CN201171769Y - Chair type massaging device - Google Patents
Chair type massaging device Download PDFInfo
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- CN201171769Y CN201171769Y CNU2007200095149U CN200720009514U CN201171769Y CN 201171769 Y CN201171769 Y CN 201171769Y CN U2007200095149 U CNU2007200095149 U CN U2007200095149U CN 200720009514 U CN200720009514 U CN 200720009514U CN 201171769 Y CN201171769 Y CN 201171769Y
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- footstool
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Abstract
The utility model relates to a chair massager, comprising a seat for a user to sit; a leg placing part, one end of which is pivoted with the front part of the seat for pivoting and moving up and down, and the leg placing part is used for supporting the lower leg of the user; a driving unit used for pivoting and moving the leg placing part relative to the seat; a footstool pivoted with the other end of the leg placing part for pivoting and moving up and down and used for supporting legs of the user; and a massage device arranged on at least one of the leg placing part and the footstool. The chair massager is also provided with a brake unit used for limiting the pivoting and moving range of the footstool relative to the leg placing part, and a biasing unit used for exerting a biasing force on the footstool in the upward or downward pivoting and moving direction.
Description
Technical field
This utility model relates to the chair-type massage machine with footstool portion.
Background technology
For traditional chair-type massage machine, known seat that comprises that the user sits down, the leg placement section that is connected with the front side pivot at seat is with the footstool that is connected with the front side pivot of leg placement section.Leg placement section and footstool are provided with the massage machine as air bag etc. respectively.Can be massaged under such state by massage machine, promptly its user's shank and foot are supported by leg placement section and footstool respectively in the scope from the ankle to the toe.
As the syndeton that is used between above-mentioned massage appliance leg placement section and footstool, the open application number of Japan Patent is that H10-295753 discloses a kind of structure therein, wherein the surface of the leg placement section that mainly contacts with user's shank (hereinafter, be called " shank stayed surface ") with the surface of footstool (hereinafter, being called " foot stayed surface ") basic quadrature fixes, and this footstool contacts with the scope of sole from the ankle to the toe with user's foot.Yet if leg placement section and footstool are fixed as a unit, user's fixed ankle is supported on specific angle, its overslaugh loosening of user.
For this reason, the open application number of Japan Patent is that 2003-310682 has advised a kind of structure, and wherein footstool pivots with leg placement section by linkage and is connected, and is used for pivoting mobile up and down with respect to leg placement section.In this structure, no matter how leg placement section pivots mobilely, and footstool keeps flat-hand position always.Also have, when the driving leg placement section arrived the basic horizontal position, leg placement section and footstool were aimed on straight line each other substantially.Under this state, the user is placed on the rear side of ankle on the foot stayed surface of footstool, massages thereon with this.
Yet in above-mentioned massage appliance, the angle between leg placement section and the footstool is by the posture decision of leg placement section, and therefore, the user almost can not change.If the driving leg placement section is behind the basic horizontal position, the user is put into sole on the foot stayed surface of footstool, and user's posture becomes uncomfortable.Also have, shank and sole can not obtain massage simultaneously when stretching out both legs forward.
Summary of the invention
This utility model provides a kind of chair-type massage machine, its no matter the leg placement section posture how the angle of the relative leg placement section of footstool can change at an easy rate, and can by footstool massage under foot and the massage of ankle rear side between switch massage.
According to an aspect of the present utility model, provide a kind of chair-type massage machine to comprise: the user sits seat thereon; Leg placement section, the front portion at one end parts and seat pivot be connected be used for pivoting up and down mobile, the shank of leg placement section supporting user; Driver element is used for pivoting relative to the seat and moves leg placement section; Footstool, with the other end of leg placement section partly pivot be connected be used for pivoting up and down mobile, the foot of footstool supporting user; Massage machine is arranged at least one of leg placement section and footstool; Brake unit is used to limit the pivot moving range of the relative leg placement section of footstool; And bias unit, be used for footstool is applied biasing force in the direction up or down that moves that pivots.
In above-mentioned chair-type massage machine (being called " first chair-type massage machine " hereinafter), regardless of the leg placement section posture, the user can make the angle of the relative leg placement section of footstool change at an easy rate by pressing toe side or heel side.In view of the above, massage appliance can by footstool 8 massage under foot and ankle rear side massage between switch and massage.In addition, brake unit is set and prevents that the user is owing to unexpected over-drastic motion is fallen down.Also have, bias unit is set so that when load is removed footstool can get back to the home position automatically, it makes simple to operate.Also have, vibration and the generating noise sent from various massage mechanisms can suppress effectively.
According to another aspect of the present utility model, a kind of chair-type massage machine is provided, comprising: the user sits seat thereon; Leg placement section, the front portion at one end parts and seat pivot be connected be used for pivoting up and down mobile, the shank of leg placement section supporting user; Driver element is used for pivoting relative to the seat and moves leg placement section; Footstool, with the other end of leg placement section partly pivot be connected be used for pivoting up and down mobile, the foot of footstool supporting user; Massage machine is arranged at least one of leg placement section and footstool; Brake unit is used to limit the pivot moving range of the relative leg placement section of footstool; Wherein footstool relative to the pivot of leg placement section move around pivotal line location user oriented sole put the foot stayed surface of footstool thereon.
In above-mentioned chair-type massage machine (being called " second chair-type massage machine " hereinafter), regardless of the leg placement section posture, the user can make the relative leg placement section of footstool change at an easy rate around the angle of pivotal line by pressing toe side or heel side.In view of the above, can by footstool massage under foot and ankle rear side massage between switch massage.In addition, brake unit is set and prevents that the user is owing to unexpected over-drastic motion is fallen down.
In second chair-type massage machine, preferably footstool relative to the pivot of leg placement section move around pivotal line and sole is put in the axis alignment that extends between the ankle joint of the user on the foot stayed surface.In view of the above, move even footstool pivots, sole also can remain on the foot stayed surface, therefore makes the user also feel comfortable when the operation footstool.Also have, the massage position remains unchanged, so that carry out massage effectively.
Also have, in second chair-type massage machine, preferably be provided for determining the positioning unit of the position of user's foot on footstool.Like this, user's the foot and the pivotal line of footstool can remain on stable position, and the user can move the footstool pivot with stable manner.
Also have, in second chair-type massage machine, preferably bias unit is used for footstool is applied biasing force in the direction up or down that moves that pivots.Consequently, when the load of user's foot was removed, footstool was got back to original position automatically, and this makes simple to operate.Also have, vibration and the generating noise sent from various massage mechanisms can suppress effectively.
In first and second chair-type massage machines, preferably bias unit is used for applying biasing force on the direction that moves in that the footstool front side is upwards pivoted.With this, for mobile footstool, preferably downward presser feet toe.Consider that from the angle of organization of human body the operation of presser feet toe is simpler than downward presser feet ankle downwards.Also have, when the accelerator pedal of pressing automobile etc., carry out the operation of downward presser feet toe usually.In other words, with shirtsleeve operation footstool is pivoted moves.
Also have, preferably, when the downward pivot of leg placement section moved, bias unit reduced biasing force on the direction that moves that pivots in the footstool front side.Usually, when the angle between foot and the shank is spent near 90 the pressure of toe increase and when toe stretches downwards gradually the pressure of toe reduce.For this reason, the user can mobile at an easy rate footstool.When being in to pivot, footstool moves to extreme lower position when massaging, the biasing force minimum of the mobile footstool that upwards pivots.Its as a result ankle do not pressed too severely.
Also have, preferably pivot downwards in the footstool front side and move when exceeding special angle, bias unit reverses the direction of biasing force.Therefore, the user can move down footstool at an easy rate.Also have, move to extreme lower position when massaging when footstool is in to pivot, do not apply the biasing force of the mobile footstool that upwards pivots, therefore, ankle is not pressed too severely.
Also have, preferably bias unit is arranged in the core of footstool width.Consequently, biasing force can balancedly be applied to both sides.In addition, bias unit is arranged in the dead band of the core of footstool, so that realize miniaturization and reduce cost.
In first and second chair-type massage machines, damping mechanism preferably is provided, be used to limit the speed that footstool moves relative to the pivot of leg placement section.In view of the above, when pivoting to move to be braked, footstool may reduce noise and the vibration that causes when sheet is braked.Especially, by being limited in the speed that pivots and move on the direction that pushes away the footstool front side downwards, the user who stands on the footstool can prevent because mobile suddenly the causing of footstool fallen down.
In first and second chair-type massage machines, further preferably under the front side of footstool pivots mobile and bottom surface state of contact, the location footstool relative to the pivot of leg placement section move around pivotal line, when seeing from the side, this pivotal line is lower than straight line L, this straight line connect the contact point of footstool and bottom surface and leg placement section relative to the seat pivot move around another pivotal line.Therefore, when the downward pivot of leg placement section is mobile, can prevent that the leading section of footstool from thrusting the bottom surface, cause the unwanted movement or the damage of leg placement section.
Regardless of the posture of leg placement section, this utility model can provide the chair-type massage machine that the angle of the relative leg placement section of footstool is changed at an easy rate desired angle, and can by footstool massage under foot and ankle rear side massage between switch massage.
Description of drawings
The description of the embodiment that the following accompanying drawing of reference is given will be understood the purpose of this utility model and feature better, wherein:
Fig. 1 is the internal structure perspective view according to the chair-type massage machine major part of first embodiment of this utility model;
Fig. 2 A and 2B have illustrated that wherein Fig. 2 A illustrates the state that footstool is pivoted to uppermost position in fig-ure according to the internal structure side view of the chair-type massage machine major part of first embodiment of this utility model, and Fig. 2 B illustrates the state that footstool is pivoted to upper/lower positions;
Fig. 3 A has described chair-type massage machine according to first embodiment of this utility model to 3C, wherein Fig. 3 A is the perspective view that footstool is pivoted to the uppermost position in fig-ure state, Fig. 3 B is the side view that footstool is pivoted to the uppermost position in fig-ure state, and Fig. 3 C illustrates the side view that footstool is pivoted to upper/lower positions state;
Fig. 4 A and 4B have illustrated that wherein Fig. 4 A illustrates the state that footstool is pivoted to uppermost position in fig-ure according to the internal structure side view of the chair-type massage machine major part of second embodiment of this utility model, and Fig. 4 B illustrates the state that footstool is pivoted to upper/lower positions;
Fig. 5 provides the internal structure side view according to the chair-type massage machine major part of the 3rd embodiment of this utility model;
Fig. 6 is the internal structure side view according to the chair-type massage machine major part of the 4th embodiment of this utility model; And
Fig. 7 A and 7B have represented the internal structure side view according to the chair-type massage machine major part of the 5th embodiment of this utility model, wherein Fig. 7 A illustrates leg placement section and pivots up to bottom surface and footstool state of contact downwards, and Fig. 7 B illustrates the state that leg placement section is pivoted to upper/lower positions.
The specific embodiment
Hereinafter, describe embodiment of the present utility model with reference to the accompanying drawings in detail.Fig. 3 A has described chair-type massage machine according to first embodiment of this utility model as a whole to 3C.The chair-type massage machine of first embodiment is installed on the F of bottom surface, comprises having the seat 1 that the user sits seat face 1a thereon; Be installed in the pair of armrests 2 of 1 both sides, seat; The backrest 3 that is used for the supporting user back, its rear side that is connected to seat 1 are used for forward and pivot backward; Leg placement section 5, the one end is connected to the front side at seat 1 by support bar 4 pivotal lines, and it is mobile to be used for pivoting up and down; Driver element 6 is used for moving of relative to the seat 1 driving leg placement section 5; And footstool 8, it is pivotally connected to the other end (opposite with an end that connects support bar 4) of leg placement section 5, and it is mobile to be used for pivoting up and down by a pair of connection support member 7 (referring to Fig. 1,2A and 2B).
The direction of using in this description (forward/backward, the right side/left side and up/down) is based on that the user that is sitting in seat 1 determines.Relative seat 1, what locate leg placement section 5 is the front side, a side of Given this locating backrest 3 is rear sides.In addition, relatively leg placement section 5 and footstool 8, it moves up and down the meaning and is and pivots mobile up and down as the opposite front side of pivotal line one side.
Fig. 1,2A and 2B illustrate the internal structure of leg placement section 5 and footstool 8.The leg support 12 that is contained in the leg placement section 5 is pivotally connected to by a pair of connection support member 7 and the foot support 13 that is contained in the footstool 8.Each connects support member 7 and comprises the lower limb side connecting elements 14 that is fixed to leg support 12, the shaft component 20 that is fixed to the foot side connecting elements 15 of foot support 13 and is used for connecting elements 14 and 15 is pivotally connected to.Foot side connecting elements 15 forms a unit with plate shaped brake(-holder) block 16 as brake unit, and brake(-holder) block 16 is used to limit the pivot moving range of footstool 8 relative leg placement sections 5 by contacting with lower limb side connecting elements 14.
In lower limb side connecting elements 14, the first contact surface 14a and the second contact surface 14b form the round angle of about 90 degree.Shown in Fig. 2 A, under foot stayed surface 8a and the orthogonal substantially each other state of shank stayed surface 5a, the first contact surface 14a contacts with brake(-holder) block 16.In addition shown in Fig. 2 B, under the state that foot stayed surface 8a and shank stayed surface 5a are substantially parallel to each other, the second contact surface 14b contacts with brake(-holder) block 16.The angle (promptly about an angle of 90 degrees) that is formed by the first and second contact surface 14a and 14b is the angular range that footstool 8 pivots and moves.
The biasing spring 19 of winding form is installed on the spring holder 17 that is arranged on leg support 12 widths (that is, the right side/left to) central authorities and is arranged between the spring holder 18 of foot support 13 width central authorities.Footstool 8 connects the horizontal pivot axis A that extends between the shaft component 20 of support member 7 around right and a left side and rotates.Yet when seeing from the side, the biasing spring of installing between footstool 8 and leg placement section 5 19 (being the stretching axis E of biasing spring 19) and applies biasing force to footstool 8 on the direction of upwards drawing its front side on pivotal line A.
Also have, the biasing spring 19 of winding form is installed under tension, so that it can stretch in the scope that footstool 8 pivots move.The stretching axis E of biasing spring 19 is positioned on the pivotal line A all the time, and the tension force that produces by edge stretching axis E applies biasing force along the direction of stool 8 front sides of upwards transporting persons or goods by cart on footstool 8 in institute is free.In this case, move because footstool 8 pivots downwards relative to leg placement section 5, biasing spring 19 promptly stretches axis E near pivotal line A, and the biasing force that is applied on the pivot moving direction reduces.
In the chair-type massage machine of said structure, be sitting in each recess 9 that user on the seat 1 is inserted in both legs the leg placement section 5 that 1 front side, seat is provided with, so that shank contacts with shank stayed surface 5a, and both feet are inserted each recess 10 of footstool 8, so that sole contacts with foot stayed surface 8a.When the user was applied to biasing force on the footstool 8 with opposing with toe presser feet stool 8, footstool 8 pivoted downwards and moves, so that its front side moves down.By reducing pressure, pivot moves up its front side thereby footstool 8 makes progress.In other words, the angle of footstool 8 can change easily by the pressure of control toe, also has, and sole and shank can obtain massage by massage machine 11 simultaneously under comfortable state.In addition, because the pivot moving range of footstool 8 is restricted by brake(-holder) block 16, this may prevent over-drastic moving.
Even shown in Fig. 3 C, when seat surface 1a and shank stayed surface 5a direction are substantially parallel to each other, if the position of the footstool 8 that keeping under the situation of toe presser feet stool 8 useless pivots moves up, user's shank and foot also can be massaged by the massage machine 11 of leg placement section 5 and footstool 8 respectively when stretching out both legs.Simultaneously, if the user with toe presser feet stool 8 so that the postures that footstool 8 pivots and moves to extreme lower position and keep footstool 8 downwards, user's shank is also had by massage machine 11 massages of leg placement section 5, can massage the ankle rear side that contacts with the foot stayed surface 8a of footstool 8 when stretching out both legs.
Generally speaking, the angle between foot and shank becomes that toe pressure increases when spending near 90, and toe when gently stretching downwards pressure reduce.In this embodiment, biasing spring 19 is installed so that the front side of footstool 8 relative to leg placement section 5 pivot downwards move in, the biasing force minimizing on the pivot moving direction.Therefore, the user can mobile at an easy rate footstool 8.Move under the state of extreme lower position when footstool 8 has pivoted, carry out massage from user's shank to calcaneal scope, when the rear side of ankle is placed on the foot stayed surface 8a simultaneously, the biasing force of the mobile footstool 8 that upwards pivots minimizes.As a result, presser feet ankle highly not, and the user feels comfortable.
In this embodiment, be positioned at pivotal line A top, on footstool 8, apply biasing force along the pivot moving direction of stool 8 front sides of upwards transporting persons or goods by cart by stretching axis E with biasing spring 19.Yet, also may be positioned at pivotal line A below by stretching axis E with biasing spring 19, on footstool 8, apply biasing force along the pivot moving direction that pulls down footstool 8 front sides.In this case, the user is by changing the angle of footstool 8 with heel side pressure footstool 8 opposing biasing forces.
Hereinafter, with reference to Fig. 4 A and 4B chair-type massage machine according to second embodiment of this utility model is described.To omit with the description of spline structure with first embodiment, and the feature of second embodiment will at length be explained hereinafter.In second embodiment, more install near pivotal line A so that biasing spring 19 is compared first embodiment more near shank stayed surface 5a and foot stayed surface 8a the installation site of biasing spring 19.In view of the above, exceed specific angle, will reverse the bias voltage direction if footstool 8 relative leg placement sections 5 move down pivotally.
In other words, when pivoting, the front side of footstool 8 moves to uppermost position, so that foot stayed surface 8a and shank stayed surface 5a are shown in Fig. 4 A when orthogonal basically, the stretching axis E of biasing spring 19 is seen from the side and is positioned on the pivotal line A, and apply biasing force on the direction of stool 8 front sides of upwards transporting persons or goods by cart.At this moment, footstool 8 pivots downwards relative to leg placement section 5 and moves if the user uses toe presser feet stool 8, and the stretching axis E of biasing spring 19 is near pivotal line A, and the biasing force minimizing that applies on the direction that moves that pivots.
Stride across the some place of pivotal line A in the stretching axis E of biasing spring 19, the biasing force vanishing that on the direction that moves that pivots, applies.In addition, move if footstool 8 further pivots downwards, the stretching axis E of biasing spring 19 will be positioned at pivotal line A below.At this moment, the biasing force direction that is applied by biasing spring 19 will reverse, and pull down with this front side with footstool 8.Move along with footstool 8 pivots downwards, downward biasing force increases.Yet,, the position of footstool 8 is remained on the state that foot stayed surface 8a and shank stayed surface 5a are substantially parallel to each other, shown in Fig. 4 B because brake(-holder) block 16 contacts with the second contact surface 14b of lower limb side connecting elements 14.
In view of the above, when carry out massage in the scope from the heel to the shank, when keeping footstool 8 positions as Fig. 4 B simultaneously, the biasing force that does not apply the mobile footstool 8 that upwards pivots is to footstool 8.Therefore, user's ankle is pressurized not just, and the user can feel comfortably cool.For convenience, deadweight of footstool 8 etc. is not considered in description.Yet the biasing force direction on the pivot moving direction reverses at the special angle place that is determined by deadweight.
Hereinafter, with reference to the chair-type massage machine of Fig. 5 description according to the 3rd embodiment of this utility model.To omit with the description of spline structure with first embodiment, and the feature of the 3rd embodiment will at length be explained hereinafter.The diagram of biasing spring 19 is omitted in Fig. 5.
In the 3rd embodiment, damping mechanism 21 is set is used to limit the pivot translational speed of footstool 8 with respect to leg placement section 5.Damping mechanism 21 is installed in and connects on the support member 7, and comprises: with shaft component 20 co-axially fixed spur gears 22, it pivots mobile with lower limb side connecting elements 14 as a unit; Rotary damper 23 is installed on the foot side connecting elements 15; And spur gear 24, its axle that is installed in rotary damper 23 is gone up and is also meshed with spur gear 22.The viscosity of the seal fluid of rotary damper 23 by wherein or frictional force move imposed load in the opposite direction to its pivot.Substitute 23 pairs of mobile imposed loads of pivot of rotary damper, can also be used for the mobile imposed load of linearity by use equipment, or use resistance rather than the viscosity of liquid or the equipment of frictional force.
Because the existence of damping mechanism 21 may reduce noise and the vibration that is produced when the pivot that is stopped footstool 8 by brake(-holder) block 16 is mobile.Especially, by being limited in the pivot translational speed on the direction that pushes away footstool 8 front sides downwards, the user who stands on the footstool 8 can prevent owing to moving suddenly of footstool 8 fallen.
Hereinafter, with reference to the chair-type massage machine of Fig. 6 description according to the 4th embodiment of this utility model.To omit with the description of spline structure with first embodiment, and the feature of the 4th embodiment will at length be explained hereinafter.In the 4th embodiment, connect the pivotal line A that extends be used to pivot connection leg placement section 5 and footstool 8 between the shaft component 20 of support member 7 foot stayed surface 8a (that is, vertically being positioned at foot stayed surface 8a top) on right and a left side towards footstool 8.
As directed, pivotal line A is set is positioned substantially at his/her sole is placed on the axis that extends between the ankle joint of the user on the foot stayed surface 8a of footstool 8.Usually, the ankle joint be positioned at length from the heel to the toe about 1/4 and height from about 60mm of sole to about 80mm position highly.By at above-mentioned scope positioning pivot line A,, make the user when handling footstool 8, feel comfortable thus even when footstool 8 pivots are mobile, also can keep the position of sole on foot stayed surface 8a.Also have, the position of massage remains unchanged, so that effectively massage can be carried out.
Pivotal line A is vertically located in foot stayed surface 8a top and faces it, even make the mobile footstool 8 that also can pivot under the situation that biasing spring 19 is not set.In other words, when the user was placed on sole on the foot stayed surface 8a simultaneously with toe presser feet stool 8, footstool 8 pivoted downwards around pivotal line A and moves.On the other hand, when the user used heel presser feet stool 8, footstool 8 upwards pivoted around pivotal line A and moves.Its result can provide the low cost structure of no-bias spring 19.
On footstool 8, provide excrescence 25, as the positioning unit of the position of foot on footstool 8 that is used for definite user.Excrescence 25 comprises those excrescences that are used for contacting with the front portion of foot, is used for arciform those excrescences at the bottom of the contact feet and is used for those excrescences at contact feet heel rear portion.In addition, other parts that excrescence can be used for contact feet are set, for example, the part between toe, the sidepiece of foot, the top of foot etc.The installation region of excrescence 25 is not limited to foot stayed surface 8a and may extend into other parts, for example side of recess 10 etc.Perhaps, provide excrescence 25 at the filling product place that is used to cover footstool 8.In addition, excrescence 25 can be substituted by the vision localization unit as labelling etc.Because the existence of positioning unit, when the foot stayed surface 8a that his/her sole is placed on footstool 8 went up, the user is the position of angle suitably.Because the pivotal line A of user's ankle joint and footstool 8 can keep stable position relation, the user can be with the stable manner mobile footstool 8 that pivots.
Hereinafter, with reference to Fig. 7 A and 7B chair-type massage machine according to the 5th embodiment of this utility model is described.To omit with the description of spline structure with first embodiment, and the feature of the 5th embodiment will at length be explained hereinafter.The diagram of biasing spring 19 is omitted in Fig. 7 A and 7B.
Fig. 7 A illustrate footstool 8 in its pivot moving range, be pivoted to downwards at utmost (that is extreme lower position) up to bottom surface F state of contact.In this embodiment, when the side from Fig. 7 A and 7B, footstool 8 is lower than straight line L relative to the leg placement section 5 pivotal line A that moves that pivots, this straight line L connect the earth point P of footstool 8 and bottom surface F and leg placement section 5 relative to the seat 1 pivot move around pivotal line B.Pivotal line B is the horizontal axis along the centrage extension of support bar 4.
Pivoted at footstool 8 and to have moved under the state of upper/lower positions, when leg placement section 5 downward pivots are mobile, if leg placement section 5 also pivots downwards under the leading section of footstool 8 and the bottom surface F state of contact and moves, from the counteracting force of bottom surface F make footstool 8 relatively leg placement section 5 upwards pivot move.Move along with leg placement section 5 further pivots downwards, footstool 8 pivots move to basic parallel with bottom surface F.When leg placement section 5 is positioned at basic upright position shown in Fig. 7 B, footstool 8 become basic and leg placement section 5 quadratures.During this period, pivotal line A is positioned at straight line L below all the time.Here, bottom surface F is the plane.
Utilize said structure, when leg placement section 5 downward pivots are mobile, may prevent that the leading section of footstool 8 from thrusting bottom surface F, cause the unwanted movement or the damage of leg placement section 5.In addition, even biasing spring 19 is not provided, also can footstool 8 be positioned at position shown in Fig. 7 B naturally by the mobile leg placement section 5 of downward pivot.Its result can provide the low cost structure of no-bias spring 19.
Though in conjunction with the embodiments this utility model is illustrated and describes, it should be appreciated by those skilled in the art that do not break away from this utility model such as below can carry out variations and modifications during claims restricted portion.
Claims (17)
1. chair-type massage machine comprises:
The user sits seat thereon;
Leg placement section, the front portion at one end and seat pivot be connected be used for pivoting up and down mobile, the shank of described leg placement section supporting user;
Driver element is used for pivoting relative to the seat and moves leg placement section;
Footstool, with the other end of leg placement section pivot be connected be used for pivoting up and down mobile, the foot of described footstool supporting user; And
Massage machine is arranged at least one of leg placement section and footstool;
It is characterized in that described massage appliance also comprises:
Brake unit is used to limit the pivot moving range of the relative leg placement section of footstool; And
Bias unit is used on the direction up or down that moves that pivots footstool being applied biasing force.
2. chair-type massage machine according to claim 1 is characterized in that, bias unit applies biasing force to footstool on the direction of mobile footstool front side that upwards pivots.
3. chair-type massage machine according to claim 2 is characterized in that, along with move relative to downward pivot of leg placement section the front side of footstool, bias unit reduces biasing force on the direction that moves that pivots.
4. chair-type massage machine according to claim 3 is characterized in that, moves when exceeding special angle when the front side of footstool pivots downwards, and bias unit reverses the direction of biasing force.
5. chair-type massage machine according to claim 1 is characterized in that bias unit is arranged in the middle body of footstool width.
6. chair-type massage machine according to claim 1 is characterized in that, also comprises damping mechanism, is used to limit the pivot translational speed of the relative leg placement section of footstool.
7. chair-type massage machine according to claim 1, it is characterized in that, the front side of footstool pivot move to the bottom surface state of contact under, the location footstool relative to leg placement section pivot move around pivotal line, when seeing from the side, described pivotal line is lower than a straight line, this straight line connect the contact point of footstool and bottom surface and leg placement section relative to the seat pivot move around another pivotal line.
8. chair-type massage machine comprises:
The user sits seat thereon;
Leg placement section, the front portion at one end and seat pivot be connected be used for pivoting up and down mobile, the shank of described leg placement section supporting user;
Driver element is used for pivoting relative to the seat and moves leg placement section;
Footstool, with the other end of leg placement section pivot be connected be used for pivoting up and down mobile, the foot of described footstool supporting user; And
Massage machine is arranged at least one of leg placement section and footstool;
It is characterized in that described massage appliance also comprises:
Brake unit is used to limit the pivot moving range of the relative leg placement section of footstool;
Wherein footstool relative to the pivot of leg placement section move around pivotal line be positioned to foot stayed surface towards footstool, user's sole is put on the foot stayed surface.
9. chair-type massage machine according to claim 8 is characterized in that, pivotal line is positioned to and an axis alignment, and this axis extends between the ankle joint that sole is put in the user on the foot stayed surface.
10. according to Claim 8 or 9 described chair-type massage machines, it is characterized in that, also comprise positioning unit, be used for determining user's the position of foot on footstool.
11. chair-type massage machine according to claim 8 is characterized in that, also comprises bias unit, is used on the direction up or down that moves that pivots footstool being applied biasing force.
12. chair-type massage machine according to claim 11 is characterized in that, bias unit applies biasing force to footstool on the direction of mobile footstool front side that upwards pivots.
13. chair-type massage machine according to claim 12 is characterized in that, along with move relative to downward pivot of leg placement section the front side of footstool, bias unit reduces biasing force on the direction that moves that pivots.
14. chair-type massage machine according to claim 13 is characterized in that, moves when exceeding special angle when the front side of footstool pivots downwards, bias unit reverses the direction of biasing force.
15. chair-type massage machine according to claim 11 is characterized in that, bias unit is arranged in the middle body of footstool width.
16. chair-type massage machine according to claim 8 is characterized in that, also comprises damping mechanism, is used to limit the pivot translational speed of the relative leg placement section of footstool.
17. chair-type massage machine according to claim 8, it is characterized in that, the front side of footstool pivot move to the bottom surface state of contact under, the location footstool relative to leg placement section pivot move around pivotal line, when seeing from the side, described pivotal line is lower than a straight line, this straight line connect the contact point of footstool and bottom surface and leg placement section relative to the seat pivot move around another pivotal line.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007200095149U CN201171769Y (en) | 2007-11-27 | 2007-11-27 | Chair type massaging device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007200095149U CN201171769Y (en) | 2007-11-27 | 2007-11-27 | Chair type massaging device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201171769Y true CN201171769Y (en) | 2008-12-31 |
Family
ID=40198879
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007200095149U Expired - Fee Related CN201171769Y (en) | 2007-11-27 | 2007-11-27 | Chair type massaging device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201171769Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102462603A (en) * | 2010-11-01 | 2012-05-23 | 山东康泰实业有限公司 | Leg and foot massage transmission device |
| CN102753133A (en) * | 2010-03-03 | 2012-10-24 | 松下电器产业株式会社 | Massager |
-
2007
- 2007-11-27 CN CNU2007200095149U patent/CN201171769Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102753133A (en) * | 2010-03-03 | 2012-10-24 | 松下电器产业株式会社 | Massager |
| CN102462603A (en) * | 2010-11-01 | 2012-05-23 | 山东康泰实业有限公司 | Leg and foot massage transmission device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20081231 Termination date: 20151127 |