M264136 捌、新型說明： 〔新型所屬之技術領域〕 組 〔先前技術〕 含:=。所 21下部係設有-小孔22與其内部孔道=螺二母^。該氣心 套在該氣心21下部外’以封閉該小孔22。；母:膠:2=:穿 20螺合時，可對氣心21產生制壓 #累母25在與氣嘴座 内之斜面狀孔徑26間所產生的迫緊作错由該膠管24與氣嘴20 氣門嘴最大的缺點在膠管容易破裂，、而，止漏作用。此種 的輪胎氣門嘴已少有人使用。乂 &成漏氣情形。此種結構 二人查，第一、三圖所示為一種 友 一氣嘴座10、一閥桿U、一導座 、氣門嘴結構，其包含： 上係固設一橡膠塞14，其下端15係為j二螺母13。該閥桿u 紋。該閥桿11係置於該氣嘴座1〇 Ί :形，其上部係設有螺 之斜面狀孔徑I6間生的迫 …橡膠塞Μ與氣嘴座1〇 上設有-字形貫穿孔17，以容許 而達止漏作用。該導座12 以防止該間桿相對氣嘴座旋^ 字形下端15穿過， =闕桿11伸出氣嘴座1〇 &累=可由氣嘴座1〇外 帶動該間桿U作或升、或 广螺：。當轉動螺母13時可 使用上有二個缺點： 種結構的輪胎氣門嘴在 J·在使用尹，該導座】2 母U即會帶動間桿U作同步轉能而^導座12脱落後，該螺 而無科相桿〗1作升、 M264136 降動作。 故容許氣體穿過的、 一字型下端15間 2·該導座12係與氣嘴座1〇内壁作緊密固定， 孔隙為導座12的一字型貫穿孔1?與閥fu 的縫隙。該孔隙過小，不利充、放^操^。 〔新型内容〕 避 今申請人提供-種「輪胎氣門嘴」，其 免氣門嘴故障^使產品成本降低，功效増加，使用‘a 閥 科=戶_之「輪胎氣門嘴」，其包含··—氣嘴|可罪 才J·、-導座、及-螺母〇該閥桿上係固設—橡膠塞 定 右對稱之孔道’朗桿不能姆㈣雜動，而有利 螺合者 與氣嘴座之斜面狀孔徑間職生的迫緊仙，錢止漏作n 氣嘴座内設有1截面呈十字形的孔徑。該閥桿上凸設左用右= 稱之凸條。藉’之二凸條導人該氣嘴座十字形 、 士料4论々负：苦，7土 B0如_ … J 野左' 螺母與閥桿 本創作峨供之「輪胎簡嘴」，其中，該朗嘴要 氣體係經該氣嘴座十字形孔徑的另—對前、後對稱的孔入 胎内，進氣較為順暢。 疋八秩 〔實施方式〕 申請人有鑑於前述制者在結構上、功效上的缺點，而提供 -種構造較為精簡，更為安全、方便的輪胎氣門嘴。兹列^ 實施例，並配合圖式，詳述本創作之構造特徵與功效如后。 请參閱第四、五、六圖，本創作所提供之輪胎氣門嘴，其係包 含··一氣嘴座30、一閥桿40、及一螺母50。該閥桿40上係固設 -橡膠塞4卜其上部係設有螺紋42。該閥桿4〇係置於該氣嘴座 6 M264136 3〇内’藉該橡膠塞41與氣嘴座之斜面狀孔徑31間所產生的迫緊 作用’而達止漏作用。該螺母5〇可由座 伸出氣嘴座外的螺紋42螺合。 ㈣干40 上述之該氣嘴座30内之進氣孔道，於該斜面孔徑&之上方 係形成截面呈十字狀雜32。該_ 4()在轉塞41之上方係 „左、右對稱之凸條43、44。藉閥桿4〇之二凸條43、44導入 巧嘴座十字形孔徑32的一對左、右對稱之孔道321、您，使 ^干40不此相對氣嘴座3〇轉動（見第七圖），以便於以螺母⑽ 與該閥桿40伸出氣嘴座外的螺紋42螺合。 當要對輪胎（圖上未示出）充氣時’必須先旋鬆螺母5〇使 :40成可向下移動的狀悲。充氣時，氣體壓力會推動間桿 下/儿，使橡勝塞41未封閉進氣孔道。則氣體經該氣嘴 孔㈣的另一對前、後對稱的孔道323、324進入輪胎内，^使 充乳較為順暢。當輪胎内的氣體壓力大於外界壓力時，閥桿40 /會被推到最如置，使其城橡縣41域健3()之斜面狀孔 瓜31間產生的迫緊作用而止漏。螺母5〇與閥桿4〇螺合的作用， 除了可避免闕桿4G由氣嘴座下方脫出外，還可使閥桿4{)保持在 位置處，使輪胎_力不足時，也不會發生漏氣現象。在 實作中’該螺母50與閥桿4〇、结合後，即在該闕桿4〇之頂端（外 端）鉚設—平頭45，以防止螺母5G脫_桿者。另，可在氣嘴 座30的頂端螺合一帽體51，以避免誤觸螺母5〇。 上述之閥桿40，係藉由其上的左、右二凸條犯、44之導入 該氣嘴座30十字形孔徑32 _結構設計，使_ 4()只能作升、 降=動，不能相對氣嘴座3G作轉動，在結構上係減少一個導正 η，的構件。又’由於氣嘴座30本身即具有導正該闕桿4〇 的功此’故絕無喪失此功能的情形發生，使用上的可靠性、安全 M264136 性提高者。 ==本創作結構用於另一種型式 用，其亦可達到前述的創作目的與功效者。 以60上使 作之^所詳峨縣鮮，㈣限制本創 :2 A热知此類技藝人士皆能明瞭，適當而作些微的改 kfe周整’仍將不失本創作之要義所在，亦不脫離本創作之精神 和範圍。綜上所述，本創作實施之具體性，誠已符合專利法中所 規定之新型專利要件，謹請貴審查委員惠予審視，並賜准專利 為禱。 M264136 〔圖式之簡單說明〕 第一圖為習用者一構造圖。 第二圖為習用者二之構造圖 第三圖為第二圖所示習用者的分解圖。 第四圖為本創作實施例之剖示圖。 第五圖為第四圖所示實施例之分解圖。 第六圖為第四圖所示實施例之外觀圖。 第七圖為第四的7 — 7剖面圖。 第八圖為本創作之立一實施例的剖面圖。 10…· ••氣嘴座 11···· ••閥桿 12…· ••導座 13…· ••螺母 14···· ••橡膠塞 15…· ••一字形下端 16…· ••斜面孔徑 17…· ••一字形貫穿孔 20···· ••氣嘴座 21 — ••氣心 22…· ••小孔 23…. ••孔道 24···· ••膠管 25…. ••螺母 26…· ••斜面狀孔徑 30…· ••氣嘴座 3l···· …斜面狀孔徑 32…· ••十字形孔徑 321" …·孔道 322·· …·孔道 323" …·孔道 324" …·孔道 40…· …閥桿 4l···· …橡膠塞 42…. …螺紋 43 …凸條 44 …凸條 45… …平頭 50… …螺母 51··· …帽體 60… …氣門嘴M264136 新型 、 New type description: [Technical field to which new type belongs] Group [Previous technology] Including: =. The lower part of the place 21 is provided with-a small hole 22 and its internal channel = screw two female ^. The air core is sleeved outside the lower part of the air core 21 to close the small hole 22. ; Mother: glue: 2 =: when the 20 is screwed together, pressure can be generated on the air core 21 #tire mother 25 and the bevel-shaped aperture 26 in the nozzle seat is caused by the tightness of the hose 24 and Valve 20 The biggest disadvantage of valve nozzles is that the hose is easy to rupture, and the leak-proof effect is. This type of tire valve is rarely used.乂 & to leak. Two people checked this structure. The first and third figures show a structure of a friend-valve seat 10, a valve stem U, a guide seat, and a valve structure, which includes: a rubber stopper 14 is fixed on the upper end, and a lower end 15 thereof系 为 j 二 Nut13. The valve stem is U-shaped. The valve stem 11 is arranged on the valve seat 10Ί, and the upper part is provided with a screw-shaped beveled hole I6. The rubber plug M and the valve seat 10 are provided with a through-hole 17 In order to allow the leakage effect. The guide seat 12 prevents the intermediate lever from passing through the lower end 15 of the valve seat, = the lever 11 extends out of the valve seat 10, and the tired seat can be driven or raised by the valve seat 10. , Or Guangluo :. When turning the nut 13, there are two disadvantages: the tire valve of this structure is in J. Yin is in use, the guide seat] 2 female U will drive the lever U for synchronous rotation and the guide seat 12 falls off The screw without a phase rod: 1 for raising and M264136 for lowering. Therefore, there are 15 lower ends of the inline shape that allow gas to pass through. 2 · The guide seat 12 is tightly fixed to the inner wall of the valve seat 10, and the hole is the gap between the inline through hole 1 of the guide seat 12 and the valve fu. The pores are too small to be charged and stored. 〔New content〕 The applicant provides a kind of "tire valve", which avoids valve failure ^ to reduce product costs and increase efficiency, use 'a valve section = household_'s "tire valve", which contains ... —Gas nozzle | Ji, Jie, -Guide seat, and -nut. The valve stem is fixed. -Rubber stopper with right-symmetry channel 'Lang rod cannot be mixed, but it is favorable for screwing and gas nozzle. The bevel-like aperture of the seat is an urgent immortal among the students. Qian Zhisuozuo n There is a cross-shaped aperture in the nozzle seat. The left and right = convex strips are convexly arranged on the valve stem. Led by the "two convex strips" to guide the cross-shaped mouthpiece of the air nozzles, the material of the 4th argument: bitter, 7 soil B0 such as _ ... J Yezuo's nut and valve stem. The mouthpiece gas system enters the tire through the other holes with symmetrical cross holes in the mouthpiece seat, and the air intake is relatively smooth. [Embodiment] [Applicants] In view of the structural and functional shortcomings of the aforementioned manufacturers, the applicant provides a tire valve with a simpler structure, a safer and more convenient structure. Here are ^ examples, and in conjunction with the drawings, the structural features and effects of this creation are detailed later. Please refer to the fourth, fifth, and sixth drawings. The tire valve provided in this creation includes a valve seat 30, a valve stem 40, and a nut 50. The valve stem 40 is fixedly provided with a rubber plug 4 and a thread 42 is provided at an upper portion thereof. The valve stem 40 is placed in the valve seat 6 M264136 3 ′ to achieve a leak-proofing effect by the pressing action generated between the rubber plug 41 and the bevel-shaped aperture 31 of the valve seat. The nut 50 can be screwed by a thread 42 protruding from the seat of the valve seat. The stem 40 in the air inlet hole in the nozzle seat 30 is formed above the inclined hole diameter & The _ 4 () is above the cock 41. The left and right symmetrical ribs 43, 44 are introduced into the pair of left and right of the cross-shaped aperture 32 of the mouthpiece seat by the valve stem 40 bis ribs 43, 44. Symmetrical channel 321, you, so that the stem 40 is not rotated relative to the valve seat 30 (see the seventh figure), so that the nut ⑽ is screwed with the thread 42 of the valve stem 40 protruding from the valve seat. When inflating a tire (not shown in the figure), you must first unscrew the nut 50 to make it 40 downwards. When inflating, the gas pressure will push the under / under rod to make the rubber plug 41 Close the air inlet hole. Then the gas enters the tire through another pair of front and rear symmetrical holes 323 and 324 of the nozzle hole, so that the filling is smoother. When the gas pressure in the tire is greater than the external pressure, the valve stem 40 / will be pushed to the fullest position, so that the city of Oak County 41 Yu Jian 3 () of the beveled hole melon 31 between the tight action and stop leakage. Nut 50 and valve stem 40 screwing role, In addition to preventing the stem 4G from coming out from under the valve seat, the valve stem 4 {) can also be kept in position, so that when the tire force is insufficient, air leakage will not occur. 'After the nut 50 is combined with the valve stem 40, the top (outer end) of the stem 40 is riveted with a flat head 45 to prevent the nut 5G from coming off the stem. In addition, The top end is screwed with a cap body 51 to avoid accidental contact with the nut 50. The valve stem 40 mentioned above is introduced into the valve seat 30 with a cross-shaped aperture 32 through the left and right two convex strips, 44. Designed so that _ 4 () can only move up and down, can't rotate with respect to the valve seat 3G, and reduce the structure of a guide η, and 'because the valve seat 30 itself has a guide The function of this smash bar 40 'so there is no loss of this function, the reliability and safety of use M264136 improve. == This creative structure is used for another type, it can also achieve the aforementioned creation The purpose and effect of the person. Take the above 60 to make it ^ detailed in the E County, ㈣ limit the original: 2 A knows that such artists can understand, appropriate and make a small change kfe Zhouzheng 'will still lose the original The essence of creation does not depart from the spirit and scope of this creation. To sum up, the specificity of the implementation of this creation has been in line with the professional The new patent elements stipulated in the law, I would like to ask your reviewing committee to review and grant the patent as a prayer. M264136 [Simplified description of the figure] The first picture is the structure of the user 1 The second picture is the structure of the user 2 Structure diagram The third diagram is an exploded view of the user shown in the second diagram. The fourth diagram is a sectional view of the creative embodiment. The fifth diagram is an exploded diagram of the embodiment shown in the fourth diagram. The sixth diagram is The external view of the embodiment shown in the fourth figure. The seventh figure is the fourth 7-7 cross-sectional view. The eighth figure is the cross-sectional view of the one embodiment of the creation. 10… · •• Air nozzle seat 11 ·· ·· •• Stem 12… ••• Guide 13… ••• Nut 14 ··· •• Rubber Plug 15… · •• Slotted Lower End 16… · •• Beveled Hole 17… ••• Slotted Through hole 20 ···· •• Air nozzle seat 21 — •• Air core 22… · •• Small hole 23…. •• Channel 24 ··· •• Hose 25…. •• Nut 26… · •• Bevel-shaped aperture 30… ••• Gas nozzle seat 3l · ···· Bevel-shaped aperture 32… · •• Cross-shaped aperture 321 "… · Channel 32 2 ···· 孔道 323 " ... · 孔道 324 " ... · 孔道 40… ·… Stem 4l · ··… Rubber stopper 42…. Thread 43… Protrusion 44… Protrusion 45…… Flat 50 Nuts 51 ...… cap body 60… valve