Aerosol generating apparatus having a push-push mechanism
The present disclosure relates to an aerosol generating apparatus wherein a consumable is engaged with a body by pushing the consumable toward the body in a first direction, and wherein the consumable is disengaged from the body by subsequently pushing the consumable in the same first direction. Consequently, the consumable is fixed to the body by a mechanism that enables a relative movement of the consumable and body in a first, push direction, to engage the mechanism, and a second relative movement of the consumable and body in the first, push direction to disengage the mechanism. Thus, in the exemplary embodiments, the consumable is engaged to the body by a push-push mechanism.
1. An aerosol generating apparatus including a body and a consumable, wherein one of the body or a second member includes a push-push insertion member and the other of the body or second member includes a push-push receiving member, wherein the push-push insertion member is receivable by the push-push receiving member to engage the consumable with the body, wherein the consumable is electrically connected to the body when the consumable is engaged with the body, wherein the push-push receiving member and push-push insertion member comprise cooperating electrical contacts, wherein the push-push insertion member is configured to move relative to the push-push receiving member to move along a first path, a second path, a third path, and a fourth path, the first path being arranged at least partially in a first direction, the second path being arranged at least partially in a second direction that is opposed to the first direction, the first and second paths being different, the third path being arranged at least partially in the first direction, the fourth path being arranged at least partially in the second direction, the third and fourth paths being different, such that at an end of the second path, the push-push insertion member is prevented from moving further in the second direction, and at the end of the fourth path, the push-push insertion member is released from the push-push receiving member.
2. The aerosol generating apparatus of claim 1 , wherein the second member is the consumable.
3. The aerosol generating apparatus of claim 1 , wherein the second member is a carrier member that receives and moves with the consumable, and wherein the carrier member includes a gripping means, the gripping means being configured to grip the consumable when the push-push insertion member is received by the push-push receiving member.
4. The aerosol generating apparatus of claim 1 , wherein the body comprises a recess for receiving the consumable and the push-push receiving member and push-push insertion member are configured to engage after the consumable is partially inserted into the recess.
5. The aerosol generating apparatus of claim 1 , wherein the body comprises a recess for receiving the consumable and the respective push-push receiving member or push-push insertion member is arranged inside the recess.
6. The aerosol generating apparatus of claim 1 , wherein the body comprises a recess for receiving the consumable and the recess and consumable have cooperating alignment features.
7. The aerosol generating apparatus of claim 1 , wherein a biasing means is arranged to bias the push-push insertion member against movement relative to the push-push receiving member in a push direction.
8. The aerosol generating apparatus of claim 1 , wherein the body houses a power supply.
9. A consumable suitable for use with a body in forming an aerosol generating apparatus, wherein the consumable includes one of a push-push insertion member or a push-push receiving member, and the respective member is configured so that the push-push insertion member is receivable by the push-push receiving member to engage the consumable to the body, wherein the consumable is electrically connected to the body when the consumable is engaged with the body, wherein the push-push receiving member and push-push insertion member comprise cooperating electrical contacts, wherein the push-push insertion member is configured to move relative to the push-push receiving member to move along a first path, a second path, a third path, and a fourth path, the first path being arranged at least partially in a first direction, the second path being arranged at least partially in a second direction that is opposed to the first direction, the first and second paths being different, the third path being arranged at least partially in the first direction, the fourth path being arranged at least partially in the second direction, the third and fourth paths being different, such that at an end of the second path, the push-push insertion member is prevented from moving further in the second direction, and at the end of the fourth path, the push-push insertion member is released from the push-push receiving member.
10. A body suitable for use with a consumable in forming an aerosol generating apparatus, wherein the body includes one of a push-push insertion member or a push-push receiving member, and the respective member is configured so that the push-push insertion member is receivable by the push-push receiving member to engage the consumable to the body, wherein the consumable is electrically connected to the body when the consumable is engaged with the body, wherein the push-push receiving member and push-push insertion member comprise cooperating electrical contacts, wherein the push-push insertion member is configured to move relative to the push-push receiving member to move along a first path, a second path, a third path, and a fourth path, the first path being arranged at least partially in a first direction, the second path being arranged at least partially in a second direction that is opposed to the first direction, the first and second paths being different, the third path being arranged at least partially in the first direction, the fourth path being arranged at least partially in the second direction, the third and fourth paths being different, such that at an end of the second path, the push-push insertion member is prevented from moving further in the second direction, and at the end of the fourth path, the push-push insertion member is released from the push-push receiving member.