M330715 八、新型說明： 【新型所屬之技術領域】 本案係與刷磨機有關，更詳而言之，係一種以皮帶或履帶承載待刷磨板件， 且以-人之移動行程可完成上、下表面之刷縣序之繼機。 【先前技術】 如第-圖’習知刷磨機概係以若干平行設置的滾筒構成一輸送平台，據以 輸送板件(如金屬板、石板)使其通過一刷磨輪而進行表面之刷磨作業。已知上 述之滾筒與其所輸送的板件是呈線接觸，亦即，板件的底面並非全面性的被輸 送平台所支持著。基於此，可被滾筒所賴輸送的板·本身必須具備相當的 剛性’在輸运過程中保持平直，並且可對抗刷磨輪與滾筒所構成的擠壓、拉扯 現象’並且均⑽較獅壓力，而在經過職作紐仍麟板材平直。然而 薄的金屬板或軟質印刷電路板(F|exible circuit，FPC)則因為結構強度或可挽之 物理性等緣故，以致在被滾筒輸送的過程中即難以保持板材平直，更因未獲全 面平均支撐以致所承受的刷磨壓力不平均，亦無法對抗上述之擠壓及拉扯現 象，所以於刷磨之後板材呈曲彎或波浪狀之變形。已知改善此一問題的方案之 -係將滾m紋直徑設計，增加與減的鋪面，以減少板材在獅過程中的 拉曲現象，但熟悉此項技術者可知，加大直徑之滾筒涉及重量增加、成本辦力 滾筒軸負荷增加…等問題’但終究未能使板材獲得全面性的支持，無法撤底解 決薄金屬板或軟質印刷電路板於刷磨作業後發生變形的問題。 除此之外，習知的刷磨機通常於板材一次移動的行程中只能對其中一表面 進行刷磨’板材的另一表面之刷磨則需要翻面後再重新進板，造成刷磨作業之 延遲以及操作之不便。 M330715 【新型内容】 本案之主要目的係在提出—種職機，該刷磨機具有可全面支持板材的輸 达平台，可對具預定厚度、剛性的板材或薄的、可挽性的板材進行刷磨作業。 基於此，本案之職機可適應硕厚度之板材，耻另具有刷輪浮動調整設計 以便依照板厚調輪的高條置，簡止發生卡板問題。再者，本案刷磨機 具有兩組刷輪，板材於一次之移動行程可完成上、下表面之刷磨程序。 達成上述目的之本案皮帶式自_雜，主独—具有承鮮面之輸送平 '台輸猶繼之㈣，使該域於麟全面財翻有纖件下餅刷磨，保 持板材平直並承受均勻的刷磨壓力，經刷磨後之板材仍保持平直。基於此，本 ” J磨機可對具預疋厚度、剛性的板材或薄的、可撓性的板材進行刷磨作業。 本案刷磨機之輸送平台係由輸送帶或履帶實現。並且，輸送平台包括了第 輸达平台及-第二輸送平台，第二輸送平台連接於第一輸送平台的末端，若 預輪相t憤於該第—輸送平台之上方以及第二輸送平台之下方；至少二刷輪 :别婦謂-輪达平台之上方及第二輸送平台之下方，以便對被該第一輸送 平台及第二輸送平台輯送的域之上表面及下表面·刷磨；上述之刷輪個 別的又刷輪浮動調整褒置之控制而調整垂直位置。 、、本案刷磨機之上述第二輪送平台之—端雜樞於翻賴之機台，該第二 1、、卜得以雜樞為中心而往遠離其下之刷輪的方向被細，以便操作者清 理其下的刷輪、壓輪。 【實施方式】 私為便於此明本案於上述新型内容一欄中所表示的中心思想，茲以具體實施 ' _例中各種不同物件係按適於例舉說明之比例，而非按實際元件的 6 M330715 - 比例予以繪製，合先敘明。 . 第二圖係概要表示本案刷磨機之機件配置。包括建置於-機台1()上的輸 .达裝置，該輸送裝置包括一第一輸送平台11及一第二輸送平台12 ;該第-輸送 平台11及第二輸送平台12均為具有承載平面之輸送裝置，一板㈣被該第一輪 -送平台11及第二輸送平台12輸送時能獲得全面性的支持。該第一輸送平台取 -該第二輸送平台12以内部襯有承載平面的輸送皮帶或履帶實現，該第二輸送平 台12接續著第-輸送平台u，據以產生連續的輸送路徑以輸送一板材19。該第 _ -輸运平台11以接觸該板材19的下表面而輸送該板材19，該板材觸上表面由 若干壓輪17加以壓制。該第二輸送平台12職接觸該婦19的上表面而輸送該 板材19，該板材19的下表面由若干壓輪18加以壓制。一第一刷輪13位於該第一 輸送平台12的上方，對該板材彳9的上表面進行刷磨。一第二刷輪14位於該第二 ‘ 輸送平台12的下方，對該板材19的下表面進行刷磨。一第一組喷水管15及一第 二組喷水管16則分別設在上述該等刷輪13、14的毗鄰位置，以便噴水於刷磨面。 上述所有的刷輪均個別的由一刷輪軸轉動裝置20所驅轉，並各別地受一刷 • 輪浮動調整裝置30之控制以便依照板材之厚度調整刷輪之高低位置。 關於刷輪轴轉動裝置20、刷輪浮動調整裝置30以及刷輪13於第三、四、五 圖表示。刷輪13之刷輪軸21兩端各被一刷輪座31所支持，每一刷輪座31係滑喪 於設在機台10侧壁101的執道32中。每一刷輪座31被一線性移動器33所支配， 一動力源34同步控制二組線性移動器33作動，以便控制該二刷輪座31昇降移 動，而達到浮動調整刷輪13之目的。在本案實施例中，該動力源34係一伺服馬 達；該線性移動器33係以螺桿螺帽組331實現，該伺服馬達之動力輸出軸藉由一 減速機35而使該螺桿螺帽組331之螺桿旋轉，固定於該刷輪座31之螺帽於螺桿上 7 M330715 線性位移，使綱輪座_直的祕鷄，__整顯13高度之目的。第 五、六圖中H1線與H2線所表達者即刷輪13昇降的大約高度。 刷磨機於使用-段時間後應加以檢修，特別是刷輪的部份。本案第一刷輪 13由於是位在第-輸送平台11的上方，係處於—容易檢修的位置。但第二刷輪 14因位在該第二輸送平台12的下方，其餘第二輸送平台12所遮蔽而不利於檢 修。因此，本案提出-移開該第二輸送平台12的方案。如第七圖，該方案主要 於該第二輸送平台12的兩側各設-側架40，該侧架4〇的一端轴搞於該機台_ 侧壁，該侧架40的另-端具有-固定部41，以便固定在該側壁1〇1所提供的一固 定物42上。在第六®中該固定部41係_勾扣狀的結構，側壁&之固定物似則 係一検向的凸柱，該固定部41勾扣於該固定物42後，以一固定元件43栓鎖於該 固定物42而擋止該側架40。該側架4〇上各設有一把手44，以便操作者施力將第 二輸送平台12往上拉，使該側架4〇能以軸樞點為中心而往遠離該第二刷輪料的 方向被翻開。 藉由本案上述構造’以輸送皮帶或履帶實現的第一輸送平台11及第二輸送 平口 12 ’使被輸送之板材19的下表面及上表面可全面性的被支持著，基於此， 當板材19受第一刷輪13及第二刷輪14刷磨時，第一輸送平台川及第二輸送平台 12平均承載刷磨壓力，板材19於均勻受力的情況下被刷磨，因此可保持板材19 之平直’而無曲彎或波浪變形的問題。所以，可被本案之刷磨機所輸送及刷磨 的板材可以是具有預定厚度及剛性的，亦可以是薄的、可撓性的板材。特別是 對於薄金屬板或軟性印刷電路板，全面而平均的支撐可對抗刷輪之擠壓以及輸 送拉扯現象，而保持板材不變形。 基於本案刷磨機可適應不同厚度及不同性質板材之功效，上述之刷輪浮動 M330715 * "周整裝置3〇即了"周整刷輪的高低位置，使板材19可以順利地通過席,J輪，防止卡 、板問題’亦可使刷輪以適當的壓力接觸板材19，以進行適度的刷磨。在本案中 • 賴輪洋動·整裝置30係以伺服馬達為動力源34，以垂直的線性移動裝置控制 。亥刷輪座31昇降’據此架接於該刷輪座31的刷輪13可進行微度的、精確的位移 • 調整，而適應各種板厚尺寸之板材。 - 本案以第一輸送平台11及第二輸送平台12接續構成連續的板材輸送路徑， 被第-輸运平台11所輸送的板材19被第一刷輪13刷磨上表面，之後，隨即被第 _ -輸达平台12輸:¾’並以第二刷輪14刷磨下表面，以—次之移動行程可完成上、 下表面之刷磨程序，不必執行翻面及重新進板之程序，可加速刷磨作業之進行。 雖然本案是以-個最佳實施例做說明，但精於此技藝者能在不脫離本案精 神與㈣下做各種不哪式的改變。社所舉實施例侧祕明本案而已，非 用以關本案之範圍。軌*違本雜神雌事_種修改賴化，倶屬本案 申請專利範圍。 . 【圖式簡單說明】 ® 第一圖為習知刷磨機之輸送平台之示意圖。 苐一圖為本案刷磨機之配置平面圖。 第三圖為本案刷磨機之刷輪軸轉動裝置之立體外觀圖。 第四圖為本案刷磨機之刷輪軸轉動裝置之側視圖。 第五圖為本案刷磨機之刷輪軸轉動裝置之側視暨動作示意圖之一。 第六圖為本案刷磨機之刷輪軸轉動裝置之側視暨動作示意圖之二。 第七圖為本案弟一輸送平台被掀起之立體外觀示意圖。 【主要元件符號說明】 9 M330715 42- 固定物 43- 固定元件 44- 把手 . 10-機台 101-側壁 11- 第一輸送平台 12- 第二輸送平台 .13-第一刷輪 • 14-弟二刷輪 15-第一組喷水管 • 16-第二組喷水管 17_壓輪 18-壓輪 ， 19_板材 - 20-刷輪軸轉動裝置 21-刷輪軸 30-刷輪浮動調整裝置 • 31_刷輪座 32- 軌道 33- 線性移動器 331-螺桿螺帽組 34- 動力源 35- 減速機 40-側架 41-固定部M330715 VIII. New description: [New technical field] This case is related to the brush grinding machine. More specifically, it is a kind of belt or crawler that carries the parts to be brushed, and can be completed by the movement of the person. The lower surface of the brush county is the successor. [Prior Art] As shown in the figure - the conventional brush mill is constructed by a plurality of rollers arranged in parallel to form a conveying platform, whereby the plate member (such as a metal plate or a stone plate) is transported through a brush wheel for surface brushing. Grinding work. It is known that the above-described drum is in line contact with the plate to which it is conveyed, i.e., the bottom surface of the panel is not fully supported by the transport platform. Based on this, the plate that can be transported by the drum must have considerable rigidity. 'It will remain straight during the transportation process, and it can resist the squeeze and pull phenomenon caused by the brush wheel and the drum' and both (10) are more lion pressure. And after the job, New Zealand still has a straight plate. However, a thin metal plate or a flexible printed circuit board (FPC) is difficult to keep the plate straight during the process of being conveyed by the drum because of structural strength or physical availability. The overall average support is such that the brushing pressure is not uniform, and it is not able to resist the above-mentioned extrusion and pulling phenomenon. Therefore, the plate is bent or wave-shaped after brushing. It is known that the solution to improve this problem is to roll the m-diameter design, increase and decrease the pavement, to reduce the bending phenomenon of the sheet during the lion process, but those skilled in the art know that the drum of increasing the diameter involves The increase in weight, the cost of the roller shaft load increase, etc. 'But after all, the plate has not been fully supported, and the problem of deformation of the thin metal plate or the soft printed circuit board after the brushing operation cannot be solved. In addition, the conventional brush grinding machine usually only brushes one surface of the sheet during the one-time movement of the sheet. The brushing of the other surface of the sheet needs to be turned over and then re-introduced into the sheet to cause brushing. Delay in operation and inconvenience in operation. M330715 [New content] The main purpose of this case is to propose a kind of job machine. The brush mill has a platform for fully supporting the plate, which can be used for plates with predetermined thickness and rigidity or thin and manageable plates. Brushing work. Based on this, the job machine of this case can be adapted to the plate of the thick thickness, and the shame has the floating adjustment design of the brush wheel so as to follow the high strip of the plate thickness adjustment wheel to solve the problem of the card board. Furthermore, the brush grinding machine of the present invention has two sets of brush wheels, and the plate can be subjected to the brushing process of the upper and lower surfaces in one movement stroke. In order to achieve the above objectives, the belt type of the case is self-contained, and the main one has the conveying surface of the fresh-faced surface, which is followed by the four-in-one (four), so that the domain is fully ploughed with a piece of material under the lining, keeping the plate straight and With a uniform brushing pressure, the brushed plate remains flat. Based on this, the “J mill” can grind the plate with pre-thickness and rigidity, or the thin and flexible plate. The conveying platform of the brush mill is realized by the conveyor belt or the crawler belt. The platform includes a first delivery platform and a second delivery platform, and the second delivery platform is coupled to the end of the first delivery platform, if the pre-wheel phase is indignant above the first delivery platform and below the second delivery platform; Two brush wheels: the other woman said - above the wheel platform and below the second conveyor platform, in order to brush the upper surface and the lower surface of the domain conveyed by the first conveyor platform and the second conveyor platform; The brush wheel is controlled by the individual brush wheel floating adjustment device to adjust the vertical position. The second wheel of the brushing machine of the present invention is the end of the platform, and the second, the second, The direction of the brush wheel is centered and is thinner away from the brush wheel below it, so that the operator can clean the brush wheel and the pressure wheel under it. [Embodiment] Privately, this case is represented in the column of the above novel content. The central idea ' _ The various items in the example are drawn according to the proportions that are suitable for the description, rather than the actual component of the 6 M330715 - ratio, which is described first. The second figure shows the configuration of the brush grinding machine. The transmission device includes a first conveying platform 11 and a second conveying platform 12; the first conveying platform 11 and the second conveying platform 12 are both A conveying device having a bearing plane, wherein a plate (four) can be fully supported by the first wheel-delivery platform 11 and the second conveyor platform 12. The first conveyor platform takes the second conveyor platform 12 to internal lining Implemented by a conveyor belt or track carrying a plane, the second conveyor platform 12 is followed by a first conveyor platform u, whereby a continuous conveyor path is produced to convey a sheet 19. The first transport platform 11 contacts the panel 19 The lower surface of the plate conveys the sheet 19, and the contact surface of the sheet is pressed by a plurality of pressing wheels 17. The second conveying platform 12 contacts the upper surface of the woman 19 to convey the sheet 19, and the lower surface of the sheet 19 is composed of The pressure roller 18 is pressed. A first brush 13 is located above the first conveying platform 12 to brush the upper surface of the sheet metal 9. A second brush wheel 14 is located below the second 'transport platform 12, and the lower surface of the sheet 19 is brushed. A first group of water spray pipes 15 and a second group of water spray pipes 16 are respectively disposed adjacent to the brush wheels 13, 14 to spray water on the brushing surface. All of the above brush wheels are individually A brush wheel axle rotating device 20 is driven and separately controlled by a brush wheel adjusting device 30 to adjust the height of the brush wheel according to the thickness of the plate. About the brush wheel rotating device 20, the brush wheel floating adjusting device 30 and the brush wheel 13 are shown in the third, fourth and fifth figures. Both ends of the brush wheel shaft 21 of the brush wheel 13 are supported by a brush wheel holder 31, and each of the brush wheel holders 31 is slid on the side of the machine table 10. The wall 101 is in the way 32. Each of the brush wheel holders 31 is controlled by a linear mover 33. A power source 34 synchronously controls the two sets of linear movers 33 to control the movement of the two brush wheel holders 31 to achieve the purpose of floating the adjustment brush wheel 13. In the embodiment of the present invention, the power source 34 is a servo motor; the linear actuator 33 is realized by a screw nut group 331, and the power output shaft of the servo motor is driven by a reducer 35. The screw rotates, and the nut of the brush wheel holder 31 is linearly displaced on the screw by the M330715, so that the shaft wheel is straight and the __ is 13 height. The heights of the brush wheels 13 that are expressed by the H1 line and the H2 line in the fifth and sixth figures are about the height. The brush mill should be serviced after a period of use, especially the part of the brush wheel. In this case, the first brush wheel 13 is located above the first conveying platform 11, and is in a position that is easy to overhaul. However, the second brush wheel 14 is located below the second conveying platform 12, and the remaining second conveying platform 12 is shielded from being unsuitable for inspection. Therefore, the present solution proposes to remove the second delivery platform 12. As shown in the seventh figure, the solution is mainly disposed on both sides of the second conveying platform 12 - the side frame 40, and one end shaft of the side frame 4 is engaged with the machine side wall, and the other end of the side frame 40 There is a fixing portion 41 so as to be fixed to a fixture 42 provided by the side wall 1〇1. In the sixth aspect, the fixing portion 41 is a hook-like structure, and the fixing member of the side wall & is a pair of protruding posts, and the fixing portion 41 is hooked to the fixing member 42 to be a fixing member. 43 is latched to the fixture 42 to block the side frame 40. Each of the side frames 4 is provided with a handle 44 for the operator to apply force to pull up the second conveying platform 12 so that the side frame 4 can be centered on the pivot point away from the second brush material. The direction is turned over. By the above configuration 'the first conveying platform 11 and the second conveying flat 12' realized by the conveying belt or the crawler, the lower surface and the upper surface of the conveyed sheet 19 can be comprehensively supported, based on which, when When the first brush wheel 13 and the second brush wheel 14 are brushed, the first conveying platform and the second conveying platform 12 carry the brushing pressure on average, and the sheet 19 is brushed under uniform force, so The sheet 19 is straight' without the problem of curved or wave deformation. Therefore, the sheet which can be conveyed and brushed by the brush mill of the present invention may be of a predetermined thickness and rigidity, or may be a thin, flexible sheet. Especially for thin metal sheets or flexible printed circuit boards, the comprehensive and average support resists the extrusion of the brush wheel and the transmission pull, while keeping the sheet from deformation. Based on the brushing machine of this case, it can adapt to the effect of different thickness and different properties of the plate. The above brush wheel floats M330715 * "the whole device is 3" and the position of the whole brush wheel is high, so that the plate 19 can pass smoothly. , J wheel, to prevent card and board problems' can also make the brush wheel contact the plate 19 with appropriate pressure for moderate brushing. In this case, the Laiyang Ocean Motion Unit 30 is powered by a servo motor and is controlled by a vertical linear motion device. The brush wheel holder 31 is lifted and lowered. According to this, the brush wheel 13 attached to the brush wheel holder 31 can be slightly and accurately displaced and adjusted to accommodate various plate thicknesses. - In the present case, the first conveying platform 11 and the second conveying platform 12 are successively configured to constitute a continuous sheet conveying path, and the sheet 19 conveyed by the first conveying platform 11 is brushed on the upper surface by the first brush wheel 13, and then immediately _ - The transmission platform 12 loses: 3⁄4' and brushes the lower surface with the second brush wheel 14, and the grinding process of the upper and lower surfaces can be completed by the second movement stroke, without having to perform the procedure of turning over and re-entering the board. It can speed up the brushing operation. Although this case is illustrated by a preferred embodiment, those skilled in the art can make various changes without departing from the spirit of the case and (4). The example of the case is given by the agency on the side of the case. It is not used to close the scope of the case. Track * Violation of this misunderstanding of the female _ kind of modification Lai Hua, 倶 is the case of this patent application scope. [Simple Description of the Drawings] ® The first figure is a schematic diagram of the conveying platform of the conventional brush grinding machine. A picture of the configuration of the brush grinding machine of this case. The third figure is a three-dimensional appearance of the brush wheel shaft rotating device of the brush grinding machine of the present invention. The fourth figure is a side view of the brush wheel shaft rotating device of the brush grinding machine of the present invention. The fifth figure is one of the side view and action diagrams of the brush wheel shaft rotating device of the brush grinding machine of the present invention. The sixth figure is the second side view and the action diagram of the brush wheel shaft rotating device of the brush grinding machine of the present invention. The seventh picture is a three-dimensional appearance of the delivery platform of the co-worker. [Main component symbol description] 9 M330715 42- Fixing 43- Fixing element 44- Handle. 10-machine 101-side wall 11-first conveying platform 12-second conveying platform.13-first brush wheel•14-di Two brush wheel 15 - first group of water spray pipe • 16 - second group of water spray pipe 17_pressure wheel 18 - pressure wheel, 19_ plate - 20 - brush wheel shaft rotation device 21 - brush wheel shaft 30 - brush wheel float adjustment device • 31_ Brush wheel holder 32- Track 33- Linear mover 331-Screw nut group 34- Power source 35- Reducer 40-Side frame 41-Fixed part