M308129 八、新型說明： 【新型所屬之技術領域】 龍門加工中心機雙主軸各自獨立運行加工構造，有雙主轴 座’搭配兩支不同南、低速度、不同功率、不同刀把規格的主轴。 【先前技術】 現行龍門型加卫中心、機，已不是只泣機械零件，慢慢的大 麵具加王也都關它，其主要包括服本體x鮮—水平方向 奉 π配備單一鞍座，又只裝置一個主軸頭部做Z軸方向的進給，裝 設單-主軸，藉由橫跨門柱下方駐作台移動，使主軸可以加工 裝置於工作台的工件。 然而一台加工機，對工件的材質加工能力、加工成品精度盘 表面粗糙度，都會因為一支主軸而被加以限制。 【新型内容】 龍門加工中心機雙主軸，各自獨立運行加工構造主要為解 • 解一軸中心加工機的缺點，本創作係包括： 一門柱本體’設有兩道水平橫向χ赠性軌道並於門柱本 體兩軌道.設兩組X軸方向驅_桿裝置，兩組χ軸水平移動 的較座裝置其上’使兩組水平移動的鞍座在螺桿驅動時，能各自 獨立水平移動。 分別於鞍座上裝鎌向移_主_顯ζ財向驅動螺桿 裝置鶴，再搭配χ轴軸向傳__桿，各別帶她座，使得 裝置於主_部上的主軸各有獨立的χ、ζ軸移動方向。 M308129 本創作使㈣故頭部分職設兩支不同高 、低速度、不同 工率、不同刀把規格社軸，並且橫跨於加卫I作台上，對 ^放置於工作台上紅件加卫時’並轉影響料 置’因兩_座機構錢共祕同—服水平倾，在加工作業 時移動上，兩_座機構未執行加工作業時分瓣留在設定工 翁程以外的兩端，當製造加工者選制其中―支主軸加工作孝M308129 VIII. New description: [New technical field] The gantry machining center double spindles are independently operated and have a double spindle seat' with two spindles with different south, low speed, different power and different tool specifications. [Prior Art] The current gantry-type center and machine are not only weeping mechanical parts, but the big masks and kings are also closed. It mainly consists of the body body x fresh-horizontal direction with a single saddle. Only one spindle head is fed for Z-axis feed, and a single-spindle is installed. By moving across the gantry below the door post, the spindle can process the workpiece mounted on the table. However, in a processing machine, the material processing capability of the workpiece and the surface roughness of the finished product precision disc are limited by a spindle. [New content] The double-spindle of the gantry machining center machine, each independently operating the machining structure is mainly to solve the shortcomings of the one-axis center processing machine. The creation department includes: one door column body 'with two horizontal horizontal χ χ 轨道 并 并 并Two rails of the main body. Two sets of X-axis direction drive_rod devices are arranged, and the two sets of horizontally moving suspension devices on the two sides of the shaft enable the two sets of horizontally movable saddles to be independently and horizontally moved when driven by the screw. Separately mounted on the saddle to move the _ main _ ζ ζ 驱动 驱动 drive screw device crane, and then with the χ shaft axial transmission _ _ rod, each with her seat, so that the main axis of the device on the main _ part is independent The direction of the χ and ζ axes move. M308129 This creation makes (4) the head part of the two different high, low speed, different work rate, different toolbar specifications, and across the Jiawei I on the table, placed on the workbench red pieces When 'and turn to affect the material set', because the two institutions have the same secrets, the service level is tilted, and the machine moves during the processing operation. When the two-station mechanism does not perform the machining operation, the splitting leaves remain at the two ends except the setting work. When the manufacturing processor chooses the system, the spindle is added to work filial piety.
I此鞍座機構就進人卫作行軸，另—鞍座機酬是停留在等 待處，當需要另-支轉執行工作時，先祕轴就 使得本創作具有： 1·由於本創作為雙主軸，機台本身加卫能力不會因搭配 單一主抽而被侷限住，而是多了獨加讀件、加^式及^且 2. 由於本創作可裝設兩支不同高、低速度、不同功率、不同 刀把規格的主軸，使得I件加叫可運㈣支不雌能的主轴分 別完成同-加讀，例如用低轉速、高扭力的主軸完成工件的粗 銳部分，再用高轉速的主軸完成精銑加卫，對於加工成品的品質 與主軸耐用度都有一定水準的提升。 、 3. 由於本創考翻高、鋪速主軸，在内部零件與構造都有 稱微不同’為了輯長主鱗命與發揮各主杨工性能，而 加工的多樣性。 【實施方式】 龍η加工中心機雙主軸各自獨立運行加獨造之創作，之前 6 M308129 述及其他技術内容、特色在以下參考圖科將可詳細說明與呈現。 如第-、二圖所示，包括-門柱本體⑴，門柱⑴上設有 兩道水平橫向X軸線性軌道⑽），並於兩道x軸線性滑軌（3〇1) 間’裝設兩組X轴方向螺桿驅動裝置，x軸方向螺桿驅動裝置包括 X軸螺桿、X軸馬達端轴承座（4G1)與)^尾端軸承座⑽）組 合而成’分別裝設能帶動-號鞍座⑵用的一號χ轴螺桿（2〇1) 和能帶動二號鞍座（3)用的二號χ_桿⑽2);—號鞍座⑵ _ 與二雜座⑶裝置於崎橫向飾的X軸線性概⑽）上， 左侧X轴馬達（101)是驅動-號螺桿（201)，右侧χ轴馬達（1〇3) 是驅動二號螺桿（202)，使一號鞍座⑵與二號鞍座⑶在螺 桿轉動時，能各自獨立水平移動。 分別把-號主軸頭部⑷與-號Ζ軸螺桿（2〇3)驅動裝置 裝於-號鞍座（2)的另-面’二號主軸頭部⑸與二號ζ轴螺 桿（204)驅動裝置則裝於二號鞍座⑻的另一面，ζ軸方向螺桿 • 驅動裝置包括2轴螺桿、Ζ轴馬達端軸承座（棚）與Ζ軸尾端轴 承座（4G4)組合而成。-號Ζ軸馬達⑽）裝於—號主軸頭部 (4)上面’驅動-號Ζ軸螺桿⑼3)，使一號主軸頭部⑷能 縱向移動，一號Ζ轴馬達（1〇4)裝於二號主軸頭部（5)上面， 驅動二號Ζ軸螺桿⑽），使二號主軸頭部⑸驗向移動。’ 本創作使用兩主軸頭部分職設—號主轴⑽）於—號主轴 頭部⑷上’二號主轴（502)於二號主轴頭部⑸上，當°主轴 (501)、（502)要被使用時，藉由門柱本體⑴上水平橫向移動 M308129 的鞍座（2)、（3)’可調整主軸（501)、（502) χ軸向的位置，而 主軸頭部（4)、（5)縱向移動，可調整主軸（501)、（5〇2)在Z 軸方向進刀。 如第三至六圖所示，兩組鞍座（2)、（3)機構是共用於同一 門柱（1)水平線性滑軌（301)，為了避免主軸（501)、（5〇2)在 加工作業時相互碰撞，—號鞍座⑵與二號鞍座⑶未執行加 工作業時，分別停留在設定工作行程以外的兩端，當製造加工者 _ 選擇用一號主軸（501)加工作業時，-餘座（2)就進入工作 灯程内，二號鞍座⑶還是停留在設定的等待點上，當一號主轴 (501)完成加工工作，需要二號主轴（5〇2)繼續加工作業，這 時-號鞍座（2)就要先退回設定的等待點上，二號鞍座⑻才 進入加工行程内進行加工，對於加工成品的品質與主軸财用度都 有一定水準的提升。 【圖式簡單說明】 • 帛—圖，龍門加卫中錢雙主軸各自獨立運行加讀造，門柱立 體圖。 第二圖，龍門加工中心機雙主轴各自獨立運行加工構造，各部零 件分解圖。 第三圖’制加工中心機雙主軸各自獨立運行加卫構造正視圖。 第四圖’龍門加卫中心機雙主轴各自獨立運行加工構造，一號主 轴進入加工行程内，二號主軸在外等待正視圖。 第五圖’龍Π加工中心機雙主軸各自獨立運行加工構造，一號主 M308129 轴完成工作回到等待位置，二號主轴進入加工行程内。 第六圖，龍門加工中心機雙主軸各自獨立運行加工構造俯視圖。 【主要元件符號說明】 1. 門柱本體 2. —號鞍座 3. 二號鞍座 4. 一號主轴頭部 5. 二號主軸頭部 擊 6.工作台 10L左侧X轴馬達 102. 右侧X轴馬達 103. —號Z軸馬達 104. 二號Z軸馬達 201. —號鞍座移動用X軸螺桿 202. 二號鞍座移動用X軸螺桿 203. —號Z軸螺桿 瞻 204.二號Z軸螺桿 301. X轴用線性滑執 302. Z軸用線性滑執 401. X軸馬達端軸承座 402. X軸尾端轴承座 403. Z軸馬達端轴承座 404. Z軸尾端轴承座 501. —號主軸 502. 二號主轴 9I this saddle mechanism enters the axis of the guard line, and the other - the saddle machine pays to stay at the waiting place. When it is necessary to carry out another work, the first secret axis makes the creation have: 1 Double-spindle, the machine's own defensive ability will not be limited by the single main pumping, but more than a single reading, plus ^ and ^ and 2. Because this creation can be installed two different high and low Speed, different power, different spindles of different toolbars, so that the I can be loaded with four (4) non-female spindles to complete the same-plus reading, for example, the low-speed, high-torque spindle completes the sharp part of the workpiece, and then reuse The high-speed spindle completes the finishing and grinding, which has a certain level of improvement on the quality of the finished product and the durability of the spindle. 3. Due to the heightening of the test and the speed of the spindle, the internal parts and structures are slightly different. In order to compose the main scales and play the performance of each main machine, the processing diversity. [Embodiment] The two spindles of the Dragon η machining center are independently operated and created separately. Before the 6 M308129, other technical contents and features will be described and presented in the following reference. As shown in the first and second figures, including the - door column body (1), the door column (1) is provided with two horizontal and horizontal X-axis linear tracks (10), and two are installed between the two x-axis slide rails (3〇1). A set of X-axis direction screw drive device, the x-axis direction screw drive device comprises an X-axis screw, an X-axis motor end bearing seat (4G1) and a ^ end end bearing seat (10) combined to form a separately capable drive-number saddle (2) No. 1 χ shaft screw (2〇1) and No. 2 χ _ rod (10) 2) for the second saddle (3); No. saddle (2) _ and two miscellaneous seat (3) On the X-axis (10), the left X-axis motor (101) is the drive-type screw (201), and the right-hand spindle motor (1〇3) is the drive No. 2 screw (202), making the number one saddle (2) When the screw is rotated with the second saddle (3), it can move independently independently. Install the - spindle head (4) and - Ζ shaft screw (2〇3) drive unit on the other side of the - saddle (2) 'the second spindle head (5) and the second shaft screw (204) The drive unit is mounted on the other side of the second saddle (8). The shaft-side screw • drive unit consists of a 2-axis screw, a 马达 shaft motor end bearing housing (shed) and a Ζ shaft end bearing housing (4G4). - No. Ζ shaft motor (10) is mounted on the head of the spindle (4) 'driver - Ζ shaft screw (9) 3), so that the head spindle (4) of the No. 1 spindle can be moved longitudinally, and the first shaft motor (1〇4) is installed. On the head of the No. 2 spindle (5), drive the No. 2 boring screw (10) to move the No. 2 spindle head (5). 'This creation uses two spindle head part jobs - number spindle (10)) on the - spindle head (4) 'the second spindle (502) on the second spindle head (5), when the ° spindle (501), (502) When used, the saddles (2) and (3)' of the M308129 can be horizontally moved laterally by the door column body (1) to adjust the axial position of the main shafts (501) and (502), while the main shaft head (4), 5) Longitudinal movement, the spindle (501) and (5〇2) can be adjusted to feed in the Z axis direction. As shown in Figures 3 to 6, the two sets of saddle (2) and (3) mechanisms are commonly used for the same door post (1) horizontal linear slide (301), in order to avoid the main axes (501), (5〇2) When the machining operation collides with each other, the saddle (2) and the second saddle (3) do not perform machining operations, respectively, staying at both ends except the set working stroke, and when the manufacturing processor _ selects the spindle No. 1 (501) for machining operation , - The rest seat (2) enters the work light range, and the second saddle (3) still stays at the set waiting point. When the No. 1 spindle (501) completes the machining work, the No. 2 spindle (5〇2) is required to continue processing. At this time, the saddle (2) must first be returned to the set waiting point, and the second saddle (8) will enter the processing stroke for processing, which has a certain level of improvement for the quality of the finished product and the spindle profit. [Simple description of the schema] • 帛—Graph, the double-spindle of the gantry and the squadron are independently operated and read, and the door column is a vertical figure. In the second figure, the double-spindle of the gantry machining center machine independently operates the machining structure, and the parts are exploded. The third figure is a front view of the independent operation of the double-spindle of the machining center machine. In the fourth figure, the two main spindles of the Longmen Guard Center are independently operated. The No. 1 spindle enters the machining stroke, and the No. 2 spindle waits for the front view. The fifth figure 'Dragon's Machining Center's double spindles are independently operated. The main M308129 shaft completes the work and returns to the waiting position. The No. 2 spindle enters the machining stroke. In the sixth figure, the top view of the independent operation of the twin-spindle of the gantry machining center machine. [Main component symbol description] 1. Door column body 2. - No. saddle 3. No. 2 saddle 4. No. 1 spindle head 5. No. 2 spindle head hit 6. Workbench 10L left X-axis motor 102. Right Side X-axis motor 103. — Z-axis motor 104. No. 2 Z-axis motor 201. — No. Saddle moving X-axis screw 202. No. 2 saddle moving X-axis screw 203. — No. Z-axis screw view 204. No. 2 Z-axis screw 301. X-axis linear sliding 302. Z-axis linear sliding 401. X-axis motor end bearing 402. X-axis end bearing 403. Z-axis motor end bearing 404. Z-axis tail End bearing housing 501. — spindle 502. spindle 2