Intelligent traditional Chinese medicine moxibustion instrument

Abstract

The invention discloses an intelligent traditional Chinese medicine moxibustion instrument. According to the intelligent traditional Chinese medicine moxibustion instrument, moxibustion bars can be automatically pushed in the combustion process, smoke and ash generated in the moxibustion combustion process can be automatically sucked away, and the hands of workers are liberated. The device comprises an outer cover, a moxa-moxibustion strip column propelling machine core, a power and control system and a smoke dust collector which are matched with one another to automatically propel a burning moxa-moxibustion strip column and automatically suck away smoke and ash of the moxa-moxibustion strip column; smoke and ash which are absorbed by the smoke collector and generated by combustion of the moxa-moxibustion strip column are sucked into the smoke collector together, and the ash and the purifying and absorbing material are mixed to form the purifying and absorbing material together.

Description

Technical Field

[0001] The invention belongs to a traditional Chinese medicine moxibustion instrument, in particular to an intelligent traditional Chinese medicine moxibustion instrument which can automatically advance a burning moxibustion bar and automatically absorb smoke and ashes generated during the burning of the moxibustion. Background Art

[0002] With the development of human health industry, traditional Chinese medicine moxibustion has spread from professional medical institutions to thousands of households. The traditional moxibustion bar has changed from manual hand-held to various moxibustion instruments that are popular in the market today. Although such improvements have omitted the troubles and annoyances of manual hand-held, the continuous shortening of the moxibustion bar during burning and the ashes produced still need to be handled manually at any time, and Chinese medicine moxibustion still cannot free hands. This not only makes it impossible to reduce the labor cost of Chinese medicine moxibustion, but also brings a lot of difficulties and troubles in popularizing and promoting its use in households. Summary of the invention

[0003] The purpose of the present invention is to provide an intelligent Chinese medicine moxibustion instrument, which not only fully inherits the essence of traditional Chinese medicine moxibustion, but also realizes the intelligent operation of automatically advancing the burning moxibustion bar during the moxibustion process and automatically cleaning the smoke and ashes generated during the burning of the moxibustion, which greatly liberates the hands, reduces labor costs and the difficulties and troubles in popularizing and promoting the use of the instrument in households, and provides an ideal technical product for the development of the Chinese medicine health industry and for Chinese medicine moxibustion to enter thousands of households.

[0004] Combined with the following BRIEF DESCRIPTION OF THE DRAWINGS :The present invention comprises an outer cover ( Figure 1 ), accommodated and installed in the outer cover ( Figure 1 ) inside the moxibustion column to push the movement ( Figure 2 )、Power and control systems( Figure 3 )、Smoke collector( Figure 4 ).

[0005] Cover ( Figure 1 ) consists of a closable or openable base ( Figure 1-1 )、Top cover( Figure 1-2 ) composed of a cylindrical outer cover with a bottom at one end and a through-hole at the other end ( Figure 1 -0) and shell cover ( Figure 1-3 ) composition; shell cover ( Figure 1-3 ) is a through-type cylindrical body with built-in barrier ridges spaced apart from each other ( Figure 1-3-1 ) and protective nets ( Figure 1-3-2 ), can be closed to the outer cover cylindrical body ( Figure 1 -0) through end or open.

[0006] Moxibustion column propulsion mechanism ( Figure 2 ) consists of a through cylindrical movement housing ( Figure 2-1)、Propellant( Figure 2-2 ) and fixed to the movement housing ( Figure 2-1 ) The outer lead screw ( Figure 2-3 ) composition; movement housing ( Figure 2-1 ) One end has a keyway ( Figure 2-1-1 ) and through the keyway opening ( Figure 2-1-1 -1) The other end of the circular plane is flush with the outer diameter of the outer cover cylinder ( Figure 1 -0) with holes matching the inner diameter ( Figure 2-1 -0-1) annular isolation plate ( Figure 2-1 -0); propulsion body ( Figure 2-2 ) by the cylindrical slider ( Figure 2-2-1 )、Connection Key( Figure 2-2-2 )、Nut( Figure 2-2-3 ) and consists of a keyway opening ( Figure 2-1-1 -1) One side is coaxially slidable and accommodated in the movement housing ( Figure 2-1 ) inside, connection key ( Figure 2-2-2 ) and keyway ( Figure 2-1-1 ) Close sliding, nut ( Figure 2-2-3 ) and lead screw ( Figure 2-3 ) Coaxial close rotation fit, propulsion body ( Figure 2-2 ) can be found in the movement housing ( Figure 2-1 ) coaxial sliding inside.

[0007] Power and control system ( Figure 3 ) consists of a stepper motor and a transmission mechanism ( Figure 3-1 )、Control Circuit( Figure 3-2 )、Controller( Figure 3-3 )constitute.

[0008] Moxibustion column propulsion mechanism ( Figure 2 ) and stepper motor and transmission mechanism ( Figure 3-1 )、Control Circuit( Figure 3-2 ) is installed in the outer cover cylindrical body ( Figure 1 -0) inside, stepper motor and transmission mechanism ( Figure 3-1 ) and the moxibustion column advancing movement ( Figure 2 ) can be installed with the drive screw ( Figure 2-3 ) rotation, controller ( Figure 3-3 ) is connected to the outer cover ( Figure 1 )Outer cover cylindrical body( Figure 1 -0) Outside, smoke collector ( Figure 4 )hose( Figure 4-1 ) connected to the outer cover cylindrical body ( Figure 1 -0) is connected to the annular isolation plate ( Figure 2-1 -0) holes ( Figure 2-1 -0-1).

[0009] Moxibustion bar ( Figure 5 ) Slide it into the movement housing ( Figure 2-1 ) reaches the propulsion body ( Figure 2-2 )slider( Figure 2-2-1 )、Moxibustion bar( Figure 5-1 ) end and the annular isolation plate ( Figure 2-1 -0) flush; outer cover ( Figure 1 ) Base ( Figure 1-1 )Top cover( Figure 1-2 ) Close and light the moxibustion stick ( Figure 5-1 ) end, shell cover ( Figure 1-3 ) is closed to the outer cylindrical body ( Figure 1 -0) Up, block Shan ( Figure 1-3-1 ) against the annular isolation plate ( Figure 2-1 -0) for burning moxa sticks ( Figure 5-1 )end.

[0010] Start the controller ( Figure 3-3 )、Control Circuit( Figure 3-2 ) starts and starts timing, smoke collector ( Figure 4 ) Open the absorbing annular isolation plate with weak power ( Figure 2-1 -0) Block Shan ( Figure 1-3-1 ) One side of the moxibustion column ( Figure 5 ) The smoke produced by burning, along with the moxibustion column ( Figure 5 ) gradually moves toward the movement housing ( Figure 2-1 ) and retreated in blocking Shan ( Figure 1-3-1 ) leaves an ash layer between them. When the timing reaches the time length T, the control circuit ( Figure 3-2 ) issues instructions, the stepper motor and the transmission mechanism ( Figure 3-1 ) Drive screw ( Figure 2-3 ) Rotation, propulsion ( Figure 2-2 ) drives the moxibustion bar ( Figure 5 ) displacement, and at the same time open the smoke collector ( Figure 4 ) Stronger power absorption in blocking Shan ( Figure 1-3-1 ) The ashes that are squeezed, split and detached under the blocking effect, when the propulsion body ( Figure 2-2 ) drives the moxibustion bar ( Figure 5 ) displacement to block Shan ( Figure 1-3-1 ) causes the stepper motor current increment to be A, the control circuit ( Figure 3-2 ) issues instructions, the stepper motor and the transmission mechanism ( Figure 3-1 ) Screw( Figure 2-3 ) Stop rotating, moxibustion bar ( Figure 5 ) Stop displacement, smoke collector ( Figure 4 ) Switch to absorbing smoke with weak power and start timing the next time length T, and repeat the above timing process.

[0011] Dust collector ( Figure 4 ) absorbed by the moxibustion column ( Figure 5 ) The burning smoke and ashes are sucked into the smoke collector ( Figure 4 ) and the ash is mixed with the purification absorption material to form a smoke collector ( Figure 4 ) of purification and absorption materials.

[0012] Since the present invention is installed on a flexible and position-adjustable bracket, the moxibustion column ( Figure 5 ) is always in the cylinder movement shell ( Figure 2-1 ) and plays a role in controlling combustion and smoke. The protective net ( Figure 1-3-2 ) can prevent foreign matter from entering and human body from being burned, thereby achieving the purpose of the present invention; if moxibustion needs to be stopped, open the shell cover ( Figure 1-3 ), close the suffocation cover to the outer cylindrical body ( Figure 1 -0) Upper, moxibustion bar ( Figure 5 ) Stop burning. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Figure 1 , is a schematic three-dimensional diagram of the outer cover structure of the present invention.

[0014] Figure 1-3 , is a schematic three-dimensional diagram of the partial cross-sectional structure of the shell cover of the present invention.

[0015] Figure 2 , is a schematic three-dimensional diagram of the structure of the moxibustion bar column propulsion mechanism of the present invention.

[0016] Figure 2-1 , is a schematic three-dimensional diagram of the structure of the cylindrical barrel movement shell of the moxibustion bar column propulsion movement of the present invention.

[0017] Figure 2-2 , is a schematic three-dimensional diagram of the structure of the propulsion body of the moxibustion bar column propulsion mechanism of the present invention.

[0018] Figure 2-3 , is a schematic three-dimensional diagram of the lead screw structure of the moxibustion bar column advancing movement of the present invention.

[0019] Figure 3 , is a schematic diagram of the power and control circuit of the present invention.

[0020] Figure 4 , is a schematic diagram of the smoke collector of the present invention.

[0021] Figure 5 , is a schematic three-dimensional diagram of the moxibustion column structure of the present invention.

[0022] Figure 6 , is a schematic three-dimensional diagram of the partial cross-sectional structure of the present invention. DETAILED DESCRIPTION

[0023] The present invention comprises an outer cover ( Figure 1 ), accommodated and installed in the outer cover ( Figure 1 ) inside the moxibustion column to push the movement ( Figure 2 )、Power and control systems( Figure 3 )、Smoke collector( Figure 4 ).

[0024] Cover ( Figure 1 ) consists of a closable or openable base ( Figure 1-1 )、Top cover( Figure 1-2 ) composed of a cylindrical outer cover with a bottom at one end and a through-hole at the other end ( Figure 1 -0) and shell cover ( Figure 1-3 )constitute.

[0025] Shell cover ( Figure 1-3 ) is a through-type cylindrical body with built-in barrier ridges spaced apart from each other ( Figure 1-3-1 ) and protective nets ( Figure 1-3-2 ), can be closed to the outer cover cylindrical body ( Figure 1 -0) through end or open.

[0026] Moxibustion column propulsion mechanism ( Figure 2 ) consists of a through cylindrical movement housing ( Figure 2-1 )、Propellant( Figure 2-2 ) and fixed to the movement housing ( Figure 2-1 ) The outer lead screw ( Figure 2-3 ) composition, the movement housing ( Figure 2-1 ) One end has a keyway ( Figure 2-1-1 ) and through the keyway opening ( Figure 2-1-1 -1) The other end of the circular plane is flush with the outer diameter of the outer cover cylinder ( Figure 1 -0) with holes matching the inner diameter ( Figure 2-1 -0-1) annular isolation plate ( Figure 2-1 -0).

[0027] Propellant ( Figure 2-2 ) by the cylindrical slider ( Figure 2-2-1 )、Connection Key( Figure 2-2-2 )、Nut( Figure 2-2-3 ) is composed of a keyway opening ( Figure 2-1-1 -1) One side is coaxially slidable and accommodated in the movement housing ( Figure 2-1 ) inside, connection key ( Figure 2-2-2 ) and keyway ( Figure 2-1-1 ) Close sliding, nut ( Figure 2-2-3 ) and lead screw ( Figure 2-3 ) Coaxial close rotation fit, propulsion body ( Figure 2-2 ) can be found in the movement housing ( Figure 2-1 ) coaxial sliding inside.

[0028] Power and control system ( Figure 3 ) consists of a stepper motor and a transmission mechanism ( Figure 3-1 )、Control Circuit( Figure 3-2 )、Controller( Figure 3-3 )constitute.

[0029] Moxibustion column propulsion mechanism ( Figure 2 ) and stepper motor and transmission mechanism ( Figure 3-1 )、Control Circuit( Figure 3-2 ) is installed in the outer cover cylindrical body ( Figure 1 -0) inside, stepper motor and transmission mechanism ( Figure 3-1 ) and the moxibustion column advancing movement ( Figure 2 ) can be installed with the drive screw ( Figure 2-3 ) rotation, controller ( Figure 3-3 ) is connected to the outer cover ( Figure 1 )Outer cover cylindrical body( Figure 1 -0) Outside, smoke collector ( Figure 4 )hose( Figure 4-1 ) connected to the outer cover cylindrical body ( Figure 1 -0) is connected to the annular isolation plate ( Figure 2-1 -0) holes ( Figure 2-1 -0-1).

[0030] Moxibustion bar ( Figure 5 ) Slide it into the movement housing ( Figure 2-1 ) reaches the propulsion body ( Figure 2-2 )slider( Figure 2-2-1 )、Moxibustion bar( Figure 5-1 ) end and the annular isolation plate ( Figure 2-1 -0) flush, outer cover ( Figure 1 ) Base ( Figure 1-1 )Top cover( Figure 1-2 ) Close and light the moxibustion stick ( Figure 5-1 ) end, shell cover ( Figure 1-3 ) is closed to the outer cylindrical body ( Figure 1 -0) Up, block Shan ( Figure 1-3-1 ) against the annular isolation plate ( Figure 2-1 -0) for burning moxa sticks ( Figure 5-1 )end.

[0031] Start the controller ( Figure 3-3 )、Control Circuit( Figure 3-2 ) starts and starts timing, smoke collector ( Figure 4 ) Open the absorbing annular isolation plate with weak power ( Figure 2-1 -0) Block Shan ( Figure 1-3-1 ) One side of the moxibustion column ( Figure 5) The smoke produced by burning, along with the moxibustion column ( Figure 5 ) The combustion surface gradually moves toward the movement housing ( Figure 2-1 ) and retreated in blocking Shan ( Figure 1-3-1 ) leaves an ash layer between them. When the timing reaches the time length T, the control circuit ( Figure 3-2 ) issues instructions, the stepper motor and the transmission mechanism ( Figure 3-1 ) Drive screw ( Figure 2-3 ) Rotation, propulsion ( Figure 2-2 ) drives the moxibustion bar ( Figure 5 ) displacement, and at the same time the smoke collector ( Figure 4 ) turns on stronger power absorption to block Shan ( Figure 1-3-1 ) The ashes that are squeezed, split and detached under the blocking effect, when the propulsion body ( Figure 2-2 ) drives the moxibustion bar ( Figure 5 ) displacement to block Shan ( Figure 1-3-1 ) causes the stepper motor current increment to be A, the control circuit ( Figure 3-2 ) issues instructions, the stepper motor and the transmission mechanism ( Figure 3-1 ) Screw( Figure 2-3 ) Stop rotating, moxibustion bar ( Figure 5 ) Stop displacement, smoke collector ( Figure 4 ) Switch to absorbing smoke with weak power and start timing the next time length T, and repeat the above timing process.

[0032] Dust collector ( Figure 4 ) absorbed by the moxibustion column ( Figure 5 ) The burning smoke and ashes are sucked into the smoke collector ( Figure 4 ) and the ash is mixed with the purification absorption material to form a smoke collector ( Figure 4 ) of purification and absorption materials.

[0033] The present invention is installed on a flexible and position-adjustable support, and the moxibustion column ( Figure 5 ) is always in the cylinder movement shell ( Figure 2-1 ) and plays a role in controlling combustion and smoke. The protective net ( Figure 1-3-2 ) can prevent foreign matter from entering and human body from being burned, thus realizing the function of the present invention; if moxibustion needs to be stopped, open the shell cover ( Figure 1-3 ), close the suffocation cover to the outer cylindrical body ( Figure 1 -0) Upper, moxibustion bar ( Figure 5 ) Stop burning.

Claims

1. An intelligent Chinese medicine moxibustion instrument, characterized in that It includes an outer cover, a moxibustion bar column propulsion mechanism accommodated and installed in the outer cover, a power and control system, and a smoke collector; the outer cover is composed of a closable or openable base, an upper cover, an outer cover cylindrical body with a bottom at one end and a through end at the other end, and a shell cover; the shell cover is a through cylindrical body with built-in blocking ridges and protective nets spaced apart from each other, which can be closed at one end of the through cylindrical body of the outer cover or opened; the moxibustion bar column propulsion mechanism is composed of a through cylindrical barrel mechanism shell, a propulsion body and a lead screw fixed on the outside of the mechanism shell; a keyway is opened at one end of the mechanism shell and passes through the keyway opening, and a circular isolation plate with holes at the other end is flush with the circular plane, the outer diameter of which matches the inner diameter of the outer cover cylindrical body; the propulsion body is composed of a cylindrical slider, a connecting key, and a nut, and is coaxially slidably accommodated in the mechanism by the keyway opening end Inside the shell, the connecting key and the keyway slide closely, the nut and the lead screw rotate coaxially and closely, and the propulsion body can slide coaxially in the movement shell; the power and control system are composed of a stepper motor, a transmission mechanism, a control circuit, and a controller; the moxibustion bar column propulsion movement and the stepper motor, the transmission mechanism, and the control circuit are accommodated and installed in the outer cover cylindrical body, the stepper motor, the transmission mechanism, and the moxibustion bar column propulsion movement are installed in cooperation with each other to drive the lead screw to rotate, the controller is connected to the outside of the outer cover cylindrical body, the smoke collector hose is connected to the outer cover cylindrical body and connected to the hole of the annular isolation plate; the moxibustion bar column can be slidably inserted into the movement shell to press against the propulsion body slider, and the other end face is flush with the annular isolation plate, the shell cover is closed on the outer cover cylindrical body, and the blocking plate presses against the annular isolation plate at the end face of the moxibustion bar column.

2. The intelligent Chinese medicine moxibustion instrument according to claim 1, characterized in that After the end face of the moxa bar is ignited, the controller is started, the control circuit is started and the timing begins, and the smoke collector is turned on with weak power to absorb the smoke generated by the burning of the moxa bar on one side of the annular isolation plate blocking the shield, and the burning surface of the moxa bar gradually retreats into the movement shell and leaves an ash layer between the blocking shields. When the timing reaches the duration T, the control circuit issues an instruction, the stepper motor and the transmission mechanism drive the screw to rotate, the propulsion body drives the moxa bar to move, and at the same time, the smoke collector is turned on with a stronger power to absorb the ashes that are squeezed and split and fall off under the blocking action of the blocking shield. When the propulsion body drives the moxa bar to move against the resistance generated by the blocking shield, causing the stepper motor current increment to be A, the control circuit issues an instruction, the stepper motor and the transmission mechanism screw stop rotating, the moxa bar stops moving, the smoke collector switches to absorbing smoke with weak power and starts timing the next duration T, and the above timing process is repeated.

3. An intelligent Chinese medicine moxibustion instrument according to claims 1 and 2, characterized in that The smoke and ashes from the burning of the moxa stick absorbed by the smoke collector are sucked into the smoke collector together, and the ashes are mixed with the purification absorption material to form the purification absorption material of the smoke collector.

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