WO2020147132A1 - 按摩器吸拉按摩方法 - Google Patents
按摩器吸拉按摩方法 Download PDFInfo
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- WO2020147132A1 WO2020147132A1 PCT/CN2019/072436 CN2019072436W WO2020147132A1 WO 2020147132 A1 WO2020147132 A1 WO 2020147132A1 CN 2019072436 W CN2019072436 W CN 2019072436W WO 2020147132 A1 WO2020147132 A1 WO 2020147132A1
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- WO
- WIPO (PCT)
- Prior art keywords
- massage
- transmission rod
- cavity
- changing cavity
- massager
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Classifications
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H7/00—Devices for suction-kneading massage; Devices for massaging the skin by rubbing or brushing not otherwise provided for
Definitions
- the patent of the present invention relates to the technical field of massagers, in particular, to a suction-pulling massage method for massagers.
- massage is very popular among the general public. Moreover, massage is a good way of keeping good health. It can dredge the meridians, relieve fatigue, accelerate blood circulation, improve sleep, and beautify the skin. However, manual massage is always too troublesome. Now, the invention of the massager saves people a lot of trouble.
- the purpose of the present invention is to provide a method for sucking and pulling a massager to solve the problem of poor massage effect of the massager in the prior art.
- the massager includes a massage head, the massage head has a massage end that abuts the skin of the user, the massage end is made of soft rubber material; the massage end There is a downwardly concave changing cavity and an abutting ring, the abutting ring is closed and surrounding the outer circumference of the changing cavity, when the massage end abuts on the user's skin, the volume of the changing cavity is driven by a power element to change , To achieve suction and massage to the user's skin.
- the power element drives the volume of the changing cavity to increase, so that the changing cavity sucks and pulls the skin of the user, and then drives the volume of the changing cavity It is reduced to loosen the suction and pull of the user's skin from the changing cavity.
- the power element moves downward by pulling the bottom of the change cavity to increase the volume of the change cavity, and the power element moves upward to reset the change cavity, and the change The volume of the cavity is reduced.
- the massager includes a hand grip, the power element is built in the inner side of the hand grip, the hand grip has a butting end, and the power element can move up and down relative to the butting end.
- the moving head; the massage head is docked on the butting end of the hand grip, and the moving head drives the bottom of the changing cavity to move up and down to change the volume of the changing cavity.
- a transmission rod is penetrated through the bottom of the changing cavity, the transmission rod has a pressing end and a connecting end connected to the moving head of the power element, the transmission rod passes through the bottom of the changing cavity, And the pressing end is placed in the changing cavity and pressing against the bottom of the changing cavity.
- the bottom of the changing cavity is provided with a through hole, and the transmission rod passes through the through hole; when the transmission rod pulls the bottom of the changing cavity to move downward, the transmission rod is pressed against The end closes the through hole, and when the changing cavity is reset and moves upward, the pressing end of the transmission rod is separated from the through hole.
- the pressing end of the transmission rod is a flat pressing piece
- the bottom of the changing cavity is provided with a downwardly recessed mounting groove for the pressing piece to be embedded, and the through hole is formed in the The bottom of the mounting groove; when the transmission rod pulls the bottom of the changing cavity to move downward, the resisting piece is embedded in the mounting groove, and when the changing cavity is reset and moves upward, the resisting piece The pressing piece is separated from the through hole.
- the transmission rod includes a rod, one end of the rod has a protrusion protruding toward the side of the rod, and the protrusion forms a connecting end of the transmission rod;
- the moving head has Toward the upper end of the transmission rod, the upper end of the moving head has an insertion cavity with an open upper end, and the side wall of the insertion cavity has a mounting hole; when the massage head is butted with the butt end of the hand grip When the massage head rotates positively relative to the butting end, the protrusion of the transmission rod is engaged in the mounting hole of the insertion cavity. When the massage head is reversed relative to the butting end After rotating, the protrusion of the transmission rod is detached from the installation hole of the insertion cavity.
- the butting end of the hand grip has a first snap ring with a protruding arrangement
- the massage head has a second snap ring provided below the massage end.
- the facial massager includes a massage end.
- the massage end touches the user’s skin, and the massage end is soft.
- the massage end is soft.
- the softness of the soft rubber will bring a good touch to the skin, so that when the user touches the massage end to the skin, it will make the user experience better;
- the massage end also has a changing cavity and abutment Ring, the changing cavity is in a concave shape.
- the changing cavity at the massage end is abutted on the user's skin.
- the abutting ring is sealed around the outer periphery of the changing cavity to have a sealing effect.
- the massage end is attached to the skin Then, the change cavity is driven by the power element to change the volume of the change cavity, so that the skin is sucked and pulled through the volume change of the changing cavity, and the user’s skin is sucked and massaged.
- the suction and pull massage method makes the massage effect better. .
- Figure 1 is a three-dimensional schematic diagram of a massager provided by the present invention.
- Figure 2 is a three-dimensional schematic diagram of the massage head provided by the present invention.
- Figure 3 is a three-dimensional schematic diagram of the hand grip provided by the present invention.
- Figure 4 is a perspective schematic view of the transmission rod provided by the present invention.
- Fig. 5 is a three-dimensional schematic diagram of the massage head provided by the present invention.
- facial massager includes massage head 1, massage head 1 has massage end 11, massage end 11 is made of soft rubber material, massage end 11 abuts the user's skin during massage; massage end 11 has changes The cavity 12 and the abutment ring 13, the changing cavity 12 is recessed downwards, and the abutment ring 13 is enclosed around the outer periphery of the changing cavity 12.
- the volume of the changing cavity 12 is driven by the power element to change, Realize suction and pull massage to the user's skin.
- the suction and pulling massage method of the facial massager is completed by a facial massager.
- the massager includes a massage end 11 that contacts the user’s skin during massage.
- the massage end 11 is made of soft rubber material. The softness of the glue will bring a good touch to the skin, so that when the user touches the massage end 11 to the skin, the user’s experience will be better; the massage end 11 also has a changing cavity 12 and abutting ring 13, which change The cavity 12 is in a concave shape.
- the changing cavity 12 at the massage end 11 is abutted against the user's skin, and the abutting ring 13 is enclosed around the outer periphery of the changing cavity 12 to have a sealing effect.
- the massage end 11 Put it on the skin, and then drive the changing cavity 12 by the power element to change the volume of the changing cavity 12, so that the skin is sucked and pulled through the change of the changing cavity 12, and the user’s skin is sucked and massaged.
- the sucking and pulling massage method Make the massage effect better.
- the changing cavity 12 When using the massager, abut the massage end 11 of the massager on the skin of the user, and the changing cavity 12 is driven by the power element to increase the volume of the changing cavity 12. At this time, the changing cavity 12 will suck and pull the skin of the user , The changing cavity 12 continues to be driven, so that the volume of the changing cavity 12 is reduced. At this time, the changing cavity 12 loosens the suction and pulling on the user's skin. Repeatedly, the suction and pulling massage on the user's skin is realized.
- the power element pulls the bottom of the changing cavity 12 to move downwards, making the changing cavity 12 more dent, increasing the volume of the changing cavity 12, and performing suction and pulling massage on the user’s skin.
- the power element moves upward, the volume of the changing cavity 12 is reduced and changed.
- the cavity 12 is reset, and the massage head 1 releases the suction and pull on the user's skin to complete a round of suction and pull massage.
- the facial massager has a hand grip 2 in which a power element is provided.
- the hand grip 2 has a butt end 21.
- the massage head 1 is docked at the butt end 21, and the abutment ring 13 is sealed around the butt end.
- the massage head 1 and the hand grip part 2 are sealed and connected to facilitate the volume change of the changing cavity 12;
- the power element has a moving head 22 that moves up and down relative to the docking end 21 to drive the bottom of the changing cavity 12 to move up and down , The volume of the changing cavity 12 is increased and reduced.
- a transmission rod 3 passes through the bottom of the changing cavity 12, the transmission rod 3 passes through the bottom of the changing cavity 12, the transmission rod 3 has a pressing end 31 and a connecting end, the pressing end 31 passes through the changing cavity 12 and is placed in the changing cavity 12 , Pressing against the bottom of the changing cavity 12, the connecting end is connected with the moving head 22 of the power element, the moving head 22 is driven by the power element to connect with the connecting end of the transmission rod, and the moving head 22 drives the transmission rod 3 to move up and down to change the volume of the cavity 12 Variety.
- the bottom of the changing cavity 12 is provided with a through hole 14 through which the transmission rod 3 passes through the through hole 14 and is connected to the changing cavity 12; when the power element drives the transmission rod 3 to move down, the transmission rod 3 pulls the bottom of the changing cavity 12 to move downward , The pressing end 31 of the transmission rod 3 closes the through hole 14, and the changing cavity 12 is sucked and pulled.
- the volume of the changing cavity 12 increases. When the power element moves upward, the pressing end 31 of the transmission rod 3 separates from the through hole 14 to make the changing cavity 12 moves upward to reset, and the volume of the changing cavity 12 decreases.
- the pressing end 31 of the transmission rod 3 is a flat pressing piece.
- the bottom of the changing cavity 12 is provided with a downwardly recessed mounting groove for the pressing piece to be embedded.
- the through hole 14 is formed at the bottom of the mounting groove. Pass through the through hole 14 and enter the installation slot.
- the transmission rod 3 is connected with the change cavity 12; when the transmission rod 3 moves down, the transmission rod 3 will pull the bottom of the change cavity 12 to move downward.
- the pressing piece is embedded in In the installation groove, the through hole 14 of the changing cavity 12 is blocked, and the changing cavity 12 is sucked and pulled, so that the volume of the changing cavity 12 is increased, and the skin of the user is sucked and massaged; when the transmission rod 3 pulls the changing cavity 12 upward, it resets and moves At this time, the pressing piece is separated from the through hole 14, so that the volume of the changing cavity 12 is reduced, and the suction is released.
- the transmission rod 3 includes a rod 32, one end of the rod 32 has a protrusion 33 protruding toward the side of the rod 32, and the protrusion 33 forms a connecting end of the transmission rod 3;
- the moving head 22 has an upper end facing the transmission rod 3 ,
- the upper end of the moving head 22 has an insertion cavity 23 with an open upper end, and the side wall of the insertion cavity 23 has a mounting hole 24; Butt, the protrusion 33 enters the insertion cavity 23.
- the massage head 1 is rotated forward relative to the butting end 21, the protrusion 33 enters the mounting hole 24, and the protrusion 33 is engaged in the mounting hole 24 to make The massage head 1 is successfully docked with the hand grip 2; if the massage head 1 is rotated in the opposite direction relative to the docking end 21, at this time, the protrusion 33 of the transmission rod 3 will be detached from the installation hole 24 of the insertion cavity 23, so that The massage head 1 is separated from the hand grip 2, which is convenient and quick to disassemble and assemble, and has a simple structure.
- the butting end 21 of the grip 2 has a first snap ring 25, which is arranged protrudingly at the butting end, and the massage head 1 has a second snap ring 15, which is arranged below the massage end 11.
- first snap ring 25 which is arranged protrudingly at the butting end
- second snap ring 15 which is arranged below the massage end 11.
- the first snap ring 25 and the second snap ring 15 are snap-connected, the massage head 1 and the hand grip 2 are also docked, and the suction massage can be started; of course, if the massage head 1 is to be separated from the hand grip 2, the massage head 1 Reverse rotation relative to the mating end 21, so that the projection 33 of the transmission rod 3 will be disengaged from the mounting hole 24 of the insertion cavity 23, and the first snap ring 25 will also be disconnected from the second snap ring 15. At this time, the massage head 1 is separated from the hand grip 2.
- the massage head 1 has an inner cavity 16 with a lower opening.
- the massage end 11 is formed on the upper part of the massage head 1.
- the first snap ring 25 is arranged in the lower opening of the inner cavity 16, and the abutment ring 13 surrounds the outer periphery of the first snap ring 25, After the massage head 1 is docked on the butting end 21 of the hand grip 2, the first snap ring 25 is wrapped around the outer periphery of the second snap ring 15.
- the second snap ring 15 Nested into the first snap ring 25 when the moving head 22 drives the transmission rod 3 to move, the transmission rod 3 will drive the massage end 11 to move, and the inner cavity 16 provides a movement space for the massage end 11, so that the transmission rod 3 pulls the massage end 11 moves in the inner cavity 16.
- a slot is formed on the first snap ring 25, and a buckle is formed on the second snap ring 15.
- the massage head 1 rotates relative to the docking end 21 to make the first snap ring
- the groove of 25 is buckled with the buckle of the second snap ring 15. ;
- different fastening methods can also be designed according to different needs, as long as the fastening requirements are met.
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- Pain & Pain Management (AREA)
- Physical Education & Sports Medicine (AREA)
- Rehabilitation Therapy (AREA)
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Abstract
按摩器吸拉按摩方法，按摩器包括按摩头（1），按摩头（1）具有按摩端（11），按摩端（11）为软胶材料制成，按摩时将按摩端（11）抵接用户皮肤；按摩端（11）具有变化腔（12）和抵接环（13），变化腔（12）朝下凹陷，抵接环（13）封闭环绕在变化腔（12）的外周，当按摩端（11）抵接在用户的皮肤后，通过动力元件驱动变化腔（12）体积变化，实现对用户皮肤的吸拉按摩。按摩时将按摩端（11）接触用户皮肤，软胶材料的按摩端（11）会给皮肤带来很好的触感，会使用户的体验感更好，按摩端（11）处的变化腔（12）将会抵接在用户皮肤上，然后通过动力元件驱动变化腔（12），使变化腔（12）体积变化，从而通过变化腔（12）的变化对皮肤进行吸拉按摩，使按摩效果更佳。
Description
本发明专利涉及按摩器技术领域，具体而言，涉及按摩器吸拉按摩方法。
随着人们生活水平的提高，人们越来越追求高质量的生活品质，养生、美容已成为现代人们的生活主流，不管男女老少都开始注意养生。
目前，按摩很受大众的欢迎，而且，按摩是一种很好的养生方式， 既能疏通经络、缓解疲劳、加快气血循环，又能改善睡眠、美容养颜；但人手按摩始终是太过麻烦了，现在，按摩器的发明为人们省去了很多麻烦。
现有技术中，各类按摩器有各种不同的按摩方式，虽然按摩方式多种多样，但是始终达不到很好的按摩效果。
本发明的目的在于提供按摩器吸拉按摩方法，旨在解决现有技术中，按摩器的按摩效果不佳的问题。
本发明是这样实现的，按摩器吸拉按摩方法，所述按摩器包括按摩头，所述按摩头具有抵接用户皮肤的按摩端，所述按摩端为软胶材料制成；所述按摩端具有朝下凹陷的变化腔以及抵接环，所述抵接环封闭环绕在所述变化腔的外周，当所述按摩端抵接在用户的皮肤后，通过动力元件驱动所述变化腔体积变化，实现对用户皮肤的吸拉按摩。
进一步的，当所述按摩端抵接在用户的皮肤后，所述动力元件驱动所述变化腔的体积增大，以使所述变化腔吸拉用户的皮肤，再驱动所述变化腔的体积缩小，以使所述变化腔松开对用户皮肤的吸拉。
进一步的，所述动力元件通过拉动所述变化腔的底部朝下移动，以使所述变化腔体积增大，所述动力元件通过朝上移动，以使所述变化腔复位，且所述变化腔的体积缩小。
进一步的，所述按摩器包括手握部，所述动力元件内置于所述手握部里侧，所述手握部具有对接端部，所述动力元件具有相对于所述对接端部上下移动的移动头；所述按摩头对接在所述手握部的对接端部上，所述移动头驱动所述变化腔的底部上下移动，以使所述变化腔的体积变化。
进一步的，所述变化腔的底部穿设有传动杆，所述传动杆具有抵压端以及与所述动力元件的移动头连接的连接端，所述传动杆穿过所述变化腔的底部，且所述抵压端置于所述变化腔中，抵压在所述变化腔的底部。
进一步的，当所述按摩头与所述手握部的对接端部对接时，通过所述按摩头相对于所述对接端部正向转动后，所述传动杆的连接端与所述动力元件卡合连接，当所述按摩头相对于所述对接端部反向转动后，所述传动杆的连接端与所述动力元件脱离卡合连接。
进一步的，所述变化腔的底部设置有通孔，所述传动杆穿过所述通孔；当所述传动杆拉着所述变化腔的底部朝下移动时，所述传动杆的抵压端封闭所述通孔，当所述变化腔朝上复位移动时，所述传动杆的抵压端脱离所述通孔。
进一步的，所述传动杆的抵压端为呈扁平状的抵压片，所述变化腔的底部设置有朝下凹陷且供所述抵压片嵌入的安装槽，所述通孔形成在所述安装槽的底部；当所述传动杆拉着所述变化腔的底部朝下移动时，所述抵压片嵌入所述安装槽中，当所述变化腔朝上复位移动时，所述抵压片脱离所述通孔。
进一步的，所述传动杆包括杆条，所述杆条的一端部具有朝向所述杆条侧边凸出的凸块，所述凸块形成所述传动杆的连接端；所述移动头具有朝向所述传动杆的上端部，所述移动头的上端部具有上端开口的***腔，所述***腔的侧壁具有安装孔；当所述按摩头与所述手握部的对接端部对接时，所述按摩头相对于所述对接端部正向转动后，所述传动杆的凸块卡合在所述***腔的安装孔中，当所述按摩头相对于所述对接端部反向转动后，所述传动杆的凸块从所述***腔的安装孔中脱离出来。
进一步的，所述手握部的对接端部具有凸起布置的第一卡环，所述按摩头具有设置于所述按摩端下方的第二卡环，当所述按摩头对接在所述手握部的对接端部后，所述第一卡环与所述第二卡环嵌套布置，当所述按摩头相对于所述对接端部正向转动后，所述传动杆的凸块卡合在所述***腔的安装孔中，所述第一卡环与所述第二卡环卡合连接；当所述按摩头相对于所述对接端部反向转动后，所述传动杆的凸块从所述***腔的安装孔中脱离出来，所述第一卡环与所述第二卡环脱离卡合连接。
与现有技术相比，本发明提供的脸部按摩器的吸拉按摩方法，利用脸部按摩器完成，脸部按摩器包括按摩端，按摩时将按摩端接触用户皮肤，按摩端是用软胶材料制成的，软胶的柔软性会给皮肤带来很好的触感，这样，当用户将按摩端接触皮肤时，会使用户的体验感更好；按摩端还具有变化腔和抵接环，变化腔呈凹陷状，按摩时，将按摩端处的变化腔抵接在用户皮肤上，抵接环封闭环绕在变化腔外周，起封闭作用，使用按摩器时，将按摩端贴在皮肤上，然后通过动力元件驱动变化腔，使变化腔体积变化，从而通过变化腔的体积变化对皮肤进行吸拉，对用户皮肤进行吸拉按摩，通过吸拉式的按摩方法，使按摩效果更佳。
图1是本发明提供的按摩器的立体示意图。
图2是本发明提供的按摩头的立体示意图；
图3是本发明提供的手握部的立体示意图；
图4是本发明提供的传动杆的立体示意图；
图5是本发明提供的按摩头的立体示意图。
附图标记：按摩头1；按摩端11；变化腔12；抵接环13；通孔14；第二卡环15；内腔16；手握部2；对接端部21；移动头22；***腔23；安装孔24；第一卡环25；传动杆3；抵压端31；杆条32；凸块33。
为了使本发明的目的、技术方案及优点更加清楚明了，以下结合附图及实施例，对本发明进行进一步的详细说明。应当理解，此处所描述的具体实施例仅仅用以解释本发明，并不用于限定本发明。
以下结合具体实施例对本发明的实现进行详细的描述。
本实施例的附图中相同或相似的标号对应相同或相似的部件；在本发明的描述中，需要理解的是，若有术语“上”、“下”、“左”、“右”等指示的方位或位置关系为基于附图所示的方位或位置关系，仅是为了便于描述本发明和简化描述，而不是指示或暗示所指的装置或元件必须具有特定的方位、以特定的方位构造和操作，因此附图中描述位置关系的用语仅用于示例性说明，不能理解为对本专利的限制，对于本领域的普通技术人员而言，可以根据具体情况理解上述术语的具体含义。
参照图1-5所示，为本发明提供的较佳实施例。
按摩器吸拉按摩方法，脸部按摩器包括按摩头1，按摩头1具有按摩端11，按摩端11为软胶材料制成，按摩时将按摩端11抵接用户皮肤；按摩端11具有变化腔12和抵接环13，变化腔12朝下凹陷，抵接环13封闭环绕在变化腔12的外周，当按摩端11抵接在用户的皮肤后，通过动力元件驱动变化腔12体积变化，实现对用户皮肤的吸拉按摩。
上述提供的脸部按摩器的吸拉按摩方法，利用脸部按摩器完成，按摩器包括按摩端11，按摩时将按摩端11接触用户皮肤，按摩端11是用软胶材料制成的，软胶的柔软性会给皮肤带来很好的触感，这样，当用户将按摩端11接触皮肤时，会使用户的体验感更好；按摩端11还具有变化腔12和抵接环13，变化腔12呈凹陷状，按摩时，将按摩端11处的变化腔12抵接在用户皮肤上，抵接环13封闭环绕在变化腔12外周，起封闭作用，使用按摩器时，将按摩端11贴在皮肤上，然后通过动力元件驱动变化腔12，使变化腔12体积变化，从而通过变化腔12的变化对皮肤进行吸拉，对用户皮肤进行吸拉按摩，通过吸拉式的按摩方法，使按摩效果更佳。
在使用按摩器时，将按摩器的按摩端11抵接在用户的皮肤上，经动力元件驱动变化腔12，使变化腔12的体积增大，这时，变化腔12会吸拉用户的皮肤，变化腔12继续被驱动，使变化腔12的体积缩小，这时，变化腔12松开对用户皮肤的吸拉，如此反复，实现对用户皮肤的吸拉按摩。
动力元件拉动变化腔12的底部朝下移动，使变化腔12凹陷更深，变化腔12体积增大，对用户皮肤进行吸拉按摩，当动力元件朝上移动时，使变化腔12体积缩小，变化腔12复位，按摩头1松开对用户皮肤的吸拉，完成一轮吸拉按摩。
脸部按摩器具有手握部2，在手握部2内设置有动力元件，手握部2具有对接端部21，按摩头1对接在对接端部21，抵接环13密封环绕在对接端部21处，使按摩头1与手握部2密封连接，便于变化腔12体积变化；动力元件具有移动头22，移动头22相对于对接端部21上下移动，驱动变化腔12的底部上下移动，使变化腔12的体积增大、缩小。
变化腔12的底部穿设有传动杆3，传动杆3穿过变化腔12的底部，传动杆3具有抵压端31以及连接端，抵压端31穿过变化腔12置于变化腔12中，抵压在变化腔12的底部，连接端与动力元件的移动头22连接，动力元件驱动移动头22与传动杆的连接端连接，移动头22带动传动杆3上下移动，使变化腔12体积变化。
当按摩头1与手握部2的对接端部21对接时，通过按摩头1相对于对接端部21正向转动后，传动杆3的连接端与动力元件卡合连接，当按摩头1相对于对接端部21反向转动后，传动杆3的连接端与动力元件脱离卡合连接，通过按摩头1与对接端部21相对旋转，使连接端与动力元件进行连接与分离，既方便又快捷。
变化腔12的底部设置有通孔14，传动杆3穿过通孔14，与变化腔12连接；当动力元件驱动传动杆3下移时，传动杆3拉着变化腔12的底部朝下移动，传动杆3的抵压端31封闭通孔14，吸拉变化腔12，变化腔12体积增大，当动力元件上移时，传动杆3的抵压端31脱离通孔14，使变化腔12朝上复位移动，变化腔12体积减小。
传动杆3的抵压端31为呈扁平状的抵压片，变化腔12的底部设置有朝下凹陷且供抵压片嵌入的安装槽，通孔14形成在安装槽的底部，抵压片穿过通孔14，进入安装槽，传动杆3与变化腔12连接；当传动杆3向下移动时，传动杆3会牵动变化腔12的底部朝下移动，这时，抵压片嵌入在安装槽中，将变化腔12的通孔14堵住，并吸拉变化腔12，使变化腔12体积增大，对用户皮肤进行吸拉按摩；当传动杆3牵动变化腔12朝上复位移动时，抵压片脱离通孔14，使变化腔12体积减小，松开吸拉。
传动杆3包括杆条32，杆条32的一端部具有朝向杆条32侧边凸出的凸块33，凸块33形成传动杆3的连接端；移动头22具有朝向传动杆3的上端部，移动头22的上端部具有上端开口的***腔23，***腔23的侧壁具有安装孔24；当按摩头1与手握部2的对接端部21对接时，连接端与移动头22上端部对接，凸块33进入***腔23中，此时，将按摩头1相对于对接端部21正向转动，凸块33进入安装孔24，且凸块33卡合在安装孔24中，使按摩头1与手握部2对接成功；若将按摩头1相对于对接端部21反向转动，此时，传动杆3的凸块33将从***腔23的安装孔24中脱离出来，使按摩头1与手握部2分离，拆装方便、快捷，且结构简单。
手握部2的对接端部21具有第一卡环25，在对接端处凸起布置，按摩头1具有第二卡环15，第二卡环15布置在按摩端11的下方，当需要按摩头1与手握部2连接时，先将按摩头1与手握部2的对接端部21对接，此时，传动杆3的凸块33进入***腔23中，第一卡环25与第二卡环15嵌套在一起，将按摩头1相对于对接端部21正向转动，这样，传动杆3的凸块33将会卡合在***腔23的安装孔24中，第一卡环25与第二卡环15卡合连接，按摩头1与手握部2也对接完成，可以开始进行吸拉按摩；当然，如果要使按摩头1与手握部2分离，就将按摩头1相对于对接端部21反向转动，这样，传动杆3的凸块33将从***腔23的安装孔24中脱离出来，第一卡环25也会与第二卡环15脱离卡合连接，此时，按摩头1与手握部2分离。
按摩头1具有下部开口的内腔16，按摩端11形成在按摩头1的上部，第一卡环25布置在内腔16的下部开口中，抵接环13环绕在第一卡环25外周，当按摩头1对接在手握部2的对接端部21上后，第一卡环25包裹在第二卡环15的外周，将按摩头1相对对接端部21转动后，第二卡环15嵌套入第一卡环25内，当移动头22带动传动杆3运动时，传动杆3会带动按摩端11运动，内腔16为按摩端11提供了运动空间，使传动杆3拉动按摩端11在内腔16内运动。
第一卡环25上形成有卡槽，第二卡环15上形成有卡扣，当将按摩头1与对接端部21对接后，按摩头1相对对接端头21转动，使第一卡环25的卡槽与第二卡环15的卡扣相扣合。；当然，也可以根据不同需求设计不同的扣合方式，只要满足扣合需求。
以上所述仅为本发明的较佳实施例而已，并不用以限制本发明，凡在本发明的精神和原则之内所作的任何修改、等同替换和改进等，均应包含在本发明的保护范围之内。
Claims (10)
- 按摩器吸拉按摩方法，其特征在于，所述按摩器包括按摩头，所述按摩头具有抵接用户皮肤的按摩端，所述按摩端为软胶材料制成；所述按摩端具有朝下凹陷的变化腔以及抵接环，所述抵接环封闭环绕在所述变化腔的外周，当所述按摩端抵接在用户的皮肤后，通过动力元件驱动所述变化腔体积变化，实现对用户皮肤的吸拉按摩。
- 如权利要求1所述按摩器吸拉按摩方法，其特征在于，当所述按摩端抵接在用户的皮肤后，所述动力元件驱动所述变化腔的体积增大，以使所述变化腔吸拉用户的皮肤，再驱动所述变化腔的体积缩小，以使所述变化腔松开对用户皮肤的吸拉。
- 如权利要求2所述按摩器吸拉按摩方法，其特征在于，所述动力元件通过拉动所述变化腔的底部朝下移动，以使所述变化腔体积增大，所述动力元件通过朝上移动，以使所述变化腔复位，且所述变化腔的体积缩小。
- 如权利要求1至3任一项所述按摩器吸拉按摩方法，其特征在于，所述按摩器包括手握部，所述动力元件内置于所述手握部里侧，所述手握部具有对接端部，所述动力元件具有相对于所述对接端部上下移动的移动头；所述按摩头对接在所述手握部的对接端部上，所述移动头驱动所述变化腔的底部上下移动，以使所述变化腔的体积变化。
- 如权利要求4所述按摩器吸拉按摩方法，其特征在于，所述变化腔的底部穿设有传动杆，所述传动杆具有抵压端以及与所述动力元件的移动头连接的连接端，所述传动杆穿过所述变化腔的底部，且所述抵压端置于所述变化腔中，抵压在所述变化腔的底部。
- 如权利要求5所述按摩器吸拉按摩方法，其特征在于，当所述按摩头与所述手握部的对接端部对接时，通过所述按摩头相对于所述对接端部正向转动后，所述传动杆的连接端与所述动力元件卡合连接，当所述按摩头相对于所述对接端部反向转动后，所述传动杆的连接端与所述动力元件脱离卡合连接。
- 如权利要求6所述按摩器吸拉按摩方法，其特征在于，所述变化腔的底部设置有通孔，所述传动杆穿过所述通孔；当所述传动杆拉着所述变化腔的底部朝下移动时，所述传动杆的抵压端封闭所述通孔，当所述变化腔朝上复位移动时，所述传动杆的抵压端脱离所述通孔。
- 如权利要求7所述按摩器吸拉按摩方法，其特征在于，所述传动杆的抵压端为呈扁平状的抵压片，所述变化腔的底部设置有朝下凹陷且供所述抵压片嵌入的安装槽，所述通孔形成在所述安装槽的底部；当所述传动杆拉着所述变化腔的底部朝下移动时，所述抵压片嵌入所述安装槽中，当所述变化腔朝上复位移动时，所述抵压片脱离所述通孔。
- 如权利要求6所述按摩器吸拉按摩方法，其特征在于，所述传动杆包括杆条，所述杆条的一端部具有朝向所述杆条侧边凸出的凸块，所述凸块形成所述传动杆的连接端；所述移动头具有朝向所述传动杆的上端部，所述移动头的上端部具有上端开口的***腔，所述***腔的侧壁具有安装孔；当所述按摩头与所述手握部的对接端部对接时，所述按摩头相对于所述对接端部正向转动后，所述传动杆的凸块卡合在所述***腔的安装孔中，当所述按摩头相对于所述对接端部反向转动后，所述传动杆的凸块从所述***腔的安装孔中脱离出来。
- 如权利要求9所述按摩器吸拉按摩方法，其特征在于，所述手握部的对接端部具有凸起布置的第一卡环，所述按摩头具有设置于所述按摩端下方的第二卡环，当所述按摩头对接在所述手握部的对接端部后，所述第一卡环与所述第二卡环嵌套布置，当所述按摩头相对于所述对接端部正向转动后，所述传动杆的凸块卡合在所述***腔的安装孔中，所述第一卡环与所述第二卡环卡合连接；当所述按摩头相对于所述对接端部反向转动后，所述传动杆的凸块从所述***腔的安装孔中脱离出来，所述第一卡环与所述第二卡环脱离卡合连接。
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