ATOMIZER COMPONENT, BATTERY COMPONENT AND ELECTRONIC CIGARETTE

Abstract

An atomizer component, a battery component and an electronic cigarette are provided. A knurl configuration is provided, the knurl protrudes from a surface of an end cover of the atomizer component, where the end cover and an atomizer sleeve are contacted closely. A knurl configuration is provided, the knurl protrudes from a surface of an end cover of the battery component, where the end cover and a battery sleeve are contacted closely. The knurl configuration is defined on the outer surface of the circumferential side wall of the joint part of the end cover. The drawbacks in the prior art, that the end cover may easily fall apart from the sleeve resulted from the smooth surface contact there between and the glues between them may run out to be dirty and harmful when implementing the gluing process, can be overcome.

Description

CROSS-REFERENCE TO RELATED APPLICATIONS

This non-provisional application claims priorities under 35 U.S.C. §119(a) on Patent Application No. 201320520287.1 filed in P.R. China on Aug. 23, 2013, the entire contents of which are hereby incorporated by reference.

FIELD OF THE APPLICATION

The present application relates to the field of electronic cigarettes, and more particularly, relates to an atomizer component, a battery component and an electronic cigarette.

BACKGROUND OF THE APPLICATION

An electronic cigarette comprises a sleeve and end covers set on both ends of the sleeve. A battery and an atomizer are provided in the sleeve.

The end cover adjacent to the atomizer is a nozzle cover, and the end cover adjacent to the battery is a lamp crown.

In the prior art, the fit between the lamp crown and the inner wall of the battery sleeve, and the fit between the nozzle cover and the atomizer sleeve, are carried out between two smooth surfaces, such as by interference fit, or by adherence between the lamp crown and the inner wall of the battery sleeve or between the nozzle cover and the inner wall of the atomizer sleeve.

FIG. 1A shows the nozzle cover in the prior art, and FIG. 1B shows the lamp crown in the prior art.

In the figures, the contacting faces between the lamp crown and the outer sleeve, and the contacting faces between the nozzle cover and the outer sleeve, are smooth. There are following disadvantages when implementing above connections.

Firstly, the fit between the lamp crown and the inner wall of the battery sleeve, or the fit between the nozzle cover and the inner wall of the atomizer sleeve, is carried out between two smooth surfaces, the friction between the smooth surface are small, so it is easy for the lamp crown or the nozzle cover to be loose.

Secondly, if the lamp crown and the battery sleeve, or the nozzle cover and the atomizer sleeve, are adhered to each other through glues, the manufacturing efficiency is low, and it is easy for the glues to run out of the battery sleeve or the atomizer sleeve to dirty the appearance of the electronic cigarette. Besides, the gules always comprise ingredients harmful to human, so it will harm the human body when contacting with the gules usually or drawing the gules into the human body.

Finally, the gules may increase the cost for producing the electronic cigarettes.

SUMMARY OF THE APPLICATION

The object of the present application is to provide an atomizer component, a battery component and an electronic cigarette, aiming at the drawbacks that the above end cover is easy to be dropped, or the manufacturing efficiency is low in the gluing process, and the gules are easy to be leaked to dirty the appearance of the product and harm the health.

The technical schemes to solve the above technical problems are as follows.

In one aspect, an atomizer component combined with a battery component constitutes an electronic cigarette, the atomizer component comprises an atomizer sleeve and an end cover inserted into one end of the atomizer sleeve. A knurl configuration for avoiding sliding is provided, the knurl protrudes from a surface of the end cover, the surface with the knurl of the end cover is contacted with the atomizer sleeve closely.

In the aspect, the end cover comprises a body and a joint part that axially extends away from an edge of the body; the knurl configuration is a straight knurl configuration, a twill knurl configuration or a netlike knurl configuration, which is defined on the outer surface of the circumferential side wall of the joint part.

In one embodiment, the knurl configuration comprises several first grooves, the first grooves extend from the body towards one end of the joint part and form a first preset angle with respect to the axis of the joint part; the several first grooves form the straight knurl configuration or the twill knurl configuration.

In another embodiment, the knurl configuration comprises several first grooves and several second grooves, the first grooves extend from the body towards one end of the joint part and form a first preset angle with respect to the axis of the joint part, the second grooves extend from the body towards one end of the joint part and form a second preset angle with respect to the first grooves; the several first grooves and second grooves are intersected to form the netlike knurl configuration.

In the aspect, the depths of the first and second grooves range from 0.2 mm to 0.4 mm. A chamfer is provided on the outer surface of the side wall at one end of the joint part while the end of the joint part is away from the body, which is convenient for the joint part to be inserted into the atomizer sleeve. A smoke outlet hole is provided on the body.

In the aspect, a heating member is installed along the axis of the atomizer sleeve; an annular bulge is provided along the circumferential side edge of the smoke outlet hole, the annular bulge extends axially towards the heating member; a gas communicating pipe is provided axially inside the atomizer sleeve; the annular bulge is embedded in the gas communicating pipe, and the annular bulge and the gas communicating pipe are connected by interference fit; the gas communicating pipe, a hollow hole in the annular bulge and the smoke outlet hole are communicated to form a smoke passage.

In another aspect, a battery component is provided, comprising a battery sleeve and an end cover inserted into one end of the battery sleeve. A knurl configuration for avoiding sliding is provided, the knurl protrudes from a surface of the end cover, the surface with knurl of the end cover is contacted with the battery sleeve closely.

In the aspect, the end cover comprises a body and a joint part that axially extends away from an edge of the body; the knurl configuration is a straight knurl configuration, a twill knurl configuration or a netlike knurl configuration, which is defined on the outer surface of the circumferential side wall of the joint part.

In one embodiment, the knurl configuration comprises several first grooves, the first grooves extend from the body towards one end of the joint part and form a first preset angle with respect to the axis of the joint part; the several first grooves form the straight knurl configuration or the twill knurl configuration.

In another embodiment, the knurl configuration comprises several first grooves and several second grooves, the first grooves extend from the body towards one end of the joint part and form a first preset angle with respect to the axis of the joint part, the second grooves extend from the body towards one end of the joint part and form a second preset angle with respect to the first grooves; the several first grooves and second grooves are intersected to form the netlike knurl configuration.

In the aspect, a chamfer is provided on the outer surface of the side wall at one end of the joint part while the end of the joint part is away from the body, which is convenient for the joint part to be inserted into the battery sleeve.

In the aspect, breaches for communicating gas or placing electrode plates are defined symmetrically on the side edge of the body, and the breaches are across the joint part axially.

In a further aspect, an electronic cigarette comprising a sleeve is provided, an atomizer component and a battery component being electrically connected to each other and located in the sleeve successively. At least one end of the sleeve is provided with an end cover, a knurl configuration for avoiding sliding is provided, the knurl protrudes from a surface of the end cover, where the end cover and the sleeve are contacted closely.

In one embodiment, the end cover comprises a body and a joint part that axially extends away from an edge of the body; the knurl configuration is a straight knurl configuration, a twill knurl configuration or a netlike knurl configuration, which is defined on the outer surface of the circumferential side wall of the joint part.

In the embodiment, the end cover is a nozzle cover that is set on the end adjacent to the atomizer component; a smoke outlet hole is provided on the body; a heating member is installed along the axis of the sleeve; an annular bulge is provided along the circumferential side edge of the smoke outlet hole, the annular bulge extends axially towards the heating member; a gas communicating pipe is provided axially inside the sleeve; the annular bulge is embedded in the gas communicating pipe, and the annular bulge and the gas communicating pipe are connected by interference fit; the gas communicating pipe, a hollow hole in the annular bulge and the smoke outlet hole are communicated to form a smoke passage.

In another embodiment, the end cover is a lamp crown that is set on one end adjacent to the battery component; breaches for communicating gas or placing electrode plates are defined symmetrically on the side edge of the body, and the breaches are across the joint part axially.

In the aspect, the atomizer component and the battery component are formed integrally or connected in a detachable way.

The following beneficial effects will be achieved when implementing the atomizer component, the battery component and the electronic cigarette of the present application. A knurl configuration for avoiding sliding is provided, the knurl protrudes from a surface of an end cover, where the end cover and the sleeve are contacted closely, and the knurl configuration is defined on the outer surface of the circumferential side wall of the joint part of the end cover. Therefore, the end cover can be prevented to slide out from the sleeve effectively. No matter the end cover is a nozzle cover or a lamp crown, the anti-sliding design with above knurl configuration can be adopted. In this way, the drawbacks in the prior art, that the end cover may easily fall apart from the sleeve resulted from the smooth surface contact there between and the glues may run out to be dirty and harmful when implementing the gluing process, can be overcome.

BRIEF DESCRIPTION OF THE DRAWINGS

The present application will be further described with reference to the accompanying drawings and embodiments in the following, in the accompanying drawings:

FIG. 1A is a structure diagram of a nozzle cover in the prior art.

FIG. 1B is a structure diagram of a lamp crown in the prior art.

FIG. 2 is a structure diagram of an atomizer component in the application.

FIG. 3A is a structure diagram of an atomizer component in a first embodiment of the application.

FIG. 3B is a structure diagram of an atomizer component in a second embodiment of the application.

FIG. 4 is a structure diagram of a battery component in the application.

FIG. 5A is a structure diagram of a battery component in a first embodiment of the application.

FIG. 5B is a structure diagram of a battery component in a second embodiment of the application.

FIG. 5C is an enlarged view of the area A in FIG. 5B.

FIG. 6 is a structure diagram of an electronic cigarette that is formed integrally in the application.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

To make the objects, technical schemes and advantages more clearly, the present application may be further described in detail with reference to the accompanying drawings and embodiments.

In order to overcome the drawbacks in the prior art that the end cover may easily fall apart from the sleeve resulted from the smooth surface contact between them, and the glues between them may run out to be dirty and harmful when implementing the gluing process, in the present application, a knurl configuration for avoiding sliding is provided, the knurl protrudes from the surface of the end cover, where the end cover and the sleeve are contacted closely. The end cover may be a nozzle cover that is set on the end adjacent to the atomizer, or a lamp crown that is set on the end adjacent to the battery and on a side of a lamp for imitating the burning of tobacco.

The atomizer component in the application aims at the case in which the end cover is set on the end adjacent to the atomizer. Referring to FIG. 2, an atomizer component is shown.

The atomizer component is used to constitute an electronic cigarette by combining a battery component. The atomizer component comprises an atomizer sleeve 1 and an end cover 10 inserted into one end of the atomizer sleeve 1. In order to make the connection between the end cover 10 and the atomizer sleeve 1 more stable, a knurl configuration for avoiding sliding is provided, the knurl protrudes from a surface of the end cover 10, where the end cover 10 and the atomizer sleeve 1 are contacted closely.

The specific structure of the end cover 10 is shown in FIG. 3A which shows a first embodiment of the atomizer component.

The end cover 10 comprises a body 100 and a joint part 200 that axially extends away from an edge of the body 100. The knurl configuration is defined on the outer surface of the circumferential side wall of the joint part 200.

The knurl configuration comprises several first grooves 11, the first grooves 11 extend from the body 100 towards one end of the joint part 200 and form a first preset angle with respect to the axis of the joint part 200. The several first grooves 11 form a straight knurl configuration or a twill knurl configuration. The first preset angle is an angle between the central axis of the joint part 200 and the projection that a first groove 11 is projected on to any surface that comprises the central axis of the joint part 200.

In the embodiment, the first groove 11 is a curved groove or a rectangular groove. The distances between any two adjacent first grooves 11 are equal or not. The distance between two adjacent first grooves 11 and the maximum width of the cross-section of the first groove 11 can be designed according to practical conditions. The depth of the first groove may range from 0.2 mm to 0.4 mm. Limited by the size of the end cover, the distances between any two adjacent first grooves 11 are not too small. But if the distances are too large, the anti-sliding effect will be reduced. Therefore, based on the size of the end cover, the amount of the first grooves 11 may preferably range from 20 to 100.

In the first embodiment, the first grooves 11 are curved grooves, and preferably a straight knurl configuration is adopted, namely the first preset angle is 0 degree. The widths of the first grooves 11 may preferably be 0.2 mm. Considering the uniformity of the stress and the beauty of the appearance, the distances between any two adjacent first grooves 11 are equal, and the distance between two adjacent first grooves 11 is equal to the maximum width of the cross-section of the first groove 11. Preferably, the amount of the first grooves 11 is 40.

Referring to FIG. 3B, a second embodiment of the atomizer component is shown.

The knurl configuration comprises several first grooves 11 and several second grooves 12. The first grooves 11 extend from the body 100 towards one end of the joint part 200 and form a first preset angle with respect to the axis of the joint part 200. The second grooves 12 extend from the body 100 towards one end of the joint part 200 and form a second preset angle with respect to the first grooves 11. The several first grooves 11 and second grooves 12 are intersected to form a netlike knurl configuration. The first preset angle is an angle between the central axis of the joint part 200 and the projection that a first groove 11 is projected on to any surface that comprises the central axis of the joint part 200, and the second preset angle is an angle between the projection that the first groove 11 is projected on above surface and the projection that a corresponding second groove 12 is projected on to above surface. The first preset angle and the second preset angle are both larger than 0 degree.

In the embodiment, for the magnitudes, such as the shape, depth, packing density, width, etc., of the first grooves 11, please refer to above descriptions. The magnitudes, such as the shape, depth, packing density, width, etc., of the second grooves 12 are completely same with, partially same with, or completely different from that of the first grooves 11. Considering the uniformity of the stress and the beauty of the appearance, and based on the size of the end cover in combination with the manufacturing of the knurl configuration, in the embodiment, any pair of a first groove 11 and a second groove 12 are symmetrical with respect to the axis of the joint part 200, wherein in one pair of a first groove 11 and a second groove 12, the first groove 11 and the second groove are intersected with each other. In other words, on any surface that comprises the central axis of the joint part 200, the projection of the first groove 11 and the projection of the second groove 12 are symmetrical with respect to the central axis. The distances between any two adjacent first grooves 11 are equal.

In the second embodiment, the first grooves 11 are rectangular grooves, and preferably a netlike knurl configuration is adopted, namely the first preset angle and the second preset angle are both equal to 30 degree. The widths of the first grooves 11 are equal to that of the second grooves 12, preferably equal to 0.4 mm. Considering that it is more complex to establish grooves in the netlike knurl configuration than in the straight or twill knurl configuration, the distance between two adjacent first grooves 11 is three times of the maximum width of the cross-section of the first groove 11. In this way, the manufacturing process can be reduced, and the protruding area formed from the netlike grooves can be ensured to afford enough friction. Preferably, the amount of the first grooves 11 is 80.

A chamfer 13 is provided on the outer surface of the side wall at one end of the joint part 200 while the end of the joint part 200 is away from the body 100. The chamfer 13 is convenient for the joint part 200 to be inserted into the atomizer sleeve 1.

A smoke outlet hole 15 is provided on the body 100. A heating member 2 is installed along the axis of the atomizer sleeve 1. An annular bulge 16 is provided along the circumferential side edge of the smoke outlet hole 15, and the annular bulge 16 extends axially towards the heating member 2. A gas communicating pipe 17 is provided axially inside the atomizer sleeve 1. The annular bulge 16 can be directly embedded in the gas communicating pipe 17, and the annular bulge 16 and the gas communicating pipe 17 are connected by interference fit. The gas communicating pipe 17, a hollow hole in the annular bulge 16 and the smoke outlet hole 15 are communicated to form a smoke passage. In another example, the annular bulge 16 also can be aligned with the gas communicating pipe 17 but not directly embedded in the gas communicating pipe 17. In this embodiment, the annular bulge 16 is just aligned with the gas communicating pipe 17.

The battery component in the application aims at the case in which the end cover is set on the end adjacent to the battery. Referring to FIG. 4, a battery component is shown.

The battery component comprises a battery sleeve 3 and an end cover 10 inserted into one end of the battery sleeve 3. A knurl configuration for avoiding sliding is provided, the knurl protrudes from a surface of the end cover 10, where the end cover 10 and the battery sleeve 3 are contacted closely.

The specific structure of the end cover 10 is shown in FIG. 5A which shows a first embodiment of the battery component.

The end cover 10 comprises a body 100 and a joint part 200 that axially extends away from an edge of the body 100. The knurl configuration is defined on the outer surface of the circumferential side wall of the joint part 200.

The knurl configuration comprises several first grooves 11, the first grooves 11 extend from the body 100 towards one end of the joint part 200 and form a first preset angle with respect to the axis of the joint part 200. The several first grooves 11 form a straight knurl configuration or a twill knurl configuration. The first preset angle is an angle between the central axis of the joint part 200 and the projection that a first groove 11 is projected on to any surface that comprises the central axis of the joint part 200.

In the embodiment, the first groove 11 is a curved groove or a rectangular groove. The distances between any two adjacent first grooves 11 are equal or not. The distance between two adjacent first grooves 11 and the maximum width of the cross-section of the first groove 11 can be designed according to practical conditions. The depth of the first groove may range from 0.2 mm to 0.4 mm. Limited by the size of the end cover, the distances between any two adjacent first grooves 11 are not too small. But if the distances are too large, the anti-sliding effect will be reduced. Therefore, based on the size of the end cover, the amount of the first grooves 11 may preferably range from 20 to 100.

In the first embodiment, the first grooves 11 are curved grooves, and preferably a straight knurl configuration is adopted, namely the first preset angle is 0 degree. The widths of the first grooves 11 may preferably be 0.2 mm. Considering the uniformity of the stress and the beauty of the appearance, the distances between any two adjacent first grooves 11 are equal, and the distance between two adjacent first grooves 11 is equal to the maximum width of the cross-section of the first groove 11. Preferably, the amount of the first grooves 11 is 40.

FIG. 5B shows a second embodiment of the battery component, and FIG. 5C shows a enlarged view of the area A in FIG. 5B.

The knurl configuration comprises several first grooves 11 and several second grooves 12. The first grooves 11 extend from the body 100 towards one end of the joint part 200 and form a first preset angle with respect to the axis of the joint part 200. The second grooves 12 extend from the body 100 towards one end of the joint part 200 and form a second preset angle with respect to the first grooves 11. The several first grooves 11 and second grooves 12 are intersected to form a netlike knurl configuration. The first preset angle is an angle between the central axis of the joint part 200 and the projection that a first groove 11 is projected on to any surface that comprises the central axis of the joint part 200, and the second preset angle is an angle between the projection of the first groove 11 on above surface and the projection of a corresponding second groove 12 on above surface. The first preset angle and the second preset angle are both larger than 0 degree.

In the embodiment, for the magnitudes of the first grooves 11 and the second grooves 12, please refer to above descriptions about the netlike knurl configuration of the atomizer component.

In the second embodiment, the first grooves 11 are rectangular grooves, and preferably a netlike knurl configuration is adopted, namely the first preset angle and the second preset angle are both equal to 30 degree. The widths of the first grooves 11 are equal to that of the second grooves 12, preferably equal to 0.4 mm. Considering the uniformity of the stress and the beauty of the appearance, any pair of a first groove 11 and a second groove 12 are symmetrical with respect to the axis of the joint part 200, wherein in one pair of a first groove 11 and a second groove 12, the first groove 11 and the second groove 12 are intersected with each other. Besides, the distances between any two adjacent first grooves 11 are equal. Considering that it is more complex to establish grooves in the netlike knurl configuration than in the straight or twill knurl configuration, the distance between two adjacent first grooves 11 is three times of the maximum width of the cross-section of the first groove 11. In this way, the manufacturing process can be reduced, and the protruding area formed from the netlike grooves can be ensured to afford enough friction. Preferably, the amount of the first grooves 11 is 50.

A chamfer 13 is provided on the outer surface of the side wall at one end of the joint part 200 while the end of the joint part 200 is away from the body 100. The chamfer 13 is convenient for the joint part 200 to be inserted into the battery sleeve 3.

Breaches 14 for communicating gas or placing electrode plates are defined symmetrically on the side edge of the body 100, and the breaches 14 are across the joint part 200 axially.

An electronic cigarette, comprising an electronic cigarette with its outer sleeve formed integrally or an electronic cigarette that is able to be disassembled, is also provided in the application. FIG. 6 is a structure diagram of an electronic cigarette with its outer sleeve formed integrally. For an electronic cigarette that is able to be disassembled, please refer to FIGS. 2-5C, the electronic cigarette that is able to be disassembled can be assembled from FIG. 2 and FIG. 4.

The electronic cigarette comprises a sleeve. An atomizer component and a battery component are electrically connected to each other and located in the sleeve successively. At least one end of the sleeve is provided with an end cover 10. A knurl configuration for avoiding sliding is provided, the knurl protrudes from a surface of the end cover 10, where the end cover 10 and the sleeve are contacted closely.

For the electronic cigarette in which the battery component and the atomizer component are connected in a detachable way, the sleeve comprises an atomizer sleeve 1 for sheathing the atomizer component and a battery sleeve 3 for sheathing the battery component. A heating member 2 is installed along the axis of the atomizer sleeve 1. A battery 4 is installed axially inside the battery sleeve 3. The battery 4 is used to power the heating member 2. The heating member 2 and other elements in the atomizer component work together to carry out the atomizing operation. For the electronic cigarette with its outer sleeve formed integrally, referring to FIG. 6, the sleeve 5 sheaths the battery component and the atomizer component at the same time.

The end cover 10 comprises a body 100 and a joint part 200 that axially extends away from an edge of the body 100. The knurl configuration is defined on the outer surface of the circumferential side wall of the joint part 200.

For the specific structure of the knurl configuration, please refer to above descriptions about the end cover at the atomizer component and about the end cover at the battery component.

For the end cover 10 that is set on the end adjacent to the atomizer component, the end cover 10 is a nozzle cover 101. A smoke outlet hole 15 is provided on the body 100. A heating member 2 is installed along the axis of the sleeve 5. An annular bulge 16 is provided along the circumferential side edge of the smoke outlet hole 15, and the annular bulge 16 extends axially towards the heating member 2. A gas communicating pipe 17 is provided axially inside the sleeve 5. The annular bulge 16 is aligned with the gas communicating pipe 17. The gas communicating pipe 17, a hollow hole in the annular bulge 16 and the smoke outlet hole 15 are communicated to form a smoke passage.

For the end cover 10 that is set on the end adjacent to the battery component, the end cover 10 is a lamp crown 102. Breaches 14 for communicating gas or placing electrode plates are defined symmetrically on the side edge of the body 100, and the breaches 14 are across the joint part 200 axially.

In a word, a knurl configuration for avoiding sliding is provided, the knurl protrudes from a surface of an end cover, where the end cover and the sleeve are contacted closely, and the knurl configuration is defined on the outer surface of the circumferential side wall of the joint part of the end cover. Therefore, the end cover can be prevented to slide out from the sleeve effectively. No matter the end cover is a nozzle cover or a lamp crown, the anti-sliding design with above knurl configuration can be adopted. In this way, the drawbacks in the prior art, that the end cover may easily fall apart from the sleeve resulted from the smooth surface contact between them and the glues between them may run out to be dirty and harmful when implementing the gluing process, can be overcome.

While the embodiments of the present application have been described with reference to the drawings, the present application will not be limited to above embodiments that are illustrative but not limitative. It will be understood by those skilled in the art that various changes and equivalents may be substituted in the light of the present application without departing from the scope of the present application, and those various changes and equivalents shall fall into the protection of the application.

Claims

1. An atomizer component constituting an electronic cigarette by combining a battery component, the atomizer component comprising an atomizer sleeve and an end cover inserted into one end of the atomizer sleeve, wherein a knurl configuration for avoiding sliding is provided, the knurl protrudes from a surface of the end cover, where the end cover and the atomizer sleeve are contacted closely.

2. The atomizer component according to claim 1, wherein the end cover comprises a body and a joint part that axially extends away from an edge of the body; the knurl configuration is a straight knurl configuration, a twill knurl configuration or a netlike knurl configuration, which is defined on the outer surface of the circumferential side wall of the joint part.

3. The atomizer component according to claim 2, wherein the knurl configuration comprises several first grooves, the first grooves extend from the body towards one end of the joint part and form a first preset angle with respect to the axis of the joint part; the several first grooves form the straight knurl configuration or the twill knurl configuration.

4. The atomizer component according to claim 2, wherein the knurl configuration comprises several first grooves and several second grooves, the first grooves extend from the body towards one end of the joint part and form a first preset angle with respect to the axis of the joint part, the second grooves extend from the body towards one end of the joint part and form a second preset angle with respect to the first grooves; the several first grooves and second grooves are intersected to form the netlike knurl configuration.

5. The atomizer component according to claim 3, wherein the depth of the first groove ranges from 0.2 mm to 0.4 mm.

6. The atomizer component according to claim 4, wherein the depths of the first and second grooves range from 0.2 mm to 0.4 mm.

7. The atomizer component according to claim 2, wherein a chamfer is provided on the outer surface of the side wall at one end of the joint part while the end of the joint part is away from the body, which is convenient for the joint part to be inserted into the atomizer sleeve.

8. The atomizer component according to claim 2, wherein a smoke outlet hole is provided on the body.

9. The atomizer component according to claim 8, wherein a heating member is installed along the axis of the atomizer sleeve; an annular bulge is provided along the circumferential side edge of the smoke outlet hole, the annular bulge extends axially towards the heating member; a gas communicating pipe is provided axially inside the atomizer sleeve; the annular bulge is embedded in the gas communicating pipe, and the annular bulge and the gas communicating pipe are connected by interference fit; the gas communicating pipe, a hollow hole in the annular bulge and the smoke outlet hole are communicated to form a smoke passage.

10. A battery component comprising a battery sleeve and an end cover inserted into one end of the battery sleeve, wherein a knurl configuration for avoiding sliding is provided, the knurl protrudes from a surface of the end cover, where the end cover and the battery sleeve are contacted closely

11. The battery component according to claim 10, wherein the end cover comprises a body and a joint part that axially extends away from an edge of the body; the knurl configuration is a straight knurl configuration, a twill knurl configuration or a netlike knurl configuration, which is defined on the outer surface of the circumferential side wall of the joint part.

12. The battery component according to claim 11, wherein the knurl configuration comprises several first grooves, the first grooves extend from the body towards one end of the joint part and form a first preset angle with respect to the axis of the joint part; the several first grooves form the straight knurl configuration or the twill knurl configuration.

13. The battery component according to claim 11, wherein the knurl configuration comprises several first grooves and several second grooves, the first grooves extend from the body towards one end of the joint part and form a first preset angle with respect to the axis of the joint part, the second grooves extend from the body towards one end of the joint part and form a second preset angle with respect to the first grooves; the several first grooves and second grooves are intersected to form the netlike knurl configuration.

14. The battery component according to claim 11, wherein a chamfer is provided on the outer surface of the side wall at one end of the joint part while the end of the joint part is away from the body, which is convenient for the joint part to be inserted into the battery sleeve.

15. The battery component according to claim 11, wherein breaches for communicating gas or placing electrode plates are defined symmetrically on the side edge of the body, and the breaches are across the joint part axially.

16. An electronic cigarette comprising a sleeve, an atomizer component and a battery component being electrically connected to each other and located in the sleeve successively, wherein at least one end of the sleeve is provided with an end cover, a knurl configuration for avoiding sliding is provided, the knurl protrudes from a surface of the end cover, where the end cover and the sleeve are contacted closely.

17. The electronic cigarette according to claim 16, wherein the end cover comprises a body and a joint part that axially extends away from an edge of the body; the knurl configuration is a straight knurl configuration, a twill knurl configuration or a netlike knurl configuration, which is defined on the outer surface of the circumferential side wall of the joint part.

18. The electronic cigarette according to claim 17, wherein the end cover is a nozzle cover that is set on the end adjacent to the atomizer component; a smoke outlet hole is provided on the body; a heating member is installed along the axis of the sleeve; an annular bulge is provided along the circumferential side edge of the smoke outlet hole, the annular bulge extends axially towards the heating member; a gas communicating pipe is provided axially inside the sleeve; the annular bulge is embedded in the gas communicating pipe, and the annular bulge and the gas communicating pipe are connected by interference fit; the gas communicating pipe, a hollow hole in the annular bulge and the smoke outlet hole are communicated to form a smoke passage.

19. The electronic cigarette according to claim 17, wherein the end cover is a lamp crown that is set on one end adjacent to the battery component; breaches for communicating gas or placing electrode plates are defined symmetrically on the side edge of the body, and the breaches are across the joint part axially.

20. The electronic cigarette according to claim 16, wherein the atomizer component and the battery component are formed integrally or connected in a detachable way.