TWM259600U - Improved high efficiency granular ventilating valve structure of feeding bottle - Google Patents
Improved high efficiency granular ventilating valve structure of feeding bottle Download PDFInfo
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- TWM259600U TWM259600U TW93208829U TW93208829U TWM259600U TW M259600 U TWM259600 U TW M259600U TW 93208829 U TW93208829 U TW 93208829U TW 93208829 U TW93208829 U TW 93208829U TW M259600 U TWM259600 U TW M259600U
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M259600 四、創作說明(1) 一、 新型所屬之技術領域: 本案奶瓶高效率粒狀名 ^ ^ ^ ^ ^ ^ ^ 透虱閥、纟口構改良,係於一體成型 = ί = :ί ’設置有成短狀圓筒部之基體;且基體 = 拔型;且中段進氣道具有至少末段 "",^ ' 口部,可加強向内聚合力;使藉由平直 &面中^又處,作橫向深声士宝 # # μ ^、·> n 割至通過進氣道之底端封閉部 位所構成之活式閉合錄邱, ,Η ^ ^ 縫Ρ具有強化閥瓣閉合度的加強防 漏效果,為其特徵者。 二、 先前技術: U瓶控制出液量之軟膠質奶嘴,在其出液過程中 I、守由瓶外^r入空氣,則易造成氣壓之吸附作用, 而瓶内汁、液無法繼績排出。為此,在奶嘴構造上即有 迢或迢以上,設置在奶嘴底段凸緣上的進氣閥粒,使 奶瓶可順利出液之的必要設計。 傳統的奶嘴進氣閥粒,多係製成圓頭狀的短狀凸粒或 =長狀凸粒’而藉以一子狀或十字狀的圓頭部位切割或刺 牙,使之形成向内貫穿至進氣閥粒内段的進氣道,以形成 閥門張啟、閉合的活動式進氣縫;然此類進氣閥粒的閉合 效果’因使用日久易發生鬆弛、滲漏現象。 針對改善上揭現象,專利前案中的即有另型透氣閥改 進結構(新型第1 97544號:奶瓶高效率透氣閥結構\下揭 說明請配合參閱第一圖所示),係以短狀且底側呈平直端 面的推拔型為基體,搭配設置底段呈雙側對稱狀斜切面2八 形成具有末端一字狀底緣22的倒錐狀瓣體21,並夢 M259600 η、創作說明(2) 由該一字狀底緣22的中段處,作平 通過進氣閥2内段所預先設置進氣 形成一位在瓣體21底段,由雙片式 式閉合縫部2 2 A ;而藉瓣體2 1兩側 、下薄暨下斜狀的向下聚合張力預 相貼的閥瓣2 1 A、2 1 B部位,在常態 閥2自體結構推向下方的閉合張力 合彈性。然,此述結構在實際的長 該雙片式閥瓣21人、216在進氣道2 3 上段較厚、底段較薄的強度遞減情 用或連續消毒後,即會因雙片式閥 遞減效應,而有閉合防漏效果日漸 現象。 三、新型内容: 本創作之主要目的,係提供一 闕結構改良;其中,該嵌裝在奶瓶 粒狀進氣閥,因前段之短狀圓筒部 面的推拔型;且自中段進氣道具有 的束合部,藉此可使束合部外圍呈 型推拔狀套筒部,具有加強之向内 平直端面底緣的中段處,作平直的 進氣道底端所形成由底段雙側閥瓣 即由瓣體自體兩側相對的向内聚合 位閉合度的更佳防漏效果,為其特 直的橫向深度 道23之底端封 閥瓣 2 1 A、2 1 B 所對稱製成明 先設定,乃形 下因具有整顆 ,形成較佳的 時間使用試驗 底段的壁體部 形,致在長期 瓣21A 、21B壁 衰退、不耐長 切割,至 閉部位, 構成的活 顯的上厚 成兩平直 粒狀進氣 進氣閥閉 ’則出現 位,呈現 、頻繁使 體強度的 期使用的 種奶瓶 瓶體圓 基體, 至少末 明顯下 聚合力 橫向深 構成之 張力, 徵者。 南效率 型套孔 為底侧 段為、向 圍加大 :俾藉 度切割 活式閉 達到加 粒狀透氣 處定位的 呈平直端 下尖椎狀 的基體反 由該基體 ,至通過 合缝部, 強閥瓣部M259600 IV. Creation instructions (1) I. New type of technical field: High-efficiency granular name of the baby bottle in this case There is a base with a short cylindrical part; and the base = pull-out; and the middle section of the air inlet has at least the last section " ", ^ 'mouth, which can strengthen the inward cohesion; so that the flat & The middle ^ is also a horizontal deep sound Shi Bao # # μ ^, · &n; a live closing record formed by cutting through the closed portion at the bottom end of the air inlet, Η ^ ^ The slit has a reinforced valve flap It is characterized by the enhanced leak-proof effect of closure. 2. Previous technology: The soft rubber nipple that controls the amount of liquid discharged from the U bottle. During the liquid discharge process, if I enter the air from the outside of the bottle, it will easily cause the adsorption of air pressure, but the juice and liquid in the bottle cannot continue to perform. discharge. For this reason, the nipple structure has 奶 or more, and the intake valve pellets set on the flange of the bottom section of the pacifier are necessary for smooth feeding of the bottle. Traditional pacifier intake valve tablets are mostly made into round-shaped short bulges or = long bulges', which can be cut or pierced by a round or round shape of a sub-shaped or cross-shaped shape to make it penetrate inwardly. The intake duct to the inner section of the intake valve pellets forms a movable air inlet opening and closing of the valve; however, the closing effect of such intake valve pellets is prone to loosening and leakage due to long-term use. In order to improve the opening phenomenon, there is an improved structure of another type of vent valve in the pre-patent case (new No. 1 97544: structure of high-efficiency vent valve for baby bottles. Please refer to the first figure for the description of the unveiling), which is short. And the bottom side is a push-out type with a straight end surface as a base, and the bottom section is provided with a bilaterally symmetric oblique cut surface 28 to form an inverted cone-shaped valve body 21 with a terminal-shaped bottom edge 22, and dream M259600 η, creation instructions ( 2) The middle part of the flat bottom edge 22 passes through the inlet section of the inlet valve 2 to set the air inlet in advance to form a bit at the bottom section of the valve body 21, and the double-piece closed seam section 2 2 A; and Based on the valve body 2 1 A, 2 1 B where the two sides of the valve body 21, the lower thin and the lower oblique downward polymerization tension are pre-adhered, the closed tension and elasticity of the normal structure of the normal valve 2 pushed downward. However, the structure described here will be affected by the double-piece valve after the actual use of the double-piece valve is 21 people, and the 216 is thicker in the upper part of the intake port 2 and thinner in the bottom section. Decreasing effect, and there is a gradual phenomenon of closed leak-proof effect. 3. New content: The main purpose of this creation is to provide a structural improvement. Among them, the granular inlet valve embedded in the bottle is a push-type of the short cylindrical surface of the front section; and the air is introduced from the middle section. The binding portion of the channel can be used to make the periphery of the binding portion be a shaped push-pull sleeve portion, and the middle portion of the bottom edge of the straight end face that is strengthened inward is formed by the straight end of the intake duct. The bottom double-sided valve disc is the better leak-proofing effect of the inwardly closed position of the valve body from the two sides of the valve body, which seals the valve disc at the bottom of its straight transverse depth channel 23 2 A, 2 1 The symmetry made by B is set first, but the shape of the wall body is better because it has a whole piece, which makes it better to use the bottom section of the test. It causes the long-term petals 21A and 21B to decline, and not tolerate long cuts to the closed position. The formed thick and straight two-ply granular intake air intake valve is closed when it appears, showing a round base of the bottle body of the seed bottle that is frequently used in the period of strength, at least at the end, the polymerization force is significantly deeper in the horizontal direction. Constitutive tension, signatories. The south-efficiency sleeve hole is the bottom side, and the circumference is increased: 俾 The degree of cutting is adjustable to reach the grain-like ventilation position. Section, strong flap section
第6頁 M259600 ?、創作說明(3) 本創作之再'~目的,彳7¾力担你 1 -^ ^ ^ ^ ^ 仍在楗供一種奶瓶高效率粒狀透 氣閥結構改良;其中,诵讲推名、爸― 問嫌接士少木4 逋過進軋迢底端所形成由底段雙側 ΞΓΪί 閉合縫部,θ具有至少末段為向下尖椎狀 狀套ΐ i,7¾ *合部外圍呈明顯下圍加大的基體反型推拔 期传=二亨者^ Ϊ ί在底段的強力雙側閥瓣,更可承耐長 1人的::、、消毒等均不致變形,Τ明顯達成延長使用 可〒的貝用、經濟效果,為其特徵者。 四、實施方式: 餘下,茲謹就本創作結構之實施與使用例,配合圖示 說明揭載如下,請首先配合參閱第二圖、第二圖—α暨第三 圖、第三圖-Α所示;本案係一藉以後段環狀嵌止溝”嵌裝 在奶瓶B #瓦體的圓型套孔β 1處定位;使控制瓶外空氣a補 入瓶内的粒狀進氣閥3結構者;其特徵在於: 山粒狀進氣閥3前段之短狀圓筒部基體32,為底側呈平 直端面32A的推拔型;且自中段進氣道33具有至少末段為 向下乂椎狀的束合部3 3 1 ,藉此使束合部3 3 1外圍呈明暴員 加大的基體反型推拔狀套筒部321 ,具有加強之向内 聚合力;俾藉由該基體平直端面32A底緣的中段處,以薄 狀刀具K的前端韌部,作平直的橫向深度切割,至通過進 氣道3 3之底^封閉部位後(如第三圖—a所示),即由底^ 雙側閥瓣321A、321B構成活式閉合缝部32B ; 一 藉此,由瓣體321A、321B自體產生兩側相對的向内节 合張力R ,即可達到加強閉合缝部32B在閉合時的緊度^ 牢度(如第四圖—A所示),達到瓶内空氣或流液8無由 第7頁 M259600 四、創作說明(4) 此逆出的 而當 力作用, 第四圖-β 再進氣停 力R的推 另, 縫部32Β 呈平直端 C ,使可 入至正確 ,以增進 32Β 平直 製作上更 進者 作成如第 以末端為 韌部完成 成的活式 與優異防 絕佳防 瓶外進 乃將閉 所示) 止時, 回作用 請再配 切製的 面32Α 由此提 的中端 由該雙 失合的 形方便 ,請續 三圖-A 一字型 深度切 閉合縫 漏效果 >局效果。 氣A由進氣道33進入補充時 合缝部32B撐開,使其底端 ’達到平衡瓶内、外壓力的 即由雙側閥瓣321A、321B的 ’使之即刻回復如第四圖〜A 合第二圖、第二圖所示: 準確性暨方便性,得藉由在 的中段處,開設一銳狀凹入 供刀具K的前端韌部對正暨 位置處,而可準確、平直的 片式閥瓣321A、321B構成的 精確性,亦有助於防漏效果 、快速。 ’因進氣的壓 壬外張狀(如 立即效果;但 強大向内聚合 的閉合狀態。 針對活式閉合 進氣閥3 2底側 的切割導槽3 2 方便、快速導 完成深度切割 活式閉合縫部 的再增進,且 配合第三圖-B 所示的向下尖 狀的鈍型束合 割後,相同形 部32B平直夾 者。 所不· 椎狀束 部 331A 成雙片 合,可 進氣道33末段,除可 合部3 3 1 外,亦可改 ,在經刀具K 的前端 式閥瓣321A、321B構 具有相同的彈性閉合 另=以薄狀刀具κ的前端韌部,對基體平直端面32 A底緣中&處,作平直的橫向深度切割外,亦可配合以斜 置4狀刀具K1 (如第二圖—A之假想線所示)的方式,對基 體平直端面32A底緣中段處進行橫向深度切割,藉此形成Page 6 M259600? Creation instructions (3) The purpose of this creation is ~ 7¾ to support you 1-^ ^ ^ ^ ^ Is still providing a bottle bottle high-efficiency granular ventilation valve structure improvement; among them, recitation Named, Dad-Ask the suspected Shaomu 4 to pass through the bottom of the roll. The closed seam is formed by the two sides of the bottom section. Θ has at least the last section which is a downward-pointing cone-shaped sleeve. I, 7¾ * 合 部The base has a significantly enlarged periphery, and the base is inversely pushed out. = 二 亨 者 ^ Ϊ ί The powerful double-sided valve flap at the bottom can bear more than one person :: ,, and disinfection will not deform, TT obviously achieves the characteristics of prolonged use of shellfish and economic benefits. Fourth, the implementation mode: For the rest, I would like to disclose the implementation and use examples of this creative structure with the illustrations below. Please refer to the second picture, the second picture—α and the third picture, and the third picture-A. This case is a granular inlet valve 3 structure that uses a circular ring-shaped retaining groove at the rear section to be embedded in the circular sleeve hole β 1 of the bottle B # tile body to control the air outside the bottle a to fill the bottle. It is characterized in that: the short cylindrical portion base body 32 of the front section of the mountain granular intake valve 3 is a push-type with a flat end surface 32A on the bottom side; and at least the last section from the middle section of the intake passage 33 is downward乂 The vertebral articulation part 3 3 1, so that the periphery of the articulation part 3 3 1 is a matrix inverse push-out sleeve part 321 with an increase in exposed rioters, which has an enhanced inward cohesive force; At the middle of the bottom edge of the flat end face 32A of the base body, a straight transverse deep cut is made with the front tenacity of the thin blade K until it passes through the bottom of the air inlet 33 ^ closed portion (as shown in the third figure—a (Shown), that is, the bottom ^ double-sided valve flaps 321A, 321B constitute a living closed seam portion 32B; by this, the flap bodies 321A, 321B are self-producing two sides opposite to each other Inwardly tighten the tension R to achieve the tightness ^ fastness of the closed seam portion 32B when closed (as shown in the fourth figure—A), and reach the air or fluid in the bottle. 4. Creative explanation (4) This reverse force acts when the force is applied. The fourth figure-β is the pushing of the air intake stopping force R. The slit 32B has a straight end C, so that it can be correctly inserted to enhance the 32B straight production. The more advanced person is made as shown in the living type and the excellent anti-bottle prevention. The closed end is shown with the end as the tough part.) When it stops, return to the cut surface 32A. The shape of the double misalignment is convenient, please continue to the third figure-A-line deep cut closed seam leakage effect > local effect. When the air A enters the supplement from the air inlet 33, the joint 32B is opened to make it bottom When the end of the bottle reaches the internal and external pressure of the bottle, the double-sided valve flaps 321A and 321B will immediately restore it, as shown in Figures 4 ~ A and Figures 2 and 2. The accuracy and convenience can be borrowed. From the middle section, a sharp recess is provided for the alignment and position of the front tenacity of the tool K, which can be accurate and straight. The accuracy of the valve discs 321A and 321B also contributes to the leak-proof effect and fast. 'Because of the pressure of the air intake, it expands outwardly (such as the immediate effect; but the closed state of strong inward convergence. For live closing The cutting guide groove 3 2 on the bottom side of the air valve 3 2 is convenient and quick to complete the further improvement of the deep-closing movable closed seam, and it is the same after the downward sharp blunt-type beam combining cutting shown in the third figure -B, the same The shape part 32B is straightly clamped. What's more, · The vertebral beam part 331A is double-sheeted, and can be the last section of the air inlet 33. In addition to the jointable part 3 3 1, it can also be changed. The flaps 321A and 321B have the same elastic closure. In addition, with the thin front end ligament of the thin blade κ, the straight edge of the base end face 32 A & is used to make a straight horizontal deep cut. Set the four-shaped cutter K1 (as shown by the imaginary line in the second figure—A) to make a lateral deep cut at the middle of the bottom edge of the straight end surface 32A of the substrate, thereby forming
M259600 四、創作說明(5) 一側裂缝較高、另側裂鏠較低的不對稱活式閉合 ,如此結構甚可達成較佳的閉合防漏效果。 、# 另,請再配合參閱第五圖所示··有 置成底側呈平直端面32A ,且内段為進氣道33 配 狀套筒糊,其結構目的主要是利用;;拔 面延線H1與進氣閥32外圍斜倒延線H2所形成彳的°壁 擠向内側、下方的聚合張力R ;再由平直端面3 :二目對 線H3與進氣閥32外圍斜倒延線H2所形成*角p2 ^ = 2側、下方作用,進而配合因設置平直端面32a所= 軋閥32底端部位厚度增大的向内聚擠張力6 ;藉此 $ y具κ作橫向深度切割所形成的活式閉合縫部π:,二 =以Μ述進氣閥32闊體厚度暨底側平 : 形成聚合張力R與聚擠張力“目辅效果的絕= 型式:述:月者,係針對本案創作製造條件之不同操作 制I =擇,頦似與相等義於活式閉合縫部32Β的切割歲 衣備1式,均應涵蓋為本案創作的範圍之内。 D 一 练上所陳,本案創作確可改進奶瓶粒狀透氣閥閉合 ^不耐長期使用的缺點,顯符新型專利要義。M259600 IV. Creation Note (5) Asymmetrical living closure with higher cracks on one side and lower cracks on the other side. This structure can even achieve a better closed and leakproof effect. 、 # Please also refer to the fifth figure for reference .. There is a flat end surface 32A on the bottom side, and the inner section is the inlet duct 33. The sleeve paste is mainly used for structural purposes; The convergent tension R formed by the extension line H1 and the oblique retrograde line H2 on the periphery of the intake valve 32 is squeezed inward and downward; and then the straight end surface 3: the binocular line H3 and the periphery of the intake valve 32 are obliquely inverted The * angle p2 formed by the extension line H2 acts on both sides and downwards, and further cooperates with the inward coextrusion tension 6 due to the increase in thickness of the bottom end portion of the rolling valve 32 due to the setting of the straight end surface 32a; Horizontal closed seam formed by horizontal deep cutting π :, 2 = the thickness of the 32 wide body of the intake valve and the flat bottom side are described by M: forming the polymer tension R and the polymer squeeze tension "the absolute effect of the eye effect = type: description: month For the different operating systems of the creation and manufacturing conditions of the case, I = choose, similar to and equivalent to the cutting-style clothing of the living closed seam 32B style 1 should be included in the scope of the creation of this case. As a result, the creation of this case can indeed improve the shortcomings of the milk bottle granular breather valve closure, which is not resistant to long-term use, which is in line with the meaning of the new patent.
II 第9頁 M259600 圖式簡單說明II Page 9 M259600 Schematic Description
、圖示部分: 第一圖··係引證前專 剖面說明暨 第二圖:係本創作部 利案新型第1 97544號進氣閥粒部分 閉合缝部切製示意圖。 分剖面說明暨閉合縫部切製示意圖、 Picture part: The first picture is the section description before the citation and the second picture is the drawing diagram of the closed seam part of the creative valve No. 1 97544 intake valve particle part. Sectional description and cut seam cut diagram
弟二圖—A :传夫名t 第二® :係^ 1乍部分剖面說明圖 圖·係本創作實施 干立= 第三圖-A ·及a i 、Η面不忍圖 第三圖-B 苐四圖一 A 係進氣閥粒放大剖面g。 :5氣閥粒另-實施例之放大剖面圖。 第四圖·~Β 、四圖-A之進氣閥粒閉合、防漏作用之另 •側f視方向放大剖面圖。 第四圖—A之進氣閥粒開口、進氣作用之另 後工 側剖視方向放大剖面圖。 部:進氣闕粒形成強化閉口作用之分析圖。 A ·習知結構部分: 透氣閥 二 2 倒錐狀瓣體 :21 一字狀底緣 • 22 進氣道 • 23 本案結構部 分: 奶瓶 :Β 粒狀進氣閥 :3 基體 :32 斜切面 閥瓣 閉合縫部 套孔 %狀嵌止溝 :2Α 、 2Β :21Α 、 21Β :22Α :Β1 :31Brother Ertu—A: The name of the husband tSecond®: Department ^ 1 The illustration of the cross-section of the first part of the illustration · The implementation of the original creation = the third picture-A · and ai, the surface can not bear the third picture-B 苐Figure 4 shows the enlarged section g of the A-type intake valve particles. : 5 air valve particle another-enlarged sectional view of the embodiment. In the fourth picture, ~ B, and the fourth picture -A, the intake valve is closed and the leakage prevention function is enlarged. Fig. 4—A valve section opening of A, enlarged cross-sectional view of the other working side cross-sectional direction of the intake action. Section: Analytical diagram of the effect of air intake puff formation to strengthen the closed mouth. A · Known structure: Breathing valve 2 2 Inverted cone shaped valve body: 21 Slotted bottom edge • 22 Intake port • 23 Structure of the case: Baby bottle: B Granular intake valve: 3 Base body: 32 Beveled surface valve The sulcus of the flap closure suture is inserted into the groove in 2 shapes: 2A, 2B: 21A, 21B: 22A: B1: 31
第10頁 M259600 圖式簡單說明Page 10 Simple illustration of M259600
推拔狀套筒部 321 閥瓣 321A、 321B 平直端面 32A 閉合缝部 :32B 切割導槽 32C 進氣道 33 尖椎狀束合部 331 鈍型束合部 :331A 瓶外進氣 A 刀具 K 斜置刀具 :K1 聚合張力 R 空氣或流液 ·· S 延線 HI、H2 、H3 夾角 PI、P2 、P3 聚擠張力 GPush-through sleeve section 321 Valve flaps 321A, 321B Straight end surface 32A Closed seam section: 32B Cutting guide groove 32C Intake duct 33 Conical-shaped coupling section 331 Blunt type coupling section: 331A Out-of-bottle air intake A Tool K Inclined cutter: K1 Polymerization tension R Air or liquid flow · S Extension line HI, H2, H3 Angle PI, P2, P3 Polyextrusion tension G
第11頁Page 11
Claims (1)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW93208829U TWM259600U (en) | 2004-06-04 | 2004-06-04 | Improved high efficiency granular ventilating valve structure of feeding bottle |
Applications Claiming Priority (1)
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TW93208829U TWM259600U (en) | 2004-06-04 | 2004-06-04 | Improved high efficiency granular ventilating valve structure of feeding bottle |
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TWM259600U true TWM259600U (en) | 2005-03-21 |
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TW93208829U TWM259600U (en) | 2004-06-04 | 2004-06-04 | Improved high efficiency granular ventilating valve structure of feeding bottle |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN104224553A (en) * | 2014-08-20 | 2014-12-24 | 林四海 | Air inlet valve of feeding bottle |
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2004
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Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN104224553A (en) * | 2014-08-20 | 2014-12-24 | 林四海 | Air inlet valve of feeding bottle |
CN104224553B (en) * | 2014-08-20 | 2016-07-20 | 林四海 | Feeding bottle air inlet valve |
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MM4K | Annulment or lapse of a utility model due to non-payment of fees |