Personal computer power supply installed within a case of a personal computer
View Patent ↗The present invention relates to power supplies and methods of installing power supplies. More particularly, one embodiment of the present invention relates to a power supply adapted for installation within a computer case for receiving AC current from an AC current source and providing DC current from the power supply to a component disposed inside of the computer case via a removable cable attached to the power supply, comprising: a housing having an interior volume defined by a top panel, a bottom panel and a plurality of side panels; AC to DC circuitry disposed within the interior volume of the housing; and a DC output socket, wherein the DC output socket is fixed to one of the top panel, bottom panel and side panels defining the interior volume in which the AC to DC circuitry is disposed; wherein the AC to DC circuitry receives AC current from the AC current source; wherein the AC to DC circuitry converts the received AC current into DC current and supplies the DC current to the DC output socket; and wherein the DC output socket is fixed to one of the panels of the housing in a position such that when the power supply is installed within the computer case the DC output socket is disposed inside of the computer case for mating with the removable cable.
1. A personal computer power supply installed within a computer case of a personal computer for receiving AC current from an AC current source and providing DC current from the power supply to at least three components wherein each component disposed within the computer case is selected from the group including: (a) a motherboard; (b) a magnetic disc drive; (c) an optical disc drive; (d) an input/output card; (e) a memory card; (f) a sound card; (g) a gaming card; (h) a video card; (i) a network card; (j) network hub; and (k) a cooling device comprising:
a power supply housing having an interior volume defined by a top panel, a bottom panel and a plurality of side panels;
AC to DC circuitry fixed within the interior volume of the power supply housing;
at least three DC output sockets, wherein each of the DC output sockets is fixed to one of the top panel, bottom panel and side panels of the power supply housing, and wherein at least two of the DC output sockets have different configurations;
a plurality of component cables, wherein each of the component cables has at least two ends, wherein a first end of each of the component cables has a plug that is directly mated with a respective DC output socket and a second end of each of the component cables is directly mated with at least one of the components;
wherein the AC to DC circuitry receives AC current from the AC current source;
wherein the AC to DC circuitry converts the received AC current into DC current and supplies the DC current to each DC output socket via a wired connection; and
wherein each DC output socket is in a position such that, when the power supply is installed within the computer case, each DC output socket is disposed inside of the computer case.
2. The power supply of claim 1 , wherein the power supply includes at least one fan assembly including a fan housing and a fan blade and at least one of the fan housing and the fan blade is coated with a material that is reactive to UV light.
3. The power supply of claim 1 , wherein at least a portion of at least one of the component cables is coated with a material that is reactive to UV light.
4. A personal computer power supply installed within a computer case of a personal computer for receiving AC current from an AC current source and providing DC current from the power supply to at least three components wherein each component disposed within the computer case is selected from the group including: (a) a motherboard; (b) a magnetic disc drive; (c) an optical disc drive; (d) an input/output card; (e) a memory card; (f) a sound card; (g) a gaming card; (h) a video card; (i) a network card; (j) network hub; and (k) a cooling device comprising:
a power supply housing having an interior volume defined by a top panel, a bottom panel and a plurality of side panels;
AC to DC circuitry fixed within the interior volume of the power supply housing;
at least two DC output sockets, wherein each of the DC output sockets is fixed to one of the top panel, bottom panel and side panels of the power supply housing;
at least one DC output cable, wherein a first end of the DC output cable is fixed to the power supply housing, wherein a second end of the DC output cable terminates with at least one DC output cable plug or cable socket;
a plurality of component cables, wherein each of the component cables has at least two ends, wherein a first end of each of the component cables has a plug that is directly mated with a one of the at least two DC output socket or the at least one DC output cable plug or cable socket and a second end of each of the component cables is directly mated with at least one of the components;
wherein the AC to DC circuitry receives AC current from the AC current source;
wherein the AC to DC circuitry converts the received AC current into DC current and supplies the DC current to each DC output socket or DC output cable plug or cable socket;
wherein each DC output socket is in a position such that, when the power supply is installed within the computer case, each DC output socket is disposed inside of the computer case; and
wherein the DC output plug is in a position such that, when the power supply is installed within the computer case, the DC output plug is disposed inside of the computer case.
5. The power supply of claim 4 , wherein the power supply includes at least one fan assembly including a fan housing and a fan blade and at least one of the fan housing and the fan blade is coated with a material that is reactive to UV light.
6. The power supply of claim 4 , wherein at least a portion of at least one of the component cables is coated with a material that is reactive to UV light.
7. A personal computer power supply installed within a computer case of a personal computer for receiving AC current from an AC current source and providing DC current from the power supply to at least three components wherein each component disposed within the computer case is selected from the group including: (a) a motherboard; (b) a magnetic disc drive; (c) an optical disc drive; (d) an input/output card; (e) a memory card; (f) a sound card; (g) a gaming card; (h) a video card; (i) a network card; (j) network hub; and (k) a cooling device comprising:
a power supply housing having an interior volume defined by a top panel, a bottom panel and a plurality of side panels;
AC to DC circuitry disposed within the interior volume of the power supply housing;
at least one DC output cable, wherein a first end of the DC output cable is fixed to the power supply housing, wherein a second end of the DC output cable terminates with at least three DC output cable plugs or sockets, wherein at least two DC output cable plugs or sockets have different configurations;
a plurality of component cables, wherein each of the component cables has at least two ends, wherein a first end of each of the component cables is directly mated with a respective DC output cable plug or DC output cable socket and a second end of each of the component cables is directly mated with at least one of the components;
wherein the AC to DC circuitry receives AC current from the AC current source;
wherein the AC to DC circuitry converts the received AC current into DC current and supplies the DC current to each DC output cable plug or DC output cable socket; and
wherein each DC output plug is in a position such that, when the power supply is installed within the computer case, each DC output plug is disposed inside of the computer case.
8. The power supply of claim 7 , wherein the power supply includes at least one fan assembly including a fan housing and a fan blade and at least one of the fan housing and the fan blade is coated with a material that is reactive to UV light.
9. The power supply of claim 7 , wherein at least a portion of at least one of the component cables is coated with a material that is reactive to UV light.