CN107648030A

CN107648030A - A kind of massage armchair for shoulder neck fatigue of releiving

Info

Publication number: CN107648030A
Application number: CN201711076728.2A
Authority: CN
Inventors: 宋天娇
Original assignee: 宋天娇
Current assignee: Zheng Zhaocai
Priority date: 2017-11-06
Filing date: 2017-11-06
Publication date: 2018-02-02
Anticipated expiration: 2037-11-06
Also published as: CN107648030B

Abstract

The present invention relates to massage apparatus technical field, in particular it is a kind of massage armchair for shoulder neck fatigue of releiving, including supporting leg, seat, handrail, the chair back and beat massage assembly, the massage assembly of beating set on the device combination chair back is massaged human body shoulder neck, control assembly is beaten by motor driven to be beaten, reciprocal control assembly drive is beaten post and slided on the chair back, beat post and vibromassage is carried out to neck while sliding, the health-care massaging of human body shoulder neck is worked well, the neck caused by keeping sitting posture for a long time is significantly reduced and aches.Two described supporting legs are symmetrically welded at the lower end of seat, two handrails are symmetrically fixedly connected on the left and right ends of seat by trip bolt, the chair back is hinged on the rear end of seat, beat the upper end that massage assembly is slidably connected at the chair back, the upper end of seat and handrail is respectively arranged with arc groove, and foam-rubber cushion is bonded with arc groove.

Description

A kind of massage armchair for shoulder neck fatigue of releiving

Technical field

The present invention relates to massage apparatus technical field, is in particular a kind of massage armchair for shoulder neck fatigue of releiving.

Background technology

Massage armchair can be used for massaging the region of interest of human body, tired caused by human body to alleviate.For it is long when Between be sitting in before computer the clerical workforce to work, because posture is fixed, neck is easily ached, in terms of accumulating easy cervical vertebra for a long time Illness.A kind of body-building massage chairs of Patent No. CN201410278411.7, the present invention provide a kind of body-building massage chair, including strong Body back of massage chair, body-building massage chair seat support, body-building massage armrest of seat, body-building massage chair support bar, body-building massage chair pulley with And massage armchair body-building pedal；The body-building massage chair chair back and the body-building massage chair seat support be with entirety, and between form one Clamp angle；The body-building massage armrest of seat is located at the side of the body-building massage chair seat support, and the body-building massage armrest of seat is Two；One end of the body-building massage chair support bar is connected to the bottom surface of the body-building massage chair seat support, described in other end connection One end of body-building massage chair pulley；The massage armchair body-building pedal is connected to the body-building massage chair support bar by connecting rod On, positioned at the lower end of the body-building massage chair support bar, and to be fixedly connected.The body-building massage chair of the present invention, people are working After when feel tired out, can take exercises, oneself body tired out can be massaged while taking exercises again.But this The individual device chair back can not be adjusted, and massage effect is bad.

The content of the invention

The present invention provides a kind of massage armchair for shoulder neck fatigue of releiving, and its advantage is beaten for what is set on the device combination chair back Beat massage assembly to massage human body shoulder neck, control assembly is beaten by motor driven and beaten, reciprocal control assembly Drive is beaten post and slided on the chair back, beats post and carries out vibromassage to neck while sliding, to the shield of human body shoulder neck It is good to manage massage effect, significantly reduces the neck caused by keeping sitting posture for a long time and aches.

The present invention relates to massage apparatus technical field, is in particular a kind of massage armchair for shoulder neck fatigue of releiving, including Supporting leg, seat, handrail, the chair back and massage assembly is beaten, what is set on the device combination chair back beats massage assembly to human body shoulder Neck is massaged, and is beaten control assembly by motor driven and is beaten, and reciprocal control assembly drives and beats post on the chair back Slide, beat post and vibromassage is carried out to neck while sliding, the health-care massaging of human body shoulder neck is worked well, significantly The neck caused by keeping sitting posture for a long time is alleviated to ache.

Two described supporting legs are symmetrically welded at the lower end of seat, and two handrails are symmetrically connected to chair by trip bolt The left and right ends in face, the chair back are hinged on the rear end of seat, beat the upper end that massage assembly is slidably connected at the chair back, seat and handrail Upper end be respectively arranged with arc groove, be bonded with foam-rubber cushion in arc groove.

Articulated slab, rotating disc, the first gangbar, connecting rod, sector disk, bull stick location-plate are provided with described seat and is turned Bar, the lower end of seat are symmetrically welded with two articulated slabs, a rotating disc, the rotation of left end have been respectively articulated with two articulated slabs The upper end of disk is arcuate structure, and gear teeth is provided with the arcuate structure of rotating disc upper end, is fixedly connected between two rotating discs There is the first gangbar, the front end of connecting rod is rotatably connected in the first gangbar, and sector disk is rotatably connected on the articulated slab of left end, Gear teeth is provided with sector disk, sector disk engages with rotating disc, and the left end of seat lower end is welded with bull stick location-plate, bull stick Left end is rotatably connected on bull stick location-plate, and the right-hand member of bull stick is welded on the front end of sector disk.

Angle locating plate, level trough and vertical slots, the left end weldering of bull stick location-plate are provided with described bull stick location-plate Angle locating plate is connected to, the left end of angle locating plate is surrounded with multiple level troughs, and the right-hand member of multiple level troughs is provided with Vertical slots, circular trough are provided among angle locating plate left end, circular trough, level trough are connected with vertical slots.

Knob wheel, clamping bar, lifting plate, back-moving spring, lifting rod, fixed plate and lifting are provided with described bull stick Disk, bar rotation are connected in the circular trough of angle locating plate, and the left end of bull stick is welded with knob wheel, and fixation is welded with bull stick Plate, lifting rod gap coordinate in fixed plate, and the upper end of lifting rod is welded with lifting disk, and the lower end of lifting rod is welded with lifting Plate, lift and clamping bar is welded with plate, clamping bar, which is connected in one of vertical slots, forms gap cooperation, lifts plate and fixation Back-moving spring is socketed with lifting rod between plate.

Semicircle articulated column, the second gangbar, rectangle chute, T-slot, T-shaped block, left-hand rotation are provided with the described chair back Bracing strut, positioning fastener, right-hand rotation bracing strut, motor rack, motor and hollow rotating shaft, the lower end of the chair back are provided with semicircle be hinged Post, the chair back are hinged on the rear end of seat by semicircle articulated column, and the lower end of the chair back is fixedly connected with the second gangbar, connecting rod Rear end thereof is connected in the second gangbar, and the upper end of the chair back is provided with rectangle chute, and the upper and lower ends of rectangle chute are set respectively A T-slot is equipped with, the left end of rectangle chute is fixedly connected with T-shaped block, the upper end welding of rectangle chute by trip bolt There is positioning fastener, left-hand rotation bracing strut and right-hand rotation bracing strut are symmetrically welded at the upper end of chair back rear end, be welded with left-hand rotation bracing strut Motor rack, motor are fixedly connected on motor rack by trip bolt, and hollow rotating shaft is fixedly connected on the machine shaft of motor.

Described positioning fastener includes inserting column rear position plate, inserting column prelocalization plate, inserting column, circular baffle plate, clamping spring, fixed Position chute and L-type card adapter plate, the upper end of L-type card adapter plate are welded on rectangle chute, and positioning is provided among L-type card adapter plate and is slided Groove, inserting column rear position plate and inserting column prelocalization plate are welded in L-type card adapter plate, and inserting column is plugged on inserting column rear position plate and inserting column Between prelocalization plate, the front end of inserting column is arranged to hemispherical dome structure, and circular baffle plate is welded with inserting column, and circular baffle plate is located at inserting column Between rear position plate and inserting column prelocalization plate, clamping spring is socketed with the inserting column between inserting column rear position plate and circular baffle plate, The component being made up of inserting column rear position plate, inserting column prelocalization plate, inserting column, circular baffle plate and clamping spring shares two groups, two groups of groups Part is respectively symmetrically welded on the rear and front end of L-type card adapter plate.

Described massage assembly of beating includes Hammer head assembly, reciprocal control assembly, beats control assembly and belt, reciprocal control Component processed is fixedly connected on the lower end of two Hammer head assemblies, and the lower slide of reciprocal control assembly is connected in the T-slot of upper end, The upper end of two Hammer head assemblies is slidably connected in the T-slot of upper end, is beaten the rear end that control assembly is hinged on Hammer head assembly, is beaten Beat and belt is connected between control assembly and reciprocal control assembly, Hammer head assembly is slidably connected at right-hand rotation bracing strut and hollow rotating shaft On.

Described Hammer head assembly includes beating column casing, upper T-shaped sliding block and beats post, and hammering column casing is hollow-core construction, beats The upper end of column casing is welded with T-shaped sliding block, and upper T-shaped sliding block is slidably connected in the T-slot of upper end, and the front end for beating post is hemisphere Shape structure, beat post and be slidably connected in hammering column casing, the upper and lower ends for beating column casing rear end are respectively symmetrically provided with a square Shape groove, described Hammer head assembly share two groups.

Described reciprocal control assembly include right T-shaped sliding block, right rack, gear shaft, gear, drive shaft, horizontal bevel gear, Left T-shaped sliding block, right rack, push away block, reset baffle block, T-shaped slide plate, support frame, support shaft, belt pulley, drive bevel gear, cunning Bar, position-arresting disk and back-moving spring, the front end of T-shaped sliding block are welded with right rack, and gear shaft is rotatably connected in the T-slot of lower end Between, the upper end fixed-link of gear shaft has gear, and the lower end of drive shaft is fixedly connected on gear, and the upper end of drive shaft, which is fixed, to be connected Be connected to horizontal bevel gear, the front end of gear is engaged with right rack, and the rear end of left T-shaped sliding block is welded with right rack, right rack it is upper End, which is welded with, pushes away block, and reset baffle block is fixedly connected on the right-hand member of right rack, and the upper end of T-shaped slide plate is slidably connected at positioning and slided In groove, support frame is fixedly connected on T-shaped slide plate, and the left end of support frame is welded with support shaft, belt pulley and active conical tooth rotation Dynamic to be connected in support shaft, belt pulley and drive bevel gear are structure as a whole, and horizontal bevel gear engages with drive bevel gear, gear Rear end engaged with right rack, right T-shaped sliding block and left T-shaped sliding block are slidably connected in the T-slot of lower end, on left T-shaped sliding block Slide bar is rotatably connected to, the left end of slide bar is welded on T-shaped block, and the left end of slide bar is welded with position-arresting disk, and position-arresting disk is T-shaped with a left side Back-moving spring is socketed with slide bar between sliding block, the upper end of the T-shaped sliding block of right T-shaped sliding block and a left side is welded on two hammering column casings On.

Described control assembly of beating includes right spindle, right driving rotating disk, hollow shaft, belt pulley, solid shafting, left driving Rotating disk, left rotary shaft, right drive rod and left drive rod, the right-hand member of right spindle are slidably connected on rotary shaft rack, the left end of right spindle A right driving rotating disk is welded with, the right-hand member of hollow shaft is welded with a right driving rotating disk, and the front end of two right driving rotating disks turns It is dynamic to be connected with right drive rod, belt pulley is fixedly connected with hollow shaft, the left and right ends of belt pulley are provided with baffle ring, solid Axle is slidably connected in hollow shaft, and the left end of solid shafting is welded with a left driving rotating disk, and the right-hand member of left rotary shaft is welded with one Left driving rotating disk, the rear end thereofs of two left driving rotating disks are connected with left drive rod, and the left end of left rotary shaft is slidably connected at hollow In rotating shaft, the front end of right drive rod and left drive rod is respectively hinged at two rear ends for beating post, belt pulley and belt pulley it Between be connected with belt.

A kind of massage armchair for shoulder neck fatigue of releiving of the present invention has the beneficial effect that：

A kind of massage armchair for shoulder neck fatigue of releiving of the present invention, device conveniently beat massage assembly pair with reference to what is set on the chair back Human body shoulder neck is massaged, and is beaten control assembly by motor driven and is beaten, and reciprocal control assembly drive is beaten post and existed Slided on the chair back, beat post and vibromassage is carried out to neck while sliding, it is good to the health-care massaging effect of human body shoulder neck It is good, significantly reduce the neck caused by keeping sitting posture for a long time and ache.

Brief description of the drawings

The present invention will be further described in detail with specific implementation method below in conjunction with the accompanying drawings.

Fig. 1 is a kind of structural representation of the massage armchair for shoulder neck fatigue of releiving of the present invention；

Fig. 2 is the structural representation of seat；

Fig. 3 is the structural representation in another direction of seat；

Fig. 4 is the partial enlargement structural representation of bull stick location-plate and bull stick；

Fig. 5 is the structural representation of the chair back；

Fig. 6 is the structural representation in another direction of the chair back；

Fig. 7 is the structural representation of positioning fastener；

Fig. 8 is the chair back and the partial enlargement structural representation for beating massage assembly；

Fig. 9 is the structural representation for beating massage assembly；

Figure 10 is the structural representation of Hammer head assembly；

Figure 11 is the structural representation of reciprocal control assembly；

Figure 12 is the structural representation for beating control assembly.

In figure：Supporting leg 1；Seat 2；Articulated slab 2-1；Rotating disc 2-2；First gangbar 2-3；Connecting rod 2-4；Sector disk 2- 5；Bull stick location-plate 2-6；Angle locating plate 2-6-1；Level trough 2-6-2；Vertical slots 2-6-3；Bull stick 2-7；Knob wheel 2-7-1； Clamping bar 2-7-2；Lift plate 2-7-3；Holddown spring 2-7-4；Lifting rod 2-7-5；Fixed plate 2-7-6；Lift disk 2-7-7；Help Hand 3；The chair back 4；Semicircle articulated column 4-1；Second gangbar 4-2；Rectangle chute 4-3；T-slot 4-4；T-shaped block 4-5；Turn left Bracing strut 4-6；Position fastener 4-7；Inserting column rear position plate 4-7-1；Inserting column prelocalization plate 4-7-2；Inserting column 4-7-3；Circular baffle plate 4-7-4；Clamping spring 4-7-5；Positioning runner 4-7-6；L-type card adapter plate 4-7-7；Right-hand rotation bracing strut 4-8；Motor rack 4-9；Motor 4-10；Hollow rotating shaft 4-11；Beat massage assembly 5；Hammer head assembly 5-1；Beat column casing 5-1-1；Upper T-shaped sliding block 5-1-2；Beat Post 5-1-3；Reciprocal control assembly 5-2；Right T-shaped sliding block 5-2-1；Right rack 5-2-2；Gear shaft 5-2-3；Gear 5-2-4；Driving Axle 5-2-5；Horizontal bevel gear 5-2-6；Left T-shaped sliding block 5-2-7；Right rack 5-2-8；Push away block 5-2-9；Reset baffle block 5-2- 10；T-shaped slide plate 5-2-11；Support frame 5-2-12；Support shaft 5-2-13；Belt pulley 5-2-14；Drive bevel gear 5-2-15；Slide bar 5-2-16；Position-arresting disk 5-2-17；Back-moving spring 5-2-18；Beat control assembly 5-3；Belt 5-4；Right spindle 5-3-1；Right driving Rotating disk 5-3-2；Hollow shaft 5-3-3；Belt pulley 5-3-4；Solid shafting 5-3-5；Left driving rotating disk 5-3-6；Left rotary shaft 5-3-7； Right drive rod 5-3-8；Left drive rod 5-3-9.

Embodiment

Embodiment one：

Illustrate present embodiment with reference to Fig. 1-12, the present invention relates to massage apparatus technical field, be in particular A kind of massage armchair for shoulder neck fatigue of releiving, including supporting leg 1, seat 2, handrail 3, the chair back 4 and beat massage assembly 5, device side Just combine the massage assembly of beating set on the chair back to massage human body shoulder neck, control assembly is beaten by motor driven and entered Row is beaten, and reciprocal control assembly, which drives, beats post and slided on the chair back, beat post neck is vibrated while sliding by Rub, the health-care massaging of human body shoulder neck is worked well, significantly reduce the neck caused by keeping sitting posture for a long time and ache.

Two described supporting legs 1 are symmetrically welded at the lower end of seat 2, and two handrails 3 are symmetrically connected by trip bolt In the left and right ends of seat 2, the chair back 4 is hinged on the rear end of seat 2, beats the upper end that massage assembly 5 is slidably connected at the chair back 4, The upper end of seat 2 and handrail 3 is respectively arranged with arc groove, and foam-rubber cushion is bonded with arc groove.

Articulated slab 2-1, rotating disc 2-2, the first gangbar 2-3, connecting rod 2-4, sector disk 2- are provided with described seat 2 5th, bull stick location-plate 2-6 and bull stick 2-7, the lower end of seat 2, which is symmetrically welded with two articulated slabs 2-1, two articulated slab 2-1, to be divided It is not hinged with a rotating disc 2-2, the rotating disc 2-2 of left end upper end is arcuate structure, the arcuate structure of rotating disc 2-2 upper ends On be provided with gear teeth, be fixedly connected with the first gangbar 2-3 between two rotating disc 2-2, connecting rod 2-4 front end rotation connection On the first gangbar 2-3, sector disk 2-5 is rotatably connected on the articulated slab 2-1 of left end, gear is provided with sector disk 2-5 Tooth, sector disk 2-5 engage with rotating disc 2-2, and the left end of the lower end of seat 2 is welded with bull stick location-plate 2-6, bull stick 2-7 left end It is rotatably connected on bull stick location-plate 2-6, bull stick 2-7 right-hand member is welded on sector disk 2-5 front end.During use device, bull stick 2-7 can be rotated in bull stick location-plate 2-6, and bull stick 2-7 drives sector disk 2-5 to rotate, and sector disk 2-5 drives rotating disc 2-2 Rotation, rotating disc 2-2 are moved forward and backward by the first gangbar 2-3 drivening rods 2-4.

Angle locating plate 2-6-1, level trough 2-6-2 and vertical slots 2-6-3 are provided with described bull stick location-plate 2-6, Bull stick location-plate 2-6 left end is welded with angle locating plate 2-6-1, and angle locating plate 2-6-1 left end is surrounded with multiple Level trough 2-6-2, multiple level trough 2-6-2 right-hand member are provided with vertical slots 2-6-3, among angle locating plate 2-6-1 left ends Circular trough is provided with, circular trough, level trough 2-6-2 are connected with vertical slots 2-6-3.

Knob wheel 2-7-1, clamping bar 2-7-2, lifting plate 2-7-3, back-moving spring 2-7- are provided with described bull stick 2-7 4th, lifting rod 2-7-5, fixed plate 2-7-6 and lifting disk 2-7-7, bull stick 2-7 are rotatably connected on angle locating plate 2-6-1 circle In groove, bull stick 2-7 left end is welded with knob wheel 2-7-1, is welded with fixed plate 2-7-6 on bull stick 2-7, between lifting rod 2-7-5 Gap coordinates in fixed plate 2-7-6, and lifting rod 2-7-5 upper end is welded with lifting disk 2-7-7, lifting rod 2-7-5 lower end weldering Lifting plate 2-7-3 is connected to, is welded with clamping bar 2-7-2 on lifting plate 2-7-3, it is vertical that clamping bar 2-7-2 is connected to one of them Gap is formed in groove 2-6-3 to coordinate, and is lifted and is socketed with tension bullet on the lifting rod 2-7-5 between plate 2-7-3 and fixed plate 2-7-6 Spring 2-7-4.Described lifting rod 2-7-5 can be slided up and down in fixed plate 2-7-6, and back-moving spring 2-7-4 is all the time in drawing Tight state, back-moving spring 2-7-4 make clamping bar 2-7-2 closely be attached on vertical slots 2-6-3 left side, during use device, to Right pressing lifting disk 2-7-7, lifting disk 2-7-7 make clamping bar 2-7-2 and vertical slots 2-6-3 left end by lifting rod 2-7-5 Emaciated face is from turn clockwise knob wheel 2-7-1, and knob wheel 2-7-1 drives bull stick 2-7 to rotate clockwise, and bull stick 2-7 passes through fixation Plate 2-7-6 drives clamping bar 2-7-2 to rotate clockwise, and clamping bar 2-7-2 is from level trough 2- in the presence of back-moving spring 2-7-4 Skidded off in 6-2 so as to depart from angle locating plate 2-6-1, turn knob disk 2-7-1 presses down on lifting disk 2- to after needing angle 7-7, lifting disk 2-7-7 drive clamping bar 2-7-2 to slide into one of level trough 2-6-2 by lifting rod 2-7-5, then Turn knob disk 2-7-1 is rotated into certain angle counterclockwise, clamping bar 2-7-2 is snapped fit onto in vertical slots 2-6-3 again, tenses bullet Spring 2-7-4 makes clamping bar 2-7-2 closely be attached to realization fixation on vertical slots 2-6-3 left side again.

Semicircle articulated column 4-1, the second gangbar 4-2, rectangle chute 4-3, T-slot 4- are provided with the described chair back 4 4th, T-shaped block 4-5, left-hand rotation bracing strut 4-6, positioning fastener 4-7, right-hand rotation bracing strut 4-8, motor rack 4-9, motor 4-10 and hollow Rotating shaft 4-11, the lower end of the chair back 4 are provided with semicircle articulated column 4-1, and the chair back 4 is hinged on seat 2 by semicircle articulated column 4-1 Rear end, the lower end of the chair back 4 is fixedly connected with the second gangbar 4-2, and connecting rod 2-4 rear end thereof is connected to the second gangbar 4- On 2, the upper end of the chair back 4 is provided with rectangle chute 4-3, and rectangle chute 4-3 upper and lower ends are respectively arranged with a T-slot 4-4, Rectangle chute 4-3 left end is fixedly connected with T-shaped block 4-5 by trip bolt, and rectangle chute 4-3 upper end is welded with positioning Fastener 4-7, left-hand rotation bracing strut 4-6 and right-hand rotation bracing strut 4-8 are symmetrically welded at the upper end of the rear end of the chair back 4, on left-hand rotation bracing strut 4-6 Motor rack 4-9 is welded with, motor 4-10 is fixedly connected on motor rack 4-9 by trip bolt, and hollow rotating shaft 4-11, which is fixed, to be connected It is connected on motor 4-10 machine shaft.During use device, connecting rod 2-4 is movable to drive chair by the second gangbar 4-2 The back of the body 4 is rotated to an angle on seat 2 to realize the angular adjustment of the chair back 4.

Described positioning fastener 4-7 includes inserting column rear position plate 4-7-1, inserting column prelocalization plate 4-7-2, inserting column 4-7-3, circle Shape baffle plate 4-7-4, clamping spring 4-7-5, positioning runner 4-7-6 and L-type card adapter plate 4-7-7, L-type card adapter plate 4-7-7 upper end Be welded on rectangle chute 4-3, be provided with positioning runner 4-7-6 among L-type card adapter plate 4-7-7, inserting column rear position plate 4-7-1 and Inserting column prelocalization plate 4-7-2 is welded on L-type card adapter plate 4-7-7, inserting column 4-7-3 be plugged on inserting column rear position plate 4-7-1 and Between inserting column prelocalization plate 4-7-2, inserting column 4-7-3 front end is arranged to hemispherical dome structure, and circular gear is welded with inserting column 4-7-3 Plate 4-7-4, circular baffle plate 4-7-4 are located between inserting column rear position plate 4-7-1 and inserting column prelocalization plate 4-7-2, are positioned after inserting column Clamping spring 4-7-5 is socketed with inserting column 4-7-3 between plate 4-7-1 and circular baffle plate 4-7-4, by inserting column rear position plate 4-7- 1st, the component of inserting column prelocalization plate 4-7-2, inserting column 4-7-3, circular baffle plate 4-7-4 and clamping spring 4-7-5 compositions shares two groups, Two groups of components are respectively symmetrically welded on L-type card adapter plate 4-7-7 rear and front end.Described circular baffle plate 4-7-4 is all the time in pressure Tight state, during use device, when two relative inserting column 4-7-3 are stressed, two relative inserting column 4-7-3 are simultaneously opposite sliding Dynamic, after pressure releases, in the presence of clamping spring 4-7-5, slide in opposition recovers former to two relative inserting column 4-7-3 simultaneously Position.

It is described beat massage assembly 5 include Hammer head assembly 5-1, reciprocal control assembly 5-2, beat control assembly 5-3 and Belt 5-4, reciprocal control assembly 5-2 are fixedly connected on two Hammer head assembly 5-1 lower end, reciprocal control assembly 5-2 lower end It is slidably connected in the T-slot 4-4 of upper end, two Hammer head assembly 5-1 upper end is slidably connected in the T-slot 4-4 of upper end, is beaten The rear end that control assembly 5-3 is hinged on Hammer head assembly 5-1 is beaten, beats and is connected between control assembly 5-3 and reciprocal control assembly 5-2 There are belt 5-4, Hammer head assembly 5-1 to be slidably connected on right-hand rotation bracing strut 4-8 and hollow rotating shaft 4-11.

Described Hammer head assembly 5-1 includes beating column casing 5-1-1, upper T-shaped sliding block 5-1-2 and beats post 5-1-3, Chui Dazhu Cylinder 5-1-1 is hollow-core construction, and the upper end for beating column casing 5-1-1 is welded with T-shaped sliding block 5-1-2, and upper T-shaped sliding block 5-1-2 is slided It is connected in the T-slot 4-4 of upper end, the front end for beating post 5-1-3 is hemispherical dome structure, beats post 5-1-3 and is slidably connected at hammer Beat in column casing 5-1-1, the upper and lower ends of hammering column casing 5-1-1 rear ends are respectively symmetrically provided with the tup group described in a rectangular channel Part 5-1 shares two groups.The described post 5-1-3 that beats can slide back and forth beating in column casing 5-1-1.

Described reciprocal control assembly 5-2 includes right T-shaped sliding block 5-2-1, right rack 5-2-2, gear shaft 5-2-3, gear 5-2-4, drive shaft 5-2-5, horizontal bevel gear 5-2-6, left T-shaped sliding block 5-2-7, right rack 5-2-8, push away block 5-2-9, be multiple Position block 5-2-10, T-shaped slide plate 5-2-11, support frame 5-2-12, support shaft 5-2-13, belt pulley 5-2-14, drive bevel gear 5-2-15, slide bar 5-2-16, position-arresting disk 5-2-17 and back-moving spring 5-2-18, T-shaped sliding block 5-2-1 front end are welded with right rack 5-2-2, gear shaft 5-2-3 are rotatably connected among the T-slot 4-4 of lower end, and gear shaft 5-2-3 upper end fixed-link has gear 5-2-4, drive shaft 5-2-5 lower end are fixedly connected on gear 5-2-4, and drive shaft 5-2-5 upper end is fixedly connected with level Bevel gear 5-2-6, gear 5-2-4 front end are engaged with right rack 5-2-2, and left T-shaped sliding block 5-2-7 rear end is welded with right rack 5-2-8, right rack 5-2-8 upper end, which is welded with, pushes away block 5-2-9, and reset baffle block 5-2-10 is fixedly connected on right rack 5-2- 8 right-hand member, T-shaped slide plate 5-2-11 upper end are slidably connected in positioning runner 4-7-6, and support frame 5-2-12 is fixedly connected on T On type slide plate 5-2-11, support frame 5-2-12 left end is welded with support shaft 5-2-13, belt pulley 5-2-14 and drive bevel gear 5-2-15 is rotatably connected on support shaft 5-2-13, and belt pulley 5-2-14 and drive bevel gear 5-2-15 are structure as a whole, horizontal Bevel gear 5-2-6 is engaged with drive bevel gear 5-2-15, and gear 5-2-4 rear end is engaged with right rack 5-2-8, right T-shaped sliding block 5-2-1 and left T-shaped sliding block 5-2-7 are slidably connected in the T-slot 4-4 of lower end, are rotatably connected on left T-shaped sliding block 5-2-7 Slide bar 5-2-16, slide bar 5-2-16 left end are welded on T-shaped block 4-5, and slide bar 5-2-16 left end is welded with position-arresting disk 5- Back-moving spring 5-2-18 is socketed with slide bar 5-2-16 between 2-17, position-arresting disk 5-2-17 and left T-shaped sliding block 5-2-7, it is right T-shaped Sliding block 5-2-1 and left T-shaped sliding block 5-2-7 upper end are welded on two and beaten on column casing 5-1-1.T-shaped slide plate 5-2-11 is located at Two relative inserting column 4-7-3 left side, restricted T type slide plate 5-2-11 is slided to the right in positioning runner 4-7-6, due to inserting column 4-7-3 rear end is hemispherical dome structure, and when T-shaped slide plate 5-2-11 stress moves right, two relative inserting column 4-7-3 are simultaneously It is opposite to slide, after T-shaped slide plate 5-2-11 slides into right side on the left of two relative inserting column 4-7-3, clamping spring 4-7-5's Under effect, slide in opposition sets back two relative inserting column 4-7-3 simultaneously, so as to which restricted T type slide plate 5-2-11 is slided in positioning Slided to the left in groove 4-7-6；Described back-moving spring 5-2-18 is in relaxation state；During use device, belt pulley 5-2-14 turns Dynamic to drive drive bevel gear 5-2-15 to rotate, drive bevel gear 5-2-15 drives horizontal bevel gear 5-2-6 to rotate, horizontal bevel gear 5-2-6 bands moving gear 5-2-4 is rotated clockwise, and gear 5-2-4 drives right T-shaped cunning by right rack 5-2-8 and right rack 5-2-2 Block 5-2-1 and left T-shaped sliding block 5-2-7 do move toward one another simultaneously, push T-shaped slide plate 5-2-11 to the right open when pushing away block 5-2-9 When, horizontal bevel gear 5-2-6 is disengaged from drive bevel gear 5-2-15, and horizontal bevel gear 5-2-6 and gear 5-2-4 stop fortune Turn, right T-shaped sliding block 5-2-1 and left T-shaped sliding block 5-2-7 stop motions, works of the left T-shaped sliding block 5-2-7 in back-moving spring 5-2-18 Set back under, pass through the right rack 5-2-8 band moving gear 5-2-4 inverse times while left T-shaped sliding block 5-2-7 sets back to the left Pin operates, and gear 5-2-4 moves right right T-shaped sliding block 5-2-1 to set back by right rack 5-2-2, as reset baffle block 5- When 2-10 promotes T-shaped slide plate 5-2-11 to the left, drive bevel gear 5-2-15 is engaged again with horizontal bevel gear 5-2-6, horizontal Again band moving gear 5-2-4 is operated bevel gear 5-2-6 clockwise, right T-shaped sliding block 5-2-1 and left T-shaped sliding block 5-2-7 is done again Move toward one another is moved back and forth with realizing, right T-shaped sliding block 5-2-1 and left T-shaped sliding block 5-2-7 reciprocating motion drive two tup groups Part 5-1 moves reciprocatingly in T-slot 4-4.

The described control assembly 5-3 that beats includes right spindle 5-3-1, right driving rotating disk 5-3-2, hollow shaft 5-3-3, belt Pulley 5-3-4, solid shafting 5-3-5, left driving rotating disk 5-3-6, left rotary shaft 5-3-7, right drive rod 5-3-8 and left drive rod 5-3- 9, right spindle 5-3-1 right-hand member are slidably connected on rotary shaft rack 4-8, and right spindle 5-3-1 left end is welded with a right driving Rotating disk 5-3-2, hollow shaft 5-3-3 right-hand member are welded with a right driving rotating disk 5-3-2, before two right driving rotating disk 5-3-2 End is rotatably connected to right drive rod 5-3-8, and belt pulley 5-3-4, belt pulley 5-3-4 are fixedly connected with hollow shaft 5-3-3 Left and right ends be provided with baffle ring, solid shafting 5-3-5 is slidably connected in hollow shaft 5-3-3, the welding of solid shafting 5-3-5 left end There is a left driving rotating disk 5-3-6, left rotary shaft 5-3-7 right-hand member is welded with a left driving rotating disk 5-3-6, and two left drivings turn Disk 5-3-6 rear end thereof is connected with left drive rod 5-3-9, and left rotary shaft 5-3-7 left end is slidably connected at hollow rotating shaft 4-11 Interior, right drive rod 5-3-8 and left drive rod 5-3-9 front end are respectively hinged at two rear ends for beating post 5-1-3, belt pulley 5- Belt 5-4 is connected between 2-14 and belt pulley 5-3-4.During use device, motor 4-10 drives hollow rotating shaft 4-11 to rotate, Hollow rotating shaft 4-11 drives left rotary shaft 5-3-7 to rotate, and left rotary shaft 5-3-7 drives two left driving rotating disk 5-3-6 to rotate, left driving Rotating disk 5-3-6 drives solid shafting 5-3-5 to rotate, and solid shafting 5-3-5 drives hollow shaft 5-3-3 to rotate, and hollow shaft 5-3-3 drives skin Band pulley 5-3-4 is rotated, and hollow shaft 5-3-3 drives two right driving rotating disk 5-3-2 to rotate, and right driving rotating disk 5-3-2 drives right Rotating shaft 5-3-1 is rotated, and two left driving rotating disk 5-3-6 drive left drive rod 5-3-9 to wave reciprocating motion, and two left drivings turn Disk 5-3-6 drives drive rod 5-3-8 to wave reciprocating motion, and left drive rod 5-3-9's and drive rod 5-3-8 waves reciprocating motion Drive beat post 5-1-3 beat done in column casing 5-1-1 it is reciprocal beat motion, belt pulley 5-3-4 passes through belt 5-4 drive skins Belt wheel 5-2-14 is operated, and when two Hammer head assembly 5-1 are moved back and forth in T-slot 4-4, left rotary shaft 5-3-7 is in hollow rotating shaft Horizontally slipped in 4-11, solid shafting 5-3-5 horizontally slips in hollow shaft 5-3-3, and right spindle 5-3-1 is in right-hand rotation bracing strut 4-8 On horizontally slip, while belt 5-4 horizontally slips on belt pulley 5-3-4.

A kind of operation principle of the massage armchair for shoulder neck fatigue of releiving of the present invention：During use device, bull stick 2-7, bull stick are rotated 2-7 drives sector disk 2-5 to rotate, and sector disk 2-5 drives rotating disc 2-2 to rotate, rotating disc 2-2 by the first gangbar 2-3 and Connecting rod 2-4, which changes the angle of the chair back 4 and realized by clamping bar 2-7-2, to be fixed, and starts motor 4-10, motor 4-10 drives and beaten Control assembly 5-3 is operated, and is beaten control assembly 5-3 and is beaten post 5-1-3 by left drive rod 5-3-9 and drive rod 5-3-8 drives Motion back and forth is beaten beating to do in column casing 5-1-1, control assembly 5-3 is beaten and reciprocal control assembly 5-2 is driven by belt 5-4 Hammer head assembly 5-1 is set to be moved reciprocatingly in T-slot 4-4, so as to realize that beat post is carried out while reciprocatingly sliding to neck Massage is beaten in vibration.

Certainly, described above is not limitation of the present invention, and the present invention is also not limited to the example above, the art The variations, modifications, additions or substitutions that those of ordinary skill is made in the essential scope of the present invention, fall within the guarantor of the present invention Protect scope.

Claims

1. it is a kind of releive shoulder neck fatigue massage armchair, including supporting leg (1), seat (2), handrail (3), the chair back (4) and beat by Rub component (5), it is characterised in that：Two described supporting legs (1) are symmetrically welded at the lower end of seat (2), and two handrails (3) are logical The left and right ends that trip bolt is symmetrically connected to seat (2) are crossed, the chair back (4) is hinged on the rear end of seat (2), beats massage assembly (5) it is slidably connected at the upper end of the chair back (4), the upper end of seat (2) and handrail (3) is respectively arranged with arc groove, arc groove Inside it is bonded with foam-rubber cushion.

A kind of 2. massage armchair of shoulder neck fatigue of releiving according to claim 1, it is characterised in that：On described seat (2) It is provided with articulated slab (2-1), rotating disc (2-2), the first gangbar (2-3), connecting rod (2-4), sector disk (2-5), bull stick positioning Plate (2-6) and bull stick (2-7), the lower end of seat (2) are symmetrically welded with two articulated slabs (2-1), divided on two articulated slabs (2-1) It is not hinged with a rotating disc (2-2), the upper end of the rotating disc (2-2) of left end is arcuate structure, the arc of rotating disc (2-2) upper end Gear teeth is provided with shape structure, the first gangbar (2-3) is fixedly connected between two rotating discs (2-2), connecting rod (2-4) Front end is rotatably connected in the first gangbar (2-3), and sector disk (2-5) is rotatably connected on the articulated slab (2-1) of left end, fan-shaped Gear teeth is provided with disk (2-5), sector disk (2-5) is engaged with rotating disc (2-2), and the left end of seat (2) lower end, which is welded with, to be turned Bar location-plate (2-6), the left end of bull stick (2-7) are rotatably connected on bull stick location-plate (2-6), the right-hand member welding of bull stick (2-7) In sector disk (2-5) front end.

A kind of 3. massage armchair of shoulder neck fatigue of releiving according to claim 2, it is characterised in that：Described bull stick location-plate Angle locating plate (2-6-1), level trough (2-6-2) and vertical slots (2-6-3) are provided with (2-6), bull stick location-plate (2-6) Left end is welded with angle locating plate (2-6-1), and the left end of angle locating plate (2-6-1) is surrounded with multiple level trough (2-6- 2), the right-hand member of multiple level troughs (2-6-2) is provided with vertical slots (2-6-3), is set among angle locating plate (2-6-1) left end There is circular trough, circular trough, level trough (2-6-2) are connected with vertical slots (2-6-3).

A kind of 4. massage armchair of shoulder neck fatigue of releiving according to claim 3, it is characterised in that：Described bull stick (2-7) On be provided with knob wheel (2-7-1), clamping bar (2-7-2), lifting plate (2-7-3), back-moving spring (2-7-4), lifting rod (2-7- 5), fixed plate (2-7-6) and lifting disk (2-7-7), bull stick (2-7) are rotatably connected on angle locating plate (2-6-1) circular trough Interior, the left end of bull stick (2-7) is welded with knob wheel (2-7-1), and fixed plate (2-7-6), lifting rod are welded with bull stick (2-7) (2-7-5) gap coordinates in fixed plate (2-7-6), and the upper end of lifting rod (2-7-5) is welded with lifting disk (2-7-7), lifting The lower end of bar (2-7-5) is welded with lifting plate (2-7-3), and clamping bar (2-7-2), clamping bar are welded with lifting plate (2-7-3) (2-7-2), which is connected in one of vertical slots (2-6-3), forms gap cooperation, lifting plate (2-7-3) and fixed plate (2-7-6) Between lifting rod (2-7-5) on be socketed with back-moving spring (2-7-4).

A kind of 5. massage armchair of shoulder neck fatigue of releiving according to claim 2, it is characterised in that：On the described chair back (4) It is provided with semicircle articulated column (4-1), the second gangbar (4-2), rectangle chute (4-3), T-slot (4-4), T-shaped block (4- 5), left-hand rotation bracing strut (4-6), positioning fastener (4-7), right-hand rotation bracing strut (4-8), motor rack (4-9), motor (4-10) and hollow Rotating shaft (4-11), the lower end of the chair back (4) are provided with semicircle articulated column (4-1), and the chair back (4) passes through semicircle articulated column (4-1) The rear end of seat (2) is hinged on, the lower end of the chair back (4) is fixedly connected with the second gangbar (4-2), and the rear end of connecting rod (2-4) turns Dynamic to be connected in the second gangbar (4-2), the upper end of the chair back (4) is provided with rectangle chute (4-3), rectangle chute (4-3) it is upper Lower both ends are respectively arranged with a T-slot (4-4), and the left end of rectangle chute (4-3) is fixedly connected with T-shaped gear by trip bolt Block (4-5), the upper end of rectangle chute (4-3) are welded with positioning fastener (4-7), left-hand rotation bracing strut (4-6) and right-hand rotation bracing strut (4- 8) upper end of the chair back (4) rear end is symmetrically welded at, motor rack (4-9) is welded with left-hand rotation bracing strut (4-6), motor (4-10) is logical Cross trip bolt to be fixedly connected on motor rack (4-9), the motor that hollow rotating shaft (4-11) is fixedly connected on motor (4-10) turns On axle.

A kind of 6. massage armchair of shoulder neck fatigue of releiving according to claim 5, it is characterised in that：Described positioning fastener (4-7) include inserting column rear position plate (4-7-1), inserting column prelocalization plate (4-7-2), inserting column (4-7-3), circular baffle plate (4-7-4), Clamping spring (4-7-5), positioning runner (4-7-6) and L-type card adapter plate (4-7-7), the upper end welding of L-type card adapter plate (4-7-7) On rectangle chute (4-3), positioning runner (4-7-6), inserting column rear position plate (4-7- are provided among L-type card adapter plate (4-7-7) 1) it is welded in L-type card adapter plate (4-7-7) with inserting column prelocalization plate (4-7-2), inserting column (4-7-3) positions after being plugged on inserting column Between plate (4-7-1) and inserting column prelocalization plate (4-7-2), the front end of inserting column (4-7-3) is arranged to hemispherical dome structure, inserting column (4- Circular baffle plate (4-7-4) is welded with 7-3), circular baffle plate (4-7-4) is determined before being located at inserting column rear position plate (4-7-1) and inserting column Between position plate (4-7-2), it is socketed with the inserting column (4-7-3) between inserting column rear position plate (4-7-1) and circular baffle plate (4-7-4) Clamping spring (4-7-5), by inserting column rear position plate (4-7-1), inserting column prelocalization plate (4-7-2), inserting column (4-7-3), circular gear The component of plate (4-7-4) and clamping spring (4-7-5) composition shares two groups, and two groups of components are respectively symmetrically welded on L-type card adapter plate The rear and front end of (4-7-7).

A kind of 7. massage armchair of shoulder neck fatigue of releiving according to claim 6, it is characterised in that：Described beats massage group Part (5) includes Hammer head assembly (5-1), reciprocal control assembly (5-2), beats control assembly (5-3) and belt (5-4), reciprocal control Component (5-2) processed is fixedly connected on the lower end of two Hammer head assemblies (5-1), the lower slide connection of reciprocal control assembly (5-2) In the T-slot (4-4) of upper end, the upper end of two Hammer head assemblies (5-1) is slidably connected in the T-slot (4-4) of upper end, is beaten Control assembly (5-3) is hinged on Hammer head assembly (5-1) rear end, beat control assembly (5-3) and reciprocal control assembly (5-2) it Between be connected with belt (5-4), Hammer head assembly (5-1) is slidably connected on right-hand rotation bracing strut (4-8) and hollow rotating shaft (4-11).

A kind of 8. massage armchair of shoulder neck fatigue of releiving according to claim 7, it is characterised in that：Described Hammer head assembly (5-1) includes beating column casing (5-1-1), upper T-shaped sliding block (5-1-2) and beats post (5-1-3), beats column casing (5-1-1) as sky Core structure, the upper end for beating column casing (5-1-1) are welded with T-shaped sliding block (5-1-2), and upper T-shaped sliding block (5-1-2) is slidably connected at In the T-slot (4-4) of upper end, the front end for beating post (5-1-3) is hemispherical dome structure, beats post (5-1-3) and is slidably connected at hammer Beat in column casing (5-1-1), the upper and lower ends for beating column casing (5-1-1) rear end are respectively symmetrically provided with a rectangular channel, described Hammer head assembly (5-1) shares two groups.

A kind of 9. massage armchair of shoulder neck fatigue of releiving according to claim 8, it is characterised in that：Described reciprocal control group Part (5-2) includes right T-shaped sliding block (5-2-1), right rack (5-2-2), gear shaft (5-2-3), gear (5-2-4), drive shaft (5- 2-5), horizontal bevel gear (5-2-6), left T-shaped sliding block (5-2-7), right rack (5-2-8), push away block (5-2-9), reset gear Block (5-2-10), T-shaped slide plate (5-2-11), support frame (5-2-12), support shaft (5-2-13), belt pulley (5-2-14), active Bevel gear (5-2-15), slide bar (5-2-16), position-arresting disk (5-2-17) and back-moving spring (5-2-18), T-shaped sliding block (5-2-1) Front end is welded with right rack (5-2-2), and gear shaft (5-2-3) is rotatably connected among the T-slot (4-4) of lower end, gear shaft (5- Upper end fixed-link 2-3) has gear (5-2-4), and the lower end of drive shaft (5-2-5) is fixedly connected on gear (5-2-4), drives The upper end of moving axis (5-2-5) is fixedly connected with horizontal bevel gear (5-2-6), front end and the right rack (5-2-2) of gear (5-2-4) Engagement, the rear end of left T-shaped sliding block (5-2-7) are welded with right rack (5-2-8), and the upper end of right rack (5-2-8), which is welded with, to be pushed away Block (5-2-9), reset baffle block (5-2-10) are fixedly connected on right rack (5-2-8) right-hand member, T-shaped slide plate (5-2-11) it is upper End is slidably connected in positioning runner (4-7-6), and support frame (5-2-12) is fixedly connected on T-shaped slide plate (5-2-11), support The left end of frame (5-2-12) is welded with support shaft (5-2-13), and belt pulley (5-2-14) and drive bevel gear (5-2-15), which rotate, to be connected It is connected in support shaft (5-2-13), belt pulley (5-2-14) and drive bevel gear (5-2-15) are structure as a whole, horizontal bevel gear (5-2-6) is engaged with drive bevel gear (5-2-15), and the rear end of gear (5-2-4) is engaged with right rack (5-2-8), right T-shaped cunning Block (5-2-1) and left T-shaped sliding block (5-2-7) are slidably connected in the T-slot (4-4) of lower end, on left T-shaped sliding block (5-2-7) Slide bar (5-2-16) is rotatably connected to, the left end of slide bar (5-2-16) is welded on T-shaped block (4-5), slide bar (5-2-16) Left end is welded with position-arresting disk (5-2-17), on the slide bar (5-2-16) between position-arresting disk (5-2-17) and left T-shaped sliding block (5-2-7) Back-moving spring (5-2-18) is socketed with, the upper end of the T-shaped sliding block (5-2-7) of right T-shaped sliding block (5-2-1) and a left side is welded on two hammers Beat on column casing (5-1-1).

A kind of 10. massage armchair of shoulder neck fatigue of releiving according to claim 9, it is characterised in that：Described beats control Component (5-3) includes right spindle (5-3-1), right driving rotating disk (5-3-2), hollow shaft (5-3-3), belt pulley (5-3-4), reality Mandrel (5-3-5), left driving rotating disk (5-3-6), left rotary shaft (5-3-7), right drive rod (5-3-8) and left drive rod (5-3-9), The right-hand member of right spindle (5-3-1) is slidably connected on rotary shaft rack (4-8), and the left end of right spindle (5-3-1) is welded with a right side Driving rotating disk (5-3-2), the right-hand member of hollow shaft (5-3-3) are welded with a right driving rotating disk (5-3-2), two right driving rotating disks The front end of (5-3-2) is rotatably connected to right drive rod (5-3-8), and belt pulley (5-3- is fixedly connected with hollow shaft (5-3-3) 4), the left and right ends of belt pulley (5-3-4) are provided with baffle ring, and solid shafting (5-3-5) is slidably connected at hollow shaft (5-3-3) Interior, the left end of solid shafting (5-3-5) is welded with a left driving rotating disk (5-3-6), and the right-hand member of left rotary shaft (5-3-7) is welded with one Individual left driving rotating disk (5-3-6), the rear end thereof of two left driving rotating disks (5-3-6) are connected with left drive rod (5-3-9), turn left The left end of axle (5-3-7) is slidably connected in hollow rotating shaft (4-11), right drive rod (5-3-8) and left drive rod (5-3-9) Front end is respectively hinged at two rear ends for beating post (5-1-3), is connected between belt pulley (5-2-14) and belt pulley (5-3-4) There is belt (5-4).