M321949 八、新型說明： 1新型所屬之技術領域】 • 本創作係與一種泵浦有關，更詳而言之，特別是指一 -種可提升汲取液體量之冷卻泵浦之改良構造。 【先前技術】 - 按，請配合參閱第一圖所示，習知之冷卻泵浦1 〇大 致上係包含有一馬達1 1及一水葉組i 2所組成，該水葉 組1 2係沉入一液體儲存槽（圖中未示）内，該馬達工工 •上係樞設有一主轴11該主軸111並可帶動該水葉 、、且1 2，藉由該水葉組1 2轉動產生之離心力而加壓，使 該水葉組12—端之管體121能泵出液體。 【新型内容】 惟，習知之冷卻泵浦1 〇，為了要增加同一級數馬達 ^1之没取量，常以加寬該管體i 2 i之管徑來增加抽取 里，而該水葉組1 2之抽水原理係利用該水葉組i 2轉動 而於環周產生之離心力將液體泵出，過於增加該管體丄2 1之直徑反而使該管體i 2靠近該水葉組i 2之中心部份 而無法產生相對之離心作用者，使該管體i 2管徑之增加 並無法相對增加汲取液體量者，同時，該水葉組 該主軸1 1 1部份並會受到該管體i 2 i離心作用泵出之 液體而產生亂流，反而降低其抽取效率。 本創作係提供該冷卻泵浦之馬達組係包含有—主體與 一固定座’該©定座之預定侧並設有1水通道者，魅 體之前端並以-主軸驅動有-水葉組之水葉，該水葉=係 5 M321949 以-頂蓋、m-底蓋所構成者，該頂蓋中央係貫設 有-汲取孔供主軸穿設，同時，該底蓋係凹設有—容槽可 .供容設該水葉且頂部並由該頂蓋蓋設，該頂蓋上並貫設有 :-出水孔組設有-管體與該固定座相連通者，該管體抽向 貫設有-汲液通道’該汲液通道底部截面之長轴端設置於 相對容槽之環周並與該容槽相連通，且該汲液通道底部截 面之短軸端係設於該頂蓋之徑向並與汲取孔間保持一預定 距離者。 ♦成本創作之冷卻栗浦之改良構造，該管體之汲液通道係 沿環周設置，使該汲液通道可遠離該汲取孔並於該容槽之 環周侧離心作用處有一較大之汲取面積者， θ 心作用泵人之液趙量，且不易產生亂流，增加該 之效率者。 【實施方式】 請配合第二及三圖所示，本創作提供一種冷卻泵浦之 參改良構造之較佳實施例，該冷卻泵浦主要係包含有一馬達 組20、一水葉組30及一管體40所構成者； 該馬達組2 0 ’其主要係包含有一本體2 1及一固定 • 座22所構成者，該本體21，其内並樞接有一主轴21 1，該主軸2 1 1可隨該本體2 1之驅動而產生一旋轉動 作者，該固定座2 2，其中央相對於該主軸2 1貫設有一 貫孔221，該本體21係膠合固接或以其他方式，如螺 接、焊接等方式，固設於該固定座2 2之頂面上且該主軸 211並穿過該貫孔221，同時，該固定座22之一侧 6 M321949 一體成型貫設有一出水通道222，該出水通道222係 由該固定座2 2之底面貫設至一侧面概成一倒l形者； _ 該水葉組3 ◦，其主要係包含有一頂蓋3 i、一水葉 .3 2及一底蓋3 3，該頂蓋3 1之中央係相對於該主軸2 1 1貫設有一汲取孔3 1 1 ’該汲取孔3 1 1之直徑並略 大於该主轴2 1 1之軸徑，該主轴2 1 1穿過該汲取孔3 1 1後固接有該水葉32於其末端，同時，該頂蓋3丄上 預定位置處並貫設有一出水孔3 i 2，該出水孔3 i 2係 •為一沿該頂蓋31之徑向較窄而環周較長之橢圓形者，其 亦可為其他形狀所構成者，該水葉3 2係為一圓盤狀，且 其上並凸設有數個圓弧狀之葉片3 2 i，該底蓋3 3係凹 設f一容槽3 3 1可供容置該水葉3 2，且該底蓋3 3於 該容槽3 3 1之侧邊沿環周凹設一朝該水葉3 2離心方向 沿徑向漸開擴之離心槽3 3 2，而該容槽3 3丄於該底蓋 3 3相對組接於頂蓋3丄上後形成一封閉之空間同時， 籲該離心槽332與該出水孔312約略重合； &官體4 Q，於本創作中係為-金屬材#所構成，其 亦可為非金屬材質或塑膠複合材料等材質所構成，該管體 4 0具有-良好之域強度，且長度與該絲2丄工相 當’該管體4 0之外環周相對於出水孔3 i 2為一擴圓 形，使該管體4 0之一端可相對固設於該固定座2 2之出 水通道2 2 2，另-端並固設於該頂蓋3工之出水孔3工 2 ’該管體4 0以迫緊固設或鎖固等方式固接於該出水通 道222與4出水孔312上，同時，該管體4◦轴向係 7 M321949 貫設有一橢圓形之汲液通道4 1，該管體4 〇組設於出水 孔3 1 2上時，該汲液通道4 1之長軸端設置於相對容槽 -3 3 1之環周上並與該容槽3 3 1相連通，且與該離心槽 .3 3 2約略重合，且該汲液通道4 1之短軸端係設置於該 頂蓋3 1之徑向並與汲取孔3 1 1間保持一預定距離者， 俾使該汲液通道4 1可遠離該汲取孔3 1 1並於該容槽3 3 1之環周侧有一較大之汲取面積者，該汲液通道4 1亦 可為其它相類似具有截面最寬處沿環周設置之形狀者。 _ 為供進一步瞭解本創作構造特徵、運用技術手段及所 預期達成之功效，茲將本創作使用方式加以敘述，相信當 可由此而對本創作有更深入且具體之瞭解，如下所述： 請配合第二及三圖所示，本創作之冷卻泵浦啟動時， 該主軸2 1 1會帶動該水葉3 2旋轉，使該水葉3 2產生 有一吸力，並將外部之液體自該頂蓋3 1之汲取孔3 1 1 處吸入該頂蓋3 1及該底蓋3 3間之容槽3 3 1，並將該 I液體加壓離心向外排出至該離心槽3 3 2集中加壓，並將 液體藉由該汲液通道4 1流至該固定座2 2之出水通道2 2 2後排出，該汲液通道4 1之截面最寬處係設至於該容 槽3 3 1之環周離心力最強之位置，可使其泵出之效率提 升，且該汲液通道4 1之短軸端係遠離該汲取孔3 1 1， 使該汲液通道4 1可位於離心作用最強之容槽3 3 1環周 處’同時，該管體4 0係為一金屬材質所構成，其支撐強 度可使該水葉組3 0固置於預定位置處，且該管體4 〇之 長度可配合該主軸211進行調整者。 8 M321949 請參閱第四圖所示，本創作提供一種冷卻泵浦之改良 ^之另一實鞑例，其主要功能係與前一實施例同，故不 再秦述’其中，該固定座2 2之底端與該頂蓋3 1之頂端 :係環設圍繞組接有一過濾網5 0，於本創作中該過滤網5 2係為-金屬材質所構成，其亦可為—非金屬材質或塑膠 j合材料所構成者，該過濾網5 〇具有一良好之立體支撐 …構，可加強該冷卻泵浦之強度，同時，該過濾網上並佈 滿有預定形狀及孔徑之濾孔5 i，該濾孔5 i可對於流入 汲取孔3 1 1之液體有一過濾之效果，可避免雜質流入該 水葉組3 0内，可延長該冷卻泵浦之使用壽命。 请參閱第五圖所示，本創作提供一種冷卻泵浦之改良 構造之又一實施例，其主要功能係與前一實施例同，故不 再贅述’其中；該馬達組2 〇之本體2 1相對於該固定座 2 2之另一端組接有一散熱風扇組6 〇，該散熱風扇組6 0係固接於該主軸2 1 1上，當該主轴2 1 1運轉時，該 鲁散熱風扇組60可對於該本體21有一散熱之功能，使該 本體2 1之運作溫度降低者。 最後，將本創作之特點與功效整理如下： 、 1、本創作之冷卻泵浦之改良構造，該汲液通道係沿 水葉之離心力最大位置設置，可增加該冷卻泵浦之液體抽 取量者。 2、本創作之冷卻泵普之改良構造，該離心槽可集中 該水葉離心排出之液體，並由該離心槽排至該汲液通道， 可增加液體排出之效率者。 9 M321949 綜上所述，本創作在同類產品中實有其極佳之進步實 用性，同時遍查國内外關於此類結構之技術資料，文獻中 亦未發現有相同的構造存在在先，是以，本創作實已具備 新型專利要件，爰依法提出申請。 已，：舉::::::僅係本創作之-較佳可行實施例而 結構變化，ϋ ~i說明書及申請專利範圍所為之等效 應包含在本創作之專利範圍内。 M321949 【圖式簡單說明】 第一圖係習知之冷卻泵浦之立體外觀圖。 第二圖係本創作較佳實施例之立體外觀圖。 第三圖係本創作較佳實施例之立體外觀分解圖。 第四圖係本創作另一實施例之立體外觀圖。 第五圖係本創作又一實施例之立體外觀圖。 【主要元件符號說明】M321949 VIII. New Description: 1 New Technology Fields] • This creation is related to a pump, and more specifically, to an improved construction of a cooling pump that increases the amount of liquid extracted. [Prior Art] - Press, please refer to the first figure, the conventional cooling pump 1 〇 basically comprises a motor 1 1 and a water leaf group i 2, the water leaf group 1 2 is sunk In a liquid storage tank (not shown), the motor worker/upper shaft is provided with a main shaft 11 and the main shaft 111 can drive the water leaf, and 12, by the rotation of the water leaf group 12 The centrifugal force is applied to pressurize the tube body 12 at the end of the water blade group to pump the liquid. [New content] However, the conventional cooling pump 1 〇, in order to increase the number of the same stage motor ^1, often increase the diameter of the pipe i 2 i to increase the extraction, and the water leaf The pumping principle of the group 1 2 is to pump the liquid by the centrifugal force generated by the rotation of the water leaf group i 2 , and increase the diameter of the pipe body 1 2 1 to make the pipe body i 2 close to the water leaf group i The central portion of 2 is unable to produce a relative centrifugal force, so that the increase in the diameter of the tube i 2 does not increase the amount of liquid extracted, and at the same time, the portion of the water blade group is 1 1 1 The tube i 2 i centrifugally pumps the liquid to generate turbulent flow, which in turn reduces the extraction efficiency. The present invention provides that the cooling pump motor assembly includes a main body and a fixed seat 'the predetermined side of the © seat and is provided with a water passage, and the front end of the charm body is driven by the - spindle. The water leaf, the water leaf = system 5 M321949 is composed of a top cover and an m- bottom cover, and the center of the top cover is provided with a drawing hole for the main shaft to be pierced, and at the same time, the bottom cover is recessed - The water tank can be provided with the water blade and the top portion is covered by the top cover, and the top cover is arranged with: - the water outlet hole group is provided - the pipe body is connected with the fixed seat, and the pipe body is pumped a long axis end of the bottom section of the sputum channel is disposed at a circumference of the opposite groove and communicates with the groove, and a short axis end of the bottom section of the sputum channel is disposed at the The radial direction of the top cover and a predetermined distance between the extraction holes. ♦ Cost-creating cooling Lipu's improved structure, the sputum channel of the tube is arranged along the circumference, so that the sputum channel can be away from the extraction hole and has a larger centrifugal force on the circumferential side of the groove For those who take up the area, the θ heart acts on the pumping liquid, and it is not easy to generate turbulent flow, which increases the efficiency. [Embodiment] As shown in the second and third figures, the present invention provides a preferred embodiment of a modified structure of a cooling pump, the cooling pump mainly comprising a motor group 20, a water leaf group 30 and a The body of the tube 40 is composed of a main body 2 1 and a fixed base 22, and the main body 21 is pivotally connected with a main shaft 21 1 . The main shaft 2 1 1 A rotating actuator can be generated by driving the body 2 1 , and the fixing base 22 has a continuous hole 221 disposed at a center thereof relative to the main shaft 21 , and the body 21 is glued or otherwise fixed, such as a screw. Attached, welded, etc., is fixed on the top surface of the fixing base 22 and the main shaft 211 passes through the through hole 221, and at the same time, one side of the fixing seat 22 6 M321949 integrally forms a water outlet passage 222. The water outlet passage 222 is formed by a bottom surface of the fixing base 22 to a side surface; the water leaf group 3 ◦ mainly includes a top cover 3 i, a water leaf. 3 2 and a bottom cover 3 3, the center of the top cover 31 is disposed with a digging hole 3 1 1 ' relative to the main shaft 2 1 1 The diameter of the hole 3 1 1 is slightly larger than the shaft diameter of the main shaft 2 1 1 , and the main shaft 21 1 passes through the digging hole 3 1 1 , and the water blade 32 is fixed at the end thereof, and the top cover 3 is simultaneously a water outlet hole 3 i 2 is disposed at a predetermined position on the raft, and the water outlet hole 3 i 2 is an elliptical shape which is narrower in the radial direction of the top cover 31 and longer in the circumference, and may be other The shape of the water blade 3 2 is a disk shape, and a plurality of arcuate blades 3 2 i are convexly arranged thereon, and the bottom cover 3 3 is recessed with a pocket 3 3 1 . The water tank 3 2 is accommodated, and the bottom cover 3 3 is recessed along the circumference of the side of the tank 3 3 1 to form a centrifugal groove 3 3 2 which is gradually expanded in the radial direction of the water blade 3 2 . And the container 3 3 is formed in a closed space after the bottom cover 3 3 is assembled on the top cover 3, and the centrifugal groove 332 is slightly coincident with the water outlet 312; & In the present creation, it is composed of - metal material #, which may also be composed of a non-metallic material or a plastic composite material, the tube body 40 has a good domain strength, and the length is completed with the wire 2 Quite 'the tube body 40 outer ring The circumference of the tube body 40 is opposite to the water outlet hole 3 i 2 , so that one end of the tube body 40 can be relatively fixed to the water outlet channel 2 2 2 of the fixing base 22, and the other end is fixed to the top cover 3. The pipe body 40 is fixed to the water outlet channel 222 and the fourth water outlet hole 312 by means of fastening or locking, and the pipe body 4 is axially 7 M321949. An elliptical sputum channel 4 1 is provided. When the tube body 4 〇 is disposed on the water outlet hole 31 1 , the long axis end of the sputum channel 4 1 is disposed on the circumference of the relative cavity - 3 3 1 And communicating with the tank 3 3 1 , and slightly coincident with the centrifugal tank .3 3 2 , and the short-axis end of the sputum channel 4 1 is disposed in the radial direction of the top cover 3 1 and the drawing hole 3 1 1 keeps a predetermined distance, so that the sputum channel 4 1 can be away from the digging hole 3 1 1 and has a larger extraction area on the circumferential side of the cuvette 3 3 1 , the sputum channel 4 1 may also be other similar shapes having the widest section along the circumference of the section. _ In order to further understand the characteristics of this creation, the use of technical means and the expected results, we will describe the use of this creation. I believe that we can have a deeper and more specific understanding of this creation, as follows: As shown in the second and third figures, when the cooling pump of the present invention is started, the spindle 2 1 1 will drive the water blade 3 2 to rotate, so that the water blade 3 2 generates a suction force, and the external liquid is from the top cover. 3 1 is taken into the hole 3 1 1 and sucked into the tank 3 3 1 between the top cover 3 1 and the bottom cover 3 3 , and the I liquid is centrifugally and outwardly discharged to the centrifugal tank 3 3 2 And discharging the liquid through the sputum channel 4 1 to the water outlet channel 2 2 2 of the fixing seat 2 2 , and the widest portion of the sputum channel 4 1 is attached to the ring of the container 3 3 1 The position where the centrifugal force is strongest can increase the efficiency of pumping, and the short-axis end of the sputum channel 41 is away from the digging hole 3 1 1 , so that the sputum channel 4 1 can be located in the most centrifugal cavity. 3 3 1 ring circumference 'At the same time, the pipe body 40 is made of a metal material, and the supporting strength can make the Solid leaf group 30 is placed at a predetermined position, and the tube 4 can be used with the square of the length of the shaft 211 is adjusted by. 8 M321949 Please refer to the fourth figure. This creation provides another example of the improvement of the cooling pump. The main function is the same as the previous embodiment, so it is no longer described in the above. The bottom end of 2 and the top end of the top cover 3 1 : a loop is arranged around the group with a filter 50. In the present creation, the filter 52 is made of a metal material, which may also be a non-metal material. Or a plastic j-shaped material, the filter 5 〇 has a good three-dimensional support structure, which can strengthen the strength of the cooling pump, and at the same time, the filter mesh is filled with a filter hole 5 having a predetermined shape and a hole diameter. i, the filter hole 5 i can have a filtering effect on the liquid flowing into the drawing hole 3 1 1 , and can prevent impurities from flowing into the water leaf group 30 , thereby prolonging the service life of the cooling pump. Referring to the fifth figure, the present invention provides a further embodiment of the improved structure of the cooling pump, the main function of which is the same as that of the previous embodiment, so the description will not be repeated; the body 2 of the motor unit 2 The heat dissipating fan group 60 is fixed to the main shaft 21 1 with respect to the other end of the fixing base 22, and the cooling fan is fixed when the main shaft 21 is operated. The group 60 can have a function of dissipating heat to the body 21 to lower the operating temperature of the body 21. Finally, the characteristics and functions of the creation are organized as follows: 1. The improved structure of the cooling pump of the creation, the sputum channel is set along the maximum position of the centrifugal force of the water leaf, and the liquid extraction amount of the cooling pump can be increased. . 2. The improved structure of the cooling pump of the present invention, wherein the centrifugal tank can concentrate the liquid discharged by the water droplets and is discharged from the centrifugal tank to the sputum passage to increase the efficiency of liquid discharge. 9 M321949 In summary, this creation has its excellent progress and practicality in similar products. At the same time, it has also checked the technical information about such structures at home and abroad. The same structure has not been found in the literature. Therefore, this creation has already possessed new types of patent requirements, and applied for it according to law. Having been::::::: It is only the preferred embodiment of the present invention, and the structural changes, and the equivalent of the specification and the scope of the patent application are included in the scope of the patent. M321949 [Simple description of the diagram] The first picture is a stereoscopic view of the conventionally cooled cooling pump. The second drawing is a perspective view of a preferred embodiment of the present invention. The third drawing is a three-dimensional exploded view of the preferred embodiment of the present invention. The fourth drawing is a perspective view of another embodiment of the present creation. The fifth drawing is a perspective view of another embodiment of the present creation. [Main component symbol description]
【習知】 1 0 冷卻泵浦 11 馬達 1 1 1 主軸 1 2 水葉組 1 2 1 支撐架 【新型】 1 2 0 馬達組 2 1 本體 2 1 1 主軸 2 2 固定座 2 2 1 貫孔 2 2 2 出水通道 3 0 水葉組 3 1 頂蓋 3 1 1 汲取孔 3 12 出水孔 3 2 水葉 3 2 1 葉片 3 3 底蓋 3 3 1 容槽 4 0 管體 4 1 汲液通道 5 0 過濾網 5 1 濾孔 6 0 散熱風扇組 11[Learn] 1 0 Cooling pump 11 Motor 1 1 1 Spindle 1 2 Water blade group 1 2 1 Support frame [New] 1 2 0 Motor unit 2 1 Body 2 1 1 Spindle 2 2 Mounting seat 2 2 1 Through hole 2 2 2 Water outlet channel 3 0 Water leaf group 3 1 Top cover 3 1 1 Extraction hole 3 12 Water outlet hole 3 2 Water blade 3 2 1 Blade 3 3 Bottom cover 3 3 1 Tank 4 0 Tube body 4 1 Sputum channel 5 0 Filter 5 1 Filter hole 6 0 Cooling fan group 11