CN202207289U

CN202207289U - Portable moxibustion device

Info

Publication number: CN202207289U
Application number: CN2011201964538U
Authority: CN
Inventors: 李伟敏
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-05-28
Filing date: 2011-05-28
Publication date: 2012-05-02
Anticipated expiration: 2021-05-28

Abstract

The utility model belongs to a portable moxibustion device mainly comprising a box top cover, a ventilation cover and a warming moxibustion box, wherein the box top cover is fixedly mounted on the ventilation cover, the box top cover can be rotated a certain angle at a connection position of the ventilation cover; the ventilation cover is mounted on the warming moxibustion box, and the ventilation cover can rotationally move around the warming moxibustion box. The portable moxibustion device has the advantage that during the warming moxibustion process, the oxygen supply amount of the warming moxibustion box is adjusted by rotating the ventilation cover or the box top cover so as to control the combustion speed of a moxibustion strip, thus various expected warming moxibustion temperatures and the moxibustion strip smoke degrees are obtained, at the same time, the combustion time of the moxibustion strip is also prolonged, the utilization rate of the moxibustion strip is improved, and the practicality of the portable moxibustion is enhanced.

Description

A kind of carry-on moxibustion

Technical field

This utility model relates to a kind of carry-on moxibustion that is used for traditional Chinese medical science moxibustion.

Background technology

Support when temperature moxibustion box burns as moxa roll, flue gas in the time of assembling the moxa roll burning and heat need oxygen to strengthen warm moxibustion effect when burning owing to the interior moxa roll of box, thus generally around the moxibustion box, have several vents, so that oxygen is provided for the interior moxa roll of box burns.For this reason; The big young pathbreaker of control vent directly controls to the oxygen-supplying amount in the box, thereby has influence on the burning velocity of moxa roll, simultaneously; The material difference of ambient temperature and air-flow, moxa roll itself and degree of drying also all are the direct factors that influences the moxa roll burning velocity; These combined factors are got up and are finally caused the instability of warm moxibustion temperature and effect, and existing carry-on moxibustion lacks effective regulating measure to the burning velocity of moxa roll, therefore is difficult to reach the ideal effect of expection.

Summary of the invention

To the shortcoming that above-mentioned prior art exists, the experience of this area work is engaged in inventor's accumulation for many years, through feasibility study repeatedly, gets the generation of this utility model eventually, and this utility model provides a kind of carry-on moxibustion.

The technical scheme that this utility model adopts is: a kind of carry-on moxibustion mainly comprises the box top cover, cowling and warm moxibustion box, and the box top cover fixedly mounts on cowling, and the box top cover can rotate a certain angle in the cowling junction; Cowling is installed on the warm moxibustion box, and cowling can be done rotation around warm moxibustion box and move.

Cowling is a circular shell; Six oval mesh are arranged on circular shell; Oval mesh is evenly distributed on the edge of circular shell; Cowling is installed on the warm moxibustion box, and people can regulate the length of the ventilation net of cylindrical sides in the warm moxibustion box through the rotation cowling, thereby regulate the oxygen-supplying amount of warm moxibustion box; Cowling just above Eight Diagrams pattern is arranged, Eight Diagrams pattern is in the centre of six oval mesh.

The box top cover is a circular shell, and the centre of box top cover is a hollow hole, and Eight Diagrams pattern magnitude in hollow hole and the cowling is complementary, and six elliptical apertures are arranged above the box top cover, and six elliptical apertures also are evenly distributed on the hollow hole edge; Six elliptical apertures on the box top cover are the same with six oval mesh sizes in the cowling; The box top cover is installed in above the cowling.

Temperature moxibustion box is an empty capsid that is convex; Incendiary moxa roll can be laid in the inside of temperature moxibustion box; The top of temperature moxibustion box be one with cowling be complementary cylindrical, at columniform top four airy mesh are arranged, two ventilation mesh are arranged on columniform side; The bottom of temperature moxibustion box is a plane that is protrusion, on the plane that is protrusion several apertures is arranged.

The beneficial effect of this utility model is: in warm moxibustion process; Can regulate the oxygen-supplying amount of warm moxibustion box through rotating cowling or box top cover, control the burning velocity of moxa roll like this, thereby obtain the warm moxibustion temperature and the moxa roll smoke intensity of various expections; Simultaneously; Also can prolong the burning time of moxa roll, improve the utilization rate of moxa roll, strengthen the practicality of carry-on moxibustion.

Below in conjunction with accompanying drawing and specific embodiment this utility model is done further to specify

Description of drawings

Following Fig. 1 is this utility model overall structure explanation sketch map.

Following Fig. 2 is a cowling structure explanation sketch map in this utility model.

Following Fig. 3 is a box cap structure explanation sketch map in this utility model.

Following Fig. 4 is a warm moxibustion box structure explanation sketch map in this utility model.

Following Fig. 5 is a warm moxibustion box polycrystalline substance explanation sketch map in this utility model.

The specific embodiment

Following Fig. 1, Fig. 2, shown in Figure 3, this utility model belongs to a kind of carry-on moxibustion, mainly comprises box top cover 1, cowling 2 and warm moxibustion box 3, box top cover 1 fixedly mounts on cowling 2, and box top cover 1 can rotate a certain angle in cowling 2 junctions; Cowling 2 is installed on the warm moxibustion box 3, and cowling 2 can be done rotation around warm moxibustion box 3 and move.

Cowling 2 is circular shells; Six oval mesh are arranged on circular shell; Oval mesh is evenly distributed on the edge of circular shell; Cowling 2 is installed on the warm moxibustion box 3, and people can regulate the length of the ventilation net of cylindrical sides in the warm moxibustion box through rotation cowling 2, thereby regulate the oxygen-supplying amount of warm moxibustion box 3; Cowling 2 just above Eight Diagrams pattern is arranged, Eight Diagrams pattern is in the centre of six oval mesh.

Box top cover 1 is a circular shell, and the centre of box top cover 1 is a hollow hole, and Eight Diagrams pattern magnitude in hollow hole and the cowling 2 is complementary, and six elliptical apertures are arranged above the box top cover 1, and six elliptical apertures also are evenly distributed on the hollow hole edge; Six elliptical apertures on the box top cover 1 are the same with six oval mesh sizes in the cowling 2; Box top cover 1 is installed in above the cowling.

Temperature moxibustion box 3 is empty capsids that are convex; Incendiary moxa roll can be laid in the inside of temperature moxibustion box 3; The top of temperature moxibustion box 3 be one with cowling 2 be complementary cylindrical, at columniform top four airy mesh are arranged, two ventilation mesh are arranged on columniform side; The bottom of temperature moxibustion box 3 is planes that are protrusion, on the plane that is protrusion several apertures is arranged.

In sum, be the preferred embodiment of this utility model, all changes of having done according to this utility model technical scheme when the function that is produced fails to exceed the scope of this utility model technical scheme, all belong to the protection domain of this utility model.

Claims

1. carry-on moxibustion is characterized by: mainly comprise box top cover (1), and cowling (2) and warm moxibustion box (3), box top cover (1) is gone up fixed installation at cowling (2), and box top cover (1) can rotate a certain angle in cowling (2) junction; Cowling (2) is installed on the warm moxibustion box (3), and cowling (2) can be done rotation around warm moxibustion box (3) and move; Cowling (2) is a circular shell, and six oval mesh are arranged on circular shell, and oval mesh is evenly distributed on the edge of circular shell, and cowling (2) is installed on the warm moxibustion box (3).

2. carry-on moxibustion as claimed in claim 1 is characterized by: box top cover (1) is a circular shell, and the centre of box top cover (1) is a hollow hole, and six elliptical apertures are arranged above the box top cover (1), and six elliptical apertures also are evenly distributed on the hollow hole edge; Six elliptical apertures on the box top cover (1) are the same with six oval mesh sizes in the cowling (2); Box top cover (1) is installed in above the cowling (2).

3. carry-on moxibustion as claimed in claim 1; It is characterized by: warm moxibustion box (3) is an empty capsid that is convex; The temperature moxibustion box (3) top be one with cowling (2) be complementary cylindrical, at columniform top four airy mesh are arranged, two ventilation mesh are arranged on columniform side; The bottom of temperature moxibustion box (3) is a plane that is protrusion, on the plane that is protrusion several apertures is arranged.