M308817 八、新型說明： 八、新型說明： 【新型所屬之技術領域】 -錄作係有關於—種震動送韻底座結構改良 ，尤指 f是數個腳柱斜向固定於承料盤及底盤間以形成Z字型 之震動送料機底絲構，特別是，*兩兩躲並列設置以 先成，數個支撐m環繞排列固設於承料盤及底盤 間’藉此提高承料盤之穩定性及使用壽命。M308817 Eight, new description: Eight, new description: [New technology field] - Recording system has a variety of vibration to send rhyme base structure improvement, especially f is a number of legs obliquely fixed to the receiving tray and chassis In order to form a zigzag type of vibrating feeder bottom wire structure, in particular, *two and two are arranged side by side to form a plurality of support m, and are arranged around the receiving tray and the chassis to enhance the receiving tray. Stability and service life.
【先前技術】 螺絲廣泛應用於曰常生活中，且無論尺寸大小或樣式 ^扮演著重要角色，螺絲之製造加工程序主要包含線材裁 切、打頭及輾牙等步驟，其中，輾牙機是進行輾牙步驟以 於螺絲粗胚上車出螺旋狀之螺牙之常用機具，一般輾牙機 之主要元件包含震動盤、執道、送料裝置及搓牙裝置，震 動盤藉由震動及排序，將一顆顆螺絲粗胚依序排列送入傾 斜之執道，再由設於執道尾端出口處旁之送料裝置將螺絲 粗胚推送進入搓牙裝置進行輾牙步驟，如此反覆上述步 驟’以使螺絲粗胚逐一加工螺紋。 請參閱第五至八圖所示，其係習用震動送料機結構之 不意圖，該震動送料機（9)主要包含一震動盤（91)、一底 盤（92)、複數個支撐柱（93)及一震動產生器（94)，各支撐 柱（93)及該震動產生器（94)係連結固定於震動盤（91及 底盤（92)之間，藉由該震動產生器（94)對震動盤（91)產生 上下震動，以使震動盤（91)内之螺絲彈跳排列且前進，而 支撐柱（93)係環狀排列且包含具上斜面（9311)之上固定 5 M308817 塊（931)、複數個層狀疊置之缓衝彈片（932)、具下斜面 (9331)之下固定塊（933)及複數個固定栓（934)，上、下固 定塊（931)、（933)分別固設於震動盤（91)及底盤（92)，藉 由各固定栓（934)穿設各緩衝彈片（932)之兩端，使其一端 固定於上固定塊（931)之上斜面（9311)，另一端固定於下 固定塊（933)之下斜面（9331)，故層狀疊置之缓衝彈片 (932)斜向設置且使支撐柱（93)呈Z字型。 實際操作時，震動盤（91)之面積越大，外圍圓周相對 增加’為了提供震動盤（91)之穩定，則所需之支撐柱（gw 數量隨之增加，以均勻分布及支撐於震動盤（91)周圍，再 者’為了提高震動產生器（94)對震動盤（91)形成之震動所 需之穩定及緩衝，除了增加支撐柱（93)數量，一般則是藉 由加大緩衝彈片（932)之寬度以及增加緩衝彈片（932)之 厚度，以提高缓衝力及提供穩定性，且增加及減少緩衝彈 片（932)之數量可分別提高及降低支撐柱（93)之硬度，以 維持震動盤（91)適當之震動。 & 然而，習用結構存在以下之問題： 1. 彈性差且壽命短：由於各支撐柱係以圓形環繞排列一 圈，故各支撐柱之緩衝彈片厚且寬，雖得以提供較佳之 震動抵抗力，卻也喪失足夠之彈性，甚至造成敕A震動 送料機之震動，經長期震動後，-旦超過金屬=極限 即造成結構破壞，於業界使用情形則大約為三個月的壽 命，即需更新支撐柱，造成生產成本高居不下。可 2. 調整準確度差：緣於緩衝彈片之厚度較厚，適可提供較 馬之剛性，卻也造成增減緩衝彈片以調整支撐柱产之 準確度降低，亦即往往快接近震動盤所需之^性時，卻 M308817 發生多增一片緩衝彈片太多 情況。 減一片緩衝彈片則太少的 田，一本案之創作人累積多年設計製造之經驗，經^ 斷心考、製造及修正，遂有本創作之誕生以解決上 【新型内容】 声本，作之主要目的係提供一種震動送料機底座結本 改艮，猎由兩兩腳柱徑向並列形成支撐腳組， σ' 固設於承料盤及底盤之間，以提供較佳之 歹[Prior Art] Screws are widely used in everyday life, and regardless of size or style, the manufacturing process of screws mainly includes the steps of cutting, heading and squeezing. Among them, the boring machine is The common equipment for performing the cavities step on the screw-shaped rough embryos, the main components of the general boring machine include the vibrating plate, the obstruction, the feeding device and the squeezing device, and the vibrating plate is vibrated and sorted. The coarse embryos of each screw are arranged in sequence to be sent to the inclined road, and then the feeding device of the screw placed next to the exit end of the road is pushed into the tooth decay device for the tooth decay step, thus repeating the above steps' In order to make the screw coarse embryos machine the thread one by one. Referring to Figures 5 to 8, which are not intended to be used in the construction of a vibrating feeder, the vibrating feeder (9) mainly comprises a vibrating plate (91), a chassis (92), and a plurality of supporting columns (93). And a vibration generator (94), each of the support columns (93) and the vibration generator (94) are fixedly coupled between the vibration plate (91 and the chassis (92), and the vibration generator (94) is vibrated The disc (91) generates an up and down vibration so that the screws in the vibrating disc (91) bounce and advance, and the support post (93) is annularly arranged and includes a fixed 5 M308817 block (931) with an upper bevel (9311). , a plurality of layered stacked buffer elastic pieces (932), a lower inclined surface (9331) lower fixed block (933) and a plurality of fixed plugs (934), upper and lower fixed blocks (931), (933) respectively It is fixed on the vibrating plate (91) and the bottom plate (92), and each of the two ends of the buffering elastic piece (932) is passed through each fixing bolt (934), and one end thereof is fixed on the upper surface of the upper fixing block (931) (9311). ), the other end is fixed to the inclined surface (9331) below the lower fixing block (933), so the layered stacked cushioning elastic piece (932) is obliquely arranged and the supporting column (9) 3) Z-shaped. In actual operation, the larger the area of the vibrating plate (91), the more the peripheral circumference is increased. 'In order to provide stability of the vibrating plate (91), the required support column (the number of gw increases accordingly) Evenly distributed and supported around the vibrating plate (91), and in order to improve the stability and cushioning required for the vibration generated by the vibrating generator (94) against the vibrating plate (91), in addition to increasing the number of supporting columns (93), generally By increasing the width of the buffer shrapnel (932) and increasing the thickness of the buffer shrapnel (932) to increase the cushioning force and provide stability, and increasing and decreasing the number of cushioning shrapnel (932), the support column can be separately raised and lowered ( 93) The hardness is to maintain the vibration of the vibrating plate (91). & However, the conventional structure has the following problems: 1. Poor elasticity and short life: Since each support column is arranged in a circle around a circle, each The cushioning shrapnel of the support column is thick and wide. Although it provides better shock resistance, it also loses enough elasticity and even causes the vibration of the 敕A vibration feeder. After long-term vibration, it will cause the knot to exceed the metal=limit. Destruction, the use of the industry is about three months of life, that is, the support column needs to be renewed, resulting in high production costs. 2. Adjustable accuracy difference: due to the thick thickness of the buffer shrapnel, it is suitable to provide more horses Rigidity, but also caused the increase or decrease of the buffer shrapnel to adjust the accuracy of the support column production, that is, when it is close to the vibration required by the vibrating plate, the M308817 has a large amount of buffer shrapnel. Too few fields, the creators of this case have accumulated many years of experience in designing and manufacturing. After the test, manufacture and revision, the birth of this creation is to solve the [new content] sound book. The main purpose is to provide a kind of The base of the vibrating feeder is changed. The hunting consists of two pairs of legs in parallel to form a supporting leg group. σ' is fixed between the receiving tray and the chassis to provide better 歹.
時間，降低操作成本。 ㈣延長更去 本創作之另-目的係提供—種震動送料機底座 整能所需之寬度及厚度’使切彈性◎ 為了達到上述目的，本創作之震動送料機包人一 盤、—震動產生器、一底盤及複數個支撐腳級，龙，料 動產生器連結於該承料盤及該底盤之間以使承制^该震 震動’各支#職等距環繞排_定於該承料心盤產4 之間，各支撐腳組係由至少二腳柱徑向並列所、謗底盤 柱包含具有上斜面之上固定塊、具有下斜面之成，各卿 緩衝桿體、上螺桿及下螺桿，該緩衝桿體係由固定绳、 疊放之緩衝彈片所構成，上固定塊及下固定J數偏層狀 承料盤及絲，令上螺桿？設㈣衝㈣之〜2固定於 固定塊之上斜面’下螺桿？設於缓衝桿體之迷固定上 下固定塊之下斜面，俾使上固定塊、缓衝桿畋於 形成z字型’藉此提供承料盤較高之彈性切〜了固定境 使用壽命，並使調整彈性之精密度更高。m %長 【實施方式】 7 M308817 創作目的及其達成之 詳細說明之，並請一 為令本創作所運用之技術内容、 功效有更完整且清楚的揭露，茲於下 併參閱所揭之圖式及圖號： 之震動送料機底座社 構改良之-實施例，該震動送料機⑴包含—承料盤^ -震動產生器⑶、-底盤⑷及複數個支撐馳&，盆 中’該震動產生器(3)連結於該承料盤⑵及該底盤： 間，尤其是位於承料盤（2)及底盤（4)之中央，提供承料般Time, reduce operating costs. (4) Extending and going to the other part of the creation - the purpose is to provide the width and thickness required for the vibration of the base of the vibrating feeder. 'To make the elasticity ◎ In order to achieve the above purpose, the vibrating feeder of the creation includes a plate, vibration generation a chassis, a plurality of support legs, and a dragon, a generator is coupled between the receiving tray and the chassis to enable the vibration of the armor to be equidistantly arranged. Between the core plates 4, each support leg group is juxtaposed by at least two legs radially, and the bottom plate column comprises a fixed block with an upper inclined surface and a lower inclined surface, each of the buffering rod body and the upper screw and The lower screw, the buffer rod system is composed of a fixed rope and a stacked buffer elastic piece, and the upper fixed block and the lower fixed J number of the layered layer receiving tray and the wire, so that the upper screw? Let (4) punch (4) ~ 2 be fixed on the bevel above the fixed block ' lower screw? The fan disposed on the buffer rod body fixes the inclined surface below the upper and lower fixed blocks, so that the upper fixing block and the buffer rod are formed in a zigzag shape, thereby providing a higher elastic cut of the receiving tray and a fixed service life. And the precision of the adjustment flexibility is higher. m %长 [Implementation] 7 M308817 The purpose of the creation and the detailed description of the achievement, and please provide a more complete and clear disclosure of the technical content and efficacy of this creation. Please refer to the figure below. Type and figure number: vibration feeder base mechanism improvement - embodiment, the vibration feeder (1) comprises - a loading tray ^ - a vibration generator (3), a chassis (4) and a plurality of support Chi & The vibration generator (3) is coupled to the receiving tray (2) and the chassis: in particular, in the center of the receiving tray (2) and the chassis (4), providing a material-like material
⑵之上下震動，而該承料盤⑵係用叫接待加I之螺^ 粗胚。 各支撐腳組（5)等距環繞排列固定於該承料盤（2)及 該底盤（4)之間，與習甩結構不同之處在於：各支撐腳組 (5)係由至少二腳柱（6)徑向並列所構成，亦即同一半徑方 向上將設有相隔適當距離之二腳柱⑹，換句話說，各腳 柱（6)係以内外圈環繞方式排列。 各腳柱（6)係包含具有上斜面（611)之上固定塊 (61)、具有下斜面（621)之下固定塊（62)、緩衝桿體（63)、 上螺桿（64)及下螺桿（65)，尤其是該緩衝桿體（63)係由複 數個層狀疊放之緩衝彈片（631)所構成，上固定塊（61)及 下固疋塊（62)分別以固定栓（⑽）固定於承枓盤（2)及底盤 (4)，且上斜面（6Π)與下斜面（621)係相對設置，而上斜 面（611)與承料盤⑵之夾角及下斜面（621)與底盤⑷之 夾角係設為60至80度之間，尤其是設為7〇度，令上螺 桿⑽先芽過方形塾片⑽，該方形塾片⑽將提高固定 效果’接著再穿設於緩衝桿體（63)-端之各缓衝彈片（631) 而固定上m ^⑽D之上斜面（611)，同樣地，下螺桿（65) 8 M308817 先穿過方形墊片（67)，再穿設於緩衝桿體（63)另端之各缓 衝彈片（631)而固定於下固定塊（62)之下斜面（621)，藉以 使上固定塊（61)、缓衝桿體（63)及下固定塊（62)形成z字 型。(2) The upper and lower vibrations, and the receiving tray (2) is called the reception plus I screw ^ coarse embryo. Each supporting leg group (5) is equidistantly arranged and fixed between the receiving tray (2) and the chassis (4), which is different from the conventional structure in that each supporting leg group (5) is composed of at least two legs. The columns (6) are formed by juxtaposed radially, that is, two legs (6) separated by an appropriate distance in the same radial direction. In other words, the legs (6) are arranged in an inner and outer circle. Each leg (6) includes a fixed block (61) having an upper inclined surface (611), a fixed block (62) having a lower inclined surface (621), a buffer rod body (63), an upper screw (64), and a lower portion. The screw (65), in particular the buffer rod body (63), is composed of a plurality of layered buffering elastic sheets (631), and the upper fixing block (61) and the lower fixing block (62) are respectively fixed bolts ( (10)) fixed to the bearing plate (2) and the chassis (4), and the upper inclined surface (6 inches) and the lower inclined surface (621) are opposite to each other, and the upper inclined surface (611) and the receiving tray (2) and the lower inclined surface (621) ) The angle with the chassis (4) is set between 60 and 80 degrees, especially 7 degrees, so that the upper screw (10) is budded over the square cymbal (10), and the square cymbal (10) will improve the fixing effect. The buffering piece (631) at the end of the buffer rod body (63) is fixed to the upper surface of the m ^ (10) D (611). Similarly, the lower screw (65) 8 M308817 first passes through the square spacer (67). Then, the buffering elastic piece (631) disposed at the other end of the buffer rod body (63) is fixed to the inclined surface (621) below the lower fixing block (62), thereby making the upper fixing block (61) and the buffer rod body ( 63) and fixed below Block (62) forms a z-shape.
除此之外，本創作之震動送料機（1)進一步包含複數 個墊材（7)，各墊材⑺係呈矩形且抵靠於相鄰之二上斜面 =11)及相+鄰之二下斜面（621)，且由緩衝桿體（63)緊密抵 罪夾緊，藉此使相鄰二緩衝桿體（63)對齊且傾斜角度一 致0 、、且裝後’與習用結構相比較即可知道，本創作之圓周 位置上的數量減少，而於徑向位置之腳柱（6)數量增加， 亦即=第四圖所示，該震動送料機之支撐腳組（5)圓周排 列數量為五組，相較於第八圖所示習用結構之八個腳柱減 少許多，卻可提供同樣的穩定性，再者，如第三及七圖之 比較，本創作之支撐腳組（5)之腳柱（6)結構相對的具有較 小之緩衝彈片（631)寬度及厚度。 由上可知，本創作改善習用結構之缺點且具有下列之 優點： 1·支撐彈性佳且穩定性高：藉由本創作之結構及排列， 因減少圓周位置上腳柱之數量及其寬度，故使得承料 盤之彈性提高，當震動產生器從内而外產生震動時， 位於内圈之腳柱可提供第一道能量之吸收，使得震動 能量傳至外圈之腳柱時已較為減少，故本創作亦具有 較佳之穩定性及平衡性表現。 2·延長使用哥命：由於本創作提供較佳之彈性及穩定 性’相對地也就提高腳柱之使用壽命，降低生產及維 9 M308817 修成本。 3.調整更為準確精密：本創作所需之缓衝彈片相較於習 用結構將較為薄，當使用者視需要情況調整及增減每 一腳柱之緩衝彈片時，可更準確地控制其彈性表現。 然而，前述之實施例或圖示並非限定本創作之結構樣 態、尺寸或排列方式，任何所屬技術領域中具有通常知識 者之適當變化或修飾，皆應視為不脫離本創作之專利範 疇。 綜上所述，本創作實施例確能達到所預期之使用功 效，又其所揭露之具體構造，不僅未曾見諸於同類產品 中，亦未曾公開於申請前，誠已完全符合專利法之規定與 要求，爰依法提出新型專利之申請，懇請惠予審查，並賜 准專利，則實感德便。 M308817 【圖式簡單說明】 第一圖：本創作一實施例之正視圖 第二圖：本創作一實施例之局部立體分解圖 , 第三圖··本創作一實施例之局部組合側視圖 第四圖：本創作一實施例之俯視及局部放大圖 - 第五圖：習用結構之正視圖 第六圖：習用結構之局部立體分解圖 第七圖：習用結構之局部組合側視圖 _ 第八圖：習用結構之俯視及局部放大圖 【主要元件符號說明】 <本創作> (1) 震動送料機 (2) 承料盤 (3) 震動產生器 (4) 底盤 (5) 支撐腳組 (6) 腳柱 (61) 上固定塊 (611) 上斜面 (62) 下固定塊 (621) 下斜面 (63) 緩衝桿體 (64) 上螺桿 (65) 下螺桿 (66) 固定栓 (67) 方形墊片 (7) 墊材 <現有技術> (9) 震動送料機 (91) 震動盤 (92) 底盤 (93) 支撐柱 (94) 震動產生器 (931) 上固定塊 11 M308817 (9311) 上斜面 (932) 緩衝彈片 (933) 下固定塊 (9331) 下斜面 (934) 固定栓In addition, the vibrating feeder (1) of the present invention further comprises a plurality of mats (7), each mat (7) is rectangular and abuts against two adjacent upper bevels = 11) and two adjacent phases The lower inclined surface (621) is tightly restrained by the buffer rod body (63), thereby aligning the adjacent two buffer rod bodies (63) and the inclination angle is uniform 0, and the post-installation 'compares with the conventional structure. It is known that the number of circumferential positions of the creation is reduced, and the number of the legs (6) in the radial position is increased, that is, as shown in the fourth figure, the number of circumferential support of the support group (5) of the vibrating feeder is The five groups, compared to the eight columns of the conventional structure shown in Figure 8, are much reduced, but provide the same stability. Furthermore, as in the comparison of the third and seventh figures, the support foot set of this creation (5) The foot column (6) has a relatively small width and thickness of the cushioning elastic piece (631). As can be seen from the above, the present invention improves the disadvantages of the conventional structure and has the following advantages: 1. The support elasticity is good and the stability is high: by the structure and arrangement of the present creation, the number of the legs and the width thereof at the circumferential position are reduced, so that The elasticity of the receiving tray is increased. When the vibration generator generates vibration from the inside and the outside, the foot column located in the inner ring can provide the absorption of the first energy, so that the vibration energy is reduced to the foot column of the outer ring, so This creation also has better stability and balance performance. 2. Extend the use of life: Because this creation provides better flexibility and stability, it also increases the service life of the foot column and reduces the cost of production and maintenance. 3. The adjustment is more accurate and precise: the cushioning shrapnel required for this creation will be thinner than the conventional structure. When the user adjusts and increases or decreases the cushioning shrapnel of each leg as needed, it can control it more accurately. Flexible performance. However, the above-described embodiments or illustrations are not intended to limit the structure, size, or arrangement of the present invention, and any suitable variations or modifications of the ordinary skill in the art should be construed as not departing from the scope of the invention. In summary, the present embodiment can achieve the expected use efficiency, and the specific structure disclosed therein has not been seen in similar products, nor has it been disclosed before the application, and has fully complied with the provisions of the Patent Law. And the request, the application for a new type of patent in accordance with the law, please forgive the review, and grant the patent, it is really sensible. M308817 [Simplified description of the drawings] First: a front view of an embodiment of the present invention. A second partial exploded view of an embodiment of the present creation, and a third partial view of a partial combination of the present embodiment. 4: a top view and a partial enlarged view of an embodiment of the present invention - a fifth view: a front view of a conventional structure, a sixth view: a partial exploded view of a conventional structure, a seventh figure: a partial combined side view of a conventional structure _ eighth :Overview and partial enlargement of the conventional structure [Description of main components] <This creation> (1) Vibrating feeder (2) Feeding tray (3) Vibration generator (4) Chassis (5) Supporting foot group ( 6) Foot column (61) Upper fixing block (611) Upper inclined surface (62) Lower fixing block (621) Lower inclined surface (63) Buffer rod body (64) Upper screw (65) Lower screw (66) Fixing bolt (67) Square spacer (7) Mat <Prior Art> (9) Vibrating feeder (91) Vibrating plate (92) Chassis (93) Support column (94) Vibration generator (931) Upper fixing block 11 M308817 (9311 ) Upper bevel (932) Buffer shrapnel (933) Lower fixing block (9331) Lower bevel (934) Fixing bolt
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