201131077 t、發明說明： 【發明所屬之技術領域】 本發明主要係揭不-種打氣筒頭部，尤其是护 選擇多種氣嘴之打氣筒頭部。 · θ〜種可 【先前技術】 參照我國專利公告編號第35933〇號「打氣产 良」，其為申請人與他人共同擁有之專利，前述專利H改 一概呈L形狀之打氣筒内咀頭，其中間係形成—容=二有 以供依序容置一壓住器、彈簧、銷體及風嘴，於打氕;間 咀頭兩端皆設有一螺紋部以供分別螺合一内咀蓋及罢=内 而容置空間内部並環設一凸緣，以供壓住器定位之用， 打氣筒内咀頭一端並貫穿設有一軸銷以樞設一扳手；本倉 作只須將扳手順時針轉動9〇度即可直接灌氣於不同氣嘴 之打氣筒，在進行打氣的過程中更不須任何釋壓件即可達 到自動啣緊氣嘴之目的。 削述專利之壓住器的一侧設有頭部且内側壁設有— 上、下對稱之凸點並套.設一彈性體於該凸點與内咀頭之4 緣之間。當轉動扳手於壓抵位置時，扳手壓抵壓住器令S ’推動I住扣與風嘴而挾持氣嘴。當轉動扳手於釋放< 3接難釋放令壓住器回復原位。彈性_ :八別Γ錄料性回覆之功效，惟，彈性體必須設有p 動刀且，才能夠㈣住器能師_ 且5又置的位置在於壓住器與内咀頭之凸緣二 201131077 間。内叫為了要容納^個雜體 容納空間，而内__必須力;大内吸頭的 其結構強度，為了同時符度才能夠保有 町而水，則必須要加大内咀頭的尺 版 的體積與重量。除此之外 曰加了打氣筒 形，這個小空門的"η 體的空間必須額外成 】工間的存在增加了產製的加工 %小空間的尺# U ^間’同 多的時間與J成:不…控’生產者必須付出較 行車B為現今的自 周邊商品越來越要求輕薄短 的重量與尺寸，一⑴賈者注重商品 滿足騎乘在有稀μ的缺失，並無法 尋求解決之道，/、柄明人有_先前技術的缺失極力 【發明内容】 本=决先前技術存在之缺失，而提供—種可選 夕種氣嘴之打氣筒頭部能夠解糾前技術之缺失。 邮目P明主要改良的技術手段為，本體的第—端與中段 相同形狀的外周緣，且大徑端的每-橫截面的内經 =等’令本體的結構相當簡單，且因為本體的第一端無 fΑ有其他的孔洞而能夠保有較佳的結構強度，進-步使 t本體能夠有效縮小體積且符合輕量的要求，再者能夠滿 足降低成本與減輕重量的要求。 本卷月-人要改良的技術手段為，軟質迫緊件之梅花狀 201131077 的擠壓面能夠允許受到擠壓而容易變形與回覆原狀，進一 步令軟質迫緊件與其他元件之間能夠具有氣密效果，使氣 體不外茂。 其他目的、優點和本發明的新穎特性將從以下詳細的 描述與相關的附圖更加顯明。 【實施方式】 有關本發明所採用之技術、手段及其功效，茲舉一較 佳實施例並配合圖式詳述如後，此僅供說明之用，在專利 申請上並不受此種結構之限制。 參照圖一、圖二與圖三，為本發明可選擇多種氣嘴之 打氣筒頭部之立體外觀圖與立體分解圖。本發明之可選擇 多種氣嘴之打氣筒頭部，其包括一本體10、一扳動件20、 一壓住器30、一軟質迫緊件40、一頂心50與一蓋件60。 同時參照圖四，為本發明可選擇多種氣嘴之打氣筒頭 部之剖視圖。該本體10包括一第一部位101與一第二部位 102，該本體10第一部位101縱向設有一套接部11，該套 接部11能夠套接打氣筒的管體。該本體10第二部位102 包括第一端1021與第二端1022，且兩端1021、：[022之間 形成一中段部1023，第一端1021與中段部1023具有相同 形狀的外周緣。該第二部位102橫向設有一穿透的容納空 間12，該容納空間12包括一大徑端121、一小徑端122 與一傾斜部123，該大徑端121的每一橫截面的内徑皆相 等。該大徑端121包括一頂端1211與一底端1212，該頂 201131077 端1211遠離該第一部位ιοί ’該頂端1211呈平直狀，且 5玄頂端1211未没有其他的孔洞，該頂端1211能夠提供較 佳的結構強度，該底端1212鄰近該第—部位1Q1，該底端 1212突設有―突肋1213，該突肋㈣能夠進-步加強該 本體ίο之結構強度。該容納空間12小徑端122的内徑小 於大徑端121的响，該傾斜部m環設於該容納空間 12,該傾斜部123位於該大徑端121與該小徑# 122之間。 該容納空間12之大徑端121與該套接部11之間設有一通 孔13 ’該通孔13連通該第一部位1〇1與該第二部位102。 §亥第二部位102之大經端121偏心的樞接該扳動件20，該 ㈣件2◦能夠擔止於該突肋咖。該第二部位⑽另一 步而外周緣形成一外螺紋部14。 的外：體==段部_有相_狀 虹而W的母—横截面的内徑皆相算， ㈠亥本體10的結構相當簡單，且 :::;r孔洞而能夠保有較佳的結構強 ^〜本體10能財效縮小體積且符合輕量的要求 月b夠滿足降低成本與減輕重量的要求。 =住器3◦設於該她之容納空間 3山〇包括弟一端301與第二賴，該_0第—端3二 W呈封閉狀而能夠受到該扳動件2q推抵， 能夠移動於該大徑端12卜該小徑端i22 j 口口 30 之間。該壓住器3。軸向設有一容心:、32部二3 —刪第:祕該容孔艾:= 201131077201131077 t, invention description: [Technical field to which the invention pertains] The present invention mainly discloses a pump head, in particular, a pump head that selects a plurality of nozzles. · θ~种可 【Prior Art】 Refer to China Patent Publication No. 35933, “Inflating and Producing Good”, which is a patent jointly owned by the applicant and others. The above-mentioned patent H is changed to an L-shaped inflator. The middle part is formed - the volume = two is provided for sequentially accommodating a presser, a spring, a pin body and a tuyere for snoring; a threaded portion is provided at both ends of the nozzle to respectively screw a inner nozzle Cover and stop = inside and accommodate the space and a flange for the positioning of the presser. One end of the nozzle in the pump is provided with a shaft pin to pivot a wrench; the warehouse only needs to be The wrench can be directly infused into the pump of different nozzles by turning 9 degrees clockwise. In the process of pumping, the nozzle can be automatically tightened without any pressure release member. The side of the patented crimper is provided with a head and the inner side wall is provided with upper and lower symmetrical bumps and sleeves. An elastic body is disposed between the bump and the inner edge of the inner nozzle. When the wrench is turned to the pressed position, the wrench presses against the presser to cause the S to push the I buckle and the tuyere to hold the nozzle. When the wrench is turned on to release < 3, the release is forced to return to the original position. Elasticity _ : The effect of the eight-in-one recording response, however, the elastic body must be equipped with a p-moving knife, and then it can be (4) the occupant _ and 5 is placed at the flange of the presser and the inner nozzle Two between 201131077. The inside is called to accommodate the housing space of the miscellaneous body, and the inner __ must be forceful; the structural strength of the large inner suction head, in order to retain the water in order to simultaneously satisfy the degree, it is necessary to increase the size of the inner nozzle head. Volume and weight. In addition to the addition of the pumping shape, the space of the small empty door must be extra.] The presence of the work room increases the processing cost of the production. The small space of the space # U ^ between the same time and J Cheng: No... Controlling 'producers must pay more for driving B. Today's self-contained goods are increasingly demanding light and short weights and sizes. One (1) Jia people pay attention to the goods to satisfy the riding in the absence of thin μ, and can not seek The solution, /, the handle of the person has _ the lack of prior technology [invention] This = the absence of the prior art, and provide a choice of the kind of gas nozzle head can solve the pre-correction technology Missing. The technical means for the main improvement of the postal bullet P is that the outer circumference of the same shape of the first end and the middle section of the main body, and the internal warp of each cross section of the large diameter end makes the structure of the main body quite simple, and because of the There is no hole at one end and other holes can maintain better structural strength. The step-by-step enables the t body to effectively reduce the volume and meet the requirements of light weight, and further meet the requirements of cost reduction and weight reduction. This month - the technical means for people to improve is that the extruded surface of the soft pressing piece of the plum blossom shape 201131077 can be squeezed and easily deformed and replied, further enabling the soft pressing member and other components to have gas. The dense effect makes the gas non-exposed. Other objects, advantages and novel features of the invention will be apparent from the description and appended claims. [Embodiment] The technology, the means and the functions thereof used in the present invention are described in detail with reference to the drawings, which are for illustrative purposes only, and are not subject to such a structure in the patent application. The limit. Referring to FIG. 1 , FIG. 2 and FIG. 3 , a perspective view and an exploded perspective view of a pump head of a plurality of nozzles can be selected. The pump head of the present invention can include a body 10, a trigger member 20, a presser 30, a soft pressing member 40, a top core 50 and a cover member 60. Referring also to Figure 4, there is shown a cross-sectional view of the head of the pump of a plurality of nozzles of the present invention. The body 10 includes a first portion 101 and a second portion 102. The first portion 101 of the body 10 is longitudinally provided with a sleeve portion 11 which can be sleeved with the tube body of the pump. The second portion 102 of the body 10 includes a first end 1021 and a second end 1022, and a middle portion 1023 is formed between the two ends 1021: [022], and the first end 1021 and the middle portion 1023 have an outer circumference of the same shape. The second portion 102 is laterally disposed with a penetrating receiving space 12, and the receiving space 12 includes a large diameter end 121, a small diameter end 122 and an inclined portion 123. The inner diameter of each cross section of the large diameter end 121 All are equal. The large diameter end 121 includes a top end 1211 and a bottom end 1212. The top end 201111077 end 1211 is away from the first part ιοί. The top end 1211 is flat, and the 5 top end 1211 has no other holes. The top end 1211 can Providing a better structural strength, the bottom end 1212 is adjacent to the first portion 1Q1, and the bottom end 1212 is provided with a protrusion rib 1213 which can further strengthen the structural strength of the body ίο. The inner diameter of the small-diameter end 122 of the accommodating space 12 is smaller than the sound of the large-diameter end 121. The inclined portion m is disposed in the accommodating space 12, and the inclined portion 123 is located between the large-diameter end 121 and the small-diameter #122. A through hole 13 ′ is formed between the large diameter end 121 of the accommodating space 12 and the socket portion 11 . The through hole 13 communicates with the first portion 1 〇 1 and the second portion 102 . The large end portion 121 of the second portion 102 of the hoist is pivotally connected to the trigger member 20, and the (four) member 2 can be supported by the rib. The second portion (10) is further stepped and the outer periphery forms an externally threaded portion 14. Outside: body == section _ phase _ shape rainbow and W mother - the inner diameter of the cross section is calculated, (1) the structure of the hai body 10 is quite simple, and:::;r hole can maintain better The structure is strong ^ ~ The body 10 can reduce the volume and meet the requirements of light weight. The monthly b can meet the requirements of reducing cost and reducing weight. = 住 ◦ 3 ◦ 该 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 她 _0 _0 _0 _0 _0 _0 The large diameter end 12 is between the small diameter end i22 j and the mouth 30. The presser 3. There is a tolerance in the axial direction: 32 parts 2 3 - delete the first: Secret to the hole Kong Ai: = 201131077
31 ’且§玄谷孔32朝向笫一端301延伸，該容孔32的底部 設有一凸柱321。該壓住器30的外周緣設有一進氣通道33 與兩壓住槽34,該進氣通道33鄰近第一端3〇:丨，該壓住槽 34鄰近第二端302。該進氣通道33包括一環溝331與一進 氣道332，該進氣道332徑向的連通位於該壓住器30兩側 之環溝331，且該進氣道332更連通該容孔32。該兩個壓 住槽34呈相對設置且分別設有一壓住扣奶，該壓住扣奶 的兩端分別為一樞接端351與一壓住端352，且該壓住扣 35兩端之間形成一壓住面353。該壓住槽34的兩端分別設 有一樞柃341與一局部連通部342，該樞桿341樞接該樞 接知351 ’该壓住端352能夠伸入該局部連通部342，該壓 住面353對應該容納空:間12之傾斜部123。該壓住器3〇 第一端301的外周緣設有一氣密件36，該氣密件3β能夠 防止氣體經由該壓住器30與該容納空間]2之間的縫隙朝 向該扳動件20的一端洩出。31' and the stencil hole 32 extends toward the end 301 of the cymbal, and a protrusion 321 is provided at the bottom of the hole 32. The outer periphery of the presser 30 is provided with an air inlet passage 33 and two pressing grooves 34. The air inlet passage 33 is adjacent to the first end 3: 丨, and the pressing groove 34 is adjacent to the second end 302. The air inlet passage 33 includes a ring groove 331 and an air inlet 332. The air inlet channel 332 communicates with the annular groove 331 on both sides of the pressure device 30, and the air inlet channel 332 further communicates with the hole 32. . The two pressing grooves 34 are oppositely disposed and respectively provided with a pressing buckle, and the two ends of the pressing buckle are respectively a pivoting end 351 and a pressing end 352, and the two ends of the buckle 35 are pressed. A pressing surface 353 is formed therebetween. The two ends of the pressing groove 34 are respectively provided with a pivot 341 and a partial communicating portion 342. The pivoting rod 341 is pivotally connected to the pivoting portion 351. The pressing end 352 can extend into the partial communicating portion 342. The face 353 corresponds to the inclined portion 123 which is vacant: the space 12. An airtight member 36 is disposed on the outer periphery of the first end 301 of the presser 3, and the airtight member 3β can prevent gas from passing through the gap between the presser 30 and the receiving space 2 toward the one end of the trigger member 20. Leak out.
該軟質迫緊件40設於該容納空間12之小徑端122 且該軟質迫緊件4G設韻壓邮3G之容部31與該蓋— 即之間。該軟質迫緊件4()包括第—端姻與第二端4〇2 j軟質迫緊件4〇設有一第一迫緊面41、一第二迫緊面42 -第三迫緊面43、—第四迫緊面44與―漏面45，該迈 面4卜42、43、44彼此平行，該擠塵面45連接矣 蟖k緊面42與该第二迫緊面43，該擠塵面45對應該才 ，、1〇之小徑端！22，鋪愿面45的斷面呈梅花狀。該第 —迫緊面41位於第-端401之端部，該第四迫緊面私位 8 201131077 於第一402之端部，該第二迫緊面42與該第三迫緊面 43位於兩知401、4〇2端部之間，該軟質迫緊件仙.第—端 4〇1伸入該壓住器3Q之容部31。該軟質迫緊件4〇轴向設 有一穿設部46與—迫緊部47，該穿設部46連通該迫緊部 47 ’且該穿設部46對應該容孔32。 °玄頂^ 呈中空狀能夠移動於該壓住器3〇之容孔π 與錄質迫緊件4〇之穿設部46之間，該頂心5Q包括第一 端T與第二端502，該頂心5〇第-端501呈開放狀套設 一弹性件51，該彈性件51另端抵設於該容孔32底部，且 套設於該壓住器30之凸柱321。該頂心50第二端5〇2端 部設有一頂掣面52與一出氣孔53，該出氣孔53呈一字型 破槽且連通該頂心50的兩端501、502，一字型破槽的設 計能夠同時適用於美式氣嘴與法式氣嘴。該頂心50第一端 501外周緣環設一第一凸緣54，該頂心5〇兩端5〇1、5〇2 之間的外周緣環設一第二凸緣55。 §亥蓋件60 —端螺鎖結合於該本體1〇之第二部位1〇2 之小徑端122，該蓋件另一端設有一擋壁61與一容設 孔62 ’該蓋件60之擋壁61擋設於該軟質迫緊件40之第 四迫緊面44，該容設孔62對應該迫緊部47。 該扳動件20能夠偏心的轉動於第一位置與第二位 置’該扳動件20位於第一位置時，該彈性件51的兩端分 別頂設於該頂心50與該壓住器30之凸柱321，令該頂心 50之第二端502位於該軟質迫緊件40之穿設部46，該壓 住器30第一端301抵設於該扳動件20。此時，該壓住扣 201131077 35之壓住面353恰貼設於該傾斜部123，且該壓住端352 位於該壓住槽34之局部連通部342，而該軟質迫緊件40 未受到壓迫。 參照圖五，為本發明打氣筒頭部承接美式氣嘴之示意 圖。本發明之打氣筒頭部承接美式氣嘴AV，美式氣嘴AV 伸入該蓋件60之容設孔62與該軟質迫緊件40之迫緊部 47，此時，操作者扳動泫扳動件20位於第二位置，該扳動 件20推動該壓住器30第一端301之端部，該壓住器30 同時迫緊的擠壓該軟賀.迫緊件40，該梅花狀的擠壓面45 能夠允許該軟質迫緊件40受到擠壓而容易變形與旧覆原 狀，進一步令該軟質迫緊件40與該壓住器30、該本體10、 該蓋件60之間能夠具有氣密效果，使氣體不外洩，該壓住 器30之容部31與容孔32的鄰接面抵壓該第一迫緊面41， 該容部31之端面抵壓該第二迫緊面42，該本體10小徑端 122的端面抵壓該第三迫緊面43，該蓋件60之擋壁61抵 壓該第四迫緊面44。 該壓住器3 0帶動該壓住扣3 5移動，該壓住扣3 5之塵 住面353脫離該傾斜部123而落入該小徑端122，該壓住 扣35之壓住端352經由該局部連通部342伸入該容孔32, 該壓住端352並擋止於該頂心50之第一凸緣54，且該第 二凸緣55擋設於該軟質迫緊件40之第一迫緊面41。此 時，美式氣嘴AV受到該軟質迫緊件40之壓迫，且該頂心 50伸入該美式氣嘴AV内，當打氣筒進氣時，氣體經由該 本體10之通孔13進入該容納空間12,而經由該壓住器30 10 201131077 之進氣通道33進入該容孔32，而容孔32内的氣體能夠經 由該頂心50之出氣孔53進入美式氣嘴AV，且呈一字形狀 之出氣孔53能夠提供氣通的效果。 當完成灌氣動作時，卸除美式氣嘴AV，且操作者扳動 該扳動件20回復原位時，該彈性件51彈性釋放而推動該 壓住器30回復原位，且該軟質迫緊件40同時回復原狀。 參照圖六，為本發明打氣筒頭部承接法式氣嘴之示意 圖。本發明之打氣筒頭部承接法式氣嘴FV，法式氣嘴FV 伸入該蓋件60之容設孔62與該軟質迫緊件40之迫緊部 47，此時，操作者扳動該扳動件20位於第二位置，該壓住 器30帶動該壓住扣35移動，該壓住扣35之壓住面353 脫離該傾斜部123而落入該小徑端122，該壓住扣35之壓 住端352經由該局部連通部342伸入該容孔32。此時，法 式氣嘴FV能夠經由該蓋件60之容設孔62進入並迫緊的設 於該軟質迫緊件40之迫緊部47與穿設部46，且法式氣嘴 FV更伸入該壓住器30之容孔32,法式氣嘴FV抵壓著該頂 心50之頂掣面52，法式氣嘴FV之氣嘴管伸入該出氣孔 53。此時，法式氣嘴FV推動該頂心50壓迫該彈性件51， 該頂心50的兩個凸緣54、55越過該壓住扣35之壓住端 352。當打氣筒進氣時，氣體經由該本體10之通孔13進入 該容納空間12，而經由該壓住器30之進氣通道33進入該 容孔32，而容孔32内的氣體能夠經由該頂心50之出氣孔 53進入法式氣嘴FV。The soft pressing member 40 is disposed at the small diameter end 122 of the accommodating space 12, and the soft pressing member 4G is disposed between the accommodating portion 31 of the embossing 3G and the cover. The soft pressing member 4 () includes a first end and a second end 4 〇 2 j soft pressing member 4 is provided with a first pressing surface 41, a second pressing surface 42 - a third pressing surface 43 - a fourth pressing surface 44 and a "leak surface 45" which are parallel to each other, the dusting surface 45 connecting the 矣蟖k tight surface 42 and the second pressing surface 43, the squeezing The dust surface 45 is the right one, and the small diameter end of the 1〇! 22, the section of the paving face 45 is plum-like. The first pressing surface 41 is located at the end of the first end 401, and the fourth pressing surface is located at the end of the first 402. The second pressing surface 42 is located at the third pressing surface 43. Between the ends of 401 and 4〇2, the soft pressing member extends. The first end 4〇1 extends into the receiving portion 31 of the presser 3Q. The soft pressing member 4 is axially provided with a through portion 46 and a pressing portion 47. The through portion 46 communicates with the pressing portion 47' and the through portion 46 corresponds to the through hole 32. The sinuous top ^ is hollow and can be moved between the hole π of the presser 3 and the wearing portion 46 of the recording and pressing member 4, the top core 5Q including the first end T and the second end 502 The first end 501 of the top core is openly sleeved with an elastic member 51. The elastic member 51 is disposed at the bottom of the hole 32 and is sleeved on the protrusion 321 of the presser 30. The top end of the second end 5〇2 of the top core 50 is provided with a top surface 52 and an air outlet 53. The air outlet 53 is in a slot shape and communicates with the two ends 501 and 502 of the top core 50. The grooved design can be applied to both American and French nozzles. A first flange 54 is disposed on the outer periphery of the first end 501 of the top core 50. A second flange 55 is disposed around the outer periphery of the top end 5〇5〇1, 5〇2. § The cover member 60-end screw is coupled to the small-diameter end 122 of the second portion 1〇2 of the body 1 , and the other end of the cover member is provided with a retaining wall 61 and a receiving hole 62 ′ The retaining wall 61 is disposed on the fourth pressing surface 44 of the soft pressing member 40, and the receiving hole 62 corresponds to the pressing portion 47. When the trigger member 20 is eccentrically rotated in the first position and the second position, when the trigger member 20 is in the first position, the two ends of the elastic member 51 are respectively disposed on the top core 50 and the presser 30. The second end 502 of the top core 50 is located at the through portion 46 of the soft pressing member 40. The first end 301 of the presser 30 abuts against the triggering member 20. At this time, the pressing surface 353 of the pressing buckle 201131077 35 is just attached to the inclined portion 123, and the pressing end 352 is located at the partial communicating portion 342 of the pressing groove 34, and the soft pressing member 40 is not subjected to oppression. Referring to Figure 5, there is shown a schematic view of the head of the inflator of the present invention. The head of the inflator of the present invention receives the American air nozzle AV, and the American air nozzle AV extends into the receiving hole 62 of the cover member 60 and the pressing portion 47 of the soft pressing member 40. At this time, the operator pulls the lever The moving member 20 is located at the second position, and the triggering member 20 pushes the end of the first end 301 of the presser 30, and the presser 30 simultaneously presses the soft congratulation member 40, which is plum-shaped. The pressing surface 45 can allow the soft pressing member 40 to be squeezed to be easily deformed and deformed, thereby further enabling the soft pressing member 40 and the presser 30, the body 10, and the cover member 60 to be The airtight portion has a gas-tight effect, and the abutting surface of the cavity 31 and the cavity 32 is pressed against the first pressing surface 41, and the end surface of the cavity 31 is pressed against the second pressing surface. The end face of the small diameter end 122 of the body 10 presses against the third pressing surface 43 , and the retaining wall 61 of the cover member 60 presses against the fourth pressing surface 44 . The pressing device 30 drives the pressing buckle 35 to move, and the dusting surface 353 of the pressing buckle 35 is separated from the inclined portion 123 and falls into the small diameter end 122, and the pressing end 35 of the pressing buckle 35 is pressed. The receiving portion 342 extends through the through hole 32, and the pressing end 352 is blocked from the first flange 54 of the top core 50, and the second flange 55 is disposed in the soft pressing member 40. The first pressing surface 41. At this time, the American air nozzle AV is pressed by the soft pressing member 40, and the top core 50 extends into the American air nozzle AV. When the air pump is inflated, the gas enters the accommodation through the through hole 13 of the body 10. The space 12 enters the bore 32 through the intake passage 33 of the presser 30 10 201131077, and the gas in the bore 32 can enter the American air nozzle AV through the air outlet 53 of the top core 50, and is in a word The shape of the air outlet 53 can provide an air passage effect. When the filling operation is completed, the American air nozzle AV is removed, and when the operator pulls the triggering member 20 to return to the original position, the elastic member 51 is elastically released to push the presser 30 to return to the original position, and the soft force is forced. The tightening member 40 is simultaneously restored to its original state. Referring to Figure 6, there is shown a schematic view of a nozzle of a gas cylinder of the present invention. The air pump head of the present invention receives the French air nozzle FV, and the French air nozzle FV extends into the receiving hole 62 of the cover member 60 and the pressing portion 47 of the soft pressing member 40. At this time, the operator pulls the wrench The moving member 20 is located at the second position, and the presser 30 drives the pressing buckle 35 to move. The pressing surface 353 of the pressing buckle 35 is separated from the inclined portion 123 and falls into the small diameter end 122, and the pressing buckle 35 is pressed. The pressing end 352 extends into the bore 32 via the partial communication portion 342. At this time, the French air nozzle FV can enter and be tightly disposed on the pressing portion 47 and the through portion 46 of the soft pressing member 40 via the receiving hole 62 of the cover member 60, and the French air nozzle FV is further extended. The hole 32 of the presser 30, the French air nozzle FV is pressed against the top surface 52 of the top core 50, and the nozzle tube of the French air nozzle FV extends into the air outlet 53. At this time, the French air nozzle FV urges the top core 50 to press the elastic member 51, and the two flanges 54, 55 of the top core 50 pass over the pressing end 352 of the pressing buckle 35. When the pump is inflated, the gas enters the accommodating space 12 through the through hole 13 of the body 10, and enters the hole 32 through the intake passage 33 of the presser 30, and the gas in the bore 32 can pass through the hole 32. The air outlet 53 of the top core 50 enters the French air nozzle FV.
當完成灌氣動作時，卸除法式氣嘴FV，法式氣嘴FV 201131077 拉動„玄頂〜5G第〜端5Q2伸入該軟質迫緊件4Q之穷設部 46 ’且插作者板動該扳動件20回復原位時，該彈性件51 彈II釋放ίή推動_壓住器回復原位，I該軟質迫緊件 40同時回復原狀。 '?尤以上所述可以歸納出本發明具有以下之優點： 1. 本％明『可選擇多種氣嘴之打氣筒頭部』，本體的第 立而與中1?^具有相同形狀的外周緣，且大徑端的每一橫 截^的内役皆相等’令本制結構相當簡單，且因為本體 的第.鳊無須设有其他的孔洞而能夠保有較佳的結構強 度進步使得本體能夠有效縮小體積且符合輕货的要 求’再者能夠滿足降低成本與減輕重量的要求。 2. 本I明可選擇多種氣嘴之打氣筒頭部』，軟質迫緊 件之梅狀的擠壓面能夠允許受到擠歷*容易變形與回覆 原狀’進—步令輯迫緊件與其他元件之_夠具有氣密 效果，使氣體不外洩。 *王w个奴％<敉佳實施例向Ο，贯； :之限林料實施之·，故舉凡數值之變更 件之置換，或依本發明申請專 " 飾，皆應仍屬本發明專作之均等變似 圆. 圆 圆式簡單說明】 :為本發明可選擇多種氣嘴之打氣筒 碩部之立體外 觀 部之立體分解 圖二：為本發明可選擇多種氣嘴之打氣筒顯 201131077 圖。 圖三：為本發明可選擇多種氣嘴之打氣筒頭部另一視角之 立體分解圖。 圖四：為本發明可選擇多種氣嘴之打氣筒頭部之剖視圖。 圖五：為本發明打氣筒頭部承接美式氣嘴之示意圖。 圖六：為本發明打氣筒頭部承接法式氣嘴之示意圖。When the filling operation is completed, the French air nozzle FV is removed, and the French air nozzle FV 201131077 pulls the "Xuanding ~ 5G first end 5Q2 into the soft pressing member 4Q of the poor portion 46" and the inserter moves the wrench When the moving member 20 returns to the original position, the elastic member 51 is released by the elastic member. The pusher returns to the original position, and the soft pressing member 40 returns to the original state at the same time. In particular, the present invention can be summarized as follows. Advantages: 1. This part shows that the head of the pump can be selected from the top of the body, and the outer circumference of the body has the same shape as the middle one, and the inner circumference of each cross section of the large diameter end is Equal 'making the structure of the system quite simple, and because the first part of the body does not need to be provided with other holes, it can maintain better structural strength, so that the body can effectively reduce the size and meet the requirements of light goods. And the weight reduction requirements. 2. This I can choose a variety of nozzles for the pump head 』, the soft pressing parts of the plum-shaped extrusion surface can be allowed to be squeezed * easy to deform and reply to the original 'into the step The tension between the parts and other components is sufficient to be airtight If you don't let the gas leak out. *Wang w slaves%<敉佳实施例Ο,Ο;: The limited forest materials are implemented, so the replacement of the numerical changes, or the application according to the invention The decoration should be equal to the circle of the invention. The round shape is simple.]: The three-dimensional exploded view of the three-dimensional appearance of the pump with multiple nozzles can be selected for the present invention. You can choose a variety of nozzles to show the 201131077 figure. Figure 3: The perspective view of another view of the head of the pump with multiple nozzles can be selected for the present invention. Figure 4: The pump with multiple nozzles can be selected for the present invention. A cross-sectional view of the head. Figure 5: Schematic diagram of the American gas nozzle for the head of the pump of the present invention. Fig. 6 is a schematic view of the nozzle of the inflator of the present invention.
【主要元件符號說明】 10 本體 101第一部位 102第二部位 1021第一端 1022第二端 1023中段部 11套接部 12 容納空間 121大徑端 1211頂端 1212底端 1213突肋 122小徑端 123傾斜部 13 通孔 14 外螺紋部 20扳動件 30 壓住器 301第一端 302第二端 31 容部 32 容孔 321凸柱 33 進氣通道 331環溝 332進氣道 34 壓住槽 341樞桿 342局部連通部 35 壓住扣 351枢接端 13 201131077 352 屋住端 36 氣密件 40 軟質迫緊件 402 第二端 42 第二迫緊面 44. 第四迫緊面 46 穿設部 50 頂心 502 第二端 52 頂掣面 54 第一凸緣 60 蓋件 62 容設孔 AV 美式氣嘴 353 壓住面 401 第一端 41 第一迫緊面 43 第三迫緊面 45 擠壓面 47 迫緊部 501 第一端 51 彈性件 53 出氣孔 55 第二凸緣 61 擋壁 FV 法式氣嘴[Main component symbol description] 10 body 101 first portion 102 second portion 1021 first end 1022 second end 1023 middle portion 11 socket portion 12 receiving space 121 large diameter end 1211 top end 1212 bottom end 1213 protruding rib 122 small diameter end 123 inclined portion 13 through hole 14 external thread portion 20 pull member 30 presser 301 first end 302 second end 31 receptacle portion 32 bore 321 stud 33 intake passage 331 annular groove 332 inlet 34 press groove 341 pivot 342 partial communication portion 35 presses buckle 351 pivot end 13 201131077 352 housing end 36 airtight member 40 soft pressing member 402 second end 42 second pressing surface 44. fourth pressing surface 46 through portion 50 Top core 502 Second end 52 Top sill surface 54 First flange 60 Cover member 62 accommodating hole AV American air nozzle 353 Pressing surface 401 First end 41 First pressing surface 43 Third pressing surface 45 Squeeze Face 47 pressing portion 501 first end 51 elastic member 53 air outlet 55 second flange 61 retaining wall FV French air nozzle
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