An automatically resettable smoking paraphernalia includes the following components: an outer upper shell, a smoking cup provided inside the outer upper shell, a pushing key, and a spring, etc., wherein the smoking cup, the spring, the outer upper shell can be detached and replaced as a whole, the smoking cup can stick out of the outer upper shell by a distance to extract and unload the cigarette, and then automatically reset. Besides, the smoking cup is hidden inside the upper outer shell, so as to prevent the exposed smoking cup with an excessively high temperature from burning users, meanwhile avoiding a risk of losing the smoking cup.

An automatically resettable smoking paraphernalia includes the following components: an outer upper shell, a smoking cup provided inside the outer upper shell, a pushing key, and a spring, etc., wherein the smoking cup, the spring, the outer upper shell can be detached and replaced as a whole, the smoking cup can stick out of the outer upper shell by a distance to extract and unload the cigarette, and then automatically reset. Besides, the smoking cup is hidden inside the upper outer shell, so as to prevent the exposed smoking cup with an excessively high temperature from burning users, meanwhile avoiding a risk of losing the smoking cup.

The present disclosure is directed to a holder for use with a removable substrate cartridge. In one implementation, the holder comprises a main body that includes a collapsible section configured to collapse in an axial direction into an ejecting position when an ejecting force is applied to the main body. The collapsible portion is further configured to return to the use position when no ejecting force is applied to the main body. In another implementation, the holder comprises a main body that includes at least one deflectable portion configured to rotate relative to the remaining main body into an ejecting position when an ejecting force is applied to the main body. The at least one deflectable portion is further configured to return to the use position when no ejecting force is applied to the main body.

The present disclosure is directed to a holder for use with a removable substrate cartridge. In one implementation, the holder comprises a main body that includes a collapsible section configured to collapse in an axial direction into an ejecting position when an ejecting force is applied to the main body. The collapsible portion is further configured to return to the use position when no ejecting force is applied to the main body. In another implementation, the holder comprises a main body that includes at least one deflectable portion configured to rotate relative to the remaining main body into an ejecting position when an ejecting force is applied to the main body. The at least one deflectable portion is further configured to return to the use position when no ejecting force is applied to the main body.