TWM623820U - Quick release connecting tube and socket with low friction loss - Google Patents
Quick release connecting tube and socket with low friction loss Download PDFInfo
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- TWM623820U TWM623820U TW110214355U TW110214355U TWM623820U TW M623820 U TWM623820 U TW M623820U TW 110214355 U TW110214355 U TW 110214355U TW 110214355 U TW110214355 U TW 110214355U TW M623820 U TWM623820 U TW M623820U
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Abstract
本新型係一種低摩擦損失之快拆連接管及其插座,該快拆連接管包含有一插座及一插接頭;該插座包含一第一中空柱體、一固定桿、一套筒及一彈簧,該插接頭包含一第二中空柱體及一活動桿;當該插接頭***該插座後,其第二中空柱體及該活動桿分別抵靠該插座的該套筒及該固定桿,使該套筒及該活動桿分別往反方向移動,令該第一及第二中空柱體連通,供流體流經其中;由於本新型插座中的彈簧係軸向套設在該套筒的外筒面,不會構成流體通過時的阻力,有效減少流體通過該快拆連接管的該第一容置空間時的摩擦損失。The new type is a quick-release connecting pipe with low friction loss and its socket, the quick-release connecting pipe comprises a socket and a plug connector; the socket comprises a first hollow cylinder, a fixing rod, a sleeve and a spring, The plug connector includes a second hollow cylinder and a movable rod; when the plug connector is inserted into the socket, the second hollow cylinder and the movable rod respectively abut against the sleeve and the fixed rod of the socket, so that the socket The sleeve and the movable rod move in opposite directions respectively, so that the first and second hollow cylinders communicate with each other for fluid to flow therethrough; because the spring in the socket of the present invention is axially sleeved on the outer cylindrical surface of the sleeve , will not constitute resistance when fluid passes through, effectively reducing friction loss when fluid passes through the first accommodating space of the quick-release connecting pipe.
Description
本新型係關於一種串接於流體管路之快拆連接管,特別是指一種低摩擦損失之快拆連接管及其插座。 The new model relates to a quick-release connecting pipe connected in series with a fluid pipeline, in particular to a quick-release connecting pipe with low friction loss and its socket.
快拆連接管係為一種可快速組裝或拆卸並連接兩條管路的管線連接裝置以提供電子元件的液體冷卻之散熱循環應用;快拆連接管可達成快速方便的管線組裝與斷開,在維修管線斷開時亦可達成管線接頭閉鎖,使流體不致溢漏,而造成擬冷卻之電子系統受潮損壞。 The quick-release connecting pipe system is a pipeline connection device that can be quickly assembled or disassembled and connected to two pipelines to provide liquid cooling for electronic components. When the maintenance pipeline is disconnected, the pipeline joint can also be blocked, so that the fluid will not leak, and the electronic system to be cooled will be damaged by moisture.
如圖8所示,為目前一種快拆連接管4,其包含一插座30及一插接頭40,該插接頭40係部分***該插座30內。該插座30係包含有一主體31、一固定桿32、一套筒33以及一第一彈簧34,其中該主體31具有一第一開口31a及一第二開口31b,且其內部為一第一空間31c;該固定桿32係設置於該主體31的該第一空間31c內,並具有一桿座32a及一桿頭32b,該固定桿32的該桿座32a係固定於該主體31的該第一開口31a,該桿頭32b係朝向該主體31的該第二開口31b延伸;該套筒33的一內壁331係具有一內凸環33a,且該套筒33係滑設於該主體31的該第一空間31c內並環繞該固定桿32;該第一彈簧34係設置於該套筒33的該內壁331,並以其一端抵靠該套筒33內的該內凸環33a,以其另一端抵靠於該固定桿32的該桿座32a。
As shown in FIG. 8 , a conventional quick-
該插接頭40係包含一中空插接柱體41以及一活動桿42;該中空插接柱體41具有一第三開口41a及一第四開口41b,且其內部為一第二空間41c;該活動桿42係滑設於該中空插接柱體41的該第二空間41c,且具有一第一端42a及一第二端42b,該第二端42b係朝向該第四開口41b形成一圓柱42c,供一第二彈簧421套設於該圓柱42c外,該第二彈簧421的二端分別抵靠於該中空插接柱體41的該第四開口41b及該第二端42b。上述快拆連接管4於使用時,該插接頭40係以其第三開口41a***該插座30的第二開口31b內,此時該第三開口41a會抵靠於該套筒33的內凸環33a,且該活動桿42的該第一端42a抵靠於該固定桿32的該桿頭32b,隨著該插接頭40***該插座30,會將該插座30的該套筒33朝向該第一開口31a移動,直到該固定桿32的該桿頭32b脫離該套筒33並進入該中空插接柱體41,使該第一空間31c與該第二空間41c連通;如此,流體即可經該第一開口31a進入,並依序通過該第一空間31c、該第三開口41a及該第二空間41c後,並經該第四開口41b離開。
The
由圖8及上述說明可知,該快拆連接管雖可達到快速拆裝的目的,但該插座的該第一彈簧係設置該套筒的該內套筒內,恰好位於流體流經的位置,形成該流體流程時的阻力,造成摩擦損失,如圖9所示,經測試後發現,該流體壓降最高超過80萬帕斯卡以上,確實減少該流體的速度或壓力,而有必要進一步改良之。 It can be seen from FIG. 8 and the above description that although the quick-release connecting pipe can achieve the purpose of quick disassembly and assembly, the first spring of the socket is arranged in the inner sleeve of the sleeve, just at the position where the fluid flows, The resistance during the formation of the fluid flow causes friction loss, as shown in Figure 9. After testing, it is found that the pressure drop of the fluid exceeds 800,000 Pascals at the highest, which does reduce the velocity or pressure of the fluid, and it is necessary to further improve it.
有鑑於上述快拆連接管於使用時有較大的摩擦損失,導致流體速度或壓力減少的缺點,本新型主要目的係提供一種低摩擦損失之快拆連接管及其插座。 In view of the disadvantages of the above-mentioned quick-release connecting pipe having large friction loss during use, resulting in a decrease in fluid velocity or pressure, the main purpose of the present invention is to provide a quick-release connecting pipe and its socket with low friction loss.
為達上述目的所使用的主要技術手段係令上述低摩擦損失之快拆連接管包含有:一插座,係包含有:一第一中空柱體,係包含一第一容置空間、一第一開口及一第二開口;其中該第一及第二開口係與該第一容置空間連通;一固定桿,係設置於該第一中空柱體之該第一容置空間內,且包含有一第一端及一第二端,該第一端係固定在該第一中空柱體的第一開口,該第二端係朝向該第一中空柱體的該第二開口;一套筒,係滑設於該第一中空柱體之該第一容置空間內,且包含有一孔口,該孔口係朝向該第一中空柱體的該第二開口,該套筒的一外筒面具有一固定環,以抵靠於該第一中空柱體的一內壁面,而該套筒的一內筒面係圍繞該固定桿,並與該固定桿選擇性地將該第一容置空間分隔為二;以及一第一彈簧,係同軸套設於該套筒的該外筒面,並以其一端抵靠於該套筒的該固定環,另一端抵靠於該第一中空柱體的該第一開口;以及一插接頭,係包含有:一第二中空柱體,係包含一第二容置空間、一第三開口及一第四開口,該第三開口及第四開口係與該第二容置空間連通,其中該二中空柱體係以該第三開口自該插座的該第一中空柱體的該第二開口***,以抵靠於該插座內的該套筒的該孔口,且該第三開口將該第二容置空間與該第一容置空間連通;以及 一活動桿,係滑設於該第二中空柱體之該第二容置空間,並包含有一第三端及一第四端,該第三端係抵靠於該插座之該固定桿的該第二端,該第四端係透過一第二彈簧抵靠於該第二中空柱體的該第四開口,使該活動桿選擇性地關閉該第二中空柱體的該第三開口。 The main technical means used to achieve the above purpose is to make the above-mentioned low friction loss quick-release connecting pipe include: a socket, which includes: a first hollow cylinder, which includes a first accommodating space, a first an opening and a second opening; wherein the first and second openings communicate with the first accommodating space; a fixing rod is disposed in the first accommodating space of the first hollow cylinder, and includes a a first end and a second end, the first end is fixed on the first opening of the first hollow cylinder, the second end is facing the second opening of the first hollow cylinder; a sleeve is It is slidably arranged in the first accommodating space of the first hollow cylinder, and includes an orifice, the orifice is facing the second opening of the first hollow cylinder, and an outer cylindrical surface of the sleeve has a fixing ring to abut against an inner wall surface of the first hollow cylinder, and an inner cylindrical surface of the sleeve surrounds the fixing rod and selectively separates the first accommodating space from the fixing rod and a first spring, which is coaxially sleeved on the outer cylindrical surface of the sleeve, one end of which is abutted against the fixing ring of the sleeve, and the other end is abutted against the first hollow cylinder. The first opening; and a plug connector including: a second hollow cylinder including a second accommodating space, a third opening and a fourth opening, the third opening and the fourth opening are connected to The second accommodating space is communicated, wherein the two hollow cylinder systems are inserted from the second opening of the first hollow cylinder of the socket through the third opening to abut against the hole of the sleeve in the socket an opening, and the third opening communicates the second accommodating space with the first accommodating space; and A movable rod is slidably arranged in the second accommodating space of the second hollow cylinder, and includes a third end and a fourth end, the third end abuts against the fixed rod of the socket The second end, the fourth end is pressed against the fourth opening of the second hollow cylinder through a second spring, so that the movable rod selectively closes the third opening of the second hollow cylinder.
由上述說明可知,本新型低摩擦損失之快拆連接管於使用時按壓該插接頭,使該第二中空柱體推動該插座的該套筒,即可快速將該插座的該第一容置空間及該插接頭的該第二容置空間連通並供流體通過,本新型主要將該插座的該第一彈簧同軸套設於該套筒的該外筒面,使得該第一彈簧不再設置於供流體通過的該第一容置空間內;如此,當流體由該快拆連接管的該第一開口進入並通過該第一容置空間時,流體即可承受相對小的阻力,減少了該快拆連接管的內部結構對該流體造成的摩擦損失,不降低該流體的速度或壓力。 It can be seen from the above description that the quick-release connecting tube with low friction loss of the present invention presses the plug connector when in use, so that the second hollow cylinder pushes the sleeve of the socket, and the first housing of the socket can be quickly accommodated The space is communicated with the second accommodating space of the plug connector and allows fluid to pass through. The present invention mainly coaxially sleeves the first spring of the socket on the outer cylindrical surface of the sleeve, so that the first spring is no longer provided. in the first accommodating space for the fluid to pass through; in this way, when the fluid enters and passes through the first accommodating space through the first opening of the quick-release connecting pipe, the fluid can bear relatively small resistance, reducing the The friction loss of the fluid caused by the internal structure of the quick-release connecting pipe does not reduce the velocity or pressure of the fluid.
為達上述目的所使用的主要技術手段係令該插座為上述快拆連接管的插座,其可配合不同結構的插接頭使用。 The main technical means used to achieve the above-mentioned purpose is to make the socket a socket of the above-mentioned quick-release connecting pipe, which can be used with plug connectors of different structures.
由於本新型的插座係主要將該第一彈簧同軸套設於該套筒的該外筒面,令該第一彈簧不再設置於供流體通過的該第一容置空間內;如此,當流體流經該插座時,可減少第一彈簧所帶來的阻力。 Because the socket of the present invention mainly coaxially sleeves the first spring on the outer cylindrical surface of the sleeve, the first spring is no longer arranged in the first accommodating space for the fluid to pass through; When flowing through the socket, the resistance caused by the first spring can be reduced.
1:快拆連接管 1: Quick release connecting pipe
10:插座 10: Socket
11:第一中空柱體 11: The first hollow cylinder
111:第一圓筒 111: The first cylinder
111’:一端 111': one end
112:第二圓筒 112: Second cylinder
112’:一端 112': one end
113:第一容置空間 113: The first accommodation space
11a:第一開口 11a: First opening
11b:第二開口 11b: Second opening
11c:內壁面 11c: inner wall surface
12:固定桿 12: Fixed rod
12a:第一端 12a: First end
12a’:中空圓盤 12a': hollow disc
12b:第二端 12b: Second end
12c:開口 12c: Opening
12d:桿頭 12d: club head
13:套筒 13: Sleeve
131:外筒面 131: outer cylinder surface
13a:孔口 13a: Orifice
13b:固定環 13b: Retaining ring
14:第一彈簧 14: First Spring
2:快拆連接管 2: Quick release connecting pipe
20:插接頭 20: Plug connector
21:第二中空柱體 21: The second hollow cylinder
211:第二容置空間 211: Second accommodation space
21a:第三開口 21a: Third opening
21b:第四開口 21b: Fourth opening
21c:內壁面 21c: inner wall surface
21d:中空擋板 21d: Hollow baffle
22:活動桿 22: Active rod
221:柱狀凹槽 221: Columnar groove
221’:圓柱 221’: Cylinder
22a:第三端 22a: third end
22b:第四端 22b: Fourth end
22c:固定齒 22c: Fixed teeth
23:第二彈簧 23: Second Spring
30:插座 30: socket
31:主體 31: Subject
31a:第一開口 31a: first opening
31b:第二開口 31b: Second opening
31c:第一空間 31c: First space
32:固定桿 32: Fixed rod
32a:桿座 32a: Pole seat
32b:桿頭 32b: club head
33:套筒 33: Sleeve
331:內壁 331: Inner Wall
33a:內凸環 33a: Inner convex ring
34:第一彈簧 34: First Spring
4:快拆連接管 4: Quick release connecting pipe
40:插接頭 40: plug connector
41:中空插接柱體 41: Hollow plug cylinder
41a:第三開口 41a: Third opening
41b:第四開口 41b: Fourth opening
41c:第二空間 41c: Second space
42:活動桿 42: Active rod
421:第二彈簧 421: Second Spring
42a:第一端 42a: first end
42b:第二端 42b: second end
42c:圓柱 42c: Cylinder
圖1:本新型低摩擦損失之快拆連接管的第一實施例的一關閉型態的一立體組合剖面圖。 FIG. 1 is a three-dimensional combined cross-sectional view of a closed state of the first embodiment of the novel low-friction-loss quick-release connecting pipe.
圖2A:圖1的插座的一立體分解圖。 FIG. 2A : An exploded perspective view of the socket of FIG. 1 .
圖2B:圖1的插座的一立體組合剖面圖。 FIG. 2B is a perspective assembled cross-sectional view of the socket of FIG. 1 .
圖3A:圖1的插接頭的一立體分解圖。 FIG. 3A : An exploded perspective view of the plug connector of FIG. 1 .
圖3B:圖1的插接頭的一立體組合剖面圖。 FIG. 3B is a three-dimensional combined cross-sectional view of the plug connector of FIG. 1 .
圖4:本新型低摩擦損失之快拆連接管的第一實施例的開啟型態的一立體剖面圖。 FIG. 4 is a three-dimensional cross-sectional view of the opening state of the first embodiment of the novel low-friction-loss quick-release connecting pipe.
圖5:本新型低摩擦損失之快拆連接管的第二實施例的一立體剖面圖。 Figure 5: A perspective cross-sectional view of the second embodiment of the novel low friction loss quick-release connecting pipe.
圖6:本新型低摩擦損失之快拆連接管的第一實施例的一壓降與位置的關係圖。 Figure 6: A diagram showing the relationship between pressure drop and position of the first embodiment of the novel low friction loss quick-release connecting pipe.
圖7:本新型低摩擦損失之快拆連接管的第二實施例的一壓降與位置的關係圖。 Figure 7: A diagram showing the relationship between pressure drop and position of the second embodiment of the novel low friction loss quick-release connecting pipe.
圖8:既有的一快拆連接管的開啟型態的一立體剖面圖。 Figure 8: A perspective cross-sectional view of an open state of an existing quick-release connecting pipe.
圖9:既有的一快拆連接管的一壓降與位置的關係圖。 Figure 9: A graph of a pressure drop versus position of an existing quick release connecting pipe.
本新型係將一快拆連接管進行改良,以下謹以多個實施例配合圖式詳加說明本新型技術內容。 The new type is an improvement of a quick-release connecting pipe. The following describes the technical content of the new type in detail with several embodiments in conjunction with the drawings.
首先請參閱圖1,係為本新型低摩擦損失之快拆連接管1的第一實施例,其包含一插座10及一插接頭20,該插接頭20係用以***該插座10中,圖1所示之該快拆連接管1係呈一關閉型態。再請配合參閱圖2A所示,該插座10係包含一第一中空柱體11、一固定桿12、一套筒13以及一第一彈簧14;如圖3A所示,而該插接頭20則包含一第二中空柱體21、一活動桿22以及一第二彈簧23。
First, please refer to FIG. 1 , which is the first embodiment of the novel low-friction-loss quick-
請同時參閱圖2A及圖2B,上述插座10的該第一中空柱體11係包含一第一容置空間113、一第一開口11a以及一第二開口11b,該第一及第二開口11a、11b係與該第一容置空間113連通;於本實施例,該第一中空柱體11係由一第一圓筒111及一第二圓筒112組成,其中該第二圓筒112係套設於該第一圓筒111內,並凸出於該第一圓筒111,以構成該第一容置空間113,而該第一開口11a係形成於該第一圓筒111的一端111’,該第二開口11b係形成於該第二圓筒112遠離該第一圓筒111的一端112’,且該第二開口11b的內徑係大於該第一開口11a的內徑;又於本實施例,該第一中空柱體11係包含一內壁面11c,該內壁面11c係可為該第二圓筒112的一內表面。
2A and 2B, the first
上述插座10的該固定桿12係設置於該第一中空柱體11的該第一容置空間113內,並包含有一第一端12a及一第二端12b,該第一端12a係固定在該第一中空柱體11的該第一開口11a,該第二端12b係朝向該第一中空柱體11的該第二開口11b;於本實施例,該第一端12a係可為一中空圓盤12a’,並固定在該第一圓筒111的一端111’,且該中空圓盤12a’包含四個扇形開口12c,且該些開口12c連通上述第一容置空間113;該第二端12b係包含一桿頭12d,該桿頭12d係朝向該第一中空柱體11的該第二開口11b延伸,但該桿頭12d不突出該第二開口11b,其中該桿頭12d的外徑係小於該第一中空柱體11的第二開口11b的內徑。
The fixing
上述插座10的該套筒13係滑設於該第一中空柱體11的該第一容置空間113內,並與該固定桿12同軸設置,且該套筒13較該第一中空柱體11為短,該套筒13係包含有一孔口13a,該孔口13a係朝向該第一中空柱體11的該第二開口11b,其中該孔口13a的內徑匹配該固定桿12的該桿頭12d的外徑,因
此,當該套筒13的該孔口13a與該第二端12b的該桿頭12d重疊時,可選擇性地將該第一容置空間113分隔為二,以阻斷該第一及第二開口11a、11b連通;該套筒13的一外筒面131具有一固定環13b,以抵靠於該第一中空柱體11的該內壁面11c,其中該固定環13b的外徑係大於該第一中空柱體11的該第二開口11b的內徑。
The
上述插座10的該第一彈簧14係套設於該套筒13的外筒面131,以與該套筒13同軸設置,其一端抵靠於該套筒13的該固定環13b,另一端則抵靠於該第一中空柱體11的該第一開口11a;於本實施例,該第一彈簧14的一端可抵止在該第一開口11a的該中空圓盤12a’上,故該第一彈簧14係隨著該套筒13在該第一中空柱體11不同位置而伸長或被壓縮。
The
再請參閱圖3A及圖3B,上述插接頭20的該第二中空柱體21係包含一第二容置空間211、一第三開口21a以及一第四開口21b,其中該第三開口21a及該第四開口21b係與該第二容置空間211連通,如圖1所示,該第二中空柱體21的該第三開口21a的內徑匹配於上述該插座10的該套筒13的該孔口13a的內徑;於本實施例,該第四開口21b係固定於一中空擋板21d上,該中空擋板21d係為一十字擋板;又於本實施例,該第二中空柱體21係包含一內壁面21c,該內壁面21c係可為該第二中空柱體21的一內表面。
3A and 3B again, the second
上述插接頭20的該活動桿22係滑設於該第二中空柱體21的該第二容置空間211,並包含有一第三端22a及一第四端22b,且該活動桿22較該第二中空柱體21為短,其中該活動桿22的該第三端22a的外徑係匹配於上述該第二中空柱體21的該第三開口21a的內徑,並匹配於上述該插座10的該固定桿12的該桿頭12d,於本實施例中,該活動桿22的該第四端22b係形成一柱狀凹槽
221;上述活動桿22的一外表面係形成多個固定齒22c,以抵靠於該第二中空柱體21的該內壁面21c,其中該些固定齒22c構成的外徑大於該第二中空柱體21的該第三開口21a的內徑,該些固定齒22c係環狀並列且相隔90度,但均不以此為限。
The
上述該插接頭20的該第二彈簧23的二端係分別抵靠於該活動桿22的該第四端22b及該第二中空柱體21的該第四開口21b,使該活動桿22選擇性地關閉該第二中空柱體21的該第三開口21a;於本實施例,該第二彈簧23的一端係***該活動桿22的該柱狀凹槽221內,以更穩固地抵靠於該活動桿22的該第四端22b,另一端則抵靠位在該第二中空柱體21的該第四開口21b的該中空擋板21d;如圖2B所示,該第二彈簧23係抵撐該活動桿22,使其第三端22a匹配容置於該第三開口21a,亦如圖4所示,該第二彈簧23亦隨著該活動桿22朝第四開口21b移動而被壓縮。
The two ends of the
再請參閱圖1,該插座10及該插接頭20係組合成該快拆連接管1,其中上述該插接頭20的該第二中空柱體21係以該第三開口21a自該插座10的該第一中空柱體11的該第二開口11b***,同時將該活動桿22的該第三端22a抵靠於該固定桿12的該第二端12b的該桿頭12d;此時,該固定桿12的該桿頭12d與該套筒13的該孔口13a重疊,而將該第一中空柱體11的該第一容置空間113分隔為二,又該活動桿22的該第三端22a與該第二中空柱體21的該第三開口21a重疊,並關閉該第三開口21a;因此,該插座10的該第一容置空間113不與該插接頭20的第二容置空間211連通,使得該快拆連接管1呈關閉型態。
Please refer to FIG. 1 again, the
再請配合參閱圖4,為該快拆連接管1呈開啟型態的結構,即圖1中的該插接頭20的該第二中空柱體21係由該第三開口21a再進一步朝向該插座
10的該第一中空柱體11的該第一開口11a方向***,一併使該插座10的該套筒13朝向該固定桿12的該第一端12a移動並壓縮該第一彈簧14,同時該桿頭12d會離開該套筒13的該孔口13a,自該第二中空柱體21的第三開口21a進入該第二容置空間211,一併推動該插接頭20的該活動桿22朝向該第四開口21b移動,並壓縮該第二彈簧23,使得該第一開口11a、該第一容置空間113、該第三開口21a、該第二容置空間211及該第四開口21b連通;如此,一流體可由該快拆連接管1的第一開口11a進入並依序通過該第一容置空間113、該第三開口21a、該第二容置空間211,最終由該第四開口21b離開;再配合圖6所示,本實施例經與圖9相同測試後獲得最高流體壓降為70萬以下。
Please also refer to FIG. 4 , which shows the structure of the quick-
再請參閱圖5,係為本新型低摩擦損失之快拆連接管的第二實施例的一立體剖面圖,於此實施例中,一快拆連接管2與圖1之該快拆連接管1大致相同,惟不同之處為該活動桿22的該第四端22b係形成一圓柱221’,且該圓柱221’係***該第二彈簧23內部,並且該第二彈簧23以其一端抵靠該活動桿22的該第四端22b,以其另一端抵靠該第二中空柱體21的該第四開口21b,該快拆連接管2的其他構成係與上述該快拆連接管1相同,並省略相同部分之說明。如圖7所示,雖然本實施例的第二彈簧23位在流體流路中,但經與圖9相同測試後,其最高流體壓降在80萬以下。
Please refer to FIG. 5 again, which is a three-dimensional cross-sectional view of the second embodiment of the novel low-friction-loss quick-release connecting pipe. In this embodiment, a quick-
綜合上述說明可知,本新型低摩擦損失之快拆連接管係將該第一彈簧同軸套設於該套筒的該外筒面,以令該第一彈簧移出該快拆連接管的該插座內部供流體通過的該第一容置空間,因此,本新型快拆連接管可降低流體摩擦損失,有效降低流體速度或壓力減少的幅度。 Based on the above description, it can be seen that the quick release connecting pipe with low friction loss of the present invention coaxially sleeves the first spring on the outer cylindrical surface of the sleeve, so that the first spring is moved out of the socket of the quick release connecting pipe. The first accommodating space for the fluid to pass through, therefore, the novel quick-release connecting pipe can reduce the friction loss of the fluid, and effectively reduce the magnitude of the reduction of the fluid velocity or the pressure.
以上所述僅是本新型的實施例而已,並非對本新型做任何形式上的限制,雖然本新型已以實施例揭露如上,然而並非用以限定本新型,任何所屬技術領域中具有通常知識者,在不脫離本新型技術方案的範圍內,當可利用上述揭示的技術內容作出些許更動或修飾為等同變化的等效實施例,但凡是未脫離本新型技術方案的內容,依據本新型的技術實質對以上實施例所作的任何簡單修改、等同變化與修飾,均仍屬於本新型技術方案的範圍內。 The above description is only an embodiment of the present invention, and is not intended to limit the present invention in any form. Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention. Anyone with ordinary knowledge in the technical field, Within the scope of not departing from the technical solution of the present invention, some changes or modifications can be made by using the technical content disclosed above to be equivalent embodiments with equivalent changes, but any content that does not depart from the technical solution of the present invention is based on the technical essence of the new model. Any simple modifications, equivalent changes and modifications made to the above embodiments still fall within the scope of the technical solution of the present invention.
1:快拆連接管 1: Quick release connecting pipe
10:插座 10: Socket
11:第一中空柱體 11: The first hollow cylinder
111:第一圓筒 111: The first cylinder
111’:一端 111': one end
112:第二圓筒 112: Second cylinder
112’:一端 112': one end
113:第一容置空間 113: The first accommodation space
11a:第一開口 11a: First opening
11b:第二開口 11b: Second opening
11c:內壁面 11c: inner wall surface
12:固定桿 12: Fixed rod
12a:第一端 12a: First end
12a’:中空圓盤 12a': hollow disc
12b:第二端 12b: Second end
12c:開口 12c: Opening
12d:桿頭 12d: club head
13:套筒 13: Sleeve
131:外筒面 131: outer cylinder surface
13a:孔口 13a: Orifice
13b:固定環 13b: Retaining ring
14:第一彈簧 14: First Spring
20:插接頭 20: Plug connector
21:第二中空柱體 21: The second hollow cylinder
211:第二容置空間 211: Second accommodation space
21a:第三開口 21a: Third opening
21b:第四開口 21b: Fourth opening
21c:內壁面 21c: inner wall surface
21d:中空擋板 21d: Hollow baffle
22:活動桿 22: Active rod
221:柱狀凹槽 221: Columnar groove
22a:第三端 22a: third end
22b:第四端 22b: Fourth end
22c:固定齒 22c: Fixed teeth
23:第二彈簧 23: Second Spring
Claims (16)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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TW110214355U TWM623820U (en) | 2021-12-01 | 2021-12-01 | Quick release connecting tube and socket with low friction loss |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW110214355U TWM623820U (en) | 2021-12-01 | 2021-12-01 | Quick release connecting tube and socket with low friction loss |
Publications (1)
Publication Number | Publication Date |
---|---|
TWM623820U true TWM623820U (en) | 2022-02-21 |
Family
ID=81324744
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
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TW110214355U TWM623820U (en) | 2021-12-01 | 2021-12-01 | Quick release connecting tube and socket with low friction loss |
Country Status (1)
Country | Link |
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TW (1) | TWM623820U (en) |
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2021
- 2021-12-01 TW TW110214355U patent/TWM623820U/en unknown
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