201038334 六、發明說明： 【發明所屬之技術領域】 本發明係有關於一種更換裝置，特別是指一種樹脂更換裝置。 【先前技術】 地球能源_雜及全球職意獻幅提升τ，錄能、風力發電、 LED、生質能源等節能產品不斷推陳出新；由於電子產品開發快速產品生 命週期驗，加上電子各品制零組件規格多所不同，使得電子產品^汰 Ο ❹ 換後’往往難以自然分解’而成為電子卫業廢棄物。不過在資源循環再利 用的觀念下’電子廢棄物的时處理已成為另—魏保節_重要議題。 近年來’事業有害廢棄物污染環境的問題，已受到歐盟各関重視，歐盟 推動的有害物質_禁令與廢電機電子產品回收，使環保議題由電子產業 供應鏈的上游製造端開始管理約束。 過去電子廢棄物大多採掩埋處理，但其中所含有的水銀、船、錄、銅、 錫^毒物質’均會職境、土地、讀源、甚至是人體造雜大傷害。 目别全球丨年約有漏萬_電子廢棄物，8成運到亞洲或·中國家處 中國東南沿海的不肖回收業者，更自海外低價承接回收業務後，以 落伍式的就地焚燒處理方式，加速毒化環境。 =子廢棄物回收再處理的產值每年可達好幾億美元，目前仍有約觀 =子«物未經過適當的處理，這些廢棄物包含電腦、手機等電子產品 供絲、顯示卡、主機板、電線等，這些廢棄物若經由回收、分類、 刀解處理、提煉等流程後再细，則可創造更大的利益。 粉碎=====_爾触，職拆解、破碎、 =塞Γ刀別進入金屬熔煉薇、玻顿及相關再利用工廠。至於石墨、 mi Γ㈣及其他無法再细之廢棄物，則將交由合格之清除處理 於回收金屬的過程巾可彻含有特殊高分子樹臓粒吸附的 201038334 方式回收金屬。這種回收方式不但環保，且不會產生有害物質。 然而’樹脂顆粒必須存放於樹脂之儲存裳置内，而奴= k發明提供一 須先將樹敝吸麵心，再賴的概填充於鮮裝肋，、: 粒微小，因此要完全將樹脂收集則必須花費較長時間。因此本< 曰 種樹脂更換裝置，其係可提升樹脂更換或填充之效率。 【發明内容】 本發明之主要目的’在於提供—鋪脂更縣置，其倾由—壓力產 生裝置以供給—壓力於—容置裝置或之_儲存裝置如此使複數個樹脂由 容置裝置輸送至儲存裝置内’歧使複數娜存裝置輸送至容置裝 置，如此以增加更換或填充樹脂之便利性。 本發明之樹脂更換裝置包含—容置裝置、—儲存裝置與—壓力產生裝 置，儲存裝置接設於容置裝置；壓力產生裝置接設於容置裝置及儲存裝置， 壓力產生裝置提供-壓力於容錄置或儲存裝置，使包含複數細脂與一 流體之-混合體由容置裝置輸送·存裝置，献使混合體由儲存裝置輸 送至容置裝置。如此使複油_由容置裝置輸送存裝置内或是使 複數個麟由齡裝置輸送至容置裝置，如此以增加更誠填細脂之便 利性。 【實施方式】 &為使胃審查委員對本發明之結構特徵及所達成之功效有更進一步 之瞭解與認識’謹佐啸佳之實施條配合詳細之制，說明如後： 请參閱第-® ’其係為本發輸佳實施例之娜更換裝置的結構示意 圖’如圖所7F ’本發明之樹脂更換裝置包含—容置裝置1()、―齡裝置2〇 與-壓力產生裝置3G ’儲存裝置2Q接設於容置裝置1G ;壓力產生裝置3〇 接设於谷置及儲键置2G，壓力產生裝置3Q提供—壓力於容置裝 置10或儲存裝置2G。當壓力產生裝置3()提供壓力於容置裝置1Q時，使容 置裝置10内之壓力大於儲存裝置2〇，如此則讓填充於容置裝置1〇内之一 201038334 混合體由容置裝置10輸送至儲存裝置20,而混合體包含複數個樹脂與一流 體，之後再將流體渡除，如此即可將樹脂填充於儲存裝置2〇内。當壓力2 生裝置3G提供壓力於儲存裝置20時’使儲存裝置20内之壓力大於容置裝 置10 ’如此則讓填充於儲存裝i 20内之混合體由儲存裝置2〇輪送至容置 裝置10,如此即可將儲存裝置20内的樹脂收集至容置裝置1〇而回收使用。 因此本發明可增加更換或填充樹脂於儲存裝置2〇之便利性。 本發明使用複數個樹脂輸送管40以增加儲存裝置2〇接設於容置裝置 10之便利性，樹脂輸送管40之兩端分別接設於容置裝置1〇與儲存裝置2〇。 藉由樹脂輸送管40以便於混合體在儲存裝置2〇及容置裝置1〇之間輸送。 〇 *發明亦可於樹脂輸送管40接設-幫浦50,如此即可增加混合體的輸= 率’進而增加樹脂更換或填充樹脂之便利性。 樹脂輸送管40包含一第一樹脂輸送管42與一第二樹脂輸送管乜，第 一樹脂輸送管42之兩端設於容置裝置1〇之下方與儲存裝置2〇之上方，第 二樹脂輸送管44之兩端設於容置裝置1〇之上方與儲存裝置2〇之下方。由 於本發明利用容置裝置10與儲存裝置20之壓力不同，混合體才可在容置 裝置10與儲存裝置20之間輸送，為了增加混合體輸送時的便利性，因此 於容置裝置10之下方與儲存裝置20之上方接設第一樹脂輸送管42，如此 可使混合體由容置裝置10輸送至儲存裝置20時，藉由容置裝置10内的壓 力大於儲存裝置20内的壓力，使混合體由容置裝置1〇經由第一樹脂輸送 管42而輸送至儲存裝置20，因此第一樹脂輸送管42必須接設於容置裝置 10之下方。由此可知，當混合體由儲存裝置2〇經由第二樹脂輸送管44而 輸送至谷置裝置10時’第二樹脂輸送管44必須接設於儲存裝置2〇之下方， 以便於混合體由儲存裝置20輸送至容置裝置1〇。 本發明是以流體混合複數個樹脂顆粒的方式輸送樹脂。而流體為氣體 或液體，本發明以液體為範例而作說明。而在為了增加樹脂顆粒混合液體 時之便利性，因此本發明更包含了複數個流體輸送管6〇，流體輸送管6〇之 分別接設於容置裝置10與儲存裝置20，而流體輸送管60在接設一流體提 供裝置’如一水龍頭。如此以便於樹脂混合流體因進行輸送。而流體輸送 201038334 60包第—流體輸对62與_第二流體輸送㈣趙 62 -端接^於容置« 1G対；帛二流_綠64 _離狀該儲^ 置20上方。欲使樹脂由容置農置1〇輸送至儲存装置2〇，因此於容置裝置 方設置第-流體輸送管62，以便於流體於容置裝置1〇内混合樹脂而 成為-混合體，混合體在經㈣-樹脂輸送管42由容置裝置iQ下方輸送 至儲存裝置20。而欲使樹脂域存裝置2G輪^ ^ » 64’以便於混合 今置裝置10時’剩餘的樹脂吸附於儲存裝置2〇之容器12内侧，因此因此 於儲存裝置20上方設置第二讀輸送管64明加輸送混合體之便利性。 本發明更包含概讎力倾㈣，壓力傳輸f 7_臟於容 置H)與儲存裝置20;壓力傳輸管7〇包含—第一壓力傳輸管72與一第二壓 力傳輸管74 ’第-壓力傳· 72 _端接設於容置裝置iq ;第二壓力傳輸 管74 -端接設於儲存裝置20。本發明之壓力產生裝置3〇可為一空 或-吸塵科，藉由空氣幫賴吸_赠容踩置1() _存裝置2〇内 之壓力不同而產生推力或吸力，使混合體於容置裝置1()與儲存裝置2〇之 間輸送。 請-併參Μ第二圖’其係為本發明較佳實施例之過濾結構的結構示意 圖，如圖所^本發明可於儲存裝置2G將混合體輸送至容置裝置1〇時， 以-過滤結構8G過觀合體，過觀構8G可為—紗布袋等，而過滤結構 80可設於容置裝置1G内，藉由猶結構_除不要的流體而回收樹脂後 再利用’而不必要的流體則可由容置裝置1G之下方排出，排出不必要的流 體時，可將第-翻旨輸送管42拆除，並域上—水管，以將不必要的流體 導引至儲水槽内再彻，或是導引至水溝排出。同理，欲填充樹脂於儲存 裝置20㈣’纽合體填人贿裝置2()哺，可料二細旨輸送管44拆 除，以使流體自導引至儲水槽内再细，或是導引至水溝排出。 凊一併參閱第二圖，其係為本發明較佳實施例之容置裝置1〇之結構示 意圖；如圖所示，本發明之容置裝置10 &含一容器12與—蓋體14，蓋體 14設於容器12上方。容n 12設有複數個固定結構16, @定結構16抵於 201038334 震置30所構16以使蓋體14與容器12緊配合，以避免㈣產生 0士構16勺人孔壓由容器12與蓋體14之間的接合處流出。本發明之固 := 定件161、一拉桿162、-連動請 '-連接請與 1 口§又於容器12 ;拉桿162位於固定件161之一 兩12 ;連動件163之一端拖設於固定件161 ;連接件164之 U。掖二1 π件163與拉桿162;抵設件165設於連動件163並抵於蓋體 MM ii。i 彈性7^牛166 ’彈性元件166設於抵設件165並抵於201038334 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a replacement device, and more particularly to a resin exchange device. [Previous technology] Earth energy _ miscellaneous and global job contribution increase τ, energy-saving products such as recording energy, wind power, LED, biomass energy, etc. continue to evolve; due to the rapid product life cycle inspection of electronic product development, plus electronic products The specifications of the components are different, which makes the electronic products Ο Ο 换 after the change, 'it is often difficult to decompose naturally' and become the waste of the electronic industry. However, under the concept of recycling resources, the time-consuming treatment of e-waste has become another important issue. In recent years, the problem of polluting the environment by hazardous waste has been valued by the EU, and the hazardous substances _ ban and the recycling of waste electrical and electronic products promoted by the EU have made environmental protection issues constrained by the upstream manufacturing end of the electronics industry supply chain. In the past, most of the electronic waste was buried, but the mercury, ship, record, copper, tin and poisonous substances contained in it were all in the workplace, land, source, and even human body. Looking at the global leap year, there are about 10,000 e-wastes, 80% of which are shipped to Asia or China in the southeast coast of China, and the low-cost overseas recycling business, after the in-situ incineration treatment Ways to accelerate the poisoning of the environment. = The output value of sub-waste recycling and reprocessing can reach several hundred million US dollars per year. At present, there are still some objects that have not been properly treated. These wastes include electronic products such as computers and mobile phones, and display cards and motherboards. , such as wires, etc., if these wastes are refined through recycling, sorting, knife dismantling, refining, etc., they can create greater benefits. Crush =====_ er touch, job dismantling, crushing, = slashing knives do not enter the metal smelting Wei, Bodun and related recycling plants. As for graphite, mi Γ (4) and other wastes that cannot be fined, the process towel that has been treated by the qualified removal process for the recovered metal can completely recover the metal by the method of special polymer tree granule adsorption 201038334. This recycling method is not only environmentally friendly, but also does not produce harmful substances. However, 'resin particles must be stored in the storage shelf of the resin, and the slave k invention provides that the tree must first be sucked into the center of the face, and then the ribs are filled in the fresh ribs, and: the particles are tiny, so the resin should be completely Collection must take a long time. Therefore, the present < 树脂 resin replacement device can improve the efficiency of resin replacement or filling. SUMMARY OF THE INVENTION The main object of the present invention is to provide a pressure-generating device, which is provided by a pressure-generating device to supply a pressure-receiving device or a storage device, so that a plurality of resins are transported by the receiving device. To the storage device, the plurality of storage devices are transported to the receiving device, thereby increasing the convenience of replacing or filling the resin. The resin replacing device of the present invention comprises: a receiving device, a storage device and a pressure generating device, wherein the storage device is connected to the receiving device; the pressure generating device is connected to the receiving device and the storage device, and the pressure generating device provides a pressure The storage or storage device is configured to transport a mixture of a plurality of fine fats and a fluid from the accommodating device, and the mixing device is transported from the storage device to the accommodating device. In this way, the reconstituted oil is transported into the storage device by the accommodating device or a plurality of aging devices are transported to the accommodating device, so as to increase the convenience of filling the fine grease. [Embodiment] & For the stomach review committee to have a further understanding of the structural features and the effects achieved by the Stomach Review Committee, please refer to the detailed system of the implementation of the "Zuo Zuojia", as explained below: Please refer to the -® ' The structure of the replacement device of the present invention is as shown in FIG. 7F. The resin replacement device of the present invention includes the storage device 1 (), the "age device 2" and the pressure generating device 3G. The device 2Q is connected to the accommodating device 1G; the pressure generating device 3 is connected to the valley and the storage button 2G, and the pressure generating device 3Q provides pressure to the accommodating device 10 or the storage device 2G. When the pressure generating device 3 () provides pressure to the accommodating device 1Q, the pressure in the accommodating device 10 is made larger than that of the storage device 2, so that one of the 201038334 mixed bodies filled in the accommodating device 1 is accommodated by the accommodating device. 10 is delivered to the storage device 20, and the mixture contains a plurality of resins and a fluid, and then the fluid is removed, so that the resin can be filled in the storage device 2〇. When the pressure generating device 3G supplies pressure to the storage device 20, 'the pressure in the storage device 20 is greater than the receiving device 10', so that the mixture filled in the storage device 20 is transferred from the storage device 2 to the receiving device. The device 10 can collect the resin in the storage device 20 to the receiving device 1 for recycling. Therefore, the present invention can increase the convenience of replacing or filling the resin in the storage device 2. The present invention uses a plurality of resin delivery tubes 40 to increase the convenience of the storage device 2 〇 being attached to the accommodating device 10. The two ends of the resin delivery tube 40 are respectively connected to the accommodating device 1 〇 and the storage device 2 〇. The resin delivery tube 40 is used to facilitate the delivery of the mixture between the storage device 2 and the receiving device 1A. 〇 * The invention can also be connected to the resin delivery tube 40 - the pump 50, thus increasing the output rate of the mixture and increasing the convenience of resin replacement or resin filling. The resin delivery tube 40 includes a first resin delivery tube 42 and a second resin delivery tube. The two ends of the first resin delivery tube 42 are disposed below the receiving device 1〇 and above the storage device 2, the second resin. Both ends of the conveying pipe 44 are disposed above the receiving device 1〇 and below the storage device 2〇. Since the present invention utilizes the pressure of the accommodating device 10 and the storage device 20, the mixing body can be transported between the accommodating device 10 and the storage device 20, and in order to increase the convenience of the mixing body, the accommodating device 10 is The first resin delivery tube 42 is connected to the upper side of the storage device 20, so that when the mixing body is transported from the accommodating device 10 to the storage device 20, the pressure in the accommodating device 10 is greater than the pressure in the storage device 20, The mixing body is transported to the storage device 20 via the first resin delivery tube 42 by the accommodating device 1 , so the first resin delivery tube 42 must be connected below the accommodating device 10 . Therefore, when the mixture is transported from the storage device 2 to the valley device 10 via the second resin delivery tube 44, the second resin delivery tube 44 must be connected below the storage device 2 to facilitate the mixing of the mixture. The storage device 20 is delivered to the receiving device 1〇. The present invention transports a resin in such a manner that a plurality of resin particles are fluidly mixed. While the fluid is a gas or a liquid, the present invention is exemplified by a liquid. In order to increase the convenience of mixing the liquid of the resin particles, the present invention further includes a plurality of fluid delivery tubes 6 〇, the fluid delivery tubes 6 接 are respectively connected to the accommodating device 10 and the storage device 20, and the fluid delivery tube 60 is connected to a fluid supply device such as a faucet. This is so as to facilitate the transport of the resin mixed fluid. The fluid transport 201038334 60 packs - fluid transport pair 62 and _ second fluid transport (four) Zhao 62 - termination ^ in the accommodation « 1G 対; 帛 second stream _ green 64 _ off the storage 20 above. If the resin is to be transported to the storage device 2 by the receiving device, the first fluid delivery tube 62 is disposed on the receiving device, so that the fluid is mixed into the container in the receiving device 1 to become a mixture, and the mixture is mixed. The body is transported to the storage device 20 under the accommodating device iQ via the (four)-resin delivery tube 42. In order to make the resin field storage device 2G wheel ^^»64' so as to mix the current device 10, the remaining resin is adsorbed on the inside of the container 12 of the storage device 2, so the second reading tube is disposed above the storage device 20. 64 Mingjia conveys the convenience of the mixture. The invention further comprises an overview (four), a pressure transmission f 7_dirty to accommodate H) and a storage device 20; the pressure transmission tube 7 〇 includes a first pressure transmission tube 72 and a second pressure transmission tube 74 '- The pressure transmission port 72 is disposed at the receiving device iq, and the second pressure transmitting tube 74 is terminated at the storage device 20. The pressure generating device 3 of the present invention can be an empty or vacuuming department, and the thrust or suction force is generated by the pressure of the air in the air suction device 1 () The device 1 () is transported between the device 1 () and the storage device 2 . Please refer to the second figure, which is a schematic structural view of a filter structure according to a preferred embodiment of the present invention. As shown in the figure, the present invention can transport the mixture to the accommodating device 1 储存 when the storage device 2G is The filter structure 8G can be over-fitted, and the over-structured 8G can be a gauze bag or the like, and the filter structure 80 can be disposed in the accommodating device 1G, and the resin can be recycled after the structure is removed by removing the unnecessary fluid. The fluid can be discharged from below the accommodating device 1G. When the unnecessary fluid is discharged, the first transfer pipe 42 can be removed, and the water pipe is used to guide the unnecessary fluid into the water storage tank. Or lead to the drain. Similarly, if the resin is to be filled in the storage device 20 (4) 'Bridge filling device 2 () feeding, the second delivery tube 44 can be removed to make the fluid self-guided into the water storage tank to be fine or guided to The drain is discharged. Referring to the second drawing, which is a schematic structural view of a receiving device 1A according to a preferred embodiment of the present invention; as shown, the receiving device 10 & of the present invention comprises a container 12 and a cover 14 The cover 14 is disposed above the container 12. The volume n 12 is provided with a plurality of fixing structures 16, and the @ fixing structure 16 is placed against the frame 30 of 201038334 to tightly fit the cover body 14 with the container 12 to avoid (4) generating a weight of 16 spoons of manhole pressure by the container 12. The joint with the cover 14 flows out. The solid of the invention: = the fixed member 161, the one of the pull rods 162, the - linkage, the '- connection, and the one port § and the container 12; the pull rod 162 is located at one of the two parts 12 of the fixing member 161; one end of the linking member 163 is dragged and fixed Pieces 161; U of the connector 164. The second π piece 163 and the pull rod 162; the abutting member 165 is disposed on the linking member 163 and abuts against the cover body MM ii. i elastic 7 ^ cow 166 ' elastic member 166 is provided on the abutting member 165 and
於固疋結構16種類衫，本發明僅列舉—實施例作說明，本發 月亦=用不同結構之固定結構16以使容器12與蓋體Μ僅配合。 «月併參閱第四圖’其係為本發日月較佳實施例之導流件如的結構示意 士圖所二本發明更包含—導流件9Q，導流件9G設於容置裝置W内， t件90 有複數個孔洞92。欲填充樹脂於儲存裝置2〇時，先於容置裝 置1〇内放置導流件9〇’再將容置裝置1()_充混合體，此時樹脂與流體 將由導机件90上的孔則2留人容置裝置1()的底部，如此可使樹脂與流體 較為1勻的讀後纽人容置裝置1G的底部，明加舰的輸送效率。 、’”τ、上所述’本發明彳系有關於—種樹脂更換裝置，其包含—容置裝置、 -儲存裝置與-壓力產线置，儲存裝置接設於容置裝置；壓力產生裝置 提供壓力於谷置裝置或儲存裝置，使包含複數個樹脂與—流體之一混合 體由谷置裝置輸送至H存裝置，或是使混合體由儲存裝置輸送至容置裝 置。如此使複數個繼由容置裝置觀存裝置内，或是使複數個樹脂 由儲存裝置輸送至容置裝置’如此以增加更換或填充齡之便利性。 故本發明實為-具有新賴性、進步性及可供產業利用者，應符合我國 專利法所規定之專利申請要件無疑’妥依法提出發明專利申請，祈鈞局 早曰賜准專利，至感為禱。 惟以上所述者，僅為本發明之一較佳實施例而已，並非用來限定本發 明實施之範圍，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。 7 201038334 【圖式簡單說明】 第一圖為本發明較佳實施例之樹脂更換裝置的結構示意圖； 第二圖為本發明較佳實施例之過濾結構的結構示意圖； 第三圖為本發明較佳實施例之容置裝置之結構示意圖；以及 第四圖為本發明較佳實施例之導流件的結構示意圖。 【主要元件符號說明】 10 容置裝置 74 第二壓力傳輸管 12 容器 80 過滤結構 14 蓋體 90 導流件 16 固定結構 161 固定件 162 拉桿 163 連動件 164 連接件 165 抵設件 166 彈性元件 20 儲存裝置 30 壓力產生裝置 40 樹脂輸送管 42 第一樹脂輸送管 44 第二樹脂輸送管 50 幫浦 60 複數個流體輸送管 62 第一流體輸送管 64 第二流體輸送管 70 壓力傳輸管 72 第一壓力傳輸管In the case of a solid-type structure of the type 16 shirt, the present invention is merely illustrative of the embodiment, and the present invention also uses the fixing structure 16 of a different structure to allow the container 12 to be fitted only to the lid body. «Monthly and refer to the fourth figure', which is the structure of the flow guide of the preferred embodiment of the present invention. The invention further includes a flow guiding member 9Q, and the flow guiding member 9G is disposed in the receiving device. In W, the t-piece 90 has a plurality of holes 92. When the resin is to be filled in the storage device 2, the flow guiding member 9〇 is placed in the receiving device 1〇, and then the receiving device 1()_ is mixed, and the resin and the fluid will be on the guiding member 90. The hole 2 is reserved for the bottom of the device 1 (), so that the resin and the fluid can be more evenly read after the bottom of the new device 1G, the transportation efficiency of the Mingjia ship. </ RTI> </ RTI> </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; Providing pressure to the valley device or the storage device such that a mixture comprising a plurality of resins and fluids is transported from the valley device to the H storage device, or the mixture is transported from the storage device to the receiving device. In the storage device, or a plurality of resins are transported from the storage device to the receiving device, so as to increase the convenience of replacement or filling age. Therefore, the present invention is practically new and progressive. Those who can be used by the industry should meet the requirements of the patent application stipulated in the Patent Law of China, and undoubtedly submit the application for the invention patent in accordance with the law. The Prayer Council will grant the patent as soon as possible, but the feeling is praying. Only the above is only the invention. The preferred embodiment is not intended to limit the scope of the present invention, and the variations, modifications, and modifications of the shapes, structures, features, and spirits of the present invention are intended to be It is to be included in the scope of the patent application of the present invention. 7 201038334 [Simplified description of the drawings] The first figure is a schematic structural view of a resin replacing device according to a preferred embodiment of the present invention; 3 is a schematic structural view of a accommodating device according to a preferred embodiment of the present invention; and a fourth block is a schematic structural view of a deflector according to a preferred embodiment of the present invention. [Description of Main Components] 10 accommodating Device 74 Second pressure transfer tube 12 Container 80 Filter structure 14 Cover 90 Flow guide 16 Fixing structure 161 Fixing member 162 Pull rod 163 Linking member 164 Connecting piece 165 Resisting member 166 Elastic element 20 Storage device 30 Pressure generating device 40 Resin conveying Tube 42 first resin delivery tube 44 second resin delivery tube 50 pump 60 plurality of fluid delivery tubes 62 first fluid delivery tube 64 second fluid delivery tube 70 pressure transfer tube 72 first pressure transfer tube