating massager is apart from the upper inner casing 3, the lower inner casing 4, and the portions of the motor 1 and the PCB board 2 respectively disposed in the upper and lower inner casings 3, 4, The other parts are flexible, and since the cartilage in the conventional massager is not provided, the upper inner case 3 and the lower inner case 4 may not be set long, just to cover the motor 1 and the PCB. The plate 2 can be used, so that only a small part of the vibrating massager of the utility model can not be bent at will, and most of them can be bent and kneaded at will, and have excellent flexibility, just like a real person massage, the finger wrist can The various free activities are the same, so the utility model has the touch of a real person massage in the actual use of the massage process.

Referring to FIG. 4B, in another embodiment, the electric wire 6 connecting the motor 1 and the PCB board 2 may be a spring wire. Through the spring wire 6, so that the vibration massager of the present invention is bent, the spring wire 6 will only be elongated, but will not be pulled off, and will not be from the PCB board 2 or the motor 1 Was pulled down. In addition to the embodiment, a vibrating massager further includes a flexible bifurcation extending outward from the side of the soft casing 1 and fixedly disposed at the same. Another motor in the flexible branching portion, the soft outer casing 1 is integrally formed with the flexible branching portion, and the two are internally connected, and the other motor and the PCB board 2 are also connected by a spring wire, so that The flexible bifurcation can also be bent freely without tearing the spring wire.

Fig. 4C corresponds to the vibrating massager of Fig. 4B, which does not include the upper inner casing 3 and the lower inner casing 4. In FIG. 4C, the motor 1 and the PCB board 2 are respectively fixedly disposed in the upper and lower ends of the flexible casing 5.

4D corresponds to the vibrating massager of FIG. 4C, which does not include the upper inner casing 3 and the upper inner casing 4, and the vibrating massager is in one of the bent states. In this state, the vibrating massager is almost in a folded state. And in this state, the spring wire 6 is elongated as the vibration massager is bent, so that there is no possibility that the spring wire 6 is pulled off or the both ends are pulled off from the PCB board 2 and the motor 1.

5 is an enlarged schematic view of a portion A of FIG. 4A. As shown in FIG. 5, the vibration massager further includes a battery (not shown) and a battery case 7 wrapped around the battery. Preferably, the The battery case 7 is provided with two hooks 71 extending from the front surface, and the PCB board 2 is placed on the front surface of the battery case 7. The two hooks 71 are hooked on the front end surface of the PCB board 2, respectively. Therefore, the battery case 7 and the PCB board 2 are disposed opposite to each other, and the battery case 7 and the PCB board 2 are fixedly disposed in the lower inner case 4. Therefore, the PCB board 2 of the conventional massager is spaced apart from the battery, and the overall length of the PCB board 2 and the battery disposed in front and rear of the vibrating massager of the present invention is shorter, thereby comparing the lower inner shell of the conventional massager. 4. The length of the lower inner casing 4 of the vibrating massager of the utility model can be made shorter, that is to say, the pure and flexible part of the utility model is longer, so that the overall flexibility of the utility model is better, and the massage touch is more it is good.

When the battery is not set, when the utility model is used, it can be used when the power is plugged in. After the battery is set, the power can be plugged in, or the battery can be charged normally, and then used by the battery.

A button 21 is disposed on the PCB 2, and correspondingly, a protrusion 51 is convexly disposed on the flexible casing 5, and one end of the button 21 is placed in the protrusion 51, and the protrusion 51 is pressed to press Button 21 to implement actions such as power on/off/adjust mode. Therefore, the button 21 is not exposed, so that the waterproof performance of the present invention is better.

In this embodiment, preferably, the soft outer casing 5 is provided as a soft silicone outer casing, and the soft outer casing 5 is formed by direct filling, that is, the upper inner casing is arranged in a corresponding position in the cavity. 3 and the lower inner casing 4, and then liquid silicone oil is poured into the cavity, and after the liquid silica gel is solid, it becomes the soft outer casing 5, and the upper inner casing 3 and the lower inner casing 4 are closely Covered in the outer soft outer casing 5.

The upper inner casing 3 and the lower inner casing 4 may be made of any feasible material, and may even be provided in the form of a tape, that is, the motor 1 and the PCB board 2 may be wrapped with a tape. In the present embodiment, preferably, the upper inner casing 3 and the lower inner casing 4 are both provided as soft shells, so that the flexibility of the utility model is better.

FIG. 6 is still another embodiment of the vibrating massager of the present invention. In this embodiment, the vibrating massager further includes an intermediate cartilage segment disposed between the upper inner casing 3ˊ and the lower inner casing 4ˊ. 8ˊ, and the upper inner casing 3ˊ, the intermediate cartilage segment 8ˊ and the lower inner casing 4ˊ are integrally formed, and the soft outer casing 5 is wrapped around the integrally formed upper inner casing 3ˊ, the middle cartilage segment 8ˊ and the lower The inner shell 4 is outside. That is, it is equivalent to providing a one-piece soft inner casing, and then the motor 1 is disposed in the upper end of the integral soft inner casing, and the PCB board 2, the battery, and the battery case 7 are fixedly disposed in an integral soft state. In the lower end of the inner casing (if the battery and the battery case 7 are not provided, only the PCB board 2 is fixedly disposed in the lower end of the integral soft inner casing), the soft outer casing 5 is wrapped around the integral soft inner casing, thereby Although the inner casing is of a one-piece type, since it is a soft inner casing, the present invention can be bent and kneaded freely except for the portion where the PCB board 2, the battery, and the battery case 7 are located. Therefore, the flexibility is also very good, so that the massage touch can also achieve the feeling of a real person massage.

FIG. 7 shows still another embodiment of the vibrating massager of the present invention. In this embodiment, the massager of the present invention further includes a branch 9 including the branch 9 extending outward from the side of the soft outer casing 5. a soft casing branch 91 disposed, an inner casing branch 92 fixedly disposed in the soft casing branch 91, and a vibration motor 93 disposed in the inner casing branch 92, the soft casing 5 and the soft casing branch 91 being integrated Formed, the vibration motor 93 is electrically connected to the PCB board 2.

The inner casing branch 92 can be made to better wrap the vibration motor 93, so that the overall flexibility of the branch 9 is also good.

In the present embodiment, preferably, the inner casing branch 92 is provided as a soft inner casing branch, so that the overall flexibility of the branch 9 is better, and the human touch of the massage is better.

Other structures of the vibrating massager of the present embodiment, such as the motor 1, the upper inner casing 3, and the lower inner casing 4, may be the same as those of the foregoing embodiment, and thus will not be described herein.

Claims (20)

A vibrating massager comprising: a motor, a PCB board, an upper inner casing, a lower inner casing, and a soft outer casing, wherein the motor is placed in the upper inner casing, and the PCB board is placed in the lower inner casing The motor and the PCB board are connected by wires, and the upper inner casing and the lower inner casing are respectively fixedly disposed in upper and lower ends of the soft outer casing. The vibrating massager according to claim 1, further comprising a battery and a battery case covered on the outside of the battery, wherein the battery case is provided with two hooks extending forward from the front surface, and the PCB board is disposed On the front surface of the battery case, the two hooks are respectively hooked on the front end surface of the PCB board, and the battery case and the PCB board are fixedly disposed in the lower inner casing, the upper inner Both the shell and the lower inner casing are provided as a soft shell. A vibrating massager according to claim 2, wherein said soft outer casing is provided as a soft silicone outer casing. The vibrating massager according to claim 3, wherein the PCB is provided with a button, and correspondingly, the soft casing is convexly provided with a protrusion, and one end of the button is placed in the protrusion. A vibrating massager according to claim 4, wherein said upper inner casing and said lower inner casing are each provided as a soft shell. A vibrating massager according to claim 5, further comprising an intermediate cartilage segment disposed between said upper inner casing and said lower inner casing, and said upper inner casing and said intermediate cartilage segment The lower inner casing is integrally formed, and the soft outer casing is wrapped around the integrally formed upper inner casing, the middle cartilage section and the lower inner casing. A vibrating massager according to claim 6 further comprising a branch, said branch comprising a soft outer casing extending outwardly from a side of said soft outer casing and fixedly disposed within said soft outer casing branch a casing branch, a vibration motor disposed in the inner casing branch, the soft casing and the soft casing branch are integrally formed, and the vibration motor is electrically connected to the PCB board. A vibrating massager according to claim 7, wherein said inner casing branch is provided as a soft inner casing branch. A vibrating massager according to claim 1, wherein said upper inner casing and said lower inner casing are each provided as a soft shell. A vibrating massager according to claim 9, further comprising an intermediate cartilage segment disposed between said upper inner casing and said lower inner casing, and said upper inner casing and said intermediate cartilage segment The lower inner casing is integrally formed, and the soft outer casing is wrapped around the integrally formed upper inner casing, the middle cartilage section and the lower inner casing. A vibrating massager according to claim 10, further comprising a branch, said branch comprising a soft outer casing extending outwardly from a side of said soft outer casing and fixedly disposed within said soft outer casing branch a casing branch, a vibration motor disposed in the inner casing branch, the soft casing and the soft casing branch are integrally formed, the vibration motor is electrically connected to the PCB board, and the inner casing branch is set as a soft inner casing branch . A vibrating massager according to claim 4, further comprising a branch, said branch including a soft outer casing branch extending outward from a side of said soft outer casing and fixedly disposed within said soft outer casing branch a casing branch, a vibration motor disposed in the inner casing branch, the soft casing and the soft casing branch are integrally formed, the vibration motor is electrically connected to the PCB board, and the inner casing branch is set as a soft inner casing branch . A vibrating massager according to claim 2, wherein said upper inner casing and said lower inner casing are each provided as a soft shell. A vibrating massager according to claim 13, further comprising an intermediate cartilage segment disposed between said upper inner casing and said lower inner casing, and said upper inner casing and said intermediate cartilage segment The lower inner casing is integrally formed, and the soft outer casing is wrapped around the integrally formed upper inner casing, the middle cartilage section and the lower inner casing. A vibrating massager according to claim 14 further comprising a branch, said branch comprising a soft outer casing extending outwardly from a side of said soft outer casing and fixedly disposed within said soft outer casing branch a casing branch, a vibration motor disposed in the inner casing branch, the soft casing and the soft casing branch are integrally formed, the vibration motor is electrically connected to the PCB board, and the inner casing branch is set as a soft inner casing branch . A vibrating massager according to claim 1, further comprising a branch, said branch comprising a soft outer casing extending outwardly from a side of said soft outer casing and fixedly disposed within said soft outer casing branch a casing branch, a vibration motor disposed in the inner casing branch, the soft casing and the soft casing branch are integrally formed, the vibration motor is electrically connected to the PCB board, and the inner casing branch is set as a soft inner casing branch . A vibrating massager according to claim 1, wherein the electric wire connecting said motor and said PCB board is a spring wire. A vibrating massager according to claim 17, wherein said upper inner casing and said lower inner casing are each provided as a soft shell. A vibrating massager according to claim 18, further comprising a flexible branching portion extending outward from a side of said soft outer casing, and another motor fixedly disposed in said flexible branching portion, said soft The outer casing is integrally formed with the flexible branching portion, and the two are internally connected, and the other motor and the PCB board are also connected by a spring wire. A vibrating massager according to claim 19, wherein said soft outer casing is provided as a soft silicone outer casing.