1301743 九、發明說明： 【發明所屬之技術領域】 特別是-餘不增加其體積的狀況 本發明係關於一種水泵 下可以增強其效能的水泵。 【先前技術】 ▲ ^泵-般制來取财，使水可以自低位處透過水泵 而位處，所以水泵在日常生活中的應用很廣泛；例如二^ ，水塔中，1以_水泵將低處的水取虹樓頂的水料.，又= ，用戶可以藉由地心引力的侧使㈣水；再例如若是 至淹水時，亦可以利用水泵，將其淤積的水抽取出來； τ 果與人們的生活確實息息相關。 另一種水泵的應用方式，在於一種具備水冷系統的 Ζ，電子產，如-電腦中，在其中的某些元件，會因為長期g 使用而產士熱量，若是淤積的熱量太多，可能會使元件故障，一 般習知技藝會利用一風扇，來達到散熱的目的，但有時卻達不 預期的散熱效果，所以習知技藝再研發出一種利用水泵形成一水 循環，使流經元件的水帶走元件所產生的熱量，以達到散熱的目 的；其中，一種習知技藝的水泵請參照第一圖，圖中所示之水泵1 具有一進水口 11以及一出水口 12,當水泵丨運作時，即可以產生 一水壓差，使水被迫自進水口 n進入水泵丨之中，而自出水口 12 離開水泵1 了更進一步解釋水泵】的運作方式，請同時參照第 二A圖以及第二B圖，由圖中所示可以看出，一水泵丨包含有一 殼體10、一基座16以及一轉子15等；其中，殼體】〇上包^一進 水口 11以及一出水口 12 ;基座16係位於殼體10内，轉子15則 係透過一轉軸17軸接於基座16上，轉軸17可以固接於基座丨6 之一轉，固定孔166上，再將轉子15之轉轴孔156套接於轉軸丨7 中，或是亦可以先將轉軸17固接於轉子15之轉軸孔156上，再 將轉軸17套接於基座16上，如此皆可以使轉子〗5相對於基座16 川、(謂〇4.d〇c 1301743 ^轉運動·，另外，-線圈18圍繞基座16之轉軸 ，轉子則係由一葉片154以及一磁性延伸部152所構2圍:’ $ U體1。内尚包含—環形塾片19，位於轉子15成盥 2^套接於_ 17上’通常環形塾片19係為具耐磨^ =屬所製成，用於限制轉子15沿著轉軸17的活動； 電流後產生-磁場，當雜延伸部152錢_場^ =進魏轉，而後直接帶動葉片丨54轉動，進而造成進水口 n血 出水口 12之間的水壓差，使水可以被水泵i帶動產生水流 ^ 取汲水的目的。 逐㈡ 關但ϋ述^水泵1應用於電子產品中時，體積通常需要被 限制，在这個要求之下，水泵中的轉子之磁性延伸部與線圈等元 件則=須縮小，其水泵之取汲水的效能則會直接地受到限制，直 接使得具有水泵的水冷系統的應用受到限制。 【發明内容】 本發明提供一種水泵，可以在不改變其體積與元件的配置狀 況下丄提升其轉子之轉矩，進而提升轉子轉速，使水泵的整體效 率提高。 五〆 根據上述構想，本發明提供一種水栗，其包含：一殼體；一 基座，位於殼體内，係用以承載一線圈；以及一轉子，透過一轉 軸軸接於基座，使轉子可以相對於基座旋轉，其中，轉子包含二 葉片以及一磁性延伸部，磁性延伸部環繞線圈設置，而磁性延伸 部之内部包含有一軛鐵；其中，線圈係圍繞基座之連接該軸心之 位置的周圍設置。 根據上述構想，轉軸係固接於基座上，再將轉子之一轉軸孔 套接於轉軸中，使轉子可以相對於基座旋轉。 根據上述構想，轉軸係固接於轉子上，再將轉軸套接於基座 上，使轉子可以相對於基座旋轉。 根據上述構想，本發明之水泵更包含一第一磁鐵以及一第二 磁鐵，其中，第一磁鐵係位於轉子上，第二磁鐵係位於殼體内側 10004-CP-TW-說明書-D1 F~041004 .doc 1301743 相對於第-磁鐵處’第—磁體與第二磁鐵所產 、 轉子於一預設位置上旋轉。 力，可以使 根據上述構想，磁力可以為一沿著該轉軸延伸方 根據上述構想，第-磁鐵與第二磁鐵^斤力。 :列，環形柱體、圓弧柱體與長方體;較佳； 第二磁鐵之形狀係為相同 弟途鐵與 根據上述構想，軛鐵之形狀係選自 圓弧柱體與長方體。 忙且.％形柱體、 【實施方式】 明以發明Γ技術特徵與其實施後所獲得之效果，本於 =下^之貫施射之水泵3❸卜觀尺 ‘ 技藝之水泵1皆相同。 丁〜尺丁备、白知 =同日夺參照第三Α圖以及第三3圖，本實施 包含有一殼體30、一基座36以及一轉子35 1=的=能大致於習知技藝所述之水泵丨中的元件_，但是凡 a〇ke)357，雜鐵357完全被磁性延伸部352二覆w較佳^鐵 Ϊ輛可^為環形柱體、圓弧柱體或是長方體等；如 _ ^過電流後產生一磁場，使磁性延伸部352感受到 = 旋轉時，輛鐵357可以發揮集中磁場之磁力的 3 ϋΐ亚通過磁性延伸部352 ’進而使本發明之磁性延 ΐϋΛ 1較於f知之磁性延伸部152更為強大_場， Η mH 3父習知轉子15更大的轉矩（T〇rque)，帶動葉 y· m❹±生钱的水壓差’如此，本實施例的水栗3可以 在不增加其體積的狀況之下增加效能。 ντ此/ί 之水泉3由於增設了輛鐵357，使得水泵3之轉子 *: 1丄5的轉矩’這會使得轉子35的旋轉速度以及旋轉力 更為強大，此日守’轉子35若是如習知技藝所述般，若以一環形墊 片套接於雜的方絲©定其婦_設位㈣話，會使環形墊 10004-CP-丁 W-A:叨古-D1F-041004.doc 1301743 損’當環形㈣域磨損之後， S 轉=會因為旋轉力使得其位置上二 接衫響了水泵3的使用壽命；因此，本案之水泵3更 苴中，繁一，鐵391以及一第二磁鐵392的設置，來解決此問題， 内侧相對於石第^3^1位於車t子35上，而第二磁鐵392位於*^體30 、；苐一磁鐵391處；第一磁鐵391與一第二磁鐵392的 =1。以分別為獅柱體，錄體或是長方體；健者，第- 口m與—第二磁鐵392 _狀完全_，但不應以此為限， ^之延與一第二磁鐵392之間可以相互產生沿著轉轴 斗楚一、方向的磁力即可，如此一來，以本實施例而言，可以設 。一磁鐵391與一第二磁鐵392以相同極性相對設置，使第一 j鐵391與一第二磁鐵392產生磁斥力，該磁斥力可以使轉子 向下固定於預設位置上旋轉，而不會向上飄移。 、十 本發明之技術特徵中，可以應用將軛鐵設置於磁性延伸部 ^即可以使轉子產生較強的轉矩，若以兩個形狀完全相同的轉 ，來進打實驗，其中，一個轉子15如習知技藝中所述相同，另一 個轉子35則如上述實施例中所述相$，在相同尺寸的線圈所提供 $相同的磁％下’睛參照第四圖，目巾所示為本實施例之轉子的 感應磁通密度曲線42以及習知技藝之轉子的感應磁通密度曲線 水平軸線為轉子的角度位置，垂直軸線為轉子所感應的磁通 飨度，由圖中可以明顯看出，本實施例之轉子35相較於習知技藝 之轉子15可以獲得較強的磁通密度，足以證明本發明的技 確貝可以明顯地提升水泵的功效。 、再者’本發明所述將輛鐵設置於轉子的磁性廷伸部中，即可 以產生如上所述之功效，特別注意的是，輛鐵需要完全被磁性延 伸。P所包覆，因為水泵在運作的過程中，會有水份接觸至磁性延 伸部的表面，若是軛鐵裸露而接觸到水份，將使軛鐵生鏽；此外， 不同形狀的轉子皆可藉以實施本發_技術，來提升其水栗的功 效，所以，本發明中所提出的水泵中之轉子以及各項元件，並不 i OOO^CP-TW^mi^D IF-041004.doc 1301743 限定於形狀、大小。 以上所述僅為本發明之較佳實施例而已，上 來說明而非用以限定本發明之申請專利範“以: 以下之申請專利範圍所界^。凡依本發对 等變化與㈣，皆朗本發日狀峨^申圍所作之均 【圖式簡單說明】 ，一圖為習知技藝之水泵的立體示意圖。 ，二A圖為習知技藝之水泵的剖面示意圖。 ΓΪ知技藝之水泵之轉子_部剖面示意圖。 f，A圖為本發明之水泵的剖面示意圖。 Ϊ本發明之水泵之轉子的細部剖面示意圖。 感應縣⑽㈣之料的轉子之 【主要元件符號說明】 11 15 154 16 17 19 30 32 352 356 36 37 391 41 水泵 進水σ 轉子 葉片 基座 轉軸 10 12 152 156 166 18 環形墊片 殼體 出水〇 磁性延伸部 轉軸孔 基座 轉軸 第一磁鐵 ▲知技藝之轉子的感應磁42 31 35 354 357 366 38 392 殼體 出水口 磁性延伸部 轉軸孔 轉軸固定孔 線圈 水栗 進水口 轉子 葉片 車厄鐵 轉轴固定孔 線圈 第二磁鐵 本實施例之轉子的感應磁 10004-CP-T W-銳明虜-D1F-041004.doc 1301743 通密度曲線 通密度曲線 -10- 10004-CP-TW-^IUj 巧-m F-041004.doc1301743 IX. Description of the invention: [Technical field to which the invention pertains] In particular, the present invention relates to a water pump which can enhance its performance under a water pump. [Prior Art] ▲ ^ Pump-like system to make money, so that water can be placed through the pump from the low position, so the pump is widely used in daily life; for example, in the water tower, 1 in the water pump will be low The water at the top of the building takes the water from the top of the Honglou. Moreover, the user can use the side of the gravity to make the water (4); for example, if it is flooded, the water can be pumped to extract the accumulated water; τ It is really related to people's lives. Another type of water pump application is a kind of water-cooling system. The electronic products, such as - in the computer, some of the components, will be due to long-term g use of heat, if the deposition of too much heat, it may In the case of component failure, a conventional fan uses a fan to achieve the purpose of heat dissipation, but sometimes it does not achieve the expected heat dissipation effect. Therefore, the conventional technique has developed a water belt that uses a water pump to form a water circulation and flow through the component. The heat generated by the component is used to achieve the purpose of heat dissipation. Among them, a water pump of the prior art refers to the first figure. The water pump 1 shown in the figure has a water inlet 11 and a water outlet 12 when the water pump is operating. , that is, a water pressure difference can be generated, so that the water is forced to enter the water pump port from the water inlet n, and the water pump 1 leaves the water pump 1 to further explain the operation mode of the water pump. Please refer to the second A map and the 2B, as can be seen from the figure, a water pump cartridge includes a housing 10, a base 16 and a rotor 15 and the like; wherein the housing is provided with a water inlet 11 and a water outlet The base 12 is located in the housing 10, and the rotor 15 is pivotally connected to the base 16 through a rotating shaft 17, and the rotating shaft 17 can be fixed to one of the bases 6 and fixed to the hole 166. The shaft hole 156 of the rotor 15 is sleeved in the shaft 丨7, or the shaft 17 can be fixed to the shaft hole 156 of the rotor 15, and the shaft 17 can be sleeved on the base 16, so that The rotor 〖5 is relative to the pedestal 16 , (that is, 〇 4.d〇c 1301743 ^ rotation movement, in addition, the coil 18 surrounds the rotation axis of the pedestal 16, and the rotor is composed of a blade 154 and a magnetic extension 152 Structure 2: '$U body 1. Contains inside - annular septum 19, located in the rotor 15 into 2^ sleeved on _ 17 'usually the annular cymbal 19 is made of wear-resistant ^ = genus, It is used to limit the movement of the rotor 15 along the rotating shaft 17; after the current, a magnetic field is generated, and when the miscellaneous extension 152 is _ field ^ = into the Wei turn, then directly drives the blade 丨 54 to rotate, thereby causing the water inlet n of the water outlet 12 The difference in water pressure allows the water to be pumped by the pump i to generate water flow. The purpose of the water is to take the water. (2) Off but the water pump 1 is used in electronic products. Need to be limited, under this requirement, the magnetic extension of the rotor in the pump and the components such as the coil should be reduced, and the efficiency of the pump's water intake is directly limited, directly making the water cooling system with the water pump The application of the invention is limited. The invention provides a water pump, which can increase the torque of the rotor without changing its volume and component configuration, thereby increasing the rotor speed and improving the overall efficiency of the pump. In the above concept, the present invention provides a water chestnut comprising: a casing; a base disposed in the casing for carrying a coil; and a rotor coupled to the base through a rotating shaft so that the rotor can be opposite Rotating on the pedestal, wherein the rotor comprises two blades and a magnetic extension, the magnetic extension is disposed around the coil, and the interior of the magnetic extension includes a yoke; wherein the coil is disposed around the susceptor at a position connecting the axis Set around. According to the above concept, the shaft is fixed to the base, and one of the rotor shaft holes is sleeved in the rotating shaft so that the rotor can rotate relative to the base. According to the above concept, the rotating shaft is fixed to the rotor, and the rotating shaft is sleeved on the base so that the rotor can rotate relative to the base. According to the above concept, the water pump of the present invention further comprises a first magnet and a second magnet, wherein the first magnet is located on the rotor, and the second magnet is located inside the casing 10004-CP-TW-Instruction-D1 F~041004 .doc 1301743 Relative to the first magnet, the first magnet and the second magnet are rotated, and the rotor rotates at a predetermined position. The force can be such that, according to the above concept, the magnetic force can be extended along the rotation axis. According to the above concept, the first magnet and the second magnet are forced. : Column, annular cylinder, circular cylinder and rectangular parallelepiped; preferably; the shape of the second magnet is the same. The iron and the shape of the yoke are selected from the arc cylinder and the rectangular parallelepiped according to the above concept. Busy and .%-shaped cylinder, [Embodiment] According to the technical characteristics of the invention and the effect obtained after the implementation, the water pump 3 of the technique is applied in the same way as the water pump 1 of the technique. Ding ~ 尺丁备,白知=同日夺 reference to the third diagram and the third diagram, the present embodiment includes a housing 30, a base 36 and a rotor 35 1 = can be substantially described in the prior art The component _ in the water pump _, but where a 〇 ke) 357, the hybrid iron 357 is completely covered by the magnetic extension 352 w is better ^ iron Ϊ can be a ring cylinder, a circular cylinder or a rectangular parallelepiped; If a magnetic field is generated after the _ ^ overcurrent, so that the magnetic extension portion 352 senses the rotation, the iron 357 can exert the magnetic force of the concentrated magnetic field through the magnetic extension portion 352 ', thereby making the magnetic extension of the present invention 1 The magnetic extension 152 is more powerful _ field, Η mH 3 father knows that the rotor 15 has a larger torque (T〇rque), and the water pressure difference of the leaf y· m❹±money is generated. Thus, this embodiment The water chestnut 3 can increase the efficiency without increasing its volume. Ντ this / ί water spring 3 due to the addition of an iron 357, so that the rotor of the water pump 3 *: 1 丄 5 torque 'this will make the rotor 35's rotational speed and rotational force more powerful, this day's 'rotor 35 if As described in the prior art, if a ring gasket is sleeved to the miscellaneous square wire, the ring pad 10004-CP-ding WA: 叨古-D1F-041004.doc 1301743 Loss 'When the ring (four) field wears out, S turn = will cause the life of the pump 3 to be stunned by the rotation force due to the rotational force; therefore, the pump 3 in this case is more sturdy, complex, iron 391 and a second The magnet 392 is disposed to solve the problem. The inner side is located on the vehicle t 35 relative to the stone, and the second magnet 392 is located at the body 30, the first magnet 391, and the first magnet 391 and the first magnet 391 The second magnet 392 is =1. For the lion cylinder, the recording body or the rectangular parallelepiped; the health, the first mouth m and the second magnet 392 _ _ complete _, but should not be limited to this, between the extension of a second magnet 392 The magnetic force along the direction of the rotating shaft can be mutually generated, and thus, in the present embodiment, it can be provided. A magnet 391 and a second magnet 392 are disposed opposite to each other with the same polarity, so that the first j iron 391 and the second magnet 392 generate a magnetic repulsive force, and the magnetic repulsive force can rotate the rotor to be fixed at a preset position without Float upwards. In the technical features of the ten inventions, the yoke can be applied to the magnetic extension portion, that is, the rotor can generate a strong torque, and if the two shapes are exactly the same, the experiment is performed, wherein one rotor 15, as described in the prior art, the other rotor 35 is as described in the above embodiment, and the same magnetic volume is provided by the same size of the coil. The induced magnetic flux density curve 42 of the rotor of the present embodiment and the horizontal axis of the induced magnetic flux density curve of the rotor of the prior art are the angular position of the rotor, and the vertical axis is the magnetic flux twist induced by the rotor, which can be clearly seen from the figure. It can be seen that the rotor 35 of the present embodiment can obtain a stronger magnetic flux density than the rotor 15 of the prior art, which is sufficient to prove that the performance of the pump can significantly improve the efficiency of the water pump. Further, in the present invention, the iron is placed in the magnetic extension of the rotor to produce the above-described effects, and it is particularly noted that the iron needs to be completely magnetically extended. P is covered because the water will contact the surface of the magnetic extension during the operation of the pump. If the yoke is exposed and exposed to moisture, the yoke will be rusted. In addition, rotors of different shapes can be used. In order to improve the efficacy of the water chestnut by the present invention, the rotor and various components of the water pump proposed in the present invention are not i OOO^CP-TW^mi^D IF-041004.doc 1301743 Limited to shape and size. The above description is only the preferred embodiment of the present invention, and the description of the patent application is not intended to limit the scope of the invention. Longben's daily 峨 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申 申Schematic diagram of the rotor _ section. f, A is a schematic cross-sectional view of the water pump of the present invention. 细 Detailed sectional view of the rotor of the water pump of the present invention. [Main component symbol description] of the rotor of the sensing county (10) (4) 11 15 154 16 17 19 30 32 352 356 36 37 391 41 Water pump inlet σ Rotor blade base shaft 10 12 152 156 166 18 Ring gasket housing water outlet magnetic extension shaft shaft base shaft first magnet ▲ knowledge of the rotor of the art Magnetic 42 31 35 354 357 366 38 392 Housing water outlet magnetic extension shaft shaft rotation shaft fixing hole coil water chest water inlet rotor blade vehicle iron shaft fixing hole coil second magnet Examples of the induced magnetic rotor 10004-CP-T W- sharp bright Krupp -D1F-041004.doc 1301743 flux density curve flux density curve -10- 10004-CP-TW- ^ IUj Qiao -m F-041004.doc