TW201323245A - Eraser machine - Google Patents
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- TW201323245A TW201323245A TW100145617A TW100145617A TW201323245A TW 201323245 A TW201323245 A TW 201323245A TW 100145617 A TW100145617 A TW 100145617A TW 100145617 A TW100145617 A TW 100145617A TW 201323245 A TW201323245 A TW 201323245A
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Abstract
Description
本揭示內容是有關於清理板擦之裝置，且特別是有關於一種加裝振動馬達之板擦機裝置。The present disclosure is directed to a device for cleaning a squeegee, and more particularly to a squeegee device incorporating a vibration motor.
黑板是普遍應用於教學的一種工具，而清潔黑板的工具當然就是板擦，但因為板擦是重複使用，因此板擦的乾淨與否與黑板有很大的關聯性。The blackboard is a tool commonly used in teaching, and the tool for cleaning the blackboard is of course the eraser, but because the eraser is reused, the cleanness of the eraser is highly correlated with the blackboard.
清潔板擦的方法，從一開始單純用人力拍打，既浪費時間又不方便，且對身體也有害，後來推出手搖式板擦機及吸塵式板擦機，而目前最新的為電動拍打式板擦清潔機。前述手搖式板擦機有需親手操作及無自動吸塵的缺點：吸塵式板擦機雖具有自動吸塵的功能，卻仍需要用手將板擦來回移動才有清潔的功能，此種方式容易有清潔效果不佳的問題；電動拍打式板擦機雖可自動清潔不需要用手，但是機器內部缺乏集塵裝置，常會造成機器內部充滿粉筆灰，除了有機器損壞率高的問題，也會讓原本已清潔完畢的板擦又佈滿粉塵。The method of cleaning the board is simple to use human tapping from the beginning, which is a waste of time and inconvenience, and is harmful to the body. Later, a hand-type board wiper and a vacuum type board wiper were introduced, and the latest one is the electric tap type board eraser. . The aforementioned hand-operated board wiping machine has the disadvantages of hands-on operation and no automatic vacuuming: although the vacuum type board wiping machine has the function of automatic vacuuming, it still needs to manually move the board back and forth to have a cleaning function, and this method is easy to have a cleaning effect. Poor problem; electric tapping type squeegee machine can be cleaned automatically without hands, but the machine lacks dust collecting device inside, which often causes the inside of the machine to be filled with chalk ash. In addition to the high damage rate of the machine, it will also be cleaned. The finished board is covered with dust.
因此，本揭示內容之一技術態樣在於提供一種板擦機，以克服上述習用板擦機操作不便、無集塵裝置、清潔效果不佳及機器損壞率高的問題。Accordingly, it is a technical aspect of the present disclosure to provide a squeegee machine that overcomes the problems of inconvenient operation of the conventional squeegee, no dust collecting device, poor cleaning effect, and high machine damage rate.
依據本技術態樣一實施方式，提出一種板擦機，其用以清潔一板擦，板擦機包含一殼體、一位移裝置、一清塵裝置及一集塵裝置。殼體具有一開口，板擦相對開口放置。位移裝置設置於殼體內，且位移裝置在殼體內往復移動。清塵裝置設置於位移裝置上，用以清落板擦之一粉筆灰，清塵裝置包含一刮片及一振動馬達。刮片相對開口且與板擦接觸。振動馬達設置於刮片，用以帶動刮片振動。集塵裝置設置於位移裝置上，且與清塵裝置連接，集塵裝置用以吸收粉筆灰。According to an embodiment of the present invention, a squeegee is provided for cleaning a squeegee, the squeegee comprising a casing, a displacement device, a dust cleaning device and a dust collecting device. The housing has an opening and the eraser is placed opposite the opening. The displacement device is disposed within the housing, and the displacement device reciprocates within the housing. The dust cleaning device is disposed on the displacement device for removing a piece of chalk dust from the board, and the dust cleaning device comprises a blade and a vibration motor. The blade is relatively open and in contact with the plate. The vibration motor is disposed on the blade to drive the blade to vibrate. The dust collecting device is disposed on the displacement device and connected to the dust removing device for absorbing chalk dust.
更進一步的說，在本技術態樣其他實施方式中，振動馬達可為一扁平振動馬達。前述集塵裝置可更包含一抽風頭、一集塵袋及一抽風風扇，抽風頭用以吸入清塵裝置清落之粉筆灰；集塵袋與抽風頭相接，用以收集粉筆灰；抽風風扇與集塵袋相接，用以提供抽風頭吸入粉筆灰之吸力。又抽風頭及集塵袋之間可以一第一風管連通。另外，集塵袋及抽風風扇之間亦可以一第二風管連通。或是位移裝置可包含至少一齒條、一齒輪及一位移馬達，齒條固設於殼體內，齒條與板擦形狀的延伸方向平行；齒輪與齒條相嚙合，用以帶動清塵裝置及抽風頭移動；位移馬達連接驅動齒輪。而齒輪可為一正齒輪。此外，亦可包含一組極限開關，對應設置於位移馬達的位移路徑，且根據位移馬達之位置控制位移馬達正轉或反轉。Furthermore, in other embodiments of the present technology, the vibration motor can be a flat vibration motor. The dust collecting device may further comprise a suction head, a dust collecting bag and a draft fan, wherein the exhausting head is used for sucking the chalk ash which is cleaned by the dust removing device; the dust collecting bag is connected with the exhausting head to collect the chalk dust; The fan is connected to the dust bag to provide suction of the suction head to suck the chalk dust. A first air duct can be connected between the exhausting head and the dust collecting bag. In addition, a dust collecting bag and a draft fan may be connected to each other by a second air duct. Or the displacement device may comprise at least one rack, a gear and a displacement motor, the rack is fixed in the housing, the rack is parallel with the extending direction of the shape of the eraser; the gear meshes with the rack to drive the dust cleaning device and The suction head moves; the displacement motor is connected to the drive gear. The gear can be a spur gear. In addition, a set of limit switches may be included, corresponding to the displacement path of the displacement motor, and the displacement motor is controlled to rotate forward or reverse according to the position of the displacement motor.
因此，上述諸實施方式藉由位移裝置及清塵裝置相互配合，不僅可省去手動操作的困擾，同時能提升清潔效果，而集塵裝置的設置可避免原本已清潔完畢的板擦又佈滿粉塵，另可減少機器損壞的情況。Therefore, the above embodiments can cooperate with the displacement device and the dust cleaning device, thereby not only eliminating the trouble of manual operation, but also improving the cleaning effect, and the dust collecting device can be arranged to prevent the already cleaned eraser from being dusted. It can also reduce the damage of the machine.
第1圖繪示本揭示內容一實施方式之板擦機的立體圖。如第1圖所示，板擦機100包含一殼體110、一位移裝置120、一清塵裝置130及一集塵裝置140。本實施方式藉由位移裝置120及清塵裝置130相互配合達到充分清潔板擦101的目的，而利用集塵裝置140來收集因清塵裝置130振落的粉筆灰。FIG. 1 is a perspective view of a squeegee machine according to an embodiment of the present disclosure. As shown in FIG. 1, the squeegee 100 includes a housing 110, a displacement device 120, a dust cleaning device 130, and a dust collection device 140. In the present embodiment, the displacement device 120 and the dust cleaning device 130 cooperate with each other to achieve the purpose of sufficiently cleaning the blade wipe 101, and the dust collection device 140 is used to collect the chalk dust that is scattered by the dust cleaning device 130.
第2圖繪示第1圖之板擦機的分解圖。第3圖繪示第1圖之板擦機的剖視圖。如第2圖及第3圖所示，本實施方式將殼體110的外型尺寸訂為長220 mm，寬170 mm，高170 mm，且殼體110具有一開口111，板擦101相對開口111放置。Fig. 2 is an exploded view of the squeegee of Fig. 1. Fig. 3 is a cross-sectional view showing the eraser of Fig. 1. As shown in FIG. 2 and FIG. 3 , the outer dimension of the housing 110 is set to be 220 mm long, 170 mm wide, and 170 mm high, and the housing 110 has an opening 111, and the eraser 101 is opposite to the opening 111. Place.
位移裝置120設置於殼體110內，且位移裝置120在殼體110內往復移動，本實施方式之位移裝置120包含一齒條121、一齒輪122及一位移馬達123。齒條121固設於殼體110內的兩側，齒條121與板擦101形狀的延伸方向平行，前述「板擦101形狀的延伸方向」是指圖式中的線L，而齒條121即與線L平行；應注意到，本實施方式中齒條121與板擦101形狀的延伸方向平行，並不代表齒條121一定與水平線平行，細言之，齒條121可與水平線夾一角度，只要齒條121與板擦101形狀的延伸方向平行即可。The displacement device 120 is disposed in the housing 110, and the displacement device 120 reciprocates within the housing 110. The displacement device 120 of the present embodiment includes a rack 121, a gear 122, and a displacement motor 123. The rack 121 is fixed to both sides of the housing 110, and the rack 121 is parallel to the extending direction of the shape of the wiper 101. The "extinguishing direction of the shape of the wiper 101" refers to the line L in the drawing, and the rack 121 is The line L is parallel; it should be noted that the rack 121 is parallel to the extending direction of the shape of the eraser 101 in the present embodiment, and does not mean that the rack 121 must be parallel to the horizontal line. In particular, the rack 121 can be angled with the horizontal line as long as The rack 121 may be parallel to the extending direction of the shape of the eraser 101.
齒輪122與齒條121相嚙合，用以帶動清塵裝置130及抽風頭141移動，意即清塵裝置130及抽風頭141會隨著齒輪122與齒條121嚙合的位置而移動，另外，本實施方式之齒輪122為一正齒輪。The gear 122 meshes with the rack 121 for driving the dust removing device 130 and the air extracting head 141 to move, that is, the dust removing device 130 and the air extracting head 141 move along with the position where the gear 122 meshes with the rack 121. The gear 122 of the embodiment is a spur gear.
位移馬達123固定於抽風頭141，且與齒輪122動力連接，位移馬達123用以驅動齒輪122轉動，讓齒輪122於齒條121上位移，進而帶動清塵裝置130及抽風頭141於齒條121上來回移動。The displacement motor 123 is fixed to the air suction head 141 and is connected to the gear 122. The displacement motor 123 is used to drive the gear 122 to rotate, and the gear 122 is displaced on the rack 121, thereby driving the dust cleaning device 130 and the air exhausting head 141 to the rack 121. Move back and forth.
本實施方式實際製作位移裝置120的相關尺寸如下：齒條121長度為180 mm，實際使用齒條121長度為165 mm，齒輪122節圓直徑30 mm，齒數15齒，位移馬達123轉數為150 rpm。所以當齒輪122轉1又1/4圈時，必須設計控制位移馬達123回轉。The relevant dimensions of the displacement device 120 actually manufactured in this embodiment are as follows: the length of the rack 121 is 180 mm, the length of the actual rack 121 is 165 mm, the pitch of the gear 122 is 30 mm, the number of teeth is 15 teeth, and the number of revolutions of the displacement motor 123 is 150. Rpm. Therefore, when the gear 122 is turned 1 and 1/4 turn, it is necessary to design the control displacement motor 123 to rotate.
值得一提的是，本實施方式之位移裝置120雖以齒條121、齒輪122及位移馬達123組成，但此非帶動清塵裝置130及抽風頭141往復移動的唯一機構，其他如氣壓缸，只要能達成讓清塵裝置130及抽風頭141往復移動的機構，都不脫離本實施方式的設計精神。It is to be noted that the displacement device 120 of the present embodiment is composed of a rack 121, a gear 122, and a displacement motor 123. However, the only mechanism that does not drive the dust removing device 130 and the drafting head 141 to reciprocate, such as a pneumatic cylinder, As long as the mechanism for reciprocating the dust removing device 130 and the air blowing head 141 can be achieved, the design spirit of the present embodiment is not deviated.
清塵裝置130設置於位移裝置120上，用以清落板擦101之一粉筆灰，清塵裝置130包含一刮片131及一振動馬達132。刮片131相對開口111且與板擦101接觸，本實施方式讓刮片131與板擦101面垂直，且選用具有延展性的塑膠片來代替壓克力，藉由塑膠的可撓性讓刮片131在清潔中與板擦101更密貼。The dust removing device 130 is disposed on the displacement device 120 for clearing one of the chalk ash 101, and the cleaning device 130 includes a blade 131 and a vibration motor 132. The blade 131 is opposite to the opening 111 and is in contact with the blade 101. In this embodiment, the blade 131 is perpendicular to the surface of the blade 101, and a plastic sheet having ductility is used instead of the acrylic, and the blade 131 is made by the flexibility of the plastic. It is more closely attached to the wiper 101 during cleaning.
振動馬達132設置於刮片131，本實施方式先於刮片131銑出直徑20 mm的圓孔H，再以緊迫的方式將振動馬達132置入圓孔H中；振動馬達132用以帶動刮片131振動，藉由振動馬達132及前述的位移裝置120，刮片131除了一邊進行位移，同時也將接觸到板擦101面上的粉筆灰振落，申請人經由實驗研究發現，振動馬達132對於清潔板擦101有正相關，刮片131與板擦101接觸面產生的振動頻率越大，清潔效果相對的也越高。另外，本實施方式之振動馬達132為一扁平振動馬達。The vibration motor 132 is disposed on the blade 131. In this embodiment, the circular hole H having a diameter of 20 mm is milled out before the blade 131, and the vibration motor 132 is placed in the circular hole H in a pressing manner; the vibration motor 132 is used to drive the blade. The sheet 131 vibrates. By the vibration motor 132 and the displacement device 120 described above, the blade 131 is displaced in addition to one side, and also shakes the chalk ash on the surface of the eraser 101. The applicant has found through experimental research that the vibration motor 132 The cleaning blade 101 is positively correlated, and the vibration frequency generated by the contact surface between the blade 131 and the blade 101 is larger, and the cleaning effect is relatively higher. Further, the vibration motor 132 of the present embodiment is a flat vibration motor.
位移裝置120的設計免去使用者需親手拍打或手搖清潔板擦101的問題，而設有振動馬達132的刮片131，可更有效讓板擦101上的粉筆灰掉落，進而提升板擦101的清潔效果。The design of the displacement device 120 eliminates the problem that the user needs to manually tap or shake the cleaning blade 101, and the blade 131 provided with the vibration motor 132 can more effectively drop the chalk ash on the eraser 101, thereby lifting the eraser 101. Cleaning effect.
另一方面，由於本實施方式需於刮片131上安裝振動馬達132，為了防止振動馬達132啟動時所產生的頻率與殼體110產生共振，申請人經過長期研究及分析，請參考下表一，表一為申請人利用ANSYS 12.0分析出自然響應的前七階特徵值，此表可做為日後選擇振動馬達132的依據。On the other hand, since the vibration motor 132 needs to be mounted on the blade 131 in the present embodiment, in order to prevent the frequency generated when the vibration motor 132 is started from resonating with the housing 110, the applicant has long-term research and analysis, please refer to the following table. Table 1 shows the applicant's use of ANSYS 12.0 to analyze the first seven-order eigenvalues of the natural response. This table can be used as the basis for selecting the vibration motor 132 in the future.
以上申請人利用ANSYS 12.0做出的結構分析和自然振動頻率分析，藉由結構分析的結果，讓本實施方式於實體製作時，能夠針對容易發生變形的結構或易發生斷裂的地方加以預防，另外，關於自然振動頻率的部分，由於上表一的自然振動頻率是從數百起跳，所以當一般外部環境產生介於1~200Hz的振動時，殼體110並不會與之產生共振的反應。藉由以上的結果分析，讓本實施方式之板擦機100有更高的強度，並有效提升其實用性。The above Applicant uses the structural analysis and natural vibration frequency analysis made by ANSYS 12.0, and by the result of the structural analysis, the present embodiment can prevent the structure which is prone to deformation or the place where the breakage is likely to occur when the entity is manufactured. As for the part of the natural vibration frequency, since the natural vibration frequency of the above Table 1 is jumped from several hundred, when the general external environment generates vibration of 1 to 200 Hz, the casing 110 does not resonate with it. By the above analysis of the results, the board eraser 100 of the present embodiment has higher strength and effectively improves its practicability.
集塵裝置140設置於位移裝置120上，且與清塵裝置130連接，集塵裝置140用以吸收粉筆灰，本實施方式之集塵裝置140包含一抽風頭141、一集塵袋142及一抽風風扇143。抽風頭141用以吸入清塵裝置130清落之粉筆灰，本實施方式將抽風頭141設計呈漏斗狀，藉以讓粉筆灰掉至中央而能被集中吸入。集塵袋142與抽風頭141相接，用以收集粉筆灰，本實施方式的集塵袋142為直徑70 mm，高60 mm的圓柱，且其上有一圓形接口，用以連接一第一風管144，換句話說，第一風管144連通了抽風頭141及集塵袋142。抽風風扇143與集塵袋142相接，用以提供抽風頭141吸入粉筆灰之吸力，與前述類似的，集塵袋142及抽風風扇143之間利用一第二風管145連通。The dust collecting device 140 is disposed on the displacement device 120 and is connected to the dust removing device 130. The dust collecting device 140 is configured to absorb chalk dust. The dust collecting device 140 of the present embodiment includes a drafting head 141, a dust collecting bag 142 and a The exhaust fan 143. The air blowing head 141 is used for sucking the chalk dust which is cleaned by the dust removing device 130. In the present embodiment, the air blowing head 141 is designed to be funnel-shaped, so that the chalk dust is dropped to the center and can be inhaled intensively. The dust collecting bag 142 is connected to the air exhausting head 141 for collecting chalk dust. The dust collecting bag 142 of the present embodiment is a cylinder having a diameter of 70 mm and a height of 60 mm, and has a circular interface for connecting a first one. The duct 144, in other words, the first duct 144 is connected to the draft head 141 and the dust bag 142. The exhaust fan 143 is in contact with the dust collecting bag 142 for providing the suction force of the suction head 141 to suck the chalk dust. Similarly to the foregoing, the dust collecting bag 142 and the exhaust fan 143 are connected by a second air duct 145.
此外，本實施方式另包含一組極限開關150，極限開關大部分被使用在電機機械的場合，如電梯的升降或輸送帶上的物品，皆可用極限開關來加以控制。極限開關基本上是由一個簧片開關所組成，而一個精密的簧片開關(PSA)的接觸點間距最大不超過1/8英吋，因此，極限開關可說是相當敏銳，且由於簧片的接觸和分離相當快速，而有延遲時間非常小的優點。故，本實施方式將極限開關150對應設置於位移馬達123的位移路徑，並根據位移馬達123之位置控制位移馬達123正轉或反轉。In addition, the present embodiment further includes a set of limit switches 150. Most of the limit switches are used in the mechanical machinery, such as lifting of the elevator or articles on the conveyor belt, which can be controlled by the limit switch. The limit switch is basically composed of a reed switch, and the contact distance of a precision reed switch (PSA) is no more than 1/8 inch. Therefore, the limit switch can be said to be quite sharp and due to the reed. The contact and separation are quite fast, and there is an advantage that the delay time is very small. Therefore, in the present embodiment, the limit switch 150 is correspondingly disposed to the displacement path of the displacement motor 123, and the displacement motor 123 is controlled to rotate forward or reverse according to the position of the displacement motor 123.
其中，本實施方式的位移馬達123採用直流馬達M，而直流馬達M的轉動方向由磁場方向和電樞電流方向決定。換言之，改變其中任何一個電量的方向，直流馬達M的轉向就會跟著改變。以常見的小型直流馬達為例，只要把直流電源的兩條線反接，就可達到反向旋轉。請參考第4圖，第4圖繪示第1圖之板擦機中位移馬達的正反轉電路圖，當啟動電源DC之後，電流流經第一感測器SW1時，第一繼電器R1被激磁，而第一繼電器R1的常開開關R1/a接點開路變為閉合狀態，電流由+端流入，-端流出直流馬達M，此時直流馬達M正轉，且因設有自保持電路，所以就算第一感測器SW1停止作動，直流馬達M依舊會持續作動。當電流流經第二感測器SW2時，第二繼電器R2被激磁，而第二繼電器R2的常開開關R2/a接點開路變為閉合狀態，電流由-端流入直流馬達M，+端流出，則直流馬達M反轉，且因設有互鎖電路，所以直流馬達M不會產生+-端同時有電流流入的現象。Here, the displacement motor 123 of the present embodiment employs a direct current motor M, and the direction of rotation of the direct current motor M is determined by the direction of the magnetic field and the direction of the armature current. In other words, changing the direction of any of the powers, the steering of the DC motor M will change. Taking a common small DC motor as an example, as long as the two wires of the DC power supply are reversed, the reverse rotation can be achieved. Please refer to FIG. 4, FIG. 4 shows a circuit diagram of forward and reverse displacement of the motor in FIG. 1 eraser machine, after starting the DC power source, a current flowing through the first SW sensor 1, the first R & lt relay 1 is Excitation, and the normally open switch R 1 / a contact opening of the first relay R 1 becomes a closed state, the current flows in from the + end, and the - terminal flows out of the DC motor M, at which time the DC motor M is rotated forward, and The circuit is held, so even if the first sensor SW 1 stops operating, the DC motor M will continue to operate. When the current flows through the second sensor SW 2 , the second relay R 2 is excited, and the normally open switch R 2 / a contact opening of the second relay R 2 becomes a closed state, and the current flows from the - terminal to the DC motor. When the M and + terminals flow out, the DC motor M is reversed, and since the interlock circuit is provided, the DC motor M does not generate a current at the +-end.
本實施方式之板擦機100的整體運作過程如下：首先，把板擦101放入板擦機內蓋上蓋子，開關開啟電源啟動後，位移馬達123、振動馬達132及抽風風扇143開始運轉，位移馬達123運轉帶動齒輪122運轉，齒輪122在齒條121上運轉，帶動刮片131在齒條121上成直線的往復運動，振動馬達132使刮片131將板擦101上的粉筆灰振落，抽風風扇143運轉產生吸力，隨即將粉筆灰吸入集塵袋142內，達成邊刮邊吸的功效。The overall operation process of the squeegee 100 of the present embodiment is as follows: First, the squeegee 101 is placed in the cover of the squeegee inner cover, and after the switch is turned on, the displacement motor 123, the vibration motor 132, and the exhaust fan 143 start to operate, and the displacement motor 123 The driving gear 122 is operated, the gear 122 is operated on the rack 121, and the blade 131 is linearly reciprocated on the rack 121. The vibration motor 132 causes the blade 131 to shake the chalk ash on the blade 101, and the exhaust fan 143 The operation generates suction, and then the chalk dust is sucked into the dust bag 142 to achieve the effect of sucking and sucking.
由上述實施方式可知，應用本揭示內容之板擦機100藉由位移裝置120及清塵裝置130相互配合，既省去手動操作的困擾，同時提升清潔板擦101的效果，而集塵裝置140的設置避免清塵裝置130清落的粉筆灰四處紛飛，不僅可保持板擦101清潔，亦可減少機器損壞的情況。It can be seen from the above embodiments that the board eraser 100 applying the present disclosure cooperates with the displacement device 120 and the dust cleaning device 130, thereby eliminating the trouble of manual operation and improving the effect of the cleaning blade wipe 101, and the setting of the dust collection device 140. Avoid the dust and ash falling from the dust cleaning device 130, not only can keep the wiper 101 clean, but also reduce the damage of the machine.
雖然本揭示內容已以諸實施方式揭露如上，然其並非用以限定本揭示內容，任何熟習此技藝者，在不脫離本揭示內容之精神和範圍內，當可作各種之更動與潤飾，因此本揭示內容之保護範圍當視後附之申請專利範圍所界定者為準。The present disclosure has been disclosed in the above embodiments, and is not intended to limit the scope of the disclosure, and thus, various modifications and refinements may be made without departing from the spirit and scope of the disclosure. The scope of the disclosure is defined by the scope of the appended claims.
100．．．板擦機100. . . Board wiper
101．．．板擦101. . . Board erase
110．．．殼體110. . . case
111．．．開口111. . . Opening
120．．．位移裝置120. . . Displacement device
121．．．齒條121. . . rack
122．．．齒輪122. . . gear
123．．．位移馬達123. . . Displacement motor
130．．．清塵裝置130. . . Dust cleaning device
131．．．刮片131. . . Blade
132．．．振動馬達132. . . Vibration motor
140．．．集塵裝置140. . . Dust collecting device
141．．．抽風頭141. . . Sucking head
142．．．集塵袋142. . . Dust bag
143．．．抽風風扇143. . . Exhaust fan
144．．．第一風管144. . . First duct
145．．．第二風管145. . . Second duct
150．．．極限開關150. . . Limit switch
DC．．．電源DC. . . power supply
H．．．圓孔H. . . Round hole
L．．．線L. . . line
M．．．直流馬達M. . . DC motor
R1．．．第一繼電器R 1 . . . First relay
R2．．．第二繼電器R 2 . . . Second relay
R1/a、R2/a．．．常開開關R 1/a , R 2/a . . . Normally open switch
SW1．．．第一感測器SW 1 . . . First sensor
SW2．．．第二感測器SW 2 . . . Second sensor
第1圖繪示本揭示內容一實施方式之板擦機的立體圖。FIG. 1 is a perspective view of a squeegee machine according to an embodiment of the present disclosure.
第2圖繪示第1圖之板擦機的分解圖。Fig. 2 is an exploded view of the squeegee of Fig. 1.
第3圖繪示第1圖之板擦機的剖視圖。Fig. 3 is a cross-sectional view showing the eraser of Fig. 1.
第4圖繪示第1圖之板擦機中位移馬達的正反轉電路圖。Fig. 4 is a circuit diagram showing the forward and reverse rotation of the displacement motor in the board eraser of Fig. 1.
100．．．板擦機100. . . Board wiper
101．．．板擦101. . . Board erase
110．．．殼體110. . . case
111．．．開口111. . . Opening
120．．．位移裝置120. . . Displacement device
121．．．齒條121. . . rack
122．．．齒輪122. . . gear
123．．．位移馬達123. . . Displacement motor
130．．．清塵裝置130. . . Dust cleaning device
131．．．刮片131. . . Blade
132．．．振動馬達132. . . Vibration motor
140．．．集塵裝置140. . . Dust collecting device
141．．．抽風頭141. . . Sucking head
142．．．集塵袋142. . . Dust bag
143．．．抽風風扇143. . . Exhaust fan
145．．．第二風管145. . . Second duct
150．．．極限開關150. . . Limit switch
Claims (8)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW100145617A TWI500530B (en) | 2011-12-09 | 2011-12-09 | Eraser machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW100145617A TWI500530B (en) | 2011-12-09 | 2011-12-09 | Eraser machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| TW201323245A true TW201323245A (en) | 2013-06-16 |
| TWI500530B TWI500530B (en) | 2015-09-21 |
Family
ID=49032735
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW100145617A TWI500530B (en) | 2011-12-09 | 2011-12-09 | Eraser machine |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TWI500530B (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108297584A (en) * | 2017-12-28 | 2018-07-20 | 广州华夏职业学院 | A kind of classroom special efficient automatic dust-absorbing type blackboard eraser |
| CN110757997A (en) * | 2018-10-27 | 2020-02-07 | 高宏福 | Closed blackboard eraser box |
| CN112223941A (en) * | 2020-10-15 | 2021-01-15 | 杭州师范大学钱江学院 | Dust cleaning and absorbing type blackboard eraser and using method thereof |
-
2011
- 2011-12-09 TW TW100145617A patent/TWI500530B/en active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108297584A (en) * | 2017-12-28 | 2018-07-20 | 广州华夏职业学院 | A kind of classroom special efficient automatic dust-absorbing type blackboard eraser |
| CN110757997A (en) * | 2018-10-27 | 2020-02-07 | 高宏福 | Closed blackboard eraser box |
| CN112223941A (en) * | 2020-10-15 | 2021-01-15 | 杭州师范大学钱江学院 | Dust cleaning and absorbing type blackboard eraser and using method thereof |
| CN112223941B (en) * | 2020-10-15 | 2021-12-07 | 杭州师范大学钱江学院 | Dust cleaning and absorbing type blackboard eraser and using method thereof |
Also Published As
| Publication number | Publication date |
|---|---|
| TWI500530B (en) | 2015-09-21 |
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