.M366703 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種直流電源供應器及使用該直流電源 的家電裝置，尤指一種eSATA電源供應器及使用eSATA 電源的家電裝置。 【先前技術】.M366703 V. New Description: [New Technology Area] This is a DC power supply and home appliances that use the DC power supply, especially an eSATA power supply and home appliances that use eSATA power. [Prior Art]
由於電腦已是現代人在工作上或生活上不可或缺的電 子裝置，使用電腦的時間相當長，因此已有一些能結合電 腦使用的生活用品被推出。 以電腦常見的USB連接埠來說，由於刪連接瑋定 義有其中兩支端子為+5V & GV @直流準位，而當電腦開 啟時此兩支端子即持續供應5V 4流電源；因此，開始有 人發展出利用此一小功率的亩、Ά ^ ^ 力丰的直机電源設計出個人化的玩具 或電子用品，如電子植物、立继士 丨植物曰樂布偶、桌上型LED燈等低 功率的電子產品。 除上述電子產品外，亦有人推出U 品’然而受限於USB僅能提供小功率的 實際效益並不大，以加熱型家電 供保溫效果，無法到達加熱的作用。 的小型家電產 直流電源，其 其最多僅能提 由上述說明可知， 無法使用較大功率的家 目前應用電腦作為電《然方便但 電農置’仍有待進-步改良之。 【新型内容】 3 M366703 有鑑於上述小型家電功率不足 卞卜疋问題，本創作主要目的 係提供一種使用eSATA電## J本电衮置’令家電裝置直接 使用eSATA電源供應器電源，而尤、，口 电愿而不必另外使用高功率的變 壓器。 欲達上述目的所使用的主要技術手段係令該使用 eSATA電源的家電裝置包含有： " 一外殼； —第二eSATA連接器’係固定於外殼上並外露於外殼 外侧，且至少包含有一電源端子組，供與帶電的eSAT^ 接益連接後取得高功率的直流電源； 一電源電路’係固定於外殼上，且其輸人端係與該第 一 eSATA連接器的電源端子組電連接；及 -驅動負载，係與電源電路輸出端電連接以獲得工作 電源。 上述本創作的家電裝置係主要於外殼上設有一第二 'SATA連接ϋ ’以直接對應連接如桌上型電腦或筆記型電 腦上帶電的eSATA連接器，以透過電腦的eSATA連接器 取得高功率的直流電源，再由電源電路將該直流電路轉換 •後輸出至驅動負載，作為該驅動負載的工作電源；是以， 本創作的家電裝置可直接與帶電的eSATA連接器連接，以 獲付咼功率的直流電源，不必額外使用一變壓器。 【實施方式】 百先請參閱第一圖及第四圖所示，係為本創作使用 eSATA電源的家電裝置（3G)第-較佳實施例，其包含有： 4 • M366703 一外殼（31); 第一 eSATA連接器（40)，係固定於外殼上並外露於 外殼夕Η則，且至少包含有一電源端子組（圖中未示）；於本 實施例中該第二eSATA連接器(4〇)係為一撕八插座； 一電源電路（33)，係設於該外殼（31)内，且其輪入端係 與該第二eSATA連接器（40)的電源端子組電連接；及 一驅動負載（34) ’係與電源電路（33)輸出端電連接以獲 .2工作電源；於本實施例中’該驅動負載(34)係為一加熱 器，§亥加熱器可為一加熱墊或一加墊線圈。 明配合參閱第六圖所示，係為本創作家電I置⑽^第 二較佳實施例，其中該第二eSATA連接器（術）係包含有 一 eSATA接頭（41)及一纜線（42),該eSATA接頭（41)係與 纜線（42)—端連接，而纜線（42)另一端則固定在該外殼（μ) 處。 請同時參閱第一圖所示，本創作家電裝置的以ΑτΑ連 接器係與桌上型電腦主機的帶電eSATA連接器插接，以透 過帶電eSATA連接器獲得電腦的高功率的直流電源，以下 謹進一步說明，該桌上型電腦主機的帶電eSATA連接器供 .電結構，請進一步配合參閱第二圖及第三圖所示，該帶電 eSATA連接器供電結構係包含有： 一直"u_電源供應器（〗1 )，係提供一高功率的直流電源； 於本實施例中，該直流電源供應器（11}係為一桌上型電腦主 機（60)内的電源供應器（丨la)，並採用該電源供應器的大於 +5V至+12V直流電源；及 、 一帶電eSATA連接器（20)，係與該直流電源供應器（ιι) 5 M366703 電連接’並包含有一電源端子組（21)及一 eSATA訊號端子 組（22)，該電源端子組（22)係與該直流電源供應器（11)電連 接，以取得高功率直流電源；於本實施例中，該帶電eSATA 連接器（20)係為一 eSATA插座，並設置於一介面卡（23)上， 透過該介面卡（23)插設至桌上型電腦主機（60)内的主機板 (61)上插槽（62)，且其電源端子組（21)係與該介面卡（23)上 ' 的電源端子座（231)電連接，由該電源端子座（231)與電源供 • 應器（11a)的+12V直流插頭（111)插接；是以，該帶電eSATA • 連接器的電源端子組即提供大於+5 V的直流電源。 誠如第一圖所示的家電裝置實施例，由於其第二 eSATA連接器為一 eSATA插座，故欲取得帶電eSATA連 接器的直流電源，則額外使用一雙eSATA接頭纜線（50)結 構，配合第七圖所示，該雙eSATA接頭纜線（50)係包含有： 一線體（5 1)，其外電絕緣體内設有至少9條電線（5 11); 二eSATA接頭（52)，係分別連接至該線體（51)二端， 各eSATA接頭（51)包含有一 eSATA訊號端子組（521)及一 ® 電源端子組（522)，並分別與對應的電線（5 11)電連接；其中 該電源端子組（522)係外露於eSATA接頭（52)外側；及 一安全開關（53)，係設於其中一 eSATA接頭（52)的一 * 側，並串接與該eSATA接頭（52)的一電源端子（522)與其對 應電線（5 11)之間，以決定該電源端子（522)是否與其對應電 線（511)電連接。 上述二個eSATA接頭（52)係分別插設至該家電裝置（20) 的第二eSATA插座及桌上型電腦主機的帶電eSATA插座， 故該家電裝置（20)的第二eSATA插座即可透過此一雙 M366703 eSΑΤΑ接頭纜線（50)獲得桌上型電腦的+12V直流電源。再 者，由於eSΑΤΑ接頭（52)的電源端子組（522)係包含有二支 外露的電源端子，為避免未插接至第二eSATA連接器（40) 的eS ΑΤΑ接頭（52)，因不小心將導電體碰觸到外露的二支 電源端子（522)造成短路的危險，故使用者在尚未插接至家 電裝置（30)的第二eSATA連接器（40)時，控制安全開關（53) ' 斷開其中一條電線（511)與eSATA接頭（52)電源端子（522) . 的連接，待插設至家電裝置（30)的第二eSATA連接器（40) • 之後，再控制安全開關（53)令該eSATA接頭的一電源端子 (522)與其對應電線（511)連接，達到安全用電的功效。 至於如第六圖所示的本創作家電裝置（20a)中，其該第 二eSATA連接器（40a)係包含有纜線（42)及eSATA接頭 (41)，故其eSATA接頭（41)可直接插設至該桌上型電腦主 機（60)的帶電eSATA插座中。 此外，如第五圖所示，本創作的家電裝置（20)亦可配 合筆記型電腦（63)使用，其中該筆記型電腦的帶電eSATA •連接器供電結構係包含有： 一交流變壓器，該交流變壓器係將一交流電源轉換為 直流電源後輸出； ’ 一 PCMCIA介面插卡，係供插設至該筆記型電腦的 PCMCIA插槽中，該PCMICIA介面插卡係包含有一直流電 源插座，該直流電源插座係連接至該交流變壓器的輸出 端；及 一帶電eSATA連接器，係設置於該PCMCIA介面插 卡上，並包含有一電源端子組及一 e S A T A訊號端子組，其 7 M366703 中該電源端子組係與該直流電源插座（241)連接。 由於筆記型電腦内並無+12V直流電源，故必須額外連 接該父流變壓器（1 1 b)，由交流變壓器將交流電源轉換為 + 12V直流電源後輸出至該PCMCIA介面插卡（24)的直流電 源插座（241)，此時由於該帶電eSATA連接器（2〇)的電源端 子組係與該直流電源插座（241)連接，而能提供直流電源。 疋以，本創作家電裝置的第二eSATA連接器同樣能配 '合筆記型電腦使用之，並獲得足夠功率的直流電源。 【圖式簡單說明】 弟圖.係本創作第一較佳實施例的立體分解圖。 第二圖：係本創作第—圖之eSATA電源供應器的前視 圖。 第三圖：係本創作第二圖内部的俯視示意圖。 第四圖.係本創作第一圖之使用eSATA電源家電裝置 的功能方塊圖。 第五圖.係本創作eSATA電源供應器第二較佳實施例 的立體分解圖。 第六圖：係本創作家電裝置第二較佳實施例的立體外 觀圖。 第七圖·係供本創作第—較佳實施例用的缓線立體外 【主要元件符號說明】 8 M366703Since computers are already indispensable electronic devices for modern people at work or in their lives, the use of computers has been quite a long time, so some household items that can be used in conjunction with computers have been introduced. In the computer's common USB port, since the two ports are defined as +5V & GV @DC level, the two terminals continue to supply 5V 4 stream power when the computer is turned on; therefore, At the beginning, some people have developed a simple toy power source that uses this low-powered mu, Ά ^ ^ Lifeng to design personalized toys or electronic products, such as electronic plants, Li Ji Shi, plant, music, puppets, desktop LED lights Such as low-power electronic products. In addition to the above-mentioned electronic products, some people have introduced U-products. However, the practical benefit of USB being limited to provide only low power is not large. Heating appliances can provide thermal insulation and cannot reach the heating effect. The small-sized home appliances produce DC power, and at most, it can be seen from the above description that it is not possible to use a home with a large power. At present, the application of a computer as a power supply is convenient, but the electric farmer has yet to be improved. [New Content] 3 M366703 In view of the above-mentioned problem of insufficient power of small appliances, the main purpose of this creation is to provide an eSATA power supply using the eSATA power ##J electric device, which enables the home appliance to directly use the eSATA power supply. I hope that I don't have to use a high-power transformer. The main technical means used to achieve the above purpose is that the household appliance using the eSATA power supply includes: " a casing; the second eSATA connector is fixed to the outer casing and exposed outside the casing, and includes at least one power source The terminal group is configured to obtain a high-power DC power supply after being connected to the charged eSAT^; a power supply circuit is fixed to the outer casing, and the input end is electrically connected to the power terminal group of the first eSATA connector; And - drive the load, which is electrically connected to the output of the power circuit to obtain the working power. The above-mentioned home appliance device is mainly provided with a second 'SATA port' on the outer casing to directly connect the eSATA connector on the desktop computer or the notebook computer to obtain high power through the eSATA connector of the computer. The DC power supply is converted by the power supply circuit and output to the driving load as the working power of the driving load; therefore, the home appliance of the present invention can be directly connected to the charged eSATA connector to be paid. Power DC power supply, no need to use a transformer. [Embodiment] Please refer to the first and fourth figures for the first embodiment, which is the first preferred embodiment of the home appliance (3G) using the eSATA power supply, which includes: 4 • M366703 a casing (31) The first eSATA connector (40) is fixed on the outer casing and exposed to the outer casing, and includes at least one power terminal set (not shown); in the embodiment, the second eSATA connector (4) 〇) is a tear-off socket; a power circuit (33) is disposed in the outer casing (31), and its wheel-in end is electrically connected to the power terminal block of the second eSATA connector (40); A driving load (34) is electrically connected to the output end of the power circuit (33) to obtain a working power of the .2; in the embodiment, the driving load (34) is a heater, and the heating heater can be a Heating pad or a padded coil. As shown in the sixth figure, the second preferred embodiment of the present invention is a second home SATA connector (41) including an eSATA connector (41) and a cable (42). The eSATA connector (41) is connected to the cable (42) end, and the other end of the cable (42) is fixed to the housing (μ). Please also refer to the first figure. The ΑτΑ connector of the author's home appliance is plugged into the live eSATA connector of the desktop computer to obtain the high-power DC power of the computer through the charged eSATA connector. Further, the powered eSATA connector of the desktop computer has an electrical structure. Please refer to the second and third figures. The power supply structure of the powered eSATA connector includes: Always "u_Power The supplier (1) provides a high-power DC power supply; in this embodiment, the DC power supply (11} is a power supply (丨la) in a desktop computer (60). And the power supply is greater than +5V to +12V DC power supply; and, a charged eSATA connector (20) is electrically connected to the DC power supply (ιι) 5 M366703 and includes a power terminal set ( 21) and an eSATA signal terminal group (22), the power terminal group (22) is electrically connected to the DC power supply (11) to obtain a high-power DC power supply; in this embodiment, the charged eSATA connector (20) An eSATA socket is disposed on an interface card (23), and is inserted into the slot (62) of the motherboard (61) in the desktop mainframe (60) through the interface card (23), and The power terminal group (21) is electrically connected to the power terminal block (231) of the interface card (23), and the +12V DC plug of the power terminal block (231) and the power supply device (11a) ( 111) Plug-in; Yes, the powered eSATA • The power supply terminal block of the connector provides a DC power supply greater than +5 V. As in the home appliance embodiment shown in the first figure, since the second eSATA connector is one eSATA socket, in order to obtain the DC power supply of the powered eSATA connector, an additional pair of eSATA connector cable (50) structure is used. As shown in the seventh figure, the dual eSATA connector cable (50) includes: a line body (5 1), at least 9 wires (5 11) are provided in the outer electric insulator; two eSATA connectors (52) are respectively connected to the two ends of the wire body (51), and each eSATA connector (51) includes an eSATA signal a terminal set (521) and a ® power terminal set (522), and are respectively electrically connected to corresponding wires (5 11); The power terminal group (522) is exposed on the outer side of the eSATA connector (52); and a safety switch (53) is disposed on a * side of one of the eSATA connectors (52) and is connected in series with the eSATA connector (52) Between a power terminal (522) and its corresponding wire (5 11), to determine whether the power terminal (522) is electrically connected to its corresponding wire (511). The two eSATA connectors (52) are respectively inserted into the home appliance (20) The second eSATA socket and the powered eSATA socket of the desktop computer, so the second eSATA socket of the household appliance (20) can obtain the desktop computer through the pair of M366703 eS connector cable (50) +12V DC power supply. Furthermore, since the power terminal group (522) of the eSΑΤΑ connector (52) includes two exposed power terminals, in order to avoid the eS ΑΤΑ connector (52) that is not plugged into the second eSATA connector (40), Careful contact with the exposed two power terminals (522) causes a short circuit, so the user controls the safety switch when not plugged into the second eSATA connector (40) of the household appliance (30). ) ' Disconnect one of the wires (511) from the eSATA connector (52) power terminal (522). The second eSATA connector (40) to be inserted into the household appliance (30) • Then control the safety switch (53) Connect a power terminal (522) of the eSATA connector to its corresponding wire (511) to achieve safe power use. As for the present home appliance device (20a) shown in FIG. 6, the second eSATA connector (40a) includes a cable (42) and an eSATA connector (41), so that the eSATA connector (41) can be Plug directly into the powered eSATA socket of the desktop host (60). In addition, as shown in the fifth figure, the home appliance (20) of the present invention can also be used with a notebook computer (63), wherein the charged eSATA • connector power supply structure of the notebook computer includes: an AC transformer, The AC transformer converts an AC power source into a DC power source and outputs it; 'a PCMCIA interface card is inserted into the PCMCIA slot of the notebook computer, and the PCMICIA interface card card includes a DC power socket, the DC The power socket is connected to the output end of the AC transformer; and a charged eSATA connector is disposed on the PCMCIA interface card, and includes a power terminal group and an e SATA signal terminal group, wherein the power terminal is 7 M366703 The group is connected to the DC power socket (241). Since there is no +12V DC power supply in the notebook, the parent transformer (1 1 b) must be additionally connected. The AC power is converted to + 12V DC power by the AC transformer and output to the PCMCIA interface card (24). A DC power socket (241), at which time a power supply terminal of the live eSATA connector (2〇) is connected to the DC power socket (241) to provide DC power. In other words, the second eSATA connector of the author's home appliance can also be used with a notebook computer and obtain a DC power supply with sufficient power. BRIEF DESCRIPTION OF THE DRAWINGS A schematic exploded view of a first preferred embodiment of the present invention. Figure 2: Front view of the eSATA power supply for the first part of this creation. The third picture is a top view of the inside of the second picture of this creation. Figure 4 is a functional block diagram of the eSATA power home appliance used in the first diagram of this creation. Figure 5 is a perspective exploded view of a second preferred embodiment of the present eSATA power supply. Fig. 6 is a perspective view showing a second preferred embodiment of the present home appliance. The seventh figure is for the creation of the first-preferred embodiment of the slow-line stereo (the main component symbol description) 8 M366703
(lO)eSATA電源供應器 (11a)電源供應器 (111)直流插頭 (20)帶電eSATA連接器 (22)eSATA訊號端子組 (231)電源端子座 (241)直流電源插座 (31)外殼 (34)驅動負載 (40a)第二eSATA連接器 (41)eSATA 接頭 (50)纜線 (511)電線 (521)eSATA訊號端子組 (53)安全開關 (61)主機板 (63)筆記型電腦 (70)便當盒 (11)直流電源供應器 (lib)交流變壓器 (112)輸出端 (21)電源端子組 (23) 介面卡 (24) PCMCIA介面插卡 (30)(30a)家電裝置 (33)電源電路 (40)第二eSATA連接器 (401)電源端子組 (42)纜線 (51) 線體 (52) eSATA 接頭 (522)電源端子組 (60)電腦主機 (62)插槽 (631)插槽(lO) eSATA power supply (11a) power supply (111) DC plug (20) with live eSATA connector (22) eSATA signal terminal group (231) power terminal block (241) DC power socket (31) housing (34 ) Drive load (40a) Second eSATA connector (41) eSATA connector (50) Cable (511) Wire (521) eSATA signal terminal group (53) Security switch (61) Motherboard (63) Notebook (70 ) Bento box (11) DC power supply (lib) AC transformer (112) Output (21) Power terminal group (23) Interface card (24) PCMCIA interface card (30) (30a) Home appliance (33) Power supply Circuit (40) second eSATA connector (401) power terminal block (42) cable (51) wire body (52) eSATA connector (522) power terminal block (60) computer host (62) slot (631) plug groove