TWM604837U - Water pump with horizontal and vertical biaxial transmission - Google Patents
Water pump with horizontal and vertical biaxial transmission Download PDFInfo
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Abstract
一種具有橫豎雙軸傳動之抽水泵浦,包括有前殼組、葉輪組以及馬達組,前殼於葉輪室與進水口上方相隔設置有傳動室,葉輪之葉輪軸直立貫穿樞接於傳動室,並且固設有傳動齒輪,而馬達橫向朝前連接於傳動室後面,馬達之主軸以主動齒輪嚙接驅轉傳動齒輪,而帶動葉輪軸與葉輪旋轉,以迅速抽送積水通過葉輪室與出水口往外送出;進而本創作抽水泵浦能夠降低直立高度,讓葉輪底部全面朝向進水殼順利抽送積水,更適合現場快速安裝使用,而且抽水泵浦可利用橫豎雙軸進行增速傳動,以提高葉輪之轉速與抽水效率。 A pumping pump with horizontal and vertical biaxial transmission, comprising a front housing group, an impeller group and a motor group. The front housing is provided with a transmission chamber spaced above the impeller chamber and the water inlet, and the impeller shaft of the impeller is vertically and pivotally connected to the transmission chamber. And a transmission gear is fixed, and the motor is connected to the rear of the transmission chamber laterally forward. The main shaft of the motor is engaged with the driving gear to drive the transmission gear, which drives the impeller shaft and the impeller to rotate, so as to quickly pump the water out through the impeller chamber and the water outlet. In addition, the pumping pump of this creation can reduce the vertical height, so that the bottom of the impeller faces the water inlet shell to pump the accumulated water smoothly, which is more suitable for rapid installation and use on site, and the pumping pump can use horizontal and vertical double shafts for speed-increasing transmission to improve the impeller Speed and pumping efficiency.
Description
本創作有關一種抽水泵浦,尤指一種具有橫豎雙軸傳動之抽水泵浦。 This creation is about a pumping pump, especially a pumping pump with horizontal and vertical biaxial transmission.
按,一般的船舶必須安裝船用抽水泵浦,以抽出排放船艙內部之海水或污水。 By the way, general ships must install marine pumps to pump out sea water or sewage discharged into the cabin.
習有的船用抽水泵浦一般設為沈水式,而抽水泵浦外型主要設為直筒形結構,在直筒形泵浦外殼內部由底端開口往上裝入馬達及其葉輪、泵體及進水座,並且葉輪朝向進水座進行抽送積水。當實際使用時,抽水泵浦將海水或污水從泵浦外殼底端之進水座抽入,再經由外側出水管、肘管及出水管路往外排出。 Conventional marine pumps are generally set as submersible pumps, and the outer shape of the pumps is mainly a straight cylindrical structure. Inside the straight cylindrical pump casing, the motor and its impeller, pump body and inlet are installed upward from the bottom opening. Water seat, and the impeller pumps accumulated water toward the water inlet seat. When in actual use, the pumping pump pumps seawater or sewage from the inlet seat at the bottom of the pump housing, and then discharges it out through the outer water outlet pipe, elbow pipe and water outlet pipe.
惟,習有的直筒形抽水泵浦結構之中,直筒形泵浦外殼之體積與高度較大,以致使用空間受到限制,並且造成現場安裝施工不便,浪費人力與時間。而且馬達驅動葉輪旋轉時,並沒有增速傳動設計,而無法更提高葉輪之轉速與抽水效率。因此要如何解決上述問題,即為此行業相關業者所亟欲研究之課題所在。 However, in the conventional straight-cylinder pumping pump structure, the volume and height of the straight-cylinder pump housing are relatively large, which limits the use space, and causes inconvenience in installation and construction on site, and wastes manpower and time. Moreover, when the motor drives the impeller to rotate, there is no speed-increasing transmission design, and the impeller speed and pumping efficiency cannot be improved. Therefore, how to solve the above-mentioned problems is the subject of urgent research for this industry.
本創作之主要目的在於,抽水泵浦利用馬達配合橫豎雙軸傳 動葉輪旋轉,讓抽水泵浦能夠降低直立高度,並且葉輪底部全面朝向進水殼順利抽送積水,更適合現場快速安裝使用,而且抽水泵浦可利用橫豎雙軸進行增速傳動,以提高葉輪之轉速與抽水效率。 The main purpose of this creation is to use a motor for pumping pumps with horizontal and vertical biaxial transmission The rotating impeller can reduce the vertical height of the pump, and the bottom of the impeller is facing the water inlet shell to pump the accumulated water smoothly, which is more suitable for quick installation and use on site. Moreover, the pump can use horizontal and vertical double shafts for speed-increasing transmission to increase the impeller's speed. Speed and pumping efficiency.
為達上述目的,本創作之抽水泵浦包括有前殼組、葉輪組以及馬達組,其中:該前殼組包括前殼與進水殼,前殼內部設有葉輪室,前殼底部設有與葉輪室相通之進水口,且前殼外周設有與葉輪室相通之出水口,前殼於葉輪室與進水口上方相隔設置有傳動室,且傳動室設置含有後開口之連接座,而進水殼連接於前殼底部與進水口下方;該葉輪組包括葉輪、葉輪軸與傳動齒輪,葉輪連接於葉輪軸底端,且葉輪位於傳動室與進水口之間,葉輪軸直立貫穿樞接於傳動室,而傳動齒輪固定於傳動室內之葉輪軸上;該馬達組包括馬達、外殼與主動齒輪,馬達橫向朝前連接於傳動室之連接座後面,外殼朝前套置固定於馬達外周與連接座後面,馬達之主軸經由後開口伸入於傳動室內,主動齒輪固定於馬達之主軸,且主動齒輪嚙接驅轉傳動齒輪,以帶動葉輪軸與葉輪旋轉,並由葉輪抽送積水通過葉輪室與出水口往外送出。 In order to achieve the above purpose, the pumping pump of this creation includes a front shell group, an impeller group and a motor group. The front shell group includes a front shell and an inlet shell. An impeller chamber is provided inside the front shell, and the bottom of the front shell is provided with The water inlet communicates with the impeller chamber, and the outer periphery of the front shell is provided with a water outlet communicating with the impeller chamber. The front shell is provided with a transmission chamber above the impeller chamber and the water inlet, and the transmission chamber is provided with a connecting seat with a rear opening. The water shell is connected to the bottom of the front shell and below the water inlet; the impeller group includes an impeller, an impeller shaft, and a transmission gear. The impeller is connected to the bottom end of the impeller shaft, and the impeller is located between the transmission chamber and the water inlet. The transmission chamber, and the transmission gear is fixed on the impeller shaft in the transmission chamber; the motor group includes a motor, a housing and a driving gear. The motor is connected to the rear of the connecting seat of the transmission chamber laterally forward, and the housing is sleeved and fixed on the outer periphery of the motor and connected to the front. Behind the seat, the main shaft of the motor extends into the transmission chamber through the rear opening. The driving gear is fixed to the main shaft of the motor, and the driving gear is meshed with the driving transmission gear to drive the impeller shaft and the impeller to rotate, and the impeller pumps water through the impeller chamber and The outlet is sent out.
前述之具有橫豎雙軸傳動之抽水泵浦,其中該前殼之傳動室具有上開口,且前殼設置有用於封閉上開口之上蓋,傳動室底部與上蓋內各設有軸承,利用兩軸承樞接支持葉輪軸。 The aforementioned pumping pump with horizontal and vertical biaxial transmission, wherein the transmission chamber of the front housing has an upper opening, and the front housing is provided with an upper cover for closing the upper opening, and the bottom of the transmission chamber and the upper cover are each provided with bearings, using two bearing pivots Connect to support the impeller shaft.
前述之具有橫豎雙軸傳動之抽水泵浦,其中該前殼與進水殼之間連接有進水罩,且進水口設置於進水罩中心。 The aforementioned pumping pump with horizontal and vertical biaxial transmission, wherein a water inlet cover is connected between the front shell and the water inlet shell, and the water inlet is arranged in the center of the water inlet cover.
前述之具有橫豎雙軸傳動之抽水泵浦,其中該前殼底部兩側各設置有卡孔,進水殼兩側各設置有卡制於卡孔之卡勾。 The aforementioned pumping pump with horizontal and vertical dual-shaft transmission, wherein the bottom of the front shell is provided with a locking hole on both sides, and both sides of the water inlet shell are provided with a hook that is locked in the locking hole.
前述之具有橫豎雙軸傳動之抽水泵浦,其中該馬達之主動齒輪與葉輪之傳動齒輪進行增速傳動,葉輪與傳動齒輪之轉速大於馬達與主動齒輪之轉速。 The aforementioned pumping pump with horizontal and vertical biaxial transmission, wherein the driving gear of the motor and the transmission gear of the impeller perform speed-increasing transmission, and the rotation speed of the impeller and the transmission gear is greater than the rotation speed of the motor and the driving gear.
前述之具有橫豎雙軸傳動之抽水泵浦,其中該主動齒輪與傳動齒輪各為斜齒輪。 The aforementioned pumping pump with horizontal and vertical biaxial transmission, wherein the driving gear and the transmission gear are respectively helical gears.
前述之具有橫豎雙軸傳動之抽水泵浦,進一步包括有控制裝置,控制裝置包括有殼體、進水座、電子控制器與水位偵測器,殼體由前殼一側往外延伸出控制室,控制室下方相隔設置有進水室,電子控制器連接有外界電源線,電子控制器設置於控制室內,水位偵測器設置於進水室內,電子控制器分別連接於馬達與水位偵測器,而進水座由進水殼一側往外延伸,且進水座連接於殼體之進水室底端。 The aforementioned pumping pump with horizontal and vertical dual-shaft transmission further includes a control device. The control device includes a housing, a water inlet, an electronic controller, and a water level detector. The housing extends from the front housing side out of the control room , Below the control room is provided with a water inlet room, the electronic controller is connected with an external power cord, the electronic controller is installed in the control room, the water level detector is installed in the water inlet room, and the electronic controller is respectively connected to the motor and the water level detector , And the water inlet seat extends outward from one side of the water inlet shell, and the water inlet seat is connected to the bottom end of the water inlet chamber of the shell.
10:前殼組 10: Front shell group
161:卡孔 161: card hole
1:前殼 1: Front shell
162:凸部 162: Convex
11:殼體 11: Shell
17:螺絲 17: Screw
12:葉輪室 12: Impeller chamber
18:螺絲 18: Screw
121:進水口 121: water inlet
2:進水殼 2: inlet shell
122:出水口 122: water outlet
21:殼體 21: Shell
13:傳動室 13: Transmission room
211:固定孔 211: fixed hole
131:上開口 131: upper opening
22:進水孔 22: Water inlet
14:連接座 14: connecting seat
23:卡勾 23: card hook
141:後開口 141: Back opening
3:葉輪組 3: Impeller group
142:固定部 142: Fixed part
31:葉輪 31: Impeller
143:通孔 143: Through hole
311:軸孔 311: Shaft hole
15:上蓋 15: Upper cover
32:葉輪軸 32: Impeller shaft
16:進水罩 16: Inlet hood
33:傳動齒輪 33: Transmission gear
34:軸承 34: Bearing
52:進水座 52: water inlet
35:油封 35: oil seal
521:進水孔 521: Water Inlet
4:馬達組 4: Motor group
522:卡勾 522: card hook
41:馬達 41: Motor
53:電子控制器 53: electronic controller
411:主軸 411: Spindle
54:水位偵測器 54: Water level detector
42:外殼 42: Shell
541:軸桿 541: Axle
421:前開口 421: front opening
542:浮筒 542: Float
422:固定部 422: Fixed part
55:頂蓋 55: top cover
43:主動齒輪 43: driving gear
56:外界電源線 56: External power cord
44:螺絲 44: Screw
57:螺絲 57: Screw
45:螺帽 45: Nut
58:電源線 58: Power cord
5:控制裝置 5: Control device
6:積水 6: stagnant water
51:殼體 51: Shell
511:控制室 511: Control Room
512:進水室 512: Inlet Chamber
513:卡孔 513: card hole
第一圖係本創作抽水泵浦之立體外觀圖。 The first picture is the three-dimensional appearance of the pump of this creation.
第二圖係本創作抽水泵浦之前視圖。 The second picture is the front view of this pumping pump.
第三圖係本創作抽水泵浦之後視圖。 The third picture is the rear view of the pumping pump of this creation.
第四圖係本創作抽水泵浦沿前後方向之側視剖面圖,且特別剖視出水口。 The fourth picture is a cross-sectional side view of the pumping pump of this creation along the front and back direction, and the water outlet is especially cross-sectional.
第五圖係本創作抽水泵浦沿前殼組左右方向之前視剖面圖。 The fifth figure is the front sectional view of the pumping pump of this creation along the left and right direction of the front shell group.
第六圖係本創作抽水泵浦之前殼組之立體分解圖。 The sixth picture is a three-dimensional exploded view of the shell group before the creation of the pump.
第七圖係本創作抽水泵浦之前殼、葉輪組與控制裝置之立體分解圖。 The seventh figure is a three-dimensional exploded view of the front casing, impeller assembly and control device of the pumping pump of this creation.
第八圖係本創作抽水泵浦之馬達組之立體分解圖。 The eighth picture is a three-dimensional exploded view of the motor group of the pumping pump of this creation.
第九圖係本創作抽水泵浦之使用狀態示意圖。 The ninth figure is a schematic diagram of the use state of the pumping pump of this creation.
有關本創作為達成上述目的,所採用之技術手段及其功效,茲舉出可行實施例,並且配合圖式說明如下: Regarding the technical means and their effects used in this creation to achieve the above-mentioned purpose, feasible embodiments are given, and the illustrations are explained as follows:
首先,請參閱第一圖至第八圖所示,由圖中可清楚看出,本創作之抽水泵浦具有橫豎雙軸傳動組合,抽水泵浦包括有前殼組10、葉輪組3、馬達組4以及控制裝置5,而前殼組10包括前殼1與進水殼2,其中:
First of all, please refer to the first to eighth pictures. It can be clearly seen from the pictures that the pumping pump of this creation has a horizontal and vertical dual-shaft transmission combination. The pumping pump includes a
該前殼1在殼體11內部設有葉輪室12,如第四至七圖所示,前殼1底部與進水殼2之間連接有進水罩16,前殼1底部進水罩16兩側各設置有卡孔161,在進水罩16中心設有與葉輪室12相通之進水口121,而前殼1外周設有與葉輪室12相通之出水口122,前殼1內部於葉輪室12與進水口121上方相隔設置有傳動室13,傳動室13設置含有後開口141與通孔143之連接座14,且連接座14設有兩側固定部142,前殼1之傳動室13具有上開口131,且前殼1設置有用於封閉上開口131之上蓋15,再配合螺絲17(參閱第一圖)鎖接固定,而進水罩16頂緣設有複數凸部162定位於殼體11底部,並另外配合螺絲18(參閱第六圖)鎖接固定。
The
該進水殼2之殼體21連接於前殼1、進水罩16與進水口121下方,進水殼2外周設有進水孔22,且進水殼2兩側各設置有卡制於進水罩16相對卡孔161之卡勾23,而進水殼2底部設有固定孔211固定於現場表面。
The
該葉輪組3包括葉輪31、葉輪軸32與傳動齒輪33,如第四至七圖所示,葉輪31利用軸孔311連接於葉輪軸32底端,且葉輪31位於傳動室13與進水口121之間,葉輪軸32直立貫穿樞接於傳動室13,傳動室13底部與上蓋15內各設有軸承34及油封35,利用兩軸承34樞接支持葉輪軸32,而傳動齒輪33固定於傳動室13內之葉輪軸32上。
The
該馬達組4包括馬達41、外殼42與主動齒輪43,如第四至八圖所示,馬達41橫向朝前連接於傳動室13之連接座14後面,並配合螺絲44穿過連接座14之通孔143,再鎖接螺帽45(參閱第四圖)固定,外殼42以前開口421(參閱第八圖)朝前套置固定於馬達41外周與連接座14後面,並配合兩側固定部142、422對接定位,,馬達41之主軸411經由後開口141伸入於傳動室13內,而主動齒輪43固定於馬達41之主軸411,且主動齒輪43嚙接驅轉傳動齒輪33。
The motor set 4 includes a
該控制裝置5包括有殼體51、進水座52、電子控制器53與水位偵測器54,如第五至七圖所示,殼體51由前殼1一側往外延伸出控制室511,控制室511下方相隔設置有進水室512,並且
控制室511配合螺絲57(參閱第一圖)鎖設頂蓋55,電子控制器53連接有外界電源線56(參閱第一圖),電子控制器53設置於控制室511內,水位偵測器54設置於進水室512內,電子控制器53分別連接於馬達41之電源線58與水位偵測器54,水位偵測器54之軸桿541利用磁力感應方式,以偵測浮筒542是否上升到預定的積水6高度,而進水座52由進水殼2一側往外延伸,在進水座52周圍設有進水孔521,且進水座52利用卡勾522連接於殼體51之進水室512底端兩側卡孔513。
The
本創作之抽水泵浦在現場實際使用中,如第四及九圖所示,當船艙內或甲板上的積水6帶動水位偵測器54之浮筒542上升,並到達設定的磁力感應位置高度時,電子控制器53自動啟動馬達41,馬達41之主軸411帶動主動齒輪43嚙接驅轉傳動齒輪33,以帶動葉輪軸32與葉輪31旋轉,並由葉輪31迅速抽送積水6通過葉輪室12與出水口122往外送出。而當積水6高度降低,且浮筒542相對下降後,電子控制器53自動控制馬達41停止運轉。本創作在現場實際使用中,抽水泵浦利用馬達41配合橫豎雙軸傳動葉輪31旋轉,讓抽水泵浦能夠降低直立高度,並且葉輪31底部全面朝向進水殼2順利抽送積水6,更適合現場快速安裝使用,而且抽水泵浦可利用橫豎雙軸進行增速傳動,以提高葉輪31之轉速與抽水效率。
The pumping pump of this creation is actually used on site, as shown in the fourth and ninth pictures, when the
再者,本創作之抽水泵浦在實際使用中,如第四至八圖所示,馬達41之主動齒輪43與葉輪31之傳動齒輪33在進行增速傳
動時,葉輪31與傳動齒輪33之轉速大於馬達41與主動齒輪43之轉速,並且主動齒輪43與傳動齒輪33可各為斜齒輪,而主動齒輪43之齒數係大於傳動齒輪33之齒數,以提高葉輪31之轉速與抽水效率。
Furthermore, in actual use of the pumping pump of this creation, as shown in Figures 4 to 8, the
以上所舉實施例僅用為方便說明本創作,而並非加以限制,在不離本創作精神範疇,熟悉此一行業技藝人士所可作之各種簡易變化與修飾,均仍應含括於以下申請專利範圍中。 The above-mentioned examples are only for the convenience of explaining the creation, but not to limit it. Without departing from the spirit of this creation, the various simple changes and modifications that can be made by those who are familiar with this industry should still be included in the following patent applications In range.
10:前殼組 10: Front shell group
22:進水孔 22: Water inlet
1:前殼 1: Front shell
3:葉輪組 3: Impeller group
11:殼體 11: Shell
31:葉輪 31: Impeller
12:葉輪室 12: Impeller chamber
32:葉輪軸 32: Impeller shaft
121:進水口 121: water inlet
33:傳動齒輪 33: Transmission gear
122:出水口 122: water outlet
34:軸承 34: Bearing
13:傳動室 13: Transmission room
35:油封 35: oil seal
14:連接座 14: connecting seat
4:馬達組 4: Motor group
141:後開口 141: Back opening
41:馬達 41: Motor
143:通孔 143: Through hole
411:主軸 411: Spindle
15:上蓋 15: Upper cover
42:外殼 42: Shell
16:進水罩 16: Inlet hood
43:主動齒輪 43: driving gear
162:凸部 162: Convex
44:螺絲 44: Screw
2:進水殼 2: inlet shell
45:螺帽 45: Nut
21:殼體 21: Shell
58:電源線 58: Power cord
211:固定孔 211: fixed hole
Claims (7)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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TW109212286U TWM604837U (en) | 2020-09-18 | 2020-09-18 | Water pump with horizontal and vertical biaxial transmission |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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TW109212286U TWM604837U (en) | 2020-09-18 | 2020-09-18 | Water pump with horizontal and vertical biaxial transmission |
Publications (1)
Publication Number | Publication Date |
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TWM604837U true TWM604837U (en) | 2020-12-01 |
Family
ID=74670268
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
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TW109212286U TWM604837U (en) | 2020-09-18 | 2020-09-18 | Water pump with horizontal and vertical biaxial transmission |
Country Status (1)
Country | Link |
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TW (1) | TWM604837U (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI742857B (en) * | 2020-09-18 | 2021-10-11 | 慶優工業股份有限公司 | Pumping pump with horizontal and vertical biaxial transmission |
-
2020
- 2020-09-18 TW TW109212286U patent/TWM604837U/en unknown
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI742857B (en) * | 2020-09-18 | 2021-10-11 | 慶優工業股份有限公司 | Pumping pump with horizontal and vertical biaxial transmission |
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