TWM611555U - Negative pressure massage device with ice sensation mechanism and massage stick thereof - Google Patents

Abstract

The invention relates to a negative pressure massage device with an ice-feeling mechanism and its massage stick. The massage stick includes a stick body and a refrigeration module. The stick body includes a cover plate assembly, an end cover connected to the cover plate assembly and a heat transfer member , The end cover is provided with a negative pressure connection hole, and the heat transfer member is provided with an air suction port. The rod body also includes an air pipe connecting the negative pressure connection hole and the suction port; the refrigeration module is arranged inside the rod body for cooling The module includes a refrigerating chip and a heat sink. The refrigerating chip has a cold end and a hot end. The cold end is attached to the heat transfer member, and the heat sink is in thermally conductive contact with the hot end. In this way, it can relieve the redness and swelling of the skin after the massage, and let the skin enjoy the comfortable massage experience of ice.

Description

Negative pressure massage device with ice sensation mechanism and its massage stick

This model relates to a massage device technology, especially a negative pressure massage device with an ice-feeling mechanism and its massage stick.

With the progress and development of the industrial and commercial society, in the mode of advocating speed and efficiency, modern people are always under various pressures, coupled with abnormal diet, excessive intake of food and little exercise, etc., so Many diseases related to cardiovascular disease or other unknown origins have been produced; in order to effectively relieve pressure and improve various functions of the body, relevant industries have successively developed various massage equipment for different purposes to provide the market needs. Among them, the massage stick in the massage equipment is widely favored and widely adopted by the consumer market because of its low price and easy and convenient use, carrying and operation.

The existing massage stick structure mainly includes a stick body and a vibrator installed inside the stick body, through which the stick body is driven to generate a corresponding vibration effect through the vibrator, and then the stick body is pressed against the shoulder and neck of the human body. Or other parts, and then achieve the effects of massage and relaxation of various parts of the human body.

However, although the existing massage stick structure has the effect of vibration and massage, in actual use, the skin and its internal tissues cannot be fully exercised, and the skin activation and blood circulation are improved in various aspects. Even worse. In addition, after applying force to the rod, it is very easy to produce blood stasis or redness and swelling on the skin and its internal tissues. Therefore, it has been unable to meet the existing market demand for massage sticks and massage devices.

In view of this, the creators of the new type devote themselves to the above-mentioned shortcomings of the existing technology, and they have devoted themselves to research and cooperate with the application of theories, and try their best to solve the above-mentioned problems, which has become the goal of the new type of creators' improvement.

One purpose of the present invention is to provide a negative pressure massage device with an ice-feeling mechanism and its massage stick, which can relieve the redness and swelling of the skin after massage, and allow the skin to enjoy a comfortable massage experience with an ice-feel.

In order to achieve the above-mentioned object, the present invention provides a massage device with an ice sensation mechanism, which includes a negative pressure massage stick, an external negative pressure device, a connecting pipe and a conductive wire. The negative pressure massage stick includes a rod body and A refrigeration module. The rod body includes a cover plate assembly, an end cover connected to the two ends of the cover plate assembly, and a heat transfer member. The end cover is provided with a negative pressure connection hole and a first connection port. The heat transfer member is provided with an air suction port, the rod body further includes an air pipe connecting the negative pressure connection hole and the air suction port; the refrigeration module is arranged inside the rod body, and the refrigeration module includes A cold chip and a heat sink are electrically connected to the first connection port and have a cold end and a hot end. The cold end is attached to the heat transfer member, and the heat sink is in contact with the heat transfer member. The hot end is in thermal conduction contact; the external negative pressure device is arranged separately from the negative pressure massage stick, and the external negative pressure device includes a housing and a negative pressure drive control module installed inside the housing. The drive control module includes an air pipe assembly, the air pipe assembly has a negative pressure communication hole arranged in the housing, the external negative pressure device is also provided with a second connection port; the two ends of the communication pipe are respectively connected to the The negative pressure connection hole and the negative pressure connection hole; the two ends of the conductive wire are respectively connected to the first connection port and the second connection port.

In order to achieve the above objective, the present invention provides a negative pressure massage stick with an ice-like mechanism, which includes a stick body and a refrigeration module. The stick body includes a cover plate assembly and an end cover connected to two ends of the cover plate assembly. And a heat transfer member, the end cover is provided with a negative pressure connection hole, the heat transfer member is provided with an air suction port, and the rod body further includes an air pipe connecting the negative pressure connection hole and the air suction port The refrigeration module is arranged inside the rod, the refrigeration module includes a uniform cold chip and a heat sink, the refrigeration chip has a cold end and a hot end, the cold end is attached to the heat transfer member With attached contact, the heat sink is in thermally conductive contact with the hot end.

The new model also has the following functions. With the separate setting of the massage stick and the external negative pressure device, the volume and weight of the massage stick are greatly reduced and the ease of operation is improved. Through the combination of vibrator and negative ion generation module, it provides more diversified choices and somatosensory effects of massage. With the setting of the waterproof rubber strip set, the outside of the stick body can be rinsed and cleaned directly with water after use.

The detailed description and technical content of the present invention are described as follows in conjunction with the drawings. However, the drawings are only provided for reference and explanation, and are not intended to limit the present invention.

Please refer to Figures 1 to 7, the present invention provides a negative pressure massage device with an ice sensation mechanism and its massage stick, wherein the negative pressure massage device mainly includes a negative pressure massage stick 1, an external negative pressure device 6, A connecting pipe 7 and a conductive wire 8, in which the massage stick 1 and the external negative pressure device 6 are separated (ie: independent devices), and the negative pressure massage stick can be achieved through the connecting pipe 7 and the conductive wire 8. 1 and external negative pressure device 6 connection and operation.

Please refer to Figures 2 to 5, where the negative pressure massage stick 1 includes a stick body 10 and a refrigeration module 20. The stick body 10 is substantially in the shape of a cone. The stick body 10 of this embodiment mainly includes a front cover The plate 11, a rear cover plate 12, one end cover 13 and a temperature-transmissible member 14. The front cover plate 11 is assembled corresponding to the rear cover plate 12 and locked by screwing elements to form a cover plate assembly, the end cover 13 is assembled at the upper end positions of the front cover plate 11 and the rear cover plate 12, and the heat transfer member 14 is assembled at the lower end positions of the front cover plate 11 and the rear cover plate 12, and the heat transfer member 14 is of good thermal conductivity Made of metal materials.

An extension tube 131 is formed on one side of the end cover 13, a negative pressure connection hole 132 is formed in the center of the extension tube 131, and a first connection tube 133 extends directly below the extension tube 131, the aforementioned negative pressure connection hole 132 It is connected to the first connecting pipe 133. In addition, a first connection port 135 is provided on one side of the extension tube 131 of the end cover 13.

The temperature-transmitting member 14 includes a circular disk 141 and a boss 142 extending from the inside of the circular disk 141. A suction port 143 is provided on the side of the boss 142, and a second extending from one side of the boss 142 The two connecting pipes 144 and the second connecting pipe 144 are connected to the suction port 143, and the first connecting pipe 133 and the second connecting pipe 144 are respectively connected through an air pipe 15.

The refrigeration module 20 of this embodiment mainly includes a control carrier 21, a control button 22, a cooling chip 24, and a heat sink 25. The cooling chip 24 is electrically connected to the control carrier 21, and the control carrier 21 is arranged on Inside the rod body 10 and electrically connected to the first connection port 135, the control button 22 and the opening and closing switch button 23 are installed on the control carrier 21 and are electrically connected, and a part of the control button 22 and the opening and closing switch button 23 are exposed before being exposed. On the outside of the cover 11, the operation of the refrigerating chip 24 is activated or deactivated and the temperature change is adjusted through the manipulation of the control button 22.

The boss 142 is provided with a chip pocket 146. The refrigerating chip 24 is installed corresponding to the chip pocket 146 and electrically connected to the first connection port 135, and has a cold end 241 and a hot end 242. The cold end 241 is attached to the heat transfer member 14, and the heat sink 25 is in thermal contact with the hot end 242. The heat sink 25 can be made of aluminum, copper or alloy materials, and it mainly includes a base plate 251 and a self-base plate 251. A plurality of radiating fins 252 extending upward. A thermally conductive medium (not shown in the figure) can be coated between the bottom plate 251 and the hot end 242 to improve the thermal conductivity.

It is worth mentioning that the aforementioned cooling chip 24 (Thermoelectric Cooling) is composed of two insulated ceramic substrates on the outside, and the inside is composed of multiple sets of P-type and N-type Bismuth Telluride Based thermoelectric materials and conductive copper electrodes. Tandem formation.

Further, the rod 10 of this embodiment further includes a waterproof rubber strip group 16 which mainly includes a first waterproof strip 161, a second waterproof strip 162, and a third waterproof strip 163. The inner periphery of the front cover 11 and the rear cover 12 are respectively provided with a front groove 111 and a rear groove 121, and the two sides of the first waterproof strip 161 are embedded in the front groove 111 and the rear groove 121; A first embedding groove 134 and a second embedding groove 145 are also provided on the periphery of the end cover 13 and the temperature-transmitting member 14, respectively. The upper part of the first waterproof strip 161 and the second waterproof strip 162 are butted and are jointly embedded in the first In the embedding groove 134, the lower part of the first waterproof strip 161 and the third waterproof strip 163 are butted and are jointly embedded in the second embedding groove 145, so that the inside of the rod body 10 has many effects such as waterproof and moisture-proof.

Furthermore, the rod body 10 of this embodiment further includes a non-slip pad 17, which is adhered to the outer surface of the rear cover 12, and has the anti-slip and anti-drop effect when held by hand.

Further, the negative pressure massage stick 1 of this embodiment further includes a vibrator 30, and a front bearing frame 112 and a rear bearing frame 122 are respectively provided in the inner middle section of the front cover 11 and the rear cover 12. The vibrator 30 mainly includes a motor and an eccentric member connected to the rotating shaft of the motor. The eccentric member can be an eccentric wheel or an eccentric mass to generate vibration. The vibrator 30 is fixed on the front bearing frame 112 and the rear bearing frame 122 Between and formed under the control carrier board 21, and the vibrator 30 is electrically connected to the control carrier board 21. The control carrier board 21 is also provided with an open/close switch button 23, so as to be activated by manipulating the open/close switch button 23 Or turn off the action of the vibrator 30.

Further, the negative pressure massage stick 1 of this embodiment further includes a negative ion generating module 40, which is arranged inside the rod body 10 and electrically connected to the control carrier 21, and the negative ion generating module 40 mainly includes a negative ion generator 41 and a negative ion wire 42 connected to the negative ion generator 41. A negative ion outlet hole 147 is opened in the aforementioned boss 142. The negative ion generator 41 is installed behind the control carrier 21, and the negative ion wire 42 bypasses the vibrator 30 and extends to In the negative ion outlet hole 147, the opening and closing of the negative ion generating module 40 can be started immediately after the power is turned on.

Further, the negative pressure massage wand 1 of the present embodiment further includes a cup rim cover 50, which can correspond to the above-mentioned heat transfer member 14 through the combination, the cup rim cover 50 mainly includes an annular disc 51 and extending from the annular disc 51 The hollow column 52 is inserted through the aforementioned boss 142, so that the cup rim cover 50 is formed under the heat transfer member 14. The cup rim cover 50 is also made of a metal material with good thermal conductivity. .

Please continue to refer to Figures 6 to 7, the external negative pressure device 6 mainly includes a housing 61 and a negative pressure drive control module 62 installed inside the housing 61. The negative pressure drive control module 62 mainly includes A controller 63, a negative pressure generating component 64, a pressure relief component 65, and an air pipe component 66. The controller 63 includes a circuit board 631. A display panel 632 and a continuous suction button 633 are arranged on the circuit board 631. , An intermittent suction and release button 634, a negative pressure seconds control button 635, a pressure relief seconds control button 636, and two second connection ports 637. The second connection port 637 in this embodiment is a direct current connection hole through A power button 638 is electrically connected to the controller 63, the negative pressure generating component 64 and the pressure relief component 65 are electrically connected to the controller 63, the air pipe assembly 66 is connected to the negative pressure generating component 64 and the pressure relief component 65, and the air pipe assembly 66 has a negative pressure communication hole 661 fixed to the housing 61. The negative pressure generating component 64 mainly includes a vacuum pump and a motor (not shown in the figure), which is used to generate negative pressure. The suction port 143 of the negative pressure massage stick 1 is used to attract the skin. In general use The maximum negative pressure is limited to -46.7kPa (-350mmHg).

Please refer to Figures 1 and 6, the two ends of the connecting pipe 7 are respectively connected to the negative pressure connecting hole 132 and the negative pressure connecting hole 661, so that through the operation of the negative pressure drive control module 62, the negative pressure massage stick 1 The suction port 143 produces one of negative pressure massage and negative pressure relief alternately rhythmic suction and release massage. The first connection port 135 and the second connection port 637 of this embodiment are both a conductive hole; specifically, the two ends of the conductive wire 8 are respectively connected to the first connection port 135 and the second connection port 637, so as to be externally connected. The negative pressure device 6 provides the power required for the operation of the negative pressure massage stick 1.

When in use, it can be used for negative pressure suction massage and negative pressure relief alternately rhythmic suction and release massage for the shoulders and necks of the human body or other parts. When the heat transfer member 14 or the cup edge cover 50 is used to stick to the skin of the human body Later, due to the vacuum pumping action of the negative pressure generating component 64, negative pressure will be generated at the suction port 143, so that the skin is sucked and gradually protruded. When the negative pressure stops, the skin stops being sucked up; and then the pressure is relieved. The operation of the assembly 65 allows air to enter the air delivery pipe 15 from the air delivery pipe assembly 66, and the negative pressure will be released, the negative pressure will be reduced, and the skin will gradually be released back to its original state. Repeat this action. During this time, the refrigeration module 20 can be activated or deactivated at any time.

It can soothe the redness and swelling of the skin through the negative pressure suction process, and let the skin enjoy the comfortable massage experience of ice. The vibrator 30 can also be activated or deactivated at any time to make the rod 10 vibrate and promote blood circulation. The skin and its internal tissues can be fully exercised, the skin can be activated and blood circulation will increase, which increases the effects of various treatments. , And can reduce the production of blood stasis. Furthermore, the negative ions generated by the negative ion generator 41 can be led out from the end of the negative ion wire 42 to enhance the blood circulation of the skin.

In addition, the external negative pressure device 6 of the present invention can not only provide the negative pressure massage stick 1 for connection use, but also provide other related equipment (such as: chest device, cupping device, facial beauty device, etc.) for use. In order to achieve its multi-purpose characteristics, and can greatly reduce the user's purchase cost and use cost.

In summary, the new type of negative pressure massage device with ice sensation mechanism and its negative pressure massage stick can indeed achieve the expected purpose of use, and solve the lack of conventional knowledge, and because of its novelty and progress, it is fully in line with the new For patent application requirements, an application is filed in accordance with the Patent Law. Please check carefully and grant the patent for this case to protect the rights of the creator of the new type.

1: Negative pressure massage stick

10: Rod body

11: Front cover

111: Front slot

112: Front Carrier

12: Rear cover

121: Back slot

122: Rear Carrier

13: end cap

131: Extension tube

132: Negative pressure connection hole

133: The First Takeover

134: The first slot

135: The first port

14: Temperature-transmissible components

141: round disc

142: Boss

143: Inhalation Port

144: Second takeover

145: second slot

146: wafer container

147: Negative ion outlet hole

15: Air pipe

16: Waterproof tape group

161: The first waterproof strip

162: The second waterproof strip

163: Third waterproof strip

17: Anti-slip pad

20: Refrigeration module

21: control carrier board

22: Control button

23: Open and close switch button

24: Refrigeration chip

241: Cold End

242: Hot End

25: heat sink

251: Floor

252: cooling fins

30: Vibrator

40: Negative ion generation module

41: Negative ion generator

42: Negative ion wire

50: Cup rim cover

51: ring disc

52: Hollow column

6: External negative pressure device

61: Shell

62: Negative pressure drive control module

63: Controller

631: circuit board

632: Display Panel

633: Continuous Inhalation Button

634: Intermittent suction and release button

635: Negative pressure seconds control button

636: Pressure relief seconds control button

637: second port

638: Power button

64: negative pressure generating component

65: Pressure relief components

66: Air pipe assembly

661: Negative pressure through hole

7: Connecting pipe

8: Conductive wire

Figure 1 is a schematic diagram of the new type of negative pressure massage device assembly.

Figure 2 is a three-dimensional exploded view of the negative pressure massage stick of the present invention.

Figure 3 is the external view of the new negative pressure massage stick assembly.

Figure 4 is a cross-sectional view of the new negative pressure massage stick assembly.

Figure 5 is the bottom view of the new negative pressure massage stick assembly

Figure 6 is a three-dimensional appearance view of the externally connected negative pressure device of the new type.

Figure 7 is a block diagram of the negative pressure drive control module of the present invention.

10: Rod body

11: Front cover

112: Front Carrier

12: Rear cover

13: end cap

131: Extension tube

132: Negative pressure connection hole

133: The First Takeover

134: The first slot

135: The first port

14: Temperature-transmissible components

141: round disc

142: Boss

144: Second takeover

145: second slot

147: Negative ion outlet hole

15: Air pipe

161: The first waterproof strip

162: The second waterproof strip

17: Anti-slip pad

22: Control button

23: Open and close switch button

24: Refrigeration chip

25: heat sink

30: Vibrator

40: Negative ion generation module

41: Negative ion generator

42: Negative ion wire

50: Cup rim cover

51: ring disc

52: Hollow column

Claims (20)

A negative pressure massage device with ice sensation mechanism, including: A negative pressure massage stick, including: A rod body includes a cover plate assembly, an end cover connected to the two ends of the cover plate assembly, and a temperature-transmitting member. The end cover is provided with a negative pressure connection hole and a first connection port, where the temperature can be transmitted The component is provided with an air suction port, and the rod body further includes an air pipe connecting the negative pressure connection hole and the air suction port; and A refrigeration module is arranged inside the rod body. The refrigeration module includes a uniform cooling chip and a heat sink. The cooling chip is electrically connected to the first connection port and has a cold end and a hot end. The end system is in adhesive contact with the heat transfer member, and the heat sink is in thermally conductive contact with the hot end; An external negative pressure device is arranged separately from the negative pressure massage stick. The external negative pressure device includes a housing and a negative pressure drive control module installed in the housing, the negative pressure drive control module Comprising an air pipe assembly, the air pipe assembly has a negative pressure communication hole arranged in the housing, and the external negative pressure device is also provided with a second connection port; A connecting pipe with two ends respectively connecting the negative pressure connecting hole and the negative pressure connecting hole; and A conductive wire has two ends respectively connected to the first connection port and the second connection port. The negative pressure massage device with ice-sensing mechanism according to claim 1, wherein the refrigeration module further includes a control carrier board and a control button, and the refrigeration chip and the control button are electrically connected to the control carrier board. The negative pressure massage device with ice-sensing mechanism according to claim 2, wherein the negative pressure massage stick further includes a vibrator, and the cover assembly includes a front cover and a rear cover assembled to the front cover A front bearing frame and a rear bearing frame are respectively provided on the inner sides of the front cover and the rear cover. The vibrator is fixed between the front bearing frame and the rear bearing frame and is formed on the control carrier. Below the board, the vibrator is electrically connected to the control carrier board. According to claim 3, the negative pressure massage device with ice sensation mechanism, wherein the control carrier plate is further provided with an opening and closing switch button, and the vibrator can be opened and closed by manipulating the opening and closing switch button. The negative pressure massage device with ice-sensing mechanism according to claim 2, wherein the negative pressure massage stick further includes a negative ion generating module, the negative ion generating module is arranged inside the rod body and electrically connected to the control carrier board. The negative pressure massage device with ice sensation mechanism according to claim 5, wherein the negative ion generating module includes a negative ion generator and a negative ion wire connected to the negative ion generator, and the heat transfer member includes a boss, The boss is provided with a negative ion lead-out hole, and the negative ion wire extends into the negative ion lead-out hole. The negative pressure massage device with ice-like mechanism according to claim 2, wherein an extension tube is formed on one side of the end cover, the negative pressure connection hole is formed in the extension tube, and an extension tube extends below the extension tube The first connecting pipe, the negative pressure connecting hole is in communication with the first connecting pipe, the heat transfer member includes a circular disc and a boss extending from the inside of the circular disc, and the suction port is formed on the boss There is a second connecting pipe extending on one side of the boss, the second connecting pipe is communicated with the suction port, and the two ends of the air pipe are respectively connected to the first connecting pipe and the second connecting pipe. The negative pressure massage device with ice-sensing mechanism according to claim 2, wherein the temperature-transmissible member includes a boss, and a chip container is provided on the boss, and the refrigerating chip is installed corresponding to the wafer container Assume. The negative pressure massage device with an ice sensation mechanism according to claim 1, wherein the negative pressure massage stick further includes a cup rim cover, the cup rim cover includes an annular disk and a hollow column extending from the annular disk, the The temperature transmission member includes a boss, and the hollow column penetrates the boss. A negative pressure massage stick with ice mechanism, including: A rod body, including a cover plate assembly, an end cover connected to the two ends of the cover plate assembly, and a heat transfer member, the end cover is provided with a negative pressure connection hole, and the heat transfer member is provided with an air suction port , The rod body further includes an air pipe connecting the negative pressure connection hole and the suction port; and A refrigeration module is arranged inside the rod body. The refrigeration module includes a uniform cold chip and a heat sink. The refrigeration chip has a cold end and a hot end, and the cold end is attached to the heat transfer member. With attached contact, the heat sink is in thermally conductive contact with the hot end. The negative pressure massage stick with ice-sensing mechanism according to claim 10, wherein the refrigeration module further includes a control carrier and a control button, and the refrigeration chip and the control button are electrically connected to the control carrier. According to claim 11, the negative pressure massage stick with ice sensation mechanism further includes a vibrator, and the cover assembly includes a front cover and a rear cover connected to the front cover. A front bearing frame and a rear bearing frame are respectively provided on the inner side of the cover plate and the rear cover plate. The vibrator is fixed between the front bearing frame and the rear bearing frame and is formed under the control carrier plate. The device is electrically connected to the control carrier board. According to claim 12, the negative pressure massage stick with ice-sensing mechanism, wherein the control carrier plate is also provided with an opening and closing switch button, so that the vibrator can be opened and closed by manipulating the opening and closing switch button. According to claim 11, the negative pressure massage stick with ice-sensing mechanism further includes a negative ion generating module, which is arranged inside the stick body and electrically connected to the control carrier board. The negative pressure massage stick with ice sensation mechanism according to claim 14, wherein the negative ion generating module includes a negative ion generator and a negative ion wire connected to the negative ion generator, and the heat transfer member includes a boss, The boss is provided with a negative ion lead-out hole, and the negative ion wire extends into the negative ion lead-out hole. The negative pressure massage stick with ice-like mechanism according to claim 11, wherein an extension tube is formed on one side of the end cover, the negative pressure connection hole is formed in the extension tube, and an extension tube extends below the extension tube The first connecting pipe, the negative pressure connecting hole is in communication with the first connecting pipe, the heat transfer member includes a circular disc and a boss extending from the inside of the circular disc, and the suction port is formed on the boss There is a second connecting pipe extending on one side of the boss, the second connecting pipe is communicated with the suction port, and the two ends of the air pipe are respectively connected to the first connecting pipe and the second connecting pipe. The negative pressure massage stick with an ice-like mechanism according to claim 11, wherein a first connection port is provided on the end cap on the side of the negative pressure connection hole, and the heat transfer member includes a boss, and The boss is provided with a chip accommodating groove, and the refrigerating chip is installed corresponding to the chip accommodating groove and electrically connected to the first connection port. According to claim 10, the negative pressure massage stick with an ice-like mechanism, wherein the heat sink includes a bottom plate and a plurality of heat dissipation fins extending from the bottom plate. According to claim 10, the negative pressure massage stick with an ice-like mechanism further includes a cup rim cover, the cup rim cover includes an annular disk and a hollow column extending from the annular disk, and the heat transfer member includes a A boss, and the hollow column is connected to the boss. The negative pressure massage stick with ice-like mechanism according to claim 10, wherein the stick body further includes a waterproof rubber strip group, and the waterproof rubber strip group includes a first waterproof strip, a second waterproof strip, and a third waterproof strip. Waterproof strip, the cover assembly includes a front cover and a rear cover assembled to correspond to the front cover, and a front and a rear recess are respectively provided on the inner periphery of the front cover and the rear cover A part of the first waterproof strip is embedded in the front groove and the rear groove, a first groove and a second groove are respectively provided on the periphery of the end cover and the heat transfer member, the The other part of the first waterproof strip is butted with the second waterproof strip and is jointly embedded in the first embedding groove, and another part of the first waterproof strip is butted with the third waterproof strip and is jointly embedded in the second embedding groove.槽内。 In the slot.

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