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CN-224220476-U - Induction unlocking atomizer

CN224220476UCN 224220476 UCN224220476 UCN 224220476UCN-224220476-U

Abstract

The utility model relates to the field of atomizers, in particular to an induction unlocking atomizer, which comprises a shell, an atomizing assembly, a locking mechanism and an unlocking piece. The atomizing assembly is mounted in the housing and is locked by a locking mechanism. The unlocking piece is an independent component, and the locking mechanism is used for unlocking the atomizing assembly and the shell in an induction mode. An unlocking area is arranged on the shell or the atomization component and used for supporting the unlocking piece. The unlocking piece is placed on/in the unlocking area and can be unlocked, and the unlocking piece is kept away from the unlocking area to restore the locking. The design enables a user to unlock rapidly only by placing the unlocking piece on/in the unlocking area without complex mechanical operation or special key. The unlocking area is designed to facilitate positioning of the unlocking piece, operation is visual and simple, and the unlocking piece is especially used in a high place or a narrow space, so that operation convenience is greatly improved. The structure is simple and easy to maintain, and the use cost and the maintenance difficulty of a user are reduced.

Inventors

  • WU YONG

Assignees

  • 广州每刻香氛科技有限公司

Dates

Publication Date
20260512
Application Date
20250516

Claims (10)

  1. 1. An induction unlocking atomizer comprises a shell (100), an atomization assembly (200), a locking mechanism (300) and an unlocking piece (400), wherein the atomization assembly (200) is arranged in the shell (100) and is locked by the locking mechanism (300), The unlocking piece (400) is an independent and separated component, the locking mechanism (300) is used for unlocking the atomization assembly (200) and the shell (100) in an induction mode, It is characterized in that the method comprises the steps of, An unlocking zone (500) is provided on the housing (100) or the atomizing assembly (200), The unlocking zone (500) is used for supporting the unlocking piece (400), The unlocking piece (400) is placed on/in the unlocking zone (500) to unlock the locking mechanism (300), The unlocking piece (400) is far away from the unlocking zone (500), The locking mechanism (300) resumes locking between the atomizing assembly (200) and the housing (100).
  2. 2. The inductively unlocked atomizer of claim 1 wherein, And one or more of magnetic unlocking, RFID unlocking or Hall sensing unlocking is arranged between the unlocking piece (400) and the locking mechanism (300).
  3. 3. The inductively unlocked atomizer of claim 1 wherein, The unlocking piece (400) and the locking mechanism (300) are magnetically unlocked, The unlocking zone (500) is in particular a plane or a recess on the housing (100) or the atomizing assembly (200) for supporting the unlocking member (400), The locking mechanism (300) is mounted adjacent to the unlocking zone (500) so as to be capable of attracting with the unlocking member (400).
  4. 4. The inductively unlocked atomizer of claim 3 wherein, The locking mechanism (300) comprises a magnetic attraction actuating member (310) and a locking actuating member (320), The unlocking piece (400) cooperates with the magnetic attraction actuating piece (310) to drive the locking actuating piece (320) to realize unlocking action.
  5. 5. The inductively unlocked atomizer of claim 4 wherein, The locking action piece (320) is an elastic latch structure and is arranged in the shell (100) or the atomization component (200) to be matched with a lock hole (330) arranged in the atomization component (200) or the shell (100), The locking action member (320) is inserted into the lock hole (330) along the first axis (601) to lock the atomizing assembly (200) and the housing (100); the magnetic attraction actuating element (310) is driven by the unlocking element (400) to move along the second axis (602) to drive the locking actuating element (320) to be separated from the lock hole (330) along the first axis (601), The second axis (602) is non-parallel to the first axis (601).
  6. 6. The inductively unlocked atomizer of claim 5 wherein, The second axis (602) is perpendicular to the first axis (601).
  7. 7. The inductively unlocked atomizer of claim 6 wherein, The locking action member (320) comprises a latch (321) and an elastic member (322), The elastic piece (322) pushes the bolt (321) to be inserted into the lock hole (330) along the first axis (601), The bolt (321) is provided with a first inclined plane (323); the magnetic attraction actuating element (310) comprises a supporting frame (311), a sliding frame (312) and an attracted end (313), The sliding frame (312) is slidably arranged in the supporting frame (311) along the second axis (602) and passes through the supporting frame (311) to be connected with the attracted end (313), A second inclined plane (314) is arranged in the sliding frame (312), the bolt (321) passes through the sliding frame (312) to be installed, the first inclined plane (323) and the second inclined plane (314) are mutually attached, so that when the sliding frame (312) slides along the second axis (602), The second ramp (314) is capable of pushing the first ramp (323) to cause the latch (321) to compress the resilient member (322) along the first axis (601).
  8. 8. An inductively unlocked atomizer according to any of claims 3 to 7, The unlocking piece (400) is provided with a magnetic attraction end, The locking mechanism (300) is provided with a magnetic attracted end (313), When the unlocking piece (400) is arranged on the unlocking zone (500), The attracted end drives the attracted end to vertically move upwards, so that the locking mechanism (300) is unlocked.
  9. 9. The inductively unlocked atomizer of any of claims 1 to 7 wherein, The atomizing assembly (200) comprises an atomizing base (210) and an aromatherapy liquid container (220), The aromatherapy liquid container (220) is connected with the atomization base (210), The atomization base (210) seals the aromatherapy liquid container (220) in the shell (100), The locking mechanism (300) locks the atomizing base (210) as one piece with the housing (100).
  10. 10. The inductively unlocked atomizer of any of claims 1 to 7 wherein, The shell (100) comprises a power bin (110) and an atomization bin (120) which are isolated from each other, A power supply assembly (111) and a gas supply assembly (112) are arranged in the power bin (110), An atomization assembly (200) is arranged in the atomization bin (120), The gas source assembly (112) extends into the atomizing cartridge (120) through the gas supply tube (114) to provide high pressure gas to the atomizing assembly (200).

Description

Induction unlocking atomizer Technical Field The utility model relates to the field of atomizers, in particular to an induction unlocking atomizer. Background In the technical field of aromatherapy machines, particularly in the design of commercial and household aromatherapy equipment, the convenient replacement of aromatherapy liquid and the safety of the equipment are always important points of research and development. In order to realize quick replacement of aromatherapy liquid, the existing aromatherapy machine generally adopts a modularized design, so that the atomization component and the aromatherapy liquid container can be detached from the aromatherapy machine body. The design is convenient for users to replace aromatherapy liquid with different fragrance types according to requirements, and meanwhile, the equipment is convenient to clean and maintain. Aiming at commercial environment, in order to prevent the aromatherapy component from being stolen and prevent children from misoperation or eating the aromatherapy liquid by mistake in the domestic environment, the locking device is generally additionally arranged on the prior aromatherapy machine. The locking devices are used for firmly locking the atomization assembly, the aromatherapy liquid container and the aromatherapy machine body together, so that the safety of the equipment is effectively improved. However, although these locking devices meet the safety requirements to some extent, they tend to be complex in structure and cumbersome to operate. These locking devices often require the provision of a special key to open, which not only increases the carrying burden on the user, but also the key itself is easily lost, causing inconvenience to the user. Especially in commercial places, when the quantity of aromatherapy machines is large, the management of keys becomes a tedious task, not only the management cost is increased, but also the equipment can not be normally used because of confusion or loss of the keys. In order to overcome the problems, chinese patent CN202222036622, an utility model patent of a fragrance diffusing device, the fragrance diffusing device realizes detachable fixation of the atomizing head by designing a novel locking structure, and simplifies the locking mechanism. Specifically, the locking structure comprises a bolt and a slot which are respectively arranged on the machine body and the atomizing head. The bolt can enter or leave the slot under the drive of an electromagnetic mechanism arranged in the machine body or through an external magnetic mechanism, thereby completing locking or unlocking operation. This design does not require complex mechanical structures and special keys, greatly simplifying the structure of the locking device. However, the scheme is that the locking mechanism is arranged on the side face of the machine body, the magnetic attraction piece is required to be tightly attached to the vertical side wall of the machine body, even if a mark exists, the accurate unlocking position is not easy to find, the unlocking is often impossible, and inconvenience is brought to use. Therefore, how to simplify the structure of the locking device while guaranteeing the safety of the aromatherapy machine, improve the convenience of user operation, reduce the trouble of key management, and become the technical problem to be solved urgently in the current aromatherapy machine design field. Disclosure of utility model The utility model aims to overcome the defects in the prior art and provides an induction unlocking atomizer which is quick and convenient to unlock. The utility model relates to an induction unlocking atomizer which comprises a shell, an atomizing assembly, a locking mechanism and an unlocking piece, wherein the atomizing assembly is arranged in the shell, the atomizing assembly and the shell are locked through the locking mechanism, the unlocking piece is an independent and separated component, and the locking between the atomizing assembly and the shell is released by the locking mechanism in an induction mode. The unlocking zone of this scheme not only can support the unlocking piece, can also help the unlocking piece to pinpoint, and the user only needs to place the unlocking piece on/in the unlocking zone, can realize that the unlocking piece is accurate to pair with locking mechanical system. Not only release both hands be convenient for operate the separation of atomizing subassembly for the shell, carry out the change of champignon liquid, still can not produce the maloperation. Particularly convenient for installing the atomizer with special position, such as a high place or a narrow space, and the use experience of a user can be improved by releasing both hands. The scheme can be suitable for various locking mechanisms, and one or more of magnetic unlocking, RFID unlocking or Hall sensing unlocking is adopted between the unlocking piece and the locking mechanism. The general mechanical lock