M271032 八、新型說明： 【新型所屬之技術領域】 本創作為有關於—種具改 供適用於縫_之集塵作業二祕閥結構，特別是指該_間可 屑設備上均可使用者。’、是其他可朗在各種行業之集塵、吹 【先前技術】 按’習知的勒機之集塵方式係 動氣控之吸塵裝置，當縫 、才干原里方式，由縫匆機帶 進入吸塵㈣，嫩嶋由空氣閥 是通常_知_裝二 塵1置才會具有集塵魏， ㈣4韻 時處理之使用功能。 疋車接_滿塵屬時’則無具備即 t因此，而本創作人亦針對上述的席之結構加以改良提 ，該案係藉由氣壓闕開啟後，可以帶動二 2進氣閥桿排出，且翻喊魏-併魏_機上的塵H 排出;或是將進氣間桿轉動至另-角度後，能改變出氣方向： ^可:另—噴氣接頭排出，利用此—喷氣接頭可以連接管體作為/ 塵’故該氣壓閥主要係藉由可切換空氣喷氣之方向-使用功效者。 U夕化 【内容】 有鐾於習知的健裝置使雌圍有限之缺點，且本_作人先^ 所申請之”具氣流切換之氣壓閥結構”必須利用旋轉後達到可切換空^ M271032 噴氣之方向之制功效，蚁由於_旋轉轉控制方式效果較不理 想’因此本案創作人特將所申請並獲准專利權之上述案件再加以改 良，以提供一種更為方便之改良氣壓閥結構。M271032 8. Description of the new model: [Technical field to which the new model belongs] This creation is related to—a kind of valve structure that is adapted to the dust collection operation of the seam _, especially that the user can be used on the chipped equipment . ', Is the dust collection and blowing of other Kelang in various industries. [Prior technology] According to' the conventional dust collection method of the machine, it is an air-controlled dust collection device. When sewing and talent are in the original way, it is brought in by the sewing machine. It is normal to use the air valve to collect dust and soft dust. It is necessary to install two dusts to set the dust collection function.疋 Car connection _ full dust belongs to the time 'There is no, that is, therefore, the author also improved the structure of the seat mentioned above, this case is opened by air pressure 阙, can drive the 2 2 intake valve stem to discharge , And shouted that the dust H on the Wei- and Wei_ machine was discharged; or the air inlet rod can be turned to another-angle, you can change the direction of the air out: ^ Can: Another-the air jet connector, use this-the air jet connector can The connecting pipe body is used as / dust '. Therefore, the air pressure valve is mainly used to switch the direction of air jet-use effect. U Xihua [Content] There is a disadvantage that the conventional health device makes the female circumference limited, and this _ author first ^ The "pneumatic valve structure with airflow switching" applied must be rotated to achieve a switchable air ^ M271032 Due to the effect of the direction of the air jet, the ants are less effective because of the _rotation control method. Therefore, the creator of this case will further improve the above-mentioned case that has been applied for and granted a patent right to provide a more convenient and improved structure of the air pressure valve.
本創作之主要目的，即在於提供一種具改良之氣壓闕結構，藉由 拉桿直接操控，可崎於織及縣蓋上之扣驗可以㈣設於間座 内之氣閥組成作動’藉由其帽桿移動，可以使由進氣接頭進入之氣 體導通至導氣歧㈣，動導氣歧”麵人的錢由排出，被排出 的氣流能-併帶動縫_上的顧—併被排出；具横桿原理 設置之控麵桿㈣崎岐方向，__扣驗可啸制由進氣 接頭進入之氣體透過鎖結蓋之出氣導孔而由喷氣接頭導出，使得氣流 可由另-倾接頭«，_此—喷氣接頭可以連接管體作為除塵， 或是組接另外之驅動結構。 【實施方式】 兹配合圖式就本創作之具體實_詳加綱其結構、特徵如下： 請茶閱第-圖至第三圖所示，本創作包含有閥座卜導氣歧管2、氣闕 組成3、進氣接頭4、側蓋5、鎖結蓋6、螺接軸柱7及控制擺桿8 ;其中 導氣歧管2為貫穿閥座卜側蓋5及鎖結蓋6,而閥座i與側蓋5及鎖結蓋6 之間為以數螺接軸柱7貫穿其閥座！之數軸接孔14及側蓋5之數抽接孔 53後，數螺接軸柱7為鎖固鎖結蓋6之鎖孔63鎖固，進氣接頭4為鎖接於 閥座1上並與氣室12(如第三圖所示）之間由入氣孔122作為連通。 再請參閱第二、三圖及第六圖所示，上述閥座丨設有兩個呈軸向獨 立分開的内孔11及氣室12，該内孔11可供導氣歧管2貫穿之内孔u，内 M271032 孔11 一端設有結合槽Π1可供導氣歧管2之本體21設置’而在閥座1内部 還設有一軸向貫穿之氣室12，於本體2丨内可供氣閥組成3設置；導氣歧 管2與氣閥組成3分別設於不同内孔11及氣室12之中，但必須能使氣體 之間具有可連通的結構，因此在氣室12—侧開口處設有通道123，可以 連通内孔11及氣室12之間，該導氣歧管2本體21上具有一個以上的斜貫 孔211，能做為將結氣室12導入之氣流藉由斜貫孔211進入導氣歧管2 内。 • 而設於氣室12内之氣閥組成3結構，請參閱第三圖及第六圖所示， 該氣閥組成3包含有閥體31、閥桿32、33及彈性元件34，其中閥體31 設置於氣室12之結合部121内，閥體31與氣室12之通道123同側處設有 凹入部311，能供氣流由凹入部311進入通道123之中，位於氣室12内部 再先行供閥體31設置定位後，於氣室12之閥體31内及氣室12另側可分 別供閥桿32、33設置，於閥桿32、33兩者之間的氣室12内為容置一彈 性元件34 ’以定位閥桿32、33容置之位置確實；該閥桿32套設有防漏 •環圈321後，為貫穿閥體31及氣室12後設置於側蓋5之槽孔51之中，其 尾端為固接一壓板322 ;另一閥桿33為套置有一防漏環圈331後則貫穿 氣至12而设於鎖結盍6之槽孔61内部，之後再於閥桿33尾端固定一壓板 332。 再請參閱第二®及第四®所示，上述供⑽組成3之閥桿32設置之 侧盍5，其槽孔51内除上述之閥桿32外還可供設有壓桿邡，該壓桿 以防漏墊圈561套置後，貫穿槽孔51而出，之後再套以彈性元件 固定之墊片563，且墊片563為以固定扣環564扣於壓桿56上將套於壓桿 M271032 56上的組狀位’而相對於壓末端位置為對接有—以螺柱刷固定 之扣壓板55，藉由扣壓板55可以壓紐桿56的直線往復移動。 一而閥座1另側設置之鎖結蓋6請參閱第二、五及第六圖所示，該鎖 結蓋6為以螺接軸柱7鎖結與閥座丨連結，鎖結勤之槽孔6ι為以出氣導 孔611連接於上方所鎖接之喷氣接賴，使得喷氣接賴與槽韻之間 為連通狀態，供氣體可以導通；而槽孔61内還可供設有壓桿Μ，該壓 桿64以防漏墊圈641套置後，貫穿槽孔61而出，之後再套以彈性元件642 及口定之墊片644，且墊片643為以固定扣環644扣題桿64上將套於壓 桿64上的組件定位，而相對於壓觸末端位置為對接有一以螺柱651 固定之扣壓板65，藉由減祕可以壓動壓满的錄往復移動。 另外，當閥座卜導氣歧管2及氣閥組成3均組裝完成後，位於闕座 1上具有-固定⑽可以_元件_設於控舰桿上固定，而控槪 桿8呈υ型體兩側之側控部—81及側控部二犯可供控制側蓋试鎖結蓋 6上之壓桿56、64之作動者。 有關於氣體切換及流動控制狀態請參閱第六圖至第八圖所示，上 述控繼獅與随上之峡件13，因此得關糊鸣軸心使得 控制擺桿8射_魏，經㈣赌8—綱隨之轉9得使控制擺 桿8具左右偏擺運動。 以第七圖為例’當蝴向下拉伸時，離繼桿8之側控部一 81 向上並壓觸設於侧蓋5之扣壓板55 ’該扣壓板壓動時，則内推壓桿 56移動’同時藉壓桿56再將閥桿犯朝氣室_部推動，此時原本以防 漏環圈321將閥體31開口密封之閥_為脫離接觸，使得氣室12、閥體 M271032 31及凹入部311之間形成氣體通道，因此由進氣接頭4注入於氣室I〗的 氣體便由閥體31之凹入部311經通道123導入内孔11内，再由設於内孔 11内之導氣歧管2斜貫孔211引入導氣歧管2内輸出。而當閥桿32被壓動 日守會將設於兩閥桿32、33之間的彈性元件34壓縮，使得彈性元件34施 壓於閥桿33上，將閥桿33迫緊於使氣體不致由氣室丨2另側竄出。 以第八圖所示之實施例，係以向上提昇之控制擺桿8控制其側控部 一82向上並壓觸5又於鎖結蓋6之扣壓板65，該扣壓板65被壓動時，則内 籲推壓桿64移動，同時藉壓桿64再將閥桿33朝氣室12内部推動，此時原 本以防漏環圈331將氣室12開口密封之33為脫離接觸，使得氣室12、槽 孔61及出氣導孔611之間形成氣體通道，因此由進氣接頭4注入於氣室 12的氣體便由與氣室12連通之出氣導孔611導入喷氣接頭防内，使氣體 由喷氣接頭66輸出。而當閥桿33被壓動時會將設於兩闕桿泊、犯之間 的弹性70件34壓縮，使得彈性元件34施壓於閥桿32上，將閥桿32迫緊 於閥體31開口使氣體不致由氣室η另側竄出。 、 • 綜上所陳，本創作具改良之氣壓閥結構藉由提供較為簡易之控制 結構，且所達成之氣流控制效果良好，因此本創作確已符合新型專利 所規疋之要件，魏法提出申請。惟，以上所述僅為本創作之較佳實 施例嘑凡熟悉本創作之技藝之人士爰依本創作之精神所在之等效修 飾或變化，皆應涵蓋在以下申請專利範圍内。 【圖式簡單說明】 第一圖所示係本創作之外觀立體圖。 第二圖所示係本創作之分解立體圖。 M271032 第三圖所示係本創作部分結構分解立體圖。 第四圖所示係侧蓋内部結構及其組件之分解立體圖。 第五圖所示係鎖結蓋内部結構及其組件之分解立體圖。 第六圖所示係依照第一圖所示之A-A切線及箭頭所指方向視得之剖視 圖。 第七圖所示係本創作以拉桿控制切換氣體之實施例圖一。 第八圖所示係本創作以拉桿控制切換氣體之實施例圖二。 φ 【主要元件符號說明】 1....... .....閥座 11...... .....内孔 111..... .....結合槽 12...... .....氣室 121..... .....結合部 122..... .....入氣孔 123..... .....通道 13...... .....固定件 14...... .....轴接孔 2....... .....導氣歧管 21...... .....本體 211..... .....斜貫孔 22...... .....0型環 3....... .....氣閥組成 M271032 31...........閥體 311..........凹入部 32、33.......閥桿 321、 331.....防漏環圈 322、 332.....壓板 34...........彈性元件 4............進氣接頭 鲁 5............侧蓋 51 ...........槽孔 52 ...........貫孔 53 ...........轴接孔 54 ...........鎖孔 55 ...........扣壓板 551..........螺柱 • 56...........壓桿 561 ..........防漏墊圈 562 ..........彈性元件 563 ..........墊片 564 ..........固定扣環 6............鎖結蓋 61...........槽孔 611..........出氣導孔 M271032 62...........貫孔The main purpose of this creation is to provide an improved air pressure structure, which can be directly controlled by a pull rod. The buckle on the weaving and county cover can be installed by the air valve in the compartment. The movement of the cap rod can conduct the gas entering from the air inlet to the air guide divergence, and the money of the “air guide divergence” is discharged, and the discharged air current energy—and the seam _ on the seam—is discharged; The control lever with the crossbar principle is set in the direction of Qi Qi Qi. __The buckle test can make the gas entering from the air inlet joint through the outlet guide hole of the lock cover and export from the air jet joint, so that the airflow can be from another tilting joint « _This—The air-jet joint can be connected to the pipe body for dust removal, or combined with another driving structure. [Embodiment] The specific implementation of this creation is described in conjunction with the drawings. The structure and characteristics are as follows: Please read the chapter -As shown in the figure to the third figure, this creation includes a valve seat, a gas guide manifold 2, an air bladder composition 3, an air inlet joint 4, a side cover 5, a lock cover 6, a screwed shaft 7 and a control lever. 8; where the air guide manifold 2 penetrates the valve seat side cover 5 and the locking cap 6 and the valve seat i and the side Between the cap 5 and the locking cap 6 is a screw threaded shaft post 7 that runs through its valve seat! After the number of screw shaft connection holes 14 and the side cover 5 of the screw hole 53, the screw screw shaft 7 is locked and locked. The locking hole 63 of the cover 6 is locked, and the air inlet 4 is locked to the valve seat 1 and communicates with the air chamber 12 (as shown in the third figure) by the air inlet 122. See also the second and third As shown in the figure and the sixth figure, the above valve seat is provided with two axially separated inner holes 11 and an air chamber 12, the inner hole 11 can be used for the inner hole u through which the air guiding manifold 2 passes, and the inner M271032 hole 11 One end is provided with a coupling groove Π1 for the main body 21 of the air guide manifold 2 and an axially passing air chamber 12 is also provided inside the valve seat 1, and the air valve composition 3 can be provided in the main body 2 丨. The gas manifold 2 and the gas valve composition 3 are respectively arranged in different inner holes 11 and the gas chamber 12, but it must be able to have a communication structure between the gases. Therefore, a passage 123 is provided at the opening of the gas chamber 12 side. It can communicate between the inner hole 11 and the air chamber 12. The body 21 of the air guide manifold 2 has more than one oblique through hole 211, which can be used to guide the airflow introduced by the nodule chamber 12 into the air guide through the oblique through hole 211. Inside Manifold 2 • The structure of the air valve composition 3 provided in the air chamber 12 is shown in the third and sixth figures. The air valve composition 3 includes a valve body 31, a stem 32, 33, and an elastic element 34. The body 31 is disposed in the joint portion 121 of the air chamber 12, and the valve body 31 is provided with a recessed portion 311 on the same side as the passage 123 of the air chamber 12. The air flow can enter the passage 123 from the recessed portion 311 and is located inside the air chamber 12. After the valve body 31 is positioned first, the valve body 31 in the air chamber 12 and the other side of the air chamber 12 can be provided with the valve rods 32 and 33, respectively, in the air chamber 12 between the valve rods 32 and 33. For accommodating an elastic element 34 ′, the position of the accommodating valve stems 32 and 33 is determined; the valve stem 32 is provided with a leak-proof ring 321, and is arranged on the side cover after penetrating the valve body 31 and the air chamber 12. In the slot 51 of 5, the tail end is fixedly connected to a pressure plate 322; the other valve stem 33 is sleeved with a leak-proof ring 331, passes through the air to 12, and is set inside the slot 61 of the lock knot 6. Then, a pressure plate 332 is fixed to the tail end of the valve rod 33. Please refer to the second ® and the fourth ®, as shown in the side 5 provided on the valve rod 32 of the above-mentioned supply 3, the slot 51 may be provided with a pressure rod 除 in addition to the valve rod 32 described above. After the pressure lever is sleeved with the leak-proof washer 561, it penetrates through the slot 51, and then a gasket 563 fixed with an elastic element is sleeved, and the gasket 563 is buckled on the pressure lever 56 by a fixed buckle 564 and is sleeved on the pressure The group-like position on the lever M271032 56 is butted relative to the pressing end position—the buckle plate 55 fixed with a stud brush, and the buckle plate 55 can press the button lever 56 to reciprocate linearly. At the same time, the locking cap 6 provided on the other side of the valve seat 1 is shown in the second, fifth and sixth figures. The locking cap 6 is connected to the valve seat with a screw shaft 7 and is locked. The slot 6m is an air-jet relay that is connected to the upper part by an air outlet guide hole 611, so that the air-jet relay and the groove rhyme are in a communication state for the gas to be conducted; and a pressure rod can be provided in the slot 61 Μ, the pressure rod 64 is sleeved with a leak-proof washer 641 and penetrates through the slot 61, and then is covered with an elastic element 642 and a fixed gasket 644, and the gasket 643 is a fixed buckle 644 for the title bar 64. The component sleeved on the pressing rod 64 is positioned, and the position corresponding to the end of the pressing contact is butted with a buckle plate 65 fixed with a stud 651, which can be moved back and forth by pressure reduction. In addition, when the valve seat, the air guide manifold 2 and the valve component 3 are assembled, the seat 1 is provided with -fixed_possible_component_set on the control ship rod, and the control rod 8 is υ shape. The side control part 81 on both sides of the body and the side control part two offenders may be used to control the actuation of the pressure levers 56 and 64 on the side cover test lock knot cover 6. For the state of gas switching and flow control, please refer to Figures 6-8. The above-mentioned control lion and the above-mentioned isthmus piece 13 must be closed, so the axis of control must be closed to make the control lever 8 shoot. Bet 8—Then turn 9 to make the control lever 8 yaw left and right. Take the seventh figure as an example. When the butterfly is stretched downward, the side control part 81 of the relay lever 8 is upward and presses against the buckle plate 55 provided on the side cover 5. When the buckle plate is pressed, it is pushed inward. The lever 56 is moved, and at the same time, the valve stem is pushed toward the air chamber by the pressure lever 56. At this time, the valve _ which originally sealed the valve body 31 with the leak-proof ring 321 is released from contact, so that the air chamber 12 and the valve body M271032 A gas passage is formed between 31 and the recessed part 311, so the gas injected into the air chamber I through the air inlet 4 is introduced into the inner hole 11 through the recessed part 311 of the valve body 31 through the passage 123, and then provided in the inner hole 11 The oblique through hole 211 in the air guide manifold 2 is introduced into the air guide manifold 2 and output. When the valve stem 32 is pressed by the day guard, the elastic element 34 provided between the two valve stems 32 and 33 is compressed, so that the elastic element 34 is pressed on the valve stem 33, and the valve stem 33 is forced to prevent gas Coming out from the other side of the air chamber 丨 2. In the embodiment shown in the eighth figure, the upward control lever 8 is used to control the side control part 82 upward and press 5 to the buckle plate 65 of the lock cover 6. When the buckle plate 65 is pressed, Then, the inner rod is called to push the pressure rod 64 to move, and at the same time, the valve rod 33 is pushed toward the inside of the air chamber 12 by the pressure rod 64. At this time, the leakage prevention ring 331 is used to seal the opening 33 of the air chamber 12 as a disengagement, so that the air chamber 12. A gas passage is formed between the slot 61 and the air outlet guide hole 611, so the gas injected into the air chamber 12 through the air inlet joint 4 is introduced into the air jet joint through the air outlet guide hole 611 communicating with the air chamber 12, so that the gas is passed through. Air outlet 66 is output. When the valve rod 33 is pressed, the elastic 70 piece 34 provided between the two rods and the prisoner is compressed, so that the elastic element 34 is pressed on the valve rod 32, and the valve rod 32 is pressed against the valve body 31. The opening prevents the gas from escaping from the other side of the gas chamber η. • In summary, this creation has an improved air pressure valve structure by providing a relatively simple control structure, and the achieved air flow control effect is good. Therefore, this creation has indeed met the requirements of the new patent, Wei Fa proposed Application. However, the above is only a better embodiment of this creation. Anyone who is familiar with the skills of this creation and equivalent modifications or changes based on the spirit of this creation should be covered by the following patent applications. [Brief Description of the drawings] FIG lines shown in a first perspective view of the appearance of this creation. The second picture shows an exploded perspective view of this creation. M271032 The third picture shown is an exploded perspective view of the structure of this creation. The fourth figure shows an exploded perspective view of the internal structure of the side cover and its components. The fifth figure shows an exploded perspective view of the internal structure of the lock knot cover and its components. The sixth figure is a cross-sectional view taken along the A-A tangent line and the direction indicated by the arrow shown in the first figure. The seventh diagram is the first diagram of the embodiment of the present invention to control the switching of gas by the lever. The eighth figure is shown in the second embodiment of the present invention to control the gas switching lever. φ [Description of main component symbols] 1 ....... ..... Valve seat 11 ...... ..... Inner hole 111 ..... ..... Combining groove 12 ............... Air chamber 121 ..... ..... Combination section 122 ..... ..... Air inlet 123 ..... ..... Channel 13 .......... Fixture 14 .......... Shaft connection hole ........... .... ..... body 211 ..... ..... oblique through hole 22 ... ..... 0 ring 3 ....... ... .. Air valve composition M271032 31 ............. Valve body 311 ......... Recesses 32, 33 ....... Valve stems 321, 331 .. ... leak-proof ring 322, 332 ..... pressure plate 34 ........ elastic element 4 ......... air inlet joint 5. .......... Side cover 51 ........... Slot hole 52 ........... Through hole 53 ......... ..Shaft connection hole 54 ........... lock hole 55 ........... snap plate 551 ............. studs 56 .. ......... Press bar 561 .......... Leak-proof washer 562 .......... Elastic element 563 .......... Sheet 564 .......... Fixed retaining ring 6 ............ Knot cover 61 .............. Slot hole 611 ... ...... Air outlet guide hole M271032 62 ........ through hole
63 ...........鎖孑L 64 ...........壓桿 641 ..........防漏墊圈 642 ..........彈性元件 643 ..........墊片 644 ..........固定扣環 • 65...........扣壓板 651..........螺柱 66...........喷氣接頭 7............螺接轴柱 8............控制擺桿 81 ...........侧控部一 82 ...........側控部二 • 83 鎖附元件 拉桿 9·63 ........... Lock 64 L 64 ........... Lever 641 .......... Leak-proof washer 642 ... .... Elastic element 643 .......... Shim 644 .......... Fixed retaining ring 65 .............. Clamping plate 651. ......... Stud 66 .............. Air-jet joint 7 ............ Screw shaft 8. ..... Control lever 81 ........... Side control section 82 ........... Side control section 2 • 83 Locking element lever 9 ·