200948684 九、發明說明： 【發明所屬之技術領域】 本發明係有關一種警示系統，特別是關於一種液晶殘量警示系統。 【先前技術】 液晶是一種兼具液體的流動性與晶體的一定規則排列性的材料，所以 稱為液態晶體，液晶分子容易因受外力作用而流動，且具有類似單軸晶體 的異向特性，也就是材料的光折射率、介電常數、磁化率、及黏度等特性 會隨著方向的不同而有所差異。因此，在許多應用上，均是利用液晶分子 0 受外界刺激後，分子的配列將發生變化，導致其光學或電氣特性也跟著變 化，而將此材料應用於顯示器、光電元件、及感測器等元件上。 在TFT LCD產業中，液晶是重要的直接耗材之一，價格昂貴，為提升 液晶的利用率，改善液晶滴定良率，降低成本，故液晶滴定過程中，液晶 整瓶更換時，減少瓶内回收利用的液晶量（殘餘液晶）對降低成本顯得尤 為重要® 請參閱第1圖，一般的方法是在機台工作的過程中，人為觀察瓶中的 液晶量，憑經驗值判斷瓶内液晶是否需要更換，但是當液晶在瓶内的高度 低於一特定高度時，泵就不容易將瓶内液晶吸出，甚至有可能吸取到氣泡， 〇 導致液晶顯示器的光源亮度不佳。另外通常處理殘餘液晶的方式有兩種， 其一是將好幾瓶留有殘餘液晶之液晶瓶一起倒入同一個液晶瓶中，再將此 液晶瓶重複利用，或者是將留有殘餘液晶之液晶瓶送回原廠處理，但就以 上兩種處理方式對於留有太多殘餘液晶之液晶瓶皆會有不良的效果，若殘 餘液晶剩餘太多，在倒入同一個液晶瓶中時，會增加液晶被污染的機率， 另外若送回原廠處理，又會增加公司成本消耗。 因此’本發明係在針對上述之困擾，提出一種液晶殘量警示系統其 係可減少液晶的殘餘量，以降低公司成本消耗❶ 、 【發明内容】 本發明之主要目的，在於提供一種液晶殘量警示系統，其係可減少液 200948684 晶的殘餘量，以降低公司成本消耗。 本發明之另-目的’在於提供-種液晶殘量警示系統，其係、可減少液 晶的殘餘量’當對液殘餘量進行集時，能減少液晶被污染的機率。 為達上述目的，本發明提供-種液晶殘量警示系統，包含一液晶容置 裝置，液晶容置裝置具有-本趙，本趙之底部係向外凸設一底座而底座 具有-容置空間供裝盛-殘留液晶，且底座之内徑係不大於該本體之内 徑；另外於底座附近設置-感測裝置，以絲_殘留液晶在該容置空間 中的殘量多寡。 &級貴審查委貞對本㈣之結構特徵及所達成之功效更有進一步 ©之瞭解舆涊識，謹佐以較佳之實施例圖及配合詳細之說明，說明如後： 【實施方式】 請參閱第2圖為本發明液晶殘量警示系統之一較佳實施例。如第2圖 所示，本發明包含-液晶容置裝置14及一感測裝置15，液晶容置裝置14 具有-本體16與-瓶口 10，本體16之底部係向外凸設一底座18 ,而底座 18具有-容置空間20供裝盛-殘留液晶。在較佳實施方式中，感測裝置 15係設置於底座18附近，並用來偵測該殘留液晶在容置空間2〇中的殘量 多募。 請參閲第3(a)圖，本艎16包含一側壁圍繞設置於本體16之底部上方， 其中本體16之底部與側壁之接角32、38呈現一弧型狀，另外底座18具有 一側壁，且侧壁與本體16的底部係具有一接角34、36亦呈現一弧型狀， 使殘留液晶易於向底座18集中流入容置空間2〇，接角32、34、36、38之 角度係介於40〜60度之間，而較佳係為50度。又在此圖中顯示，本體16 的底部係呈水平設置。 請參閱第3(a)圖與第3(b)圓，第3(b)圖的液晶容置裝置14之設計， 和第3(a)圖的差別在於本艘16的底部係與水平呈夾一角度設置，如此更可 使殘留液晶離開本體16的底部而易於向底座is集中流入容置空間2〇，而 同時支樓座22的設計亦要配合液晶容置裝置14之設計。 200948684 同時支撐座22的設計亦要配合液晶容置裝置η之設計。 如第2圖之較佳實施例所示’底座18之内徑係不大於本體16之内徑。 此處所言之「底座18之内徑」與「本體16之内徑」，係分別指底座18之 内緣與本體16側壁之内緣距其中心轴線之距離而言。因此，當底座18之 幾何中心與本體16之幾何中心共轴（即底座18設置於本體16底部中央之 位置），此處所言之「底座18之内徑不大於本體16之内徑」，即指底座18 之内緣距中心轴線之距離，係不大於本體16側壁之内緣至中心轴線之距 離。然而在其他不同實施例中，如第4(a)圖至第4(c)圖所示，若底座18 之幾何中心與本體16之幾何中心不共轴，則此處所言之「底座18之内徑 © 不大於本艎16之内徑」’即指底座18内緣距底座18中心轴線之最短距離， 係不大於本體16側壁之内緣距本體16中心轴線之距離。 如第2圖所示，由瓶口 10可插入一抽取管12，利用泵與抽取管12可 將殘留液晶吸取出來，還有一支樓座22供液晶容置裝置14放置，支擇座 22的内側底部設有一凹座24，且凹座24處足以容納底座18，使液晶容置 裝置14可穩定放置於一支撐座22内。然而在其他不同實施例中，如第5 (a)圓所示，較佳亦可透過不同底座之設計，例如於底座18之外側形成 趾部23或支撐部而能呈現一穩定狀態，此時即不需使用支撐座找。 如第5 (b)囷所示，底座18之外緣亦可與本體16等寬，卻仍有一縮 小内徑之容置空間2〇，底座18之外緣與内緣之間係為實心，如此一來液晶 今置裝置14不但能呈現一穩定狀態，而且亦有一容置空間2〇可供容置殘 餘液晶。如第5 (b)圏所示’此時因液晶容置裝置14已可呈一穩定狀態， 因此毋須使用支揮座22。 此外在其他不同實施例中，爲進一步考量到液晶容置裝置14擺放之穩 定性’如第5 (c) ®所示，亦可將前述底座18之結構設計成自本體16之 側壁= 微向外凸出形成趾部23，此時亦可相應擴大底座18内中容置空間 20的容積大小，惟「底座18之内徑」仍以不大於「本體16之内徑」為佳。 如第2圖之較佳實施例所示，感測裝置15包含反射式感應器28及反 200948684 射板30係彼此相對設置於支撐座22之底部兩側，且位於底座18附近，而 一警報器26則設置於支撐座22上端，並與反射式感應器28訊號相連，反 射式感應器28與反射板30 ’係用來偵測殘留液晶在容置空間2〇中的殘量 多募。 請參閱第2圖，本發明液晶容置裝置μ之底座18在設計上有訂一特 定高度H，此特定高度Η係介於3至9釐米（跚)之間，可隨不同底座18及 容置空間20容積大小而有所變化，而較佳係為6釐米。當殘留液晶的液面 高於特定高度Η時，反射式感應器28可先發出一投射光穿透容置空間20 内之殘留液晶’再藉由反射板30將投射光經由容置空間20反射回來，由 ❹ 反射式感應器28接收’當殘留液晶在容置空間2〇中的液面高度高於特定 高度Η時’則投射光反射時就會經過容置空間2〇内之殘留液晶’反射式感 應器28無法感應投射光的強度變化，也就無法輸出一感應訊號，而警報器 26接收不到感應訊號，亦無法發出一警報訊號。在較佳實施方式中，為避 免投射光本身所具有之能量對液晶材料的性質造成改變與影響，本發明所 使用之反射式感應器28其所發出之投射光較佳係包含但不限於如紅外線等 之可見光，以降低引發液晶變質之可能。然而在其他不同實施例中，亦可 在確定投射光本身帶有之能量不會造成液晶質變之前提要件下，使用其他 種可發出不同頻率、波長投射光之反射式感應器28，以偵測殘留液晶在容 ® 置空間20中的殘量多募。 請參閱第6圏，此為本發明於警示時之裝置結構示意圓，當殘留液晶 的液面低於特定高度Η時，反射式感應器28所發出之投射光反射時就不會 經過容置空間20内之殘留液晶，反射式感應器28即可感應投射光的強度 變化’並輸出一感應訊號’而警報器26接收到感應訊號之後，亦隨即發出 一警報訊號，以提醒使用者更換液晶。此外，在其他不同實施方式中，亦 可於當液晶面降至Η高度時，除由警報器發出第一次警報，以提示進行準 備更換液晶外，並進一步回饋一訊號至泵與抽取管12，以減緩抽取液晶之 速度。 200948684 以上為本發明利用感測裝置中15之反射式感應器28來铜液晶殘量 之實施例’另外感測裝置15還可利用重量感應器與接觸式感應器等其他裝 置來代替偵測液晶之殘量，將進一步分述如后。 請參閲第7圖’本發明在設計上有訂一特定重量，特定重量值係介於 10至40克之間，而當容置空間2〇之底部面積為5〇24平方釐米殘留液晶 之液面高度為6楚米時，較佳之特定重量值為30克，感測裝置15包含重 量感應器40與警報器26，將重量感應器40設於底座18之底部，當重量感 f器40感應殘留液晶重量高於特定重量值時，重量感應器4〇與警報器 身不會作動當重量感應器感應殘留液晶重量低於特定重量值時，可輪 ©出-感應訊號’而警報器26目與重量感應器4〇訊號相連，當警報器邡接 收感應訊號之後，警報器26即發出一警報訊號，以提醒使用者更換液晶。 請參閲第8 ® ’本發明纽計上有訂—特定高度H，此特定高度H係介 於3至9料之間，而較佳為6料，感測裝置15包含接觸式感應器处 與警報器26 ’將接觸式感應器42漂浮於殘留液晶上，當殘留液晶在容置空 間20中的液面高度高於特定高度η時，接觸式感應器42與警報器邪皆不 會作動，當殘留液晶在容置空間2〇中的液面高度低於特定高度|1時，則接 觸式感應器42可感應殘留液晶之液面所處的位置低於特定高度η，並輪出 一感應訊號’而警報器26因與接觸式感應器42訊號相連，當警報器26接 收感應訊號之後，警報器26即發出一警報訊號，以提醒使用者更換液晶。 另外表一顧示500cc之液晶容置瓶使用本發明之設計後所減少的液晶殘餘 量，而表二顯示以月產產能計算殘餘液晶量的減少量。 表一 殘餘液晶 底面直徑 (mm) 面 積 (mm2) 高 度 (mm) 體 積 (mm3) 質量(g) 改進前 80 5026.55 6.00 30159.29 30.16 改進後 50 1963.50 6.00 11780.97 11.78 200948684 殘餘量減少 61% 表二 產品 3. 5吋 7吋 —— 19叫· 面板數量/瓶 300 84 12 量/月 30000 30000 30000 液晶重量/克 一個面板 0.0178 0. 0704 0.471 一瓶 5.34 5. 9136 5.652 全部/月 160200 177408 — -169560 改進前 9663. 3 10701.3 10227.9 汉琢狀曲 改進後 3774.3 4179.7 3994.8 由以上兩張表皆可得知經由本發明設計過的液晶容置裝置都能大大減 少液晶殘餘量。 综上所述’本發明可減少液晶的殘餘量，不但可以降低公司成本消耗， 另外當對液晶殘餘量進行蒐集時’也能減少液晶被污染的機率。 以上所述者，僅為本發明一較佳實施例而已，並非用來限定本發明實 施之範圍，故舉凡依本發明申請專利範圍所述之形狀、構造、特徵及精神 所為之均等變化與修飾’均應包括於本發明之申請專利範圍内。 11 【圖式簡單說明】 第1圖為先前技術之裝置結構示意圖。 第2圖為本發明液晶容置裝置及具此裝置之液晶殘量警示系統之裝置 結構示意圖。 第3(a)圖為本發明液晶容置裝置之一較佳實施例。 第3(b)圖為本發明液晶容置裝置之另一較佳實施例。 第4(a)圖至第4(c)圖為本發明之本體與底座之中心轴不共軸之實施 例0 第5(a)圖至第5(c)圖為本發明之各種穩定支撑狀態之實施例。 200948684 第6圖為本發明於警示時之裝置結構示意圖。 第7圖為本發明之另一實施例於警示時之裝置結構示意圖。 第8圖為本發明之再一實施例於警示時之裝置結構示意圖。 【主要元件符號說明】 10瓶口 12抽取管 14液晶容置裝置 15感測裝置200948684 IX. Description of the Invention: [Technical Field] The present invention relates to a warning system, and more particularly to a liquid crystal residual warning system. [Prior Art] Liquid crystal is a material which combines the fluidity of a liquid with a certain regular arrangement of crystals. Therefore, it is called a liquid crystal. The liquid crystal molecules are easily flowed by an external force and have an anisotropic property similar to that of a uniaxial crystal. That is, the properties of the material such as refractive index, dielectric constant, magnetic susceptibility, and viscosity may vary with direction. Therefore, in many applications, after the liquid crystal molecules 0 are stimulated by the outside, the arrangement of the molecules will change, and the optical or electrical properties thereof will also change, and the material is applied to the display, the photoelectric element, and the sensor. And other components. In the TFT LCD industry, liquid crystal is one of the important direct consumables, which is expensive. In order to improve the utilization rate of liquid crystal, improve the liquid crystal titration yield and reduce the cost, in the liquid crystal titration process, when the liquid crystal is replaced, the bottle recycling is reduced. The amount of liquid crystal used (residual liquid crystal) is particularly important for cost reduction. Please refer to Figure 1. The general method is to observe the amount of liquid crystal in the bottle during the working process of the machine. Replacement, but when the height of the liquid crystal in the bottle is lower than a certain height, the pump does not easily suck out the liquid crystal inside the bottle, and may even absorb air bubbles, which causes the brightness of the light source of the liquid crystal display to be poor. In addition, there are usually two ways to process the residual liquid crystal. One is to pour several bottles of liquid crystal bottles with residual liquid crystal into the same liquid crystal bottle, and then reuse the liquid crystal bottle, or the liquid crystal with residual liquid crystal left. The bottle is returned to the original factory for processing, but the above two treatment methods will have a bad effect on the liquid crystal bottle with too much residual liquid crystal. If the residual liquid crystal remains too much, it will increase when poured into the same liquid crystal bottle. The probability of liquid crystal being contaminated, and if returned to the original factory, will increase the company's cost. Therefore, the present invention provides a liquid crystal residual warning system which can reduce the residual amount of liquid crystal to reduce the cost of the company, and the main object of the present invention is to provide a liquid crystal residue. The warning system, which reduces the residual amount of liquid 200948684 crystal, to reduce the company's cost. Another object of the present invention is to provide a liquid crystal residual warning system which can reduce the residual amount of liquid crystals. When the liquid residual amount is collected, the probability of contamination of the liquid crystal can be reduced. In order to achieve the above object, the present invention provides a liquid crystal residual warning system, comprising a liquid crystal accommodating device, the liquid crystal accommodating device has - Ben Zhao, the bottom of the Zhao has a base protruding outwardly and the base has a accommodating space The liquid crystal is filled and the inner diameter of the base is not larger than the inner diameter of the body; and the sensing device is disposed near the base to determine the residual amount of the residual liquid crystal in the accommodating space. And the review of the structure and the efficacies of this (4) are further understood. Please refer to the preferred embodiment diagram and the detailed description for the following: [Embodiment] Referring to Figure 2, a preferred embodiment of the liquid crystal residual warning system of the present invention is shown. As shown in FIG. 2, the present invention includes a liquid crystal accommodating device 14 and a sensing device 15. The liquid crystal accommodating device 14 has a body 16 and a bottle mouth 10. The bottom of the body 16 has a base 18 protruding outward. And the base 18 has an accommodating space 20 for holding the residual liquid crystal. In a preferred embodiment, the sensing device 15 is disposed near the base 18 and is used to detect the residual amount of the residual liquid crystal in the accommodating space 2〇. Referring to FIG. 3(a), the cymbal 16 includes a side wall disposed above the bottom of the body 16, wherein the bottom corners 32, 38 of the body 16 and the side walls have an arc shape, and the base 18 has a side wall. And the side wall and the bottom of the body 16 have a corner 34, 36 also has an arc shape, so that the residual liquid crystal is easily concentrated into the accommodating space 2 向, the angle of the corners 32, 34, 36, 38 The system is between 40 and 60 degrees, and preferably 50 degrees. Also shown in this figure, the bottom of the body 16 is horizontally disposed. Please refer to the 3(a) and 3(b) circles. The design of the liquid crystal receiving device 14 in Fig. 3(b) is different from the third (a) in that the bottom of the ship 16 is horizontal and horizontal. The angle of the clip is set so that the residual liquid crystal is separated from the bottom of the body 16 and is easily concentrated into the accommodating space 2 向 to the pedestal is. At the same time, the design of the pedestal 22 is also matched with the design of the liquid crystal accommodating device 14 . 200948684 At the same time, the design of the support base 22 should also be matched with the design of the liquid crystal receiving device η. As shown in the preferred embodiment of Fig. 2, the inner diameter of the base 18 is not greater than the inner diameter of the body 16. As used herein, "inner diameter of base 18" and "inner diameter of body 16" refer to the distance between the inner edge of base 18 and the inner edge of the side wall of body 16 from its central axis, respectively. Therefore, when the geometric center of the base 18 is coaxial with the geometric center of the body 16 (ie, the base 18 is disposed at the center of the bottom of the body 16), the "the inner diameter of the base 18 is not greater than the inner diameter of the body 16", that is, The distance between the inner edge of the base 18 and the central axis is not greater than the distance from the inner edge of the side wall of the body 16 to the central axis. However, in other different embodiments, as shown in Figures 4(a) through 4(c), if the geometric center of the base 18 is not coaxial with the geometric center of the body 16, then the "base 18" The inner diameter © is not greater than the inner diameter of the crucible 16" means that the inner edge of the base 18 is the shortest distance from the central axis of the base 18, and is not greater than the distance from the inner edge of the side wall of the body 16 from the central axis of the body 16. As shown in Fig. 2, a nozzle 12 can be inserted into the extraction tube 12, and the residual liquid crystal can be sucked out by the pump and the extraction tube 12, and a building 22 is placed for the liquid crystal receiving device 14 to support the seat 22. A recess 24 is defined in the inner bottom portion, and the recess 24 is sufficient to accommodate the base 18, so that the liquid crystal receiving device 14 can be stably placed in a support base 22. However, in other different embodiments, as shown in the fifth circle (a), it is preferable to design a different base, for example, forming the toe 23 or the support portion on the outer side of the base 18 to exhibit a stable state. That is, you do not need to use the support to find. As shown in the fifth (b), the outer edge of the base 18 can also be the same width as the body 16, but there is still a space for reducing the inner diameter of the inner space 2, and the outer edge and the inner edge of the base 18 are solid. In this way, the liquid crystal device 14 can not only exhibit a stable state, but also has a receiving space 2 〇 for accommodating residual liquid crystal. As shown in Fig. 5(b), the liquid crystal accommodating device 14 can be in a stable state at this time, so that it is not necessary to use the pedestal holder 22. In addition, in other different embodiments, in order to further consider the stability of the placement of the liquid crystal receiving device 14 as shown in the fifth (c) ® , the structure of the aforementioned base 18 can also be designed from the side wall of the body 16 = micro The toe portion 23 is formed to protrude outward, and the volume of the accommodation space 20 in the base 18 can be enlarged accordingly. However, the "inner diameter of the base 18" is preferably not more than "the inner diameter of the body 16". As shown in the preferred embodiment of FIG. 2, the sensing device 15 includes a reflective sensor 28 and an anti-200948684 radiation plate 30 disposed opposite each other on the bottom sides of the support base 22 and located near the base 18, and an alarm The device 26 is disposed at the upper end of the support base 22 and connected to the reflective sensor 28, and the reflective sensor 28 and the reflector 30' are used to detect the residual amount of residual liquid crystal in the accommodating space 2〇. Referring to FIG. 2, the base 18 of the liquid crystal receiving device μ of the present invention is designed to have a specific height H, which is between 3 and 9 cm (跚), and can be accommodated with different bases 18 The space 20 varies in size and is preferably 6 cm. When the liquid level of the residual liquid crystal is higher than a certain height ,, the reflective sensor 28 can first emit a projected light to penetrate the residual liquid crystal in the accommodating space 20, and then reflect the projected light through the accommodating space 20 through the reflecting plate 30. Returning, the reflective sensor 28 receives 'when the liquid level of the residual liquid crystal in the accommodating space 2〇 is higher than a certain height '', then the residual liquid crystal in the accommodating space 2 就会 passes when the projected light is reflected. The reflective sensor 28 cannot sense the intensity change of the projected light, and thus cannot output an inductive signal, and the alarm 26 cannot receive the inductive signal and cannot send an alarm signal. In a preferred embodiment, in order to prevent the energy of the projected light itself from changing and affecting the properties of the liquid crystal material, the reflective light emitted by the reflective sensor 28 used in the present invention preferably includes, but is not limited to, Visible light such as infrared rays to reduce the possibility of causing liquid crystal deterioration. However, in other different embodiments, other types of reflective sensors 28 that emit light of different frequencies and wavelengths may be used to detect before the energy of the projected light itself does not cause the liquid crystal to change. The residual amount of residual liquid crystal in the space 20 is increased. Please refer to FIG. 6 , which is a schematic diagram of the structure of the device at the time of warning. When the liquid level of the residual liquid crystal is lower than a certain height ,, the reflected light emitted by the reflective sensor 28 will not be accommodated when reflected. The residual liquid crystal in the space 20, the reflective sensor 28 can sense the intensity change of the projected light 'and output an inductive signal' and the alarm 26 receives an inductive signal, and then an alarm signal is sent to remind the user to replace the liquid crystal. . In addition, in other different embodiments, when the liquid crystal surface is lowered to the crucible height, the first alarm is issued by the alarm to prompt the preparation for replacement of the liquid crystal, and a signal is further fed back to the pump and the extraction tube 12 . To slow down the speed of liquid extraction. 200948684 The above is an embodiment of the invention for utilizing the reflective sensor 28 of the sensing device for the copper liquid crystal residual. The additional sensing device 15 can also use other devices such as a weight sensor and a contact sensor instead of detecting the liquid crystal. The residual amount will be further described as follows. Please refer to Fig. 7 'The invention has a specific weight specified in the design, the specific weight value is between 10 and 40 grams, and the liquid crystal liquid is 5 〇 24 square centimeters in the bottom area of the accommodating space 2 〇. When the surface height is 6 cm, the specific weight value is preferably 30 g, and the sensing device 15 includes the weight sensor 40 and the alarm 26, and the weight sensor 40 is disposed at the bottom of the base 18, when the weight sensor 40 senses When the weight of the residual liquid crystal is higher than the specific weight value, the weight sensor 4〇 and the alarm body will not be activated. When the weight sensor senses that the residual liquid crystal weight is lower than a specific weight value, the wheel can output the signal-induction signal and the alarm device 26 Connected to the weight sensor 4 signal, when the alarm device receives the sensing signal, the alarm device 26 sends an alarm signal to remind the user to replace the liquid crystal. Please refer to Section 8 ''Invention of the Invention') for a specific height H, which is between 3 and 9 materials, and preferably 6 materials, and the sensing device 15 includes a contact sensor The alarm device 26' floats the contact sensor 42 on the residual liquid crystal. When the liquid level of the residual liquid crystal in the accommodating space 20 is higher than a certain height η, the contact sensor 42 and the alarm device do not move. When the liquid level of the residual liquid crystal in the accommodating space 2〇 is lower than a certain height|1, the contact sensor 42 can sense that the liquid level of the residual liquid crystal is at a position lower than a specific height η, and rotates an induction The alarm device 26 is connected to the contact sensor 42. When the alarm device 26 receives the sensing signal, the alarm device 26 sends an alarm signal to remind the user to replace the liquid crystal. In addition, Table 1 shows the liquid crystal residual amount reduced by using the design of the present invention for a 500 cc liquid crystal container, and Table 2 shows the reduction of the residual liquid crystal amount by the monthly production capacity. Table 1 Residual liquid crystal bottom surface diameter (mm) Area (mm2) Height (mm) Volume (mm3) Mass (g) Before improvement 80 5026.55 6.00 30159.29 30.16 After improvement 50 1963.50 6.00 11780.97 11.78 200948684 Residual amount reduced by 61% Table II Product 3. 5吋7吋——19叫· Number of panels/bottles 300 84 12 Quantity/month 30000 30000 30000 LCD weight/g one panel 0.0178 0. 0704 0.471 One bottle 5.34 5. 9136 5.652 All / month 160200 177408 — -169560 Before improvement 9663. 3 10701.3 10227.9 After the improvement of the Han dynasty 3774.3 4179.7 3994.8 It can be seen from the above two tables that the liquid crystal accommodating device designed by the present invention can greatly reduce the residual amount of liquid crystal. As described above, the present invention can reduce the residual amount of liquid crystal, not only can reduce the cost of the company, but also reduce the probability of contamination of the liquid crystal when the liquid crystal residual amount is collected. The above is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, so that the shapes, structures, features, and spirits described in the claims of the present invention are equally varied and modified. 'All should be included in the scope of the patent application of the present invention. 11 [Simple description of the drawing] Fig. 1 is a schematic view showing the structure of the device of the prior art. Fig. 2 is a schematic view showing the structure of a liquid crystal accommodating device and a liquid crystal residual warning system having the same according to the present invention. Fig. 3(a) is a view showing a preferred embodiment of the liquid crystal accommodating device of the present invention. Fig. 3(b) is another preferred embodiment of the liquid crystal accommodating device of the present invention. 4(a) to 4(c) are embodiments in which the center axis of the body and the base of the present invention are not coaxial. FIG. 5(a) to FIG. 5(c) are various stable supports of the present invention. An embodiment of the state. 200948684 Figure 6 is a schematic view showing the structure of the device at the time of warning. FIG. 7 is a schematic structural view of a device at the time of warning according to another embodiment of the present invention. FIG. 8 is a schematic structural view of a device at the time of warning according to still another embodiment of the present invention. [Main component symbol description] 10 bottles mouth 12 extraction tube 14 liquid crystal receiving device 15 sensing device
16本體 20容置空間 23趾部 26警報器 30反射板 34接角 38接角 42接觸式感應器 18底座 22支撐座 24凹座 28反射式感應器 32接角 36接角 40重量感應器16 body 20 accommodating space 23 toe 26 alarm 30 reflector 34 joint 38 joint 42 contact sensor 18 base 22 support seat 24 recess 28 reflective sensor 32 joint 36 joint 40 weight sensor
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