TW202239561A - Kneader - Google Patents
Kneader Download PDFInfo
- Publication number
- TW202239561A TW202239561A TW111110892A TW111110892A TW202239561A TW 202239561 A TW202239561 A TW 202239561A TW 111110892 A TW111110892 A TW 111110892A TW 111110892 A TW111110892 A TW 111110892A TW 202239561 A TW202239561 A TW 202239561A
- Authority
- TW
- Taiwan
- Prior art keywords
- mixing tank
- kneader
- rubber
- rubber composition
- opening
- Prior art date
Links
Images
Landscapes
- Mixers Of The Rotary Stirring Type (AREA)
- Processing And Handling Of Plastics And Other Materials For Molding In General (AREA)
- Accessories For Mixers (AREA)
Abstract
Description
本發明係關於一種將橡膠組成物進行捏合而形成橡膠生料(rubber green stock)的捏合機。The present invention relates to a kneader for kneading a rubber composition to form rubber green stock.
橡膠製品一般係藉由下述方式製作:藉由在天然橡膠或合成橡膠等所謂的橡膠原料中添加碳黑、二氧化矽、塑化劑等各種橡膠生料形成用添加物並進行捏合而形成橡膠生料,再將該橡膠生料成形/硬化為預定形狀。作為將以此方式在橡膠原料中添加橡膠生料形成用添加物而成之橡膠組成物進行捏合的裝置,習知技術中已知一種橡膠生料形成用捏合機(參照例如專利文獻1、2)。此處,簡單說明習知的捏合機之實例。Rubber products are generally produced by adding various additives for forming rubber raw materials such as carbon black, silica, and plasticizers to so-called rubber raw materials such as natural rubber or synthetic rubber and kneading them. Rubber raw material, which is then shaped/hardened into a predetermined shape. As a device for kneading a rubber composition obtained by adding additives for forming rubber raw materials to rubber raw materials in this way, a kneader for forming rubber raw materials is known in the prior art (see, for example,
圖1係從側面示意顯示以往之捏合機1’(準確而言為其一部分)的構成圖,該捏合機1’係將橡膠組成物進行捏合而形成橡膠生料。Fig. 1 is a side view schematically showing a conventional kneader 1' (accurately a part thereof) for kneading a rubber composition to form a rubber raw material.
圖1所示的以往之捏合機1’包或括:混合槽2,容納橡膠組成物;加壓蓋3,將所容納之橡膠組成物加壓;及軸構件4,將經加壓之橡膠組成物進行捏合。軸構件4於周面具有葉片4a,且繞著中心軸4b旋轉。葉片4a隨著軸構件4的旋轉而進行旋轉,以將橡膠組成物進行攪拌,藉此進行橡膠組成物的捏合而形成橡膠生料。The conventional kneader 1' shown in Fig. 1 includes or includes: a
圖2係示意顯示將藉由捏合橡膠組成物所形成之橡膠生料排出之態樣的圖。Fig. 2 is a diagram schematically showing a state in which rubber raw material formed by kneading a rubber composition is discharged.
若橡膠組成物經充分捏合而形成橡膠生料,則加壓蓋3從混合槽2往向上方向退出,在加壓蓋3退出後,如圖2所示,混合槽2進行旋轉,混合槽2中的橡膠生料朝向預定的橡膠生料容納容器(圖中未顯示)排出。
[先前技術文獻]
[專利文獻]
If the rubber composition is fully kneaded to form rubber raw material, then the
[專利文獻1]日本特開2006-289233號公報 [專利文獻2]日本專利第6444683號說明書 [Patent Document 1] Japanese Unexamined Patent Publication No. 2006-289233 [Patent Document 2] Specification of Japanese Patent No. 6444683
[發明所欲解決之問題][Problem to be solved by the invention]
然而,在加壓橡膠組成物後的加壓蓋3之面上,有時會附著未捏合而殘留之橡膠組成物(例如塑化劑)或捏合後未排出之橡膠生料等殘留物R。這種殘留物R可能落入如圖2所示旋轉後之狀態的混合槽2,而污染混合槽2的外表面或混合槽2的周圍。在這種情況下需要進行清理,而有橡膠生料形成的生產性降低的缺點。再,殘留物R為未捏合而殘留之橡膠組成物的情況下,亦有混入正在排出的橡膠生料中而導致橡膠生料的品質降低的缺點。However, on the surface of the
鑒於上述情況,本發明中提供一種捏合機,其可抑制因捏合後殘留物從加壓蓋落下,而導致橡膠生料形成的生產性降低或橡膠生料的品質降低。 [解決問題之技術手段] In view of the above circumstances, the present invention provides a kneader capable of suppressing a decrease in the productivity of rubber raw material formation or a reduction in the quality of rubber raw material due to the residue after kneading falling from the pressurized cover. [Technical means to solve the problem]
為了解決上述問題,本發明提供以下之捏合機。In order to solve the above-mentioned problems, the present invention provides the following kneader.
[1] 一種捏合機,係將橡膠組成物進行捏合而形成橡膠生料的捏合機,其包括:混合槽,其係具有開口部且可藉由進行旋轉而使該開口部的開口方向在預定向上方向與預定向下方向之間切換,以該開口部往該預定向上方向開口的容納姿勢而容納橡膠組成物,並且以該開口部往該預定向下方向開口的排出姿勢排出將該橡膠組成物捏合而成之橡膠生料;加壓蓋,對於該容納姿勢的該混合槽,從與該預定向上方向相反的方向通過該開口部進入該混合槽內而將容納於該混合槽之該橡膠組成物加壓,並且在該橡膠組成物捏合後,通過該開口部從該混合槽朝向該預定向上方向退出;軸構件,其係設於該混合槽內,並於周面具有往遠離中心軸之方向突出且繞著該中心軸旋轉之葉片,藉由旋轉之該葉片將容納於該混合槽且經該加壓蓋加壓之該橡膠組成物進行攪拌,藉此將該橡膠組成物進行捏合而形成該橡膠生料;及板狀構件,其係在與該預定向上方向相交的平面內延伸的板狀構件,在該加壓蓋進入該混合槽內期間,於遠離該加壓蓋及該混合槽的預定待機位置上待機,在該加壓蓋從該混合槽退出後且該混合槽從該容納姿勢旋轉成該排出姿勢之前,在該平面內從該待機位置朝向該混合槽與該加壓蓋之間的介入位置移動,在該混合槽從該容納姿勢旋轉成該排出姿勢而將該橡膠生料排出並在排出該橡膠生料後,從該排出姿勢旋轉回到該容納姿勢期間,則在該介入位置上介於該混合槽與該加壓蓋之間,在該混合槽從該排出姿勢旋轉回到該容納姿勢後,在該平面內從該介入位置朝向該待機位置移動。[1] A kneader for kneading a rubber composition to form a rubber raw material, comprising: a mixing tank having an opening and rotating the opening so that the opening direction of the opening is in a predetermined direction Switching between an upward direction and a predetermined downward direction, accommodating the rubber composition in an accommodating posture in which the opening is opened in the predetermined upward direction, and discharging the rubber composition in a discharge posture in which the opening is opened in the predetermined downward direction The rubber raw material kneaded by kneading materials; the pressurized cover, for the mixing tank in the accommodation position, enters the mixing tank through the opening from the direction opposite to the predetermined upward direction to accommodate the rubber in the mixing tank. The composition is pressurized, and after the rubber composition is kneaded, it exits from the mixing tank toward the predetermined upward direction through the opening; the shaft member is provided in the mixing tank and has a direction away from the central axis on the peripheral surface The blade protruding in the direction and rotating around the central axis stirs the rubber composition contained in the mixing tank and pressurized by the pressure cover by the rotating blade, thereby kneading the rubber composition and forming the rubber raw material; and a plate-shaped member extending in a plane intersecting the predetermined upward direction, during the period when the pressurized cover enters the mixing tank, away from the pressurized cover and the Standby at a predetermined standby position of the mixing tank, after the press cover is withdrawn from the mixing tank and before the mixing tank is rotated from the receiving position to the discharge position, in the plane from the standby position toward the mixing tank and the charging position. The intervening position between the glands is moved during the rotation of the mixing tank from the storage position to the discharge position to discharge the rubber raw material and after discharging the rubber raw material, from the discharge position to the storage position, Then, the intervening position is interposed between the mixing tank and the pressurizing cover, and after the mixing tank is rotated from the discharge position to the storage position, it moves in the plane from the intervention position toward the standby position.
[2] 如[1]之捏合機,其更包括架台,在該待機位置上支撐該板狀構件。[2] The kneader according to [1], which further includes a stand for supporting the plate-shaped member at the standby position.
[3] 如[1]或[2]之捏合機,其更包括氣缸,該氣缸具有筒狀的框體部及以前端部固定於該板狀構件且從該框體部自由進出自如的桿體,藉由該桿體的進出而使該板狀構件在該待機位置與該介入位置之間移動。[3] The kneader according to [1] or [2], which further includes an air cylinder having a cylindrical frame body and a rod whose front end is fixed to the plate-shaped member and can freely enter and exit from the frame body body, and the plate-shaped member moves between the standby position and the intervention position by moving the rod body in and out.
[4] 如[3]之捏合機,其中,在該桿體最大限度地伸出該框體部時,該板狀構件到達該介入位置,該捏合機包括第一感測器,其檢測該桿體是否已最大限度地伸出該框體部,該混合槽在該第一感測器檢測出該桿體最大限度地自該框體部伸出時,從該容納姿勢旋轉成該排出姿勢。[4] The kneader according to [3], wherein the plate-shaped member reaches the intervening position when the rod extends out of the frame part to the maximum, and the kneader includes a first sensor that detects the Whether the rod body has been stretched out from the frame part to the maximum extent, the mixing tank is rotated from the containing position to the discharge position when the first sensor detects that the rod body is stretched out from the frame part to the maximum .
[5] 如[3]或[4]之捏合機,其中,在該桿體最大限度地進入該框體部內時,該板狀構件到達該待機位置,該捏合機包括第二感測器,其檢測該桿體是否已最大限度地進入該框體部內,在該第二感測器檢測出該桿體最大限度地進入該框體部內時,該加壓蓋開始朝向該混合槽移動以再次進入該混合槽內。 [發明之效果] [5] The kneader according to [3] or [4], wherein the plate-shaped member reaches the standby position when the rod enters the frame part to the maximum, and the kneader includes a second sensor, It detects whether the rod body has entered into the frame part as far as possible, and when the second sensor detects that the rod body has entered into the frame part as far as possible, the press cover starts to move toward the mixing tank to again into the mixing tank. [Effect of Invention]
本發明之捏合機中,在捏合後,使板狀構件介於混合槽與加壓蓋之間,藉此可阻止從加壓蓋落下之殘留物到達正在排出橡膠生料的混合槽附近。因此,本發明中可抑制因殘留物的落下而導致橡膠生料形成的生產性降低或橡膠生料的品質降低。In the kneader of the present invention, after kneading, the plate-shaped member is interposed between the mixing tank and the pressure cover, thereby preventing the residue falling from the pressure cover from reaching the vicinity of the mixing tank from which the rubber raw material is discharged. Therefore, in the present invention, it is possible to suppress a reduction in the productivity of rubber raw material formation or a reduction in the quality of rubber raw material due to falling of the residue.
以下一邊參照圖式一邊說明本發明之實施例。此外,本發明並不限定於以下實施例,而應理解為在不脫離本發明之主旨的範圍內,可根據本領域具有通常知識者的通常知識適當施加設計之變更、改良等。Embodiments of the present invention will be described below with reference to the drawings. In addition, the present invention is not limited to the following examples, and it should be understood that design changes, improvements, etc. can be appropriately added according to the common knowledge of those skilled in the art without departing from the gist of the present invention.
此外,以下說明中,「橡膠組成物」係指僅在天然橡膠或合成橡膠等所謂的橡膠原料中混入碳黑、二氧化矽、塑化劑等各種橡膠生料形成用添加物而組成成分尚未均勻的狀態。換言之,「橡膠組成物」僅為多種橡膠素材的集合體。藉由將這種「橡膠組成物」捏合,而形成組成成分變均勻的「橡膠生料」。In addition, in the following description, "rubber composition" refers to a so-called rubber raw material such as natural rubber or synthetic rubber mixed with various additives for forming rubber raw materials such as carbon black, silica, and plasticizers, and the composition components are not included. Uniform state. In other words, "rubber composition" is only an aggregate of various rubber materials. By kneading this "rubber composition", a "rubber raw material" with a uniform composition is formed.
圖3係從正面示意顯示本發明之一實施形態的捏合機1之結構的結構圖。Fig. 3 is a structural diagram schematically showing the structure of a
捏合機1係將橡膠組成物進行捏合而形成橡膠生料的裝置,其包括:混合槽2、加壓蓋3、軸構件4及板狀構件5。此外,圖3中,針對與圖1相同的構成要件標註相同的符號。The
混合槽2具有開口部2a,如以下所說明,可藉由進行旋轉而將開口部2a的開口方向在預定向上方向與預定向下方向之間切換。混合槽2係以開口部2a往預定向上方向開口的容納姿勢容納橡膠組成物,且以開口部2a往預定向下方向開口的排出姿勢排出將橡膠組成物捏合而成之橡膠生料。圖3中顯示了呈現容納姿勢時的混合槽2,於混合槽2內容納有橡膠組成物。此外,圖3中顯示了混合槽2之正面的態樣,上述圖1中則顯示混合槽2之側面的態樣。The
此處,「預定向上方向」意為開口部2a的開口方向包含鉛直方向朝上的成分,容納於混合槽2之內容物(具體而言為橡膠組成物)不會從開口部2a流出而穩定地保持於混合槽2內的開口部2a之方向。典型性的「預定向上方向」係如圖3所示的鉛直方向朝上的方向。但是,其僅為典型實施例,本發明之「預定向上方向」亦可為滿足上述定義的傾斜向上方向。另一方面,「預定向下方向」意為開口部2a的開口方向包含鉛直方向朝下的成分,容納於混合槽2之內容物(具體而言為橡膠生料)會從開口部2a流出的開口部2a之方向。於以下敘述呈現開口部2a往預定向下方向開口之排出姿勢時的混合槽2。Here, the "predetermined upward direction" means that the opening direction of the opening 2a includes a vertically upward component, and the content (specifically, the rubber composition) accommodated in the
加壓蓋3係對於容納姿勢的混合槽2,從與上述預定向上方向(圖3中為鉛直方向朝上的方向)相反的方向通過開口部2a進入混合槽2內而將容納於混合槽2之橡膠組成物加壓的構件。如下所述,在橡膠組成物捏合後,加壓蓋3通過開口部2a朝向上述預定向上方向(圖3中為鉛直方向朝上的方向)從混合槽退出。此處,圖3中顯示了進入混合槽2內而將混合槽2內的橡膠組成物加壓的加壓蓋3之正面的態樣,上述圖1中則顯示了加壓蓋3之側面的態樣。The pressurizing
軸構件4係設於混合槽2內,並於周面具有往遠離中心軸4b之方向突出且繞著中心軸4b旋轉的葉片4a。軸構件4藉由旋轉之葉片4a將容納於混合槽2且經加壓蓋3加壓之橡膠組成物進行攪拌,藉此將橡膠組成物進行捏合而形成橡膠生料。此處,圖3中顯示了軸構件4之正面的態樣,圖3所示之軸構件4係圖1中顯示側面之兩支軸構件4中的正面側之軸構件4。The
板狀構件5係在與上述預定向上方向(圖3中為鉛直方向朝上的方向)相交的平面內展開的板狀構件。在加壓蓋3進入混合槽2內期間,板狀構件5於遠離加壓蓋3及混合槽的預定待機位置上待機。圖3中顯示了於該預定待機位置上待機時的板狀構件5,上述平面係沿著位於預定待機位置之板狀構件5的平面。The plate-shaped
捏合機1中,如圖3所示,在加壓蓋3進入混合槽2內而將容納於混合槽2之橡膠組成物加壓的狀態下,軸構件4將橡膠組成物進行捏合,藉由此捏合來形成橡膠生料。若充分進行捏合而形成橡膠生料,則軸構件4的旋轉停止,加壓蓋3通過開口部2a從混合槽2退出。此外,例如可藉由下述方式判定是否充分進行捏合:軸構件4的旋轉次數是否超過預先設定的閾值次數;以軸構件4的旋轉進行捏合的持續時間是否超過預先設定的閾值時間。In the
圖4係從正面示意顯示加壓蓋3從混合槽2退出後且混合槽2從容納姿勢旋轉成排出姿勢之前的捏合機1之態樣的圖。FIG. 4 is a front view schematically showing the state of the
若加壓蓋3從混合槽2退出,往鉛直向上方向的圖4之虛線箭頭方向移動而遠離混合槽2,則如圖4所示,板狀構件5在上述平面內從圖3之待機位置按照圖4之粗箭頭方向朝向混合槽2與加壓蓋3之間的介入位置移動。若板狀構件5到達介入位置,則混合槽2從圖3及圖4之容納姿勢旋轉成排出姿勢。If the
圖5係從正面示意顯示混合槽2開始從圖3及圖4之容納姿勢朝向排出姿勢旋轉時的捏合機1之態樣的圖,圖6係示意顯示排出姿勢之捏合機1從側面排出橡膠生料時的捏合機1(準確而言為其一部分)之態樣的圖。Fig. 5 is a diagram schematically showing the state of the
此處,圖6中係僅從正面側觀看的圖5之捏合機1的構成中選取混合槽2、加壓蓋3、軸構件4及板狀構件5而顯示該等之側面的態樣。Here, in FIG. 6, the
如圖5所示,在混合槽2按照圖5之粗箭頭的方向開始從圖3及圖4之容納姿勢朝向圖6之排出姿勢旋轉時,板狀構件5已位於混合槽2與加壓蓋3之間的介入位置。然後,如圖6所示,在排出姿勢之捏合機1排出橡膠生料期間,板狀構件5亦在此介入位置上介於混合槽2與加壓蓋3之間。如此,板狀構件5介於混合槽2與加壓蓋3之間的狀態持續至混合槽2排出橡膠生料後從圖6之排出姿勢旋轉而回到圖3之容納姿勢為止。因此,板狀構件5在混合槽2從圖3及圖4之容納姿勢往圖6之排出姿勢旋轉而排出橡膠生料並在排出橡膠生料後從圖6之排出姿勢旋轉回到圖3及圖4之容納姿勢期間,在介入位置上介於混合槽2與加壓蓋3之間。As shown in Figure 5, when the
如此,本實施態樣之捏合機1中,在捏合後使板狀構件5介於混合槽2與加壓蓋3之間,藉此阻止從加壓蓋3落下之殘留物R到達正在排出橡膠生料的混合槽2附近。結果,捏合機1中可抑制因殘留物R的落下而導致橡膠生料形成的生產性降低或橡膠生料的品質降低。In this way, in the
圖7係從正面示意顯示混合槽2從圖6之排出姿勢旋轉回到圖3及圖4之容納姿勢後的捏合機1之態樣的圖。FIG. 7 is a front view schematically showing the state of the
若混合槽2從圖6之排出姿勢旋轉回到圖3及圖4之容納姿勢,則如圖7所示,板狀構件5在上述平面內按照圖7之粗箭頭方向從圖4至圖6之介入位置朝向圖3之待機位置移動。If the
圖8係從正面示意顯示圖7之板狀構件5到達圖3之待機位置後的捏合機1之態樣的圖。Fig. 8 is a front view schematically showing the state of the
若圖7之板狀構件5到達圖3之待機位置,則如圖8所示,加壓蓋3按照圖8之虛線箭頭方向朝向混合槽2移動。同時,新的橡膠組成物被供給至混合槽2,一邊被進入混合槽2之加壓蓋3加壓,一邊藉由旋轉之軸構件4進行捏合。If the
以上係關於捏合機1之構成要件的混合槽2、加壓蓋3、軸構件4及板狀構件5的說明。以下說明其他構成要件。The above is a description of the
本實施態樣之捏合機1中,如圖3至圖5、圖7及如圖8所示,較佳為包括減速機6,其介於混合槽2與圖中未顯示之旋轉驅動機構(馬達等)之間,將從旋轉驅動機構而得之旋轉驅動力轉換成降低旋轉速度的旋轉驅動力,作為容納姿勢與排出姿勢之間的混合槽2之姿勢切換所需的旋轉驅動力而供給至混合槽2。In the
藉由這種減速機6,能夠以適當的旋轉速度甚至適當的旋轉角度進行容納姿勢與排出姿勢之間的混合槽2之姿勢切換。With such a
又,本實施形態之捏合機1中,如圖3所示之捏合機1,較佳為包括防塵蓋7,其設於混合槽2的上方,除了加壓蓋3進入混合槽2期間(參照圖3)以外,如圖4、圖5、圖7及圖8所示,其圍繞加壓蓋3的周圍。Again, in the
藉由包括這種防塵蓋7,外部灰塵不易從加壓蓋3的周圍進入混合槽2內。此外,圖3至圖5、圖7及圖8中顯示了在加壓蓋3從混合槽2退出的狀態下移動時連同加壓蓋3一起移動的防塵蓋7作為一實施例。By including such a
以下說明與板狀構件5相關的捏合機1之其他構成元件。Other constituent elements of the
本實施形態之捏合機1中,如圖3所示之捏合機1,較佳為包括架台8,其在待機位置上支撐板狀構件5。In the
藉由包括這種架台8,待機位置中的板狀構件5之姿勢穩定化。此外,圖3至圖5、圖7及圖8中顯示了配置於減速機6上之架台8作為一實施例。By including such a
又,本實施形態之捏合機1中較佳為包括氣缸9,該氣缸9具有筒狀的框體部9a及前端部90固定於板狀構件5且從框體部9a自由進出的桿體9b,藉由桿體9b的進出而使板狀構件5在圖3之待機位置與圖4之介入位置之間移動。In addition, the
藉由包括這種氣缸9,可輕易地將板狀構件5驅動於圖3之待機位置與圖4之介入位置之間。By including such an
又,包括氣缸9之捏合機1中,在桿體9b最大限度地從框體部9a伸出時,板狀構件5到達圖4及圖5之介入位置,該捏合機1較佳為包括圖5之第一感測器10,檢測桿體9b是否已最大限度地伸出框體部9a,混合槽2在第一感測器10檢測出桿體9b最大限度地伸出框體部9a時,從圖3及圖4之容納姿勢旋轉成圖6之排出姿勢。Also, in the
藉由包括這種第一感測器10並進行混合槽2的旋轉,在板狀構件5完全到達介入位置後,混合槽2從容納姿勢旋轉成排出姿勢。如此的結果是,確實地阻止從加壓蓋3落下的圖6之殘留物R到達正在排出橡膠生料的混合槽2附近。此外,作為這種第一感測器10,例如,可採用位置感測器,其設於在框體部9a內檢測與前端部90為相反側的桿體9b之端部位置。By including such a
又,包括氣缸9之捏合機1中,在桿體9b最大限度地進入框體部9a內時,板狀構件5到達圖8之待機位置,檢測桿體9b最大限度地進入框體部9a內,該捏合機1較佳為包括圖8之第二感測器11,在第二感測器11檢測出桿體9b最大限度地進入框體部9a內時,加壓蓋3開始朝向混合槽2移動以再次進入混合槽2內。Also, in the
藉由包括這種第二感測器11,在板狀構件5完全到達待機位置後,加壓蓋3朝向混合槽2移動,而避免板狀構件5阻礙加壓蓋3所進行之加壓動作。By including such a
此外,雖然圖3至圖8中未顯示,但較佳為包括控制部,用以控制圖3至圖8中所說明之各部的動作。藉由包括這種控制部,而自動進行圖3至圖8之各部的動作。In addition, although not shown in FIG. 3 to FIG. 8 , it is preferable to include a control unit for controlling the actions of the various units illustrated in FIG. 3 to FIG. 8 . By including such a control unit, the operations of the respective units in FIGS. 3 to 8 are automatically performed.
以上係本實施形態的說明。The above is the description of this embodiment.
以上說明中說明了將本實施形態之捏合機1應用於捏合用以形成橡膠生料之橡膠組成物的例子,但本發明亦可應用於捏合用以形成物理特性與橡膠生料共通的橡膠以外之全部樹脂材料的樹脂素材。
[產業上的可利用性]
In the above description, an example in which the
本發明對於抑制因捏合後殘留物落下而導致橡膠生料形成的生產性降低或橡膠生料的品質降低十分有用。The present invention is very useful for suppressing a decrease in the productivity of rubber raw meal formation or a reduction in the quality of rubber raw meal due to falling of the residue after kneading.
1:捏合機
1’:捏合機
2:混合槽
2a:開口部
3:加壓蓋
4:軸構件
4a:葉片
4b:中心軸
5:板狀構件
6:減速機
7:防塵蓋
8:架台
9:氣缸
9a:框體部
9b:桿體
10:第一感測器
11:第二感測器
90:前端部
R:殘留物
1: kneader
1': kneader
2:
圖1係從側面示意顯示習知之捏合機(準確而言為其一部分)的構成圖,該捏合機係將橡膠組成物進行捏合而形成橡膠生料。 圖2係示意顯示將藉由捏合橡膠組成物所形成之橡膠生料排出之態樣的圖。 圖3係從正面示意顯示本發明之一實施形態的捏合機之結構的結構圖。 圖4係從正面示意顯示加壓蓋從混合槽退出後且混合槽從容納姿勢旋轉成排出姿勢之前的捏合機之態樣的圖。 圖5係從正面示意顯示混合槽開始從圖3及圖4之容納姿勢朝向排出姿勢開始旋轉時的捏合機之態樣的圖。 圖6係從側面示意顯示排出姿勢之捏合機排出橡膠生料時的捏合機(準確而言為其一部分)之態樣的圖。 圖7係從正面示意顯示混合槽從圖6之排出姿勢旋轉回到圖3及圖4之容納姿勢後的捏合機之態樣的圖。 圖8係從正面示意顯示圖7之板狀構件到達圖3之待機位置後的捏合機之態樣的圖。 Fig. 1 is a side view schematically showing a conventional kneader (accurately a part thereof) for kneading a rubber composition to form a rubber raw material. Fig. 2 is a diagram schematically showing a state in which rubber raw material formed by kneading a rubber composition is discharged. Fig. 3 is a structural view schematically showing the structure of a kneader according to an embodiment of the present invention from the front. Fig. 4 is a front view schematically showing the state of the kneader after the pressurized lid is withdrawn from the mixing tank and before the mixing tank is rotated from the storage position to the discharge position. Fig. 5 is a front view schematically showing the state of the kneader when the mixing tank starts to rotate from the storage position in Figs. 3 and 4 to the discharge position. Fig. 6 is a diagram schematically showing the state of the kneader (accurately a part thereof) when the kneader in the discharge posture discharges rubber raw material from the side. Fig. 7 is a front view schematically showing the state of the kneader after the mixing tank has been rotated from the discharge position in Fig. 6 to the storage position in Fig. 3 and Fig. 4 . Fig. 8 is a diagram schematically showing the state of the kneader after the plate-like member in Fig. 7 reaches the standby position in Fig. 3 from the front.
1:捏合機 1: kneader
2:混合槽 2: Mixing tank
2a:開口部 2a: Opening
3:加壓蓋 3: Pressure cover
4:軸構件 4: shaft member
5:板狀構件 5: Plate member
6:減速機 6: reducer
7:防塵蓋 7: Dust cover
8:架台 8: Stand
9:氣缸 9: Cylinder
9a:框體部 9a: frame part
9b:桿體 9b: rod body
90:前端部 90: front end
Claims (5)
Applications Claiming Priority (2)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2021-051963 | 2021-03-25 | ||
JP2021051963A JP2022149697A (en) | 2021-03-25 | 2021-03-25 | Kneader |
Publications (1)
Publication Number | Publication Date |
---|---|
TW202239561A true TW202239561A (en) | 2022-10-16 |
Family
ID=83465020
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
TW111110892A TW202239561A (en) | 2021-03-25 | 2022-03-23 | Kneader |
Country Status (2)
Country | Link |
---|---|
JP (1) | JP2022149697A (en) |
TW (1) | TW202239561A (en) |
-
2021
- 2021-03-25 JP JP2021051963A patent/JP2022149697A/en active Pending
-
2022
- 2022-03-23 TW TW111110892A patent/TW202239561A/en unknown
Also Published As
Publication number | Publication date |
---|---|
JP2022149697A (en) | 2022-10-07 |
Similar Documents
Publication | Publication Date | Title |
---|---|---|
CN208032473U (en) | A kind of reciprocating slurry stirring device | |
TW202239561A (en) | Kneader | |
CN110508746A (en) | A kind of sand mixer for casting | |
CA2615199C (en) | Drum mixer | |
CN212040094U (en) | Rapid mixing device | |
CN207822847U (en) | A kind of ribbon mixer | |
CN208497374U (en) | A kind of vane type mixer | |
CN208497377U (en) | Mixer | |
US2895645A (en) | Mixing and discharging apparatus | |
CN212237101U (en) | Mixing stirring device that feed additive used | |
CN211514202U (en) | Novel stirring machine | |
CN210079355U (en) | From solvent agitator tank of taking reducing mechanism | |
CN212440874U (en) | Fiber composite's compounding equipment | |
CN211682959U (en) | Color mixing system with extremely high color mixing efficiency | |
CN114367220A (en) | Raw material mixing equipment is used in solidification reinforcing agent production | |
CN113524683A (en) | 3d printing is mixed look device with consumptive material | |
CN213168612U (en) | Cement unloading machine capable of effectively preventing dust from splashing | |
JP2017113925A (en) | Plasticizing apparatus and method for controlling plasticizing apparatus | |
CN207669512U (en) | A kind of concrete mixer | |
CN218608988U (en) | Mix machine convenient to ejection of compact | |
CN219726763U (en) | Concrete stirring device | |
CN217795810U (en) | Material automatic mixing equipment for preparing superfine silicon carbide micro powder | |
CN219539991U (en) | Chemical solvent stirrer with high stirring effect | |
CN220405528U (en) | Groove type mixer for medicine preparation | |
CN221212363U (en) | Rubber mixing device for tire processing |