201013008 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種洗衣機，特別是指一種具有抗菌 銀離子水的洗衣機。 【先前技術】 參閱圖1，現有的洗衣機1包含一洗務單元11、一給水 單元12，及一控制單元13。該洗務單元包括一機殼in， 及一可轉動地設於該機殼内的洗衣槽112。該給水單元12 包括一設於該機殼内的給皂盒121、一供水流入該給息盒内 的入水管122,及一連通該給皂盒與該洗衣槽的出水口 ία 。該控制單元13是電連接地設於該機殼iu上，並驅動該 洗務羊元11的洗衣槽112轉動。如前所述之設計，可以不 需要人工親手洗滌衣物（圖未示）’只需要將洗滌劑（圖未示） 加入該給皂盒121中，並使水（圖未示）經過該入水管122進 入該給息盒123中’將洗蘇劑溶入水中，再將溶有洗務劑 的水經由該出水口 123排入該洗衣槽112中，再藉由該控制 單元13驅動該洗衣槽112轉動，使溶有洗滌劑的水經轉動 後產生一衝擊力，並將該衝擊力施加在待洗衣物上，藉以 去除衣物上的污垢，達到洗衣機1的洗淨功能。 然而這樣的設計在清潔效果上十分有限，於是，就有 相關業者在洗衣機1上進行改良，以我國證書號碼第 278549號發明專利案所揭露之“離子洗提單元即包含離子 洗提單元之機器“為例，該專利大致上與上述相同，其特 徵是：在現有給水單元12的入水管122和給皂盒123之間 201013008 加裝一離子洗提單元14。該離子洗提單元14内設有二電極 片（圖未示），當該洗衣機1通電後對該二電極片施加電壓 ’使電流通過時，將該二電極片的金屬離子電解至水裡面 ’當帶金屬離子的水流入洗衣槽112時，與待洗衣物接觸， 進而使金屬離子將待洗衣物上的穢物吸附後，溶於水中， 達到清潔的效果。 然而’這樣的設計雖然可以提高洗衣機丨的洗淨能力 ’但卻也相對地增加了洗衣機的用電量，而使得使用者在 曰常生活上的用電成本增加，再者，倘若使用者操作不當 或疋洗衣機1本身製造不良，皆很有可能因為電解過程中 產生漏電’而讓使用者在不知情的狀況下接觸到有電的水 而導致觸電，產生危險。 【發明内容】 因此’本發明之目的，即在提供一種不需額外供電， 就能在洗衣過程中供應抗菌銀離子水的洗衣機。 於是’本發明之具有抗菌銀離子水的洗衣機，包含一 洗滌單元、一控制單元，及一供應單元。 該洗滌單元包括一殼體，及一可轉動地設於該殼體内 的洗濯槽。 該控制單元是電連接地設於該殼體上，且驅動該洗濯 槽轉動。 該供應單元包括一設於該殼體的給皂座、一連設於該 給息座上且具有一容室的抗菌座、一可分離地置放於該容 室的銀離子抗菌包、一設於該殼體並供水流入該抗菌座之 201013008 容室的入水管，及一供水由該抗菌座之容室流入該洗濯槽 内的出水管。 該供應單元是將水經由該入水管導入該銀離子抗菌包 内’並使銀離子溶入水中，生成銀離子水，再流經該出水 管後’流入該洗濯槽中。 本發明之功效在於：利用設於該抗菌座内的銀離子抗 菌包’使水經過該銀離子抗菌包時，將銀離子溶入水中， 生成銀離子水’藉由水中的銀離子將待洗衣物上的穢物吸 附’並帶走穢物’藉此將衣物洗淨，而不需要額外增加用 電量，節省用電開銷，更避免掉電解反應時可能引發的觸 電問題’也提高了使用上的安全性 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之一個較佳實施例的詳細說明中，將可 清楚的呈現。 參閱圖2，本發明具有抗菌銀離子水的洗衣機2之一較 佳實施例，包含一洗縣單元3、一控制單元4，及一供應單 元5。 該洗滌單元3包括一矩形直立於地且開口向上的殼體 31，及-可轉動地設於該殼體31内且開口向上的洗濯槽32 ，該殼體31和該洗濯槽32的開口相連。該控制單元4是 電連接地設於該殼體31上，並透過—肢好的系統程式（ 圖未示）啟動一馬達（圖未示）驅動該洗灌槽32轉動，由 於該控制單元4為所述技術領域者能夠簡單變換的技術， 201013008 且非本發明討論的重點，故在此不再詳加說明。 一併參閱圖2與圖3，該供應單元5包括一設於該殼體 31内部的給皂座51、一連設於該給皂座51頂面上且具有 一容室521的抗菌座52、一可分離地置放於該抗菌座52之 容室521的銀離子抗菌包53、一由該殼體31表面開設並連 通該抗菌座52的入水管54，及一由該抗菌座52底部開設 並連通該洗務單元3之洗濯槽32的出水管55。該入水管 54是將該洗衣機2外部的自來水導入該抗菌座52之容室 521 ;而水通過該抗菌座52之容室521後，流入該洗濯槽 32内。 該給皂座51具有一與該抗菌座52連接的給皂盒5Π， 一設於該殼體31上並連通該給皂盒511的給水口 512，及 一設於該給皂盒511底部且連通該洗滌單元3之洗濯槽32 的放水口 513,該給皂盒511是用來置放洗滌劑的，而該給 水口 512是將該洗衣機2外部的自來水導入該給皂盒511内 ，水將洗滌劑溶解後，經由該放水口 513將帶有洗務劑的 水導入該洗濯槽32中。 該銀離子抗菌包53具有一多孔性袋體531，及多數裝 設於該袋體531内的礦石532 ’且該等礦石532遇水後可將 多數銀離子〉谷於水中’並產生銀離子水。該出水管55則具 有一連通於該抗菌座52之容室521的管體551，及一連通 該管體5 51且攻於該給息座51底部的噴嘴552，該喷嘴 552可將銀離子水均勻的導入該洗濯槽32中。此外，該銀 離子抗菌包53的平均使用壽命約為1個月，且可經由資源 201013008 回收將該銀離子抗菌包53重新收回，以達到不污染環境的 環保的功能。 將一洗滌劑（圖未示）置入該供應單元5之給皂座51 的給皂盒511中，並利用該控制單元4驅動該洗滌單元3的 洗濯槽32轉動，將水經由給水口 512導入該給皂盒511内 ，使該洗滌劑溶解於水中，並將帶有洗滌劑的水，通過該 給皂座51的放水口 513流入該洗滌單元3的洗濯槽32中 〇 ❹ 然、後’如圖3的箭頭方向所示，將來自該洗衣機2外 部的水另外導入該抗菌座52之容室521内，並與導入該給 皂盒511内的水分開，使裝在該銀離子抗菌包幻之袋體 531内的該等礦石532浸泡在水中，由於銀在水中具有良好 的解離性，使銀離子輕易的解離於水中，#此使銀離子抗 菌包53内的礦石532遇水後，將銀離子溶入水中，生成銀 離子水’經由該出水管55’從該噴嘴552將帶有銀離子的 水注入該洗濯槽32 β，再利用具有抗菌和殺菌功能的銀離 © 子水錢在該洗濯们2⑽待洗衣物上的穢物，也就是使 溶於水中的銀離子以吸附的方式，與該等待洗衣物上的穢 物結合，進而將穢物帶入水中，並經由該控制單元4的控 制將結合有穢物的銀離子水排出該洗濯# 32外達到洗^ 衣物的效果。 此外，利用水通過銀離子抗菌包53並將銀離子溶解出 來的方式，可免去使用銀電極片電解水的方式所產生耗電 的問題，因而減少不必要的用電開銷，也避免掉電解反應 201013008 時可能引發的觸電問題，更提供了一種安全不用電且又可 節省開銷的方式。 歸納上述，本發明之具有抗菌銀離子水的洗衣機2，利 用設於該供應單元5之給4座51上的該銀離子抗菌包53， 使水經由該入水管54流入該銀離子抗菌包53，將該等礦石 532上的銀離子溶解於水中，並生成銀離子水，再經過該出 水管55流入該洗濯槽32中，使銀離子水與待洗衣物上的 穢物結合，就能達到不需要額外利用電解水產生銀離子， 又可抗菌洗衣的效果，故確實能達到本發明之目的。 惟以上所述者，僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請專利 範圍及發明說明内容所作之簡單的等效變化與修飾皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一立體圖，說明習知的洗衣機； 圖2是一立體圖，說明本發明具有抗菌銀離子水的洗 衣機之一較佳實施例的主要構造；及 圖3是一局部剖面圖，說明該較佳實施例的供應單元 細部構造。 10 201013008 【主要元件符號說明】 2 洗衣機 52 抗菌座 3 洗滌單元 521 容室 31 殼體 53 銀離子抗菌包 32 洗濯槽 531 袋體 4 控制單元 532 礦石 5 供應單元 54 入水管 51 給皂座 55 出水管 511 給皂盒 551 管體 512 給水口 552 喷嘴 513 放水口 11201013008 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD The present invention relates to a washing machine, and more particularly to a washing machine having antibacterial silver ion water. [Prior Art] Referring to Fig. 1, a conventional washing machine 1 includes a washing unit 11, a water supply unit 12, and a control unit 13. The washing unit includes a casing in, and a washing tank 112 rotatably disposed in the casing. The water supply unit 12 includes a soap box 121 disposed in the casing, a water inlet pipe 122 for supplying water into the service box, and a water outlet ία communicating with the soap box and the washing tank. The control unit 13 is electrically connected to the casing iu and drives the washing tank 112 of the washing sheep 11 to rotate. As described above, it is not necessary to manually wash the laundry (not shown). It is only necessary to add a detergent (not shown) to the soap box 121, and the water (not shown) passes through the water inlet pipe. 122, entering the service box 123, 'dissolving the detergent agent into the water, discharging the water containing the detergent agent into the washing tank 112 through the water outlet 123, and driving the washing tank by the control unit 13 The rotation of 112 causes the water in which the detergent is dissolved to generate an impact force, and the impact force is applied to the laundry to remove the dirt on the laundry to achieve the washing function of the washing machine 1. However, such a design has a very limited cleaning effect, so that there is a related manufacturer to improve on the washing machine 1, and the "ion eluting unit, that is, the machine containing the ion eluting unit" disclosed in the invention patent No. 278549 "For example, the patent is substantially the same as described above, and is characterized in that an ion stripping unit 14 is installed between 201013008 between the inlet pipe 122 and the soapbox 123 of the existing water supply unit 12. The ion eluting unit 14 is provided with two electrode sheets (not shown). When the washing machine 1 is energized, a voltage is applied to the two electrode sheets to pass the current ions, and the metal ions of the two electrode sheets are electrolyzed into the water. When the water with metal ions flows into the washing tank 112, it is in contact with the laundry, and then the metal ions absorb the sputum on the laundry, and then dissolve in the water to achieve a cleaning effect. However, 'such a design can improve the washing ability of the washing machine', but it also relatively increases the power consumption of the washing machine, so that the user's electricity cost in the ordinary life increases, and further, if the user operates Improper or defective washing machine 1 itself is very likely to cause electric shock due to leakage during the electrolysis process, which causes the user to be exposed to electricity without knowing the electricity. SUMMARY OF THE INVENTION Therefore, it is an object of the present invention to provide a washing machine capable of supplying antibacterial silver ion water in a laundry process without requiring additional power supply. Thus, the washing machine with antibacterial silver ion water of the present invention comprises a washing unit, a control unit, and a supply unit. The washing unit includes a casing and a washing tank rotatably disposed in the casing. The control unit is electrically connected to the housing and drives the washing tub to rotate. The supply unit comprises a soaping seat disposed on the housing, an antibacterial seat connected to the feeding seat and having a chamber, and a silver ion antibacterial bag detachably disposed in the chamber. The inlet pipe of the 201013008 chamber of the antibacterial seat is supplied to the casing, and a water supply pipe flowing into the washing tank from the chamber of the antibacterial seat is supplied. The supply unit introduces water into the silver ion antibacterial package through the water inlet pipe, and dissolves the silver ions in the water to generate silver ion water, and then flows through the water discharge pipe to flow into the washing tank. The effect of the invention is that: when the silver ion antibacterial package disposed in the antibacterial seat is used to pass water through the silver ion antibacterial bag, the silver ions are dissolved in water to generate silver ion water 'by the silver ions in the water to be laundry The dirt on the object adsorbs 'and takes away the stolen goods' to wash the clothes without additional power consumption, saving electricity consumption, and avoiding the electric shock problem that may be caused by the electrolysis reaction. The above-mentioned and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments. Referring to Figure 2, a preferred embodiment of the washing machine 2 of the present invention having antimicrobial silver ion water comprises a washing unit 3, a control unit 4, and a supply unit 5. The washing unit 3 includes a housing 31 which is rectangularly erected to the ground and has an opening upward, and a washing tank 32 rotatably disposed in the housing 31 and having an opening upward. The housing 31 is connected to the opening of the washing tank 32. . The control unit 4 is electrically connected to the housing 31, and a motor (not shown) is used to activate a motor (not shown) to drive the washing tank 32 to rotate, because the control unit 4 The technology that can be easily changed by those skilled in the art, 201013008, is not the focus of the present invention, and therefore will not be described in detail herein. Referring to FIG. 2 and FIG. 3, the supply unit 5 includes a soap holder 51 disposed inside the casing 31, and an antibacterial seat 52 connected to the top surface of the soap holder 51 and having a chamber 521. a silver ion antibacterial bag 53 detachably disposed in the chamber 521 of the antibacterial seat 52, a water inlet pipe 54 opened from the surface of the casing 31 and communicating with the antibacterial seat 52, and a bottom portion of the antibacterial seat 52 And connected to the water outlet pipe 55 of the washing tank 32 of the washing unit 3. The water inlet pipe 54 is such that the tap water outside the washing machine 2 is introduced into the chamber 521 of the antibacterial seat 52. After the water passes through the chamber 521 of the antibacterial seat 52, the water flows into the washing tank 32. The soaping seat 51 has a soap box 5Π connected to the antibacterial seat 52, a water supply port 512 disposed on the casing 31 and communicating with the soap box 511, and a bottom portion of the soap box 511 and a water discharge port 513 that communicates with the washing tank 32 of the washing unit 3, the soap box 511 is for placing detergent, and the water supply port 512 is to introduce tap water outside the washing machine 2 into the soap box 511, water After the detergent is dissolved, water with a detergent is introduced into the washing tank 32 through the water discharge port 513. The silver ion antibacterial bag 53 has a porous bag body 531, and most of the ore 532' installed in the bag body 531, and the ore 532 can cause most silver ions to be in the water and produce silver. Ionic water. The water outlet pipe 55 has a pipe body 551 communicating with the chamber 521 of the antibacterial seat 52, and a nozzle 552 that communicates with the pipe body 51 and attacks the bottom of the feed seat 51. The nozzle 552 can be used for silver ions. Water is uniformly introduced into the washing tank 32. In addition, the silver ion antibacterial package 53 has an average service life of about one month, and the silver ion antibacterial package 53 can be recovered by recycling the resources 201013008 to achieve an environmentally friendly function that does not pollute the environment. A detergent (not shown) is placed in the soap box 511 of the soaping unit 51 of the supply unit 5, and the washing unit 32 of the washing unit 3 is driven to rotate by the control unit 4 to pass water through the water inlet 512. The soap dispenser 511 is introduced into the soap box 511 to dissolve the detergent in water, and the detergent-containing water flows into the washing tank 32 of the washing unit 3 through the water discharge port 513 of the soap holder 51. As shown by the direction of the arrow in Fig. 3, water from the outside of the washing machine 2 is additionally introduced into the chamber 521 of the antibacterial seat 52, and separated from the water introduced into the soap box 511 to be electrostatically contained in the silver ion. The ore 532 in the bag 531 is immersed in water. Since the silver has good dissociation property in water, the silver ions are easily dissociated from the water, so that the ore 532 in the silver ion antibacterial package 53 is in contact with water. The silver ion is dissolved in water to generate silver ion water. The water with silver ions is injected into the washing tank 32 β from the nozzle 552 via the outlet pipe 55 ′, and the silver ion-free water having antibacterial and bactericidal functions is utilized. Money in the washings 2 (10) stolen goods on the laundry, also The silver ions dissolved in water are combined with the sputum on the waiting laundry, and then the sputum is brought into the water, and the silver ion water combined with the sputum is discharged by the control of the control unit 4. The washing ## outside reaches the effect of washing clothes. In addition, by using water to pass through the silver ion antibacterial package 53 and dissolving the silver ions, the problem of power consumption caused by the method of electrolyzing water using the silver electrode piece can be eliminated, thereby reducing unnecessary power consumption and avoiding electrolysis. The electric shock problem that may be triggered in response to 201013008 provides a safe and power-free way to save money. In the above, the washing machine 2 having the antibacterial silver ion water of the present invention uses the silver ion antibacterial bag 53 provided on the four seats 51 of the supply unit 5 to allow water to flow into the silver ion antibacterial bag 53 via the water inlet pipe 54. The silver ions on the ore 532 are dissolved in water, and silver ion water is generated, and then flows into the washing tank 32 through the outlet pipe 55 to combine the silver ion water with the waste on the laundry. It is not necessary to additionally use electrolytic water to generate silver ions, and the effect of antibacterial laundry is achieved, so that the object of the present invention can be achieved. The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are all It is still within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing a conventional washing machine; Fig. 2 is a perspective view showing a main structure of a preferred embodiment of a washing machine having antibacterial silver ion water of the present invention; and Fig. 3 is a partial view The cross-sectional view illustrates the detail configuration of the supply unit of the preferred embodiment. 10 201013008 [Description of main components] 2 Washing machine 52 Antibacterial seat 3 Washing unit 521 Housing 31 Housing 53 Silver ion antibacterial bag 32 Washing tank 531 Bag body 4 Control unit 532 Ore 5 Supply unit 54 Inlet pipe 51 To soap holder 55 Water pipe 511 to soap box 551 pipe body 512 water supply port 552 nozzle 513 water discharge port 11