TWI295596B

TWI295596B -

Info

Publication number: TWI295596B
Application number: TW95103489A
Authority: TW
Inventors: yun-de Zhang
Priority date: 2006-01-27
Filing date: 2006-01-27
Publication date: 2008-04-11
Also published as: TW200728003A

Description

1295596 【發明所屬之技術領域】 ^ ^ ^ # Μ ^^ ^ ^^ ^ , # ^ ^ # ^ # 安裝在锻造部品成型機之-機座中广絲定地滑狀具有無職簡裝置讀造部㈣【先前技術】、：一般螺絲、螺帽等锻造部_1295596 [Technical field to which the invention pertains] ^ ^ ^ # Μ ^^ ^ ^^ ^ , # ^ ^ # ^ # Installed in the forged part molding machine - in the base of the machine, the wire is grounded and has a non-skilled device. (4) [Prior Art]:: Forging parts such as general screws and nuts _

^ ^ 5 v f ^ M 斧置夾送至母模裝置中，並驅動公模裝置朝向母模裝置滑行衝麼，進行一系列的锻造特4 作業，以完成製造。然而，為了能鼎立於成本價格競爭激烈的市場，目前業界莫不追求更高速、精確、低成本以及二夕鎖，因此^裝i間環環相扣之衝锻與夹送流程亦須精密緊湊，不容誤差疏忽。^ ^ 5 v f ^ M The axe clip is fed into the master mold unit and drives the male mold unit to slide toward the master mold unit. A series of forging special 4 operations are performed to complete the manufacturing. However, in order to be able to stand in a highly competitive market with cost and price, the industry is not pursuing higher speed, accuracy, low cost and Ershi lock. Therefore, the flushing and pinching process of the interlocking between the two must be precise and compact. No error tolerance.

「請參見本案申請人前所申請之公告編號W ^ If t ^ M ^ , A rm ^公則置在__機座中輕移動，就錢座與公 ^ ^ £ ^ ^ ^ t ^ A ^ ^ v ^ ^ ^ ^ « ^ ^ ^ # 阻力’然而’由於該公模裝置衝鍛之速度及頻率相當大，斤^ 3摩擦生熱造成該層油膜破損，導致滑動接觸面燒焦 ^ 5 , t ^ 0 Α^μμ^Μ^ ί^ 隙’以防止摩擦’然而由於該間隙較大，所以公模裝置在 1295596 初始滑移時會有晃動不稃定沾味、丄"Please refer to the notice number W ^ If t ^ M ^ applied by the applicant in this case. A rm ^ is placed in the __ machine base and moved lightly, and the money seat and the public ^ ^ £ ^ ^ ^ t ^ A ^ ^ v ^ ^ ^ ^ « ^ ^ ^ #阻力' However, due to the considerable speed and frequency of the stamping and forging of the male mold device, the oil film of the layer is damaged due to the friction heat generation, resulting in the sliding contact surface burning ^ 5 , t ^ 0 Α^μμ^Μ^ ί^ Gap 'to prevent friction' However, due to the large gap, the male mold device will sway during the initial slip of 1295596.

▲疋的‘況，在衝鍛上亦會畲I 準性，致使產品的不良率升高。乂 ^ ：^ ^ ^^圖「所示’倉有一朝上且向前開口之容室⑴的· 111 ^ ^ ^ ^ t ^ ^ ^ ^ ^ ^ ^ t Ϊ 12，^ τ ^ 移地對應安裝在容室U1中的驻罢^ ，月私"1V日卜〒的A挺Μ 動衣置12疋位在公楔裝置13之产士工η 衣私捉要!。此二、之左 ' 右兩側，且各無翁^ “、自严有復數滾動接解於該公模裝f 12：/藉由該等滾輪⑵的滑抵，^ 勒_呌处抑装生熱的情形，所以此無間動奴汁志改善以往缺失。由於鍛邊部品成型機Π八力七士 ΑΑ々σ ^ 在一分鐘内便須製造出數量龐大的成品，所以該公模裝置々 13必須以極快的速度運作，缺而’該箏無間隙滾動裝置12係在兮媸" …、 / , ^ ^ 在在该機座Η之兩側前端 ’也就疋對應位在公模梦署η : 兩者之前側間形成無間隙滾動的对1 s 後側邛位則會騰空懸浮在容u 、, v 11 中，亚未受到任何托持作用’而且公模裝置13由接、奋雜傲々二，妾觸滚輪121之處向貧支離，與向肝至前端安裝有數支衝„rn 2 . 1，因此若是出現微小的值 n Η隙垃總Μ 時，公模裝置13即會以無間隙接觸滾輪121之虛n、+ 命w p 4^ 、產生晃動擺尾，此時衝頭的，蚀〜^ ^又較低，當公模裝置13向前街鍛 ’使則鈿衝頭壓向位於前方之一毋继班疋母核裝置14時，極容易會 1295596 造成撞歪的倩況，此將導致產。多的瑕症品，造成彳眷 ^之精準性差，因而產生較、成/良費，而且若是菸士 ._5位裂等情形，不僅會增吻^ 用壽命，就目前的每分鐘16〇二成^，並會縮短衝頭之使 5-10 ^ ； t - ^ ^ ^ Φ t ^ (WC)# # 更是居高不下，此外，•㈣、、，因此所耗㈣如此一來亦合1 頭時必須關機暫停作業，㈡寧導致停產，致使產量… 【發明内容】 / * ” v本^月之目的，即在提供一種具有使公模裝置 α私衝，上較能穩定精準地滑動’並可提高產品品質及 ^ ^ ^ ^^ ^ ^ ^ t ^ ^ 型機。 —於是本I明具有無間隙滾動裝置之锻造部品成型機 ^ 3機座、一第一無間隙滾動裝置、二第二無間账裝置，及一公模裝置。該機座具有一底壁、二分別自底壁之左右兩側向上延伸的侧壁，及二分別相向地固接在側壁之内側面上且雨後長向延伸的軌板，該底壁、側壁與軌板共同界定出一容室，每一側壁皆具有一位在執板上方的上侧口IV位一頂面、一設在頂面内侧之安裝面、至少一凹陷形成在該安裝面上且往内連通至直立内侧面的開槽，及一對應供軌板安裝的下側部位。每一第一無間隙滾動裝置皆包括至少一安裝在該轨板之一前侧的第一滾輪單元，該第一 596 ，每一第—無間隙滾動裝置分別安裝在該機座之側壁上之-後側;^隙滾動裝置皆嫩動且凸露出w·:輪存 δ則面的第一滾輪、一安裝在開槽中且供第二滾輪容置的HΛ 七、弟在第H 滾輪座，及一將第二滾輪可滚動地樞接該機座之容1 板I置可滑移地安褒在、至中，能被驅動而朝前衝鍛，並包括二分別位由側f之一頂部徑向朝外Μ j的翼板’母一翼板之外侧皆可供第二滾輪滾動接觸，每翼板之外側呈_直立面。當該公模裝置受驅動而前後移該公模裝置能順暢地移動滑行【實施方式】有關本^明之i述及其他技術内容、特點與功效，在、下^乡考圖式之二個較佳實施例的詳細說明中，將可清楚的呈現。在本^月被洋細描述之前，要注意的是，在以下的說明内容中’類似的元件是以相同的繼如圖2、® 3與圖4所示，本發明具有無間隙滾動裝置之锻造部品成職之第—較佳勉 3 ' 4> 置5。 1295596 該機座2具有一底壁21、二分別自底壁21之左右兩側向上延伸的側壁22，及二分別相向地固接在侧壁22之内側面上且前後長向延伸的轨板23，該底壁21、側壁22與軌板23共同界定出一容室24。每一侧壁22皆具有一頂面 221、一設在頂面221内侧之安裝面222、二凹陷形成在該女衮面222上且分別往内連通至直立内側面的開槽223、一位在軌板23上方的上側部位224 ,及一對應供軌板23安裝的下側部位225。每一軌板23具有二上下地設在一前側且▲ 疋 ‘ , , 冲冲冲冲冲冲冲冲冲冲冲冲冲冲冲冲冲冲冲冲冲冲乂^ :^ ^ ^^ The picture shown in the figure "The warehouse has an upward opening and the opening chamber (1) 111 ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ Ϊ 12, ^ τ ^ In the room U1, in the station, the month of the private "1V divination A quite Μ Μ 置置置置置公公公公公公公公公公公公公公公公公公公公公公公公公公公公公公公On the right side, and each has no Weng ^", there are a number of rolling joints in the public model to install f 12: / by the roller (2) slip, ^ Le _ 呌抑抑抑抑抑抑所以This inactionless slavery has been improved in the past. Since the forged edge part forming machine Π八力七士ΑΑ々σ ^ has to produce a large number of finished products in one minute, the male mold unit 々13 must operate at an extremely fast speed, and the 'the kite has no gaps. The rolling device 12 is in the 兮媸" ..., /, ^ ^ on the front side of the machine Η 疋疋疋疋疋疋疋疋疋疋 : : : : : : : 形成形成形成形成形成形成形成形成形成形成形成形成形成形成形成s The rear side of the squat will be suspended in the volume u, v 11 , the sub-Asia is not subjected to any holding role 'and the male model device 13 is connected, the arrogant arrogant two, the roller touches the 121 to the poor, There are several punches „rn 2 . 1 installed to the liver to the front end. Therefore, if a small value n Η 垃垃 Μ , , , , , , , 公公公公公公公公公公公公公公公公公公公公公公公公公公公公公The swaying tail is generated. At this time, the eclipse is etched ~^^ is lower, when the male mold device 13 is forged on the front street, so that the ram punch is pressed toward the front of the 毋疋疋疋疋 14 14 14 It is very easy to cause 1295596 to cause a crash, which will lead to production. More sputum symptoms, resulting in poor precision, However, if it is a smoker, _5 crack, etc., it will not only increase the life of the kiss, but also the current 16 〇 20% per minute ^, and will shorten the punch to 5-10 ^ ; t - ^ ^ ^ Φ t ^ (WC)# # is more high, in addition, • (4),,, therefore, the consumption (4), when this is also the same, must be shut down to suspend operations, (2) Ning leads to production suspension, resulting in Production... [Summary] / * ” v The purpose of this month is to provide a kind of private punching device that can be slid and stabilized accurately and can improve product quality and ^ ^ ^ ^^ ^ ^ ^ t ^ ^ Model machine. - The present invention has a forged part forming machine having a gapless rolling device, a base, a first gapless rolling device, a second second no-accounting device, and a male mold device. The base has a bottom wall, two side walls extending upward from the left and right sides of the bottom wall, and two rail plates respectively fixed to the inner side surface of the side wall and extending longitudinally after the rain, the bottom wall and the side wall Forming a chamber together with the rail plate, each side wall has a top surface of the upper side of the upper plate, a top surface, a mounting surface disposed on the inner side of the top surface, and at least one recess formed on the mounting surface And inwardly connected to the slot of the upright inner side, and a lower side corresponding to the rail mounting. Each of the first gapless rolling devices includes at least one first roller unit mounted on a front side of the rail plate, and the first 596, each first gapless rolling device is respectively mounted on a side wall of the base - rear side; the gap rolling device is tender and protrudes w·: the first roller with the wheel δ face, one H Λ seven installed in the slot and the second roller, the younger in the H roller seat And the second roller can be pivotally pivoted to the capacity of the base 1 and the plate can be slidably mounted in the middle, can be driven and swept forward, and includes two separate positions from the side f One of the flaps of the top side of the radial flank ' j's outer side of the wing is available for rolling contact of the second roller, and the outer side of each wing is _ erected. When the male mold device is driven to move back and forth, the male mold device can smoothly slide and slide [Embodiment] The other technical contents, features and effects of the present invention are described in the following two comparisons: The detailed description of the preferred embodiments will be apparent. Before this section is described in detail, it should be noted that in the following description, 'similar elements are the same as shown in FIG. 2, FIG. 3 and FIG. 4, and the present invention has a gapless rolling device. The forged part is the best one - better 勉 3 ' 4 > 1295596 The base 2 has a bottom wall 21, two side walls 22 extending upward from the left and right sides of the bottom wall 21, and two rails which are respectively fixed to the inner side surface of the side wall 22 and extend longitudinally forward and backward. 23, the bottom wall 21, the side wall 22 and the rail plate 23 together define a chamber 24. Each of the side walls 22 has a top surface 221, a mounting surface 222 disposed on the inner side of the top surface 221, and two recesses 223 formed on the female side surface 222 and communicating inwardly to the upright inner side, one bit An upper side portion 224 above the rail plate 23 and a lower side portion 225 corresponding to the rail plate 23 are mounted. Each rail 23 has two upper and lower sides disposed on a front side and

内外貫通的穿槽23 1，及一界限出該穿槽23丨之一前側的前面部232。如圖5、圖6與圖7所示，每一軌板23之每一穿槽 231 233 > - 部234，及二分別形成在大、小槽部々Μ、233之上、下側間的肩4 235。而該等第一無間隙滾動裝置(是安裝在該機座2之軌板23中且對應位在該公模裝置$之左、右二側，的第一滾輪單元31，該第一滾輪Μ 叙Ϊ 7載側面231的第—滚輪312、一將第一滾輪312可滾 ^ 311 313--^iT# 動地嵌置在第一滾輪丨之 225間的第一墊塊叫筮 I 一刀別牙伸過該前面部232且螺入弟一墊塊314的第—調整螺絲31 、_頂,.勒_ 、部23S與第一滾鈐庙ι —頂抵在軌板23之肩 ' r Π之間的第一彈性件3 16，及一螺入 1295596 之前侧的定位螺線讓丽面部232中且頂抵在第一塾塊314 317 該第一滚輪座311具有—形成在外側且由㈣ f斜面318，且第―墊塊^ ^在座斜面318上的墊斜面319。第一彈性件3ΐ6具有恆使第一滾輪座姐朝向第一塾塊31^ f ^ ^ 3 15 , 4§ Μμ ^ 3 i 4 ^ ^ ^ ^ ^ ^ 並配合第—㈣件3 16拉動第—滾輪座3 1卜，以相對帶動第衷輪座3 11外、内移動調整位置，再調整該定位螺絲3】7 即旎用以抵定第一塾塊3 14的位置。如圖8、圖9與圖10所示，該等第二無間隙滾動裝置 ^分別安裝在該機座2之側壁22上，每一第二無間隙滾動裝置^皆包括-絲 _ U亥第一滾輪單凡41具有一安裝在開槽中的第二滾輪座4111^ Λ isl φ 2 2 6 έί, $ ^ m 412 > - ^ $ ^ ^ 412 T ^ ^The inner and outer through grooves 23 1 and a front surface portion 232 which defines a front side of the one of the through grooves 23 . As shown in FIG. 5, FIG. 6, and FIG. 7, each of the perforations 231 233 > - portions 234, and two of each of the rail plates 23 are formed between the large and small groove portions 233, 233, and the lower side, respectively. Shoulder 4 235. And the first gapless rolling device (the first roller unit 31 installed in the rail plate 23 of the base 2 and corresponding to the left and right sides of the male mold device $, the first roller Μ The first roller 312 of the side surface 231 of the seventh loading 231, and the first roller 312 313--^iT# of the first roller 312 can be immersed in the first pad 225 of the first roller 筮. The first adjusting screw 31, the top, the _, the portion 23S and the first rolling temple ι are placed against the shoulder of the rail plate 23' r Π The first elastic member 3 16 and a positioning screw on the front side of the screw 1295596 allow the façade 232 to be in the first dam block 314 317. The first roller holder 311 has a side formed on the outer side and is formed by (4) f slanting surface 318, and the first slab block 319 on the slanting surface 318. The first elastic member 3 ΐ 6 has a constant orientation so that the first roller seat sister faces the first cymbal block 31 ^ f ^ ^ 3 15 , 4 § Μ μ ^ 3 i 4 ^ ^ ^ ^ ^ ^ and with the first - (four) piece 3 16 pull the first roller seat 3 1 bu, to relatively move the outer wheel seat 3 11 outside, inside the adjustment position, and then adjust the positioning screw 3 7 Instant use To determine the position of the first block 3 14. As shown in Figures 8, 9, and 10, the second gapless rolling devices are respectively mounted on the side wall 22 of the base 2, each second The gap rolling device ^ includes a wire_Uhai first roller unit 41 having a second roller holder 4111^ Λ isl φ 2 2 6 έί, $ ^ m 412 > - ^ $ ^ ^ 412 T ^ ^

# ^ % - ^ ^ M 4 U ^ ^ ^ ^ i* 4! 3 v ^ M ^ 3 ^ ^ n M 1〜側壁22 ’且用以將第二滾輪座41i定位在該開槽如中的鎖接螺絲414，及一嵌置在第二滾輪座价側❹ 4更包括一壓盍在第二滾輪座‘η與安裝面^2上且向内延 42，« 鎖固在安裝面222上的固定螺絲Μ。如圖2、圖7與圖10所示，該公模裝置5可滑移地安 10 I295596 裝在該機座2之容室24 n 二分別位於乂亡兩彳被驅動而朝前衝鍛，並包括刀別位於左、右兩側且對應鄭近由 ” ,及二分別由側板51之—祕執板23上方的置板52 、朝外凸攸 f 在軌板23之水平頂面盥芸拓夕’、 " 之水平底面間移動。而且直立面，以分別對應鄰抵於第—、二滾輪312、41卜^ 53^54 板51、翼板52之外側呈一直立面，以直接鄰抵於第一、二滚輪312、412，在此不再詳細說明。當該公婦置麵Μ前後移㈣，該等第-鋼板53 可分別對應滑抵於該等第二滚輪412上，能藉由㈣右兩側之該等滾輪3 12、ΛΤΟ n 4 412的滾動接觸’使得該公模裝置 5 ^ ^ n , M # ib ^ ^ ^ ^ ^ # ^ ’此避免因摩擦而產生的熱膨服，達到在高穩定度下，能精密快速地滑行衝鍛之目的。如圖U、圖12與圖13所敢4 裝置之鍛造部W侧之帛二㈣實關，本實施例大致與第^實施例相同，不同之處在於:本實施 ^ ^ ^ 7L 41 £ i ^ ^ ^ τ ^ % % ^ % ^ ^ ^ a 41 r 之外側與側壁22之間的第二墊塊481、一被固定在該第 1295596 —滾輪座411與第二墊塊481之一頂部的搭架板482、一可 f處旋轉地向下穿伸過搭架板482且螺接第二塾塊481的第二調整螺絲483、二由外向内橫穿過該側壁22且螺接第 411 484 . 484連同第二滾輪座411向外移動之彈力的第三彈性件奶〇該第二滾輪座4 u具有一形成在外側且由上向下傾斜的 2 ”斗面486且第—墊塊481具有—形成於—内側且配合鄰靠在座斜面傷上的塾斜面487。調整時轉動第二調整螺絲彻，即能相對驅動第二塾塊481上、^ 滾輪座411朝向置柄S9 # i θ 、，板52私動，或疋配合第二彈性件動第二滾輪座4U往内復位，藉以調整第二滾輪4ΐ2的位置〇 # w ™ 15 Mm 16 5 施眞同’不同之處在於:本實⑽ •^早7L 41更具有上下嵌置在第二滚輪座川之側盘 :二公且能相對移動之—上… 整螺絲^91Λ螺接下墊塊492的第二調座41i的外私 °内杈穿過該側壁22且螺接第二滾輪 1411的外拉螺絲494，及.^ 士第一宁私〆^ ^ ^ 數片具有恆使外拉螺絲494連同弟-二戀1向十版^ Λ弟一滾輪座411具有一形出户从向外且朝下傾料沾u 形成在外側之一上半部且逐漸座斜面496，及一形成在外側之一下半 12 1295596 部且逐漸向内靖一形成於―内側且配合鄰靠在上座斜面的6上的上塾〇面彻，而下墊揷Q?目卜目士丄打上墊斜面座斜面497上的口成卜仙、. 塾斜調整時轉動第二調整螺絲，相對驅動下墊塊492上、下浐動廿人、、 495拉動笛力± 並配合第二彈性件 ^411^ ^ 491 ^ 493 對移動’如此即能頂推繁一復位，抑/ 座411朝向外移動或枝猎以凋整弟二滾輪412的位置。 :謂裝置3、4之滾豹為/月順精準，不晷姦山模裝置、月仃上此較快速，所以每分鐘能進行410攻沾使用所打360萬支锻岭 ^ U ^ ^ ^ ^ ^ T ^ ^ 1 A A f a ^ ^ ^ ## ^ % - ^ ^ M 4 U ^ ^ ^ ^ i* 4! 3 v ^ M ^ 3 ^ ^ n M 1~ sidewall 22' and a lock for positioning the second roller holder 41i in the slot The connecting screw 414 and the second side of the second roller seat 4 further comprise a press on the second roller seat 'n and the mounting surface 2 and extend inwardly 42, «locked on the mounting surface 222 Set screw Μ. As shown in FIG. 2, FIG. 7 and FIG. 10, the male mold device 5 can be slidably mounted on the housing 24 of the base 2, and the two chambers are respectively driven by the two sides, and are forged forward. And the knives are located on the left and right sides and correspond to Zheng Jinyu, and the two are respectively arranged by the side plate 51-the upper plate 52 above the secret plate 23, and the outward convex 攸 f is on the horizontal top surface of the track plate 盥芸The horizontal surface between the extensions of the Tuo', " moves, and the erected surfaces are respectively adjacent to the first and second rollers 312, 41b^53^54, and the outer side of the flap 52 is straightened to directly Adjacent to the first and second rollers 312, 412, which will not be described in detail herein. When the maternal face is moved back and forth (four), the first steel plates 53 can respectively slide against the second rollers 412. The male mold device 5 ^ ^ n , M # ib ^ ^ ^ ^ ^ ^ ^ ^ can be prevented from being rubbed by the rolling contact of the rollers 3 12, ΛΤΟ n 4 412 on the right side of the (4) The thermal expansion service can achieve the purpose of precise and rapid sliding and forging under high stability. As shown in Figure U, Figure 12 and Figure 13, the forging part of the 4th device is the second (four) real This embodiment is substantially the same as the second embodiment except that the second embodiment between the outer side and the side wall 22 of the ^^^ 7L 41 £ i ^ ^ ^ τ ^ % % ^ % ^ ^ ^ ^ 41 r a spacer 481, a frame 482 fixed to the top of the first pad 411 and the second pad 481, and a slidably extending downwardly through the shelf plate 482 and screwed to the second The second adjusting screw 483 of the block 481 is traversed by the outer side of the side wall 22 and is screwed to the 411 484 . 484 together with the elastic force of the second roller seat 411 to move outwardly. The seat 4 u has a 2" bucket surface 486 formed on the outer side and inclined from the top to the bottom, and the first spacer 481 has a beveled surface 487 formed on the inner side and fitted against the seat bevel. When the second adjusting screw is rotated, the second adjusting block can be driven relative to the second block 481, the roller base 411 is facing the handle S9 # i θ , the plate 52 is privately moved, or the second elastic member is moved to the second roller seat. 4U is reset inward to adjust the position of the second roller 4ΐ2〇# w TM 15 Mm 16 5 The difference between the two is: the real (10) •^7L 41 has the upper and lower sides embedded in the second roller The side plate: two males and relatively movable-upper... the whole screw ^91Λ is screwed to the outer seat of the second seat 41i of the lower block 492. The inner side passes through the side wall 22 and is screwed to the outer pull of the second roller 1411. Screw 494, and .^ 士士宁私〆^ ^ ^ Several pieces have constant external pull screw 494 together with brother - two love 1 to ten edition ^ Λ brother a roller seat 411 has a shape of the household from the outward and toward The lower dip material is formed on one of the outer upper half portions and gradually forms a bevel surface 496, and is formed on one of the outer lower portions 12 1295596 and gradually inwardly formed on the inner side and fits adjacent to the upper seat slope surface 6 The upper jaw is completely covered, and the lower cushion 揷Q? 目目丄丄上垫斜斜斜斜 497 497 497 497 497 497 497 497 497 497 497 497 497 Move the second adjustment screw to drive the lower block 492 up and down to move the squat, and 495 to pull the flute force ± and cooperate with the second elastic member ^ 411 ^ ^ 491 ^ 493 to move 'so that can push the reset , or the seat 411 moves outward or branches to bury the position of the second roller 412. : The device is 3, 4, the leopard is / month shun precision, not smuggling the mountain mold device, the moon is faster, so every minute can be used for 410 attacks and 3.6 million forgings ^ U ^ ^ ^ ^ ^ T ^ ^ 1 AA fa ^ ^ ^ #

^功效’確實能夠達到本發明U^Effects can indeed reach the present invention U

At 、所述者’僅為本發明之較佳實施例而已，备不 OP限定本發明實施之範圍，即^ 範圍及發明說明-㈣^ 13 ^95596 屬本發明專利涵蓋之範圍内。【圖式簡單說明】圖1是一種習知之一俯視示意厨久圖2疋本發明之具有無間隙滾動裝置之鍛造部品成型機的—第一較佳實施例的一部份立體分解示意圖；圖3是該第一較佳實施例的一俯視示意圖；圖4是該策一較佳實施例的一側視示意圖;The above is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, that is, the scope and the description of the invention - (4) ^ 13 ^ 95596 are within the scope of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a partially exploded, isometric view of a first preferred embodiment of a forged part forming machine having a gapless rolling device of the present invention; 3 is a top plan view of the first preferred embodiment; FIG. 4 is a side view of the preferred embodiment of the present invention;

一〜圖5是該第一較佳實施例的一部份立體分解圖，說明一第一滾輪單元的構造； ^圖6是該第一較佳實施例的一部份剖視俯視示意圖，说明第一滾輪單元的構造；圖7是該第一較佳實施例的一部份剖視側視示意圖，說明第一滾輪單元的構造； #圖8疋該第車乂佳霄施例的一部份立體分解圖，說明弟一滾輪早元白勺構造； ^圖9是該第一較佳實施例的—部份剖視俯視示意圖，說明第二滾輪單元的構造；説明第二滾輪單元的構造；圖11是本發明之具有無間隙滾動裝置之鍛造部品月機的一第二較佳實施例的一部份立體分解圖；圖12是該第二較佳實施例的―部份剖視俯視示意圖圖13是該第二較佳實施例的一部份剖視側視示意圖 ® 14 14 機的一第三較佳實施例的一部份立體分解圖;1 to 5 are partial exploded perspective views of the first preferred embodiment, illustrating a configuration of a first roller unit; FIG. 6 is a partial cross-sectional plan view of the first preferred embodiment, illustrating FIG. 7 is a partial cross-sectional side elevational view of the first preferred embodiment illustrating the configuration of the first roller unit; FIG. 8 is a portion of the first locomotive embodiment FIG. 9 is a partial cross-sectional plan view showing the structure of the second roller unit; illustrating the structure of the second roller unit; FIG. 9 is a partial cross-sectional plan view of the first preferred embodiment; Figure 11 is a partially exploded perspective view of a second preferred embodiment of the forged section of the present invention having a gapless rolling device; Figure 12 is a partial cross-sectional view of the second preferred embodiment Figure 13 is a partial exploded perspective view of a third preferred embodiment of the second preferred embodiment of the second preferred embodiment;

圖15是該第三較佳實施例的一部份剖視俯視示意圖; A 圖16是該第三較佳實施例的一部份剖視側視示意圖。Figure 15 is a partial cross-sectional plan view of the third preferred embodiment; Figure 16 is a partial cross-sectional side view of the third preferred embodiment.

15 1295596 【主要元件符號說明1 2"·"··…機座 21………底壁 22………側壁 221·……頂面 222·……安裝面 223·……開槽 224-…··上側部位 225·……下側部位 23………執板 231"··…穿槽 232·……前面部 24·••……容室 3..........第一無間隙滾動裝置 3l······…第一滾輪單元 311…·…第一滾輪座 312····…第一滾輪 313·……第一樞軸 314"·•…第一墊塊 315·……第一調整螺絲 316·……第一彈性件 317·……定位螺絲 318……·座斜面 319••…··墊斜面 4········_·第二無間隙滾動裝置 41……··第二滾輪單元 411……第二滾輪座 412……第二滾輪 413 ·…··第二樞轴 414……缜接螺絲 415……第二墊塊 42···"···蓋板 43……··固定螺絲 481……第二墊塊 482……搭架板 483……第二調整螺絲 484……外拉螺絲 485……第二彈性件 486······座斜面 487……墊斜面 491·…··上墊塊 492……下墊塊 493 ••…·第二調整螺絲 494·…··外拉螺絲 495……第二彈性件 496 ......上座斜面 497 ······下座斜面 16 1295596. 498…· …上塾斜面 52…· •…裏板 499…· …下墊斜面 53".· …·弟鋼板 5……· …公模裝置 54…· …·第二鋼板 51…… …側板 1715 1295596 [Main component symbol description 1 2"·"··...rack 21.........bottom wall 22......side wall 221·...top surface 222·......mounting surface 223·...slot 224-... · Upper part 225 · ... lower part 23 ... ... plate 231 "··...through slot 232·...front part 24·••......room 3........ A gapless rolling device 3l······...the first roller unit 311...the first roller seat 312····...the first roller 313·...the first pivot 314" Block 315·...first adjustment screw 316·...first elastic member 317·...positioning screw 318...·seat bevel 319••...··slope bevel 4·········· second The gapless rolling device 41...the second roller unit 411...the second roller seat 412......the second roller 413....the second pivot 414...the splicing screw 415...the second spacer 42· ······· cover plate 43...··fixing screw 481...second spacer 482...lap plate 483...second adjustment screw 484...outer pull screw 485...second elastic member 486 ······Slope 487 ... pad bevel 491·...··upper pad 492...lower pad 493 ••...·second adjustment screw 494·...·outer pull screw 495...second elastic member 496 ......upper seat bevel 497 ······ Lower seat slope 16 1295596. 498...· ...Upper sloping surface 52...·•...Lith plate 499...·...Bottom pad slope 53".·...·弟钢5...·...Male die device 54...·...·second steel plate 51... side plate 17

Claims

1295596 . :··' * ..... - '· ^ . .- ... _ . , . . . ...-.- . . . . . .... , ... .; '.''' . : ' · X. Patent application scope: e 1 · A forging part forming machine with a gapless rolling device "The base" has a bottom wall, respectively, from the left and right sides of the bottom wall An extending side wall, and two rail plates respectively oppositely extending on the inner side surface of the side wall and extending longitudinally forward and backward, the bottom wall, the side wall and the rail plate jointly define a chamber, each side wall has a top surface, a mounting surface disposed on the inner side of the top surface, at least one recess formed on the mounting surface and communicating inwardly to the straight, a groove on the inner side surface, an upper portion above the rail plate, and a pair of _ a lower side portion of the rail plate installation; two first gapless rolling devices, each of the first gapless rolling devices includes at least one first roller unit mounted on a front side of one of the rail plates, the first roller unit having a first roller that can roll and protrudes inside one of the rail plates. Two second gapless rolling devices are respectively mounted on the side walls of the base, each second The gap rolling device includes at least one second roller unit mounted on a rear side of the upper portion, the second roller unit having a second roller that can sleek and protrudes inside one of the upper portions, and is mounted in the slot a second roller seat for receiving the second roller, and a second pivot shaft for pivotally pivoting the second roller in the second roller seat; and *^^I being driven to be swept forward, and including The two sides are located on the left and right sides and respectively... the side panels on the inner side of the panel, and the two sides respectively protruding from the top of one of the side panels radially outward and seated on the horizontal top surface of the panel Board, 'every side of the wide one wing is always standing; 18 1295596 Tian "Hai A model clothes drive and move forward and backward, each gamma 4 莰糈 by the first and the other round on the left and right sides (4) Design, make the Wei Wei Wei 2 · According to the scope of the patent application, the same is the forging of each of the forgings (four) ^ without gap rolling device ^ molding machine, wherein the male mold device further includes at least -_ ^ ^ ^ ^ ^ j, ^ # _ ^ ^ , # ^ ^ ^ ^ £ ^ ^ ^ ^ ^ 4 brothers can be divided into steel plates Corresponding to the sliding on the first roller...^ 3. According to the patent application, the first steel plate of the external object temple can be correspondingly slid to the second roller. 4. According to the patent application scope Having a non-chemical (four) ^^ ^ ^ 3⁄4 3⁄4^ t , ^ it ^ ^ connected to the side wall of the second roller seat yoke, for the second lord" 5. According to the scope of claim 4 The gapless rolling device forging part molding machine, wherein each of the second roller units further has a second spacer disposed between one of the outer sides of the second roller holder and the side wall. 6. The gapless rolling and forging part forming machine according to claim 3, wherein each of the second roller units is more privately mounted on the outer side and the side wall of one of the second roller holders. An L-two pad, a lap plate fixed to one of the second roller seat and the second cymbal block, at least - rotatably downwardly extending through the lap plate and: 19 1295596 An outer twisting screw of the second side of the block and screwed to the second roller seat, and at least one elastic member having an elastic force for pulling the outer pull screw and the second roller seat outward, the second roller seat has a formed outer side And the second inclined block has a beveled surface which is formed on an inner side and is adjacent to the inclined surface of the seat, and rotates the second adjusting screw color when adjusting, that is, the second block can be Move down, and push the second roller seat to move toward the wing ^ or pull the second roller seat to adjust inward with the elastic member, thereby adjusting the position of the second roller. According to the seventh aspect of the invention, the second roller unit further has an upper and lower side embedded between one of the outer side and the side wall of the second roller base. And can move relative ^ - ^ ^ ^ - T ^ ^ ^ T f # ^ Λ ^ ^ ^ ^ ^ τ ^ j ^ ^ ^ ^ V Λ J. ^ ^ m M t - it ^ M ^ # M ^ ^ w # v ^ ^ The two roller seats have an upper inclined surface which is formed on the outer side - the upper half and gradually outwards and p obliquely, and - the __τ half money forming the heart side ^ ^ ^ ^ Τ ^ # ^ Τ ^ ^ ® ^ ^ ^ ^ ^ ^ ^ ^ and the matching neighbors (4) ^ ^ ^ ^ ^ x ^ ^ T # φ ± ^ τ ^ # φ * ^ ^ ^ # ^ ^ ^ ^ ^ # ^ # ^ ΜΤ ^ ± . T r Let the upper pad together with the second adjustment screw 20 1295596 * " , to annihilate the position of the second roller. 8 ^ ^ ^ α ^ ^ ® f 3 ^ ^ ^ ^ ^ ^ ^ 1^ ^ t, 1 Forging port (V-shaped forming machine, wherein each second benefit door comprises a gland in the second roller seat And a mounting plate on the mounting surface and extending from the inside of the rail plate, and a plurality of fixing screws respectively fixing the cover plate on the ampule surface, the wing plate will be on the rail plate and Move between the cover plates. 9. According to the application for patents, forging parts into thieves, to, ^^ ώ it f # ^ # ^ ^ ^ , ^ ^ - $ - m ^ , more with - installed in the slot and for The first roller pivot, which is accommodated by the first roller, is vertically movable outside the first roller holder ^ ^ T ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ = and screwed into a first adjusting screw of the first spacer, and at least one elastic member having a constant force to move the second roller holder toward the first spacer, the first, the wheel housing having the outer side and being formed from the inside to the outside The inclined seat slope has a sloped surface formed on an inner side and abutting against the inclined surface of the seat. When the first adjusting screw is rotated, the first block can be relatively moved before and after, and matched. The elastic member pulls the first roller seat to relatively move the outer position of the first roller seat to adjust the position. The sensitive part molding machine, wherein each first roller unit has a screw 21 1295596 ..- I into the front portion And the top is offset by the positioning screw on the front side of the first block to determine the position of the first block. 1295596 VII. Designation of the representative figure ^, (1) The representative figure of the case is: (2) The representative figure A brief description of the component symbols: 2...................cradle 232... ··· i face 21·...···· bottom wall 24 ...·· ... chamber 22... '...side wall 3··...·· Clearance-free rolling device 221 - top surface 3L ... ... first roller unit 222 ... ... mounting surface 4 ... ... second gapless rolling device 223 ... ... ... slotted 41 · · · · · ... Two roller unit 224 ... ... upper side part 5 ... ... ... male mold device 225 - ... ... lower side part 51 ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... ... 8. If there is a chemical formula in this case, please disclose the chemical formula that best shows the characteristics of the invention: