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| + | When necessary transporters could be bridged. This meant that two transporters could be connected to each other in the event beaming was not possible due to ionic or some other type of interference. The transport duration was twice as long and the sequence differed from a normal transport. First a remote link to the other transporter had to be established, then the system interlock needed to be engaged and the pattern buffers of both transporters were synchronized. When the phase transition coils were in stand-by mode energizing could commence. A side-effect of this form of transport might be that the person who was beamed might feel a slight tingling due to static. (TNG:"Realm of Fear") |
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| − | '''System interlocks''' are used to maintain a [[transporter]] lock. This device will rotate transporting cycles to successfully reform [[matter]] of the subject after being transported. This is an essential device in the transporter systems to perform a flawless transport providing the conditions are right for transporting. |
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| − | {{pna-incomplete}} |
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| − | [[Category:Transporter technology]] |
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Revision as of 21:51, 29 August 2007
When necessary transporters could be bridged. This meant that two transporters could be connected to each other in the event beaming was not possible due to ionic or some other type of interference. The transport duration was twice as long and the sequence differed from a normal transport. First a remote link to the other transporter had to be established, then the system interlock needed to be engaged and the pattern buffers of both transporters were synchronized. When the phase transition coils were in stand-by mode energizing could commence. A side-effect of this form of transport might be that the person who was beamed might feel a slight tingling due to static. (TNG:"Realm of Fear")