M263183 捌、新型說明： 【新型所屬之技術領域】 本創作係-種供小零件去毛邊、磨倒角的抛光研磨機 ’尤指該拋光研磨機的傳動裝置具有穩實可靠、低噪音的 驅動效果。 【先前技術】 按由小令件在倒角、去毛邊時，大部份係運用高速抛 光研磨機，一般係如第五圖所示，其設置一機台（4 〇 ) ，内部的上半部設有-旋轉座（5〇)，其内㈣數只樞 座（60)，樞座（6〇)内連結數組研磨筒, 俾供零件與研磨粒〔比如研磨石或研磨粉〕置放於研磨筒 (7 〇 )内，而旋轉座（5 〇 )係受鏈條傳動形成旋轉， 各研磨筒（7 0 )也利用樞座（6 〇 )連結鏈輪以受鏈條 嚙口，形成旋轉座（5〇)為公轉，各研磨筒（7〇)受 到樞座（6 0 )旋轉而形成自轉，使研磨筒（7 〇 )内的 零件與研磨粒摩擦干涉，去除零件的毛邊。 惟’前述各研磨筒受到鏈輪驅動，鏈輪、鏈條傳動的 聲音’由於是金屬與金屬的碰撞，致使噪音很大，工作環 扰給操作人員的感受並不佳，影響工作人員的情緒，甚至 是工作效率。 【新型内容】 本創作者有鑑於前述高速拋光研磨機存在的問題，因 此開發出一種可驅動穩實的高速拋光研磨機，俾提供低噪 曰、向扭力傳動研磨筒的實用性，為其主要創作目的。 M263183 為了可達到前述的發明目的，本創作所運用的技術手 段係在於提供一種可驅動穩實的高速拋光研磨機，其設置 -機體：機體内設置一可轉動的旋轉盤，旋轉盤朝向外蓋 該端面係樞設數研磨筒，各研磨筒設置可開合之筒蓋，旋 轉盤旋轉盤另—端面設置-供旋轉盤公轉、研磨筒自轉的 傳動裝置，該傳動裝置係包含： 一動力源，其連結傳動―第―從動輪旋轉，該第-從 動輪穿固一從動軸，該從動軸另_端套固一第二從動輪， 該Γ從動輪為齒輪狀’該從動軸穿固第二從動輪的末端 係牙固该旋轉盤；以及 該旋轉盤相反於研磨筒之該端面，對應研磨筒的位置 =空Γ座’每一輪座拖穿—用以連結固定研磨筒的 自轉轴朝向動力源方向穿固一自轉齒輪；以及 该自轉齒輪以複數形態共同嚙合-齒形皮帶。 本創作可以獲得的功效，得由齒形皮帶驅動各自轉齒 輪，而猎齒形皮帶的撓性材 ^自# # _，π A ^ 、讓齒形皮γ的阻尼特性接 立，1τ Α π π震動，大幅降低研磨筒轉動 的市曰瓖工作環境益加令人安心； :外，齒形皮帶與自轉齒輪提供齒形喷 此的有效接觸面積，强 後 ,^ 、 動裝置帶動研磨筒的扭力盥轉M263183 新型 Description of the new type: [Technical field to which the new type belongs] This creative department-a polishing grinder for deburring and chamfering of small parts', especially the transmission device of the polishing grinder has a stable, reliable and low-noise drive effect. [Prior technology] When chamfering and deburring, small parts are mostly high-speed polishing machines. Generally, as shown in the fifth figure, a machine (40) is set on the upper half of the interior. The part is provided with a rotating base (50), which has a plurality of pivot bases (60). The pivot base (60) is connected with an array of grinding cylinders, and is used for placing parts and abrasive particles (such as grinding stones or grinding powder). In the grinding cylinder (70), the rotary seat (50) is rotated by the chain transmission. Each grinding cylinder (70) also uses a pivot seat (60) to connect the sprocket to receive the chain bite to form a rotary seat. (50) is a revolution, and each of the grinding cylinders (70) is rotated by the pivot seat (60) to form a rotation, so that the parts in the grinding cylinder (70) frictionally interfere with the abrasive particles, and the burrs of the parts are removed. However, 'the aforementioned grinding cylinders are driven by a sprocket, and the sound of the sprocket and chain transmission' is a metal-to-metal collision, which causes a lot of noise. The interference of the working ring to the operator is not good and affects the mood of the staff. Even work efficiency. [New content] In view of the problems of the aforementioned high-speed polishing and grinding machine, the author has developed a high-speed polishing and grinding machine that can be driven stably, and provides the practicality of a low-noise, torque-driven grinding cylinder. Creative purpose. M263183 In order to achieve the aforementioned invention purpose, the technical means used in this creation is to provide a stable and stable high-speed polishing and grinding machine. Its setting-body: a rotatable rotating disk is set in the body, and the rotating disk faces the outer cover. The end surface is provided with a number of grinding cylinders, each of the grinding cylinders is provided with an openable and closable cylinder cover, and the rotating disk and the rotating disk are provided with another end surface-a transmission device for the rotation of the rotating disk and the rotation of the grinding tube. The transmission device includes: Its connecting transmission—the first driven wheel rotates, the first driven wheel passes through a driven shaft, and the other end of the driven shaft sleeves a second driven wheel. The driven shaft is gear-shaped, and the driven shaft passes through. The end of the second driven wheel is fixed to the rotating disk; and the rotating disk is opposite to the end surface of the grinding cylinder, corresponding to the position of the grinding cylinder = empty Γ seat; each wheel seat is pulled through-used to connect the rotation of the fixed grinding cylinder The shaft is threaded through a rotation gear toward the direction of the power source; and the rotation gear is meshed in a plurality of shapes with a toothed belt. The effect that can be obtained in this creation is to drive the respective gears by a toothed belt, and the flexible material of the hunting toothed belt ^ From # # _, π A ^, let the damping characteristics of the toothed leather γ stand, 1τ Α π π vibration, which greatly reduces the working environment of the grinding cylinder, and the working environment is reassuring; In addition, the toothed belt and the rotation gear provide an effective contact area of the toothed spray. After strong, the moving device drives the grinding cylinder. Torsion
動力量，極具實用性。 “ U 【實施方式】 本創作係一種可驅動稃 _ 第-、二圖，盆顯一貫的两速拋光研磨機’請參看 又置—機體（1 0 )，機體（i 〇 ) M263183 設置一操作孔（1 1 )，於操作孔（i丄）外側樞設一可 蓋合、掀開的外蓋（1 2 )，操作孔（1丄）内固設一外 座（1 3 )，外座（1 3 )内係設置一可旋轉的旋轉盤（ 3 〇 )，旋轉盤（3 0 )朝向外蓋（工2 )該端面係樞設 數研磨筒（3 5 )，研磨筒（3 5 )供零件與研磨粒進入 ，並設置筒蓋（3 5 1 )以防止掉落，旋轉盤（3 〇 )另 一端面則設置讓旋轉盤（3 〇 )公轉、研磨筒（3 5 )自 轉的傳動裝置（20A)，其中； 一動力源（20)輸出軸連結一主動輪（2 1)，主 動輪（2 1)利用一主皮帶（22)傳動一第一從動輪（ 231)，該第一從動輪（231)中央穿固一從動軸（ 2 3 )，>(文動轴（2 3 )係槐接於一中空狀轴座（2 4 ) 中，從動軸（2 3 )穿出軸座（2 4 )另一端係套固一第 二從動輪（2 3 2 )，該第二從動輪（2 3 2 )為齒輪形 態，並且從動軸（23)穿過第二從動輪（2 3 2)的末 端係穿固旋轉盤（3 0 );以及 該旋轉盤（3 0 )相反於研磨筒（3 5 )之該端面， 對應研磨筒（3 5 )的位置而固設有中空狀輪座（3工） ，於每一輪座（31)中樞穿一用以連結固定研磨筒（3 5 )的自轉軸（3 2 ) 各自轉軸（3 2 )朝向動力源 20)方向穿固一自轉齒輪（33 〇)上設置數張力輪（36)，而 個為例，一齒形皮帶（3 7 )嚙合 33)與第二從動輪（232)， )’以及於旋轉盤（ α自轉齒輪（3 3 ) 兩呈水平的自轉齒輪 —個張力輪（3 6 ) ( 3 四( 係 M263183 由齒形皮帶（3 7〉& 帶（3 )則嗜 (23 外側朝 動從動 2 )， 3 5) 件與研 7)張力較不”、側朝内側壓抵，確保齒形皮 合另外兩呈水平的^ 的自轉齒輪（33)與第二從動於 2)，另一個張力於 网 J輪（36)由齒形皮帶（38) 内側壓抵，俾齒形古帶 %(38)張力較不會鬆弛。 因此如第二、二闽 軸（23)及其第 ~圖，一啟動動力源（2 〇 )傳 從動輪（231) ( 2 3 啟動旋轉盤（3 〇 )公轉，繼由傳動齒形皮帶（3 3 8)嚙合各自轉齒輪（3 3)旋轉，令研磨筒（ 於旋轉盤（30)自轉，讓研磨筒（35)内的零 磨石接觸摩擦’達到零件削除毛邊的目的。 本創作利用齒形皮帶（3 7 ) ( 3 8 )嚙合各自轉齒 輪（33)的設計，由於齒形皮帶（37) (38)為具 阻尼的材質，故能完全改善往昔鏈輪與鏈條嚙合的噪音， 並且如第四圖所示，齒形皮帶（37) (38)嚙合各自 轉齒輪（3 3 )，齒形的凹凸配合有效增加彼此的接觸面 ，提昇帶動研磨筒（35)的扭力而更不容易滑脫。 M263183 【圖式簡單說明】 (一）圖式部分 第一圖係本創作安裝於機體的外觀示意圖。 第二圖係本創作傳動裝置的立體示意圖。 第三圖係本創作顯示齒形皮帶與自轉齒輪配置的立 示意圖。 示意圖。 第四圖係本創作顯示齒形皮帶與自轉齒輪配置的平 立體示意圖。 第五圖係現有研磨機的 機體 (3 2 )自去奎4丄 自轉軸Power, extremely practical. "U [Embodiment] This creation is a kind of two-speed polishing and grinding machine that can drive 稃 __ Figures-2 and 2 '. Please refer to another set-body (1 0), body (i 〇) M263183 set an operation A hole (1 1) is provided with an outer cover (1 2) which can be closed and opened outside the operation hole (i 丄). An outer seat (1 3) and an outer seat are fixed in the operation hole (1 丄). (1 3) A rotatable rotary disk (30) is set in the inner system, and the rotary disk (30) faces the outer cover (work 2). The end surface is provided with a number of grinding cylinders (3 5) and grinding cylinders (3 5). For the parts and abrasive particles to enter, a cylinder cover (3 5 1) is provided to prevent falling, and the other end of the rotating disk (30) is provided with a drive for the rotating disk (30) to revolve and the grinding tube (3 5) to rotate. A device (20A), wherein a driving source (20) is connected to an output shaft of a power source (20), and the driving wheel (21) uses a main belt (22) to drive a first driven wheel (231), the first A driven shaft (2 3) is threaded through the center of the driven wheel (231), and the (moving shaft (2 3)) is connected to a hollow shaft seat (2 4), and the driven shaft (2 3) is passed through Outer shaft seat (2 4) A second driven wheel (2 3 2) is sleeved, the second driven wheel (2 3 2) is a gear, and the driven shaft (23) passes through the end of the second driven wheel (2 3 2) and is fastened. A rotating disk (30); and the rotating disk (30) is opposite to the end surface of the grinding cylinder (3 5), and a hollow wheel seat (3 workers) is fixed corresponding to the position of the grinding cylinder (3 5). Each wheel base (31) pivots through a rotation shaft (3 2) used to connect and fix the grinding barrel (3 5), and each rotation shaft (3 2) faces the power source 20) and a number of rotation gears (33 〇) are fixed on the rotation shaft (3 0). Tension wheel (36), and as an example, a toothed belt (3 7) meshes 33) with the second driven wheel (232),) 'and two horizontal rotations on the rotating disk (α rotation gear (3 3)) Gear—a tension wheel (3 6) (3 4 (Department of M263183 by toothed belt (3 7> & belt (3) is addicted (23 outside moving follower 2), 3 5) pieces and research 7) tension Less ", press sideways to the inside, make sure that the toothed leather meets the other two horizontally rotating gears (33) and the second driven in 2), and the other tension is on the mesh J wheel (36) by a toothed belt (38) Press inside % The toothed ancient belt% (38) tends to be less slack. Therefore, as in the second and second shafts (23) and their first ~ figures, a starting power source (20) is transmitted to the driven wheel (231) (2 3 start The rotating disk (3 0) revolves, and then the transmission toothed belt (3 3 8) meshes with the respective rotating gear (3 3) to rotate, so that the grinding tube (30) rotates, and the zero in the grinding tube (35) is rotated. Grinding stone contact friction 'achieves the purpose of removing burrs from parts. This creation uses a toothed belt (3 7) (3 8) to engage the design of the respective rotating gear (33). Since the toothed belt (37) (38) is a damping material, it can completely improve the meshing between the former sprocket and the chain As shown in the fourth figure, the toothed belts (37) (38) mesh with the respective rotating gears (3 3), and the concave and convex cooperation of the toothed shapes effectively increases the contact surface of each other and increases the torque of the grinding barrel (35). And it is not easy to slip off. M263183 [Brief description of the drawings] (I) Schematic part The first drawing is a schematic diagram of the appearance of this creative installation on the body. The second figure is a schematic perspective view of the original transmission. The third figure is a schematic diagram showing the configuration of the toothed belt and the rotation gear in this creation. schematic diagram. The fourth figure is a schematic plan view showing the configuration of the toothed belt and the rotation gear. The fifth picture is the body (3 2) of the existing grinder.
齒形皮帶 〇 )旋轉座 元件代表符號 (1 0 )機體 (1 2 )外蓋 (2 〇 A )傳動裝置 (2 1 )主動輪 (2 2 )主皮帶 (232)第二從動輪 (2 4 )轴座 (3 0 )旋轉盤 (1 1 )操作孔 (13)外座 (2 0 )動力源 231)第一從動輪 3 1 )輪座 3 3 )自轉齒輪 3 6 )張力輪 (6 0 )樞座Toothed belt 〇) Revolving seat element representative symbol (1 0) Body (1 2) Outer cover (20 A) Transmission (2 1) Driving wheel (2 2) Main belt (232) Second driven wheel (2 4 ) Shaft seat (3 0) Rotary disc (1 1) Operation hole (13) Outer seat (2 0) Power source 231) First driven wheel 3 1) Wheel seat 3 3) Rotation gear 3 6) Tension wheel (6 0 ) Pivot