CN109674632A

CN109674632A - Head massager

Info

Publication number: CN109674632A
Application number: CN201811557952.8A
Authority: CN
Inventors: 阮保国
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-12-19
Filing date: 2018-12-19
Publication date: 2019-04-26

Abstract

The present invention provides a kind of head massagers, including preceding radial shell and rear radial shell, crown broadwise shell three parts, there is the interconnection of telescopic adjustment control device, massage part has neck, overhead after eye, left and right temple portion, hindbrain in shell, five Massage Departments and there is high human simulation massage manipulation, there are an independent drive motors and one group of inside spline wheel gear in each Massage Department, and each group train uses plane bearing dead axle；Each drive motor is driven driving wheel, driving wheel is engaged with side driven wheel, gear gear's intermeshing transmission drives massage finger, massage finger bias is fixed on massage finger bar top end part, massage finger bar splined shaft is adapted to train spline tooth wheel bore and slides up and down, and has pressurised airbag to reinforce under massage finger installation cavity chassis to massage finger；Each power supply line, Massage Department is connected with each other, and there is one-key start at control system route independent connection, each position that is switched on, after booting each position can independent control, have hand held controller and Digiplex control.

Description

Head massager

Technical field

The present invention relates to massage technique fields, and in particular to a kind of head massager.

Background technique

Present rhythm of life, prolonged tense working in one day, study is overstrain one's nerves, and brain is caused fatigue, head occur Confused dim eyesight, it is necessary to be aided with therapeutic massage to brain, with eliminate or alleviate because excessively using mental due to it is tired to brain bring Labor.These effects reached by massage are lasting by being difficult to adhere to by artificial hand, need massager and carry out assistant massaging, at present Existing head massager mostly generates vibration using eccentric rotor motor and air bag pressurizes, this vibrating motor massager, correct Vibration massage comfort level is bad, and good massage effect is not achieved, and also has mechanical massage, and massage head is lacked in the rotation of head massage area Weary comfort level, relatively simple to reach not head massage optimum efficiency, head massager of the present invention using eye, overhead, controls too 5 groups of gears of neck after positive cave, hindbrain, the rotation of each group gear drive slidably massage finger spinning massage that air bag is combined to pressurize, Gao Fang True man's hand rubs pressing massage and solves this defect.

Summary of the invention

Head massager technical problems to be solved institute of the present invention is using technical solution: a kind of head massager, including Preceding radial direction shell and rear radial shell, crown broadwise shell three parts shell have the interconnection of telescopic adjustment control device, shell Interior massage part has neck after eye, left and right temple portion, hindbrain, five Massage Department of overhead and has high human simulation massaging hand There are an independent drive motors and one group of inside spline wheel gear in method, each Massage Department, and each group train uses plane bearing dead axle, supply Electric line is connected with each other, and there is one-key start at control system route independent connection, each position that is switched on, and each position can independently be controlled after booting System has hand held controller control and Digiplex control；The eye and left and right temple Massage Department and front housing are poured disjunctor, Neck and back casing are poured disjunctor afterwards, and the front housing and the rear housing is enclosed with telescopic control device and is fixedly connected, head top massage Portion and crown shell are poured disjunctor, and the overhead is fixedly connected with procapsid according to the T-shaped telescopic control device that combined；Eye There is two groups of left and right internal spline bevel gear cambered surface arrangement in Massage Department, and gear has plane bearing dead axle cambered surface to be arranged in train cavity, Every group of train two rows driven gear, is arranged above and below with brow ridge radian, and the train arrangement of two groups of the left and right has eyebrow in the cavity Two cambered surfaces of bone and forehead, the two groups of trains in left and right have a drive motor driving driving gear, and driving wheel is engaged with side driven wheel, Gear gear's intermeshing transmission, using small-angle internal spline bevel gear, each driven gear drives a massage finger, massages finger Bias is fixed on massage finger bar top end part, and the eccentric massage finger set has soft rubber cover, massage finger bar splined shaft and train spline Gear hole adaptation, splined shaft have limit on the shoulders outside train cavity up and down, and massage finger has slided up and down splined shaft upper and lower side on the shoulders Limit, there is a pressurized spring in lower end on the shoulders, pushes massage finger pressurization finger by spring pressurization, massage finger low side has M shape axis It pitches, there is wave disk under the M shape yoke, M shape yoke is moved in wave disk, and massage finger bar rotation, M shape yoke bipod has ball to exist Wave is folded volt and is rolled, and makes to massage finger approximation true man's finger arena pressing massage, finger, which does not shift, refers to that massage finger rotation is realized in bar rotation Turn eccentric finger and rub pressing massage in brow ridge and forehead cambered surface, wave disk low side has adjustment spring to push adjusting massage finger on head Surface is properer；Respectively there is one group of inside spline wheel gear train in left and right temple Massage Department, has plane bearing dead axle fixed and arranged taking turns It is in cavity, one drive motor of every group of train connect driving with driving wheel, and driving wheel is engaged with side driven wheel, and the gear makes With cylinder sun tooth spline gear, spline gear shaft hole specification is equal with eye, and massage finger structure and specification is equivalent in eye, massage Finger can be slided up and down to be referred to general with ocular region massaging, and installation cavity has pressurised airbag under chassis, is needed that air bag can be utilized according to user Pressurizing urges chassis is reinforced to massage finger, and eye chassis does not have pressurised airbag, and gear is being taken turns using cylinder sun tooth horizontal layout It is that cavity is different from eye；Neck and rear shell disjunctor after hindbrain, Massage Department use one group of small-angle internal spline bevel gear, there is plane Bearing dead axle cambered surface arrangement is fixed in train cavity, and the back brain uses internal spline bevel gear, gear spline axis hole and eye Portion's specification is equivalent, and gear set specifications are bigger than eye gear diameter, and massage finger specification framework is equivalent in eye, neck driven gear and master Driving wheel cone angle is equal with hindbrain bevel gear cone angle, and central spindle is different, and the rear neck gear and the affixed disjunctor of central gear axis use Band elastomeric spring massage ball is fixedly connected on central gear axis, and drive motor power ratio eye drive motor power is big；It presses on the crown Rub portion and crown broadwise shell disjunctor, and Massage Department uses one group of multiple cylinder sun tooth internal spline being equal with temple Massage Department Gear, a drive motor connect driving wheel, and massage finger specification framework is equal with temple massage finger；Head massager uses distant Controller is controlled, power input interface and output interface, electric motor interface, micro air pump interface, each interface are separately connected route Plate, each interface connect each Massage Department of head massager by PCBA wiring board.

Head massager Detailed description of the invention:

Fig. 1 massage finger accessory name component diagram；

Fig. 2 gear, massage ball accessory name component diagram；

Fig. 3 telescopic control device accessory name component diagram；

Fig. 4 eye chassis, wave dish structure arrange the face D schematic diagram；

Fig. 5 eye train inner cavity face chamber cylinder body E schematic diagram；

Fig. 6 eye train arrangement schematic diagram；

The face Fig. 7 eye train chamber inner chamber of cylinder block B schematic diagram；

Fig. 8 eye installation cavity perspective diagram；

Fig. 9 ocular region massaging refers to combination 3 D plane perspective diagram；

The left chassis of Figure 10 temple, the face wave disk D schematic diagram；

The face Figure 11 temple revolver system cavity E schematic diagram；

Figure 12 temple revolver system arrangement schematic diagram；

The face Figure 13 temple revolver system chamber inner chamber of cylinder block B schematic diagram；

The face Figure 14 temple left outside massaging disc A schematic diagram；

The left outside massage combinations of Figure 15 temple arrange schematic diagram；

The right chassis of Figure 16 temple, the face wave disk D schematic diagram；

The face Figure 17 temple right wheel system cavity E schematic diagram；

Figure 18 temple right wheel system arrangement schematic diagram；

The face Figure 19 temple right wheel system inner chamber body B schematic diagram；

Figure 20 temple right side face outer massaging disc A schematic diagram；

The right outer massage combinations of Figure 21 temple arrange schematic diagram；

Figure 22 overhead chassis, wave disk arrange the face D schematic diagram；

The overhead train inner cavity Figure 23 face E schematic diagram；

Figure 24 overhead train compares arrangement schematic diagram；

Figure 25 overhead train inner cavity face chamber cylinder body B schematic diagram；

The face Figure 26 overhead massaging disc A schematic diagram；

Figure 27 overhead massage combinations arrange schematic diagram；

Figure 28 hindbrain, rear neck, chassis, the face wave disk D schematic diagram；

Figure 29 hindbrain, the face rear neck train cavity E schematic diagram；

Figure 30 hindbrain, rear neck train arrangement schematic diagram；

Figure 31 hindbrain, the rear neck train inner cavity face B schematic diagram；

Figure 32 hindbrain, the rear face neck massaging disc A schematic diagram；

Figure 33 hindbrain, rear neck assembled arrangement schematic diagram；

The head Figure 34 hindbrain silica gel massage ball arrangement schematic diagram；

Perspective diagram is arranged in the combination of Figure 35 head massager shell structure and each Massage Department's train orientation；

Figure 36 head massager combining structure schematic diagram；

Figure 37 massage finger contrast schematic diagram.

Specific embodiment:

Below with reference to head massager attached drawing, in embodiment, invention is further described in detail.

In the accompanying drawings: A1, massage finger；A2, wave disk；A3, high massage ball；A4, the driven inside spline wheel gear of cylinder sun tooth； A5, the driven inside spline wheel gear of small-angle bevel gear；A6, small-angle bevel gear driving wheel；A7, cylinder sun tooth driving wheel；It is A8, short Massage ball；A, massaging disc；B, the face train chamber inner chamber of cylinder block B；C, train is arranged；D, installation cavity chassis；E, the face train inner chamber body E； F, massage assembly installation cavity assembles perspective view；G, air cushion height limiting plate；1, massage finger finger；2, massage finger bar rear ends half Circular shaft end；3, finger fixed screw is massaged；4, splined shaft；5, splined shaft limits fixed screw on the shoulders up and down；6, on splined shaft Lower limit is on the shoulders；7, massage finger pressurized spring；8, massage finger bar；9, pressurized spring pedestal positioning pin；10, pressurized spring pedestal； 11, massage finger rear end M shape yoke connecting shaft fixed screw；12, massage finger rear end M shape yoke；13, two foot ball of M shape yoke；14, Massage finger rear end M shape yoke concentric shafts；15, M shape yoke concentric shafts position central spindle；16, ball disk；17, the face wave disk bumps A； 18, wave disk dowel hole；19, the face wave disk B；20, massage finger adjustment spring；21, flexible glue massage head；22, the short massage of posterior neck Ball pedestal；23, the short massage bulb of posterior neck；24, short massage ball center convolution bar；25, short massage ball emits；26, short massage ball spring； 27, short massage ball central shaft hole；28, massage ball azimuth mark；29, posterior neck height massages bulb；30, the high massage ball center convolution of posterior neck Bar；31, the high massage ball spring of posterior neck；32, the high massage ball of posterior neck emits；33, the high massage ball pedestal of posterior neck；34, high massage ball center Axis hole；35, plane bearing ball retainer；36, half circular shaft hole of driving wheel center；37, spline gear axis hole；38, gear；39, The tight ring of plane bearing；40, the tight anchor ring positioning pin of plane bearing；41, telescopic control device compression spring；42, telescopic control device Detent ball recess；43, telescopic control device ball recess dish axle hole；44, telescopic control device ball recess disk；45, it stretches Half circular shaft of control device；46, telescopic control device adjusting knob；47, head massager front housing adjusting slider；48, rear shell is adjusted Cavity；49, telescopic control device bar gear；50, telescopic control device adjusts rotation gear；51, half circular shaft of telescopic control device Position firm banking；52, half circular shaft deep groove ball bearing of telescopic control device；53, telescopic control device ball disk；54, it stretches and controls Device detent ball processed；55, shell engages interior wire casing；56, front and rear housings engages telescopic control device spacer pin；57, it stretches and controls Device limit sliding chutes processed；58, pressurized spring pedestal dowel hole；59, wave disk casing wall；60, wave disk cylinder bottom；61, wave disk Positioning pin；62, M shape yoke concentric shafts locating shaft in-core cylinder；63, wave disk positions half-section pin；64, wave disk center inner cylinder Peristoma face；65, assembling is concave-convex positions recessed pin；66, installation cavity bottom cavity casing wall, train chamber casing wall；67, drive motor；68, train chamber Cylinder body；69, plane bearing DNA releaxed circular DNA；70, massage finger splined shaft axis hole；71, plane bearing DNA releaxed circular DNA positioning pin；72, Massage Department assembles Fixed protruding pin；73, electric motor axis hole；74, train cavity outer rim；75, the fixed lock screw hole of assembling；76, high massage ball from Dynamic small-angle bevel gear；77, the driven small-angle bevel gear of short massage ball；78, disjunctor flexible glue massage ball；79, crown train is arranged Perspective azimuthal；80, the crown is tieed up to shell；81, crown shell combines telescopic control device with front and rear housings；82, procapsid；83, Eye train arranges perspective azimuthal；84, temple train in left and right arranges perspective azimuthal；85, front and rear housings encloses extension and contraction control dress It sets；86, hindbrain, rear neck train arrange perspective azimuthal；87, back casing；88, head massager route input port；89, massage finger Back cavity is installed；90, train installation cavity；H, head top massage portion train；H1, stem gear；H2, stem gear hollow shaft；H3, gear Hollow shaft Fang Xin；H4, the rectangular sliding axle of massage finger bar.

Specific embodiment:

In order to which technical solution and advantage is more clearly understood, the present invention is made in embodiment below with reference to head massager attached drawing It is further described.

Each component is not necessarily to scale in diagram, and it is injection mold production affixed one that " casting connection " is used in this description Body connector uses " fixation " to be not used to limit to each assembly connecting mode, and " left and right ", " upper and lower " positional terms are only to figure Facilitate description in showing, not to product user's locator qualification.

There are scrambling, transmission systems to use slidably spline shaft gear, adopt in embodiment on head massage surface Use plane bearing as gear dead axle auxiliary member, plane bearing is primarily subjected to plane axial load, this massage finger bearing capacity Very little, assembly method is proper not to will increase friction, with being also a kind of innovation.

Fig. 1, Fig. 2, Fig. 3, Fig. 4, it is shown in: massage finger finger 1 is fixed on massage finger bar front end using 3 bias of screw Half circular shaft, 2 end, massage finger bar are massaged finger in power drive rotation and are eccentrically rotated, and massage finger cambered surface tack is cased with flexible glue Set, similar finger sense, diameter approximation manpower finger；Splined shaft 4 is adapted to A4, A5 spline gear axis hole 37, is transported in massager Splined shaft 4 can be slided in gear spline axis axis hole 37 when row；Splined shaft up and down limit on the shoulders fixed screw 5 splined shaft bound Position 6 is fixed on 4 both ends of splined shaft on the shoulders, and for splined shaft when running sliding, both ends limit 6 limits splined shafts in train cavity on the shoulders Slided between external shoulder Head Section, the limit 6 is limited on the shoulders by train chamber outer end face, while limit on the shoulders rear end massage finger bar 8 and Spacing is run below；Massage finger pressurized spring 7 is sleeved on outside massage finger bar 8, and front end is pressed in splined shaft 6 plane on the shoulders, rear side pressure In 10 plane of pressurized spring pedestal, massage finger A1 drives rotation by dynamical system, and pressurized spring pressurizes to massage finger 1, increases Pressing spring pedestal 10 has two pedestal positioning pins 9 below, is inserted in installation cavity in D disk pressurized spring pedestal dowel hole 58, in bullet It will not dislocate in spring pressure；There is a M shape yoke 12 in massage finger rear end, is fixedly connected on by fixed screw 11 and massage finger bar 8 On semicircle shaft rear end head 2,12 two foot of M shape yoke has ball 13, and in massage finger A1 rotation, ball 13 is in wave disk A2 bumps wave On unrestrained surface 17 rise and fall roll, push massage finger A1 when it is light when respin pressing massage；Massage finger terminal M shape yoke concentric shafts 14 are in wave Operating, is located in 60 center of wave disk A2 cylinder bottom by central spindle 15 in unrestrained disk center's circular hole, positions central spindle in M shape yoke concentric shafts In cylinder 62, concentric shafts positioning central spindle 15 is added to longest in shell allowed band, it is ensured that massage finger, which operates normally, does not take off hole, axis Core 15 is adapted to central spindle cylinder 62, and M fork 14 end face of concentric shafts is fixed with a ball disk 16 similar with ball disk 53, the ball Disk 16 is sleeved on positioning central spindle 15, is pressed on 64 edge face of wave disk center mouth cylinder, reduces between 14 end face of concentric shafts and edge mouth Friction, edge face 64 and wave disk A2 cylinder bottom 60 are in a plane；It is two sides through-hole that wave disk A2, which has dowel hole 18, and string exists On positioning pin 61,61 length of positioning pin is ensuring the not de- hole of the maximum promotion spacing of massage finger adjustment spring 20, and wave disk is fixed Half-section pin 63 corresponding position cylinder bottom in position is half bore, and auxiliary positioning pin 61 positions wave disk A2 not rotational displacement, the face wave disk B 19 with The face concave-convex wave A 17 is disjunctor front and back sides, and the face wave disk bumps wave A can be 4 blade faces, and massage finger adjustment spring 20 is in wave Between disk cylinder bottom 60 and the face wave disk B 19, by 59 depth limit of wave disk casing wall, adjustable berth is away from being M yoke 12 in wave disk In casing wall can vertical play, the 20 integrated pushing wave disk of adjustment spring and massage finger, adjustment massage finger and head Surface compactness, 20 elasticity rate massage finger 7 elastic force of pressurized spring of adjustment spring are small, cannot push pressurized spring pedestal 10, Massage finger A1 terminal M shape yoke 12 is limited 6 limitation on the shoulders by splined shaft lower end, and the M shape yoke can only be in wave disk casing wall edge 59 or less mouth is run, and pressurized spring pedestal 10 is pressed on wave disk cylinder edge.

In shown in Fig. 1, Fig. 2, Fig. 3, Fig. 4, Figure 30, Figure 32, Figure 34, Figure 35, flexible glue massage head 21 is left in back casing 87 Right inner wall has the multiple flexible glue massage balls 78 of two rows of disjunctors, has the hole being adapted to massage head 21 in 87 or so inner wall two sides of back casing Mouthful, 78 rear end face of disjunctor flexible glue massage ball has a gasbag, and the gasbag and adjusting cavity 48 have partition wall, filled by air bag Gas pressurizing urges disjunctor massage ball 78 presses at left and right sides of hindbrain, after described 87 back casing or so inner cavity adjusts 48 partition wall of cavity The wall cavity left side is equipped with air pump and charging panel, and the right is equipped with massager PCBA board；There are two on the short massage ball A8 pedestal 22 of posterior neck 23 bias of massage head is fixed on pedestal, and massage ball center convolution bar 24 is fixed with spring 26, and massage ball emits 25 and is wrapped in massage ball 26 outside of spring, massage ball pedestal 22 also have screw rod in 26 opposite position of spring, and lower spring end is fixed on massage ball chassis On screw rod, upper end is fixedly connected on massage ball center convolution bar 24, and upper and lower side screw rod is not disjunctor, between having among spring 26 Gap, 27 screw of massage ball center chassis axis hole are fixedly mounted on driven 77 central axis of small-angle bevel gear of posterior neck the right and left, When short massage ball A8 is when driving rotation by posterior neck the right and left small-angle bevel gear 77, massage ball A8 massage head 23 does bias Rotation, 28 directions and massage head meeting trade-off, spring 26 can generate elasticity in massage ball A8 rotating contact neck massaging and rub Degree, when massage ball A8 is rotated to 28 direction, massage ball feels it is gentle contact in rear neck, when massage ball rotation to massage emits When 25 directions contact posterior neck, the corresponding massage of the right and left massage ball A8, which emits 25 and can synchronize while pinch kneadding, pinches neck, short massage Ball can only kneading back side of head edge；Height massage bulb 29 can pinch neck, high massage ball A3 center convolution bar 30, massage ball Spring 31, high massage ball emit 32, massage ball pedestal 33 and massage ball central shaft hole 34, and structure is identical as short massage A8, height massage Ball A3 has two massage head of one high and one low is eccentric to be symmetrically fixed on 33 two sides of massage ball pedestal, and 34 screw of central shaft hole is fixedly mounted on Train arranges that small-angle bevel gear 76 and 77 is that specification modulus is equal to tooth in C disk on driven 76 central axis of small-angle bevel gear Wheel, bevel gear 76 respectively have two bevel gears 76 to be separately installed with massage ball A3 one high, bevel gear 76 in 77 outsides, the right and left Be separated with bevel gear 77 among A6 driving wheel, bevel gear 76 is equivalent to neck by the transmission operating of gear 77,76 spacing of left and right gear Width, the right and left massage ball A3 pinch neck, and left and right gear 76 drives massage ball A3 rotation, and massage head 29 is eccentrically rotated and 28 Direction is in massaging disc A trade-off, and when 28 directions are synchronous, in neck, massage ball A3 is light kneading in neck, when rotation replaces When being synchronized to massage ball and emitting 32 direction, massaging disc A the right and left massage ball appropriateness can pinch neck, massage ball A3 mono- simultaneously energetically A high short massage ball has bevel gear 76 to drive the kneading above and below neck, similar as manpower is in neck kneading, massage ball spring according to Appropriateness is selected.

In shown in Fig. 1, Fig. 2, Fig. 5, plane bearing ball retainer 35 and the tight ring 39 of plane bearing are at each gear both ends Face respectively has one, and each gear utilizes plane bearing dead axle, and the tight anchor ring 39 of plane bearing has 4 positioning pins with two end face of gear 40 fix with corresponding adaptation location hole, as shown in gear 38, need to customize with positioning pin plane bearing, and plane bearing DNA releaxed circular DNA 69 is solid It is scheduled on train cavity wall E disk, it is to be poured fixed adaptation screw hole that 4 positioning pins 71 of DNA releaxed circular DNA, which are inserted in cavity wall corresponding position, outside cavity wall Positioning pin 71 corresponding position in the back side has screw hole, has screwed lock pressure to pressurize positioning pin 71 and fixes, it is ensured that DNA releaxed circular DNA 69 is securely appropriate (note: without aobvious in the corresponding dowel hole of positioning pin 40 and the corresponding screw hole pattern of positioning pin 71 is pressed on ball retainer 35 Show), plane bearing bearing capacity is small, and selection is not required to plus grease material production gear；Half circular shaft hole 36 of driving wheel center is in figure Shown is using semicircle central axis, and central axis and driving wheel are solidly connected；Spline gear axis hole 37 and massage finger A1 splined shaft 4 are suitable Match, splined shaft 4 can slide up and down in spline gear axis hole 37.

In shown in Fig. 3, Figure 35,41 both ends of extension and contraction control compression spring have extension and contraction control to adjust rotation gear 50 and flexible Ball disk 53 is controlled, rotation gear 50 is adjusted and is fixed on half circular shaft of extension and contraction control, 45 shaft, 53 center of ball disk has and semicircle The semicircle orifice that axis 45 is adapted to, being sleeved on half circular shaft, 45 shaft can slide, and push ball disk 53 by compression spring 41 and stretch It controls ball recess disk 44 to be bonded, the recessed disk 44 of ball, which is fixed on, is poured disjunctor adjusting 48 internal chamber wall of cavity, Bu Nengzhuan with rear shell 87 It is dynamic, there is outer housing to be separated by between the extension and contraction control adjusting knob 46 and the recessed disk 44 of ball, ball recess dish axle hole 43 is round hole, Half circular shaft 45 can be rotated in hole, and the rotation of 53 connecting shaft of ball disk can be slided, and spring pressure pushes ball disk 53 and the recessed disk of ball 44 are tightly bonded, and when rotation of adjustment knob 46, extension and contraction control detent ball 54 meets with extension and contraction control detent ball groove 42 Adaptation engagement can just be separated beyond spring pressure limiting dynamics ball 54 with ball groove 42 in external force, and (e.g., gasbag pressure is excessive swollen Swollen pushing shell can be manually rotated the adjusting of adjusting knob 46), for external force without departing from spring limits pressure, it is recessed that ball 54 will not leave ball Slot, half circular shaft 45 not can rotate, and half circular shaft, 45 both ends have half circular shaft of extension and contraction control to position firm banking 51, be fixed on Cavity wall on both sides in 48 cavity of adjusting cavity, half circular shaft positioning, 51 center of firm banking have a suit of deep groove ball bearing 52 to be fixed on half 45 both ends of circular shaft rotate left and right telescopic adjustment knob 46, adjust rotation gear 50 and 49 engagement rolling of extension and contraction control bar gear, It is elastic to adjust the enclosing of head massager front and rear housings, rotation of adjustment knob 46 and the casting of half circular shaft 45 connect, and gear 49 is fixed It is being poured fixed 47 upper surface of disjunctor adjusting slider with 82 shell of front housing, 47 fixed strip gear of adjusting slider, 49 position is procapsid 82 width half, 47 low side of adjusting slider have extension and contraction control limit sliding chutes 57 to limit slide plate slides spacing, are adjusting cavity 48 low sides have in the fixed insertion limit sliding chutes 57 of front and rear housings engagement 56 mouths of extension and contraction control spacer pin, and spacer pin 56 is limiting It is slided in 57 section of sliding slot, limitation adjusting slider 47, which cannot be detached from, to be adjusted in the restriction of 48 cavity of cavity, and 47 center of adjusting slider has Cavity through-hole, has shell to engage interior wire casing 55, and wire casing is used to arrange that the crown is tieed up to shell 80, procapsid 82, each body of back casing 87 When engagement, power circuit and air pump air supply pipe are arranged；Crown shell engaged with front and rear housings 81 use of telescopic control device with it is preceding Back casing encloses telescopic control device 85 and is equal, and difference is adjusted cavity 48 in control device 81 and is poured with procapsid 82 with T shape Disjunctor, adjusting slider 47 and crown shell 80 are poured disjunctor, and extension and contraction control 81 is according to head massager user's head size tune Section header top shell body is to suitable height；Electric motor 67 is each Massage Department's power motor, drives each assembly operating.

In shown in Fig. 1 to Fig. 9, the ocular region massaging installation cavity chassis face D and 82 arc of procapsid are poured disjunctor, install cavity wall Edge has line slot, power supply line and control route and airbag inflation pipe to be all disposed in installation cavity line slot, and multiple assemblings are concave-convex It positions recessed pin 65 and is poured disjunctor with shell, positioning recessed pin core has nut, and installation cavity chassis the right and left respectively has 8 wave disk A2 In wave disk casing wall 59, positioning pin 61 and positioning pin 63 are inserted in wave disk back side corresponding aperture and dowel hole 18 and limit wave Unrestrained disk A2 is not able to rotate；Installation cavity bottom cavity casing wall 66 and the casting of the face installation chassis D connect, and the bottom cavity casing wall 66 is low in train chamber The at L-shaped shoulder of end wall shape supporting wheel systems chamber on the shoulders, the face train cavity E casing wall 66 coincide frame bottom cavity casing wall 66L shape shoulder on the shoulders, it is described Train cavity casing wall 66 and the face train chamber E are poured disjunctor, and train cavity casing wall 66 extends to the surface massaging disc A, edge with The surface massaging disc A is plane, and the back side the massaging disc A is the face train cavity B, the face train cavity B and train cavity E surface buckle Conjunction forms cavity, and train C is arranged in cavity；Drive motor 67 is mounted in bottom cavity, and driving central axis string crosses train inner chamber body E Face electric motor axis hole 73 and driving wheel A6 is connected and fixed, 68 center massage finger splined shaft axis hole 70 of train chamber cylinder body and train chamber The face body B splined shaft axis hole 70 is corresponding to coincide, and splined shaft axis hole 70 back side in the face train chamber B is the surface massaging disc A, splined shaft 4 It is slided in axis hole 70, splined shaft limits 6 surface massaging disc A and the back sides train cavity E outside train cavity respectively on the shoulders up and down Bottom cavity is installed, the splined shaft 4 has limit 6 to be limited between train alveolus and slide on the shoulders；The train inner cavity face E the right and left respectively has more A splined shaft axis hole 70, edge are respectively disposed with plane bearing DNA releaxed circular DNA 69, and DNA releaxed circular DNA 69 has positioning pin 71 to be fixed on train resonator end surface On, the DNA releaxed circular DNA plane bearing DNA releaxed circular DNA 69 fixed with the end face driving wheel A6 is equal；Assembling fixed protruding pin 72 is hollow pins, described Hollow protruding pin during installation, assemble fixed lock screw and gone here and there from massage panel surface screw hole 75 and protruding pin 72 and position recessed pin 65 Core nut locking；The face train cavity wall E and B surface buckle close to form internal cavity, and train C arranges that the train C is every in the cavity A gear both ends of the surface are respectively equipped with the tight ring 39 of a plane bearing and a ball retainer 35, and each gear is fixed using plane bearing Axis, the tight anchor ring 39 of plane bearing have 4 positioning of positioning pin 40 to fix in two end face of gear, and plane bearing DNA releaxed circular DNA 69 is fixed on The train face cavity wall E and the face train cavity wall B, it is screw hole that 4 positioning pins 71 of DNA releaxed circular DNA, which are inserted in cavity wall corresponding position, and the cavity wall is corresponding There is a screw in back side screw hole site, when assembling, after driving wheel A6 is fixedly connected with drive motor 67, and train cavity snap lock spiral shell Silk (not shown in 71 corresponding position screw figure of train cavity independence lock screw and cavity back side positioning pin), the outer back side of cavity wall 71 corresponding position of positioning pin has screw hole, has screwed lock pressure to pressurize positioning pin 71 and fixes, it is ensured that DNA releaxed circular DNA 69 is securely pressed on steel On ball retainer 35；The train cavity installs massage finger additional after assembling, assembled train chamber can be seperated with installation cavity, assembling Massage finger presses Fig. 1 step, and massage finger bar is inserted into each gear spline axis axis hole 37, and fixation splined shaft up and down on the shoulders 6 is completed one by one The assembling of each massage finger, massage finger assemble fixed lock screw after installing additional, from massage panel surface screw hole 75 went here and there protruding pin 72 with Position recessed 65 core nut locking of pin；The train C according to two cambered surface arrangeds in train cavity, train the right and left according to Forehead cambered surface inwardly arranges, and the right and left respectively has 8 bevel gear A5 of two rows, and a row 4 arranges according to brow ridge cambered surface direction, described Small-angle bevel gear, coning angle standard are arranged subject to the nearly forehead radian of radian by train, installation cavity chassis, train cavity, massage Disk radian and train arrangement radian coincide；Drive motor 67 drives driving gear A6, the driving wheel A6 to nibble with side driven wheel A5 Crossed belt driving wheel system or so respectively intermeshing spline gear A5 rotation, the driving gear A6 and driven gear A5 cone angle modulus etc. Together, each bevel gear A5 drives a massage finger A1 to do rotation movement respectively, and massage 1 bias of finger is fixed on massage finger bar 8 End, massage finger splined shaft 4 ensures to massage finger 1 in each Massage Department more abutting contact skin in the sliding of spline perforation 37, described Massage finger bar is massaged finger in power drive rotation and is eccentrically rotated, and the pressurized spring 7 pressurizes to massage finger, massage finger end End two foot ball 13 of M shape yoke does fluctuating rotation in wave disk A2 and pushes massage finger, and it is real under cortex elastic reaction to massage finger 1 Present skin surface does not shift, and beats pressing massage, and the 1 cambered surface tack of massage finger is cased with medical soft rubber cover, similar finger sense Feel.

In shown in Fig. 1 to Figure 21, the left and right temple chassis face D not with 82 disjunctor of procapsid, in installation cavity bottom cavity cylinder Movable taking-up in wall 66 assembles the recessed pin 65 of concave-convex positioning with shell and is poured disjunctor, and the chassis face D has with 65 corresponding position of positioning pin The hole string in the hole being adapted to therewith, the chassis face D adaptation can be slided in the recessed pin 65 of positioning, and the face the chassis D is plane, and there is gas at the back side Pouch inflation can the face integrated pushing D give massage finger further entire pressurisation, meet different crowd use, there is air cushion limit in the face D High plate G limitation gasbag pushes spacing, and air cushion height limiting plate G pedestal and shell are poured disjunctor, and air cushion height limiting plate G and pedestal have screw It is connected and fixed；Wave disk casing wall 59 and chassis D are poured disjunctor, and wave disk A2 structure is equal with eye chassis D surface wave wave disk A2, area It is not that arc chassis and procapsid 82 are poured disjunctor in the eye chassis face D, the left and right temple chassis face D is plane and procapsid 82 There is no disjunctor, supporting wheel systems chamber is identical as eye on the shoulders in the at L-shaped shoulder of train chamber low side wall shape for installation cavity bottom cavity casing wall 66, train The face cavity E casing wall 66 coincide frame bottom cavity casing wall 66L shape shoulder on the shoulders, the train cavity casing wall 66 connects with the casting of the face train chamber E Body, train cavity casing wall 66 extend to the surface massaging disc A, and edge and the surface massaging disc A are flat, and the back side the massaging disc A is The face train cavity B, the face train cavity B and train cavity E surface buckle close to form cavity, and train C is arranged in cavity；Drive horse It is mounted in bottom cavity up to 67, driving central axis string crosses driving wheel in the face train inner chamber body E electric motor axis hole 73 and train cavity A7 is connected and fixed, and the right and left temple use cylinder sun tooth A4 spline gear, train cavity driving wheel A7 and side driven wheel A4 engagement drives each intermeshing gear, and driven wheel A4 has 11 or 9 or other quantity, and horizontal layout is in train cavity Interior, each gear utilizes plane bearing dead axle, is equal by dress fixation with eye train, installs massage finger step additional and is equal with eye, left Right both sides temple massage finger is horizontal layout, and massage head does further adjustment using splined shaft sliding in head surface.

In shown in Fig. 1 to Figure 27, the overhead face mounting disc D and the crown are tieed up to shell 80 with the not no company of casting of temple It connects, the movable taking-up in installation cavity bottom cavity casing wall 66, multiple assemblings are concave-convex to position recessed pin 65 and shell casting disjunctor, chassis D There is the hole being adapted to therewith in face with 65 corresponding position of positioning pin, and the hole string of the chassis face D adaptation can be slided in the recessed pin 65 of positioning, described The chassis face D is plane, the back side have gasbag inflation can the face integrated pushing D give massage finger further entire pressurisation, meet different people Group uses, and between the face the D massage casing wall, has triangular symmetrical to arrange that 3 height limiting plates are identical as temple chassis D air cushion height limiting plate G, It limits gasbag and pushes spacing, air cushion height limiting plate G pedestal and shell are poured disjunctor, and air cushion height limiting plate G and pedestal have screw connection It is fixed；Wave disk casing wall 59 and chassis D are poured disjunctor, and wave disk A2 structure is equal with temple chassis D surface wave wave disk A2, install Supporting wheel systems chamber is identical as temple on the shoulders in the at L-shaped shoulder of train chamber low side wall shape for bottom of chamber chamber casing wall 66, the face train cavity E casing wall 66 identical framves bottom cavity casing wall 66L shape shoulder on the shoulders, the train cavity casing wall 66 is poured disjunctor, train cavity with the face train chamber E Casing wall 66 extends to the surface massaging disc A, and edge and the surface massaging disc A are flat, and the back side the massaging disc A is the face train cavity B, The face train cavity B and train cavity E surface buckle close to form cavity, and train C is arranged in cavity；Drive motor 67 is mounted on bottom Intracavitary, driving central axis string is crossed the face train inner chamber body E electric motor axis hole 73 and is fixedly connected with driving wheel A7 in train cavity, makes With the cylinder sun tooth spline gear being equal with left and right temple portion, the train cavity driving wheel A7 respectively with 5 driven wheels A4 plane of action is arranged in train cavity, and the driven wheel or the multiple optional H trains of use, each gear utilize plane bearing Dead axle, it is described to be equal by dress fixation with eye train or left and right temple, it installs massage finger step additional and is equal with eye, massage head 1 It is plane or arcwall face in massaging disc A；

In above-mentioned head top massage portion embodiment, optionally, head top massage portion train use cone identical with ocular region massaging portion Gear wheel-train, the installation cavity chassis face D and the face E, B use crown radian arcwall face.

In shown in Fig. 1 to Fig. 9 and Figure 28 to Figure 33, the neck installation cavity chassis face D and 87 arcwall face of back casing after hindbrain Casting connection, multiple assemblings are concave-convex to position recessed pins 65 and the face D casting disjunctor, and positioning recessed pin core has a nut, behind installation cavity chassis Brain has 6 wave disk A2 to be equal in wave disk casing wall 59 with eye installation fixation, the wave disk casing wall 59 and mounting disc D Face is poured according to hindbrain arcwall face and connects, and rear neck is different from massage finger 1 using massage spherical structure, and rear neck does not need wave disk A2, hindbrain are equal using the driven spline tooth A5 of small-angle bevel gear with eye spline gear cone angle, and gear diameter is big, spline axis hole Equivalent, posterior neck 76,77 gear use are equal with eye driving wheel A6 cone angle, and gear diameter is big, driving wheel and meanwhile with side gear 77 It is engaged with A5, hindbrain, rear neck driven gear are equal with driving gear diameter, and hindbrain uses massage finger A1, and posterior neck uses massage Ball A3, A8；Installation cavity bottom cavity casing wall 66 and the casting of the face installation chassis D connect, and bottom cavity casing wall 66 is at L-shaped in train chamber low side wall shape Shoulder supporting wheel systems chamber on the shoulders, the face train cavity E casing wall 66 coincide frame bottom cavity casing wall 66L shape shoulder on the shoulders, the train cavity cylinder Wall 66 and the face train chamber E are poured disjunctor, and train cavity casing wall 66 extends to the surface massaging disc A, edge and the surface massaging disc A Flat, the back side the massaging disc A is the face train cavity B, and the face train cavity B and train cavity E surface buckle close to form cavity, train C is arranged in cavity；Drive motor 67 is mounted in bottom cavity, and the drive motor is bigger than eye drive motor power, in driving Mandrel string is crossed the face train inner chamber body E electric motor axis hole 73 and is fixedly connected with driving wheel, the driving wheel A6 and eye driving wheel A6 gear diameter is big；68 center massage finger splined shaft axis hole 70 of train chamber cylinder body coincide with the face train cavity B splined shaft axis hole 70, Splined shaft axis hole 70 back side in the face train chamber B is the surface massaging disc A, and splined shaft 4 is carried on the back on the surface massaging disc A and train inner cavity E The sliding of face section；Each gear utilizes plane bearing dead axle, is equal by dress fixation with eye train, installs massage finger step and eye additional It is equivalent；There are two 23 bias of massage head to be fixed on pedestal, massage ball base center axis hole 27 on the short massage ball A8 pedestal 22 of posterior neck Screw is fixedly mounted on driven 77 central axis of small-angle bevel gear of posterior neck the right and left, and the driven wheel 77 is nibbled with driving wheel A6 Driving is closed, for massage ball A8 when the right and left bevel gear 77 drives rotation, massage ball A8 massage head 23 does eccentric rotary, 28 directions With 23 trade-off of massage head, the corresponding massage of the right and left massage ball A8, which emits 25 and can synchronize while pinch kneadding, pinches neck, short to press Rub ball can only kneading back side of head edge, height massage bulb 29 neck can be pinched, high massage ball A3 center convolution bar 30, massage Ball spring 31, high massage ball emit 32, massage ball pedestal 33 and massage ball central shaft hole 34, and structure as short massage A8, press by height The ball A3 that rubs has two massage head of one high and one low is eccentric to be symmetrically fixed on 33 two sides of massage ball pedestal, central shaft hole 34 be fixedly mounted on from On dynamic 76 central axis of small-angle bevel gear, bevel gear 76 respectively has two small-angle bevel gears 76 to be equipped in 77 outsides, the right and left Massage ball A3 one high, 76 spacing of left and right gear are equivalent to neck breadth, and the right and left massage ball A3 can pinch neck, left and right tooth Wheel 76 drives massage ball A3 rotations, and massage head 29, which is eccentrically rotated, presses with 28 orientation trade-ofves when 28 directions are synchronous in neck The ball A3 that rubs in neck is slight kneading, and when rotation transposition, which is synchronized to massage ball, emits 32 direction, massage ball A3 is reinforced pinch simultaneously Neck, massage ball A3 one high and one low massage ball have bevel gear 76 to drive the kneading above and below neck, similar as manpower is in neck kneading, Massage ball spring refers to general according to appropriate selection, back brain massage finger with ocular region massaging.

Optionally, as shown in Figure 37, massage finger uses another optionally embodiment:

Train is poured disjunctor using stem gear H1 and gear hollow shaft H2, and gear hollow shaft side core H3 is square or polygon Shape, can directly use splined shaft, and massage finger bar sliding axle H4 is adapted in gear hollow shaft, gear hollow shaft H2 and use zanjon Ball bearing dead axle, driving wheel are equal with driven wheel, and deep groove ball bearing, which is directly poured, to be fixed in train cavity cavity wall, and limit is on the shoulders 6 are fixed on the both ends massage finger bar sliding axle H4, and other assemblies are equivalent, are also able to achieve massage finger sliding effect, realize massage finger 1 It is properer with head irregular surface.

In the above-described embodiments, in shown in Fig. 1 to Figure 36, massage finger A1 is general in each Massage Department, and assembling steps are equivalent； Each Massage Department's wave disk A2 structure and installation are equivalent；

Head massager uses remote controller, adjusts the 48 partition wall rear wall cavity left side of cavity in left and right back casing 87 and is equipped with Micro air pump and charging panel, the right are electrically connected equipped with massager PCBA board, air pump and charging panel respectively at PCBA board；The charging Adapter power supply connection socket is fixed on input port 88, and socket and outer housing are flat, and input power and massager PCBA board power supply are defeated Entrance electrical connection, each Massage Department's motor and the interconnection of micro air pump anode route are electrically connected with PCBA board anode delivery outlet, respectively Massage Department's motor and micro air pump cathode correspond to controlling position socket respectively at PCBA board and are electrically connected；Micro air pump supply air line is each The connection of position air bag inflating port；Each position of body is disposed with pipeline；

Neck massaging stress can be big after described, and big using gear diameter, motor power can increase, other each Massage Department's massage fingers are held Load power is little, and using Same Efficieney motor, deep groove ball bearing is can be used in rear neck gear dead axle；

Further, left and right temple Massage Department and head top massage portion use cylinder sun gear, driven gear A4 and driving tooth It is equivalent to take turns A7 modulus diameter specifications, same eye small-angle bevel gear can also be used in head top massage portion；

Eye and hindbrain, rear neck use small-angle bevel gear, and hindbrain, rear neck are more straight than eye bevel gear using bevel gear diameter Diameter is big, and cone angle is equivalent；Left and right temple and the overhead installation cavity chassis face D are not poured with shell to be connected, neck after eye, hindbrain The installation cavity chassis face D and shell are poured disjunctor；

Eye, left and right temple portion, overhead using drive motor power it is identical, hindbrain, rear neck drive motor power ratio its His Massage Department's drive motor power is big；Left and right temple portion and overhead are provided with air bag pressurization, are suitable for gravity and massage crowd, Neck is not provided with airbag boost air after eye, hindbrain；The pressurization of disjunctor flexible glue massage ball 78 can simultaneously pressurize to eye, massage finger 1 normal massage force has the pressurization of massage finger pressurized spring 7, and rotary extension control device adjusting knob 46 adjusts front and rear housings and encloses It is elastic；

Further, optionally, small-angle internal spline bevel gear can be used in overhead gear gear, and cavity radian is close to crown arc Face；

Further, neck train uses the bevel gear internal splined gear wheel-train of small-angle after 83 train of eye, 86 hindbrains；Left and right is too 84, positive cave uses cylinder sun tooth inside spline wheel gear train, and head top massage position train 79 uses the driven interior flower of cylinder sun tooth Arrangement that key gear wheel-train is straight is arranged using the driven inside spline wheel gear train cambered surface of small-angle bevel gear；

Massage finger installs 89 position of back cavity in shell outermost, and train installation cavity 90 is in case inside；

Each Massage Department's train uses plane bearing dead axle, it is notable that respectively refer to bottom load by mould, plane bearing bearing capacity compared with Small, plane bearing bearing capacity is primarily subjected to axial load and is plane axis carrying, using plane bearing vertical plane dead axle in machinery It is fewer in movement, it can be used under the conditions of bearing capacity is smaller, assembly should be noted that clamping plane bearing DNA releaxed circular DNA positions when assembling 71 screw of pin, this band positioning pin plane bearing need to customize；Procapsid 82 and back casing 87 are enclosed with the company of telescopic control device 85 Fixation is connect, crown shell 80 has combined telescopic control device 81 with procapsid 82T font and has been connected and fixed, the telescopic adjustment control Device 85 adjusts cavity 48 and the casting of back casing 87 connects, and adjusting slider 47 and the casting of procapsid 82 connect, and the crown is flexible Control set for adjusting 81 adjusts cavity 48 and procapsid and is poured disjunctor according to 82T font, and adjusting slider 47 and crown shell 80 are poured Disjunctor；All trains of head massager and Selection of Bearings exempt from oilgear and bearing, exempt from lubriation material while can reduce frictional force Noise is reduced, such as: nylon gear, polytetrafluoroethylene (PTFE) bearing, these materials make gear, bearing, in head massager widgets It can be operated in mute state in the load operation of bottom.

Head massager of the present invention causes head fatigue uncomfortable operating pressure and flu, to eye brow ridge, forehead, head It is to eliminate head fatigue best mode that all-directional massage is done on top, left and right temple, hindbrain, rear neck；

The above is only presently preferred embodiments of the present invention, not makees restriction in any form to the present invention, such as according to this hair Bright technical spirit, any simple modification, equivalent change and modification to the above embodiments still fall within guarantor of the invention Protect range.

Claims

1. a kind of head massager, there is a hand held controller, micro computer mini system, motor, train, shafting, preceding radial direction shell and with Procapsid encloses the rear radial shell of connection, and the broadwise shell of connection is combined on the crown with procapsid T shape, it is characterised in that: including Shell has the interconnection of telescopic adjustment control device, has five massage parts, eye, left and right temple portion, hindbrain in the shell There are an independent drive motors and one group of inside spline wheel gear in neck and overhead afterwards, each Massage Department, and each group spline gear makes With plane bearing dead axle fixed and arranged in train cavity, each spline gear drives a massage finger, and massage finger is inclined The heart is fixed on massage finger bar top end part, and the eccentric massage finger set has soft rubber cover, massage finger bar splined shaft and train spline tooth Wheel bore is adapted to, and is had limit to be arranged in limitation massage finger outside train cavity on the shoulders above and below splined shaft and is slided up and down section, on the shoulders lower end There is a pressurized spring, massage finger pressurization finger is pushed by spring pressurization, massage finger low side has M shape yoke, the M shape yoke Under have a wave disk, M shape yoke is moved in wave disk, and massage finger bar rotation, M shape yoke bipod has ball to fold volt rolling in wave It is dynamic, realize that massage finger approximation true man finger beats pressing massage in head surface, the M shape yoke wave disk low side has adjustment spring Push adjusting massage finger.

2. a kind of head massager as described in claim 1, it is characterised in that: there are the two groups of conelets in left and right in the ocular region massaging portion Angle inside spline wheel gear has plane bearing dead axle to be arranged in train cavity according to forehead cambered surface, and every group of two rows are with brow ridge radian Arrangement, the left and right two groups of teeth wheel have the two cambered surface arrangements of brow ridge and forehead in train cavity；The left and right temple massage Respectively there is one group of cylinder sun tooth inside spline wheel gear in portion, and plane bearing dead axle horizontal layout is in train cavity；The hindbrain, posterior neck Massage Department, portion uses one group of small-angle internal spline bevel gear, there is plane bearing dead axle intracavitary, the tooth that according to hindbrain cambered surface is arranged in train It is bigger than eye gear diameter to take turns specification, head top massage portion uses one group of cylinder sun tooth internal spline being equal with temple Massage Department Gear, one drive motor of each Massage Department connect active wheel drive, and each driving wheel is engaged with side gear, and each gear gear mutually nibbles Close transmission.

3. a kind of head massager as described in claim 1, it is characterised in that: temple installation cavity chassis and head peace There is an air bag pressurization on chassis of behaveing affectedly, and integrated pushing massage finger pressurization massage finger, the air bag pressurization air pump is mounted on rear shell cavity It is interior.

4. a kind of head massager as described in claim 1, it is characterised in that: the telescopic adjustment control device has pressure bullet There are adjusting rotation gear and ball disk in spring, the compression spring both ends, and the adjusting rotation gear is fixed on half circular shaft shaft, Ball disk center, which has the semicircle orifice being adapted to half circular shaft to be sleeved on half circular shaft shaft, to be slided, compression spring push ball disk with The fitting of ball recess disk, the recessed disk of ball are fixed on adjusting cavity internal chamber wall and are not able to rotate, and ball recess dish axle hole is round hole, and half Circular shaft can be rotated in hole, and spring pressure pushes ball disk to be tightly bonded with the recessed disk of ball, rotating semicircular shaft end portion adjusting knob When ball and detent ball recess adaptation of meeting engage, exceed spring pressure limiting dynamics, ball and the just meeting of ball recess slot in external force It separates, rotates left and right adjusting knob, adjustment gear is enclosed with adjusting slider gear engagement rolling, adjusting front and rear housings is fixed on It is elastic.

5. a kind of head massager as claimed in claim 1 or 2, it is characterised in that: each train has plane bearing dead axle It is fixed in train cavity, gear both ends of the surface respectively have a plane bearing, are fixedly connected on the outside of the tight anchor ring of plane bearing multiple Positioning pin, for the positioning pin string in the corresponding adaptation tight ring of location hole fixed pan bearing in two end face of gear, plane bearing DNA releaxed circular DNA is solid It is scheduled on gear two sides cavity wall, is fixedly connected with multiple positioning pins on the outside of DNA releaxed circular DNA face, the positioning pin is inserted in gear two sides cavity wall pair Position fixed adaptation screw hole is answered, the gear two sides cavity wall back side, which corresponds to screw hole, to be had screwed lock pressure to DNA releaxed circular DNA face positioning pin while adding Pressure compresses gear both ends of the surface DNA releaxed circular DNA and is securely pressed on ball retainer, and the tight ring of plane bearing, DNA releaxed circular DNA band positioning pin need to customize.

6. a kind of head massager as claimed in claim 1 or 2, it is characterised in that: the eye, hindbrain, posterior neck installation cavity It is arcwall face with train cavity and massage panel surface massage finger head, hindbrain posterior neck small-angle bevel gear is than eye bevel gear diameter Greatly, other Massage Department's drive motor power of drive motor power ratio are big.

7. as described in claim 1 or 4, it is characterised in that: the telescopic adjustment cavity and back casing casting connect, adjusting slider It is poured and connects with procapsid, the crown telescopic adjustment control device adjusts cavity and procapsid according to T-shaped casting disjunctor, adjusts Slide plate and crown shell are poured disjunctor.

8. a kind of head massager as described in claim 1, it is characterised in that: each Massage Department's train uses stem gear The fixed disjunctor of hollow shaft, stem gear and gear hollow shaft, gear hollow shaft square or polygon use internal spline, massage Refer to that bar sliding axle is adapted in gear hollow shaft, gear hollow shaft uses deep groove ball bearing dead axle, and driving wheel is equal with driven wheel, deep Ditch ball bearing is directly anchored in train cavity cavity wall, and limit is fixed on outside the train cavity of massage finger bar sliding axle both ends on the shoulders and limits Massage finger processed slides up and down section.