CN201239312Y - Multi-head type massage device with coaxial moving head - Google Patents
Multi-head type massage device with coaxial moving head Download PDFInfo
- Publication number
- CN201239312Y CN201239312Y CNU2008200506564U CN200820050656U CN201239312Y CN 201239312 Y CN201239312 Y CN 201239312Y CN U2008200506564 U CNU2008200506564 U CN U2008200506564U CN 200820050656 U CN200820050656 U CN 200820050656U CN 201239312 Y CN201239312 Y CN 201239312Y
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- China
- Prior art keywords
- action head
- ball
- conductor ring
- ball rack
- head
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Abstract
The utility model discloses a multi-head massager with coaxial action heads, which comprises a handhold main body part, a massage part driven by a drive unit and a sleeve. The handhold main body part is internally provided with a battery set and a control device, the sleeve sleeves the massage part, the opening end of the sleeve is fixed on the handhold main body part, the massage part comprises a peristalsis action head and a high-frequency shock action head, wherein the high-frequency shock action head is installed on the peristalsis action head, and the peristalsis action head and the high-frequency shock action head are coaxially installed. The action head of the massager has a peristalsis mode and a shock mode, the action heads can be independently operated, thereby when using the massager, a user can select all the massaging actions at the same time or select any one type of the massaging actions, in addition, the user can also select the strength of each action.
Description
Technical field
This utility model relates to a kind of powder actuated masseur, specifically is meant a kind of bull formula masseur with coaxial action head, and this masseur is strip structure and the action head that contains wriggling and oscillation functions simultaneously.
Background technology
Existing a lot of powder actuated masseurs on the market, the motion of its action head has the pattern of wriggling and concussion etc.These masseurs generally all have the action head of a strip at present.Yet the action head of these strips all is the massaging action that a kind of form can only be provided, and promptly is or wriggling perhaps concussion action.Some bull formula masseur contains wriggling and concussion action head simultaneously in addition, but these action heads all can not be incorporated in the elongate body.Therefore, existing bull masseur can only be divided into strip action head and spheroid action branch shape two parts.This branch shape action header structure makes user can not realize wriggling and concussion massage simultaneously.
The utility model content
The purpose of this utility model provides a kind of bull formula masseur with coaxial action head, and this masseur has wriggling and concussion function simultaneously.
Above-mentioned purpose of the present utility model realizes by following technical solution: the bull formula masseur with coaxial action head, it comprises hand-held main part, Massage part and sleeve by drive unit drives, in the described hand-held main part set of cells and control device are housed, sleeve entangles Massage part, telescopic opening is fixed on the hand-held main part, it is characterized in that: described Massage part comprises peristaltic action head and high frequency oscillation action head, described high frequency oscillation action head is installed on the described peristaltic action head, a described peristaltic action head and a high frequency oscillation action coaxial installation.
The Massage part of masseur of the present utility model comprises peristaltic action head and high frequency oscillation action head, have wriggling and concussion function, peristaltic action head and high frequency oscillation action head drive by Motorized drive unit separately, and by control device control, the peristaltic action of masseur and concussion action can realize respectively or realize simultaneously.
In this utility model, described peristaltic action head comprises the ball framework, be installed in a plurality of balls in the ball framework, be installed in the upper conductor ring stand and the lower conductor ring stand of the upper and lower side of ball framework respectively, described ball can be in the ball framework rotates around separately turning cylinder, the upper end of described upper conductor ring stand is equipped with the metallic conductor ring, the lower end of described lower conductor ring stand also is equipped with the metallic conductor ring, and the metallic conductor ring that is installed on the upper conductor ring stand links to each other by lead with metallic conductor ring on being installed in the lower conductor ring stand.
This utility model can be done following improvement: described ball framework comprises ball rack, following ball rack and at least one the ball rack unit composition between last ball rack, following ball rack, the described mutual successively plug-in mounting of ball rack, ball rack unit and following ball rack of going up constitutes the general frame structure, described ball rack, ball rack unit and the following ball rack gone up all has a plurality of pillars, described pillar is the turning cylinder of ball, and described ball is installed on the described pillar.
Described ball rack unit is 2 or 3 or 4 or 5 or 6.
In this utility model, described peristaltic action head has the wriggling driver element, described wriggling driver element comprises drive motors, gear-box and output shaft, one end of described drive motors links to each other with described set of cells, the other end links to each other with described gear-box, described output shaft is fixedly mounted on the described gear-box, and described output shaft links to each other with described peristaltic action head and can drive described peristaltic action head and rotates.
This utility model can be done following improvement: described output shaft has one or more protrusion tumor, and described protrusion tumor links to each other with described peristaltic action head.
Compared with prior art, this utility model provides the masseur of coaxial action head of containing of a strip, action head has two kinds of wriggling pattern and concussion patterns, and these action heads can independent operation, thereby when making user use, can select all massaging actions simultaneously, or select the massaging action of any form, can also select the intensity of every kind of action in addition.
Description of drawings
Fig. 1 is the overall structure sketch map of this utility model masseur;
Fig. 2 is the decomposition texture sketch map of Fig. 1;
Fig. 3 is the explosive view of Fig. 2 medium-high frequency concussion action head;
Fig. 4 is the explosive view of peristaltic action head among Fig. 2.
The specific embodiment
As shown in Figure 3, high frequency oscillation action 18 comprises the concussion driver element, hollow sleeve 32, upper guide post lid 48 and upper guide post box 68, the lower end of hollow sleeve 32 has a flange 34 and a centre bore 36, outer edge at flange 34 has a breach 40, this breach 40 be used for upper guide post lid 48 upper ends in a projection (figure does not have demonstration) be meshed, the concussion driver element is positioned at the inside of high frequency oscillation action 18, this concussion driver element is made up of motor 38 and the eccentric mass 42 that is fixed on the motor rotation axis, eccentric mass 42 is fixed on the turning cylinder in order to produce high frequency oscillation, motor 38 lower ends also have pair of electrodes 44, the outer cross-sectional shape of motor 38 is identical with the shape of cross section of the centre bore 36 of hollow sleeve 32, motor 38 inserts in the centre bore 3, hollow sleeve 32 is entangled motor 38 backs are cemented in upper guide post lid 48 together with motor 38 upper end, unit of common formation, upper guide post lid 48 has a ladder cylindrical 50 and a center concave station in its lower end, two protruding posts 52 are arranged in the concave station of the center of upper guide post lid 48, each protruding post all has a central through hole 54, this central through hole 54 is used to load the stem knob 60 of conductor rivet 62, in the concave station of upper guide post lid 48, also has a central protuberance post 56 that contains central through hole 58, when motor 38 is installed on the upper guide post lid 48 together with hollow sleeve 32, each electrode 44 all can contact with the stem knob 60 of conductor rivet 62, a concave station (do not have among the figure and show) is arranged in the upper end of upper guide post box 68, a stepped hole that contains small through hole 72 is arranged in the concave station, can load metal spring 64 and metal pin 66 in this stepped hole, after the assembling of this product, the upper end of metal spring 64 touches rivet 62, and the lower end touches metal pin 66, a concave station that contains bottom surface 70 is arranged in the lower end of upper guide post box 68, two projection nails 74 are arranged on bottom surface 70, after the assembling of this product, the lower end of metal pin 66 70 stretches out from the bottom surface, and it stretches out the height that approximates projection nail 74 highly greatly.
As shown in Figure 4, peristaltic action head 20 comprises the ball framework, be installed in a plurality of balls 122 in the ball framework, be installed in the last upper conductor ring stand 84 and the lower conductor ring stand 136 of the upper and lower side of ball framework respectively, the metallic conductor ring also is installed on the conductor ring stand, metallic conductor ring 76 has two wiring feet 78, the external diameter of metallic conductor ring 80 is less than the internal diameter of metallic conductor ring 76, two wiring feet 82 are also arranged, the upper end of upper conductor ring stand 84 has two concentric circular troughs (do not have among the figure and show) to be respectively applied for metallic conductor ring 76 and metallic conductor ring 80 are installed, have two through holes 86 being used to install on the circular trough of metallic conductor ring 76, wiring foot 78 was inserted this two through holes, be bent then metallic conductor ring 76 is fixed in the cannelure on the upper conductor ring stand 84, also have two through holes 88 being used to install on the circular trough of metallic conductor ring 80, wiring foot 82 was inserted this two through holes, be bent then metallic conductor ring 80 is fixed in the cannelure on the upper conductor ring stand 84, after metallic conductor ring 76 and metallic conductor ring 80 are fixed on the upper conductor ring stand 84, the conductor end 212 of lead 210 is soldered on the wiring foot 78, and the conductor end 218 of lead 216 is soldered on the wiring foot 82.
The ball framework comprises ball rack 96, following ball rack 136 and be positioned at ball rack, 2 ball rack unit between the following ball rack are formed, last ball rack, the mutual successively plug-in mounting of ball rack unit and following ball rack constitutes the general frame structure, there is a concave station (do not have among the figure and show) upper end of ball rack 96 in order to load upper conductor ring stand 84 on peristaltic action head 20 the tops, a central protuberance post 90 that includes through hole 92 is arranged in the lower end of upper conductor ring stand 84, with a projection 94 near the edge, projection 94 be used for and last ball rack 96 upper end concave stations in a groove (figure does not have demonstration) be meshed, there is a central boss 98 lower end of last ball rack 96, this central boss 98 makes centre bore of the upper end of last ball rack 96 formation (do not have among the figure and show), protruding post 90 on this centre bore carrying upper conductor ring stand 84, from boss 98, extend a hexagon posts 102 along axis direction, there is a central through hole 104 inside of this hexagon posts 102, two through holes 100 that can allow lead 210 and 216 pass through are arranged on the end face of boss 98, outer enclosing is distributed with one group of pillar 106 on the circumference in last ball rack 96 lower ends, this pillar 106 is the turning cylinder of ball 122, ball 122 strings are contained on the pillar 106, pillar 106 provides rotational support for ball 122, there is a boss 112 upper end of the ball rack unit 110 of peristaltic action head 20, contain inner hexagonal hole (do not have among the figure and show) in the middle of this boss 112, be used for and last ball rack 96 on hexagon posts 102 engagement, a central boss 114 that contains inner hexagonal hole 116 is arranged in the lower end of ball rack unit 110, this inner hexagonal hole 116 be used for peristaltic action head 20 on ball rack unit 124 on hexagon posts 128 engagement, end face in boss 112 and 114 has two in order to allow lead 210 respectively, 216 through holes that pass through 118, outer the enclosing in two ends is distributed with one group of pillar 120 about in the of 110 on the circumference in the ball rack unit, be used for string dress ball 122 and provide rotational support for ball 122, there is a central boss 126 upper end of the ball rack unit 124 on the ball framework, from boss 126, extend a hexagon posts 128 along axis direction, in order to ball rack unit 110 on inner hexagonal hole 116 engagement, the central boss 130 that hex hole 132 is arranged in one is arranged in the lower end of ball rack unit 124, this hex hole 132 in order to following ball rack 136 on hexagon posts 140 engagement, at boss 126, two through holes 134 in order to allow lead 210 and 216 pass through are respectively arranged on 130 the end face, outer the enclosing in two ends is distributed with one group of pillar 121 about in the of 124 on the circumference in the ball rack unit, this pillar 121 is the turning cylinder of ball 122, and for ball 122 provides rotational support, there is a central boss 138 upper end at the following ball rack 136 of ball framework below, from boss 138, extend a hexagon posts 140 along axis direction, this hexagon posts 140 in order to ball rack unit 124 on inner hexagonal hole 132 engagement, the lower end of infra ball rack 136 has one in order to load the step concave station 141 of lower conductor ring stand 146, with a step circle 142, two through holes 143 have run through time ball rack 136, in order to allow lead 210,216 pass through, central boss 138 on the following ball rack 136 has centre bore 144, this centre bore 144 in order to lower conductor ring stand 146 on round boss 148 be meshed, a projection 150 is arranged in the upper end of lower conductor ring stand 146, in order to be meshed with following ball rack 136 grooves (do not have among the figure and show) of circle in 142 of topping bar, two concentric annular grooves 154 are arranged in the lower end of lower conductor ring stand 146,156, be respectively applied for metallic conductor ring 162 is installed, 168, metallic conductor ring 162 has two wiring feet 164, and metallic conductor ring 168 has two wiring feet 170, in the circular trough 154 that metallic conductor ring 162 is installed, two through holes 158 are arranged, wiring foot 164 was inserted this two through holes 158, be bent then metallic conductor ring 162 is fixed in the cannelure 154 on the lower conductor ring stand 146, in the circular trough 156 that metallic conductor ring 168 is installed, two through holes 160 are arranged, wiring foot 170 was inserted this two through holes 160, be bent then metallic conductor ring 168 is fixed in the cannelure 156 on the lower conductor ring stand 146, when metallic conductor ring 162,168 be fixed on the lower conductor ring stand 146 after, the conductor end 214 of the lead 210 that passes from one of them through hole 143 is soldered on the wiring foot 164, and and the conductor end 220 of the lead 216 that passes from another through hole 143 be soldered on the wiring foot 168, after 20 assemblings of peristaltic action head are finished, metallic conductor ring 76 is connected on the metallic conductor ring 162 by lead 210, and metallic conductor ring 80 is connected on the metallic conductor ring 168 by lead 216.
Following guide pillar lid 172 has a ladder cylindrical 174 and at a concave station of its lower end, two protruding posts 176 are arranged in the concave station of lid 172, each protruding post all has a shoulder hole, this shoulder hole contains a great circle part 177, this great circle part 177 is used to load metal pin 180 and metal spring 182, on the infra guide pillar lid 172 concave station inner peripherys central protuberance piece 178 is arranged, this central protuberance piece 178 in order to infra guide pillar box 190 on excircle part 192 on groove be meshed, a ladder circular portion 192 is arranged in the upper end of guide pillar box 190, with a concave station in the lower end, have in the lower end of guide pillar box 190 several in the concave station extended minute cyclotomy 194.
In assembling process, metal rivet 184 is inserted in the interior through hole of guide pillar box 190 upper end concave stations (do not have among the figure and show), after assembling is finished, concave station in the following guide pillar lid 172 and the excircle part 192 on the guide pillar box 190 combine, then the lower end of spring 182 is connected to rivet 184, and the upper end of spring is connected to metal pin 181, and stretch out from the concave station face (do not have the figure and show) of lid the upper end of same metal pin 180.
As shown in Figure 2, the wriggling driver element of peristaltic action head 20 comprises drive motors 196, gear-box 198 and output shaft 200, one end of drive motors 196 links to each other with set of cells, the other end links to each other with gear-box 198, output shaft 200 is fixedly mounted on the gear-box 198, the wriggling driver element is installed in the housing 22 that extends out from hand-held main part 12, drive motors 196 links to each other with set of cells, provide power by set of cells, on the outer surface of output shaft 200, there are two to protrude tumor 201, after assembly process is finished, on the peristaltic action head 20 the unitary centre bore of one of them ball rack will with the outer surface of output shaft 200 on two protrude tumors 201 and be meshed, output shaft 200 can drive the peristaltic action head and rotate in rotation process, moment of torsion is delivered to peristaltic action head 20 from output shaft 200, and does not relatively rotate with regard to not having between output shaft 200 and the wriggling peristaltic action head 20.
After this utility model assembling, the electric power of the motor 38 of high frequency oscillation action 18 links to each other with set of cells by the ball framework of peristaltic action head and the driver element of wriggling, provide power by set of cells, be installed in the action that control device in the hand-held main part 12 are used to control high frequency oscillation action 18 and peristaltic action head 20, when output shaft 200 rotates, between the lower end of peristaltic action head 20 and following guide pillar lid 172, there is one to relatively rotate, this moment, metal pin 180 was in conductor loops 162, slide on 168, upper end at output shaft 200, same relatively rotating between the upper end that occurs in peristaltic action head 20 and the higher-order of oscillation action 18, in this case, metal pin 66 is in conductor loops 76, slide on 80, therefore, even when hand-held main part 12 and higher-order of oscillation action 18 has relative motion between the two, electric power still can be delivered to higher-order of oscillation action 18 from hand-held main part 12.
Claims (6)
1. the bull formula masseur that has coaxial action head, it comprises hand-held main part (12), Massage part and sleeve (16) by drive unit drives, in the described hand-held main part (12) set of cells and control device are housed, sleeve (16) entangles Massage part, the opening of sleeve (16) is fixed on the hand-held main part (12), it is characterized in that: described Massage part comprises peristaltic action head (20) and high frequency oscillation action head (18), described high frequency oscillation action head (18) is installed on the described peristaltic action head (20), described peristaltic action head (20) and (18) the coaxial installation of high frequency oscillation action head.
2. the bull formula masseur with coaxial action head according to claim 1, it is characterized in that: described peristaltic action head (20) comprises the ball framework, be installed in a plurality of balls (122) in the ball framework, be installed in the upper conductor ring stand (84) and the lower conductor ring stand (146) of the upper and lower side of ball framework respectively, described ball (122) can be in the ball framework rotates around separately turning cylinder, the upper end of described upper conductor ring stand (84) is equipped with the metallic conductor ring, the lower end of described lower conductor ring stand (146) also is equipped with the metallic conductor ring, and the metallic conductor ring that is installed on the upper conductor ring stand (84) links to each other by lead with metallic conductor ring on being installed in lower conductor ring stand (146).
3. the bull formula masseur with coaxial action head according to claim 2, it is characterized in that: described ball framework comprises ball rack (96), following ball rack (136) and at least one the ball rack unit composition between last ball rack, following ball rack, the described mutual successively plug-in mounting of ball rack, ball rack unit and following ball rack of going up constitutes the general frame structure, described ball rack, ball rack unit and the following ball rack gone up all has a plurality of pillars, described pillar is the turning cylinder of ball, and described ball (122) is installed on the described pillar.
4. the bull formula masseur with coaxial action head according to claim 3, it is characterized in that: described ball rack unit is 2 or 3 or 4 or 5 or 6.
5. according to the arbitrary described bull formula masseur of claim 1 to 4 with coaxial action head, it is characterized in that: described peristaltic action head (20) has the wriggling driver element, described wriggling driver element comprises drive motors (196), gear-box (198) and output shaft (200), one end of described drive motors (196) links to each other with described set of cells, the other end links to each other with described gear-box (198), described output shaft (200) is fixedly mounted on the described gear-box (198), and described output shaft (200) links to each other with described peristaltic action head (20) and can drive peristaltic action head (20) and rotates.
6. the bull formula masseur with coaxial action head according to claim 5, it is characterized in that: described output shaft (200) has one or more protrusion tumor (201), and described protrusion tumor (201) links to each other with described peristaltic action head (20).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200506564U CN201239312Y (en) | 2008-07-14 | 2008-07-14 | Multi-head type massage device with coaxial moving head |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200506564U CN201239312Y (en) | 2008-07-14 | 2008-07-14 | Multi-head type massage device with coaxial moving head |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201239312Y true CN201239312Y (en) | 2009-05-20 |
Family
ID=40712600
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008200506564U Expired - Fee Related CN201239312Y (en) | 2008-07-14 | 2008-07-14 | Multi-head type massage device with coaxial moving head |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201239312Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101904796A (en) * | 2010-07-05 | 2010-12-08 | 苏州工业园区博友钛钢科技有限公司 | Vibratory massage stick |
| CN104856870A (en) * | 2015-05-12 | 2015-08-26 | 宁波市鄞州酬勤电子电器厂 | Acupuncture point physical therapy massager |
-
2008
- 2008-07-14 CN CNU2008200506564U patent/CN201239312Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101904796A (en) * | 2010-07-05 | 2010-12-08 | 苏州工业园区博友钛钢科技有限公司 | Vibratory massage stick |
| CN104856870A (en) * | 2015-05-12 | 2015-08-26 | 宁波市鄞州酬勤电子电器厂 | Acupuncture point physical therapy massager |
| CN104856870B (en) * | 2015-05-12 | 2017-07-04 | 宁波市鄞州酬勤电子电器厂 | Acupoint-physiotherapeutic massager |
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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: 20090520 Termination date: 20150714 |
|
| EXPY | Termination of patent right or utility model |