TWM491550U - Curved glass edge polishing machine - Google Patents

Description

曲線玻璃邊拋機Curved glass edge throwing machine

本新型涉及玻璃拋光，特別涉及玻璃拋光的位移結構。The present invention relates to glass polishing, and more particularly to a glass polishing displacement structure.

玻璃具有高質感、硬度高、不易刮傷等優點，已成為隨身設備，如智慧型手機的良好外觀材料，又玻璃於切割後，必須進行端面之處理，以增加端面之強度。The glass has the advantages of high texture, high hardness, and low scratch resistance. It has become a good appearance material for portable devices, such as smart phones, and after the glass is cut, the end faces must be processed to increase the strength of the end faces.

請參閱「圖1」所示，其為台灣公開第201338921號專利「玻璃板之端面處理方法」，其提供一種玻璃板之端面處理方法，可效率良好地研磨玻璃之端面，且使玻璃板之端面強度提升，其主要是堆疊多片玻璃板1A形成積層體1，並利用研磨液2與旋轉之研磨刷3來刷磨玻璃板1A之端面，且為一邊沿著玻璃板1A之積層方向來回移動一邊進行研磨，可使端面之強度(特別是彎曲強度)提升。Please refer to FIG. 1 which is a method for treating an end face of a glass plate according to the Japanese Patent Publication No. 201338921, which provides a method for treating an end face of a glass plate, which can efficiently grind the end face of the glass and make the glass plate The strength of the end face is increased, which is mainly to stack a plurality of glass plates 1A to form a laminated body 1, and the end surface of the glass plate 1A is brushed by the polishing liquid 2 and the rotating abrasive brush 3, and the side is back and forth along the lamination direction of the glass plate 1A. Grinding while grinding can increase the strength of the end face (especially the bending strength).

此種方式可一次研磨多片玻璃板，來提昇研磨效率，然而，其一次僅能處理玻璃板的一個端面，因而以四個端面的玻璃板來說，其需要重覆處理四次才能完成，顯然效率有提升的必要。This method can grind multiple glass plates at a time to improve the grinding efficiency. However, it can only process one end face of the glass plate at a time, so that the glass plates with four end faces need to be repeated four times to complete. Obviously there is a need for efficiency.

又請參閱「圖2」所示，其為中國大陸申請第201210255609.4號專利「端面研磨加工的磨具及其多片鏡面玻璃層疊加工方法」，其包含二磨具體4和帶動該二磨具體4旋轉的二轉軸5，該二磨具體4保持一定之距離，該磨具體4呈圓柱形，且具有多層內陷弧形的磨槽6，該磨槽6的口徑對應要研磨的鏡面玻璃7之厚度，以同時對多個層疊放置在一起的鏡面玻璃7進行端面研磨，且該多層內陷弧形的磨槽6能保證對每一片鏡面玻璃7的端面都倒出圓弧外形，利用該磨具體4可以將多片鏡面玻璃7層疊在一起進行端面研磨加工，極大的提高了工作效率，縮短加工週期。Please also refer to "Figure 2", which is the Chinese patent application No. 201210255609.4 "Abrasive Grinding Machine for Face Grinding and Multi-Piece Mirror Glass Lamination Processing Method", which includes two grinding concrete 4 and driving the second grinding concrete 4 Rotating two rotating shafts 5, the two grinding concretes 4 are kept at a certain distance, the grinding concrete 4 is cylindrical, and has a plurality of indented curved grinding grooves 6, the diameter of the grinding grooves 6 corresponding to the mirror glass 7 to be ground The thickness is such that the mirror glass 7 placed on the plurality of layers is simultaneously subjected to end surface grinding, and the multi-layered indented curved groove 6 can ensure that the end surface of each of the mirror glasses 7 is poured out of the circular arc shape, and the grinding is utilized. Specifically, a plurality of mirror glasses 7 can be laminated together for end surface grinding processing, which greatly improves work efficiency and shortens processing cycle.

此習知的拋光機構，其一次設置二磨具體4，可同時對多片鏡面玻璃7的兩端面進行研磨，然而該二磨具體4為固定不動的，因此僅能針對直線的端面進行研磨，無法滿足曲線研磨加工之需求。The polishing mechanism of the prior art is provided with a second grinding concrete 4 at a time, and can simultaneously grind both end faces of the plurality of mirror glasses 7. However, the second grinding concrete 4 is fixed and can only be ground for the straight end faces. Unable to meet the needs of curve grinding.

本新型的主要目的，在於揭露一種可兩端面同時進行對稱曲線路徑研磨的曲線玻璃邊拋機，以加快研磨效率，滿足使用上的需求。The main purpose of the novel is to expose a curved glass edge polishing machine capable of simultaneously performing symmetric curve path grinding on both end faces to accelerate the grinding efficiency and meet the requirements of use.

基於上述目的，本新型為一種曲線玻璃邊拋機，用於對一疊層玻璃組進行拋光，其包含有一玻璃夾制位移結構與一拋光輪擺動位移結構，該玻璃夾制位移結構具有一夾制元件與一位移元件，該夾制元件夾制該疊層玻璃組，且設置於該位移元件上，該位移元件驅使該夾制元件位移，而讓該疊層玻璃組具有一線性位移自由度。Based on the above object, the present invention is a curved glass edge polishing machine for polishing a laminated glass set, which comprises a glass clamping displacement structure and a polishing wheel swing displacement structure, the glass clamping displacement structure has a clip a component and a displacement component, the clamping component sandwiching the laminated glass set and disposed on the displacement component, the displacement component driving the clamping component to displace, and allowing the laminated glass set to have a linear displacement degree of freedom .

該拋光輪擺動位移結構具有一橫移元件、二擺臂、一偶合接頭、一圓弧軌道與二拋光輪，其中該二擺臂的一端分別樞接於該偶合接頭，而另一端分別設置該拋光輪，且讓該疊層玻璃組置於該二拋光輪之間，並該二擺臂分別具有於該圓弧軌道內滑移的一卡合構造，該橫移元件承載該偶合接頭位移而讓該二拋光輪具有一相對該偶合接頭的轉動自由度。The polishing wheel swinging displacement structure has a traverse element, a second swing arm, a coupling joint, a circular arc track and two polishing wheels, wherein one ends of the two swing arms are respectively pivotally connected to the coupling joint, and the other end is respectively disposed Polishing the wheel, and placing the laminated glass group between the two polishing wheels, and the two swing arms respectively have a snapping structure sliding in the circular arc track, the traverse element carrying the coupling joint displacement The two polishing wheels are provided with a degree of freedom of rotation relative to the coupling joint.

據此，藉由控制該位移元件的位移，可以改變該夾制元件的位置，亦即該疊層玻璃組具改變X方向水平位置的能力；而控制該橫移元件的位移，可以改變該偶合接頭的位置，再透過該圓弧軌道的限制與驅使，該二擺臂即會擺動而具改變Y方向水平位置的能力(X方向水平位置同樣會移動)，因此只要同時控制該位移元件與該橫移元件，即可讓該二拋光輪同時對該疊層玻璃組的兩端面進行對稱的曲線路徑研磨，而滿足使用上的需要。Accordingly, by controlling the displacement of the displacement member, the position of the clamping member can be changed, that is, the laminated glass assembly has the ability to change the horizontal position in the X direction; and by controlling the displacement of the traverse member, the coupling can be changed. The position of the joint, and then the restriction and actuation of the circular arc track, the two swing arms will swing and have the ability to change the horizontal position in the Y direction (the horizontal position in the X direction also moves), so as long as the displacement element is controlled simultaneously By traversing the component, the two polishing wheels can simultaneously perform symmetric curved path grinding on both end faces of the laminated glass group to meet the needs of use.

習知Conventional knowledge

1A‧‧‧玻璃板1A‧‧‧glass plate

1‧‧‧積層體1‧‧ ‧ laminated body

2‧‧‧研磨液2‧‧‧Slurry

3‧‧‧研磨刷3‧‧‧Abrasive brush

4‧‧‧磨具體4‧‧‧ grinding specific

5‧‧‧轉軸5‧‧‧ shaft

6‧‧‧磨槽6‧‧‧ grinding groove

7‧‧‧鏡面玻璃7‧‧‧Mirror glass

本創作This creation

100‧‧‧疊層玻璃組100‧‧‧ laminated glass set

10‧‧‧玻璃夾制位移結構10‧‧‧glass clamp displacement structure

11‧‧‧夾制元件11‧‧‧Clamping components

111‧‧‧夾緊汽缸111‧‧‧Clamping cylinder

112‧‧‧夾片112‧‧‧ Clips

113‧‧‧轉向馬達113‧‧‧Steering motor

12‧‧‧位移元件12‧‧‧displacement components

121‧‧‧位移滑軌121‧‧‧Displacement rails

122‧‧‧位移螺桿122‧‧‧Displacement screw

123‧‧‧位移驅動馬達123‧‧‧Displacement drive motor

20‧‧‧拋光輪擺動位移結構20‧‧‧ polishing wheel swing displacement structure

21‧‧‧橫移元件21‧‧‧ traverse elements

211‧‧‧橫移滑塊211‧‧‧ traverse slider

212‧‧‧橫移滑軌212‧‧‧ transverse slide

213‧‧‧橫移螺桿213‧‧‧ traverse screw

214‧‧‧橫移驅動馬達214‧‧‧ traverse drive motor

22‧‧‧擺臂22‧‧‧ swing arm

221‧‧‧卡合構造221‧‧‧Clamping structure

222‧‧‧穿孔222‧‧‧Perforation

23‧‧‧偶合接頭23‧‧‧coupled joint

24‧‧‧圓弧軌道24‧‧‧ arc track

25‧‧‧拋光輪25‧‧‧ polishing wheel

251‧‧‧拋光輪傳動組251‧‧‧Brazing wheel drive set

30、31、32‧‧‧路徑30, 31, 32‧ ‧ path

圖1，為習知玻璃端面加工結構圖。Figure 1 is a structural view of a conventional glass end face.

圖2，為另一習知玻璃端面加工結構圖。Fig. 2 is a structural view of another conventional glass end face processing.

圖3，為本創作曲線玻璃邊拋機結構俯視圖。Figure 3 is a top view of the glass curved edge throwing machine structure of the creation curve.

圖4，為本創作玻璃夾制位移結構前視圖。Figure 4 is a front view of the displacement structure of the glass insert.

圖5，為本創作拋光輪傳動結構圖。Figure 5 is a transmission structure diagram of the original polishing wheel.

圖6，為本創作疊層玻璃組與二拋光輪的位移示意圖。Figure 6 is a schematic view showing the displacement of the laminated glass set and the second polishing wheel.

請參閱「圖3」、「圖4」與「圖5」所示，本創作為一種曲線玻璃邊拋機，用於對一疊層玻璃組100進行拋光，其包含有一玻璃夾制位移結構10與一拋光輪擺動位移結構20，其中該玻璃夾制位移結構10具有一夾制元件11與一位移元件12，該夾制元件11夾制該疊層玻璃組100，且設置於該位移元件12上，該位移元件12驅使該夾制元件11位移，而讓該疊層玻璃組100具有一線性位移自由度。Please refer to FIG. 3, FIG. 4 and FIG. 5, which is a curved glass edge polishing machine for polishing a laminated glass set 100, which comprises a glass clamping displacement structure 10 And a polishing wheel oscillating displacement structure 20, wherein the glass splicing displacement structure 10 has a clamping member 11 and a displacement member 12, the clamping member 11 sandwiches the laminated glazing unit 100, and is disposed on the displacement member 12 In the above, the displacement member 12 drives the clamping member 11 to be displaced, so that the laminated glass set 100 has a linear displacement degree of freedom.

在實際實施上，該位移元件12可以具有一位移滑軌121、一位移螺桿122與一位移驅動馬達123，該夾制元件11於該位移滑軌121上滑移，該位移驅動馬達123連接並驅動該位移螺桿122轉動，且該位移螺桿122螺合該夾制元件11，而驅使該夾制元件11於該位移滑軌121上滑移。In practical implementation, the displacement component 12 can have a displacement rail 121, a displacement screw 122 and a displacement drive motor 123. The clamping component 11 slides on the displacement rail 121, and the displacement drive motor 123 is connected and The displacement screw 122 is driven to rotate, and the displacement screw 122 screwes the clamping member 11 to drive the clamping member 11 to slide on the displacement rail 121.

又該夾制元件11可以具有一夾緊汽缸111與受該夾緊汽缸111驅使而縮小間距的二夾片112，該疊層玻璃組100夾設於該二夾片112之間，且該夾制元件11更具有一轉向馬達113，該轉向馬達113驅使該二夾片112原地轉動，亦即該轉向馬達113可以讓該疊層玻璃組100原地轉動，以滿足加工上的需求。The clamping member 11 can have a clamping cylinder 111 and two clips 112 driven by the clamping cylinder 111 to reduce the spacing. The laminated glass set 100 is sandwiched between the two clips 112, and the clip is clamped. The component 11 further includes a steering motor 113 that drives the two jaws 112 to rotate in place, i.e., the steering motor 113 allows the laminated glass set 100 to rotate in place to meet processing requirements.

另，該拋光輪擺動位移結構20具有一橫移元件21、二擺臂22、一偶合接頭23、一圓弧軌道24與二拋光輪25，其中該二擺臂22的一端分別樞接於該偶合接頭23，而另一端分別設置該拋光輪25，且讓該疊層玻璃組100置於該二拋光輪25之間，並該二擺臂22分別具有於該圓弧軌道24內滑移的一卡合構造221，該卡合構造221可以為凸柱，直接讓凸柱卡入該卡合構造221即可於該圓弧軌道24內滑移，該橫移元件21承載該偶合接頭23位移而讓該二拋光輪25具有一相對該偶合接頭23的轉動自由度。In addition, the polishing wheel swinging displacement structure 20 has a traverse element 21, two swing arms 22, a coupling joint 23, a circular arc track 24 and two polishing wheels 25, wherein one ends of the two swing arms 22 are respectively pivotally connected thereto. The joint 23 is coupled, and the polishing wheel 25 is disposed at the other end, and the laminated glass set 100 is placed between the two polishing wheels 25, and the two swing arms 22 respectively have a slip in the circular arc track 24. An engaging structure 221 , the engaging structure 221 can be a protruding post, and the protruding post can be directly inserted into the engaging structure 221 to slide in the circular arc track 24 , and the traverse element 21 carries the displacement of the coupling joint 23 . The two polishing wheels 25 are provided with a degree of freedom of rotation relative to the coupling joint 23.

而在實施上，該橫移元件21可以具有一橫移滑塊211、一橫移滑軌212、一橫移螺桿213與一橫移驅動馬達214，該橫移滑塊211於該橫移滑軌212上滑移，該偶合接頭23設於該橫移滑塊211上，且該橫移驅動馬達214連接並驅動該橫移螺桿213轉動，且該橫移螺桿213螺合該橫移滑塊211，而驅使該橫移滑塊211於該位移滑軌121上滑移，且為了固定該圓弧軌道24與該橫移滑軌212的位置，該圓弧軌道24與該橫移滑軌212可以為結合固定在一起。In practice, the traverse element 21 can have a traverse slider 211, a traverse slide 212, a traverse screw 213 and a traverse drive motor 214, and the traverse slider 211 slides in the traverse The rail 212 is slidable, the coupling joint 23 is disposed on the traverse slider 211, and the traverse drive motor 214 is coupled to drive the traverse screw 213 to rotate, and the traverse screw 213 is screwed to the traverse slider 211, driving the traverse slider 211 to slide on the displacement slide rail 121, and in order to fix the position of the circular arc track 24 and the traverse slide rail 212, the circular arc track 24 and the traverse slide rail 212 Can be fixed together for bonding.

另，該二拋光輪25上可以分別設置一拋光輪傳動組251，以藉由該二拋光輪傳動組251分別驅動該二拋光輪25轉動，又為了降低該擺臂22的重量，該擺臂22可以具複數穿孔222，且為了穩定性的考量，該擺臂22樞接該偶合接頭23的寬度可以大於設置該拋光輪25的寬度。In addition, a polishing wheel transmission group 251 may be respectively disposed on the two polishing wheels 25 to respectively drive the two polishing wheel 25 to rotate by the two polishing wheel transmission groups 251, and to reduce the weight of the swing arm 22, the swing arm 22 may have a plurality of perforations 222, and the width of the coupling arm 22 pivotally connected to the coupling joint 23 may be greater than the width of the polishing wheel 25 for stability considerations.

請再參閱「圖6」所示，為本創作控制該位移元件12與該橫移元件21時，該疊層玻璃組100與該二拋光輪25的位移示意圖，當本創作控制該位移元件12的位移時，可以改變該夾制元件11的位置，亦即可讓該疊層玻璃組100沿路徑30移動，而讓該疊層玻璃組100有改變X方向水平位置的能力(如圖所示)。而當控制該橫移元件21的位移時，可以改變該偶合接頭23的位置，讓該偶合接頭23沿路徑31移動，再透過該圓弧軌道24的限制與驅使，該二擺臂22即會擺動而讓該二拋光輪25沿路徑32擺動，而讓該二拋光輪25有改變Y方向水平位置的能力(X方向水平位置同樣會移動)。Please refer to FIG. 6 again, which is a schematic diagram of the displacement of the laminated glass set 100 and the two polishing wheels 25 when the displacement element 12 and the traverse element 21 are controlled for the creation, and the displacement element 12 is controlled by the present creation. When the displacement is changed, the position of the clamping member 11 can be changed, that is, the laminated glass set 100 can be moved along the path 30, and the laminated glass set 100 has the ability to change the horizontal position in the X direction (as shown in the figure). ). When the displacement of the traverse member 21 is controlled, the position of the coupling joint 23 can be changed, the coupling joint 23 can be moved along the path 31, and then the restriction and drive of the circular rail 24 can be transmitted. The oscillating motion causes the two polishing wheels 25 to oscillate along the path 32, and the two polishing wheels 25 have the ability to change the horizontal position in the Y direction (the horizontal position in the X direction also moves).

因此本創作，只要同時控制該位移元件12與該橫移元件21，即可讓該二拋光輪25同時對該疊層玻璃組100的兩端面進行對稱的曲線路徑研磨，亦即可同時對疊層玻璃組100的兩端面進行加工，增加加工效率；又在研磨加工完畢之後，可以利用該轉向馬達113讓該疊層玻璃組100原地轉動90度，即可對另二端面進行加工，其可以滿足加工上的需求，且在實務上，其研磨加工時，仍會配合研磨液使用，以增加研磨後的品質。Therefore, in the present invention, as long as the displacement element 12 and the traverse element 21 are simultaneously controlled, the two polishing wheels 25 can simultaneously perform symmetrical curved path grinding on both end faces of the laminated glass set 100, and can simultaneously overlap. The two end faces of the layer glass group 100 are processed to increase the processing efficiency; after the grinding process is completed, the laminated glass set 100 can be rotated 90 degrees in situ by the steering motor 113, and the other two end faces can be processed. It can meet the processing requirements, and in practice, it will still be used with the grinding liquid during the grinding process to increase the quality after grinding.

以上已將本創作做一詳細說明，惟以上所述者，僅爲本創作之一較佳實施例而已，當不能限定本新型實施之範圍。即凡依本創作申請範圍所作之均等變化與修飾等，皆應仍屬本創作之專利涵蓋範圍內。The present invention has been described in detail above, but the above description is only a preferred embodiment of the present invention, and the scope of the present invention is not limited. That is, the equivalent changes and modifications made in accordance with the scope of this creation application shall remain within the scope of the patent of this creation.

100‧‧‧疊層玻璃組 100‧‧‧ laminated glass set

10‧‧‧玻璃夾制位移結構 10‧‧‧glass clamp displacement structure

11‧‧‧夾制元件 11‧‧‧Clamping components

111‧‧‧夾緊汽缸 111‧‧‧Clamping cylinder

112‧‧‧夾片 112‧‧‧ Clips

12‧‧‧位移元件 12‧‧‧displacement components

121‧‧‧位移滑軌 121‧‧‧Displacement rails

122‧‧‧位移螺桿 122‧‧‧Displacement screw

123‧‧‧位移驅動馬達 123‧‧‧Displacement drive motor

20‧‧‧拋光輪擺動位移結構 20‧‧‧ polishing wheel swing displacement structure

21‧‧‧橫移元件 21‧‧‧ traverse elements

211‧‧‧橫移滑塊 211‧‧‧ traverse slider

212‧‧‧橫移滑軌 212‧‧‧ transverse slide

213‧‧‧橫移螺桿 213‧‧‧ traverse screw

214‧‧‧橫移驅動馬達 214‧‧‧ traverse drive motor

22‧‧‧擺臂 22‧‧‧ swing arm

221‧‧‧卡合構造 221‧‧‧Clamping structure

222‧‧‧穿孔 222‧‧‧Perforation

23‧‧‧偶合接頭 23‧‧‧coupled joint

24‧‧‧圓弧軌道 24‧‧‧ arc track

25‧‧‧拋光輪 25‧‧‧ polishing wheel

251‧‧‧拋光輪傳動組 251‧‧‧Brazing wheel drive set

Claims (1)

【第1項】[Item 1]
一種曲線玻璃邊拋機，用於對一疊層玻璃組進行拋光，其包含有：
一玻璃夾制位移結構，該玻璃夾制位移結構具有一夾制元件與一位移元件，該夾制元件夾制該疊層玻璃組，且設置於該位移元件上，該位移元件驅使該夾制元件位移，而讓該疊層玻璃組具有一線性位移自由度；以及
一拋光輪擺動位移結構，該拋光輪擺動位移結構具有一橫移元件、二擺臂、一偶合接頭、一圓弧軌道與二拋光輪，其中該二擺臂的一端分別樞接於該偶合接頭，而另一端分別設置該拋光輪，且讓該疊層玻璃組置於該二拋光輪之間，並該二擺臂分別具有於該圓弧軌道內滑移的一卡合構造，該橫移元件承載該偶合接頭位移而讓該二拋光輪具有一相對該偶合接頭的轉動自由度。
【第2項】
如申請專利範圍第1項所述的曲線玻璃邊拋機，其中該位移元件具有一位移滑軌、一位移螺桿與一位移驅動馬達，該夾制元件於該位移滑軌上滑移，該位移驅動馬達連接並驅動該位移螺桿轉動，且該位移螺桿螺合該夾制元件，而驅使該夾制元件於該位移滑軌上滑移。

【第3項】
如申請專利範圍第1項所述的曲線玻璃邊拋機，其中該夾制元件具有一夾緊汽缸與受該夾緊汽缸驅使而縮小間距的二夾片，該疊層玻璃組夾設於該二夾片之間。
【第4項】
如申請專利範圍第3項所述的曲線玻璃邊拋機，其中該夾制元件更具有一轉向馬達，該轉向馬達驅使該二夾片原地轉動。
【第5項】
如申請專利範圍第1項所述的曲線玻璃邊拋機，其中該卡合構造為凸柱。
【第6項】
如申請專利範圍第1項所述的曲線玻璃邊拋機，其中該橫移元件具有一橫移滑塊、一橫移滑軌、一橫移螺桿與一橫移驅動馬達，該橫移滑塊於該橫移滑軌上滑移，該偶合接頭設於該橫移滑塊上，且該橫移驅動馬達連接並驅動該橫移螺桿轉動，且該橫移螺桿螺合該橫移滑塊，而驅使該橫移滑塊於該位移滑軌上滑移。
【第7項】
如申請專利範圍第6項所述的曲線玻璃邊拋機，其中該圓弧軌道與該橫移滑軌為結合固定在一起。
【第8項】
如申請專利範圍第1項所述的曲線玻璃邊拋機，其中該二拋光輪上分別設置一拋光輪傳動組。
【第9項】
如申請專利範圍第1項所述的曲線玻璃邊拋機，其中該擺臂具複數穿孔。
【第10項】
如申請專利範圍第1項所述的曲線玻璃邊拋機，其中該擺臂樞接該偶合接頭的寬度大於設置該拋光輪的寬度。
A curved glass edge polishing machine for polishing a laminated glass set, comprising:
a glass-clamping displacement structure having a clamping member and a displacement member, the clamping member clamping the laminated glass set and disposed on the displacement member, the displacement member driving the clamping The component is displaced, and the laminated glass set has a linear displacement degree of freedom; and a polishing wheel swinging displacement structure having a traverse element, a second swing arm, a coupling joint, and a circular arc track a second polishing wheel, wherein one end of the two swing arms is respectively pivotally connected to the coupling joint, and the other end is respectively provided with the polishing wheel, and the laminated glass group is placed between the two polishing wheels, and the two swing arms are respectively Having a snap-fit configuration for slipping within the arc track, the traverse member carries the coupling joint displacement such that the two polishing wheels have a degree of freedom of rotation relative to the coupling joint.
[Item 2]
The curved glass edge polishing machine according to claim 1, wherein the displacement element has a displacement slide rail, a displacement screw and a displacement drive motor, and the clamping component slides on the displacement slide rail, the displacement The drive motor is coupled and drives the displacement screw to rotate, and the displacement screw screws the clamping member to drive the clamping member to slide on the displacement rail.

[Item 3]
The curved glass edge throwing machine of claim 1, wherein the clamping component has a clamping cylinder and two clips driven by the clamping cylinder to reduce the spacing, the laminated glass set is sandwiched between Between the two clips.
[Item 4]
The curved glass edge throwing machine of claim 3, wherein the clamping element further has a steering motor that drives the two clips to rotate in place.
[Item 5]
The curved glass edge throwing machine of claim 1, wherein the engaging structure is a stud.
[Item 6]
The curved glass edge polishing machine according to claim 1, wherein the traverse element has a traverse slider, a traverse slide rail, a traverse screw and a traverse drive motor, and the traverse slider Sliding on the traverse rail, the coupling joint is disposed on the traverse slider, and the traverse drive motor is coupled to drive the traverse screw to rotate, and the traverse screw screwes the traverse slider The traverse slider is driven to slide on the displacement rail.
[Item 7]
The curved glass edge polishing machine according to claim 6, wherein the circular arc track and the horizontal sliding rail are combined and fixed together.
[Item 8]
The curved glass edge polishing machine according to claim 1, wherein a polishing wheel transmission group is respectively disposed on the two polishing wheels.
[Item 9]
The curved glass edge throwing machine of claim 1, wherein the swing arm has a plurality of perforations.
[Item 10]
The curved glass edge polishing machine of claim 1, wherein the swing arm pivotally connects the coupling joint to have a width greater than a width of the polishing wheel.