201126052 六、發明說明： 【發明所屬之技術領域】 本發明係與關門器有關，特別是關於一種包含有一雙 開式關門器及一支撐座之雙開式關門器總成。 【先前技術】 關門器是用以使門扇在被開啟後自動地回復到關閉的 狀態，並緩衝該回復動作，使門扇和緩地、不急劇地自動 關閉。關門器的應用需搭配一支撐座，以使處於自然狀態 之門扇定位於與門框共平面之角度。 第一圖所示為習用之一支撐座1〇及一關門器20分別 裝設於一門扇30及地面31之示意圖。該支撐座1〇係固 設於該門扇30底部凹設之一支撐座裝設槽32中，而該關 門器20係固設於由地面31凹設且相對於該支撐座裝設槽 32之一關門器裝設槽34中。該關門器2〇包含有一連接 於該關門器裝設槽34之殼體22、一設於該殼體22内部 之關門器結構24，以及一蓋設於該關門器結構24上之蓋 體26，該關門器結構24具有一傳動軸242，係突伸出該 蓋體26至高於地面31之位置。該支撐座1〇具有一連接 孔12，係套設於該傳動軸242，使得該傳動軸242與該支 撑座10固接。 刖述骏設有該支撐座10之門扇3〇係配接於一門框 (圖中未示），且位於藏設有該關門器20之地面31上 方。田读門扇30受到一外力推動，該門扇3〇會以該傳動 201126052 軸242為中心轉動，此時，該關門器2〇會提供一回復 力，使得該門扇30在外力解除後自動回復到未受力時的 位置。因此，在裝設該門扇30時，必須利用該傳動軸 242與該支樓座10之固接關係，使該門扇3〇在未受力時 與該門框共平面’如此-來，該門扇3G在外力解除後才 會回復到關閉之位置。 實際上，在前述裝設該門扇30、關門器2〇及支樓座 10時’或在裝狀使用-段時·，常會發生門扇3〇與 門框未共平面的問題’此時，必須使該射❻2G之蓋體 %與關門器結構24分離，才可藉由調整該關門器結構以 置於該殼體22内之角度，以改變該傳動軸冰與殼體^ 之相對角度，調整完後還必須將該關門器結構24固定於 該殼體22 β，再覆蓋上該蓋體26。若此時門扇3〇與門 框仍未共平面，則需重複上述之調整步驟，直到未受力之 該門扇3〇係位於關閉之位置為止。可想而知，前述調整 方式之步驟相當繁複’會使得裝設該_ %及關^器2〇 之過程相當費時又費力，而且，該關門器2〇之殼體22内 而預留調整該關門器結構24之角度所需的空間，使得該 關門器20之整體寬度會較寬，即使該門扇3〇處於關閉位 置，還是無法完全遮蔽該關門器2〇，如此相當不美觀。 換言之，前述習用之關門器仍有其不足之處，而有待 改進。 【發明内容】 201126052 有鑑於上述缺失，本發明之主要目的在於提供一種雙 開式關門器總成，可方便且省時又省力地將處於自然狀態 之門扇調整成與門框共平面之角度。 為達成上述目的，本發明所提供之一種雙開式關門器 總成，包含有一雙開式關門器以及一支撐座，係分別用以 裝設於相互配合之一門扇及一門框。該雙開式關門器具有 一用以與該門扇固接之固定座，以及一受外力作用可相對 於該固定座旋轉且外力釋放後可回復原位之轉軸。該支撐 座具有一用以與該門框固接之支撐座之座體、一可繞其軸 向偏轉地設於該座體之連結件，以及一連接於該連結件且 用以調整並固定該連結件相對於該座體之設置角度的定位 裝置。該連結件具有一配接孔，該配接孔中可分離地插設 有該雙開式關門器之轉軸。藉此，當未受力之該門扇與該 門框非共平面時，可利用該定位裝置調整該連結件相對於 該座體之設置角度，以改變該連結件與該門框之相對角 度，再使該連結件與該關門器之轉軸連接，進而把未受力 之門扇與門框調整成共平面。如此一來，僅需調整該定位 裝置，即可直接調整該連結件之角度，如此調整方式不但 步驟簡易，且省時又省力。 有關本發明所提供之雙開式關門器總成的詳細構造、 特點、組裝或使用方式，將於後續的實施方式詳細說明中 予以描述。然而，在本發明領域中具有通常知識者應能瞭 解’該等詳細說明以及實施本發明所列舉的特定實施例， 僅係用於說明本發明，並非用以限制本發明之專利申請範 201126052 圍。 【實施方式】 以下將藉由所列舉之實施例配合隨附之圖式，詳細說 明本發明之技術内容及特徵，其中： 第二圖為本發明一較佳實施例所提供之雙開式關門器 總成之立體圖； 第二圖為本發明該較佳實施例所提供之雙開式關門器 總成之一關門器之剖視圖，顯示該關門器之一被驅動件位 於一初始位置之態樣； 第四圖係類同於第三圖，惟顯示本發明該較佳實施例 所化供之雙開式關門器總成之關門器的被驅動件位於一被 驅動位置之態樣； 第五圖為本發明該較佳實施例所提供之雙開式關門器 總成之一支撐座之立體分解圖； 第六圖為本發明該較佳實施例所提供之雙開式關門器 總成之支撐座之部分剖視圖； 第七圖為第六圖沿7-7剖線之剖視圖；以及 第八圖為本發明該較佳實施例所提供之雙開式關門器 總成裝設於一門框及一門扇之示意圖。 凊先參閲第二圖，本發明一較佳實施例所提供之雙開 式關門器總成40包含有一雙開式關門器5〇，以及一支撐 座60。 該雙開式關門器50外觀上具有一固定座52，以及由 201126052 該固疋座52内部突伸出之一轉軸54的一方形連接部 54卜該固定座52係由一長方形板體522及一殼體524固 接而成，該板體522鑽設有一連通於該殼體524内部之貫 孔526，以供該轉軸54之連接部541由該殼體524内部 犬伸出该板體522。該關門器50係為一齒排式關門器， 思即，如第二圖所示，在該殼體524内部，該轉軸54具 有位於其一區段且分佈於其將近半圓周之一扇型傳動齒部 542，該轉轴54係穿設於一設於該殼體524内部之被驅動 件56的一長槽孔562中，且該被驅動件56具有與該傳動 齒部542齒型配合且長度相同之二排齒部564，該二排齒 部564係位於該長槽孔562二面對面間隔之長邊的位置。 當該轉軸54受外力作用時，可相對於該固定座52旋轉， 同時该傳動齒部542會滚動地與該二排齒部564其中之一 嚙合，使得該被驅動件56由如第三圖所示之一初始位置 P1往如第四圖所示之一被驅動位置P2移動，進而壓縮一 連接於該被驅動件56與該殼體524之間的彈簧58。而當 該轉轴54所觉之外力釋放後，該彈簧58 t提供該被驅動 件56彈性回復力量，使該被驅動件％復歸至該初始位置 P1，同時該轉軸54亦會回復原位。 請再參閱第五圖至第七圖，該支撐座6〇具有一座體 62、一連結件64、一調整裝置66，以及一定位裝置68。 該座體62具有—板體62卜以及固接於該板體621之-中空柱體622與—支架623。該柱體622内部具有-圓柱 形之連結件容置槽624，其開口係位於該板體621之底 201126052 面，另外，該柱體622還穿設有一與該容置槽624連通之 長槽孔625。該連結件64係概呈略小於該容置槽624之 圓柱狀，其中心具有一方形之配接孔642，且其外周面 643具有一與該配接孔642連通之側穿孔644，以及二平 行於該連結件64軸向且間隔設置之長形定位槽646，該 連結件64係以該側穿孔644可與該柱體622之長槽孔 625連通之角度，可繞自身之軸向旋轉地設置於該連^件 容置槽624卜該調整裝置66包含有-槓桿662及一螺 桿664。該槓桿662係樞接於該支架623，且該槓桿的2 之-端係穿過位於該柱體622之長槽孔625，以及該連結 件64之側穿孔644 ’而位於該配接孔642巾。該積桿的2 於接近另一鈿之位置卡接有該螺桿664之頭部，且該螺桿 664相對_頭部之敎部剌接於該板體 621。該座體 62自該板體621底面之該容置槽624開口附近傾斜地鑽 設有二螺孔626 ’係自該板體621底面之二相對側向上並 向内H貫穿該柱體622而與該容置槽624連通，且該 一螺孔626之中心軸線係不通過該容置槽624之中心軸 線。該疋位裝置68包含有二分㈣旋地穿設於該二螺孔 626中之螺栓682，684，該二螺检似，之尾端係分 別位於該連結件64之該二定位槽646巾，當該二螺栓 682 684緊抵著該連結件64時，可固定該連結件64設 置於置槽624中的角度’使該連結件64不會在該容 置槽624中轉動。 刖述該支撐座60中，該調整裝置66係用以調整該連 201126052 結件64突出該板體621而位於該容置槽 624外部之長201126052 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a door closer, and more particularly to a double-open door closer assembly including a double open door closer and a support base. [Prior Art] The door closer is used to automatically return the door to the closed state after being turned on, and buffers the returning action, so that the door leaf is automatically and gently closed without being sharply closed. The application of the door closer needs to be matched with a support seat to position the door leaf in a natural state at an angle coplanar with the door frame. The first figure shows a schematic diagram of a conventional support base 1 and a door closer 20 mounted on a door 30 and a floor 31, respectively. The support base 1 is fixed in one of the support seat mounting slots 32 recessed in the bottom of the door leaf 30, and the door closer 20 is fixed on the floor 31 and is provided with the slot 32 relative to the support seat. A door closer is installed in the slot 34. The door closer 2 includes a housing 22 connected to the door closer mounting slot 34, a door closer structure 24 disposed inside the housing 22, and a cover 26 disposed on the door closer structure 24. The door closer structure 24 has a drive shaft 242 that projects out of the cover 26 to a position above the ground 31. The support base 1 has a connecting hole 12 sleeved on the transmission shaft 242 such that the transmission shaft 242 is fixed to the support base 10. The door leaf 3 of the support base 10 is coupled to a door frame (not shown) and is located above the floor 31 on which the door closer 20 is housed. The field door leaf 30 is pushed by an external force, and the door leaf 3〇 will rotate around the shaft 2011242 of the transmission 201126052. At this time, the door closer 2〇 will provide a restoring force, so that the door leaf 30 automatically returns to the after the external force is released. The position when the force is applied. Therefore, when the door leaf 30 is installed, the fixed relationship between the transmission shaft 242 and the support base 10 must be utilized, so that the door leaf 3 is coplanar with the door frame when it is not stressed, so that the door leaf 3G Will not return to the closed position after the external force is released. In fact, when the door leaf 30, the door closer 2〇, and the branch base 10 are installed as described above, or when the installation-use section is used, the problem that the door leaf 3〇 and the door frame are not coplanar often occurs. The cover body % of the shot 2G is separated from the door closer structure 24 by adjusting the angle of the door closer structure to be placed in the housing 22 to change the relative angle between the drive shaft ice and the housing ^, and the adjustment is completed. The door closer structure 24 must also be secured to the housing 22β and then covered with the cover 26. If the door leaf 3〇 and the door frame are still not coplanar, repeat the above adjustment steps until the door 3 that is not stressed is in the closed position. It can be imagined that the steps of the foregoing adjustment method are quite complicated, which will make the process of installing the _% and the 〇2 相当2 相当 相当 相当 相当 相当 相当 相当 相当 相当 相当 相当 相当 相当 相当 相当 相当 相当 相当 相当 相当 相当 相当 相当 相当 相当The space required for the angle of the door closer structure 24 is such that the overall width of the door closer 20 is wide, and even if the door leaf 3 is in the closed position, the door closer 2 无法 cannot be completely shielded, which is rather unattractive. In other words, the conventional door closers still have their shortcomings and need to be improved. SUMMARY OF THE INVENTION 201126052 In view of the above-mentioned deficiencies, the main object of the present invention is to provide a double-open door closer assembly that can adjust the door leaf in a natural state to be coplanar with the door frame conveniently, time-savingly and labor-savingly. In order to achieve the above object, the present invention provides a double-opening door closer assembly comprising a double-opening door closer and a supporting base for respectively fitting one of a door leaf and a door frame. The double-opening door closer has a fixing base for fixing to the door leaf, and a rotating shaft which can be rotated by the external force with respect to the fixing seat and can be restored to the original position after the external force is released. The support base has a base for supporting the support frame, a connecting member that is axially deflectable about the base, and is coupled to the connecting member for adjusting and fixing the base A positioning device for the angle of attachment of the link relative to the base. The connecting member has a matching hole, and the rotating shaft of the double-opening door closer is detachably inserted into the matching hole. Therefore, when the unaffected door leaf and the door frame are not coplanar, the positioning device can be used to adjust the angle of the connecting member relative to the seat body to change the relative angle between the connecting member and the door frame, and then The connecting member is coupled to the rotating shaft of the door closer, thereby adjusting the unstressed door leaf and the door frame to be coplanar. In this way, the angle of the connecting member can be directly adjusted by simply adjusting the positioning device, and the adjustment method is not only simple, but also saves time and labor. The detailed construction, features, assembly or use of the double-open door closer assembly provided by the present invention will be described in the detailed description of the subsequent embodiments. However, those skilled in the art should be able to understand the invention and the specific embodiments of the present invention are intended to be illustrative only and not to limit the invention. . The embodiments of the present invention will be described in detail with reference to the accompanying drawings, wherein: FIG. 2 is a double-opening door closer according to a preferred embodiment of the present invention. FIG. 2 is a cross-sectional view of a door closer of a double-opening door closer assembly according to the preferred embodiment of the present invention, showing a state in which one of the door closers is in an initial position; The four figures are similar to the third figure, but show that the driven member of the double door closer assembly of the double open type door closer assembly according to the preferred embodiment of the present invention is in a driven position; An exploded perspective view of one of the support seats of the double-opening door closer assembly provided by the preferred embodiment of the present invention; and a sixth partial sectional view of the support seat of the double-open type door closer assembly provided by the preferred embodiment of the present invention 7 is a cross-sectional view of the sixth figure taken along line 7-7; and the eighth figure is a schematic view of the double-open door closer assembly provided in a preferred embodiment of the present invention. Referring to the second figure, a double-open door closer assembly 40 according to a preferred embodiment of the present invention includes a double-opening door closer 5〇 and a support base 60. The double-opening door closer 50 has a fixing seat 52 in appearance, and a square connecting portion 54 protruding from the inside of the fixing base 52 by the 201126052. The fixing base 52 is formed by a rectangular plate body 522 and a The housing 524 is fixedly connected, and the plate body 522 is drilled with a through hole 526 communicating with the inside of the housing 524, so that the connecting portion 541 of the rotating shaft 54 protrudes from the inner body of the housing 524. . The door closer 50 is a tooth row type door closer, that is, as shown in the second figure, inside the housing 524, the rotating shaft 54 has a sector located in a section thereof and distributed on a nearly half circumference thereof. The driving gear portion 542 is disposed in a long slot 562 of the driven member 56 disposed inside the housing 524, and the driven member 56 has a tooth pattern matching with the driving tooth portion 542. And two rows of tooth portions 564 having the same length, the two rows of tooth portions 564 are located at the long sides of the two slot-to-face intervals of the long slot holes 562. When the rotating shaft 54 is subjected to an external force, it can rotate relative to the fixing base 52, and the driving tooth portion 542 can rollly engage with one of the two rows of tooth portions 564, so that the driven member 56 is made of, for example, the third One of the initial positions P1 shown in the figure is moved to the drive position P2 as shown in the fourth figure, thereby compressing a spring 58 connected between the driven member 56 and the housing 524. When the force of the shaft 54 is released, the spring 58t provides the elastic recovery force of the driven member 56 to return the driven member % to the initial position P1, and the shaft 54 also returns to the original position. Referring again to the fifth to seventh figures, the support base 6 has a body 62, a coupling member 64, an adjusting device 66, and a positioning device 68. The base body 62 has a plate body 62 and a hollow cylinder 622 and a bracket 623 fixed to the plate body 621. The inside of the column 622 has a cylindrical connecting portion 624, the opening of which is located at the bottom of the plate 621, 201126052, and the column 622 is also provided with a long groove communicating with the receiving groove 624. Hole 625. The connecting member 64 is substantially smaller than the cylindrical shape of the receiving groove 624, has a square matching hole 642 at the center thereof, and has an outer peripheral surface 643 having a side through hole 644 communicating with the matching hole 642, and two An elongated positioning groove 646 disposed axially and spaced apart from the connecting member 64. The connecting member 64 is rotatable about its own axis at an angle at which the side through hole 644 can communicate with the long slot 625 of the cylindrical body 622. The adjustment device 66 includes a lever 662 and a screw 664. The lever 662 is pivotally connected to the bracket 623, and the end of the lever 2 passes through the long slot 625 of the cylinder 622, and the side through hole 644 ' of the link 64 is located at the mating hole 642. towel. The head of the rod 2 is snapped to the head of the screw 664 near the other, and the screw 664 is coupled to the plate 621 with respect to the crotch portion of the head. The base body 62 is drilled obliquely from the opening of the receiving groove 624 on the bottom surface of the plate body 621, and two screw holes 626' are inserted from the opposite sides of the bottom surface of the plate body 621 upward and inward through the column body 622. The accommodating groove 624 is in communication, and the central axis of the screw hole 626 does not pass through the central axis of the accommodating groove 624. The clamping device 68 includes two or four bolts 682, 684 that are screwed into the two screw holes 626. The two ends are located at the two positioning slots 646 of the connecting member 64, respectively. When the two bolts 682 684 abut against the connecting member 64, the angle 'the angle of the connecting member 64 disposed in the receiving groove 624 can be fixed so that the connecting member 64 does not rotate in the receiving groove 624. In the support base 60, the adjusting device 66 is configured to adjust the length of the connecting member 26264 protruding from the board 621 to be outside the receiving slot 624.
度。詳而έ之’藉由螺旋地調整該螺桿664之頭部突出該 板體621之距離，可改變該槓桿662二端之高度，再藉由 該槓桿662推抵該連結件64，進而在該長槽孔625之長 度範圍内改變該連結件64於該容置槽624中的軸向位 置。例如，當該螺桿664之頭部突出該板體621之距離增 大時，藉由槓桿原理，該連結件64會被該槓桿662朝該 谷置槽624之開口端推抵，因此，該連結件64突出該板 體621而位於該容置槽624外部之長度會增大。 另外，前述該支撐座60中，該定位裝置68除了可固 定該連結件64，亦可㈣微顺賴件64相對於該座體 62之設置角度。例如，由該板體621之底面朝該柱體奶 之方向看，若欲使該連結件64於該容置槽624中沿順時 針方向轉動，則需將該螺栓684稍微旋出該螺孔62°6，使 該螺检684與該連結件64稍微分離，再將該螺检嫩往 内旋緊’财推抵該連餅64，使該連結件64朝順 方向轉動’直到該連結件64再度頂抵到該螺检⑽1 連結件64又會固定不動。藉此方式，不需_卸= 件’即可直接織該連結件64相對於該座體 = 度。 < δ又罝角 請參閱各圖式，前述該雙開式關門器總成4 時，該關Hit 5G储於-⑽71 了㈣凹設之門2 設槽712 +，並利用螺絲使該關門器5 關門器裝 門扇71鎖固在-起；而該支撐座6〇 *與該 你0又於門框72頂 201126052 部凹設之-支樓座裝設槽722中，並利用螺絲使該支撐座 60之座體62與該門框72鎖固在—起。當使用者欲將該 門扇71與朗框72結合時’ _針方向麟轉該調整裝 置66之螺桿664，以使該支撑座6〇之連結件糾突伸出 該板體621相當距離，且該關門器5〇之轉軸54以該方形 連接部⑷滅於該連結件64之方形配接孔⑷，如此 一來’該轉轴54係與該支樓座60固接，又該支撐座6〇 係與該門框72固接，因此該轉軸54係固定不動。 前述該門扇71及門框72除了分別裝設有該關門器 50及該續座6G之外，更裝設有—組下支懸8〇。詳而 吕之，該下支撐座80包含有藏設於該門扇71底部之一第 一構件82，以及藏設於該門框72底部之一第二構件84， 該二構件82，84係可相雜轉地連接，且其旋轉所繞之 中心軸線與該關門器50之轉軸54之中心軸線係為同一直 線，如此一來，當該門扇71受到外力時，便會繞著該直 線轉動。 依照前述之方式將該門扇71與該門框72結合後，當 該門扇71受到一外力而轉動時，由於該轉軸54係固定不 動，因此該固定座52連同其内部結構會繞著該轉軸54旋 轉，如此一來，該轉軸54之傳動齒部542會與該二排齒 部564其中之一嚙合，而使該被驅動件56往該被驅動位 置P2移動，進而壓縮該彈簧58。一旦該外力解除，該彈 簧58會將該被驅動件56推回該初始位置pi，過程中會 使得該傳動齒部542反方向地與該排齒部564再度嚙合， 201126052 由於該轉軸54仍是固定不動， 因此該固定座52連同其内 :未= 旋轉’使該門扇71最後會回到原 2又t由於該被驅動件56具有該二相對之排 動今值71是沿順時針或逆時針方向轉 齒部542都會與該二排齒部564其中之-4 :’進而使該關門器5。產生使門扇7!回復原位之回復 力0degree. In detail, by spirally adjusting the distance of the head of the screw 664 to protrude from the plate 621, the height of the two ends of the lever 662 can be changed, and the lever 662 is pushed against the connecting member 64, thereby The axial position of the link 64 in the receiving slot 624 is varied over the length of the slot 625. For example, when the distance between the head of the screw 664 protruding from the plate body 621 is increased, the link member 64 is pushed by the lever 662 toward the open end of the valley groove 624 by the principle of the lever, and therefore, the link The length of the piece 64 protruding from the plate body 621 outside the receiving groove 624 is increased. In addition, in the support base 60, the positioning device 68 can fix the connecting member 64, and can also set the angle of the micro-sliding member 64 relative to the seat 62. For example, when the bottom surface of the plate body 621 is viewed in the direction of the column milk, if the connecting member 64 is to be rotated in the clockwise direction in the receiving groove 624, the bolt 684 is slightly unscrewed from the screw hole. 62°6, the screw 684 is slightly separated from the connecting member 64, and then the screw is screwed inwardly to push the connecting piece 64 to rotate the connecting member 64 in the forward direction until the connecting member 64 again to the screw inspection (10) 1 link 64 will be fixed. In this way, the link 64 can be directly woven with respect to the seat = degree without the need to unload. < δ and corners, please refer to each figure. When the double-opening door closer assembly 4 is mentioned above, the shut-up Hit 5G is stored in -(10)71 (4) recessed door 2 is provided with slot 712 +, and the door closer is made by screws 5 The door closing door 71 is locked in the up; and the support seat 6〇* and the 0 are in the recessed 722 of the door frame 72 top 201126052, and the support is fixed by screws The seat 62 of the 60 is locked with the door frame 72. When the user wants to combine the door leaf 71 with the flange 72, the needle 664 of the adjusting device 66 is _ pin direction, so that the connecting piece of the supporting seat 6 纠 protrudes out of the plate body 621 by a considerable distance, and The rotating shaft 54 of the door closer 5 is destroyed by the square connecting portion (4) from the square matching hole (4) of the connecting member 64, so that the rotating shaft 54 is fixedly connected to the supporting base 60, and the supporting seat 6 is further The tether is fixed to the door frame 72, so that the shaft 54 is fixed. In addition to the door closers 50 and the slings 6G, the door leaf 71 and the door frame 72 are further provided with a lower set of suspensions. In detail, the lower support base 80 includes a first member 82 hidden at the bottom of the door leaf 71, and a second member 84 hidden at the bottom of the door frame 72. The two members 82, 84 can be phased. The central axis of the rotation is connected to the central axis of the shaft 54 of the door closer 50, so that when the door 71 receives an external force, it rotates around the line. After the door leaf 71 is coupled with the door frame 72 in the foregoing manner, when the door leaf 71 is rotated by an external force, the fixing base 52 and its internal structure rotate around the rotating shaft 54 because the rotating shaft 54 is fixed. In this way, the driving tooth portion 542 of the rotating shaft 54 is engaged with one of the two rows of tooth portions 564 to move the driven member 56 to the driven position P2, thereby compressing the spring 58. Once the external force is released, the spring 58 pushes the driven member 56 back to the initial position pi, which causes the transmission tooth portion 542 to re-engage with the toothed portion 564 in the opposite direction, 201126052 because the rotating shaft 54 is still It is fixed, so the fixing seat 52 together with its inside: not = rotating 'the door leaf 71 will eventually return to the original 2 and t because the driven member 56 has the two relative displacements. The current value 71 is clockwise or reverse. The hour hand direction rotating tooth portion 542 and the second row of tooth portions 564 of -4: 'and thus the door closer 5. Produce the recovery of the door leaf 7!
典二二右糾扇71安*時或使用—段時間後，在未 時之角度’係不與該門框72共平面，則會使得 该門扇71無法完全關閉起來。此時，可直接利用該定位 裝置68難料糾μ相對_切座⑼翅62之設 置角度，進而改變該連結件64相對於該門框72之角度。 該連結件64相對於該門框72之角度一旦改變該門扇71 勢必會隨著改變朗框72之相對角度。藉此方式，即可 十分方便且省時省力地將該⑽71難成與門框共平 面之角度，使得該⑽71在未受力時係處於關閉狀態。 值得-提的是，前述本實施例所提供之該關門器總成 4〇中’主要是利用該支樓座60之定位裝置68調整該門 扇71與門框72之相對角度，因此’該關門器5〇並不以 如前述之齒排式關門器為限。 最後，必須再次說明，本發明於前揭實施例中所揭露 的構成元件，僅為舉例說明，並非用來限制本案之範圍， 其他等效元件的替代或變化，亦應為本案之申請專利範圍 所涵蓋。 201126052 【圖式簡單說明】 第一圖為習用之一支撐座及一關門器分別裳設於一門 扇及地面之示意圖； 第一圖為本發明一較佳實施例所提供之雙開式關門5| 總成之立體圖； 第三圖為本發明該較佳實施例所提供之雙開式關門器 總成之一關門器之剖視圖，顯示該關門器之一被驅動件位 於一初始位置之態樣； 第四圖係類同於第三圖，惟顯示本發明該較佳實施例 · 所提供之雙開式關門器總成之關門器的被驅動件位於一被 驅動位置之態樣； 第五圖為本發明該較佳實施例所提供之雙開式關門器 總成之一支撐座之立體分解圖； 第六圖為本發明該較佳實施例所提供之雙開式關門器 總成之支撐座之部分剖視圖； 第七圖為第六圖沿7-7剖線之剖視圖；以及 籲 第八圖為本發明該較佳實施例所提供之雙開式關門器 總成裝設於一門框及一門扇之示意圖。 12 201126052 【主要元件符號說明】 [先前技術] 支撐座10 連接孔12 關門器20 殼體22 關門器結構24 蓋體26 傳動軸242 門扇30 地面31 支撐座裝設槽32 關門器裝設槽34 [實施例] 雙開式關門器總成40 雙開式關門器50 固定座52 板體522 殼體524 貫孔526 轉軸54 連接部541 傳動齒部542 被驅動件56 長槽孔562 排齒部564 初始位置P1 被驅動位置P2 彈簧58 支撐座60 座體62 板體621 柱體622 支架623 連結件容置槽624 長槽孔625 螺孔626 連結件64 配接孔642 外周面643 側穿孔644 201126052 定位槽646 調整裝置66 槓桿662 螺桿664 定位裝置68 螺栓 682，684 門扇71 關門器裝設槽712 門框72 支撐座裝設槽722 下支撐座80 第一構件82 第二構件84When the second correcting fan of the second or second correcting fan is 71 ampere* or after the lapse of time, the angle at the time of no time is not coplanar with the door frame 72, the door leaf 71 cannot be completely closed. At this time, the positioning angle of the opposing member (9) fin 62 can be directly corrected by the positioning device 68, thereby changing the angle of the connecting member 64 with respect to the door frame 72. Once the angle of the link 64 relative to the door frame 72 changes, the door leaf 71 is bound to change the relative angle of the frame 72. In this way, it is very convenient and time- and labor-saving to make the (10) 71 difficult to be at the same angle as the door frame, so that the (10) 71 is in a closed state when it is not stressed. It is worth mentioning that, in the door closer assembly 4 provided in the foregoing embodiment, the positioning device 68 of the branch base 60 is used to adjust the relative angle between the door 71 and the door frame 72, so the door closer is 5〇 is not limited to the above-mentioned tooth row type door closer. Finally, it is to be noted that the constituent elements disclosed in the foregoing embodiments are merely illustrative and are not intended to limit the scope of the present invention. Covered. 201126052 [Simple description of the drawings] The first figure is a schematic diagram of one of the support seats and a door closer respectively disposed on a door and a ground; the first figure is a double-opening door 5 provided by a preferred embodiment of the present invention; 3 is a cross-sectional view of a door closer of a double-opening door closer assembly according to the preferred embodiment of the present invention, showing a state in which one of the door closers is in an initial position; The four figures are similar to the third figure, but show that the driven member of the door closer of the double-open type door closer assembly provided by the preferred embodiment of the present invention is in a driven position; An exploded perspective view of one of the support seats of the double-opening door closer assembly provided by the preferred embodiment of the present invention; and a sixth partial sectional view of the support seat of the double-open type door closer assembly provided by the preferred embodiment of the present invention 7 is a cross-sectional view taken along line 7-7 of the sixth drawing; and FIG. 8 is a schematic view showing the double-opening door closer assembly provided in a preferred embodiment of the present invention in a door frame and a door leaf. 12 201126052 [Description of main component symbols] [Prior Art] Support base 10 Connection hole 12 Door closer 20 Housing 22 Door closer structure 24 Cover body 26 Transmission shaft 242 Door fan 30 Floor 31 Support seat mounting groove 32 Door closer mounting groove 34 [Embodiment] Double-opening door closer assembly 40 Double-opening door closer 50 Mounting seat 52 Plate 522 Housing 524 Through hole 526 Rotary shaft 54 Connecting portion 541 Driving tooth portion 542 Driven member 56 Long slot hole 562 Toothed portion 564 Initial Position P1 Driven position P2 Spring 58 Support seat 60 Seat 62 Plate 621 Column 622 Bracket 623 Joint accommodating groove 624 Long slot 625 Screw hole 626 Link 64 Adapter hole 642 Outer peripheral surface 643 Side hole 644 201126052 Positioning Slot 646 Adjustment device 66 Lever 662 Screw 664 Positioning device 68 Bolt 682,684 Door fan 71 Door closing device slot 712 Door frame 72 Support seat mounting groove 722 Lower support seat 80 First member 82 Second member 84