WO2007082413A1

WO2007082413A1 - Vertical electric eyes massage

Info

Publication number: WO2007082413A1
Application number: PCT/CN2006/000104
Authority: WO
Inventors: Chingchiuan Chang
Original assignee: Chingchiuan Chang
Priority date: 2006-01-20
Filing date: 2006-01-20
Publication date: 2007-07-26

Abstract

A vertical electric eyes massage, which includes at least a machine body unit (10) used to place onto a plane, a driving unit (20) installed on the machine body unit (10), a transmission unit (30) driven by the driving unit (20), and at least a magnetic massage unit (40) driven by the transmission unit (30) to move back and forth. Inside the magnetic unit (40), at least a magnetic component (44) is included, and a massage labial margin (433) for rested against by the eye is formed at one end of the magnetic unit (40).

Description

Vertical electric eye massager

The present invention relates to an eye massager, and more particularly to a vertical electric eye massage which adopts a vertical design and has a magnetic massage unit which can automatically generate a massage effect around the eye area. Device. Background technique

Excessive use of the eyes can easily cause fatigue and discomfort in the eyes. Over time, it may cause vision loss, eye lesions or eye wrinkles. Preventive measures, in addition to allowing the eyes to rest properly, appropriate eye massage, Achieve eye health benefits.

In order to facilitate eye massage, a massage device is invented, in which a permanent magnet is mounted inside the body, and a plug sleeve with a groove on the outer end is provided at one end of the body, and a ring formed by the top of the groove of the plug sleeve is provided. Lip pressure, constantly applying a rotating yaw around the eye to achieve the eye massage effect, while using the magnetic wave oscillation principle of the permanent magnet to stimulate the muscles and acupuncture points around the eye, so that the optic nerve can be relaxed, and In order to restore the elasticity of muscle tissue, in addition, when the blood passes through the acupuncture point of the site, it can also adjust the body's anion and cation by magnetic field, and promote blood circulation and increase blood oxygen content to achieve the effect of eye health care. .

However, the massager performs eye massage in a hand-holding manner. Therefore, it is difficult to perform a regular and repetitive rotational yaw motion around the eye to massage the eye. It also affects the massage effect. Moreover, the general eye massage needs to be carried out for a long time, and each time it takes a certain period of time to see the results. The current massager relies on the strength of the wrist to force the operation, which is not only easy to cause discomfort such as hand pain. Phenomenon will also reduce the willingness to use and will not achieve the desired results. Disclosure of invention

The present invention provides a vertical electric eye massager comprising at least a body unit for placing on a platform, a power unit mounted on the body unit, a transmission unit driven by the power unit, and at least one The transmission unit has a magnetic massage unit that reciprocates, and the magnetic massage

1

Confirmation The unit includes a magnetic component at least in the interior, and a massage lip for abutting against the eye at one end, which can exert a magnetic force on the eye by the magnetic component and a massage effect on the eye through the massage lip.

According to the eye massager provided by the present invention, when the user leans the two-eye portion against the massage lip of the magnetic massage unit, the reciprocating motion of the magnetic massage unit can apply a massage action around the eye to reach the eye portion. The automatic massage effect, and because no manual force is required, the overall massage operation is more durable, smooth and smooth, which helps to improve the eye massage effect. BRIEF DESCRIPTION OF THE DRAWINGS

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing the appearance of an electric eye massager of the present invention.

Fig. 2 is a schematic view showing the internal structure of the electric eye massager of the present invention.

Figure 3 is a partially exploded perspective view of the internal construction of the present invention.

Figure 4 is a side plan view of the internal construction of the present invention.

Figure 5 is a combination view of the appearance of the magnetic device of the present invention.

Figure 6 is a perspective exploded view of the magnetic device of the present invention.

Figure 7 is a side cross-sectional view showing the magnetic device of the present invention.

Figure 8 is a schematic view showing the relationship between the dial gear and the guide gear of the present invention.

Figure 9 is a schematic view showing the positive guiding action of the magnetic member of the present invention.

Fig. 10 is a schematic view showing the pitch adjustment operation of the magnetic member of the present invention.

Fig. 11 is a view showing the state of the eye massage operation of the present invention. Main component symbol description

10 body unit 11 base 111 bottom plate

112 bottom housing 113 power switch 114 control panel

115 base pipe 12 fixed frame 121 pillar

122 fixing seat 123 upper body 124 lower seat

125 clip groove 126 rod hole 13 chin support frame

131 bushing 132 support 133 locker

134 chin support 135 plunger 14 top housing

14a upper housing 14b lower housing 141 through hole 142 through slot 143 rail 144 protective cover

145 bushing 20 power unit 21 power output shaft

30 transmission unit 30a transmission mechanism 30b dial mechanism

31 shaft 32 transmission gear 33 housing

33a first ring shell 33b second ring shell 33c third ring shell

33d fourth ring shell 331 substrate 332 through hole

333 concave curved surface 334 arc convex surface 335 pivot

336 pivot 337 dialed block 338 chute

339 hollow slot 34 dial gear 341 long slot

342 positioning column 343 spring 35 swing sleeve

35a set body 35b actuating rod 35c limit plate

351 pocket 352 arc convex 353 coil

' 354 positioning tip 355 concave curved surface 40 magnetic massage unit

41 cylinder 411 accommodating groove 42 elastic component

43 external massage body 431 positioning groove 432 curved groove

433 presses the lip 434 card flange 44 magnetic components

45 inner massage body 451 arc groove 50 zero adjustment unit

51 shaft 51 1 boom 52 adjustment gear

53 idler 54 spur gear 541 eccentric guide

542 curved wall surface 60 eye distance adjusting unit 61 screw

611 joint 612 threaded part 613 shaft joint

62 rotary knob 63 toggle block 631 studs The best way to achieve the present invention

Referring to FIG. 1 and FIG. 2, the present invention provides a preferred embodiment of a vertical electric eye massager. The vertical electric eye massager mainly includes a body unit 10, a power unit 20, and a transmission unit 30. The second magnetic massage unit 40, the zero return adjustment unit 50 and the one eye distance adjustment unit 60; the following is a detailed description of the structure of each unit:

(1) About the body unit

The body unit 10 mainly includes a base 11 , a fixed frame 12 , a lower support frame 13 and a The top case 14; please refer to FIG. 3 and FIG. 4, wherein the base 11 has a bottom plate 111 that can be placed on the platform, and the bottom plate 111 is externally covered with a bottom case 112, and the bottom case 112 is mounted thereon. a control panel 114 having a control component such as a power switch 113, and a base tube 115 for piercing the front end of the bottom housing 112;

The holder 12 has a post 121 locked to the top surface of the rear side of the bottom plate 111, and the bottom end is received by the bottom case.

112 is appropriately covered, and a fixing seat 122 is disposed at a top end of the pillar 121. The fixing base 122 has two upper locking bodies 123 and a lower seat 124. The upper and lower opposing clamping slots 125 are formed to provide a clip.掣 action, the top of the upper body 123 is more evenly provided with a rod hole 126;

The chin support frame 13 has a sleeve 131 and a support member 132. The sleeve 131 is sleeved and fixed to the base tube 115 at the front end of the bottom housing 112 of the base 11, and a locking member 133 is screwed on the top end. The top end of the support member 132 has a chin support portion 134 which can be abutted against the chin, and has a curved plate shape. The bottom end extends with a plunger 135 which can be locked by the locking member 133 to the sleeve 131 at a moderately high position. ;

The top housing 14 has an upper housing 14a and a lower housing 14b that can be vertically and downwardly connected, and can be appropriately covered outside the unit such as the power unit 20, the transmission unit 30, and the magnetic massage unit 40, and the lower housing 14b and The lower bases of the fixing bases 122 are mutually locked, and a through hole 141 is formed in each of the front and rear side joint portions of the upper and lower casings 14a and 14b, and a through groove is formed in the upper end of the upper casing 14a. 142, the inner wall surface of the two sides of the through slot 142 respectively lock the inherent rail 143, as shown in FIG. 3, and a front and rear limit slide is installed between the two rails 143 and the inner wall surface of the upper casing 14a. a protective cover 144 for opening or closing, and a sleeve 145 is respectively embedded on the two sides of the lower casing 14b;

(2) About the power unit

The power unit 20 is an electric motor that can be clamped in the clamping groove 125 formed by the upper and lower seats 123, 124 of the body unit 10, and has a power output shaft 21 for transmitting power.

(3) About the drive unit

The transmission unit 30 mainly includes a transmission mechanism 30a and two dialing mechanisms 30b. Referring to FIG. 5 to FIG. 7, the transmission mechanism 30a further includes a shaft 31 and a transmission gear 32, and the two dialing mechanisms 30b are The utility model has a left and right symmetry shape, and respectively comprises a casing 33, a dial gear 34 and a swing sleeve 35; wherein:

The shaft 31 has one end connected to the power output shaft 21 of the power unit 20 so as to be driven to rotate by the power output shaft 21;

The transmission gear 32 is fixed on the shaft 31 through a sleeve, and can rotate with the shaft 31; The housing 33 is formed by a first ring shell 33a, a second ring shell 33b, a third ring shell 33c and a fourth ring shell 33d being sequentially connected to each other; wherein the first shell 33a A substrate 331 is integrally formed in the interior, and a through hole 332 is formed in the center of the substrate 331. A concave curved surface 333 and an arc convex surface 334 are respectively formed around the through hole 332 of the front and rear end surfaces of the substrate 331. Referring to FIG. 7, the first and fourth ring shells 33a, 33d are integrally extended at the top end of each of the first and fourth ring shells 33a, 33d, and a pivoting arm 335, 336, respectively, can be respectively pivotally sleeved on the opposite portion of the shaft 31, thereby forming the left and right two housings 33. a common pivoting fulcrum, and a bottom portion of the outer wall surface of the first ring shell 33a is integrally extended with a receiving block 337, and a sliding slot 338 is disposed on each of the receiving blocks 337, and the second and third portions are simultaneously The outer ends of the outer wall surfaces of the annular shells 33b, 33c are respectively disposed with a hollow groove 339;

The slewing gear 34 is accommodated between the second ring casing 33b and the third ring casing 33c, and is meshed with the transmission gear 32 through the hollow groove 339 of the second ring casing 33b so as to be engaged by the transmission gear 32. The rotation of the dial gear 34 is provided with a long slot 341 in the center, and a positioning post 342 protrudes from the end of the slot 341, so that a spring 343 is received in the slot 341, and an opposite end thereof The sleeve is set on the positioning post 342;

The swing sleeve 35 includes a sleeve 35a, an actuating lever 35b and a limiting plate 35c. The sleeve 35a has a circular recess 351 at the front end and an arcuate surface 352 at the rear end. a concave curved surface 333 at the front end of the substrate 331 of the first ring shell 33a, and a screw tube 353 protrudes from a central portion of the arc convex surface 352; the actuating rod 35b is screwed onto the screw 353 so as to pass through The central through hole of the first ring shell 33a and the long slot hole 341 of the dial gear 34, and the actuating rod 35b is radially extended and fixed with a positioning tip 354 for the spring in the long slot 341 of the dial gear 34. The other end sleeve of the 343 is set so as to be elastically eccentrically displaced to the long slot 341 by the elastic force of the spring 343, so that the actuating lever 35b and the dial gear 34 are eccentrically connected; the limiting plate 35c The sleeve is limited to the actuating rod 35b, and the front end is formed with a concave curved surface 355, which can abut against the arc convex surface 334 at the rear end of the base plate 331 of the first ring shell 33a, so that the swing sleeve 35 can be passed through the sleeve body 35a. The curved convex surface 352 of the rear end and the concave curved surface 355 of the front end of the limiting plate 35c Are affixed relative to the first distal end 33a against the annular shell and the rear end of the concave arc 333 arc 334 forming the convex arcuate contact bonded state.

(4) About the magnetic massage unit

Referring to FIG. 7 again, the magnetic massage units 40 are symmetrically left and right, and are respectively mounted on the two swing sleeves 35 of the transmission unit 30, and can pass through the front end of the top housing 14 of the body unit 10. The through hole 141 is appropriately exposed, and each of the magnetic massage units 40 mainly includes a cylinder 41 and an elastic component 42. An external massage body 43, a magnetic component 44 and an inner massage body 45; wherein:

One end of the tubular body 41 is positioned in the circular recess 351 of the front end of the swing sleeve 35 of the transmission unit 30 so that the cylinder 41 can be interlocked with the swing sleeve 35, and the cylinder 41 When fixed, the relative movement of the circular cavity 351 can also be made, and the other end of the cylinder 41 is recessed with a receiving groove 411;

The elastic component 42 is disposed in the receiving groove 411 of the cylinder 41;

The outer massage body 43 is screwed to the opening of the receiving groove 411 of the cylinder 41, and a positioning groove 431 is recessed at one end of the receiving groove 411, and an arcuate groove communicating with the positioning groove 431 is recessed at the other end. 432, and a pressing lip 433 for the eye to be abutted around the curved groove 432, and a card edge 434 is formed around the bottom of the positioning groove 431;

The magnetic component 44 is disposed between the receiving groove 411 of the cylindrical body 41 and the positioning groove 431 of the outer massage body 43, and abuts against the elastic component 42;

The inner massage body 45 is placed in the positioning groove 431 of the outer massage body 43, and one end abuts against the magnetic component 44, and the other end abuts against the card abutting edge 434 at the bottom of the positioning groove 431, and the end portion is further recessed. An arcuate groove 451 is formed in contact with the arcuate groove 432 of the outer massage body 43.

(5) About the zero adjustment unit

Referring to FIG. 3 and FIG. 6, the zero adjustment unit 50 mainly includes a shaft 51, an adjustment gear 52, an idle pulley 53 and a two-way spur gear 54; wherein:

One end of the support shaft 51 is fixedly fixed to the top rod hole 126 of the fixing frame 12 of the body unit 10, and the support shaft 51 is appropriately sleeved with a boom 511. The other end of the suspension rod 511 and the shaft of the transmission unit 30 31 movable pivot sleeve, which can provide suspension support for the shaft 31;

The adjusting gear 52 is movably sleeved on the support shaft 51, and can be located just below the protective cover 144 of the top casing of the body unit 10, so that the protective cover 144 is opened and can be appropriately exposed for manual rotation;

The idler pulley 53 is pivotally mounted on the opposite shaft 31 of the transmission unit 30 and is in mesh with the adjustment gear 52 so as to be rotated by the adjustment gear 52;

The two spur gears 54 are respectively accommodated between the third ring shell 33c and the fourth ring shell 33d of the left and right housings 33 of the transmission unit 30, and respectively pass through the hollow slots above the third ring shell 33c. The 339 is engaged with the upper idler gear 53 such that the two spur gears 52 can be synchronously engaged by the idler gear 53. At the same time, the two spur gears 54 are provided with a semilunar eccentric guide groove 541 extending from the axial center to the periphery. Drive list The actuating lever 35b at the rear end of the swing sleeve 35 of the element 30 is thereby extended, and the eccentric guide groove 541 is formed with an arcuate wall surface 542 on the side, which can be adapted to the proper position of the guide gear 54 when the dial gear 34 is fixed. Rotation moves the actuating lever 35b in the eccentric guide groove 541 to the axial center portion, so that the yaw angle of the swing sleeve 35 can be positively zeroed.

(6) About the eye distance adjustment unit

Referring to FIG. 1 , FIG. 3 and FIG. 6, the eye distance adjustment unit 60 mainly includes a screw 61, a rotary button 62 and two dial blocks 63.

The middle portion of the screw 61 is formed with a connecting portion 611. The two ends are respectively provided with a threaded portion 612 of a positive and a reverse spiral direction, and the outer end of the threaded portion 612 extends with a shaft connecting portion 613, which can be pivotally respectively positioned on the body unit 10 On the sleeve 145 on both sides of the lower casing 14b;

The rotary knob 62 is coupled to the joint portion 611 of the middle portion of the screw 61;

One end of each of the dial blocks 63 is screwed on the threaded portion 612 of the two ends of the screw 61, and a circular stud 631 is protruded from the other end. The first ring shell 33a of the transmission unit 30 can be respectively embedded and limited. In the sliding groove 338 of the bottom portion of the dial 337, the screw 61 can be interlocked by the appropriate rotation of the rotary knob 62, so that the two sliding blocks 63 on the screw 61 can be axially displaced outward or inward at the same time, and then moved. The dialed block 337 on the two housings 30 causes the two housings 33 to be swiveled outwardly or inwardly with the top pivot 335 as a pivot point.

In order to further understand the structural features of the present invention, the application of the technical means, and the intended effect, the present invention will be described in the form of the present invention.

Referring to FIG. 2, FIG. 3 and FIG. 6, before the vertical electric eye massage device of the present invention starts the massage, the yaw angle of the two magnetic massage units 40 must be adjusted to zero by the zero adjustment unit 50, and then, Then, according to the distance between the eyes of each user, the two magnetic massage units 40 are adjusted to a suitable width and width, and the following adjustment operation procedures are respectively described below:

(1) Zero adjustment procedure; mainly to manually adjust the adjustment gear 52 of the zero adjustment unit 50 by manual means, so that the lower idler 53 can be engaged by the adjustment gear 52, and then meshed through the idle gear 53 at the same time. The spur gear 54 inside the left and right housings 33 of the unit 30 causes the two spur gears 54 to rotate synchronously. Specifically, since the electric motor of the power unit 10 does not start running, the The two rotary gears 34 located inside the left and right housings 33 are in a stationary state, so that when the guide gear 54 is rotated in a predetermined direction, the upper eccentric guide groove 541 is longer than the rotary gear 34. The slot 341 is relatively offset. As shown in FIG. 8 and FIG. 9, the original slot is extended to the long slot 341-end. The actuating lever 35b of the eccentric portion is subjected to the arcuate wall surface 542 of the eccentric guide groove 541 of the spur gear 54, and is gradually displaced by the axial direction, and simultaneously compresses the spring 343 in the long slot 341. The yaw angle of the actuating lever 35b can be zeroed, and the integral swing sleeve 35 and the magnetic massaging unit 40 that is pivotally mounted on the swing sleeve 35 are also positively zeroed. The wide distance adjustment procedure of the subsequent two magnetic massage units 40 can be performed.

(2) Wide adjustment procedure; mainly, the user's chin is firstly abutted against the chin support portion 134 of the chin support frame 13 of the body unit 10, after which the eyes are closed, and the eyes are slightly contacted to the left and right sides. The massage lip 433 at the front end of the magnetic massage unit 40 is used to measure the relationship between the distance between the user's eyes and the width of the massage lips 433 on both sides, so that the width of the massage lip 433 and the distance between the eyes can be mutually The anastomosis, that is, the two massage lips 433 can be aligned and adhered to the surrounding parts of the eyes, so that the wide distance adjustment is not needed, and the power unit 20 can be directly activated for the automatic eye massage operation, and vice versa. The width of the edge 433 and the position of the eyes cannot be matched with each other, that is, the width of the two massage lips 433 must be adjusted first. When adjusting, please refer to FIG. 10 again, the rotation button 62 on the eye distance adjusting unit 60 is rotated in a predetermined direction. And the screw 61 is interlocked to axially displace the two side dial blocks 63 of the screw sleeve 61 outwardly or inwardly, thereby pushing the bottom of the left and right side casings 33 of the transmission unit 30. The plunging block 337 causes the two housings 33 to swing outwardly with the pivoting point of the top pivot 336 and the shaft 31 as a pivot point to increase the wide distance, or to condense inward to reduce the wide distance, so that The widths of the two magnetic massage units 40 mounted inside the left and right housings 33 can be enlarged or reduced, so that the width of the massage lip 433 at the front end of the two magnetic massage units 40 can be widened to the user's eyes. Consistently, it can be accurately pressed against the area around the eyes.

In addition, when the massage lip 433 of the left and right magnetic massage units 40 is adjusted in width, the eye massage program can be started. In operation, the electric motor of the power unit 20 is first activated to power the electric motor. It is transmitted to the shaft 31 of the transmission unit 30 via the power output shaft 21, and then the transmission gear 32 is driven via the shaft 31. Thereafter, the transmission gear 32 is synchronously engaged with the rotary gear 34 inside the left and right housings 33. At this time, since the guide gear 54 is in a stationary state, when the dial gear 34 is rotated until its long slot 341 and the eccentric guide groove 541 of the guide gear 54 are corresponding positions, the penetration is The rear end actuating lever 35b of the swing sleeve 35 at the axial portion of the long slot 341 of the dial gear 34 is urged by the spring force of the inner spring 343 of the long slot hole 341, and the limit slip along the long slot 341. The eccentric portion of the other end is in an eccentrically connected state. Therefore, when the dial gear 34 continues to rotate, the actuating lever 35b at the rear end of the swinging sleeve 35 can be rotated in the circumferential direction. Reference Referring to Figure 11, the rear end surface of the cylindrical body 35a of the swing sleeve 35 and the front end surface of the limiting plate 35c are respectively in contact with the front and rear opposite end faces of the inner substrate 331 of the first ring shell 33a. In the state, the central through hole 332 of the base plate 331 has a space sufficient for the yaw displacement of the actuating lever 35b. Therefore, when the movable lever 35b is moved by the dial gear 34 in the circumferential direction, the swing sleeve 35 as a whole The arc-shaped contact surface is used as the guide-slip limit interface, and a circular reciprocating yaw motion is taken as the fulcrum of the arc-shaped contact curved surface, so that the magnetic force is pivoted on the front end of the swing sleeve 35. The massage unit 40 can also be used as a circumferential reciprocating yaw motion, so that when the user puts the chin against the chin support portion 134 of the chin support frame 13, the eyes are closed and the contact is slightly attached to the left and right sides. When the massage lip 433 of the front end of the magnetic massage unit 40, the massage lip 433 can automatically generate a massage effect on the surrounding parts of the eyes along with the circumferential reciprocating yaw motion of the magnetic massage unit 40, and can pass through the magnetic massage unit. 40 internal magnetic Components 44 pairs of muscles around the eye and administered acupuncture shock wave action, to achieve the effect of eye protection Jian.

It should be specially noted that the vertical electric eye massage device of the present invention adopts a vertical and an electric control operation mode, so that compared with the existing manual grip and the screw operation, since no manual operation is required at all, The eye massage operation is easier and more convenient. At the same time, since the electric massage operation is more regular and durable, and the correction can be adjusted according to the different eye distance of each user, the pressing lips of the left and right two magnetic massage units 40 are made. 433 can be accurately pressed against the surrounding parts of the eyes, so it can effectively improve the eye massage effect; In addition, the user can directly remove the magnetic force of the left and right movable sleeves on the swing sleeve 35 as needed. The massage unit 40 can be conveniently carried and manually operated at any time; further, as shown in FIG. 6, the transmission unit 30 of the vertical electric eye massage device of the present invention can also be provided with only one dial mechanism 30b. The transmission gear 32 only needs to drive the dial gear 34 and the swing sleeve 35 inside the housing 33 of the dial mechanism 30b, and the magnetic massage unit 40 located on the swing sleeve 35, Comp monocular may be provided to any one of the massage effect by the massage unit 40 a single magnetic, simultaneously, nor shall be provided with the above-described zero adjustment unit 50 from the adjusting unit 60 by the eye.

In summary, the present invention has excellent advancement and practicability in similar products, and at the same time, the technical data on such structures at home and abroad are frequently investigated, and the same prior structure is not found in the literature. The invention already has the invention patent requirements and submits an application according to law.

However, the above description is only a preferred embodiment of the present invention, and equivalent structural changes within the scope of the present invention and the claims are intended to be included in the scope of the present invention.

Claims

Rights request

1. A vertical electric eye massager comprising at least:

a body unit for placement on a platform;

a power unit mounted on the body unit;

a transmission unit driven by the power unit;

At least one magnetic massage unit that is reciprocated by the transmission unit. 2. The vertical electric eye massager according to claim 1, wherein the power unit driven by the power unit on the body unit comprises:

a transmission mechanism driven by the power unit;

At least one dialing mechanism is driven by the transmission mechanism to interlock the magnetic massage unit for reciprocating motion.

3. The vertical electric eye massager according to claim 2, wherein the transmission mechanism further comprises:

a shaft that is driven to rotate by the power unit;

A transmission gear is fixed to the shaft by a wear sleeve, and can be rotated in conjunction with the shaft.

4. The vertical electric eye massager according to claim 2, wherein the dialing mechanism further comprises:

a housing

a rotating gear, the mounting shaft is disposed inside the casing, and can be driven by the transmission mechanism; a swinging sleeve is installed inside the casing, and can be reciprocated by the turning gear The yaw is placed and positioned for one of the magnetic massage units to be pivotally positioned.

The vertical electric eye massager according to claim 4, wherein the housing is formed by a plurality of ring shells being assembled with each other, and the rotation gear and the swing sleeve are accommodated. The limit position and a hollow groove are formed in a predetermined portion of the ring shell, so that the dial gear and the swing sleeve are properly exposed. The vertical electric eye massager according to claim 4, wherein the dial gear has a long slot in the center for allowing the opposite portion of the swing sleeve to extend, and the long slot is internally mounted The setting position has a spring, and the penetrating sleeve can be elastically pushed and displaced toward the eccentric portion of one end, so that the swing sleeve and the dialing gear are eccentrically connected. The vertical electric eye massager according to claim 4, wherein the swing sleeve further comprises:

'A set body is installed inside the casing, and a recess is formed at one end for the movable positioning of the magnetic massage unit, and an arc convex surface is formed at the other end to form an arc with the opposite part of the casing. Contact fit

An actuating rod is integrally extended by the arc convex surface at the other end of the sleeve body, and is eccentrically connected with the rotating gear;

a limiting plate is fixed on the actuating rod and is appropriately spaced from the arc convex surface of the sleeve body, and one end is formed with a concave curved surface opposite to the arc convex surface of the sleeve body, and is opposite to the inner surface of the housing The portion forms an arcuate contact fit. The vertical electric eye massager according to claim 7, wherein the housing is formed with a substrate for the arc-shaped contact of the sleeve, and a through hole is formed in the center of the housing. The moving rod is thereby extended, and the two ends of the substrate are respectively formed with a concave curved surface and an arc convex surface, and the arc convex surface of the opposite sleeve body and the concave curved surface of the limiting plate respectively form an arc-shaped contact patch. Together. The vertical electric eye massager according to claim 1, wherein the magnetic massage unit 'includes at least a magnetic component inside, and a massage lip for abutting the eye at one end. The vertical electric eye massager according to claim 2, wherein the magnetic massage unit comprises:

a cylindrical body, one end of the movable pivot sleeve is positioned at the opposite end of the dialing mechanism, and can be reciprocated accordingly, and the other end is recessed with a receiving groove; An elastic component is disposed in the receiving groove of the cylinder;

An outer massage body is closed to the opening portion of the receiving groove of the cylinder body, and a positioning groove is recessed at one end of the receiving groove, and an arc groove corresponding to the positioning groove is recessed at the other end, the arc concave There is a pressing lip around the groove for the eye to abut, and a card edge is formed around the bottom of the positioning groove;

a magnetic component disposed between the receiving groove of the cylindrical body and the positioning groove of the outer massage body, and abutting against the elastic component;

An inner massage body is disposed in the positioning groove of the outer massage body, and one end abuts against the magnetic component, and the other end abuts against a card abutting edge of the bottom of the positioning groove, and the end portion is further recessed An arcuate groove is formed in contact with the arcuate groove of the outer massage body. The vertical electric eye massager according to claim 1, wherein the body unit further comprises:

a base for placing on the platform;

A fixing frame is formed by extending from one side of the base to allow the power unit to be installed and positioned; the support frame of the lower bar is extended from the other side of the base. The vertical electric eye massager according to claim 11, wherein the holder is provided with a top casing for appropriately covering the power unit, the transmission unit and the magnetic massage unit. The vertical electric eye massager according to claim 11, wherein the fixing frame further comprises:

a pillar mounted to the base;

A fixing base is mounted on the top of the pillar for mounting and positioning the power unit. The vertical electric eye massage device according to claim 11, wherein the chin support frame further comprises:

a sleeve mounted to the base;

a support member, the wearable sleeve is fixed to the sleeve at a predetermined height position, and the top end is formed with a The chin can be reached by the chin support.

A vertical electric eye massager according to claim 1, wherein the power unit is a motor and has a power output shaft for transmitting power to the transmission unit.

The vertical electric eye massager according to claim 2, wherein at least one of the dialing mechanisms of the transmission unit driven by the power unit on the body unit is two dialing mechanisms, and the two dialing mechanisms The mechanism is driven by the transmission mechanism, wherein each of the dialing mechanisms comprises:

a housing

· A turning gear, 'The mounting shaft is set inside the casing and can be driven by the transmission mechanism; a swing sleeve is installed inside the casing and can be reciprocated by the turning gear Rotating yaw and positioning the movable end of the magnetic massage unit.

The vertical electric eye massager according to claim 16, wherein the transmission unit driven by the power unit on the body unit is equipped with a return-to-zero adjustment unit, which comprises: a shaft, Installed on the body unit;

An adjusting gear is pivoted on the support shaft for manual rotation; an idler wheel is pivotally positioned on the transmission mechanism;

The two spur gears are respectively arranged inside the casing of the two dialing mechanism, and an eccentric guide groove extending from the axial center portion to the periphery is provided thereon, so that the opposite portion of the swing sleeve can be penetrated thereby And forming at least one arcuate wall surface in the eccentric guide groove, wherein when the dial gear is fixed, the through portion of the eccentric guide groove is pivoted to the axial center portion through proper rotation of the guide spur gear The yaw angle of the swivel sleeve is zeroed. 18. The upright electric eye massager of claim 17, wherein the transmission mechanism has at least one shaft driven by the power unit for positioning the idler sleeve.

The vertical electric eye massager according to claim 16, wherein the at least one dialing mechanism is two dialing mechanisms, and the peripheral wall surfaces of the top ends of the two dialing mechanisms are respectively provided. There is a pivotal ear, which can be pivotally connected to each other coaxially, and each of the bottom peripheral wall faces is provided with a dial block, which can simultaneously When the eye distance adjusting unit is moved outward or inward, the housings of the two dialing mechanisms are swung outwardly or inwardly by the pivot point of the top pivoting arm as a pivot point, and the two turns can be adjusted. The wide separation of the institutions. The vertical electric eye massage device according to claim 19, wherein the eye distance adjusting unit further comprises:

a screw, wherein a segment is formed with a joint portion, and the two ends are respectively provided with thread portions of different spiral directions, and the outer ends of the thread portions respectively extend with a shaft joint portion which can be appropriately pivotally positioned on the body unit;

a rotary button coupled to the middle portion of the screw;

Two sliding blocks are respectively screwed on the threaded portions of the two ends of the screw, and the other ends are respectively provided with a protruding post, which can be slidably locked with the opposite end of the opposite housing, so that the rotating button can pass through The screw and the two dial blocks axially move the dialed block outward or inward. The vertical electric eye massager according to claim 17, wherein the body unit comprises at least one top housing, and the top housing is provided with a slot relative to the adjusting gear portion of the zero return adjusting unit. A protective cover is slid over the slotted portion.