TWI257755B

TWI257755B - Liquid-filling and degassing method of electrical energy storing device

Info

Publication number: TWI257755B
Application number: TW091122604A
Authority: TW
Inventors: Ming-Luen Chen; Jing-Yi Cheng
Original assignee: Amita Technologies Inc
Priority date: 2002-10-01
Filing date: 2002-10-01
Publication date: 2006-07-01

Abstract

The present invention relates to a liquid-filling and degassing method of electrical energy storing device, which includes the following steps of mounting a piping in an internal reservoir of an electrical energy storing device to connect to external environment; evacuating the air of the internal reservoir of the electrical energy storing device through the piping to obtain a vacuum and negative-pressure state; uniformly filling an electrolyte to the internal reservoir of the electrical energy storing device through the piping; keeping the internal reservoir of the electrical energy storing device at the vacuum and negative-pressure state to charge and activate; evacuating and removing the air generated in the internal reservoir of the electrical energy storing device after charging and activating through the piping; and hot-sealing interlayers of the electrical energy storing device for wrapping up the piping such that the piping is extruded due to hot-melting while hot-sealing the piping. Therefore, degassing bag can be eliminated to reduce the volume of the electrical energy storing device and production cost thereof.

Description

1257755 五、發明說明（1) β【發明領域】、本發明係，尤指運用於注入及除去該後所產生之氣【發明背景】科技日新及手提式電腦缺的工具；在趨勢下，儲存不斷地提升，所以需考慮如以減少環境污破是現今一個現今一般 I皇息環境要在一乾燥箱或有關於一種儲存電能裝置之注液與除氣方法能重複充放電之儲除電能裝置之電解液均勻儲存電能裝置内部池心注入電解液充電活化體。月異等各現今電能必須何將染，急迫的儲求在在乾液時 ;電液污次充置在注入電解置之使用性能液而產生電解能裝置在第一能裝置之内部池心請參閱第一圖圖儲存電能裝，行動種電子電子產裝置不根據所該儲存並增加欲解決存電能相對溼燥室下，電解解液注染封邊電活化，會減，係習置10，電話、攜產品已經品強調輕僅需求量搭配之電電能裝置使用壽命的問題。裝置，如度保持在進行受環液分佈不液完後封產生漏氣時電解液少該儲存知儲存電其係包括帶式個人數位助理PDA 成為我們生活上不可或、薄、短、小的的發展越來越多，品質要求也子產品特性需求設計，小型化，綠色製程技術，一直有無法有重大突鋰高百分境限均，邊過之不易產電能能裝有一分子二次之一，所制；該儲減少該儲程中常因良率，且生氣體於裝置之使置之内部池心1 2，電池其；主以製程需存電能裝存電能裝留下電解該儲存電該儲除電用性能。構造不意該池心1 21257755 V. INSTRUCTIONS (1) β [Invention Field], the present invention, especially for the injection and removal of the gas generated after the invention [Invention Background] The technology of the new technology and the lack of portable computers; under the trend, Storage is constantly improving, so it is necessary to consider such as to reduce environmental pollution. Today, a general I want to save energy in a dry box or in a liquid storage and degassing method that can be repeatedly charged and discharged. The electrolyte of the device is evenly stored. The inner core of the electrical device is injected into the electrolyte to activate the body. Every month, the current electric energy must be dyed, and the urgent storage is in the dry liquid; the electro-hydraulic sewage is filled in the use performance liquid injected into the electrolytic solution to generate the electrolytic energy device in the inner pool of the first energy device. Referring to the first figure, the electric energy device is installed. The electronic electronic device of the action type is not stored according to the storage and is added to the storage device. The electrolysis solution is activated and activated, and the system is activated. The telephone and the carrying products have already emphasized the problem of the service life of the electric power device with only the demand. The device, if the degree is kept in the circulation of the liquid, after the liquid is not sealed, the electrolyte is less, and the electrolyte is less. The storage includes the personal digital assistant PDA, which becomes indispensable, thin, short and small in our life. The development of more and more, the quality requirements and the sub-product characteristics of the demand design, miniaturization, green process technology, has been unable to have a significant high-percentage limit of lithium, the energy is not easy to produce a second molecule First, the system is used to reduce the rate of the reservoir, and the raw gas is placed in the internal pool of the device. The battery is stored in the process. This storage and removal performance. Construction does not mean the pool heart 1 2

第4頁 1257755 五、發明說明（2) · #係與一除氣袋1 6相鄰，且該除氣袋1 6與該池心1 2於熱封時、保留一除氣通道1 4使該除氣袋1 6與該池心1 2相通’以將該儲存電能裝置1 0於第一次充電活化時内部池心1 2之電解液所產生之部分氣體排至該除氣袋1 6中收集，在排氣之過程中該池心1 2之電解液亦會流向該除氣袋1 6中或殘留於該池心1 2及該除氣袋1 6之夾層中造成電解液汚染減少該儲存電能裝置1 0之哥命，且該儲氣袋1 6係佔有一定之體積與成本，係增加該儲存電能裝置1 〇之體積與製造成本。因此’本發明即在如何針對上述問題而提出一種儲存電能裝置之注液與除氣方法，不僅可改善注液製程受環境 4 限制、電解液分佈不均、儲存電能裝置封邊時電解液污染及儲存電能裝置之體積過大之缺點，又可增加使用壽命及、一^— 降低製造^查一，長久以來一直是使用者殷切盼望及本發明人念茲在茲者，而本發明人基於多年從事於相關產品之研究、開發、及銷售實務經驗，乃思及改良之意念，經多方研究設計、專題探討，終於研究出一種儲存電能裝置之注液與除氣方法之改良，使可解決上述之問題。【發明目的及概要】本鲞明之主一要目的/Λ在於提供一種儲存電能裝置之注液與除氣：法，使儲存電能裝置在注液製程上注入之電解· 液分佈:不受環境限制及降低電解液於封邊時產生污染造成漏氣以增加使用壽命。種儲存電能裝置之注之體積並降低該儲存本發明之次要目的，在於提供一液與除氣方法，使減少儲存電能裝置Page 4 1257755 V. Description of the Invention (2) · #系 is adjacent to a degassing bag 16 6 , and the degassing bag 16 and the pool core 12 are sealed, and a degassing channel 14 is retained. The degassing bag 16 is in communication with the pool core 1 2 to discharge a portion of the gas generated by the electrolyte of the inner cell core 12 to the degassing bag 16 when the stored electrical energy device 10 is activated by the first charge. During the process of exhausting, the electrolyte of the core 12 also flows into the degassing bag 16 or remains in the interlayer of the core 12 and the degassing bag 16 to cause electrolyte contamination reduction. The storage of the electrical energy device 10, and the storage bag 16 occupies a certain volume and cost, which increases the volume and manufacturing cost of the storage electrical device. Therefore, the present invention provides a method for injecting and degassing a storage electrical energy device according to the above problem, which not only improves the liquid injection process by the environment 4 limitation, the electrolyte distribution is uneven, and the electrolyte solution is contaminated when the storage power device is sealed. And the shortcomings of storing the electrical energy device are too large, and the service life can be increased, and the manufacturing process is improved. The user has long been eagerly awaited by the inventor and the inventor has been based for many years. Engaged in the research, development, and sales experience of related products, thinking and improving ideas. After research and design, thematic research, finally improved the improvement of the liquid injection and degassing methods for storing electrical energy devices. The problem. [Object and Summary of the Invention] The main purpose of the present invention is to provide an electrolyte and liquid removal method for storing electrical energy devices: the electrolysis and liquid distribution of the storage electrical energy device injected into the liquid injection process: no environmental restrictions And reduce the leakage of the electrolyte when sealing the edge to cause air leakage to increase the service life. The volume of the electrical energy storage device is reduced and the storage is reduced. The secondary object of the present invention is to provide a liquid and degassing method for reducing the storage of electrical energy.

1257755 五、發明說明（3) 電能裝置之製造成本。為達以上之目的，本發注液與除氣方法，其包括有電能裝置之非導電柄端側之路將該儲存電能裝置之内部狀態並保持該真空狀態下；電能裝置之内部池心；保持真空負壓狀態並充電活化；裝置之内部池心充電活化後覆管路之儲存電能裝置之夾管路殘留之電解液一併熱熔茲為使貴審查委員對功效更有進一步之瞭解與認配合詳細之說明，說明如後【圖號對照說明】明係提供下列步驟内部池心池心氣體藉該管路該儲存電藉該管路產生之部層，並使擠出。本發明之識，謹佐一種儲 :裝設與外界抽出而將電解能裝置抽氣除分氣體該管路存電能管路於相通；形成真液注入之内部掉該儲 :及熱於熱封結構特徵及所以較佳之實施裝置之一儲存藉該管空負壓該儲存池心於存電能封該包時與該達成之例圖及 10 12 14 16 20 22 24 26 28 儲存電能裝置池心除氣通道除氣袋儲存電能裝置池心注液除氣管軟管彈簧夾1257755 V. INSTRUCTIONS (3) Manufacturing costs of electrical energy devices. For the purpose of the above, the injecting liquid and degassing method comprises the non-conductive handle end side of the electric energy device to maintain the internal state of the electric energy storage device and maintain the vacuum state; the internal pool core of the electric energy device; Maintaining the vacuum negative pressure state and charging and activating; the internal electrolyte of the device is charged and activated, and the electrolyte remaining in the clamped circuit of the storage electrical device of the pipeline is also melted together to make the reviewer further understand the efficacy. Please refer to the detailed description, as shown in the following [Figure No. Comparison Description] The following system provides the following steps: The internal pool core gas is used to store the electricity generated by the pipeline and is extruded. The invention has the following knowledge: a storage: the installation and the external extraction, the electrolysis energy device is pumped to remove the gas, and the pipeline storage power pipeline is in communication; the internal liquid injection is formed into the internal storage: and the heat is sealed Structural features and one of the preferred embodiments of the device for storing the energy storage device by means of the empty negative pressure of the storage pool and the storage of the package Air channel degassing bag storage power device pool core injection degassing hose hose spring clip

1257755 五、發明說明（4) 30 抽氣管 32 真空幫浦 34 注液管 3 6 注液機 3 7 軟管熱封處 3 8 套接處 39 軟管裁切處【具體實施例詳細說明】請參閱第二圖，係本發明之一構示意圖，其係包括一儲存電能裝 2 0内部係包含一池心2 2，一注液除儲存電能裝置2 0之非導電柄端側之管24另一端係與一軟管26相套接，抽氣管3 0相套接，該抽氣管3 0係與該軟管2 6係可利用一彈簣夾2 8作為該儲存電能裝置2 0在注液前抽管2 6上之該彈簧夾2 8移去，該儲存端側之該池心2 2，係利用該注液除抽氣管3 0形成一抽氣管路，使用該進行抽真空，抽完真空後係將該彈，以隔絕該池心2 2與外界相通保持該抽氣管3 0與該真空幫浦3 2。請一併參閱第三圖，係本發明結構示意圖，該儲存電能裝置2 0完較佳實施例之抽置20，該儲存電氣管24—端係裝池心22内，該注該軟管2 6另一端一真空幫浦32相隔離裝置。. 真空之步‘：先電能裝置20之非氣管24、該軟管真空幫浦32對該簧夾28夾回該軟真空負壓狀態，真空結能裝置設於該液除氣係與一套接，將該軟導電柄 2 6及該池心22 管2 6上並移去之一較佳實施例之注液成抽真空後之注液步驟1257755 V. INSTRUCTIONS (4) 30 Evacuation tube 32 Vacuum pump 34 Injecting tube 3 6 Injecting machine 3 7 Hose heat sealing part 3 8 Nesting point 39 Hose cutting point [Detailed description of the specific example] Referring to the second figure, it is a schematic diagram of a structure of the present invention, which comprises a storage electric energy device 20, wherein the internal system comprises a pool core 2 2, and a liquid in addition to the non-conductive handle end side of the storage electric energy device 20; One end is sleeved with a hose 26, and the air suction pipe 30 is sleeved. The air suction pipe 30 and the hose 26 can use a magazine clamp 28 as the storage power device 20 in the liquid injection. The spring clips 2 8 on the front suction pipe 26 are removed, and the pool core 2 2 on the storage end side is formed by using the liquid injection pipe 3 to form an air suction pipe, and vacuuming is performed using the pumping pipe. After the vacuum, the bomb is fired to isolate the pool core 2 from communicating with the outside to maintain the exhaust pipe 30 and the vacuum pump 3 2 . Please refer to the third figure, which is a schematic structural view of the present invention. The storage electrical energy device 20 is in a preferred embodiment. The storage electrical tube 24 is end-mounted in the core 22, and the hose 2 is injected. 6 The other end of a vacuum pump 32 phase isolation device. The vacuum step ': the non-air pipe 24 of the electric energy device 20, the hose vacuum pump 32 clamps the soft vacuum negative state to the spring clip 28, and the vacuum energy generating device is disposed in the liquid degassing system and the set Then, the soft conductive handle 26 and the core 22 of the core 22 are removed and the liquid injection step of the liquid electrolyte of the preferred embodiment is vacuumed.

第7頁 1257755 五、發明說明（5)Page 7 1257755 V. Description of invention (5)

:係與該軟管2 6套接上一注液管3 4，該注液管3 4係與—注液機3 6相套接，將該彈簧夾2 8取下，該注液機3 6係藉由該注液管3 4、該軟管2 6及該注液除氣管2 4將未附帶肉眼可見氣泡及摻有適當添加劑之電解液注入至該池心2 2内，在注入該電解液完畢後移去該注液管3 4及該注液機3 6後，熱封該軟管2 6以隔絕外界並保持該池心2 2於真空負壓狀態下即可充電請結構示驟：係夾於該熱封處剪去該 (請參回該軟後該電 2 4之儲於管内綜步驟， 22裝設該抽氣 2 2抽氣與外界活化一併參閱第意圖，該儲於該儲存電軟管2 6與該 3 7之間，於熱封處3 7，閱第二圖）管2 6上，移解液所產生存電能裝置之電解液一上所述，本係在該儲存該注液除氣管3 0形成_ 形成真空狀保持隔絕，四圖，存電能能裝置注液除該彈簧如此使係將銜去該彈之部分 20夾層併熱炼發明儲電能裝管24, 抽氣管態，並並移去係本發明之一裝置20完成充 2 0充電活化後氣管2 4之套接夾2 8與該熱封該池心22仍能接該真空幫浦 |爽2 8 ’抽出氣體，再熱封，並使該注液擠出夾層即完存電能裝置之置2 0之非導電該注液除氣管路並藉由該真利用該彈簧失該抽氣管30與較佳實電活化，係將處3 8及處3 7之保持與 3 2之該該池心包覆該除氣管成除氣注液與柄端側 24係與空幫浦 28夾於該真空施例之除氣後之除氣步該彈簧夾2 8 該軟管2 6之間裁切處3 9 外界隔絕，抽氣管3 0接 2 2充電活化注液除氣管 2 4與該殘留之步驟/ 除氣方法之之内部池心該軟管2 6 ' 3 2對該池心該軟管2 6#' 幫浦3 2，將And the liquid pipe 3 4 is connected with the liquid pipe 3 4 , and the liquid pipe 3 4 is sleeved with the liquid filling machine 36 , and the spring clip 28 is removed, and the liquid filling machine 3 is removed. 6 is injected into the core 2 2 by the liquid injection tube 34, the hose 26 and the liquid injection degassing tube 24 without the visible bubbles and the appropriate additive. After the electrolyte is completed, the liquid pipe 3 4 and the liquid filling machine 36 are removed, and the hose 26 is heat-sealed to insulate the outside and keep the core 22 in a vacuum negative state. Step: the clip is clipped to the heat seal. (Please refer back to the soft, then the electricity is stored in the inner tube step, 22 install the pumping 2 2 pumping and external activation together, see the intention, Stored between the storage electric hose 26 and the 3-7, at the heat seal 3, and the second diagram) on the tube 26, the electrolyte solution of the storage device generated by the dissociation liquid is described above. In the storage of the liquid-filling degassing pipe 30, forming a vacuum to maintain the insulation, four figures, the electric energy storage device is injecting liquid, so that the spring will hold the portion 20 of the elastic layer and Refining the invention of the stored energy storage tube 24, pumping the tube state, and removing the device 20 of the present invention to complete the charging and activation of the trachea 24, and the socket 22 of the tracheal tube 24 can still be connected to the heat sealed core 22 The vacuum pump|cool 2 8 'extracts the gas, heat seals, and extrudes the injection liquid into the interlayer, that is, the non-conductive liquid gas degassing line of the completed electric energy device and uses the spring by the true use Loss of the exhaust pipe 30 and better real electric activation, the holding of the 3 8 and the 3 7 and the 3 2 of the pool core coated the degassing pipe into the degassing liquid injection and the shank end side 24 series and empty The pump 28 is clamped to the degassing step of the vacuum embodiment. The spring clip 2 8 The hose 2 6 is cut between the chambers 3 9 The outside is isolated, the exhaust pipe 3 0 is connected to the 2 2 charge activated liquid degassing tube 2 4 with the residual step / degassing method of the inner pool heart the hose 2 6 ' 3 2 to the pool heart the hose 2 6 #' pump 3 2, will

第8頁 1257755 五、發明說明（6) 銜接有該注液機3 6之注液管3 4套接於該軟管2 6並移去該彈簧失2 8 ’將該摻有適當添加劑之電解液注入該池心2 2中，再將該軟管2 6熱封以隔絕外界保持真空負壓即可充電活化能裝置2 0充電活化後之除氣步驟，係以該彈軟管2 6與該注液除氣管2 4之套接處3 8及該軟 3 7之間，剪去該軟管2 6之熱封處3 7，如此使持與外界隔絕’將銜接該真空幫浦3 2之抽氣軟管2 6，移去該彈簧夾2 8對該池心2 2之電解時所產生之部分氣體抽氣，再熱封包覆該注儲存電能裝置2 0夾層，並使該注液除氣管24 内之電解液一併熱熔擠出夾層即完成除氣之該儲存電簧夾28夾住該管2 6之熱封處池心2 2仍能保管3 0套接於該液於充電活化液除氣管2 4之與該殘留於管步驟。 /於該注之塑膠材料故且利用該注液該管壁，使在出現因電解液解液中摻入適化時出氣量達配方則可免除封邊除管充電製程免除該除 ’該注液與除液除氣管2 4之可於熱封時完除氣管2 4在抽熱封去管時將污染使封邊產蕃之添加劑可定量以充電活化後除活化；利里該氣袋1 6可減少氣方法係可運材質係為全封邊不真空時該能順勢將生漏氣之使該儲存並且藉由氣之步驟注液與除該儲存電用於各種可與該至產生部分電該電解不良率電能裝控制注 ’即完氣之方能裝置電池及夾層緊漏氣之解液將液去除，在注置2 0於液量及成注液法可使 2 0之製電解質密黏合情形，殘留於而不會入之電充電活電解液後即可该注液作成本電容器Page 8 1257755 V. Description of the invention (6) The liquid injection pipe 3 4 to which the liquid filling machine 3 6 is attached is sleeved on the hose 26 and the spring is removed. The electrolyte is mixed with the appropriate additive. The liquid is injected into the core 2 2, and the hose 26 is heat-sealed to prevent the external vacuum from being maintained. The deaeration step after charging and activation of the activation device 2 is activated by the elastic hose. Between the socket 38 of the liquid injection degassing pipe 24 and the soft 3 7 , the heat seal 3 7 of the hose 26 is cut off, so that the insulation is isolated from the outside world, and the vacuum pump 3 2 will be connected. The suction hose 2 6 removes the spring clip 2 8 and extracts a part of the gas generated during the electrolysis of the core 22, and then heat-seales the interlayer of the electricity storage device 20, and makes the note The electrolyte in the liquid degassing tube 24 is also melted and extruded into the interlayer to complete the degassing. The storage electric spring clip 28 clamps the heat sealing portion of the tube 26. The pool core 2 2 can still be stored in the liquid. In the charging activation liquid degassing tube 24 and the residue in the tube step. / In the plastic material of the note, the wall of the pipe is used to make the gas outage amount in the case of incorporation into the electrolyte solution to eliminate the sealing process, and the charging process is exempted from the injection. The liquid and the liquid removal degassing tube 24 can be removed from the air tube when the heat is sealed. 4 4 When the heat is sealed off the tube, the additive can be quantitatively activated by the activation of the charging and the activation; the Lili air bag 1 6 can reduce the gas method, the material can be transported, when the full edge is not vacuum, the energy can be leaked to make the storage and the liquid is injected by the step of the gas and the stored electricity is used for various parts. The electrolysis defect rate electric energy device control injection 'that is, the gas can be removed from the battery and the interlayer leaking liquid solution, and the electrolyte can be prepared by placing 20% liquid amount and liquid injection method. In the case of dense bonding, the liquid can be used as a cost capacitor after remaining in the electric charging active electrolyte.

1257755 五、發明說明（7) (Electric Double Layer Ca/Pac i tor )等相關電能儲存裝置之注液與除氣之製程上< 故本發明實為一具有新穎性、進步性即可供產業上利用者，應符合我國專利法專利申請要件無疑，爰依法提出發明專利申請，祈鈞局早日賜至准專利，至感為禱。惟以上所述者，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。1257755 V. Inventive Note (7) (Electric Double Layer Ca/Pac i tor ) and other related electrical energy storage devices for the process of liquid injection and degassing < Therefore, the present invention is a novel, progressive, available industry The user should meet the requirements of the patent application for patent law in China. Undoubtedly, the application for invention patent is filed according to law, and the prayer bureau will grant the patent as soon as possible. However, the above description 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 changed. Modifications are intended to be included in the scope of the patent application of the present invention.

第10頁 1257755 圖式簡單說明第一圖係習知儲存電能裝置之内部構造示意圖；第二圖係本發明之一較佳實施例之抽真空結構示意圖；第三圖係本發明之一較佳實施例之注液結構示意圖；第四圖係本發明之一較佳實施例之除氣結構示意圖。BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing the internal structure of a conventional storage electrical energy device; FIG. 2 is a schematic view showing a vacuum evacuation structure of a preferred embodiment of the present invention; The schematic diagram of the liquid injection structure of the embodiment; the fourth figure is a schematic diagram of the degassing structure of a preferred embodiment of the present invention.

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Claims

1257755 六、申請專利範圍 . 1 · 一種儲存電能裝置之注液方法，其包括有下列步驟：裝設管路於一儲存電能裝置之内部池心與外界相通；藉該管路將電解液注入該儲存電能裝置之内部池心；及熱封該包覆管路之儲存電能裝置之夾層，並使該管路於熱封時熱熔擠出V 2 ·如申請專利範圍第1項所述之儲存電能裝置之注液方法，其中熱封該包覆管路之儲存電能裝置之夾層，完成注液步驟後即可充電活化。 3 ·如申請專利範圍第1項所述之儲存電能裝置之注液方 $ 法，其中裝設該管路步驟中，該管路係裝設於該儲存電能裝置之非導電柄端側之内部池心。 4 ·如申請專利範圍第1項所述之儲存電能裝置之注液方法，其中藉該管路將電解液注入該儲存電能裝置之内部池心之步驟前，尚可包括藉該管路將該儲存電能裝置之内部池心氣體抽出而形成真空負壓狀態之步驟。 5 ·如申請專利範圍第1項所述之儲存電能裝置之注液方法，其中注入該電解液之步驟中尚包括加入適當之添加劑於該電解液之步驟。 6 · —種儲存電能裝置之注液與除氣方法，其包括有下列步驟：裝設管路於一儲存電能裝置之内部池心與外界相通；藉該管路將電解液注入該儲存電能裝置之内部池心；將該儲存電能裝置充電活化；1257755 VI. Patent application scope. 1 . A liquid filling method for storing electrical energy device, comprising the steps of: installing a pipeline in an internal pool of a storage electrical energy device to communicate with the outside; and injecting the electrolyte into the pipeline Storing the inner core of the electrical energy device; and heat sealing the interlayer of the electrical energy storage device of the coated pipeline, and thermally extruding the pipeline at the time of heat sealing, V 2 · storing as described in claim 1 The liquid filling method of the electric energy device, wherein the interlayer of the electric energy storage device of the covering pipeline is heat-sealed, and the charging step is completed after the liquid filling step is completed. 3. The method of injecting a liquid storage device according to claim 1, wherein in the step of installing the pipeline, the pipeline is installed inside the non-conductive handle end side of the storage electrical energy device Pool heart. 4. The method of injecting a power storage device according to claim 1, wherein the step of injecting the electrolyte into the inner core of the storage electrical device by the pipeline may further include The step of storing the internal pool gas of the electrical energy device to form a vacuum negative pressure state. 5. The method of injecting a power storage device according to claim 1, wherein the step of injecting the electrolyte further comprises the step of adding a suitable additive to the electrolyte. 6 - a method for injecting and degassing a storage electrical energy device, comprising the steps of: installing a pipeline in an internal pool of a storage electrical energy device to communicate with the outside; and injecting the electrolyte into the storage electrical device by the pipeline Internal pool core; charging and storing the stored electrical energy device;

第12頁 1257755 六、申請專利範圍藉該管路抽氣除掉該儲存電能裝置之内部池心充電活化後產生之氣體；及熱封該包覆管路之儲存電能裝置之夾層，並使該管路於熱封時熱溶擠出。/ 7 ·如申請專利範圍第6項/所述之儲存電能裝置之注液與除氣方法，其中裝設該管路步驟中，該管路係裝設於該儲存電能裝置之非導電柄端側之内部池心；/ 8 ·如申請專利範圍第6項所述之儲存電能裝置之注液與除氣方法，其中藉該管路將電解液注入該儲存電能裝置之内部池心之步驟前，尚可包括藉該管路將該儲存 t 電能裝置之内部池心氣體抽出而形成真空負壓狀態之步驟。7 9 ·如申請專利範圍第6項所述之儲存電能裝置之注液與除氣方法，其中注入該電解液之步驟中尚包括加入適當之添加劑於該電解液之步驟。Page 12 1257755 VI. The scope of the patent application is to remove the gas generated by the internal pool charge activation of the storage power device by pumping the pipeline; and heat-sealing the interlayer of the storage power device of the covered pipeline, and The pipe is hot melt extruded during heat sealing. / 7 - The method of injecting and degassing a storage electrical energy device according to claim 6 of the patent application, wherein in the step of installing the pipeline, the pipeline is installed at a non-conductive handle end of the storage electrical energy device The internal pool core of the side; / 8 · The method of injecting and degassing the stored electrical energy device according to claim 6, wherein the step of injecting the electrolyte into the inner pool core of the stored electrical energy device by the pipeline The step of extracting the internal core gas of the stored t power device by the pipeline to form a vacuum negative pressure state may be included. 7. The method of injecting and degassing a stored electrical energy device according to claim 6, wherein the step of injecting the electrolyte further comprises the step of adding an appropriate additive to the electrolyte.

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