Method and apparatus for manufacturing flavor capsule of tobacco
An apparatus for manufacturing a flavor capsule of tobacco according to an embodiment of the present disclosure may comprise: a membrane tank for storing a membrane; a flavored liquid tank for storing a flavored liquid; and a nozzle to which the membrane is supplied from the membrane tank, to which the flavored liquid is supplied from the flavored liquid tank, and through which the flavored liquid is discharged while being enveloped in the membrane, so as to form the initial shape of a flavor capsule, wherein the membrane tank is equipped with a temperature adjustment unit for lowering the temperature of the membrane tank over time in order to preserve the viscosity of the membrane.
1. An apparatus for manufacturing a flavor capsule of a cigarette, the apparatus comprising:
a membrane tank configured to store a membrane;
a flavored liquid tank configured to store a flavored liquid; and
a nozzle configured to receive the membrane from the membrane tank and the flavored liquid from the flavored liquid tank, and simultaneously discharge the membrane and the flavored liquid such that the membrane wraps the flavored liquid to form an initial form of the flavor capsule,
wherein the membrane tank includes a temperature adjuster configured to decrease a temperature of the membrane tank to a preset temperature based on time to maintain a viscosity of the membrane,
wherein the membrane tank and the nozzle are connected through a membrane supply line, wherein the membrane supply line includes a temperature maintainer configured to maintain a temperature of the supply line to be the temperature of the membrane tank, and
wherein the temperature maintainer is configured to decrease the temperature of the membrane supply line to the corresponding degree in response to the decrease of the temperature per hour by the temperature adjuster so that the temperature of the membrane supply line is not less than the preset temperature.
2. The apparatus of claim 1 , wherein the viscosity of the membrane is corrected by controlling a temperature of the membrane through the temperature adjuster or the temperature maintainer.
3. The apparatus of claim 1 , wherein temperature control by the temperature adjuster based on an initial viscosity of the membrane in the membrane tank is programmed and automatically performed.
4. The apparatus of claim 2 , wherein the viscosity of the membrane to be maintained by the temperature adjuster is 400 to 700 centipoise (cps).