Much better than the tape. Alan D. Good moisture, easy to roll. Realised that it is dark tabacco after I received it, too bloody strong and bitter. Joe M. It took just under a month to arrive at my door step in New Zealand; but it was worth the wait.
The drum had an awesome favour to it. Would buy again. Brian S. Andruth P. Paul C. Interestingly 2 different orders, with different sending addresses, packaged differently. One was a pouch in a sealed zip lock bag. The other is just the tobacco in a sealed zip lock bag.
Seems to be the same product though. Sydney Aus. Extremely tasty tobacco. Necessary Necessary. Necessary cookies are absolutely essential for the website to function properly. These cookies ensure basic functionalities and security features of the website, anonymously. The cookie is used to store the user consent for the cookies in the category "Analytics". The cookies is used to store the user consent for the cookies in the category "Necessary". The cookie is used to store the user consent for the cookies in the category "Other.
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That is, when components are pressed against the seat 23 during use the seat 23 moves towards the centre of the drum As will become clear hereinafter, that is achieved through rotation relative to the axis. In non-claimed embodiments, that may be achieved through movement in a straight line towards the axis or through deformation that causes a part of the seat to move towards the axis.
This term is not limited to a linear movement towards the axis. For example, the components maybe pressed against the seat 23 when the components are transferred onto the drum 18, when the components are transferred off of the drum 18, or when a process is performed on the components whilst on the drum 18, for example the rolling action described with reference to FIG.
The drum 18 may receive components from an upstream drum, in which case the pressure is generated by the interaction of the drum 18, the upstream drum, and the component therebetween. Alternatively or additionally, components may be transferred from the drum 18 to a downstream drum, in which case the pressure is generated by the interaction of the drum 18, the downstream drum, and the component therebetween.
In addition, the moveable seat 23 can prevent the apparatus 1 from jamming when particularly hard components are used. In this example, as illustrated in FIG. It will also be appreciated that suction holes 22 may alternatively or additionally be provided on the circumferential surface 20 of the drum 18 or in the circumferential surface of the seat As shown in FIG.
The compression spring 28 urges the plate 24 away from the axis 19 of the drum In this rest position the plate 24 is level with the circumferential surface 20 of the drum Therefore, the biasing means 28 can be selected so that components are subjected to an appropriate compressive force during use of the drum 18 in the apparatus 1.
The magnitude of the appropriate compressive force will depend on the kinds of component being processed, in particular how susceptible they are to damage, or how incompressible they are. The flute 21 comprises a groove that extends across the circumferential surface 20 of the drum 18, including through the area defined by the seat The suction holes 22 maybe located in the seat 23, or in a part of the flute 21 outside of the seat Alternatively or additionally, suction holes 22 may be located on the circumferential surface 20 of the drum 18 outside of the flute 21, for example to retain a cut patch of paper on the circumferential surface 20 of the drum A biasing member, in this example a compression spring 28, is provided between the plate 24 and a part 29 of the drum 18 so that the plate 24 is biased away from the axis 19 of the drum In one example, the rails 31 are grooves and the plate 24 includes protrusions that fit within the grooves and permit the sliding movement.
In other examples, the rails may comprise linear bearings, or low friction liners. In some examples, the rail may be a shaft and the plate 24 may include a sliding bushing that receives the shaft. Therefore, the biasing means 28 can be selected so that components 26 are subjected to an appropriate compressive force during use of the drum 18 in the apparatus 1.
The magnitude of the appropriate compressive force will depend on the characteristics of the components The flute 21 comprises a groove that extends across the circumferential surface 20 of the drum 18, including through the seat This pressure causes a portion of the plug 31 that holds the components 26 to be deflected towards the axis 19 of the drum The resiliently deformable material of the plug 31 means that some pressure will be maintained on the components 26, and the plug 31 will return to its normal shape after the pressure has been removed.
The plug 31 may be retained in the recess 27 in the circumferential surface 20 of the drum 18 by, for example, an adhesive, a fastener, or chemical bond.
In this way, the plug 31 can be deformed within the recess 27 when pressure is applied to the plug 31 in the direction of arrow 30, allowing the outer surface of the plug 31 to be deflected towards the axis 19 of the drum The flute 21 comprises a groove that extends across the circumferential surface 20 of the drum 18, including through the seat 23, in this example through the plug The suction holes 22 may be located in the seat 23, or in a part of the flute 21 outside of the seat In particular, the seats 23 may only be provided in locations where relevant components are located during use.
For example, when assembling a two-up tobacco industry product, such as that shown in FIG. This may be appropriate if all of the components of the tobacco industry product are delicate or incompressible. This may be provided if, for example, the tobacco industry product includes multiple spaced apart components that are delicate or incompressible and so need to be aligned with a seat 23 during use of the drum In particular, in the example shown, both the upstream drum 18a that initially carries the components 26 and the downstream drum 18b that carries the components 26 after transfer may be provided with any of the seats 23 described with reference to FIGS.
In this way, during transfer from the upstream drum 18a to the downstream drum 18b components 26 are not subjected to the same pressure because one or both of the seats 23 move towards the axis of their respective drums 18a, 18b in the direction of arrows In this example, the upstream drum 18a is provided with movable seats 23, and the downstream drum 18b comprises flutes However, it will be appreciated that the downstream drum 18b may alternatively be provided with movable seats In this example, the rolling drum 18c has a movable seat 23 so that pressure applied to the components 26 between the roll hand 33 and the drum 18c causes the seat 23 to move towards the axis 19 of the rolling drum 18c in the direction of arrow 32, to avoid damage of the components or jamming of the apparatus.
In this example, the tipping paper suction drum 18d is provided with at least one movable seat 23 that moves towards the axis 19 of the tipping paper suction drum 18d as the tipping paper patches 8 are pressed onto the components 26 on the tipping drum 18e.
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