Abstract: An electronic device, including a memory configured to store at least one instruction; and at least one processor which is, by executing the at least one instruction, configured to: set, at the electronic device, a virtualized container including at least one application installed in the electronic device; execute, at the electronic device, an application on the virtualized container; transmit, from the electronic device, content corresponding to the application to a client of the virtualized container; receive, at the electronic device, a control instruction from the client of the virtualized container; and control, at the electronic device, the application according to the received control instruction.

Abstract: A vaporizer includes: a shell; a vaporization assembly having a sleeve and a vaporization core, the sleeve being arranged in the shell, a liquid storage cavity being defined between the shell and the sleeve, the vaporization core being arranged in the sleeve, and a liquid inlet hole communicating the vaporization core with the liquid storage cavity being provided on the sleeve; and a vent tube sleeved between the sleeve and the vaporization core, and spaced apart from at least one of the sleeve or the vaporization core to form a vent channel. The vent channel is arranged so as to be in communication with the liquid inlet hole and an outside.

Abstract: A device and a method for zooming in/out on an image on a virtual reality (VR) device are provided. The method may include: identifying that a posture of a user of the VR device is at least one of a zooming in posture and a zooming out posture, based on a displacement vector of a head of the user; zooming in the image in response to a zooming in condition being satisfied, wherein the zooming in condition comprises the posture of the user being the zooming in posture; and zooming out the image, in response to a zooming out condition being satisfied, wherein the zooming out condition comprises the posture of the user being the zooming out posture.

Abstract: An electronic device, including a memory configured to store at least one instruction; and at least one processor which is, by executing the at least one instruction, configured to: set, at the electronic device, a virtualized container including at least one application installed in the electronic device; execute, at the electronic device, an application on the virtualized container; transmit, from the electronic device, content corresponding to the application to a client of the virtualized container; receive, at the electronic device, a control instruction from the client of the virtualized container; and control, at the electronic device, the application according to the received control instruction

Abstract: A device and a method for zooming in/out on an image on a virtual reality (VR) device are provided. The method may include: identifying that a posture of a user of the VR device is at least one of a zooming in posture and a zooming out posture, based on a displacement vector of a head of the user; zooming in the image in response to a zooming in condition being satisfied, wherein the zooming in condition comprises the posture of the user being the zooming in posture; and zooming out the image, in response to a zooming out condition being satisfied, wherein the zooming out condition comprises the posture of the user being the zooming out posture.

Abstract: A data transmission method and apparatus based on motion identification are disclosed. The method includes detecting and identifying a change of a position status of a data transmission apparatus, detecting, by the data transmission apparatus, a target apparatus when the change of the position status is determined to be a predefined motion, and establishing, by the data transmission apparatus, a connection with the target apparatus and performing, by the data transmission apparatus, a data transmission, if the target apparatus is detected. The data transmission method does not operate through an interface, but can trigger a data transmission apparatus to detect a target apparatus and to perform a data transmission by only identifying a motion of the data transmission apparatus. Thus, the operation of data transmission can be simplified, and a user-friendly operation method can be achieved.