JP3182975U - Knocking synchronous Satsuma - Google Patents

Abstract

Provided is a kneading tapping synchronous sander capable of kneading a user while two kneading devices and two tapping devices move up and down by a power vertical movement device.
A power vertical movement device includes a power vertical movement device and a beat tapping synchronization device. The power vertical movement device includes a housing part, and a sliding passage is formed inside the housing part. A vertical moving rack 13 is provided beside the passage, and the tapping synchronizer includes a case portion, and further includes a power source, a set of first transmission devices, a set of second transmission devices, and two sets of sets. A kneading device 50a, 50b and two sets of tapping devices are included.
[Selection] Figure 1

Description

  The present invention relates to a massager, and more particularly, to a massage-synchronized massager that can massage a user while two kneading devices and two tapping devices move up and down by a power vertical movement device.

  Since people's daily lives are extremely tense and busy, when there is time, it is common to go home and rest, but back pain due to work stress cannot be resolved. For this reason, some manufacturers have developed and marketed conventional Satsuma machines. According to the conventional Satsuma device, it is possible to perform Satsuma at home and to eliminate low back pain.

  Since the conventional massager can perform only simple rolling massage, the back and back pain cannot be effectively eliminated, and the massage operation is extremely monotonous. For this reason, the user is easily bored with the use of such a massager.

  A main object of the present invention is to provide a kneading tapping synchronous sander capable of kneading a user while two kneading devices and two tapping devices move up and down by a power vertical movement device.

According to the hammering synchronous sander of the present invention, a power vertical movement device provided with a housing portion, a sliding passage is formed inside the housing portion, and a vertical movement rack is provided beside the sliding passage;
A tapping synchronizer with a case portion;
Including
The tapping synchronizer
The first motor may be a power source in which the first motor is assembled inside the case portion, and the worm gear is fixed to the shaft center of the first motor;
A first transmission shaft, a first gear, and a second gear are assembled inside the case portion, and the worm gear of the first motor meshes with the first gear and is fixed to the first transmission shaft. A set of first transmissions capable of driving the first and second gears;
A second transmission shaft, a third gear, and a fourth gear are assembled inside the case portion, and the worm gear of the first motor meshes with the third gear and is fixed to the second transmission shaft. A set of second transmissions capable of driving the third gear and the fourth gear,
It protrudes from the inside of the case part to the outside of the case part, and includes a rotary slope structure, a swing arm, a Satsuma head support, and a Satsuma head, and the rotary slope structure is fixed to the third transmission shaft, A fifth gear is fixed to the third transmission shaft, and the fifth gear meshes with the second gear, whereby the first transmission shaft can be rotated by driving the rotating slope structure, The oscillating arm is driven to oscillate left and right by the rotation of the oscillating slope structure, and the oscillating head support base is assembled to the oscillating arm. Oscillating left and right, the Satsuma head support base is provided with a Satsuma head, and two sets of kneading devices capable of massaging the user by swinging the Satsuma head left and right;
Projecting from the inside of the case portion to the outside of the case portion, the fourth transmission shaft is provided with a sixth gear, the sixth gear meshes with the fourth gear, and is unidirectional between the sixth gear and the fourth transmission shaft. A rotatable bearing is interposed, eccentric wheels are provided at both ends of the fourth transmission shaft, an eccentric case is fitted to the eccentric wheel, and the eccentric shaft is pivotally attached to the eccentric case, The eccentric shaft is connected to the lever presser block via a universal joint, and the lever presser block is fixed to the side surface of the Satsuma head support so that when the first motor is reversely rotated, the eccentric wheel is Is driven to perform the hitting operation, and at this time, the Satsuma head has two sets of hitting devices that perform the same operation.
A worm gear is provided on the shaft, the first large-diameter gear and the first small-diameter gear are integrally formed, the first large-diameter gear meshes with the worm gear, and the second large-diameter gear and the second small-diameter gear are The second large-diameter gear is meshed with the first small-diameter gear, the third large-diameter gear and the third small-diameter gear are integrally molded, and the third large-diameter gear is integrated with the second small-diameter gear. The meshing, third small-diameter gear meshes with the vertical movement rack, and the gear ratio of these large-diameter gear and small-diameter gear can achieve the purpose of reducing the speed and increasing the torque, and by changing its rotational direction The kneading and tapping device has a second motor that can be switched to a mode that performs kneading and kneading while going up, or a mode that performs kneading and kneading while going down;
It is characterized by including.

  According to the kneading and tapping synchronous sanding device of the present invention, the Satsuma head support base is provided with an infrared lamp plate and a sanding head, and the sanding head can massage the user while swinging left and right. The infrared lamp plate has a compress effect.

  According to the kneading and tapping synchronous sanding device of the present invention, the power vertical movement device has the effect that the two kneading devices and the two tapping devices can move the user while moving up and down.

It is a perspective view which shows one Example of this invention. It is a disassembled perspective view which shows one Example of this invention. It is a disassembled perspective view which shows the slap hit synchronizing device of one Example of this invention. It is the perspective view which looked at the kneading hit synchronizing device of one example of the present invention from the lower viewpoint. It is a front view which shows the raising / lowering operation | movement of one Example of this invention. It is a side view which shows the raising / lowering operation of one Example of this invention.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
The kneading tapping synchronous sander of the present invention includes a power vertical movement device 10 and a kneading tapping synchronization device 20.

  The power vertical movement device 10 includes a housing portion 11, a sliding passage 12 is formed inside the housing portion 11, and a vertical movement rack 13 is provided near the sliding passage 12.

  The kneading tapping synchronization device 20 includes a case portion 21, and further includes a power source, a set of first transmission devices 30, a set of second transmission devices 40, two sets of kneading devices 50 a and 50 b, A set of striking devices 60.

  The power source may be the first motor 22. The first motor 22 is assembled inside the case portion 21, and a worm gear 23 is fixed to the shaft center of the first motor 22.

  The set of first transmission devices 30 is assembled inside the case portion 21, and includes a first transmission shaft 31, a first gear 32, and a second gear 33. The worm gear 23 of the first motor 22 meshes with the first gear 32 and can drive the first gear 32 and the second gear 33 fixed to the first transmission shaft 31.

  The pair of second transmission devices 40 is assembled inside the case portion 21, and includes a second transmission shaft 41, a third gear 42, and a fourth gear 43. The worm gear 23 of the first motor 22 meshes with the third gear 42 and can drive the third gear 42 and the fourth gear 43 that are fixed to the second transmission shaft 41.

  The two sets of kneading devices 50a and 50b protrude from the inside of the case portion 21 to the outside of the case portion 21, and include a rotating slope structure 51, a swing arm 52, a Satsuma head support base 53, and two infrared lamp plates 54. And Satsuma heads 55, respectively. The rotating slope structure 51 is fixed to the third transmission shaft 56. A fifth gear 57 is fixed to the third transmission shaft 56. The fifth gear 57 meshes with the second gear 33, whereby the first transmission shaft 31 can be rotated by driving the rotating slope structure 51. The swing arm 52 is in contact with the rotating slope structure 51, and the swing arm 52 is driven to swing left and right by the rotation of the rotating slope structure 51. A Satsuma head support base 53 is assembled to the swing arm 52, whereby the Satsuma head support base 53 swings left and right. A Satsuma head 55 is provided on the Satsuma head support base 53. The user can be massaged by swinging the massage head 55 left and right. The infrared lamp plate 54 has an effect of compressing the user.

  The two sets of hitting devices 60 protrude from the inside of the case portion 21 to the outside of the case portion 21. A sixth gear 62 is provided on the fourth transmission shaft 61. The sixth gear 62 meshes with the fourth gear 43. A unidirectionally rotatable bearing 63 is interposed between the sixth gear 62 and the fourth transmission shaft 61. Eccentric wheels 64 are provided at both ends of the fourth transmission shaft 61, respectively. An eccentric case 65 is fitted on the eccentric wheel 64. An eccentric shaft 66 is pivotally attached to the eccentric case 65. The eccentric shaft 66 is connected to the lever pressing block 67 through the universal joint 661. The lever presser block 67 is fixed to the side surface of the Satsuma head support base 53, so that when the first motor 22 is reversely rotated, the eccentric wheel 64 drives the Satsuma head 55 to perform the Satsuma operation. At this time, the Satsuma head 55 performs the Satsuma operation synchronously.

  With the above configuration, when the worm gear 23 of the first motor 22 is rotating forward, the first gear 32 and the first transmission shaft 31 of the first transmission device 30 are driven, and the second gear 33 causes the fifth gear 57 to be driven. The third transmission shaft 56 is driven, and the rotating slope structure 51 is driven to rotate. By the rotation of the rotating slope structure 51, the swing arm 52 swings to the left and right, and the massage head support base 53 and the two massage heads 55 swing to the left and right, so that it is possible to apply kneading to the user.

  With the above configuration, when the worm gear 23 of the first motor 22 is rotating in reverse, the first gear 32 and the first transmission shaft 31 of the first transmission device 30 are driven, and the second gear 33 and the fifth gear 57 are driven. The third transmission shaft 56 is driven, and the rotating slope structure 51 is driven to rotate. By the rotation of the rotating slope structure 51, the rocking arm 52 rocks left and right, and the user can perform massaging while the rocking head support base 53 and the two massage heads 55 rock right and left. At this time, the worm gear 23 rotates reversely to drive the third gear 42 and the fourth gear 43, and the sixth gear 62 drives the fourth transmission shaft 64 via the one-way rotatable bearing 63, 4 The rotation of the transmission shaft 64 drives the eccentric wheel 64 and the eccentric housing 65 to rotate. By rotating the eccentric housing 65, the eccentric shaft 66 is pressed or pulled, and the lever pressing block 67, the mass head support base 53, and the two mass heads 55 are driven, and the user is simultaneously subjected to massaging and hitting massaging. Is possible.

  A second motor 70 is provided inside the case portion 21 of the present invention. A worm gear 71 is provided on the shaft of the second motor 70. The first large diameter gear 72 and the first small diameter gear 73 are integrally formed, and the first large diameter gear 72 meshes with the worm gear 71. The second large diameter gear 74 and the second small diameter gear 75 are integrally formed, and the second large diameter gear 74 meshes with the first small diameter gear 73. The third large diameter gear 76 and the third small diameter gear 77 are formed integrally, and the third large diameter gear 76 meshes with the second small diameter gear 75. The third small diameter gear 77 meshes with the vertical movement rack 13. With the gear ratio of these large diameter gear and small diameter gear, the purpose of reducing the speed and increasing the torque can be achieved. Then, by changing the rotation direction of the second motor 70, the kneading device 20 can be switched to a mode in which the kneading and massaging is performed while going up or a mode in which the kneading and massaging is performed while going down.

  Thus, while described with reference to particular examples of the present invention, those examples are for illustrative purposes only, and are not intended to limit the present invention, and those having ordinary skill in the art. It will be understood that modifications, additions, or deletions may be made to the embodiments disclosed herein without departing from the scope of the present invention and the scope of the utility model registration request.

  The present invention can be applied to a massager.

DESCRIPTION OF SYMBOLS 10: Power vertical movement apparatus 11: Housing part 12: Sliding path | route 13: Vertical movement rack 20: Splashing synchronous apparatus 21: Case part 22: 1st motor 23: Worm gear 30: 1st transmission 31: 1st transmission shaft 32: 1st gear 33: 2nd gear 40: 2nd transmission device 41: 2nd transmission shaft 42: 3rd gear 43: 4th gear 50a: Winding device 50b: Winding device 51: Rotary slope structure 52: Rocking Moving arm 53: Satsuma head support 54: Infrared lamp plate 55: Satsuma head 56: Third transmission shaft 57: Fifth gear 60: Striking device 61: Fourth transmission shaft 62: Sixth gear 63: One-way rotation possible Bearing 64: Eccentric wheel 65: Eccentric housing 66: Eccentric shaft 67: Lever pressing block 70: Second motor 71: Worm gear 72: First large diameter gear 73: First small diameter gear 74: Second large diameter gear 75: 2 small-diameter gear 76: third large-diameter gear 77: third diameter gear 661: universal joint

Claims (2)

A power vertical movement device comprising a housing portion, wherein a sliding passage is formed inside the housing portion, and a vertical movement rack is provided beside the sliding passage;
A tapping synchronizer with a case portion;
Including
The tapping synchronizer
A power source may be a first motor, the first motor is assembled inside the case portion, and a worm gear is fixed to an axis of the first motor;
A first transmission shaft, a first gear, and a second gear; and the worm gear of the first motor meshes with the first gear; A set of first transmission devices capable of driving the first gear and the second gear fixed to a transmission shaft;
A second transmission shaft, a third gear, and a fourth gear; and the worm gear of the first motor meshes with the third gear; A set of second transmission devices capable of driving the third gear and the fourth gear fixed to a transmission shaft;
Projecting from the inside of the case part to the outside of the case part, each comprising a rotating slope structure, a swing arm, a Satsuma head support, and a Satsuma head, wherein the rotating slope structure is fixed to the third transmission shaft. And a fifth gear is fixed to the third transmission shaft, and the fifth gear meshes with the second gear, whereby the first transmission shaft drives and rotates the rotary ramp structure. The swing arm is in contact with the rotating slope structure, and the swing arm is driven to swing left and right by the rotation of the rotating slope structure. As a result, the Satsuma head support base swings to the left and right, and the Satsuma head support base is provided with the Satsuma head. Satsuma is possible And tapping equipment kneading of,
A sixth gear is provided on a fourth transmission shaft that protrudes from the inside of the case portion to the outside of the case portion, the sixth gear meshes with the fourth gear, and the sixth gear and the fourth transmission. A unidirectionally rotatable bearing is interposed between the shafts, eccentric wheels are provided at both ends of the fourth transmission shaft, and an eccentric case is fitted on the eccentric wheel. An eccentric shaft is pivotally connected, and the eccentric shaft is connected to a lever press block via a universal joint, and the lever press block is fixed to a side surface of the Satsuma head support base, whereby the first motor When the rotation is reversed, the eccentric wheel drives the Satsuma head to perform the hitting operation, and at this time, the Satsuma head performs two sets of hitting devices synchronously, and
A worm gear is provided on the shaft, the first large-diameter gear and the first small-diameter gear are integrally formed, the first large-diameter gear meshes with the worm gear, and the second large-diameter gear and the second small-diameter gear. A gear is integrally formed, the second large diameter gear meshes with the first small diameter gear, a third large diameter gear and a third small diameter gear are integrally formed, and the third large diameter gear is The second small-diameter gear meshes, the third small-diameter gear meshes with the vertical moving rack, and the gear ratio between the large-diameter gear and the small-diameter gear can reduce the speed and increase the torque. By changing the rotation direction, the kneading device can be switched to a mode in which the kneading and massaging while going up, or a mode in which the kneading and massaging while going down,
A tapping synchronous sanding device characterized by including   The Satsuma head support is provided with an infrared lamp plate and the Satsuma head, and the Satsuma head is capable of massaging a user when swinging left and right. 2. The kneading and tapping synchronous sanding machine according to claim 1, which has a poultice effect.

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