M440835 五、新型說明： 【新型所屬之技術領域】 本創作係提供一種可減少殘料及節省人力之鋸切機之送 料夾持裝置。 【先前技術】 按’坊間一般係以鋸切機將長棒材或長管材裁切成所需 長度，以利後續加工作業；請參閱第1、2、3圖所示，習 知鋸切機係於機台1〇上設有具有刀具111之刀座11、 位於機台1〇—端之尾座12，以及送料夾持裝置13 ;該 送料夾持裝置13係於該刀具111一側設有出料主夾13 1，另側則設有入料主夾13 2，以及可沿該送料方向乂往 復移動之送料座13 3，以供裝設送料主夾丄3 4。 請參閲第1、3_示’當送料婦裝置13之送料主 夾134失緊-棒材20時，該送料座133可帶動棒材2 〇往刀座11移動—標準長度L，並停止於該人料主夾丄3 卜側’待該人料主夾1 3 2及出料主夾1 3 1夾緊棒材2 0後奴料主夾i 3 4即鬆開棒材2 〇，且該送料座13 3反向朝該尾座12軸標準長以，並使該送料 4再罐該棒材2〇,即可驅動刀座以 刀，崎物㈣瓣= 4 切完成後，觸刀座11之刀具退刀，且待該入料 主夹13 2及出料主夾i 3 i鬆開棒材2 〇及工件2 〇卜 該送料座133隨即再度帶動棒材20往刀座^移動一於 準長度L ’進而可反復進行鑛切具標準長度l之工件2 〇 1 ’惟，當棒材2 0被裁切到剩—殘料段2 〇 2時若該送 料座1 3 3依然反_該尾座1 2移動標準長度L，職送 科主夾13 4將會剛好移動至該殘料段2 〇 2末端，而未能 夾住該殘做2Q2往刀座U飾，細無法進-步裁切 出具標準長度L之工件2 01，然而，該殘料段2 〇 2之長 度實可再進行肋-具標準長度Q i，却由於受 到送料主紉3 4長度及夾料位置的限制下，使得該殘料段 2 0 2無法繼續進行裁切’而造成材料的浪費；另為減少其 _餘之殘料段2〇2’大多另以人工操作方式，將該殘料 〇2再次裁切成具標準長虹之工件2〇i，其雖可減 少殘料却因需人卫操作，*造成浪費人力之缺^ / 有鐘於此，本創作人遂以其多年從事相關行業的研發與 製作經驗，針對目前所面臨之問題深人研究，經過長期努力 研九與°式作，終究研創出-種鑛切機之送料失持裝置，並 藉以改善為式之缺弊，此即為本創作之設計宗旨。 【新型内容】 本創作之目的…储供域之送料夹持裝置， 其係於勤-端福她置設有_夾具，以及可連動作橫 向往復位移之_夹具，另鱗赠有端座，a於該端座^ 固定夾具間設有可由驅動組驅動作橫向往復位移之送料夹 具’以供往復夾持輸送棒材至機台之鑛切位置處，並以該固 疋夾具及獅纽餅m定棒材，以進_切作業，另於端 座及送料爽具上穿設有導柱，並使導柱之—端連結於辅助央 具’且端座與導蝴設有健做掣固定或釋放導柱之第一 夾掣組’錢於送料夾具與導柱間設有供控制夾掣固定或釋 放導柱之第二夹掣組；藉此，當棒材之殘料長度無法由送料 央具夾騎送時，即可控㈣—夾掣轉放導柱，且控制第 二夾掣組夾糊定導柱，以使導柱與送料夾具位移同動，並 連動輔助夹具作橫向往復位移，以夾持輸送棒材至鑛切位 置，以持_行㈣棒材祕，触_減少麵之實用目 的。 本創作目的二，係提供—鶴切機之送料夾持裝置其 係於棒材之殘料長度無法由送料夹具夾持輸送時，即可控制 第一夾軸釋放導柱，且控二夾掣組夾料定導柱，以 使導柱與送料夹脉移_ ’並連_助夾具作橫向往復位 移，以夹持輸送棒材她置，以_進行棒材殘料之鑛 切作業’而毋需另以人工操作方式獅雜，細達到節省 人力之實用目的。 【實施方式】 為使貴審查委員對本創作有進-步之深人了解，兹列舉一 較佳實施例，並配合圖式說明如后： 凊參閱第4〜7圖所示，本創作鑛切機之送料失持裝 置，其係包含有機台3〇、鑛切裝置31、固定爽具32 : 辅助夾具3 3、端座3 4、送料夾具3 5、驅動組36、導 柱3 7、第-夾掣組3 8及第二夾雜3 9 ;該機台3 〇之 —端處裝設具刀片311之鑛切裝置31，且於該鑛切震置 31之刀片311下方處設有鋸切位置，而以鋸切裝置31 驅動刀片3 1 1旋轉及位移胸位置，以進行鑛切作業；於 機台3⑽切位置之-側處裝設gj定夹具3 2，以供夹持固 定棒材；於本實施例中，該固定夾具32係於機台3 〇上設 有固定座3 2 1，於該固定座32 1頂部設有承座3 2 2， 以供架置棒材，且於财座3 2 2之二側設有夾塊3 2 3及 夾塊3 2 4，赌驅動祕固定棒材；賴台3⑽切位置 之另側處裝設有輔助夾具3 3 ’並使該辅助夾具33可連動 作橫向之往復位移，以供輔助夾持固定棒材；於本實施例中， 該輔助想3 3係於機台3 0上裝設可作橫向往復位移之滑 M440835 座3 3 1 ’於該滑座3 3 1卿設有承座3 3 2，以供架置 棒材，且於該承座3 3 2之二嫩有姚3 3 3及夾塊3 3 4，以供鶴辅助夾持固定棒材，進而_細定夾具^ 2 及輔助夾具3 3夾持固定棒材，以驅動鑛切裝置3 i之刀片 3 1 1位移至_定夾具3 2及辅讀具3 3間之鑛切位置 進行棒材之録切作業；另於機台3 0之另端固設有端座3 4 ’且於該端座3 4與固定夾具3 2間裝設送料夾具3 5， 且以驅動組3 6連結驅動送料夾具3 5，使該送料夹具3 5 可於端座3 4與固定夾具3 2_動作橫向之往復位移，以 供往復夾㈣送雜域纟3 (^紛雜置處；於本實施例 中’該送料夾具35係機台3〇上裝設可驅動作橫向往復位 移之位移座3 51，於該位移座3 5 i頂部設有承座3 $ 2，以供架置棒材，且於該承座3 5 2之二側設有夾塊3 5 3及夾塊3 5 4，以供轉夾翻定棒材，另根據所需鑛切 之工件長度，以調整該位_3 5 i之往復位移距離而可 驅動位移座3 5 i往前橫向位移—對應工件長度之適當距 離’並將棒材夹持輸送至機台3 〇之鑛切位置處，而以固定 夾具3 2及輔助夹具3 3夾持_棒材，以於棒材㈣出適 田長度之工件’另該驅動組3 6係包含固設於端座3 4之伺 服馬達361，以供驅動—螺桿362旋轉，該送料夾具3 8 5之位移座3 5 1則設有與綱桿3 6 2相互螺合之螺套3 6 3 ’而以螺桿3 6 2帶動螺套3 6 3，並驅動送料夾具3 5之位移座351及夾塊3 5 3、3 5 4作橫向之往復位 移’該導柱3 7财伸滑鎌魅3 4、補央具3 5之位 移座3 51及固定夾具3 2之固定座3 21，且穿伸出固定 夹具3 2固定座3 21之-端係連結於輔助夾具3 3，使辅 助夾具3 3之位移座3 51可與導柱3 7連結同動；於本實 施例中’該端座3 4係於適當位置處開設有供裝設線性軸承 3 41之穿槽，且該送料夾具3 5之位移座3 51則於對應 端座3 4之穿槽處開設有供裝設線性軸承3 5 5之穿槽，以 及該固定夹具3 2之固定座3 21於對應端座3 4之穿槽處 亦開設有供裝設線性軸承3 2 5之穿槽，而以端座3 4之線 性軸承3 41、送料夾具3 5之線性軸承3 5 5及固定夾具 3 2之線性軸承3 2 5穿伸滑設導柱3 7 ;又於該端座3 4 與導柱37間裝設第一夾掣組38，以供控制夾掣固定導柱 3 7，使導柱3 7與端座3 4連結固定，以及供控制釋放導 柱3 7，使導柱37可於端座34之線性軸承34 1内穿伸 位移；於本實施例中，該第一夾掣組3 8係包含有固設於端 座3 4之夾掣件3 81，該夾掣件3 81具有可彈性夾合之 二夾片’且使導柱3 7穿伸於夾掣件3 81之二夾片間，另 M440835 …夾料381之二失片穿設—壓虹3 8 2之伸縮桿⑼ 3，以及於該伸縮桿3 8 3穿伸料掣件381之端部鎖合 之螺中目3 8 4,而可控龍紅3 8 2驅動伸縮桿3 8 3收 縮，以帶動螺帽384抵推夹掣件3δι之二夹片並以夹 擎件3 8 1之二夾片夾舞柱3 7，而使導柱3 7與端座3 4連結固定，另齡3 8 2驅師縮桿3 δ 3伸出， • 以帶動螺帽3 84脫離抵推夾掣件3 8丄之二夾片，該夾擎 件3 81之二夾片即釋放導柱3 7，而使導柱3 了可於端座 3 4之線錄承3 4 1内穿伸位移；而該送料夾具3 5之位 移座3 5 1與導柱3 7間則裝設第二夾敎3 9，以供控制 夹掣固定導柱3 7，使導柱3 7與送料失具3 5之位移座3 5 1連翻定’以及供控制釋放導桎3 7，使導柱3 7可於 送料爽具3 5之線性軸承3 5 5内穿伸位移；於本實施例 鲁巾，該第二夾掣組3 9係包含有固設於送料夾具3 5位移座 3 51之失掣件3 91，該夾掣件3 9丄具有可彈性爽合之 二灸片，且使導枉3 7穿伸於失擎件3 9工之二失片間另 於該爽料3 9 1之二失片穿設—狐3 9 2之伸縮们9 3 ’以及於該伸縮桿3 9 3穿伸出失掣件3 9 i之端部鎖合 之螺帽3 9 4 ’而可控制壓缸3 9 2驅動伸縮桿3 9 3 :欠 縮，以帶動螺帽3 9 4抵推失掣件3 9丄之二失#，並以失 10 掣件3 91之二夾片夾掣導柱3 7， 4連結固定，另可控制壓缸q 〇 0 & 而使導柱3 7與端座3M440835 V. New description: [New technical field] The creation system provides a feeding and clamping device for a sawing machine that can reduce residual materials and save manpower. [Prior Art] According to the 'General', the long bar or long pipe is cut into the required length by a sawing machine to facilitate the subsequent processing; please refer to the first, second and third figures, the conventional sawing machine The machine base 1 is provided with a knife seat 11 having a cutter 111, a tailstock 12 at the end of the machine 1 and a feeding clamp device 13; the feed clamp device 13 is disposed on the side of the cutter 111 There is a discharge main clamp 13 1, and the other side is provided with a feed main clamp 13 2, and a feed seat 13 3 which can reciprocate along the feed direction for mounting the feed main clamp 34. Please refer to the first and third paragraphs. 'When the feeding main clamp 134 of the feeding device 13 is not tight-bar 20, the feeding seat 133 can drive the bar 2 to move to the seat 11 - the standard length L, and stop In the person's main clamp 丄 3 卜 side 'to wait for the person main clamp 1 3 2 and the discharge main clamp 1 3 1 clamp the bar 2 0 after the slave main clamp i 3 4 is to loosen the bar 2 〇, And the feeding seat 13 3 is reversed to the tailstock 12 axis standard length, and the feeding 4 can re-canister the bar 2 〇, then the knife seat can be driven to the knife, and the smear (four) lobes = 4 after the cutting is completed, The tool of the tool holder 11 retracts, and the feeding main clamp 13 2 and the discharging main clamp i 3 i loosen the bar 2 工件 and the workpiece 2 〇 the feeding seat 133 then drives the bar 20 to the tool holder again ^ Move the workpiece to the quasi-length L' and then repeat the workpiece 2 〇1 ' of the standard length l of the miner. However, if the bar 20 is cut to the remaining-removed section 2 〇2, if the feeder 1 3 3 Still anti-the tailstock 1 2 moves the standard length L, the service main clip 13 4 will just move to the end of the residual material section 2 〇 2, but can not clamp the residual 2Q2 to the knife holder U decoration, fine It is impossible to cut and produce the workpiece 2 01 with the standard length L, however The length of the residual material section 2 〇2 can be further rib-standard length Q i, but due to the limitation of the length of the feeding main thread and the position of the material, the residual material section 2 0 2 cannot be further cut. Cutting and causing waste of materials; in addition, in order to reduce the residual section of the remaining 2〇2', most of the manual operation, the residual material 〇2 is again cut into a workpiece with standard Changhong 2〇i, although Can reduce the residual material but the need for human security operation, * the waste of manpower is not enough ^ / With this, this creator has been engaged in research and development and production experience of related industries for many years, and is deeply researching on the problems currently faced. After long-term efforts to study the nine and the ° style, after all, research and development of the seed-cutting machine to lose the holding device, and to improve the shortcomings of the style, this is the design purpose of this creation. [New content] The purpose of this creation...the feeding and holding device of the storage area, which is equipped with a fixture, and a clamp that can be connected to the lateral reciprocating displacement of the movement. a between the fixed fixtures and the fixing fixture is provided with a feeding clamp capable of being driven by the driving group for lateral reciprocating displacement for reciprocating clamping of the conveying bar to the cutting position of the machine table, and using the fixing clamp and the lion cake m fixed bar, to enter the cutting operation, and the guide post is placed on the end seat and the feeding cooler, and the end of the guide post is connected to the auxiliary centering device, and the end seat and the guide butterfly are provided with a health cooker. The first clamping group for fixing or releasing the guiding column is provided with a second clamping group for holding or releasing the guiding column between the feeding clamp and the guiding column; thereby, when the length of the residue of the bar cannot be When the feeding mechanism clamp is riding and riding, it can be controlled (4)—the clamp is transferred to the guide column, and the second clamp group is controlled to clamp the guide column, so that the displacement of the guide column and the feeding clamp is the same, and the auxiliary fixture is connected horizontally. Reciprocating displacement to clamp the conveying bar to the cutting position to hold the _ row (four) bar material secret, touch _ reduce the surface of the utility of. The purpose of this creation is to provide a feeding and clamping device for the crane cutting machine. When the length of the residual material of the bar cannot be clamped and transported by the feeding clamp, the first clamping shaft can be controlled to release the guiding column, and the second clamping jaw is controlled. The group of clamps is used to guide the column so that the guide column and the feed clamp are pulsed _ 'and the _ aids the clamp to make a lateral reciprocating displacement, so as to hold the conveyor bar and set it to _ to carry out the mining operation of the bar residue material 毋It is necessary to use a manual operation method to achieve the practical purpose of saving manpower. [Embodiment] In order to make your reviewer have a deeper understanding of this creation, a preferred embodiment will be listed, and the following description will be given with the following description: 凊 Refer to Figures 4~7, the creation cut The feeding loss device of the machine comprises an organic table 3, a metal cutting device 31, a fixed cooling device 32: an auxiliary fixture 3 3, an end seat 34, a feeding fixture 35, a driving group 36, a guiding column 37, and a - a clamping group 3 8 and a second inclusion 3 9; a cutting device 31 with a blade 311 is mounted at the end of the machine 3, and a sawing is provided below the blade 311 of the mine shearing device 31 Position, while the sawing device 31 drives the blade 3 1 1 to rotate and displace the chest position for the miner cutting operation; at the side of the cutting position of the machine table 3 (10), the gj fixing jig 3 2 is installed for clamping the fixed bar In this embodiment, the fixing fixture 32 is provided with a fixing base 321 on the machine base 3, and a socket 3 2 2 is disposed on the top of the fixing base 32 1 for mounting the bar, and On the side of the 3 2 2 2, there is a clamp block 3 2 3 and a clamp block 3 2 4, and the gambling drive secret fixing bar; the other side of the Lai Tai 3 (10) cutting position is provided with an auxiliary fixture 3 3 ' and the auxiliary The auxiliary clamp 33 can be reciprocally displaced in the lateral direction for assisting the clamping and fixing of the bar; in the embodiment, the auxiliary 3 3 is attached to the machine 30 and is provided with a sliding M440835 seat 3 which can be used for lateral reciprocating displacement. 3 1 'In the carriage 3 3 1 Qing, there is a seat 3 3 2 for the mounting of the bar, and in the seat 3 3 2 2, there are Yao 3 3 3 and the clamp 3 3 4 to The crane is used to clamp the fixed bar, and then the _ fine fixture ^ 2 and the auxiliary clamp 3 3 clamp the fixed bar to drive the blade 3 1 1 of the miner cutting device 3 to the fixed fixture 3 2 and the auxiliary reading device The cutting position of the bar is carried out in the 3rd cut position of the bar; the end seat 3 4 ' is fixed at the other end of the machine 30, and the feeding jig 3 is installed between the end seat 34 and the fixing jig 3 2 5, and driving the feeding jig 3 5 by the driving group 36, so that the feeding jig 35 can be reciprocally displaced laterally at the end seat 34 and the fixing jig 32 2_ for the reciprocating clamp (4) to send the miscellaneous area 纟3 ( In the present embodiment, the feed clamp 35 is mounted on the machine 3, and is provided with a displacement seat 3 51 that can be driven for lateral reciprocating displacement. The top of the displacement seat 3 5 i is provided with a seat 3 $ 2 For mounting a material, and a clamping block 3 5 3 and a clamping block 3 5 4 are provided on the two sides of the bearing seat 3 5 2 for the folder to be turned and set, and the length of the workpiece is adjusted according to the required length of the workpiece to adjust the position. _3 5 i reciprocating displacement distance can drive the displacement seat 3 5 i forward displacement - corresponding distance of the workpiece length 'and the bar clamp is conveyed to the metal cutting position of the machine 3 ,, to fix the fixture 3 2 and auxiliary fixtures 3 3 clamp _ bar for the bar (4) out of the length of the workpiece 'the other drive group 3 6 series including the servo motor 361 fixed to the end seat 34 for the drive - screw When the 362 is rotated, the displacement seat 3 5 1 of the feeding jig 3 8 5 is provided with a screw sleeve 3 6 3 ' which is screwed to the joint rod 3 6 2, and the screw sleeve 3 6 3 is driven by the screw 3 6 2, and the feeding is driven. The displacement seat 351 of the clamp 3 5 and the clamp block 3 5 3, 3 5 4 are used for the horizontal reciprocating displacement. The guide post 3 7 financial extension sliding enchantment 3 4, the compensation mechanism 3 5 displacement seat 3 51 and the fixing fixture 3 2, the fixing seat 3 21, and the end of the fixing fixture 3 2 is fixed to the auxiliary fixture 33, so that the displacement seat 3 51 of the auxiliary fixture 3 3 can be coupled with the guiding column 37; In this embodiment The end seat 34 is provided with a slot for mounting the linear bearing 341 at a suitable position, and the displacement seat 3 51 of the feeding clamp 35 is opened at the slot of the corresponding end seat 34. The through-groove of the linear bearing 35 5 and the fixing seat 31 of the fixing fixture 3 2 are also provided with a through-slot for mounting the linear bearing 3 25 at the through-groove of the corresponding end seat 34, and the end seat 3 4 linear bearing 3 41, feed clamp 3 5 linear bearing 3 5 5 and fixed clamp 3 2 linear bearing 3 2 5 through the sliding guide post 3 7; and between the end seat 34 and the guide post 37 The first clamping group 38 is provided for fixing the guiding column 3 7 for fixing the guiding column 37 and the end seat 34, and for controlling the release of the guiding column 37, so that the guiding column 37 can be at the end seat 34. In the present embodiment, the first clamping group 38 includes a clamping member 3 81 fixed to the end seat 34, and the clamping member 3 81 has elasticity. The two clips are clamped' and the guide post 37 is stretched between the two clips of the clip member 3 81, and the other two pieces of the M440835 ... the clip 381 are worn out - the telescopic rod (9) 3 of the pressure rainbow 3 8 2 And the telescopic rod 3 8 3 The end of the jaw 381 is locked with the screw head 3 8 4, and the controllable dragon red 3 8 2 drive telescopic rod 3 8 3 is contracted to drive the nut 384 against the push clip element 3δι two clips and clip The armor 3 8 1 nd clip clips the dance column 3 7, and the guide post 37 is connected with the end seat 34, and the other 3 8 2 driver shrinks the rod 3 δ 3 to extend, • to drive the nut 3 84 is detached from the push-clamping member 3 8 丄 two clips, the clamp 3 81 two clips release the guide post 3 7 , and the guide post 3 can be recorded on the end seat 34 4 3 4 1 is inserted into the extension; and the second clamping jaw 3 9 is arranged between the displacement seat 35 1 of the feeding jig 35 and the guiding column 37 for fixing the guiding column 3 7 and the guiding column 3 7 And the displacement of the carrier 35 5 5 and the control release guide 3 7, so that the guide column 37 can be stretched and displaced within the linear bearing 35 5 of the feeding device 35; In the embodiment, the second clip group 39 includes a missing piece 3 91 fixed to the displacement holder 3 51 of the feeding jig 35, and the clamping piece 39 has an elastically refreshable two moxibustion piece. And the guide 枉 3 7 is worn over the lost piece of the workpiece, and the piece of the piece is lost. - The fox 3 9 2 telescopic 9 3 ' and the end of the telescopic rod 3 9 3 extending through the missing piece 3 9 i lock the nut 3 9 4 ' can control the pressure cylinder 3 9 2 drive expansion and contraction Rod 3 9 3 : Underweight, to drive the nut 3 9 4 to push the missing piece 3 9丄之二失#, and lose 10 pieces 3 91 2 clip clamp guide column 3 7, 4 link fixed , the pressure cylinder q 〇0 & and the guide post 37 and the end seat 3
3 4之線性軸承3 41内穿伸位移。The linear bearing 3 41 of 3 4 is worn and displaced.
切作 該送料纽3 5之位移座3 5 1於端座3 4與H定夾具3 2 間之往復位移距離，且控制第—夾掣組3 8之夾料3 8工 夾掣導柱3 7，而使導柱3 7與端座3 4連結蚊，另控制 第二夾掣組3 9之失掣件3 91釋放導柱3 7，使導柱3 7 可於送料失具3 5之線性軸承3 5 5内穿伸位移，而由驅動 組3 6驅動送料夾具3 5之位移座3 51往前橫向位移一對 應工件4 Q 1長度之適當麟，並將棒材4 Q夾持輸送至機 台3 0之㈣位置處’接著轉固定夾具3 2及獅夹具^ 3夾持固定棒材4 0，且驅動送料夾具35之夾塊3 5 3、 3 5 4釋放棒材4 〇後，再以驅動組3 6驅動送料夾具3 5 往後位移復位，即可開始驅動鋸切裝置3丄之刀片3丄工， 而於棒材4 〇一端鋸切出適當長度之工件4 〇1，於鋸切完 成後，接著驅動固定夾具3 2釋放棒材4 〇，以及驅動輔助 M440835 纽33釋放工件4〇1，以進行另一工件4〇1之鑛切作 業’進而以反覆的動作於棒材4 〇持續鑛切出工件4 〇工。 請參閲第12圖所示，當棒材4〇持續鑛切至一殘料長 度時，由於該送料夾具3 5往後位移復位之位置已超出棒材 4 0另端，該送料夾具3 5將無法再持續輸送夾持棒材4 ◦ ’此時，即再由鶴組3 6轉送料夾具3 5之位移幻 • 5 1往前橫向位移—對應轉長度之適當距離，域送料夾 具3 5保持脫離夾持棒材4 〇 ;請參閱第丄34圖所示， 另控制第_夾掣組3 8之夾掣件3 8 1職導柱3 7，使導 柱3 7可於端座3 4之線性軸承3 4丄内穿伸位移另控制 第二夾掣組39之夾掣件39夾掣導柱3 7，而使導柱37 與送料夾具3 5之位移座3 5!連結同動；請參閱第工5圖 .所不’接著開始由驅動組3 6驅動送料夾具3 5之位移座3 51往後位移復位，該導柱3 7即隨著位移座3 5工往後位 移，且連軸助夾具3 3之滑座3 3 1往後橫向位移一對應 件長度之適當距離；請參閱第工6圖所示，接著可驅動辅 7失具33之夾塊33 3、3 3 4夾持固定棒材4〇之一 端’且驅動固定夾具3 2釋放棒材4 0 ;請參閱第丄7圖所 =接著再由驅動組3 6驅動送料夾具3 5之位移座3 51 /只向位移一對應工件長度之適當距離，該導柱3 7即隨 12 ，往前位移，且連動輔助夾具3 3之滑座3 3 則㈣位移—對應工件長度之適當距離，咖辅助夹具 一 3將棒材4 〇夾持輸送至肋位置處；請參㈣丨㈣所 不’當獅夾具3 3將棒材4 0夾持輸送至_位置處後， 再由驅動組3 6驅動送料夹具3 5之位移座3 5 i以導柱3 7連動輔助夾具3 3復位，並驅動狀夾具3 2及辅助夹具 3 3夾持固定棒材4 0，即可再驅動鋸切裝置3丄之刀片3 11鑛切棒材4〇，而以反覆的動作於棒材4〇殘料持續鋸 切出適s長度之ji件4 0 1，進而達到減少殘料及節省人力 之實用目的。 據此，本創作實為一深具實用性及進步性之設計，然未 見有相同之產品及刊物公開，從而允符專利申請要件，爰依 法提出申請。 【圖式簡單說明】 第1圖：係習知鋸切機之動作示意圖(一）。 第2圖：係習知鋸切機之動作示意圖(二）。 第3圖：係習知鋸切機之動作示意圖(三）。 第4圖：本創作之結構示意圖(一）。 第5圖：本創作之結構示意圖(二）。 第6圖：係第5圖之A-A剖視圖。 13 第7圖··係第5圖之B_B剖視圖。 第8圖：本創作於央持輸送棒材之動作示意圖(一）。 第9圖：本創作於夾持輸送棒材之動作示意圖㈡。 第1 0圖.本創作於夹持輸送棒材之動作示意圖㈢。 第1 1圖.本創作於夾持輪送棒材之動作示意圖(四）。 第1 2圖：本創作於夾持輸送殘料之動作示意圖㈠。 第1 3圖：本創作於夾持輸送殘料之動作示意圖㈡。 第1 4圖：本創作於夾持輸送殘料之動作示意圖㈢。 第1 5圖：本創作於夾持輸送殘料之動作示意圖(四）。 第16圖：本創作於夾持輸送殘料之動作示意圖(五）。 第1 7圖：本創作於夾持輸送殘料之動作示意圖㈥。 第1 8圖：本創作於夾持輸送殘料之動作示意圖㈤。 【主要元件符號說明】 習知部份： 1 1 1 :刀具 1 3 2 :入料主失 1 3 4:送料主失 1 0 :機台 1 1 :刀座 1 2 :尾座 13:送料夹持裝置 1 3 1 .出料主失 13 3 ·送料座 M440835 2 Ο ·棒材 2 Ο 1 :工件 本創作部份： 3 0 :機台 31:鋸切裝置 3 2 :固定夾具 ^ 3 2 2 :承座 3 2 4 :夾塊 3 3 :輔助夾具 3 31 =滑座 3 3 3 ·失塊 3 4 :端座 3 5 :送料夾具 • 3 5 2 :承座 3 5 4 :夾塊 3 6 :驅動組 3 6 2 :螺桿 3 7 :導柱 3 8 :第一夾掣組 3 81 :夾掣件 2 0 2 :殘料段 311:刀片 3 21 :固定座 3 2 3 :夾塊 3 2 5 :線性軸承 3 3 2 :承座 3 3 4 :夾塊 3 41 :線性軸承 3 51 :位移座 3 5 3 ·爽塊 3 5 5 :線性軸承 3 61 :伺服馬達 3 6 3 :螺套 3 8 2 :壓缸 15 M440835 3 8 3 :伸縮桿 3 8 4 :螺帽 3 9 :第二夾掣組 3 91 :失掣件 3 9 2 :壓缸 3 9 3 :伸縮桿 3 9 4 :螺帽 4 0 :棒材 4 0 1 :工件Cut the reciprocating displacement distance between the end seat 3 4 and the H-fixing clamp 3 2 of the displacement seat 3 5 1 of the feeding button 3, and control the clamping member 3 of the first clamping group 38 7. The guide post 37 is connected to the end seat 34, and the second clamp unit 39 is used to release the guide post 3, and the guide post 3 7 is released, so that the guide post 37 can be fed. The linear bearing 3 5 5 penetrates the displacement, and the displacement seat 3 51 of the feeding clamp 35 driven by the driving group 36 is laterally displaced to the appropriate length corresponding to the length of the workpiece 4 Q 1 , and the rod 4 Q is clamped and conveyed. Go to the position (4) of the machine 30 and then turn the fixing clamp 3 2 and the lion fixture ^ 3 to clamp the fixed bar 40, and drive the clamp of the feeding jig 35 3 5 3, 3 5 4 to release the bar 4 Then, the drive group 3 6 drives the feeding jig 3 5 to move backward and reset, and then the blade 3 of the sawing device 3 is started, and the workpiece of the appropriate length is sawed at the end of the bar 4 4 1 After the sawing is completed, the fixing fixture 3 2 is then driven to release the bar 4 〇, and the driving auxiliary M440835 button 33 releases the workpiece 4〇1 to perform the ore cutting operation of the other workpiece 4〇1, and then the reverse movement 4 bar in continuous square piece was cut out 4 billion mine workers. Referring to Fig. 12, when the bar 4〇 is continuously cut to a residual length, the feeding jig 3 5 is removed from the other end of the bar 40 by the position of the displacement of the feeding jig 3 5 . It will no longer be able to continue to convey the clamping bar 4 ◦ 'At this time, then the displacement of the crane set 3 6 transfer clamp 3 5 · 5 1 forward lateral displacement - the appropriate distance corresponding to the rotation length, the domain feeding fixture 3 5 Keep out of the clamping bar 4 〇; see Figure 34, and control the clamping part of the _ 掣 掣 group 3 8 3 1 1 guide post 3 7, so that the guide post 3 7 can be at the end seat 3 4 linear bearing 3 4 穿 inner extension displacement and the second clamping cymbal group 39 clamping member 39 clamps the guide post 3 7, and the guide post 37 and the feeding jig 3 5 displacement seat 3 5! Please refer to the figure 5 of the work. No, then the shifting seat 3 51 of the feeding jig 3 5 is driven by the driving group 3 6 to be displaced rearward, and the guiding column 3 7 is displaced with the displacement seat 3 5 . And the slide 3 3 1 of the shaft assisting clamp 3 3 is laterally displaced to the appropriate distance of the corresponding length of the corresponding piece; please refer to the figure 6 of the figure, and then the clamp 33 3 , 3 3 of the auxiliary 7 lost 33 can be driven. 4 clip Fixing one end of the bar 4' and driving the fixing fixture 3 2 to release the bar 4 0; please refer to Fig. 7 = then drive the driving jig 3 5 to drive the jig 3 5 / only to the displacement one Corresponding to the appropriate distance of the length of the workpiece, the guide post 3 7 is displaced forward with 12, and the sliding seat 3 3 of the auxiliary jig 3 3 is (4) displacement - the appropriate distance corresponding to the length of the workpiece, the coffee auxiliary fixture 3 will be the bar 4 〇 Clamping and conveying to the rib position; please refer to (4) 丨 (4) If the lion clamp 3 3 clamps the bar 40 to the _ position, then the drive group 36 drives the displacement of the feeding jig 3 5 The seat 3 5 i is reset by the guide post 3 7 interlocking auxiliary clamp 3 3 , and the driving fixture 3 2 and the auxiliary fixture 3 3 are clamped to fix the rod 40, and then the sawing device 3丄 blade 3 11 can be driven again. The bar 4 〇, and the repeated action of the bar 4 〇 residual material continues to saw the s length of the suffix 401, and thus achieve the practical purpose of reducing the residual material and saving manpower. Accordingly, this creation is a practical and progressive design. However, the same products and publications are not disclosed, so that the patent application requirements are met and the application is filed in accordance with the law. [Simple description of the diagram] Figure 1: Schematic diagram of the operation of the conventional sawing machine (1). Figure 2: Schematic diagram of the operation of the conventional sawing machine (2). Figure 3: Schematic diagram of the operation of the conventional sawing machine (3). Figure 4: Schematic diagram of the structure of this creation (1). Figure 5: Schematic diagram of the structure of this creation (2). Fig. 6 is a cross-sectional view taken along line A-A of Fig. 5. 13 Fig. 7 is a cross-sectional view taken along line B_B of Fig. 5. Figure 8: Schematic diagram of the action of this creation in the central holding bar (1). Figure 9: This is a schematic diagram of the action of clamping the conveying bar (2). Figure 1 0. This is a schematic diagram of the action of clamping the conveying bar (3). Figure 11. Figure 1 is a schematic diagram of the action of clamping the bar to feed the wheel (4). Figure 1 2: This is a schematic diagram of the action of clamping the conveyed residual material (1). Figure 1 3: This is a schematic diagram of the action of clamping the conveyed residual material (2). Figure 14: This is a schematic diagram of the action of clamping the conveyed residual material (3). Figure 15: This is a schematic diagram of the action of clamping the conveyed residual material (4). Figure 16: This is a schematic diagram of the action of clamping the residual material (5). Figure 17: This is a schematic diagram of the action of clamping the conveyed residual material (6). Figure 18: This is a schematic diagram of the action of clamping the conveyed residual material (5). [Main component symbol description] Conventional part: 1 1 1 : Tool 1 3 2 : Incoming material main loss 1 3 4: Feeding main loss 1 0 : Machine 1 1 : Knife holder 1 2 : Tailstock 13: Feeding clip Holding device 1 3 1 . Discharge main loss 13 3 · Feeding seat M440835 2 Ο · Bar 2 Ο 1 : Workpiece creation part: 3 0 : Machine table 31: Sawing device 3 2 : Fixing fixture ^ 3 2 2 : Seat 3 2 4 : Clamping block 3 3 : Auxiliary jig 3 31 = Sliding seat 3 3 3 · Lost block 3 4 : End block 3 5 : Feeding jig • 3 5 2 : Seat 3 5 4 : Clamping block 3 6 : drive group 3 6 2 : screw 3 7 : guide post 3 8 : first clamping group 3 81 : clamping member 2 0 2 : residual material segment 311 : blade 3 21 : fixing seat 3 2 3 : clamping block 3 2 5: linear bearing 3 3 2 : socket 3 3 4 : clamp 3 41 : linear bearing 3 51 : displacement seat 3 5 3 · cool block 3 5 5 : linear bearing 3 61 : servo motor 3 6 3 : screw sleeve 3 8 2 : Pressure cylinder 15 M440835 3 8 3 : Telescopic rod 3 8 4 : Nut 3 9 : Second clamp group 3 91 : Missing element 3 9 2 : Pressure cylinder 3 9 3 : Telescopic rod 3 9 4 : Screw Cap 4 0 : Bar 4 0 1 : Workpiece
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