Fixed retail scanner heat management system for multi-port network switch and related methods
The disclosure includes a fixed retail scanner including a data reader comprising a main board, one or more camera modules, and a multi-port network switch disposed within the data reader. A heat management system is disposed within the data reader housing and operably coupled with at least the multi-port network switch to dissipate heat therefrom. The disclosure includes a heat pipe thermally coupled to a switch processor, the heat pipe extending across at least a portion of the bi-optic housing to an air chamber formed within the bi-optic housing.
1. A fixed retail scanner including a data reader, comprising:
a housing of the data reader;
a main board including one or more processors disposed within the data reader housing;
one or more camera modules disposed within the data reader housing;
a multi-port network switch disposed within the data reader housing and operably coupled with the main board; and
a heat management system disposed within the data reader housing and operably coupled with at least the multi-port network switch to dissipate heat therefrom, wherein the heat management system includes:
a heat pipe thermally coupled with a switch processor mounted on the multi-port network switch and extending to an air chamber within the data reader housing;
a thermal pad coupled to a first end of the heat pipe via an evaporator; and
a condenser coupling a second end of the heat pipe to a wall of the air chamber.
2. The fixed retail scanner of claim 1 , wherein the main board and the multi-port network switch are arranged in a stacked arrangement within the data reader housing.
3. The fixed retail scanner of claim 2 , wherein the main board and the multi-port network switch are arranged in the stacked arrangement within a horizontal housing of the data reader housing.
4. The fixed retail scanner of claim 3 , wherein the heat management system includes a heatsink having a first contact point with a switch processor mounted on the multi-port network switch and a second contact point with a frame of the horizontal housing.
5. The fixed retail scanner of claim 4 , wherein the heatsink and the frame of the horizontal housing are formed from a metal material.
6. The fixed retail scanner of claim 4 , wherein the heatsink provides a mounting support structure for the multi-port network switch being secured with the main board.
7. The fixed retail scanner of claim 1 wherein the heat management system further includes a fan disposed proximate a first end of the air chamber, and a heat exchanger proximate a second end of the air chamber with the condenser located therebetween, wherein the fan is configured to create air flow across the condenser.
8. The fixed retail scanner of claim 7 , further comprising air vents formed in a frame of the horizontal housing proximate to the location of the fan such that air is pulled from outside of the fixed retail scanner through the air vents by the fan to the heat exchanger through the air chamber.
9. The fixed retail scanner of claim 8 , wherein the air vents are formed in a side wall of the frame proximate a front region of the fixed retail scanner.
10. The fixed retail scanner of claim 8 , wherein air is expelled from the air chamber through the heat exchanger out of a back region of the fixed retail scanner.
11. A fixed retail scanner including a data reader, comprising:
a housing of the data reader;
a main board including one or more processors disposed within the data reader housing;
one or more camera modules disposed within the data reader housing;
a multi-port network switch including a switch processor disposed within the data reader housing and operably coupled with the main board; and
a heat management system disposed within the data reader housing and operably coupled with at least the multi-port network switch to dissipate heat therefrom, wherein the main board and the multi-port network switch are arranged in a stacked arrangement within the data reader housing, the heat management system including a heat pipe thermally coupled with the switch processor and extending to an air chamber within the data reader housing, wherein the heat pipe extends through a region between the multi-port network switch and the main board in the stacked arrangement.
12. The fixed retail scanner of claim 11 , wherein the heat pipe is connected to a mounting structure configured to secure the multi-port network switch and the main board in the stacked arrangement.
13. The fixed retail scanner of claim 12 , wherein the mounting structure and a frame of the horizontal housing are formed from a plastic material.
14. A fixed retail scanner having a multi-port network switch disposed within a bi-optic housing, comprising:
a multi-port network switch having a switch processor;
a heat pipe thermally coupled to the switch processor, the heat pipe thermally coupled with the switch processor and extending across at least a portion of the bi-optic housing to an air chamber formed within the bi-optic housing;
a thermal pad coupled to a first end of the heat pipe via an evaporator; and
a condenser coupling a second end of the heat pipe to a wall of the air chamber.
15. The fixed retail scanner of claim 13 , further comprising a fan positioned proximate a first end of the air chamber, and a heat exchanger positioned proximate a second end of the air chamber.
16. The fixed retail scanner of claim 15 , further comprising a cover secured over the air chamber to separate the air chamber from components in other regions of the bi-optic housing.
17. The fixed retail scanner of claim 16 , wherein the multi-port network switch, the heat pipe, and the air chamber are located within a horizontal housing of the bi-optic housing.
18. A method for providing heat management of a fixed retail scanner, the method comprising:
drawing heat away from a multi-port network switch having a switch processor via a heat pipe thermally coupled with the switch processor at a first end thereof via a thermal pad and an evaporator, the heat pipe extending across an internal region of a bi-optics housing to an air chamber where a condenser couples a second end of the heat pipe to a wall of the air chamber; and
creating an air flow through the air chamber.
19. The method of claim 18 , wherein creating an air flow through the air chamber includes drawing air from air vents formed in a side wall of a lower chassis of the fixed retail scanner and expelling the air out a back portion of the lower chassis.
20. The fixed retail scanner of claim 4 , wherein the heatsink further includes a third contact point with a main processor mounted on the main board such that heat dissipation is provided to both the main board and the multi-port network switch sharing the heatsink.