CN201051714Y

CN201051714Y - Integrated intelligent environmental power supply device for powering different power devices

Info

Publication number: CN201051714Y
Application number: CNU200720120852XU
Authority: CN
Inventors: 黄金富
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-06-13
Filing date: 2007-06-13
Publication date: 2008-04-23
Anticipated expiration: 2017-06-13

Abstract

The utility model relates to a multi-functional power source supply device (1) whose structure mainly comprises a power source controller (101), a power source dispensing unit (102), a USB controller (103), a power source information communication interface (104), a power source regulator (105), a power line carrier modulation demodulator (106), a network interface (107), a WiFi switch-in device (108), a socket (109), an alternating current power source input socket (1011), and an alternating current socket (1012). An energy consumption device (3) sends loading power source information to the power source supply device (1) through an electric cable (2), and the power source supply device (1) supplies loading power source of the voltage, and the largest electricity supply current flow, and the polarity and the like which are assigned by the loading power source information. The power source supply device can unify and replace an original charger or power source supply device of the different energy consumption device (3).

Description

Can be to the unified intelligence environment protection power supply device of different power consumption equipment power supplies

[technical field]

The utility model relates to electronic applications and power supply device, relates in particular to a kind of multi-functional power supply device.

[technical background]

The power supply device of power consumption equipments such as current general electronic products and small electric apparatus, charger for mobile phone for example, the digital camera charger, the charger of notebook computer etc., general all is to adopt the power supply device power supply supporting with this power consumption equipment, different power consumption equipments has different power supply devices, the voltage of each power supply device power supply, polarity, maximum supply currents etc. generally all have difference more or less, generally can only use and specify supporting power supply device power supply, the power supply device of different power consumption equipments can not be exchanged and use, very inconvenient, more often the people who goes on business, much all can carry mobile phone simultaneously, notebook computer, power consumption equipments such as digital camera, generally so all will carry a plurality of different power supply devices simultaneously, be very inconvenient.The needs that a kind of energy is fit to different power consumption equipments provide the multiple power source feeding mechanism that is fit to the required power supply of this power consumption equipment, are each producer products extremely leaved for development.

[summary of the invention]

The purpose of this utility model is to provide a kind of multi-functional power supply device, to realize being fit to the required power supply of each power consumption equipment to different power consumption equipment supplies simultaneously.

The purpose of this utility model is to realize like this, adopt a kind of like this power supply device, it is characterized in that, the primary structure of described power supply device (1) includes power-supply controller of electric (101), power distribution unit (102), USB controller (103), power information communication interface (104), feed regulator isolator (105), power line carrier modem (106), network interface (107), WiFi access device (108), socket (109), AC in connector (1011), AC outlet (1012)

Wherein,

Power-supply controller of electric is equipped with CPU and memory in (101), and be connected with power distribution unit (102), USB controller (103), power information communication interface (104), feed regulator isolator (105) etc., and by the preset program running, according to from power information communication interface (104) or the received load power source information of being sent by power consumption equipment (3) of USB controller (103), control the power source voltage of feed regulator isolator (105) output and the maximum supply of current and the electric power polarity of power supply;

Power distribution unit (102) is mainly used in the AC power with input, be converted into the required electric energy of feed regulator isolator (105), the load power source information of being sent according to each power consumption equipment (3) by feed regulator isolator (105) is converted into described electric energy load power source and exports to power consumption equipment (3) by socket (109) again;

USB controller (103) and power information communication interface (104) are mainly used in by socket (109) and receive the load power source information of sending from power consumption equipment (3), then received load power source message transport are for further processing to power-supply controller of electric (101);

The power line that power line carrier modem (106) is mainly used in by AC power connects LAN, and/or Wide Area Network;

Network interface (107) is mainly used in by socket (109) and connects LAN, Wide Area Network, and with power line carrier modem (106), WiFi access device phase lines such as (108), to realize WiFi access device (108) by network interface (107) and power line carrier modem (106) and LAN, phase lines such as Wide Area Network, and/or with WiFi access device (108) by network interface (107) and socket (109) and LAN, phase lines such as Wide Area Network, and/or by network interface (107) and socket (109) with LAN and Wide Area Network line mutually;

WiFi access device (108) is the WiFi Network Access Point, is mainly used in to other WiFi devices the WAP (wireless access point) function is provided;

Socket (109) includes one or more Direct current power source socket (1091), one or more high-current dc power supply socket (1092), one or more USB socket (1093), one or more USB Plus socket (1094), one or more LAN socket (1095), a Wide Area Network socket (1096);

AC in connector (1011) is the socket that meets IEC 60320 C13 specifications, is the AC in connector of power supply device (1);

AC outlet (1012) is mainly used in to the AC power of other power consumption equipments (3) supply from AC in connector (1011) input, and AC outlet (1012) includes one or more alternating current accessory power outlet (10121), one or more unifies alternating current accessory power outlet (10122).

And,

Described device is mainly used in by cable (2) offered load power supply and gives power consumption equipment (3),

Wherein,

Described cable (2) is mainly used in power consumption equipment (3) is connected with power supply device (1), and the load power source of power supply device (1) being exported by cable (2) sends power consumption equipment (3) to, and/or, power supply device (1) and power consumption equipment (3) are by cable (2) transmission data, and, the two ends of described cable (2) are respectively equipped with plug (201) and plug (202), described plug (201) is mainly used in relative slotting with the socket (109) on the power supply device (1), and described plug (202) is mainly used in relative slotting with the socket (301) on the power consumption equipment (3).

And,

CPU and memory and socket (301) are installed in the described power consumption equipment (3), and store the load power source information of the required load power source of this power consumption equipment (3), and by the preset program running, when power consumption equipment (3) by cable (2) and power supply device (1) mutually behind the line, power consumption equipment (3) sends described load power source information to power supply device (1) by socket (301) and cable (2), supply described load power source information specified load power source by cable (2) and socket (301) to power consumption equipment (3) by power supply device (1) then, described load power source information comprises supply voltage, the maximum supply of current of power supply, electric power polarity etc.

So just realized the purpose of this utility model.

The advantage of power supply device of the present utility model (1) is to provide suitable power supply to different power consumption equipment (3) simultaneously, equipment such as the later various electronic products of each producer's produce and market, small electric apparatus, need not be the power supply device of the supporting separately special use of each equipment, can save production cost, more original charger of different power consumption equipments (3) or power supply unit can be united.

[description of drawings]

Fig. 1 is the square frame key diagram of the primary structure of power supply device of the present utility model (1);

Fig. 2 is the image schematic illustration of the power supply device (1) of the utility model first embodiment;

Fig. 3 is the image schematic illustration of the power supply device (1) of the utility model second embodiment;

Fig. 4 is the image schematic illustration of the power supply device (1) of the utility model the 3rd embodiment;

Fig. 5 is the image schematic illustration of the power supply device (1) of the utility model the 4th embodiment;

Fig. 6 is the image schematic illustration of the power supply device (1) of the utility model the 5th embodiment;

Fig. 7 is the image schematic illustration of the power supply device (1) of the utility model the 6th embodiment;

Fig. 8 is the image schematic illustration that power supply device of the present utility model (1) is opened loam cake;

Fig. 9 is the image schematic illustration of the power supply device (1) of the utility model the 7th embodiment;

Figure 10 is the three-dimensional schematic illustration of imageization of the unified alternating current accessory power outlet (10122) of power supply device of the present utility model (1);

Figure 11 is the A-A cross sectional illustration figure of Figure 10;

Figure 12 is the image schematic illustration of the power supply device (1) of the utility model the 8th embodiment;

Figure 13 is the image schematic illustration of 60 pin computer power supply sockets (1018) of the power supply device (1) of the utility model the 8th embodiment;

Figure 14 is the J-J cross sectional illustration figure of Figure 13;

Figure 15 is the distribution schematic illustration of the conducting terminal (M) of Figure 14;

Figure 16 is the image schematic illustration of 30 pin computer power supply sockets (1019) of the power supply device (1) of the utility model the 8th embodiment;

Figure 17 is the N-N cross sectional illustration figure of Figure 16;

Figure 18 is the distribution schematic illustration of conducting terminal (Q) and conducting terminal (U) and the conducting terminal (V) of Figure 17;

Figure 19 is the image schematic illustration of plug (203) of the power supply device (1) of the utility model the 8th embodiment;

Figure 20 is the AA-AA cross sectional illustration figure of Figure 19;

Figure 21 is the image schematic illustration of plug (204) of the power supply device (1) of the utility model the 8th embodiment;

Figure 22 is the EE-EE cross sectional illustration figure of Figure 21;

Among the figure, the device that identical digitized representation is identical, parts device, accompanying drawing are schematically, in order to formation and the principal character that system of the present utility model is described.

[embodiment]

Below in conjunction with accompanying drawing, method of the present invention is described in further detail.

Consult Fig. 1, Fig. 1 is the square frame key diagram of the primary structure of power supply device of the present utility model (1), the primary structure of the power supply device shown in the figure (1) includes power-supply controller of electric (101), power distribution unit (102), USB controller (103), power information communication interface (104), feed regulator isolator (105), power line carrier modem (106), network interface (107), WiFi access device (108), socket (109), AC in connector (1011), AC outlet (1012)

Wherein,

Socket (109) includes one or more Direct current power source socket (1091), one or more high-current dc power supply socket (1092), one or more USB socket (1093), one or more USB Plus socket (1094), one or more LAN socket (1095), a Wide Area Network socket (1096), wherein, described USB socket (1093) is standard USB A type socket (USB Series A Receptacle), described USB Plus socket (1094) is the wherein a kind of socket in my socket of the interior indication of invention " computer and external equipment transmit the USB jockey of communication signal and power supply " (Chinese utility application number: 200720120486.8, June 1 2007 date);

Power supply device of the present utility model (1) is built-in with network interface (107), power line carrier modem (106), WiFi access device parts such as (108), can be wired to LAN or Wide Area Network by network interface (107) or power line carrier modem (106), can be external computer provides wired or the wireless Internet access line function.

Power supply device of the present utility model (1) is outwards during power supply, be to give power consumption equipment (3) by cable (2) offered load power supply, wherein, described cable (2) is mainly used in power consumption equipment (3) is connected with power supply device (1), and the load power source of power supply device (1) being exported by cable (2) sends power consumption equipment (3) to, and/or, power supply device (1) and power consumption equipment (3) are by cable (2) transmission data, and, the two ends of described cable (2) are respectively equipped with plug (201) and plug (202), described plug (201) is mainly used in relative slotting with the socket (109) on the power supply device (1), and described plug (202) is mainly used in relative slotting with the socket (301) on the power consumption equipment (3).

Power supply device of the present utility model (1) can be supplied the power supply that is fit to this power consumption equipment (3) according to the needs of power consumption equipment (3), CPU and memory and socket (301) are installed in the described power consumption equipment (3), and store the load power source information of the required load power source of this power consumption equipment (3), and by the preset program running, when power consumption equipment (3) by cable (2) and power supply device (1) mutually behind the line, power consumption equipment (3) sends described load power source information to power supply device (1) by socket (301) and cable (2), supply described load power source information specified load power source by cable (2) and socket (301) to power consumption equipment (3) by power supply device (1) then, described load power source information comprises supply voltage, the maximum supply of current of power supply, electric power polarity etc.

Consult Fig. 2, Fig. 2 is the image schematic illustration of the power supply device (1) of the utility model first embodiment, and the power supply device shown in the figure (1) also includes DC power supply switch (1013), WiFi switch (1014) and master switch (1015),

Wherein,

Described DC power supply switch (1013) is mainly used in the Direct current power source socket (1091) on the control power supply device (1), high-current dc power supply socket (1092), USB socket (1093), the load power source output of USB Plus socket sockets such as (1094), when power supply device (1) is worked, when DC power supply switch (1013) when being in opening, power supply device (1) can pass through Direct current power source socket (1091), high-current dc power supply socket (1092), USB socket (1093), USB Plus socket socket output loading power supplys such as (1094), and, when power supply device (1) is worked, when DC power supply switch (1013) when being in closed condition, power supply device (1) can cut off Direct current power source socket (1091), high-current dc power supply socket (1092), USB socket (1093), the output of the load power source of USB Plus socket sockets such as (1094);

Described WiFi switch (1014) is mainly used in control described WiFi access device (108), when power supply device (1) is worked, when WiFi switch (1014) when being in opening, the WiFi access device (108) on the power supply device (1) is opened also by preset program work; When power supply device (1) was worked, when WiFi switch (1014) when being in closed condition, the WiFi access device (108) on the power supply device (1) quit work;

Described master switch (1015) is the master switch of the AC power input of power supply device (1).

Continue to consult Fig. 2, the socket (109) of the power supply device shown in the figure (1) includes four Direct current power source sockets (1091), three high-current dc power supply sockets (1092), two USB socket (1093), two USB Plus sockets (1094), a LAN socket (1095), a Wide Area Network socket (1096), described AC outlet (1012) comprises four alternating current accessory power outlets (10121), a unified alternating current accessory power outlet (10122), and, described socket (109), AC in connector (1011), AC outlet (1012), DC power supply switch (1013), WiFi switch (1014), master switch (1015) etc. is distributed on the panel of power supply device (1), and the concrete distributing position of each parts is as follows:

The lower position that is positioned on the positive panel of power supply device (1) includes four alternating current accessory power outlets (10121), arranges with dextrosinistral order;

The top position that is positioned on the positive panel of power supply device (1) includes four Direct current power source sockets (1091), three high-current dc power supply sockets (1092), two USB socket (1093), two USB Plus sockets (1094), a LAN socket (1095), a Wide Area Network socket (1096), a DC power supply switch (1013), a WiFi switch (1014), a master switch (1015) is a master switch (1015) with from left to right ordering, a DC power supply switch (1013), four Direct current power source sockets (1091), three high-current dc power supply sockets (1092), a WiFi switch (1014), a Wide Area Network socket (1096) and two USB Plus sockets (1094), a LAN socket (1095) and two USB socket (1093);

The lower position that is positioned on the panel in power supply device (1) left side includes an AC in connector (1011) and a unified alternating current accessory power outlet (10122).

In this manual, described alternating current accessory power outlet (10121) can be the socket that meets following one of them specification:

1. the AC outlet of Britain BS1363 specification;

2. the AC outlet of U.S. NEMA (National Electrical Manufacturers Association) specification;

3. the AC outlet of Australia AS 3112 specifications;

4. the AC outlet of Chinese GB 2099.1 specifications;

5. the AC outlet of Chinese GB 1002 specifications;

6. the AC outlet of Italian CEI 23-5 specification;

7. the AC outlet of European CEE 7/16 specification;

8. the general-purpose AC outlet that can adapt to the ac plug of country variant specification.

Continue to consult Fig. 2; four alternating current accessory power outlets (10121) on the power supply device shown in Fig. 2 (1) belong to the AC outlet of four different sizes respectively; comprise a general-purpose AC outlet that can adapt to the ac plug of country variant specification; an AC outlet that meets Chinese GB 2099.1 specifications; a bipod AC outlet that meets U.S. NEMA specification; an AC outlet that meets Britain BS1363 specification; yet the different size alternating current accessory power outlet (10121) shown in the embodiment of Fig. 2 is not in order to limit protection range of the present utility model; each alternating current accessory power outlet (10121) on the power supply device of the present utility model (1) can belong to any AC outlet in the above-mentioned specification respectively; also can be that whole alternating current accessory power outlets (10121) on the power supply device (1) belong to the AC outlet with a kind of specification; shown in the embodiment of Fig. 3 to Fig. 7; Fig. 3 is the image schematic illustration of the power supply device (1) of the utility model second embodiment; whole alternating current accessory power outlets (10121) on the power supply device shown in the figure (1) belong to the AC outlet that meets Britain BS1363 specification; Fig. 4 is the image schematic illustration of the power supply device (1) of the utility model the 3rd embodiment; include two unified alternating current accessory power outlets (10122) and two alternating current accessory power outlets (10121) that meet Britain BS1363 specification on the power supply device shown in the figure (1); Fig. 5 is the image schematic illustration of the power supply device (1) of the utility model the 4th embodiment; include two unified alternating current accessory power outlets (10122) and two alternating current accessory power outlets (10121) that meet Chinese GB 2099.1 specifications on the power supply device shown in the figure (1); Fig. 6 is the image schematic illustration of the power supply device (1) of the utility model the 5th embodiment; include two unified alternating current accessory power outlets (10122) and two alternating current accessory power outlets (10121) that meet U.S. NEMA specification on the power supply device shown in the figure (1); Fig. 7 is the image schematic illustration of the power supply device (1) of the utility model the 6th embodiment; include four unified alternating current accessory power outlets (10122) on the power supply device shown in the figure (1); no matter adopt the alternating current accessory power outlet (10121) of above-mentioned that a kind of specification; all be to belong to protection range of the present utility model, all can realize the purpose of this utility model well.

Consult Fig. 8, Fig. 8 is the image schematic illustration that power supply device of the present utility model (1) is opened loam cake, the top of the power supply device shown in the figure (1) is provided with a storage area and a loam cake that is used to collect cable (2), can make things convenient for user's cable (2) that each power consumption equipment (3) is required to concentrate in together storage.

Consult Fig. 9, Fig. 9 is the image schematic illustration of the power supply device (1) of the utility model the 7th embodiment, the socket (109) of the power supply device shown in the figure (1) includes four Direct current power source sockets (1091), two high-current dc power supply sockets (1092), two USB socket (1093), two USB Plus sockets (1094), a LAN socket (1095), a Wide Area Network socket (1096), described AC outlet (1012) comprises a unified alternating current accessory power outlet (10122), and, described socket (109), AC in connector (1011), unified alternating current accessory power outlet (10122), DC power supply switch (1013), WiFi switch (1014), master switch (1015) etc. is distributed on the panel of power supply device (1), and the concrete distributing position of each parts is as follows:

The lower position that is positioned on the positive panel of power supply device (1) includes four Direct current power source sockets (1091), two high-current dc power supply sockets (1092), two USB socket (1093), two USB Plus sockets (1094), a LAN socket (1095), a Wide Area Network socket (1096), a DC power supply switch (1013), a WiFi switch (1014), a master switch (1015) is a master switch (1015) with from left to right ordering, a DC power supply switch (1013), four Direct current power source sockets (1091), two high-current dc power supply sockets (1092), a WiFi switch (1014), a Wide Area Network socket (1096) and two USB Plus sockets (1094), a LAN socket (1095) and two USB socket (1093);

Continue to consult Fig. 8, power supply device shown in Fig. 8 (1) also includes the dc power plug (1016) of a plurality of different sizes, some and popular mobile phone for example can be set, digital camera, the identical dc power plug (1016) of charger of equipment such as MP3 machine, described dc power plug (1016) is connected with feed regulator isolator (105) by cable, be mainly used in the output DC source and give power consumption equipment (3), and, the top of described power supply device (1) is provided with a storage area and a loam cake that is used to collect dc power plug (1016), select suitable dc power plug (1016) to be inserted on the power consumption equipment (3) as long as open loam cake, just can pass through power supply device (1) and power to power consumption equipment (3).

Continue to consult Fig. 8, the power supply device of the embodiment of Fig. 8 (1) also includes an anti-theft arrangement (1017), described anti-theft arrangement (1017) is built-in with battery, power down inductive switch, mercoid switch and sound-producing device etc., and by built-in powered battery, wherein, described mercoid switch can be connected when described power supply device (1) is shaken, and described power down inductive switch can be connected when being input to the AC interruptions of described power supply device (1); And, when being input to the AC interruptions of power supply device (1), and when this power supply device (1) is shaken, power down inductive switch power down inductive switch and mercoid switch in this power supply device (1) are switched on simultaneously, described anti-theft arrangement (1017) is immediately by the sound-producing device sound that gives the alarm, represent that described power supply device (1) may be stolen, until recovering input ac power to this power supply device (1) and stop to shake this power supply device (1), the sound-producing device of described anti-theft arrangement (1017) just can be reset, and stops the sound that gives the alarm.The power supply device of present embodiment (1) is particularly suitable for being installed on hotel room and uses for the guest, owing to be built-in with anti-theft arrangement (1017), if the guest steals power supply device (1), power supply device (1) sound that can give the alarm immediately, the someone that expresses possibility has stolen the power supply device (1) in the hotel room, and the worker in prompting hotel steps up vigilance.

Consult Figure 10 to Figure 11, Figure 10 is the three-dimensional schematic illustration of imageization of the unified alternating current accessory power outlet (10122) of power supply device of the present utility model (1), Figure 11 is the A-A cross sectional illustration figure of Figure 10, shown in Figure 10 and Figure 11 unified alternating current accessory power outlet (10122) be provided with an insulation crust (B) and an insulating base (C), described insulating base (C) is fixed on the middle position of insulation crust (B) by insulating material, be provided with the space (D) that enough allows the ac plug head shell of IEC 60320 C14 specifications insert around the described insulating base (C) and between the insulation crust (B), and, insulating base (C) is provided with square hole (E1, E2, E3), arrange with isosceles triangle, comprise and be positioned at right-hand square hole (E1), be positioned at the square hole (E2) of left, be positioned at the square hole (E3) of top, at described square hole (E1, E2, E3) Nei both sides are provided with the conducting terminal (F1 of metal, F2, F3), comprise the conducting terminal (F1) that is positioned at both sides, square hole (E1), be positioned at the conducting terminal (F2) of both sides, square hole (E2), be positioned at the conducting terminal (F3) of both sides, square hole (E3), and, between the top center position of insulating base (C) and insulation crust (B), be provided with a circular space (G) that enough allows the grounding pin of ac plug of U.S. NEMA 5-15P specification insert, be provided with ground connection conducting terminal (H) in the top of described circular space (G), and, insulation crust (B) is by insulating material and insulating base (C), conducting terminal (F1, F2, F3) and ground connection conducting terminal (H) be fixed on the interior pre-position of insulation crust (B), can be plugged in the described unified alternating current accessory power outlet (10122) with the ac plug of guaranteeing standard IEC 60320 C14 specifications or the ac plug of U.S. NEMA 5-15P specification.

Continue to consult Figure 10 to Figure 11, unified alternating current accessory power outlet (10122) shown in the figure is the plug of the IEC 60320 C14 specifications of compatibility standard and the ac plug of U.S. NEMA 5-15P specification simultaneously, the plug of IEC 60320 C14 specifications is one of plugs of using always, in extensive use all over the world, particularly be applied to the AC power input plug of personal computer, add the ac plug of compatible U.S. NEMA 5-15P specification simultaneously, unified alternating current accessory power outlet (10122) can be fit to the use of most in the world countries and regions, can replace original AC outlet, the uniform specification of AC outlet is got up country variant and area.

Consult Figure 12, Figure 12 is the image schematic illustration of the power supply device (1) of the utility model the 8th embodiment, power supply device shown in the figure (1) also includes one to a plurality of 60 pin computer power supply sockets (1018) and one extremely a plurality of 30 pin computer power supply sockets (1019), a computer power switch (1021), and described computer power switch (1021) is the master switch of the power supply exported of described 60 pin computer power supply sockets (1018) and 30 pin computer power supply sockets (1019).The power supply device of present embodiment (1) can replace the original power supply device of personal computer fully, as long as with the cable that is provided with corresponding plug with the power supply device (1) of personal computer and present embodiment line mutually, just can provide power supply by the power supply device (1) of present embodiment, more can pass through the online of power supply device (1) line, connect IEEE 1394 interfaces, connect USB etc., the producer that produces personal computer can omit the power supply device in the personal computer later on, can save production cost like this, during personal computer that the user renews, also need not to change power supply device (1), not only environmental protection but also save money.

Consult Figure 13 to Figure 15, Figure 13 is the image schematic illustration of 60 pin computer power supply sockets (1018) of the power supply device (1) of the utility model the 8th embodiment, and Figure 14 is the J-J cross sectional illustration figure of Figure 13, Figure 15 is the distribution schematic illustration of the conducting terminal (M) of Figure 14, and 60 pin computer power supply sockets (1018) shown in Figure 13 to Figure 15 are provided with a tetragonal insulation crust (K), is provided with 60 insulating bases (L) that the four directions is tubular in described insulation crust (K), in each insulating base (L), be provided with a conducting terminal (M), arrange, be respectively first and walk to the 6th row to divide 6 row from top to bottom, on first row, include conducting terminal (M1, M2, M3, M4, M5, M6, M7, M8, M9, M10), on second row, include conducting terminal (M11, M12, M13, M14, M15, M16, M17, M18, M19 M20), includes conducting terminal (M21 on the third line, M22, M23, M24, M25, M26, M27, M28, M29 M30), includes conducting terminal (M31 on fourth line, M32, M33, M34, M35, M36, M37, M38, M39, M40), on fifth line, include conducting terminal (M41, M42, M43, M44, M45, M46, M47, M48, M49 M50), includes conducting terminal (M51 on the 6th row, M52, M53, M54, M55, M56, M57, M58, M59, M60), and each insulating base (L) is fixed on the interior pre-position of insulation crust (K) by insulating material and each conducting terminal (M) etc., can be plugged in the described 60 pin computer power supply sockets (1018) to guarantee the described 60 pairing plugs of pin computer power supply socket (1018) (203).

Consult Figure 16 to Figure 18, Figure 16 is the image schematic illustration of 30 pin computer power supply sockets (1019) of the power supply device (1) of the utility model the 8th embodiment, Figure 17 is the N-N cross sectional illustration figure of Figure 16, Figure 18 is the distribution schematic illustration of conducting terminal (Q) and conducting terminal (U) and the conducting terminal (V) of Figure 17,30 pin computer power supply sockets (1019) shown in Figure 16 to Figure 18 are provided with a tetragonal insulation crust (O), left in described insulation crust (O) is provided with 30 insulating bases (P) that the four directions is tubular, in each insulating base (P), be provided with a conducting terminal (Q), arrange to divide 6 row from top to bottom, be respectively first and walk to the 6th row, on first row, include conducting terminal (Q1, Q2, Q3, Q4, Q5), on second row, include conducting terminal (Q6, Q7, Q8, Q9, Q10), on the third line, include conducting terminal (Q11, Q12, Q13, Q14, Q15), on fourth line, include conducting terminal (Q16, Q17, Q18, Q19, Q20), on fifth line, include conducting terminal (Q21, Q22, Q23, Q24, Q25), on the 6th row, include conducting terminal (Q26, Q27, Q28, Q29, Q30), and, the right-hand insulating base (R) that is provided with in described insulation crust (O), on insulating base (R), be provided with two square holes (S) and four square holes (T), square hole (S) is positioned at the left of insulating base (R), comprise the square hole (S2) that is positioned at upper left square hole (S1) and is positioned at the lower left, four square holes (T) are positioned at described square hole (S1, S2) right-hand, to arrange from left to right, comprise square hole (T1), square hole (T2), square hole (T3), square hole (T4), at described square hole (S1, S2) Nei both sides are provided with conducting terminal (U), comprise the conducting terminal (U1) that is positioned at square hole (S1), be positioned at the conducting terminal (U2) of square hole (S2), at described square hole (T1, T2, T3, T4) Nei both sides are provided with conducting terminal (V), comprise the conducting terminal (V1) that is positioned at square hole (T1), be positioned at the conducting terminal (V2) of square hole (T2), be positioned at the conducting terminal (V3) of square hole (T3), be positioned at the conducting terminal (V4) of square hole (T4), and, each insulating base (P) and insulating base (R) are by insulating material and each conducting terminal (Q), each conducting terminal (U), each conducting terminal (V) etc. is fixed on the interior pre-position of insulation crust (O), can be plugged in the described 30 pin computer power supply sockets (1019) to guarantee the described 30 pairing plugs of pin computer power supply socket (1019) (204).

Consult Figure 19 and Figure 20, Figure 19 is the image schematic illustration of plug (203) of the power supply device (1) of the utility model the 8th embodiment, described plug (203) is the plug that cooperates described 60 pin computer power supply sockets (1018) to peg graft and use, Figure 20 is the AA-AA cross sectional illustration figure of Figure 19, plug shown in Figure 19 and Figure 20 (203) is provided with a tetragonal insulating base (BB), on described insulating base (BB), be provided with 60 square holes (CC), arrange to divide 6 row from top to bottom, every row has 10 square holes (CC), middle position in each square hole (CC) is provided with a conducting terminal (DD), and, insulating base (BB) is fixed on the pre-position by insulating material and each conducting terminal (DD) etc., can be plugged in the described 60 pin computer power supply sockets (1018) to guarantee described plug (203).

Consult Figure 21 and Figure 22, Figure 21 is the image schematic illustration of plug (204) of the power supply device (1) of the utility model the 8th embodiment, described plug (204) is the plug that cooperates described 30 pin computer power supply sockets (1019) to peg graft and use, Figure 22 is the EE-EE cross sectional illustration figure of Figure 21, plug shown in Figure 21 and Figure 22 (204) is provided with a tetragonal insulating base (FF), right-hand 30 the square holes (GG) that are provided with on described insulating base (FF), arrange to divide 6 row from top to bottom, every row has 5 square holes (GG), middle position in each square hole (GG) is provided with a conducting terminal (HH), and, left on described insulating base (FF) is provided with a square hole (JJ), right-hand two conducting terminals (KK) that are provided with in square hole (JJ), with order arrangement from top to bottom, left at described two conducting terminals (KK) is provided with four conducting terminals (LL), with order arrangement from right to left, and, insulating base (FF) is by insulating material and each conducting terminal (HH), each conducting terminal (KK), each conducting terminal (LL) etc. is fixed on the pre-position, can be plugged in the described 30 pin computer power supply sockets (1019) to guarantee described plug (204).

Continue to consult Figure 13 to Figure 15, the concrete connection situation of the conducting terminal (M) on the 60 pin computer power supply sockets (1018) shown in the figure is as follows:

Conducting terminal (M1) is the terminal of connection+3.3V power supply, conducting terminal (M2) is the terminal of connection+3.3V power supply, conducting terminal (M3) is the terminal that connects power ground, conducting terminal (M4) is the terminal of connection+5V power supply, conducting terminal (M5) is the terminal that connects power ground, conducting terminal (M6) is the terminal of connection+5V power supply, conducting terminal (M7) is the terminal that connects power ground, conducting terminal (M8) is the terminal that connects POWER OK signal, conducting terminal (M9) is the terminal of connection+5V STANDBY power supply, conducting terminal (M10) is the terminal of connection+12V power supply;

Conducting terminal (M11) is the terminal of connection+3.3V power supply, conducting terminal (M12) is the terminal that connects-12 power supplys, conducting terminal (M13) is the terminal that connects power ground, conducting terminal (M14) is the terminal that connects POWER SUPPLY ON signal, conducting terminal (M15) is the terminal that connects power ground, conducting terminal (M16) is the terminal that connects power ground, conducting terminal (M17) is the terminal that connects power ground, conducting terminal (M18) is the terminal of connection-5V power supply, conducting terminal (M19) is the terminal of connection+5V power supply, conducting terminal (M20) is the terminal of connection+5V power supply;

Conducting terminal (M21) is the terminal of connection+12V power supply, conducting terminal (M22) is the terminal of connection+3.3V power supply, conducting terminal (M23) is the terminal of connection+5V power supply, conducting terminal (M24) is the terminal that connects power ground, conducting terminal (M25) is the terminal of connection+12V power supply, conducting terminal (M26) is the terminal of connection+12V power supply, conducting terminal (M27) is the terminal that connects power ground, conducting terminal (M28) is the terminal that connects power ground, conducting terminal (M29) is the terminal of connection+3.3V power supply, conducting terminal (M30) connects the terminal of power ground; Conducting terminal (M31) is the terminal of connection+5V power supply, conducting terminal (M32) connects the terminal of power ground, conducting terminal (M33) is the terminal of connection+12V power supply, conducting terminal (M34) connects the terminal of power ground, conducting terminal (M35) is the terminal of connection+12V power supply, conducting terminal (M36) connects the terminal of power ground, conducting terminal (M37) is the terminal of connection+5V power supply, conducting terminal (M38) connects the terminal of power ground, conducting terminal (M39) is the terminal of connection+12V power supply, conducting terminal (M40) connects the terminal of power ground;

Conducting terminal (M41) is the terminal of connection+5V power supply, conducting terminal (M42) connects the terminal of power ground, conducting terminal (M43) is the terminal that connects USB positive source VBUS, conducting terminal (M44) is the terminal that connects usb data line negative pole, conducting terminal (M45) is the terminal that connects usb data line positive pole, conducting terminal (M46) is the terminal that connects USB power supply ground GND, conducting terminal (M47) is the terminal that connects first group of Ethernet Transmit+ signal, conducting terminal (M48) is the terminal that connects first group of Ethernet Transmit-signal, conducting terminal (M49) is the terminal that connects first group of Ethernet Receive+ signal, conducting terminal (M50) is the terminal that connects first group of Ethernet Receive-signal;

Conducting terminal (M51) is the terminal that connects IEEE 1394 signal power source positive poles, conducting terminal (M52) is the terminal that connects IEEE 1394 signal power sources ground, conducting terminal (M53) is the terminal that connects IEEE 1394 signal TPB-, conducting terminal (M54) is the terminal that connects IEEE 1394 signal TPB+, conducting terminal (M55) is the terminal that connects IEEE 1394 signal TPA-, conducting terminal (M56) is the terminal that connects IEEE 1394 signal TPA+, conducting terminal (M57) is the terminal that connects second group of Ethernet Transmit+ signal, conducting terminal (M58) is the terminal that connects second group of Ethernet Transmit-signal, conducting terminal (M59) is the terminal that connects second group of Ethernet Receive+ signal, conducting terminal (M60) is the terminal that connects second group of Ethernet Receive-signal.

Continue to consult Figure 13 to Figure 15, it is as follows that the conducting terminal (Q) on the 30 pin computer power supply sockets (1019) shown in the figure and conducting terminal (U) and conducting terminal (V) concrete is connected situation:

Conducting terminal (Q1) is that terminal, the conducting terminal (Q2) of connection IEEE 1394 signal power source positive poles is that terminal, the conducting terminal (Q3) that connects USB positive source VBUS connects the terminal of power ground, terminal, the conducting terminal (Q5) that conducting terminal (Q4) is connection-5V power supply is the terminal of connection-5V power supply;

Conducting terminal (Q6) is that terminal, the conducting terminal (Q7) on connection IEEE 1394 signal power sources ground is the terminal that connects usb data line negative pole, the terminal that conducting terminal (Q8) connects power ground, the terminal that conducting terminal (Q9) connects power ground, the terminal of conducting terminal (Q10) connection power ground;

Conducting terminal (Q11) is that terminal, the conducting terminal (Q12) of connection IEEE 1394 signal TPB-is that terminal, the conducting terminal (Q13) that connects usb data line positive pole connects the terminal of power ground, terminal, the conducting terminal (Q15) that conducting terminal (Q14) is connection-12V power supply is the terminal of connection-12V power supply;

Conducting terminal (Q16) is that the terminal, the conducting terminal (Q17) that connect IEEE 1394 signal TPB+ is the terminal that connects USB power supply ground GND, conducting terminal (Q18) connects power ground terminal, conducting terminal (Q19) are that terminal, the conducting terminal (Q20) of connection POWER SUPPLY ON signal is the terminal of connection+5V STANDBY power supply;

Conducting terminal (Q21) is that the terminal, the conducting terminal (Q22) that connect IEEE 1394 signal TPA-is that the terminal, the conducting terminal (Q23) that connect first group of Ethernet Transmit+ signal is that the terminal, the conducting terminal (Q24) that connect first group of Ethernet Transmit-signal is that terminal, the conducting terminal (Q25) that connects first group of Ethernet Receive+ signal is the terminal that connects first group of Ethernet Receive-signal;

Conducting terminal (Q26) is that the terminal, the conducting terminal (Q27) that connect IEEE 1394 signal TPA+ is that the terminal, the conducting terminal (Q28) that connect second group of Ethernet Transmit+ signal is that the terminal, the conducting terminal (Q29) that connect second group of Ethernet Transmit-signal is that terminal, the conducting terminal (Q30) that connects second group of Ethernet Receive+ signal is the terminal that connects second group of Ethernet Receive-signal;

Conducting terminal (U1) is the terminal of connection+12V power supply, the terminal that conducting terminal (U2) connects power ground;

Conducting terminal (V1) is the terminal of connection+5V power supply, the terminal that conducting terminal (V2) connects power ground, the terminal that conducting terminal (V3) is connection+3.3V power supply, the terminal that conducting terminal (V4) connects power ground.

60 pin computer power supply sockets (1018) of the power supply device (1) of the utility model the 8th embodiment and each conducting terminal on the 30 pin computer power supply sockets (1019), the whole pins that comprised the ATX power supply device on the general personal computer, can provide to comprise+3.3V ,+5V ,+12V ,-5V ,-power supplys such as 12V, can replace original ATX power supply device on the personal computer comprehensively.

Power supply device of the present utility model (1) can provide many-sided function, comprise functions such as suitable power supply, the access point that wired or wireless WiFi online is provided, AC-powered can be provided to different power consumption equipment (3) simultaneously, of many uses, with low cost, its enforcement, can bring good social benefit and economic benefit, to client with to producer's benifit very all.

Claims

1. power supply device, it is characterized in that, the primary structure of described power supply device (1) includes power-supply controller of electric (101), power distribution unit (102), USB controller (103), power information communication interface (104), feed regulator isolator (105), power line carrier modem (106), network interface (107), WiFi access device (108), socket (109), AC in connector (1011), AC outlet (1012), wherein

AC outlet (1012) is mainly used in to the AC power of other power consumption equipments (3) supply from AC in connector (101 1) input, and AC outlet (1012) includes one or more alternating current accessory power outlet (10121), one or more unifies alternating current accessory power outlet (10122).

2. power supply device as claimed in claim 1 is characterized in that, described device is mainly used in by cable (2) offered load power supply and gives power consumption equipment (3),

Wherein,

3. power supply device as claimed in claim 2, it is characterized in that, CPU and memory and socket (301) are installed in the described power consumption equipment (3), and store the load power source information of the required load power source of this power consumption equipment (3), and by the preset program running, when power consumption equipment (3) by cable (2) and power supply device (1) mutually behind the line, power consumption equipment (3) sends described load power source information to power supply device (1) by socket (301) and cable (2), supply described load power source information specified load power source by cable (2) and socket (301) to power consumption equipment (3) by power supply device (1) then, described load power source information comprises supply voltage, the maximum supply of current of power supply, electric power polarity etc.

4. power supply device as claimed in claim 1 is characterized in that, described power supply device (1) also includes DC power supply switch (1013), WiFi switch (1014) and master switch (1015),

Wherein,

Described DC power supply switch (1013) is mainly used in the Direct current power source socket (1091) on the control power supply device (1), high-current dc power supply socket (1092), USB socket (1093), the load power source output of USB P1us socket sockets such as (1094), when power supply device (1) is worked, when DC power supply switch (1013) when being in opening, power supply device (1) can pass through Direct current power source socket (1091), high-current dc power supply socket (1092), USB socket (1093), USB Plus socket socket output loading power supplys such as (1094), and, when power supply device (1) is worked, when DC power supply switch (1013) when being in closed condition, power supply device (1) can cut off Direct current power source socket (1091), high-current dc power supply socket (1092), USB socket (1093), the output of the load power source of USB Plus socket sockets such as (1094);

5. as claim 1 or 2 or 3 or 4 described power supply devices, it is characterized in that, the socket (109) of described power supply device (1) includes four Direct current power source sockets (1091), three high-current dc power supply sockets (1092), two USB socket (1093), two USB Plus sockets (1094), a LAN socket (1095), a Wide Area Network socket (1096), described AC outlet (1012) comprises four alternating current accessory power outlets (10121), a unified alternating current accessory power outlet (10122), and, described socket (109), AC in connector (1011), AC outlet (1012), DC power supply switch (1013), WiFi switch (1014), master switch (1015) etc. is distributed on the panel of power supply device (1), the concrete distributing position of each parts is as follows: the lower position that is positioned on the positive panel of power supply device (1) includes four alternating current accessory power outlets (10121), arranges with dextrosinistral order;

6. power supply device as claimed in claim 1 is characterized in that, described alternating current accessory power outlet (10121) can be the socket that meets following one of them specification:

1. the AC outlet of Britain BS1363 specification;

2. the AC outlet of U.S. NEMA specification;

3. the AC outlet of Australia AS 3112 specifications;

4. the AC outlet of Chinese GB 2099.1 specifications;

5. the AC outlet of Chinese GB 1002 specifications;

6. the AC outlet of Italian CEI 23-5 specification;

7. the AC outlet of European CEE 7/16 specification;

7. as claim 1 or 2 or 3 or 4 described power supply devices, it is characterized in that, the socket (109) of described power supply device (1) includes four Direct current power source sockets (1091), two high-current dc power supply sockets (1092), two USB socket (1093), two USB Plus sockets (1094), a LAN socket (1095), a Wide Area Network socket (1096), described AC outlet (1012) comprises a unified alternating current accessory power outlet (10122), and, described socket (109), AC in connector (1011), unified alternating current accessory power outlet (10122), DC power supply switch (1013), WiFi switch (1014), master switch (1015) etc. is distributed on the panel of power supply device (1), the concrete distributing position of each parts is as follows: the lower position that is positioned on the positive panel of power supply device (1) includes four Direct current power source sockets (1091), two high-current dc power supply sockets (1092), two USB socket (1093), two USB Plus sockets (1094), a LAN socket (1095), a Wide Area Network socket (1096), a DC power supply switch (1013), a WiFi switch (1014), a master switch (1015) is a master switch (1015) with from left to right ordering, a DC power supply switch (1013), four Direct current power source sockets (1091), two high-current dc power supply sockets (1092), a WiFi switch (1014), a Wide Area Network socket (1096) and two USB Plus sockets (1094), a LAN socket (1095) and two USB socket (1093); The lower position that is positioned on the panel in power supply device (1) left side includes an AC in connector (1011) and a unified alternating current accessory power outlet (10122).

8. power supply device as claimed in claim 7, it is characterized in that, described power supply device (1) also includes the dc power plug (1016) of a plurality of different sizes, described dc power plug (1016) is connected with feed regulator isolator (105) by cable, is mainly used in the output DC source and gives power consumption equipment (3).

9. power supply device as claimed in claim 7 is characterized in that, the top of described power supply device (1) is provided with a storage area and a loam cake that is used to collect dc power plug (1016).

10. power supply device as claimed in claim 7, it is characterized in that, described power supply device (1) also includes an anti-theft arrangement (1017), described anti-theft arrangement (1017) is built-in with battery, power down inductive switch, mercoid switch and sound-producing device etc., and by built-in powered battery, wherein, described mercoid switch can be connected when described power supply device (1) is shaken, and described power down inductive switch can be connected when being input to the AC interruptions of described power supply device (1);

And,

When being input to the AC interruptions of power supply device (1), and when this power supply device (1) is shaken, power down inductive switch power down inductive switch and mercoid switch in this power supply device (1) are switched on simultaneously, described anti-theft arrangement (1017) is immediately by the sound-producing device sound that gives the alarm, represent that described power supply device (1) may be stolen, until recovering input ac power to this power supply device (1) and stop to shake this power supply device (1), the sound-producing device of described anti-theft arrangement (1017) just can be reset, and stops the sound that gives the alarm.

11. power supply device as claimed in claim 1, it is characterized in that, described unified alternating current accessory power outlet (10122) is provided with an insulation crust (B) and an insulating base (C), described insulating base (C) is fixed on the middle position of insulation crust (B) by insulating material, be provided with the space (D) that enough allows the ac plug head shell of IEC 60320 C14 specifications insert around the described insulating base (C) and between the insulation crust (B), and, insulating base (C) is provided with square hole (E1, E2, E3), arrange with isosceles triangle, comprise and be positioned at right-hand square hole (E1), be positioned at the square hole (E2) of left, be positioned at the square hole (E3) of top, at described square hole (E1, E2, E3) Nei both sides are provided with the conducting terminal (F1 of metal, F2, F3), comprise the conducting terminal (F1) that is positioned at both sides, square hole (E1), be positioned at the conducting terminal (F2) of both sides, square hole (E2), be positioned at the conducting terminal (F3) of both sides, square hole (E3), and, between the top center position of insulating base (C) and insulation crust (B), be provided with a circular space (G) that enough allows the grounding pin of ac plug of U.S. NEMA 5-15P specification insert, be provided with ground connection conducting terminal (H) in the top of described circular space (G), and, insulation crust (B) is by insulating material and insulating base (C), conducting terminal (F1, F2, F3) and ground connection conducting terminal (H) be fixed on the interior pre-position of insulation crust (B), can be plugged in the described unified alternating current accessory power outlet (10122) with the ac plug of guaranteeing standard IEC 60320 C14 specifications or the ac plug of U.S. NEMA5-15P specification.

12. as claim 1 or 2 or 3 or 4 described power supply devices, it is characterized in that, described power supply device (1) also includes one to a plurality of 60 pin computer power supply sockets (1018) and one extremely a plurality of 30 pin computer power supply sockets (1019), a computer power switch (1021)

Wherein,

Described 60 pin computer power supply sockets (1018) are provided with a tetragonal insulation crust (K), are provided with 60 insulating bases (L) that the four directions is tubular in described insulation crust (K), are provided with a conducting terminal (M) in each insulating base (L), to divide 6 row to arrange from top to bottom, be respectively first and walk to the 6th row, on first row, include conducting terminal (M1, M2, M3, M4, M5, M6, M7, M8, M9, M10), on second row, include conducting terminal (M11, M12, M13, M14, M15, M16, M17, M18, M19, M20), on the third line, include conducting terminal (M21, M22, M23, M24, M25, M26, M27, M28, M29 M30), includes conducting terminal (M31 on fourth line, M32, M33, M34, M35, M36, M37, M38, M39, M40), on fifth line, include conducting terminal (M41, M42, M43, M44, M45, M46, M47, M48, M49, M50), on the 6th row, include conducting terminal (M51, M52, M53, M54, M55, M56, M57, M58, M59, M60), and each insulating base (L) is fixed on the interior pre-position of insulation crust (K) by insulating material and each conducting terminal (M) etc., can be plugged in the described 60 pin computer power supply sockets (1018) to guarantee the described 60 pairing plugs of pin computer power supply socket (1018) (203);

Described 30 pin computer power supply sockets (1019) are provided with a tetragonal insulation crust (O), left in described insulation crust (O) is provided with 30 insulating bases (P) that the four directions is tubular, in each insulating base (P), be provided with a conducting terminal (Q), arrange to divide 6 row from top to bottom, be respectively first and walk to the 6th row, on first row, include conducting terminal (Q1, Q2, Q3, Q4, Q5), on second row, include conducting terminal (Q6, Q7, Q8, Q9, Q10), on the third line, include conducting terminal (Q11, Q12, Q13, Q14, Q15), on fourth line, include conducting terminal (Q16, Q17, Q18, Q19, Q20), on fifth line, include conducting terminal (Q21, Q22, Q23, Q24, Q25), on the 6th row, include conducting terminal (Q26, Q27, Q28, Q29, Q30), and, the right-hand insulating base (R) that is provided with in described insulation crust (O), on insulating base (R), be provided with two square holes (S) and four square holes (T), square hole (S) is positioned at the left of insulating base (R), comprise the square hole (S2) that is positioned at upper left square hole (S1) and is positioned at the lower left, four square holes (T) are positioned at described square hole (S1, S2) right-hand, to arrange from left to right, comprise square hole (T1), square hole (T2), square hole (T3), square hole (T4), at described square hole (S1, S2) Nei both sides are provided with conducting terminal (U), comprise the conducting terminal (U1) that is positioned at square hole (S1), be positioned at the conducting terminal (U2) of square hole (S2), at described square hole (T1, T2, T3, T4) Nei both sides are provided with conducting terminal (V), comprise the conducting terminal (V1) that is positioned at square hole (T1), be positioned at the conducting terminal (V2) of square hole (T2), be positioned at the conducting terminal (V3) of square hole (T3), be positioned at the conducting terminal (V4) of square hole (T4), and, each insulating base (P) and insulating base (R) are by insulating material and each conducting terminal (Q), each conducting terminal (U), each conducting terminal (V) etc. is fixed on the interior pre-position of insulation crust (O), can be plugged in the described 30 pin computer power supply sockets (1019) to guarantee the described 30 pairing plugs of pin computer power supply socket (1019) (204);

Described computer power switch (1021) is the master switch of the power supply exported of described 60 pin computer power supply sockets (1018) and 30 pin computer power supply sockets (1019).

13. power supply device as claimed in claim 12, it is characterized in that, the socket (109) of described power supply device (1) includes four Direct current power source sockets (1091), three high-current dc power supply sockets (1092), two USB socket (1093), two USB Plus sockets (1094), a LAN socket (1095), a Wide Area Network socket (1096), described AC outlet (1012) comprises two unified alternating current accessory power outlets (10122), and, described socket (109), AC in connector (1011), AC outlet (1012), DC power supply switch (1013), WiFi switch (1014), master switch (1015), 60 pin computer power supply sockets (1018), 30 pin computer power supply sockets (1019), computer power switch (1021) etc. is distributed on the panel of power supply device (1), the concrete distributing position of each parts is as follows: the lower position that is positioned on the positive panel of power supply device (1) includes two unified alternating current accessory power outlets (10122), 60 pin computer power supply sockets (1018), 30 pin computer power supply sockets (1019) are respectively two unified alternating current accessory power outlets (10122) with dextrosinistral order arrangement, 60 pin computer power supply sockets (1018), 30 pin computer power supply sockets (1019);

The top position that is positioned on the positive panel of power supply device (1) includes four Direct current power source sockets (1091), three high-current dc power supply sockets (1092), two USB socket (1093), two USB Plus sockets (1094), a LAN socket (1095), a Wide Area Network socket (1096), a DC power supply switch (1013), a WiFi switch (1014), (1015) computer power switch of master switch (1021) are a master switch (1015) with from left to right ordering, a DC power supply switch (1013), four Direct current power source sockets (1091), three high-current dc power supply sockets (1092), a WiFi switch (1014) and a computer power switch (1021), a Wide Area Network socket (1096) and two USB Plus sockets (1094), a LAN socket (1095) and two USB socket (1093);

The below that is positioned on the panel in power supply device (1) left side includes an AC in connector (1011).

14. power supply device as claimed in claim 12, it is characterized in that, described plug (203) is provided with a tetragonal insulating base (BB), on described insulating base (BB), be provided with 60 square holes (CC), arrange to divide 6 row from top to bottom, every row has 10 square holes (CC), middle position in each square hole (CC) is provided with a conducting terminal (DD), and, insulating base (BB) is fixed on the pre-position by insulating material and each conducting terminal (DD) etc., can be plugged in the described 60 pin computer power supply sockets (1018) to guarantee described plug (203).

15. power supply device as claimed in claim 12, it is characterized in that, described plug (204) is provided with a tetragonal insulating base (FF), right-hand 30 the square holes (GG) that are provided with on described insulating base (FF), arrange to divide 6 row from top to bottom, every row has 5 square holes (GG), middle position in each square hole (GG) is provided with a conducting terminal (HH), and, left on described insulating base (FF) is provided with a square hole (JJ), right-hand two conducting terminals (KK) that are provided with in square hole (JJ), with order arrangement from top to bottom, left at described two conducting terminals (KK) is provided with four conducting terminals (LL), with order arrangement from right to left, and insulating base (FF) is by insulating material and each conducting terminal (HH), each conducting terminal (KK), each conducting terminal (LL) etc. is fixed on the pre-position, can be plugged in the described 30 pin computer power supply sockets (1019) to guarantee described plug (204).

16. power supply device as claimed in claim 12 is characterized in that, the concrete connection situation of the conducting terminal (M) on the described 60 pin computer power supply sockets (1018) is as follows:

Conducting terminal (Mi1) is the terminal of connection+3.3V power supply, conducting terminal (M12) is the terminal that connects-12 power supplys, conducting terminal (M13) is the terminal that connects power ground, conducting terminal (M14) is the terminal that connects POWER SUPPLY ON signal, conducting terminal (M15) is the terminal that connects power ground, conducting terminal (M16) is the terminal that connects power ground, conducting terminal (M17) is the terminal that connects power ground, conducting terminal (M18) is the terminal of connection-5V power supply, conducting terminal (M19) is the terminal of connection+5V power supply, conducting terminal (M20) is the terminal of connection+5V power supply;

17. power supply device as claimed in claim 12 is characterized in that, it is as follows that the conducting terminal (Q) on the described 30 pin computer power supply sockets (1019) and conducting terminal (U) and conducting terminal (V) concrete is connected situation:

Conducting terminal (Q11) is that terminal, the conducting terminal (Q12) of connection IEEE 1394 signal TPB-is that terminal, the conducting terminal (Q13) that connects usb data line positive pole connects the terminal of power ground, terminal, the conducting terminal (Q15) that conducting terminal (Q14) is connection-12V power supply is the terminal of connection-12V power supply; Conducting terminal (Q16) is that the terminal, the conducting terminal (Q17) that connect IEEE 1394 signal TPB+ is the terminal that connects USB power supply ground GND, conducting terminal (Q18) connects power ground terminal, conducting terminal (Q19) are that terminal, the conducting terminal (Q20) of connection POWER SUPPLY ON signal is the terminal of connection+5V STANDBY power supply; Conducting terminal (Q21) is that the terminal, the conducting terminal (Q22) that connect IEEE 1394 signal TPA-is that the terminal, the conducting terminal (Q23) that connect first group of Ethernet Transmit+ signal is that the terminal, the conducting terminal (Q24) that connect first group of Ethernet Transmit-signal is that terminal, the conducting terminal (Q25) that connects first group of Ethernet Receive+ signal is the terminal that connects first group of Ethernet Receive-signal;

Conducting terminal (U1) is the terminal of connection+12V power supply, the terminal that conducting terminal (U2) connects power ground; Conducting terminal (V1) is the terminal of connection+5V power supply, the terminal that conducting terminal (V2) connects power ground, the terminal that conducting terminal (V3) is connection+3.3V power supply, the terminal that conducting terminal (V4) connects power ground.