TOTE POWER DOCK SYSTEM
Systems and methods of a tote power dock system are provided. In some embodiments, a method of operating a power dock system includes: refraining from providing power to one or more electrical contacts of the power dock system when no actively cooled tote is present on the power dock system; determining that an actively cooled tote is present on the power dock system; and in response to determining that an actively cooled tote is present on the power dock system, providing power to the one or more electrical contacts of the power dock system. In some embodiments, this provides increased safety for the electrical connections.
1 . A method of operating a power dock system, the method comprising:
refraining from providing power to one or more electrical contacts of the power dock system when no actively cooled tote is present on the power dock system;
determining that an actively cooled tote is present on the power dock system; and
in response to determining that an actively cooled tote is present on the power dock system, providing power to the one or more electrical contacts of the power dock system.
2 . The method of claim 1 wherein determining that an actively cooled tote is present on the power dock system comprises: determining that a proximity sensor has detected that an actively cooled tote is present on the power dock system.
3 . The method of claim 1 wherein the one or more electrical contacts of the power dock system mate with one or more contacts on a bottom of an actively cooled tote.
4 . The method of claim 1 wherein magnetic attraction causes the one or more electrical contacts of the power dock system to be attracted to the one or more contacts on a bottom of an actively cooled tote.
5 . The method of claim 1 further comprising:
if an actively cooled tote is removed, the one or more electrical contacts of the power dock system fall away from the one or more contacts on a bottom of an actively cooled tote faster than the actively cooled tote is removed.
6 . The method of claim 1 further comprising:
upon detecting that an item is on the power dock system, determining if the item is an actively cooled tote.
7 . The method of claim 6 further comprising:
upon determining that the item is an actively cooled tote, providing power to the one or more electrical contacts of the power dock system; and
upon determining that the item is not an actively cooled tote, refraining from providing power to the one or more electrical contacts of the power dock system.
8 . The method of claim 6 further comprising:
upon determining that the item is an actively cooled tote, starting a time delayed application of power to the one or more electrical contacts of the power dock system.
9 . The method of claim 1 further comprising:
if an actively cooled tote is on the power dock system, the one or more electrical contacts of the power dock system rise up to the one or more contacts on a bottom of an actively cooled.
10 . The method of claim 2 wherein the proximity sensor comprises one of the group consisting of: a reed switch/magnet, a microswitch, a Hall-Effect sensor, an optical switch/reader, and a Near-Field Communication, NFC, technology.
11 . A power dock system comprising:
one or more electrical contacts; and
a controller;
wherein the controller is configured to:
refrain from providing power to the one or more electrical contacts when no actively cooled tote is present on the power dock system;
determine that an actively cooled tote is present on the power dock system; and
in response to determining that an actively cooled tote is present on the power dock system, provide power to the one or more electrical contacts.
12 . The power dock system of claim 11 wherein the power dock system further comprises a proximity sensor; and the controller being configured to determine that an actively cooled tote is present on the power dock system comprises being configured to: determine that the proximity sensor has detected that an actively cooled tote is present on the power dock system.
13 . The power dock system of claim 11 wherein the one or more electrical contacts of the power dock system mate with one or more contacts on a bottom of an actively cooled tote.
14 . The power dock system of claim 11 wherein magnetic attraction causes the one or more electrical contacts of the power dock system to be attracted to the one or more contacts on a bottom of an actively cooled tote.
15 . The power dock system of claim 11 wherein:
if an actively cooled tote is removed, the one or more electrical contacts of the power dock system fall away from the one or more contacts on a bottom of an actively cooled tote faster than the actively cooled tote is removed.
16 . The power dock system of claim 11 wherein the controller is further configured to:
upon detecting that an item is on the power dock system, determine if the item is an actively cooled tote.
17 . The power dock system of claim 16 wherein the controller is further configured to:
upon determining that the item is an actively cooled tote, provide power to the one or more electrical contacts of the power dock system; and
upon determining that the item is not an actively cooled tote, refrain from providing power to the one or more electrical contacts of the power dock system.
18 . The power dock system of claim 16 wherein the controller is further configured to:
upon determining that the item is an actively cooled tote, start a time delayed application of power to the one or more electrical contacts of the power dock system.
19 . The power dock system of claim 11 wherein:
if an actively cooled tote is on the power dock system, the one or more electrical contacts of the power dock system rise up to the one or more contacts on a bottom of an actively cooled.
20 . The power dock system of claim 12 wherein the proximity sensor comprises one of the group consisting of: a reed switch/magnet, a microswitch, a Hall-Effect sensor, an optical switch/reader, and a Near-Field Communication, NFC, technology.