M279438 • 八、新型說明： 【新型所屬之技術領域】 更詳而言之，尤指針對其結構強固性所進行之改 本案係與加工機械有關 良設計。 【先前技術】 ^加工機’如第-圖，大體概包含—床台，該床台上線性載移_平台往 復她該床姐椒-錄，：錄爾—齡购上線性載移 一主轴頭往復移動。以該平台於該床台上之線性往復移動、主麵於橫襟上之 線性在復移動、以及主軸頭的垂直往復鷄構成加H鴻小Z)轴動。 上板機之立柱咖橫樑組軸爾量，但是#其_立結構之 羡驗立於床㈣’其與床台的姉組立面將成為—不穩定部份，特別是進行 向逮切削時’由於主軸頭的重量加上橫移動時的加速度，會使立柱產生晃動， 影響切削精密度餘。換言之，上述力江機結構顏性及敎度是需要改 【新型内容】 為解決加工機結構強固性及穩定度的問題，本案發明人提出—具體方案 一種箱型龍門加工機，_包-含·· 、 八 床台，其上設定該箱型龍門加工機乂軸的驅動方位； 二承載座，以平行於上述驅動方位而向上設置於該床台； 一第一移動部件，承載於該二承載座上，並且可沿著該承載座移動； 一加工空間，由上述二承載座彼此平行的相對距離以及該床台之頂面所共同 本案達成之目的及功效之-，係以±述之承載座承載該移動部件，該移動 5 M279438 ’部件可沿著該承載座移動，構成加工機具x軸的驅動方位。 • 本案達成之目的及功效之二，係該承載座與該床台為連續一體之設置，以 .連績結構體提昇該床台及承載座的負荷能力，提昇整體穩定性及避震能力。 本案達成之目的及功效之三，係該承載座之頂面設置驅動裝置及線性滑軌， 據以增加該該移動部件的移動穩定性。 【實施方式】 如第一圖，本案箱型龍門加工機之外觀圖。圖中表示加工機大體概包含一 ♦床台（10);該床台（1〇)的左右各一體連續設一承載座⑴），且二承載座（⑴沿 著該床台（10)之前後全行程延伸，而二承載座（11)於床台（1〇)之後端與一後壁 板（15)結合。藉由上述二承載座（11)、床台（10)以及後壁板（15)之間共同構成 • 一箱型樣態的加工機基座，該基座並且具有頂面及前面開口的加工空間。二承 載座（11)上共同架設一第一移動部件（12)，該第一移動部件（12)上設一第二移 動部件（13)。 該二承載座（11)的頂面沿其前後全行程各設一凹槽（111)，槽中各設置一由 鲁馬達(201)帶動螺桿(202)轉動的驅動裝置(20)。上述凹槽⑴1}之兩側頂面各設 一組線性滑軌(30)。該第一移動部件（12)之兩端架接在該線性滑軌(3〇)上，並 與上述之驅動裝置（2〇)之螺桿(2〇2)構成連動關係。該第一移動部件（12)上亦設 有凹槽（121)，槽中設置一由馬達(211)帶動螺桿(212)轉動的驅動裝置(21)，上 述槽（121)之兩側亦各設一線性滑執(31)供該第二移動部件（13)架接，該第二移 動部件（13)並與上述之驅動裝置（21)之螺桿(212)構成連動關係。 啟動上述之驅動裝置(20)(21)，轉動的螺桿(202)(212)可令第一及第二移 動部件（12)(13)沿著線性滑軌(30)(31)往復移動，構成該加工機具之χ軸及y軸 6 M279438 - 的多軸移動。 -- • 如第二圖’本案箱型龍Η加工機之前視圖。該圖所欲表達之重點係本案之 •床台（ίο)可採-體連續之樣態於左右各成型一上述之承載座（11)，二承載座⑻ 之間架設上述之第一移動部件（12)。 如第四、五圖，本案箱型龍門加工機之俯視圖。圖中表示上述二承載座⑴） 沿著該床台⑽之_全行程延伸，而二承載座（⑴於床台⑽之後端與上述 後土板（15)、、、口口 —承載座⑴）的頂面各設一驅動裝置⑽）及線性滑執 Φ (3〇)，據以驅動上述之第一移動部件（12)移動。 特別值得說明的是，本案.以上述之承載座（11)承載該第—移動部件⑽， 該第-移動部件⑽可沿著該承載座（⑴移動，構成加工機具乂轴的驅動方 •位。本案加工機之承载座（11)可與床台⑽連續為一體，並且沿著床台⑽之 前後全行觀伸，賤義顧貞荷第—及第二鶴料⑽⑽的重量，提 昇整體穩定性及避震能力，特別是進行高速切削時，即使主轴頭的重量加上橫 移動時的加速度’該承載座⑻健持敎不晃動。除此之外，上述第一移動 ♦部件⑽的兩端係被二驅動裝置⑽所同步驅動，第一移動部件⑽得為兩端 平衡之同V穩定移動’且雙驅動裝置(2G)可發揮強勁的鶴力，可大幅降低大 型加工物的加工時間，提高級濟效益。 雖然本案是以-個最佳實施例做說明，但精於此技藝者能在不脫離本案精 神與範訂做各種不同形式的改變。以上所舉實施例僅用以說明本案而已，非 用、P艮制本案德II。舉凡錢本案精神所㈣的麵修改或變化，倶屬本案 申請專利範圍。 【圖式簡單說明】 7 M279438 ' 第一圖係習式加工機之外觀圖。 - 第二圖係本案箱型龍門加工機之外觀圖。 第三圖係本案箱型龍門加工機之前視圖。 第四圖係本案箱型龍門加工機之俯視圖。 第五圖係本案箱型龍門加工機之床台俯視圖。 【主要元件符號說明】 10-床台 ^ 11-承載座 111-凹槽 12- 第一移動部件 121-凹槽 13- 第二移動部件 15-後壁板 20- 驅動裝置 201- 馬達 202- 帶動螺桿 21- 驅動裝置 211_馬達 212-螺桿 30-線性滑軌 31-線性滑執 8M279438 • VIII. New type description: [Technical field to which the new type belongs] More specifically, especially the modification of its structural rigidity. This case is related to the good design of processing machinery. [Previous technology] ^ The processing machine is as shown in the figure, which generally includes a bed, which is linearly moved on the bed_the platform is reciprocating her bed sister pepper-recorder: recorder-old purchase linearly transfer a spindle The head moves back and forth. The linear reciprocating movement of the platform on the bed, the linear reciprocating movement of the main surface on the placket, and the vertical reciprocating chicken of the spindle head constitute a plus H Hong Xiao Z) axis movement. The weight of the column coffee beam on the board machine is relatively low, but # 其 _ 立 结构 的 立 测 stands on the bed ㈣ 'its sister and the bed's sister façade will become-the unstable part, especially when the cutting is performed' Due to the weight of the spindle head and the acceleration during lateral movement, the column will shake and affect the cutting precision. In other words, the above-mentioned structure and appearance of the Lijiang machine need to be modified. [New content] In order to solve the structural rigidity and stability of the processing machine, the inventor of this case proposes a specific solution: a box-type gantry processing machine. ·· ， Eight-bed, on which the drive position of the box-type gantry processing machine's yaw axis is set; two load-bearing bases, which are arranged on the bed in a direction parallel to the above-mentioned drive position; a first moving part, carried on the two A processing space, which is the purpose and effect achieved by the present case in common with the relative distance between the two bearing bases in parallel with each other and the top surface of the bed-, which is described in ± The bearing seat carries the moving part, and the moving part 5 M279438 'can be moved along the bearing seat to constitute the driving position of the x-axis of the processing tool. • The second purpose and effect achieved in this case is the continuous and integrated setting of the bearing seat and the bed. The continuous performance structure improves the load capacity of the bed and the bearing seat, and improves the overall stability and shock absorption capacity. The third purpose and effect achieved in this case is that a driving device and a linear slide rail are provided on the top surface of the bearing base, thereby increasing the moving stability of the moving part. [Embodiment] As shown in the first figure, the appearance of the box type gantry processing machine in this case. The figure shows that the processing machine generally includes a bed (10); the left and right sides of the bed (10) are integrally provided with a bearing seat ⑴, and two bearing seats (⑴ along the bed of the bed (10)). The front and rear are extended in full stroke, and the two supporting seats (11) are combined with a rear wall plate (15) at the rear end of the bed (10). With the above two supporting seats (11), bed (10) and rear wall plate (15) Commonly formed between • A box-type processing machine base, which has a top surface and a processing space open at the front. A first moving part (12) is set up on the two bearing bases (11). The first moving part (12) is provided with a second moving part (13). The top surfaces of the two bearing seats (11) are respectively provided with a groove (111) along the front and rear full strokes, and each of the grooves is provided with a groove (111). Lu motor (201) drives the screw (202) to drive the drive device (20). A set of linear slide rails (30) are set on the top surfaces of both sides of the groove ⑴1}. The two ends of the first moving part (12) It is connected to the linear slide rail (30) and forms a linkage relationship with the screw (202) of the driving device (20). The first moving part (12) is also provided with a groove (12). 1). A driving device (21) driven by a motor (211) to drive the screw (212) in the groove is provided. A linear slider (31) is also provided on each side of the groove (121) for the second moving part ( 13) The second moving part (13) is connected with the screw (212) of the above-mentioned driving device (21) in an interlocking relationship. The above-mentioned driving device (20) (21) is started, and the rotating screw (202) ( 212) The first and second moving parts (12) (13) can be reciprocated along the linear slide rails (30) (31) to form a multi-axis movement of the χ-axis and y-axis 6 M279438-of the processing tool. -• As shown in the second picture 'Front view of the box-type Longjing processing machine in this case. The key point to be expressed in this figure is the case of the bed • (bed) (continuous-body continuous shape). (11), the above-mentioned first moving part (12) is set up between the two bearing seats ⑻. As shown in the fourth and fifth figures, the plan view of the box type gantry processing machine in this case. The figure shows the above two bearing seats ⑴ along the bed台 ⑽ 之 _ full-stroke extension, and the top surfaces of the two bearing seats (on the rear end of the bed table and the above-mentioned rear soil plate (15) ,,, and mouth—bearing seat ⑴) are each set Drive means ⑽) [Phi] and the linear slide executed (3〇), according to the above-described drive of the first moving member (12) moves. It is particularly worth mentioning that, in this case, the first moving part 承载 is carried by the above-mentioned bearing seat (11), and the first moving part ⑴ can move along the bearing seat (⑴, constituting the driving side and position of the 乂 axis of the processing tool). The bearing base (11) of the processing machine in this case can be continuously integrated with the bed table ⑽, and can be fully stretched along the bed table ⑽. The basic meaning is based on the weight of Zhenhedi—and the second crane material ， to enhance the whole Stability and shock absorption ability, especially during high-speed cutting, even if the weight of the spindle head plus the acceleration during lateral movement 'the bearing seat ⑻ is robust and does not shake. In addition, the above-mentioned first movement The two ends are driven synchronously by two driving devices. The first moving part can move stably with the same V at both ends. The dual driving device (2G) can exert strong crane power, which can greatly reduce the processing of large-scale workpieces. Time, improve economic efficiency. Although this case is described as a best embodiment, those skilled in the art can make various changes without departing from the spirit and scope of this case. The above examples are only used to Just explain the case Non-use, Peng system of this case German II. Ju Fanqian The spirit of this case is modified or changed, which does not fall within the scope of the patent application in this case. [Simplified illustration of the drawing] 7 M279438 'The first picture is the appearance of the conventional processing machine. -The second picture is the external view of the box type gantry processing machine in this case. The third picture is the front view of the box type gantry processing machine in this case. The fourth picture is the top view of the box gantry processing machine in this case. The fifth picture is the box gantry processing in this case. Top view of the bed of the machine. [Description of symbols of main components] 10-bed ^ 11-bearing base 111-groove 12- first moving part 121-groove 13- second moving part 15-rear wall 20- driving device 201- Motor 202- Drive screw 21- Drive 211_ Motor 212- Screw 30- Linear slide 31- Linear slide 8