M363357M363357
五、新塑說明： 【新型所屬之技術領域】 本創作係有關[種將電磁移動件與微動_巧妙運崎砂帶研 之裝置，藉由電磁移動件所產生的賴動作㈣τ，以其移動件帶動砂帶 研磨轴座及砂帶產生往復式偏_作，產生㈣研磨木料與砂帶間的最佳 研磨放益者。 【先前技4疗】 砂帶研磨機是-種麵·各式木面研磨無光健之機器，其 在木料加工作業上’具有舉足輕重的影響，亦即木料研磨成效的好壞，直 接關係著成品表韻優砂帶研磨機，乃在上下兩研磨轴間，套 入一環狀砂帶，糊研磨軸的_，使砂帶繞行，並對置於下方通過的木 料表面，進行或粗或_研磨或拋光健，触堪觀速、便捷，以之作 為大量生產使用，對木料加工業者，實具有絕對助益。 然而’在實用上，砂帶研磨作業上，仍存有以下缺點： 其.由於砂帶係套设於上下兩轉軸間繞行，使得其行進的軌跡乃為 疋導致其谷易積存木屬於砂帶表面，若未適時停機清除，該積存的木 屬將會造成木料表面，或產生研磨不足絲，或產生因較大木綱粒而有 到傷現象’因而對於研磨品質的㈣上，形雜大困擾。 其一.由於木屑易於積存在砂帶表面，導致砂帶表面散熱不佳，除了 易&成木梅_灼餅’雜砂帶雜財命蚁極大雜，若更換過 於頻繁，除影響產能，細的砂帶亦增加業主之負擔。 M363357 由於砂帶以固定路徑進行研磨，將產生對木料研 磨品質 產能、停機~ 清理以及更換砂_繁等㈣上的獨辟，紅的木器加工業者而 言’實有改進的必要。 【新型内容】 ，鑑於砂帶研磨機在使贱轉式砂帶作業上的缺點，創作人乃加以研究 進並劍k出本創作，其主要目的乃在於使砂帶研磨轴座形成一可適度 活動狀態’並利用-組電磁移動件配合微動開_控制，使電磁移動件所 產生的持雜導通狀觸電釋朗作巾，帶鱗輸座產纽復式的偏 擺動作，使得繞行«的砂帶，隨之產生研磨路徑的變化，而能對木料表 面形成更細緻的研磨與拋光效果者。 本創作之另-目的，在於藉由砂帶軸座的前後偏擺，帶動砂帶同步產 生偏移的較大研鱗_爾，關造出同-砂帶大使用範圍。V. New plastic description: [New technical field] This creation is related to [the kind of electromagnetic moving parts and micro-motion _ smart Yunsha sand belt research device, by the electromagnetic moving parts generated by the action (four) τ, with its movement The piece drives the belt grinding shaft seat and the belt to produce a reciprocating bias, which produces (4) the best grinding benefit between the grinding wood and the belt. [Previous technology 4 treatments] Abrasive belt grinding machine is a kind of surface and all kinds of wood surface grinding and no light health machine, which has a significant impact on the wood processing operation, that is, the effect of wood grinding is directly related to The finished table rhyme abrasive belt grinder is placed between the upper and lower grinding shafts, and is inserted into a ring-shaped belt, the _ of the paste grinding shaft, and the belt is circumscribed, and the surface of the wood placed underneath is carried out or rough. Or _ grinding or polishing, easy to use, as a mass production, for the wood processing industry, it is absolutely helpful. However, in practical application, there are still the following disadvantages in the abrasive belt grinding operation: Since the belt is sleeved between the upper and lower shafts, the trajectory of the belt is 疋, which makes the valley easy to accumulate wood. With the surface of the belt, if it is not stopped at the proper time, the accumulated wood will cause the surface of the wood, or the grinding may not be caused by the wire, or the skin may be damaged due to the larger wood particles. Therefore, the quality of the grinding is high. Troubled. First, because the wood chips are easy to accumulate on the surface of the abrasive belt, the surface of the abrasive belt is not well cooled. In addition to the easy & chengmumei-burning cake, the miscellaneous sand belt is extremely miscellaneous. If the replacement is too frequent, in addition to affecting the production capacity, The thin belt also increases the burden on the owner. M363357 As the abrasive belt is ground in a fixed path, it will produce the unique quality of the wood grinding quality, shutdown, cleaning and replacement of the sand (_), the red wood processing industry and the need to improve. [New content] In view of the shortcomings of the abrasive belt grinding machine in the operation of the tamping type abrasive belt, the creator has studied and entered the creation of the sword, and its main purpose is to make the abrasive belt grinding shaft seat form a moderate degree. The active state 'uses - the group of electromagnetic moving parts cooperate with the micro-motion open_control, so that the electromagnetically-moving parts generate the heterogeneous conduction electric shock and discharge the towel, and the slanting action of the squaring transmission produces the new complex type yaw action, so that the detour The abrasive belt, along with the change of the grinding path, can form a finer grinding and polishing effect on the surface of the wood. The other purpose of this creation is to use the front and back yaw of the belt seat to drive the large scale of the belt to produce the offset.
本創作之又-目的，在於減少砂帶表面積存木屑的情況，使其對木料 表面的到傷現象，降至最低。 丨乍之再目的，在於因減少砂帶表面積存木屑的情況，使得除了 作業上不需頻繁停機清除外’對於砂帶的使用壽命，更可大幅提昇。 【實施方式】 關於創作之結構組成、技術手段及功效達成方面，謹配合圖式，詳細 說明如后： 贯先，請參圖1所示，本創作之砂帶研磨機其上機座（1◦)，主要係 4 M363357 .包括上機抬（11)、送料伟（i 2)，以及分餘左、右二』之:機架 (2 1 )與右齡（2 〇 )，而在左、右機架職置有上τ二砂帶袖座（3 0)’以其砂帶抽（3 3 )間得套設環狀砂帶（未緣），以對經由送料平始 (12)通過之木料’進行設定之研磨或抛光作業。 、為使前述之砂帶轴座（3 ◦)上砂帶抽（3 3 )，產生適度的偏擺動作， 以改私帶研磨作業雜昇效益，摘作特在右触（2 G )_，設置 一組_ ( 4 〇 )，並請同時參_、圖3所示，其中該_ ( 4 〇 ) ^ 方叹有々位板（41)，於板上分別設置有對應關係之電磁鐵 (42)及繼（44)，恤鐵（4 2)内置之魏滑塊（43)盘 纖（4 4) L細簣⑷），藉峨（4 5 )的_，、 使付電磁鐵（4 2 )導通而被吸入的麵滑塊（4 3 )，在電磁鐵（ 斷電瞬間’得以被彈菁（45)拉回復位，由是在電磁鐵（42)受控進 行導通與斷電的連續作用 ’ βΛ磁吸&塊（4 3 )將產生連續性的往復滑 移動作。 ^上述磁吸滑塊（4 3)的往復滑移動作，進—步的在磁吸滑塊㈠ ^方設置—結合孔（4 6 )，使其對正研磨轴座側板（川外側設置 l 3 2 ί前緣穿孔，而以一結合桿（4 7 )結合，使當磁吸滑塊 (3 0 )、㈣^移動作時，即可帶_結板（3 2 )以至於砂帶轴座 送料y (3 3)及砂帶（树），進行前後偏擺 ，使砂帶對下方 而產^ 12)通過的木料，承受非固定軌跡的大面積研磨與拋光，從 而產生而品質的砂帶研磨作業者。 而為了使砂帶軸座（9 產生如前述的前後偏擺動作，對於電磁鐵 5 M363357 ¥月V:|十 f 補无 l 4 2)的持續性導通與斷電控制，則如圖3、圖4所示，係在砂帶軸座 底板（3 4)下方一侧，各設置一組呈對應型態的微動開關（3 5)( 3 6 )，以其分別進行導電與斷電的間歇性作用，確保磁吸滑塊（4 3)的往 復動作，得以持續進行者。The purpose of this creation is to reduce the amount of wood chips on the surface of the belt, so as to minimize the damage to the surface of the wood. The re-purpose of the sputum is to reduce the surface area of the abrasive belt and save the wood chips, so that the service life of the abrasive belt can be greatly improved, except that it does not need to be frequently shut down during operation. [Embodiment] Regarding the structural composition, technical means and efficacy of the creation, we will cooperate with the drawing to explain in detail the following: First, please refer to Figure 1, the sanding machine of the creation is on the base (1 ◦), mainly 4 M363357. Includes upper lift (11), feed Wei (i 2), and left and right balance: rack (2 1 ) and right age (2 〇), while on the left The right frame is equipped with a top shovel belt sleeve (30), and a belt (not edge) is set between the belts and the belt (3 3) to pass the feed (12). The setting of the grinding or polishing work is carried out by the wood. In order to pump the sand belt (3 3 ) on the sanding shaft seat (3 )), a moderate yaw motion is generated to change the efficiency of the grinding operation of the private belt, and the special touch is right (2 G )_ , set a group _ ( 4 〇), and please refer to _, Figure 3, where _ ( 4 〇) ^ square sighs the slab (41), the corresponding electromagnets are set on the board (42) and following (44), the iron (4) built-in Wei slider (43) disc fiber (4 4) L fine 篑 (4)), by 峨 (4 5 ) _,, to make the electromagnet ( 4 2) The surface slider (4 3 ) that is turned on and sucked in, can be pulled back by the electromagnet (45) when the electromagnet is turned off, and the electromagnet (42) is controlled to conduct and de-energize. The continuous action 'βΛmagnetic & block (4 3 ) will produce a continuous reciprocating sliding movement. ^The reciprocating sliding movement of the above magnetic slider (4 3), the magnetic sliding block (1) ^ Square setting—bonding holes (4 6 ) so that they are aligned with the side plates of the grinding shaft seat (the outer edge of the Sichuan is provided with a l 3 2 ί leading edge perforation, and combined with a coupling rod (4 7 ), so that the magnetic slider (3) 0), (4) ^ When moving, you can take _ knot board (3 2 ) to As for the belt y (3 3) and the belt (tree) of the belt, the slanting of the belt is carried out before and after the slanting of the belt, so that the wood passing through the belt is subjected to large-area grinding and polishing with a non-fixed trajectory, thereby producing The quality of the abrasive belt is grounded by the operator. In order to make the belt seat (9 produces the yaw action as described above, the continuous conduction of the electromagnet 5 M363357 ¥V:|10 f complements l 4 2) The power-off control, as shown in Fig. 3 and Fig. 4, is set on the lower side of the bottom plate (34) of the belt seat, and a set of corresponding micro-switches (3 5) ( 3 6 ) are respectively arranged to The intermittent action of conducting and de-energizing separately ensures that the reciprocating motion of the magnetic slider (43) is continued.
前述的微動開關（35)(36)所產生的間歇性導通與斷電動作，請 進一步參閱圖5、6、7所示，其中圖5為砂帶軸座（3〇)未動作前， 其砂帶（5 Q)位於正中位置之狀態，此時砂帶（5 〇)並未與任一微動 開關（3 5 )( 3 6 )接觸；當砂帶機開始啟動，並導通前述電磁鐵（4 2 ) 使磁吸滑塊（4 3)被吸人時，此時的砂帶軸座（3◦)即產生如圖6之 貝斜偏擺狀態，同時砂帶（5 〇 )將偏移左側，並與微細關（3 5 )之 撥片（3 7 )接觸，並將撥# ( 3 7 ) ；!人，啟動微動開關（3 5 )產生 子電磁鐵（4 2)的斷電控制；當電磁鐵（4 2)如前述產生斷電，其磁 吸’月塊（4 3 )受到復位彈簣（4 5 )的拉伸，使砂帶轴座（3 〇 )產生 如囷7所示之另側偏擺時，砂帶（5Q)將立即隨之側滑至另—微動開關 (3 6 )其上方外露之撥片（3 8 )處，將之下壓而觸發微動開關（3 6 )， 使其導通電流’再度回復觸6所示之另罐擺狀態，如此㈣復始，整 /帶轴座（3 0)與妙帶（5 〇)即產生持續性的往復偏擺動作，砂帶 (5 〇)即在此-往復動作巾，產生對加卫木料的擴大研磨路徑 ，因而造 成研磨品Μ提昇及減少卿積存梢、延長使財命等麟效益者。 由疋’本創作係利用既有的電磁鐵裝置與微動開關的巧妙配置，使得 。用已久的㈣研磨機上’產生出勒新的研磨功效，對於廣泛使用於木 、'、研磨加X業者而。’不啻提供了—種得以提昇作業品質與經濟效益的創 6 M363357 . 作者。For the intermittent conduction and power-off actions generated by the micro switch (35) (36), please refer to FIG. 5, FIG. 6, and FIG. 5, wherein FIG. 5 is before the belt seat (3〇) is not operated. The belt (5 Q) is in the middle position, and the belt (5 〇) is not in contact with any of the micro switches (3 5 ) ( 3 6 ); when the belt machine starts to start, the electromagnet is turned on ( 4 2) When the magnetic slider (4 3) is attracted, the belt seat (3◦) at this time will produce the oblique yaw state as shown in Fig. 6, and the belt (5 〇) will be offset. On the left side, and in contact with the fine off (3 5 ) paddle (3 7 ), and dial # ( 3 7 ) ;! person, activate the micro switch (3 5 ) to generate the sub-electromagnet (4 2) power-off control When the electromagnet (4 2) is de-energized as described above, its magnetic 'moon block (4 3 ) is stretched by the reset magazine (4 5 ), so that the belt seat (3 〇) is generated as 囷7 When the other side of the yaw is shown, the belt (5Q) will immediately slide to the other pick-up (3 8) above the micro-switch (3 6 ), which will press the micro-switch to trigger the micro-switch (3) 6), make its conduction current 're-recover 6 The other can swing state, so (four) re-start, the whole / with the shaft seat (30) and the wonderful belt (5 〇) that produces a continuous reciprocating yaw movement, the belt (5 〇) is here - reciprocating towel , resulting in an enlarged grinding path for the reinforcement of wood, thus causing the increase in the number of abrasives and the reduction of the accumulation of tips, extension of wealth and other benefits. Since 本's creation department uses the clever configuration of the existing electromagnet device and micro switch. The long-lasting (four) grinders have produced a new grinding effect, which is widely used in wood, ', grinding and X industry. 'Do not provide a kind of innovation that can improve the quality of work and economic efficiency 6 M363357. Author.
M363357M363357
f圖式簡單說明】 第1圖.縣晰砂料賴上繼之組合立體圖。 第2圖係本創作砂帶研磨機之偏擺移動件局部組合圖。 第3圖.係本創作砂帶研磨機之偏擺機件局雜合透視圖。 第4圖係本創作砂帶研磨機其砂帶研磨抽座下方微動開關設置示意圖。 第5圖·:係本創作砂帶軸賴砂帶之二鶴《之侧位置示意I 第6圖：係本創砂帶軸座—側偏擺之相關位置示意圖。f simple description of the map] Figure 1. The stereoscopic map of the county's clear sand material. The second figure is a partial combination diagram of the yaw moving parts of the original belt grinding machine. Fig. 3 is a hybrid perspective view of the deflection mechanism of the present abrasive belt grinder. Figure 4 is a schematic diagram of the micro-switch setting under the abrasive belt pumping seat of the sanding belt grinder. Figure 5:: The position of the second crane of the sand belt of the sand belt of the original sand belt is shown in Figure 6. Figure 6 is a schematic diagram of the relevant position of the shaft seat of the sand belt.
第7圖：係本創砂帶軸座另—侧偏擺之相關位置示意圖。 【主要元件符號說明】 (10)上機座 (12)送料平枱 (1 1)上機枱 (2 0)右機架 (21)左機架 (3 〇)砂帶轴座 (31)軸座側板 (3 2)連結板 (3 3)砂帶轴 (3 4)軸座底板 (3 5 ) ( 3 6 )微動開關 (3 7) (3 8)微動開關撥片 (40)固定架 (41)定位板 (4 2)電磁鐵 (4 3)磁吸滑塊 (4 4)支撐板 (4 5)復位彈簧 (4 6)結合孔 C 5 0)砂帶 (4 7)結合桿Figure 7: Schematic diagram of the position of the other side yaw of the shaft seat of the original sand belt. [Main component symbol description] (10) Upper base (12) Feeding platform (1 1) Upper machine (2 0) Right frame (21) Left frame (3 〇) Belt seat (31) Axis Seat side plate (3 2) Connecting plate (3 3) Belt shaft (3 4) Shaft seat bottom plate (3 5 ) ( 3 6 ) Micro switch (3 7) (3 8) Micro switch paddle (40) holder ( 41) Positioning plate (4 2) Electromagnet (4 3) Magnetic slider (4 4) Support plate (4 5) Return spring (4 6) Bonding hole C 5 0) Belt (4 7) Bonding rod