M354602 八、新型說明： 【新型所屬之技術領域】 尤其關於一種滾輪承 本新型係有關面板運送的方式 載支架的機構。 【先前技術】 ，工序ΓίΓ:細密，且製程上精密繁複，所以在製造 ::在來回搬動一面板之過程中易有損壞，以 有大動作移動，而使灰塵影響該面板等精密產口 : 類輸送裝置的設置，是影塑產口户 口口斤乂此 心a座00艮率優劣的要件之一。 在同-製程中，會以一輸送帶設計其 :供:速穩定、減少人力與減少塵埃影響:但是在 亡，則必須在不同空間中，作運送的動作，此時 夕為使用一夾具或是一叉架類工且，一M354602 VIII. New description: [New technical field] A special type of roller bearing system is a mechanism for carrying a bracket. [Prior Art], the process ΓίΓ: fine, and the process is more complicated, so in the manufacturing:: It is easy to be damaged during the process of moving a panel back and forth, so as to move with a large movement, and the dust affects the precision product such as the panel. : The setting of the type of conveying device is one of the requirements for the quality of the 00 乂 rate of the heart of the mouth. In the same-process, it will be designed with a conveyor belt: for: speed stability, reduce manpower and reduce dust impact: but in the case of death, it must be carried in different spaces, using a fixture or Is a fork type of work, and one
Ba /、 叙在使用該叉架類 1動：面板開内的一面板時’需要多次來回移動該又 m運送該面板產品’所以這樣的大動作移動，實際 上會對此類產品的精密性以及製程的時間上，造成影響， 且反應在產品的良率上’路、、】h磁丄办1 、 尺千上所以如何增加各類製程中的運送 品質，是本創作所積極努力的目標。 【新型内容】 麦是’本新型的目㈣減少面板移動時大幅度的動 作’以提高面板移载的效率。 基於上述目的，本新型為配合一裝载至少—面板且可 讓該面板升降的面板間使用，包含有：-承載支架、複數 個滾輪以及至少-驅動單元，該承載支架係用以承接該面 5Ba /, in the use of the fork type 1 move: when the panel is opened inside a panel, 'there is a need to move back and forth a number of times to transport the panel product again', so such a large movement of movement, in fact, the precision of such products The nature of the process and the process, the impact, and the response in the yield of the product 'road,,} h magnetic 丄 1, tens of thousands of so how to increase the quality of transport in various processes, is the creative efforts of this creative office aims. [New content] Mai is 'the purpose of this new type (4) to reduce the large-scale operation when the panel moves' to improve the efficiency of panel transfer. Based on the above object, the present invention is used in conjunction with a panel that loads at least a panel and allows the panel to be lifted and lowered, and includes: a carrier bracket, a plurality of rollers, and at least a driving unit for receiving the panel. 5
V M354602 板閘内之面板，且該承載支架上係設置複數個滾輪；以及 該驅動單元傳動該滾輪轉動。 此方式該承載支架僅需要單次進入該面板閘内，便可 將該面板移入或移出，可減少該承載支架多次進出該面板 閘的時間與動作’並且讓該滚輪來回轉動的平穩動作 -穩定性與節省時間。 9 π 據此，本新型為利用該承載支架與該滾輪之結合設 計，以提供運送該面板閘内之該面板時，能兼具時二2 攀穩定性。 【實施方式】 茲有關本新型的詳細内容及技術說明，現以實施例來 作進一步說明，但應瞭解的是，該等實施例僅為例示說明 之用’而不應被解釋為本新型實施之限制。 請參閱「圖1、2」所示，本新型為配合一裝載至少 一面板10且可讓該面板10升降的面板閘2〇使用，包含有： • 一承載支架30、複數個滾輪40以及至少一驅動單元5〇，該 承載支架30係用以承接該面板閘2〇内之面板1〇，且該承載 支架30上係設置複數個滾輪4〇 ;以及該驅動單元5〇傳動該 滾輪40轉動’而該驅動單元5〇係為馬達。 其中，該承載支架3〇係伸入該面板閘2〇内承接該面板 10，並藉該滾輪40讓設置在承載支架3〇上之面板1〇能夠移 動傳送，而該面板閘20則可依實際需求上、下移動，俾供 每一層之面板10能順利放置在該承載支架3〇上。 據此，本新型最主要技術特徵在於：藉由該承載支架 6 M354602 3〇上設有該滾輪4G以移動傳送該面板1G，故該承載支架3〇 僅需要單次進入該面板間2〇内，便可將複數個面板财入 或移出’而不必如習知技術中，為了要傳送該複數個面板 10 ’而需要多次往返覆進出該面板閘2Q，故’藉由本新型 之承載支架30可大幅提高該面板10移載運送時的時效性。 - 再請參閱「圖3」所示，當該承載支架30承接傳送該 .面板1G時，其和該承載支架⑽上另設置的—微調偵測單元 暑60產生作用，該微調偵測單元6〇包含有一脈衝產生器W與 -分配器62、-偵測元件63 ;該偵測元件㈣貞測該面板1〇 位置並產生-價測信號（圖未示）給該分配器62，該脈衝 、產^器61產生-脈衝信號（圖未示）到該分配器犯，該分 配器62接收並產生一複數控制信號（圖未示），以讓該控 制信號來個別控制該驅動單元5〇，所以在運送的過程中， 更能藉此提高產品的安全及精密性。 所以當該面板10下降到該承載支架3〇上時，如果位置 不正，則該微調偵測單元60將會把所測得處理後的訊號， 最後傳送到該驅動單元50，再進行不同方向的轉動及轉 速’以進行該面板1〇位置的調整。 另，请再參閱「圖4」所示，關於該驅動單元5〇其他 的實施方式，該驅動單元50可設置於該承载支架3〇内側， 以同時控制兩側之該滾輪4〇，以減少該驅動單元5〇的設 置，又或者’該滾輪4〇可相互組接成為滾輪組（圖未 示），而再以至少一驅動單元5〇驅動。 惟上述僅為本新型之較佳實施例而已，並非用來限定 7 M354602 圚所做的均 本新型實施之範圍。即凡依本新型申請專利範 等變化與修飾’皆為本新型專利範圍所涵蓋。 [圖式簡單說明】 之面板運送機構側視示 圖1為係本創作為滾輪承载支架 圖。 圖2 圖。 為係本創作為滾輪承载支架 之面板運送機構俯視示意 圖3為係本創作為滾輪 例俯視示意圖。 載支*之面板運达機構移載實施 圖二為係本創作為滾輪承載面板 例俯視示意圖。 $稱另—實施 【主要元件符號說明】 10:面板 2 0:面板閘 3〇:承載支架 4 0:滚輪 5 0: 驅動單元 6 0: 微調偵測單元 61:脈衝產生器 6 2 ： 分配器 6 3 ：偵測元件V M354602 The panel in the sluice gate, and the carrier bracket is provided with a plurality of rollers; and the driving unit drives the roller to rotate. In this way, the carrying bracket only needs to enter the panel door in a single time, and the panel can be moved in or out, which can reduce the time and action of the carrying bracket to enter and exit the panel gate multiple times and the smooth movement of the roller to rotate back and forth - Stability and time savings. 9 π Accordingly, the present invention is designed to utilize the combination of the carrier bracket and the roller to provide the stability of the panel when the panel in the panel gate is transported. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The detailed description and technical description of the present invention will be further described by the embodiments, but it should be understood that the embodiments are merely illustrative and should not be construed as The limit. Referring to FIG. 1 and FIG. 2, the present invention is used in conjunction with a panel brake 2 that loads at least one panel 10 and allows the panel 10 to be lifted and lowered, and includes: • a carrier bracket 30, a plurality of rollers 40, and at least a driving unit 5 is configured to receive a panel 1 in the panel gate 2, and a plurality of rollers 4 are disposed on the carrier bracket 30; and the driving unit 5 drives the roller 40 to rotate 'The drive unit 5 is a motor. The carrying bracket 3 extends into the panel gate 2 to receive the panel 10, and the panel 40 can be moved and transported by the roller 40, and the panel gate 20 can be moved. The actual demand is moved up and down, and the panel 10 for each layer can be smoothly placed on the carrying bracket 3〇. Accordingly, the most important technical feature of the present invention is that the roller 4G is disposed on the carrier bracket 6 M354602 3 to move the panel 1G, so that the carrier bracket 3 only needs to enter the panel 2 in a single time. , the plurality of panels can be financed or removed from the 'receiving technology, in order to transfer the plurality of panels 10', multiple round trips into and out of the panel gate 2Q are required, so the carrier bracket 30 of the present invention is used. The timeliness of the panel 10 during transfer and transportation can be greatly improved. - Referring to FIG. 3 again, when the carrier bracket 30 receives and transmits the panel 1G, it is also provided with a fine adjustment detecting unit 60 disposed on the carrier bracket (10). The fine adjustment detecting unit 6 The 〇 includes a pulse generator W and-distributor 62, and a detecting component 63. The detecting component (4) detects the position of the panel and generates a price measurement signal (not shown) to the distributor 62. The generator 61 generates a pulse signal (not shown) to the distributor, and the distributor 62 receives and generates a plurality of control signals (not shown) for the control signal to individually control the driving unit. Therefore, in the process of transportation, it is better to improve the safety and precision of the product. Therefore, when the panel 10 is lowered onto the carrying bracket 3, if the position is not correct, the fine tuning detecting unit 60 will transmit the measured processed signal to the driving unit 50, and then perform different directions. Rotation and speed 'to adjust the position of the panel 1〇. Please refer to FIG. 4 again. Regarding the other embodiments of the driving unit 5, the driving unit 50 can be disposed inside the carrying bracket 3〇 to simultaneously control the rollers 4〇 on both sides to reduce The setting of the driving unit 5〇, or 'the roller 4' can be combined with each other to form a roller group (not shown), and then driven by at least one driving unit 5〇. However, the foregoing is only a preferred embodiment of the present invention and is not intended to limit the scope of the novel implementation of 7 M354602. That is, all changes and modifications in accordance with this new patent application are covered by the scope of the new patent. [Simple diagram of the diagram] The side view of the panel transport mechanism is shown in Fig. 1. Figure 2 Figure. The top view of the panel transport mechanism for the roller bearing bracket is shown in Fig. 3 is a schematic view of the roller as an example. The transfer operation of the panel delivery mechanism of the load-bearing * is shown in the top view of the roller load-bearing panel. $称其他—Implementation [Main component symbol description] 10: Panel 2 0: Panel gate 3〇: Carrier bracket 4 0: Wheel 5 0: Drive unit 6 0: Fine adjustment detection unit 61: Pulse generator 6 2 : Distributor 6 3 : Detection component