TWI792802B - Water removal method for battery device and water removal device for battery device - Google Patents
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/10—Energy storage using batteries
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/50—Manufacturing or production processes characterised by the final manufactured product
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Abstract
本發明係有關一種電池裝置的除水方法及其裝置，本發明電池裝置的除水方法包括有：選擇至少一端未封口之軟金屬封裝電池裝置，將該電池裝置移至氣密腔體內，在該氣密腔體內對該電池裝置上下二端面施以預定的溫度及壓力，以邊加熱邊施壓方法將電池內部水份去除，最後再將該電池裝置的軟金屬未封口側封口密合，具有快速去除電池裝置內部水份的功效；本發明另包括有以負壓抽氣排除已釋出水份及補充乾燥氣體的方法，來提高除水效率；及以多組多次連續熱壓的方法，依序減少該電池裝置內部的水份，除可達到連續且快速去除電池裝置內部水份外，更具有電池裝置內部乾燥度均勻，達成品質均一的功效。 The present invention relates to a method for removing water from a battery device and its device. The method for removing water from a battery device in the present invention includes: selecting a soft metal packaged battery device with at least one unsealed end, moving the battery device into an airtight cavity, In the airtight cavity, a predetermined temperature and pressure are applied to the upper and lower ends of the battery device, and the moisture inside the battery is removed by applying pressure while heating, and finally the soft metal unsealed side of the battery device is sealed tightly. It has the effect of quickly removing moisture inside the battery device; the invention also includes a method of removing released moisture and supplementing dry gas with negative pressure to improve the efficiency of water removal; and multiple sets of continuous hot pressing In the method, the moisture inside the battery device is sequentially reduced. In addition to continuously and quickly removing the moisture inside the battery device, it also has the effect of uniform dryness inside the battery device and uniform quality.
Description
本發明屬二次電池裝置技術領域，特別係指一種電池裝置的除水方法及電池裝置的除水裝置嶄新設計，除可達到連續且快速去除電池裝置內部水份外，更具有電池裝置內部乾燥度均勻，達成品質均一的功效。 The invention belongs to the technical field of secondary battery devices, and in particular refers to a method for removing water from a battery device and a new design of a water removal device for a battery device. In addition to achieving continuous and rapid removal of moisture inside the battery device, it also has the ability to dry the inside of the battery device. Uniformity, to achieve the effect of uniform quality.
由於3C產品市場的蓬勃發展，應用於各種產品的各項高性能裝置，除了往輕、薄、短、小的目標邁進。為了增加電池使用的時間、提升電池的能量密度，先前無法重複使用的一次電池已經無法滿足現今電子資訊產品的需求，而目前應用於電子資訊產品中的電池，大都以可重複充、放電的二次電池系統為主流。諸如：鋰電池、燃料電池、太陽能電池…等等。惟，現有的鋰離子二次電池主要是透過液態電解質作為鋰離子傳輸媒介，然而液態電解質的易揮發特性，對人體及環境都會造成不良影響；同時，液態電解質的易燃性對於電池使用者來說，也是極大的安全隱憂。再者，目前鋰電池性能不穩定的原因之一，主要是因為電極表面活性較大(負極)與電壓較高(正極)，在電極與電解液的直接接觸下會導致兩者間界面產生不穩定，進而產生所謂的放熱反應形成鈍性保護膜於此兩這接觸介面上，此些反應會消耗液態電解質與鋰離子，同時也會產生熱。一旦發生局部短路，局部溫度快速升高，此時鈍性保護膜將變得不穩定，同時會釋放出熱；而此放熱反應是可累積的，因而使得電池整體的溫度持續上升。一 旦電池溫度增加至熱鍊鎖反應(thermal runaway)的起始溫度(或誘發溫度(trigger temp))，則會引發熱失控之現象，進而造成電池的破壞現象，例如爆炸或者起火，對於使用上造成相當大的安全性顧慮(我國專利I676316號先前技術參照)。近年來，固態電解質成為另一研究關注重點，其具有相似於液態電解質之離子導電率，但卻沒有液態電解質的易於蒸發與燃燒的性質，同時，與活性材料表面的界面相對穩定(無論是化學性還是電化學特性)。 Due to the vigorous development of the 3C product market, various high-performance devices used in various products are moving towards the goal of being light, thin, short, and small. In order to increase the battery life and increase the energy density of the battery, the primary battery that could not be reused before can no longer meet the needs of today's electronic information products, and the batteries currently used in electronic information products are mostly secondary batteries that can be recharged and discharged. The secondary battery system is the mainstream. Such as: lithium batteries, fuel cells, solar cells...etc. However, the existing lithium-ion secondary batteries mainly use liquid electrolytes as the lithium ion transmission medium. However, the volatile characteristics of liquid electrolytes will cause adverse effects on the human body and the environment; That being said, it is also a huge security risk. Furthermore, one of the reasons for the unstable performance of lithium batteries at present is mainly because the electrode surface activity is relatively large (negative electrode) and the voltage is relatively high (positive electrode). Stability, and then produce the so-called exothermic reaction to form a passive protective film on the contact interface of the two. These reactions will consume the liquid electrolyte and lithium ions, and will also generate heat. Once a local short circuit occurs, the local temperature rises rapidly, and the passive protective film will become unstable at this time, and heat will be released at the same time; and this exothermic reaction can be accumulated, thus making the overall temperature of the battery continue to rise. one Once the temperature of the battery increases to the initial temperature (or trigger temp) of the thermal runaway, thermal runaway will occur, which will cause damage to the battery, such as explosion or fire. Cause sizable safety concerns (my country's patent No. I676316 prior art reference). In recent years, solid-state electrolytes have become another research focus. They have ionic conductivity similar to liquid electrolytes, but they do not have the properties of easy evaporation and combustion of liquid electrolytes. At the same time, the interface with the surface of active materials is relatively stable (whether chemical properties or electrochemical properties).
我國專利公告第I655304號「高容量固態電池的製造」專利揭露一種用於使用一密閉迴路製程來製造一薄膜固態電池裝置的方法，以建立多重堆疊來得到大於0.1mAh的高容量，其中該方法包括在薄基材(0.1μm至100μm)上一處理步驟，該密閉迴路製程包含以下步驟：執行複數個製程，以藉由循序地沉積從沉積來源所取得之複數材料來形成在該基材上之一結果產生的電化學電池而來建立一單一堆疊，該複數個製程包含以下至少一個：沉積一第一電流收集器在該基材上；沉積一第一電極層，該電極層能夠與在電流收集器上的離子進行一電化學反應；沉積一固態電解質材料在該第一電極層上；沉積一第二電極層在該固態電解質材料上；沉積一第二電流收集器在該第二電極層上；移動該基材，接著該結果產生的電化學電池在該基材上形成一第二電化學電池在該結果產生的電化學電池堆疊上；以及重複該電池堆疊沉積順序直到具有等於或大於0.1mAh之高電容的一多重堆疊電池形成在該基材上為止，其中該基材更包含一釋放材料選自下列至少一個：含氟聚合物、單體、寡聚物、傳導材料、或組合、雙功能釋放層、乾燥劑、解聚合層、熱剝離材料、聚醯亞胺、聚二甲基矽氧烷(PDMS)、半有機分子矽氧烷、疏水層、磊晶剝離材料、非晶含氟聚合物、 輻射剝離材料(2019年04月01日拽利公告資料參照)。專利公告第I646713號「固態電池組之製造」專利揭露一種製造一固態電池組的方法，包含以下步驟：提供一正極材料坯片；提供一隔板材料坯片；將該正極材料坯片和該隔板材料坯片層壓在一起，以形成一層壓坯片堆疊；燒結該層壓坯片堆疊以形成一燒結堆疊，該燒結堆疊包含一正極及一隔板；以及將一負極層壓於該燒結堆疊上(2019年01月01日專利公告資料參照)。專利公告第I624976號「固態電池之製作方法」專利揭露一種固態電池之製作方法，係包括下列步驟：a.提供一電池單元，該電池單元包括依序層疊之一正極片、一固態電解質層及一負極片，該正極片包括一第一集電層及分別結合於該第一集電層兩側面之正極材料層；b.將該電池單元定位於一壓力艙內之一承載板上，該壓力艙內具有流體介質；以及c.提供20~200℃之該介質溫度控制與5~100000PSI之該介質壓力控制，以使該正極片、該固態電解質層及該負極片之各個接合面軟化後接合(2018年05月21日專利公告資料參照)。 China Patent Publication No. I655304 "Manufacture of High-capacity Solid-State Battery" patent discloses a method for manufacturing a thin-film solid-state battery device using a closed-loop process to build multiple stacks to obtain a high capacity greater than 0.1mAh, wherein the method Including a processing step on a thin substrate (0.1 μm to 100 μm), the closed loop process comprises the steps of performing a plurality of processes to form one on the substrate by sequentially depositing a plurality of materials obtained from deposition sources. To create a single stack of resulting electrochemical cells, the plurality of processes includes at least one of: depositing a first current collector on the substrate; depositing a first electrode layer capable of interacting with the current collector The ions on the device perform an electrochemical reaction; deposit a solid electrolyte material on the first electrode layer; deposit a second electrode layer on the solid electrolyte material; deposit a second current collector on the second electrode layer ; moving the substrate, followed by the resulting electrochemical cell forming a second electrochemical cell on the substrate on the resulting electrochemical cell stack; and repeating the cell stack deposition sequence until having a value equal to or greater than 0.1 A multi-stack battery with a high capacity of mAh is formed on the substrate, wherein the substrate further comprises a release material selected from at least one of the following: fluoropolymers, monomers, oligomers, conductive materials, or combinations , dual-function release layer, desiccant, depolymerization layer, thermal release material, polyimide, polydimethylsiloxane (PDMS), semiorganosiloxane, hydrophobic layer, epitaxial release material, amorphous Fluoropolymers, Radiation stripping materials (refer to the materials announced by Yanli on April 1, 2019). Patent Publication No. I646713 "Manufacture of Solid State Battery Pack" discloses a method for manufacturing a solid state battery pack, comprising the following steps: providing a green sheet of positive electrode material; providing a green sheet of separator material; combining the green sheet of positive electrode material with the Laminating the separator material green sheets together to form a laminated green stack; sintering the laminated green stack to form a sintered stack comprising a positive electrode and a separator; and laminating a negative electrode to the On the sintered stack (refer to the patent announcement data on January 1, 2019). Patent Announcement No. I624976 "Method for Manufacturing Solid State Batteries" patent discloses a method for manufacturing solid state batteries, which includes the following steps: a. Provide a battery unit, which includes a positive electrode sheet, a solid electrolyte layer and A negative electrode sheet, the positive electrode sheet includes a first collector layer and positive electrode material layers respectively bonded to both sides of the first collector layer; b. positioning the battery unit on a carrier plate in a pressure chamber, the There is a fluid medium in the pressure chamber; and c. Provide the medium temperature control of 20~200°C and the medium pressure control of 5~100000PSI, so that the joint surfaces of the positive electrode sheet, the solid electrolyte layer and the negative electrode sheet are softened Joining (refer to the patent announcement data on May 21, 2018).
習知電池封裝結構，無論是一次電池系統或是二次電池系統，習知的電池封裝大多是以硬金屬外殼(包括傳統圓柱形與方形)的外觀型態呈現，例如：現行大量應用在筆記型電腦中的18650型鋰電池(圓柱形鋰電池)或大量應用在可攜式通訊裝置中的383562型鋰電池(方形鋰電池)均係以硬金屬外殼為封裝材料，如此的封裝方式除了可避免電池芯受到外界應力的破壞，也可以降低外界因子(像是水分、氧氣…等)對於電池內部化學系統的影響。因此，對於終端電子產品而言，雖然二次鋰電池係可提供較佳的電性表現與使用壽命，但由於其固定的尺寸設計與堅硬的外殼材質而使得大部分電子產品在進行電路設計時係受到相當大的限制。所以有二次電池 裝置發展出以軟金屬封裝(如鋁箔)的結構來取代習知硬金屬外殼的封裝技術，因此可降低二次電池系統在電子產品應用中的困難度。特別是以片狀堆疊的固態電池裝置，相較於圓柱形電池裝置，更具有大幅縮小電池裝置體積的優點。如此，這種電池可使用於多種應用，譬如可攜式電子裝置(行動電話、個人數位助理、音樂播放器、錄影機、以及類似物)、動力工具、用於軍事用途的電源(通訊、照明、成影以及類似物)、用於航空太空應用的電源(用於衛星的電力)、以及用於車輛應用的電源(混合式電動車、插入混合式電動車、以及全電動車)。 Conventional battery packaging structure, whether it is a primary battery system or a secondary battery system, most of the conventional battery packaging is presented in the appearance of a hard metal shell (including traditional cylindrical and square), such as: currently widely used in notebooks The 18650 type lithium battery (cylindrical lithium battery) in the small computer or the 383562 type lithium battery (square lithium battery) used in a large number of portable communication devices are all packaged with a hard metal shell. Preventing the battery core from being damaged by external stress can also reduce the impact of external factors (such as moisture, oxygen, etc.) on the internal chemical system of the battery. Therefore, for terminal electronic products, although the secondary lithium battery system can provide better electrical performance and service life, due to its fixed size design and hard shell material, most electronic products are not suitable for circuit design. system is considerably restricted. So there are secondary batteries The device has developed a soft metal package (such as aluminum foil) structure to replace the conventional hard metal package packaging technology, so it can reduce the difficulty of the secondary battery system in the application of electronic products. In particular, the solid-state battery device stacked in sheet form has the advantage of greatly reducing the volume of the battery device compared to the cylindrical battery device. As such, this battery can be used in a variety of applications such as portable electronic devices (mobile phones, personal digital assistants, music players, video recorders, and the like), power tools, power supplies for military use (communications, lighting , imaging, and the like), power supplies for aerospace applications (power for satellites), and power supplies for vehicular applications (hybrid electric vehicles, plug-in hybrid electric vehicles, and all-electric vehicles).
惟，前述以軟性金屬(如鋁箔)封裝之堆疊式的固態電池裝置，由於內部片狀的電池裝置構成，其含水率必需小於200ppm以下，否則封裝後將造成電池裝置損壞、電池裝置壽命減損等缺失。先前技術係在以軟性金屬封裝時，保留一側未封口，再將電池裝置置入烤箱中烘烤乾燥，由於構成電池裝置內部的材料均不耐高溫，故不能以高溫烘烤乾燥，所以乾燥將耗時甚久。更由於電池裝置的內部是堆疊式結構，所以越是多層堆疊，其乾燥越是不易，除需時長久外，更可能造成電池裝置的變形損壞，且內部的乾燥程度不均勻，無法達成品質一致的需求。再者，習用技術係將電池裝置放置於烤箱內部乾燥，由於沒有壓力讓電池裝置內部水份釋出，只能慢慢靠溫度來蒸發內部水份，且蒸發之水份亦不易由內部排出，所以乾燥程序將耗時甚久，且習用技術電池裝置內部因受熱溫度不均，其含水率亦不均勻，會造成品質不佳。前述習知電池裝置乾燥除水技術缺失乃成業界亟待克服之難題。 However, the above-mentioned stacked solid-state battery device packaged with soft metal (such as aluminum foil) must have a moisture content of less than 200ppm due to the internal sheet-shaped battery device, otherwise the battery device will be damaged after packaging, and the life of the battery device will be reduced. missing. In the prior art, when packaged with soft metal, one side is left unsealed, and then the battery device is baked and dried in an oven. Since the materials inside the battery device are not resistant to high temperatures, they cannot be baked and dried at high temperatures, so drying It will take a long time. Furthermore, because the inside of the battery device is a stacked structure, the more layers are stacked, the more difficult it is to dry. In addition to taking a long time, it is more likely to cause deformation and damage to the battery device, and the degree of internal drying is uneven, which cannot achieve consistent quality. demand. Furthermore, the conventional technology is to place the battery device inside the oven to dry. Since there is no pressure to release the water inside the battery device, the internal water can only be evaporated slowly by temperature, and the evaporated water is not easy to be discharged from the inside. Therefore, the drying process will take a long time, and the internal temperature of the conventional battery device is not uniform, and its moisture content is also not uniform, resulting in poor quality. The lack of drying and water removal technology of the aforementioned conventional battery devices has become a problem that the industry needs to overcome urgently.
本發明發明人鑒於習用技術之缺失，積其多年實際從事精密陶瓷、生技環保等科技工業產品之設計製造專業知識，經不斷研究、改良後，終有本發明之研發成功，公諸於世。 In view of the lack of conventional technology, the inventor of the present invention has accumulated his professional knowledge in the design and manufacture of high-tech industrial products such as precision ceramics, biotechnology and environmental protection for many years. After continuous research and improvement, the present invention has been successfully developed and made public to the world. .
緣是，本發明之主要目的在提供一種電池裝置的除水方法，本發明電池裝置的除水方法包括有：選擇至少一端未封口之軟金屬封裝電池裝置，將該電池裝置移至氣密腔體內，在該氣密腔體內對該電池裝置上下二端面施以預定的溫度及壓力，以邊加熱邊施壓方法將電池內部水份去除，最後再將該電池裝置的軟金屬未封口側封口密合，具有快速去除電池裝置內部水份的功效。 The reason is that the main purpose of the present invention is to provide a method for removing water from a battery device. The method for removing water from a battery device of the present invention includes: selecting a soft metal packaged battery device with at least one unsealed end, and moving the battery device to an airtight chamber Inside the body, apply a predetermined temperature and pressure to the upper and lower ends of the battery device in the airtight cavity, remove the moisture inside the battery by applying pressure while heating, and finally seal the soft metal unsealed side of the battery device Closely sealed, it has the effect of quickly removing moisture inside the battery device.
本發明另包括有以負壓抽氣排除已釋出水份及補充乾燥氣體的方法，來提高除水效率。 The present invention also includes a method of removing released water and supplementing drying gas with negative pressure suction to improve water removal efficiency.
本發明另包括有將前述氣密腔體抽真空，以抽真空排除已釋出水份的方法，以真空環境來提高除水效率。 The present invention also includes a method of vacuumizing the aforementioned airtight cavity to remove the released water, and the vacuum environment is used to improve the water removal efficiency.
本發明另包括有以預定次數的熱壓配合位移，以多組多次連續熱壓的方法，依序減少該電池裝置內部的水份，除可達到連續且快速去除電池裝置內部水份外，更具有電池裝置內部乾燥度均勻，達成品質均一的功效。 The present invention also includes a predetermined number of times of hot pressing and displacement, and multiple sets of continuous hot pressing methods to sequentially reduce the moisture inside the battery device. In addition to achieving continuous and rapid removal of moisture inside the battery device, It also has the effect of uniform dryness inside the battery device and uniform quality.
本發明之另一主要目的在提供一種電池裝置的除水裝置，本發明除水裝置主要包括有一氣密腔體，該氣密腔體內設有載板以置放電池裝置，該載板上方設有上熱壓裝置，該載板下方設有下熱壓板，前述上熱壓裝置係由升降系統及設於該升降系統下方的上熱壓板所構成，前述上熱壓板及下熱壓板具有加熱元件以將該上熱壓板及下熱壓板加熱到預定溫 度，另包括有電池裝置，該電池裝置以軟金屬封裝，且其至少一端未封口構成未封口端，該電池裝置係放置於前述氣密腔體內之該載板上，前述升降系統作動下降，使該上熱壓板下壓，而與該下熱壓板在該氣密腔體內對該電池裝置上下二端面施以預定的溫度及壓力，以邊加熱邊施壓方式將該電池裝置內部的水份去除，具有快速去除電池裝置內部水份的功效。 Another main purpose of the present invention is to provide a water removal device for a battery device. The water removal device of the present invention mainly includes an airtight cavity, and a carrier plate is arranged in the airtight cavity to place the battery device. There is an upper hot-pressing device, and a lower hot-pressing plate is provided below the carrier plate. The aforementioned upper hot-pressing device is composed of a lifting system and an upper hot-pressing plate located below the lifting system. The aforementioned upper hot-pressing plate and the lower hot-pressing The plates have heating elements to heat the upper and lower heat press plates to a predetermined temperature. In addition, it includes a battery device, the battery device is packaged with soft metal, and at least one end of the battery device is not sealed to form an unsealed end, the battery device is placed on the carrier plate in the aforementioned airtight cavity, and the aforementioned lifting system moves down, The upper hot-pressing plate is pressed down, and a predetermined temperature and pressure are applied to the upper and lower end surfaces of the battery device with the lower hot-pressing plate in the airtight cavity, and the internal parts of the battery device are heated and pressed. Moisture removal, has the effect of quickly removing moisture inside the battery device.
本發明另包括有負壓系統及來源氣體進氣系統，前述負壓系統包括有一負壓緩衝槽，該負壓緩衝槽連結有負壓配管，該負壓配管連通於前述氣密腔體內，前述來源氣體進氣系統包括有一乾燥除水裝置，該乾燥除水裝置係作為將來源氣體乾燥，該乾燥除水裝置連結設於前述氣密腔體內部下方之進氣分流管，藉負壓系統以負壓排除前述電池裝置內部已釋出之水份及藉來源氣體進氣系統補充乾燥氣體，來提高除水效率。 The present invention also includes a negative pressure system and a source gas intake system. The aforementioned negative pressure system includes a negative pressure buffer tank connected with a negative pressure piping connected to the aforementioned airtight cavity. The source gas intake system includes a drying and dewatering device, which is used to dry the source gas. The drying and dehydrating device is connected to the intake shunt pipe arranged at the bottom of the aforementioned airtight cavity, and the negative pressure system is used to Negative pressure removes the released moisture inside the battery device and supplements dry gas with the source gas intake system to improve the water removal efficiency.
本發明前述負壓系統，其所連結的該負壓配管，於該氣密腔體內部之相對於該待熱壓電池裝置上方，設有負壓集氣罩，以提高負壓排除水份效率。 The above-mentioned negative pressure system of the present invention, the negative pressure piping connected to it, is provided with a negative pressure gas collection cover inside the airtight cavity relative to the battery device to be heated, so as to improve the efficiency of negative pressure water removal .
本發明前述來源氣體進氣系統另設有入氣流量調整裝置，藉以調整入氣的分流流量。 The aforementioned source gas intake system of the present invention is additionally provided with an intake flow adjustment device, so as to adjust the diversion flow of the intake air.
本發明前述來源氣體進氣系統另設有水份採樣裝置，該水份採樣裝置係設於前述氣密腔體內，藉以採取分析前述氣密腔體內水份量，藉以調整入氣及負壓的流量，達到最佳的效果。 The aforementioned source gas intake system of the present invention is additionally equipped with a moisture sampling device, which is installed in the aforementioned airtight cavity, so as to analyze the amount of water in the aforementioned airtight cavity, so as to adjust the flow rate of air intake and negative pressure , to achieve the best effect.
本發明另包括有一密閉式爐體，該爐體外部二端設有交換系統，該交換系統以外輸送道連結，前述氣密腔體係設於該爐體內部，前述氣密腔體內設有內輸送道，該內輸送道連結前述爐體二端交換系統，以作 為前述載板移動之軌道，前述內輸送道上方置有由交換系統依序連續推入的前述載板，各該載板上置放待熱壓除水的電池裝置，該氣密腔體內部設有預定數量的前述上熱壓裝置，各該上熱壓裝置下方相對置有前述載板，各該載板下方相對設有前述下熱壓板，前述下熱壓板則設於內輸送道上，前述各該上熱壓裝置可設定熱壓的時間及壓力，前述各該上熱壓板及下熱壓板可設定預定的溫度，藉以預定次數的熱壓，並配合載板的位移，以多組多次連續熱壓的方式，依序減少該待除水電池裝置內部的水份，除可達到連續且快速去除電池裝置內部水份外，更具有電池裝置內部乾燥度均勻，達成品質均一的功效。 The present invention also includes a closed furnace body, the outer two ends of the furnace body are provided with an exchange system, the exchange system is connected with a conveying channel, the aforementioned airtight cavity system is set inside the furnace body, and the aforementioned airtight cavity is provided with an internal conveying system. Road, the inner conveying road is connected to the two-end exchange system of the aforementioned furnace body for It is the track for the moving of the aforementioned carrier boards. The aforementioned carrier boards are continuously pushed in sequentially by the exchange system on the top of the aforementioned inner conveyor. A predetermined number of the above-mentioned upper hot-pressing devices are provided, each of the upper hot-pressing devices has the aforementioned carrier plate opposite to each other, and each of the carrier plates has the aforementioned lower hot-pressing plate opposite to each other, and the aforementioned lower hot-pressing plate is arranged on the inner conveying path , each of the aforementioned upper hot pressing devices can set the time and pressure of hot pressing, and each of the aforementioned upper hot pressing plates and lower hot pressing plates can be set at a predetermined temperature, so as to perform hot pressing for a predetermined number of times and cooperate with the displacement of the carrier plate. Multiple sets of continuous hot pressing methods reduce the moisture inside the battery device to be dewatered in sequence. In addition to achieving continuous and rapid removal of moisture inside the battery device, it also has a uniform dryness inside the battery device and uniform quality effect.
本發明另包括有一軟金屬封口裝置，該軟金屬封口裝置係設於前述氣密腔體的尾端，其包括有上封口裝置及下封口裝置，以將除水完成的電池裝置軟金屬未封口端，以熱壓方式予以封口。 The present invention also includes a soft metal sealing device, the soft metal sealing device is located at the tail end of the airtight cavity, which includes an upper sealing device and a lower sealing device, so that the soft metal of the battery device that has been dewatered is not sealed. The end is sealed by heat pressing.
本發明之再一主要目的在提供一種電池裝置的除水裝置，本發明除水裝置主要包括有一真空氣密腔體，該真空氣密腔體內設有輸送軌道，該輸送軌道用以置放承載板，該承載板用以置放至少1組的熱壓層架，該熱壓層架係由預定數量的加熱板及連結機構構成，前述加熱板具有加熱元件以將各該加熱板加熱到預定溫度，各加熱板間用以置放電池裝置，前述連結機構包括有用為連結該各相鄰加熱板之連結片，各該連結片一端固定於相鄰下方之該加熱板預定位置，另端則延伸出該相鄰上方之加熱板，並具有一滑槽作為各該加熱板下壓之間距，該相鄰上方之加熱板相對於前述連結片滑槽處設有一銷件，該銷件在正常狀態時係位於前述滑槽之下端，以連結並支撐上、下相鄰之各該加熱板，而該位於上方之該加熱板又 以另一連結片連結上方之另一加熱板，如此串接成預定層數的該熱壓層架；該熱壓層架上方設有熱壓裝置，前述熱壓裝置係由升降系統及設於該升降系統下方的壓板所構成，另包括有電池裝置，該電池裝置以軟金屬封裝，且其至少一端未封口構成未封口端，該電池裝置係放置於前述熱壓層架各加熱板間，藉前述升降系統作動下降，使該壓板下壓，進而在真空氣密腔體內，使熱壓層架各加熱板對置於其間之該電池裝置上下二端面施以預定的溫度及壓力，以邊加熱邊施壓方式將該電池裝置內部的水份去除，具有快速有效率的去除電池裝置內部水份的功效。 Another main purpose of the present invention is to provide a water removal device for a battery device. The water removal device of the present invention mainly includes a vacuum airtight cavity, and a conveying track is arranged in the vacuum airtight cavity, and the conveying track is used to place a load plate, the carrier plate is used to place at least one set of heat-pressing layer racks, the heat-pressing layer frame is composed of a predetermined number of heating plates and connecting mechanisms, and the aforementioned heating plates have heating elements to heat each heating plate to a predetermined temperature, each heating plate is used to place the battery device, the above-mentioned connecting mechanism includes a connecting piece useful for connecting the adjacent heating plates, one end of each connecting piece is fixed at the predetermined position of the adjacent lower heating plate, and the other end is The heating plate extending from the adjacent upper part has a chute as the distance between each heating plate, and the heating plate adjacent to the upper part is provided with a pin relative to the chute of the connecting sheet. In the state, it is located at the lower end of the aforementioned chute to connect and support the upper and lower adjacent heating plates, and the upper heating plate is Use another connecting piece to connect the other heating plate on the top, so that the heat-pressing layer rack with a predetermined number of layers is connected in series; The lifting system is composed of a pressing plate below, and also includes a battery device, the battery device is packaged with soft metal, and at least one end of the battery device is unsealed to form an unsealed end, and the battery device is placed between the heating plates of the aforementioned heat-pressing layer frame, Use the aforesaid lifting system to move down, so that the pressure plate is pressed down, and then in the vacuum airtight cavity, each heating plate of the hot-pressing layer frame is placed between the upper and lower end surfaces of the battery device to apply a predetermined temperature and pressure, so as to The method of heating while applying pressure removes the moisture inside the battery device, which has the effect of quickly and efficiently removing the moisture inside the battery device.
本發明另包括有真空系統，該真空系統連結真空配管，該真空配管連通於前述真空氣密腔體內，藉真空系統將該真空氣密腔體抽真空，以加速排除前述電池裝置內部已釋出之水份，來提高除水效率。 The present invention also includes a vacuum system, the vacuum system is connected with a vacuum pipe, and the vacuum pipe is communicated with the aforementioned vacuum airtight chamber, and the vacuum system is used to evacuate the vacuum airtight chamber to accelerate the removal of the released gas from the inside of the aforementioned battery device. water, to improve the efficiency of water removal.
本發明另包括有一密閉式爐體，該爐體外部二端設有交換系統，前述真空氣密腔體係設於該爐體內部，前述真空氣密腔體內設有之輸送軌道連結前述爐體二端之交換系統，以作為前述承載板移動之軌道，前述輸送軌道上置有由交換系統依序連續推入的前述承載板，該承載板上置放前述熱壓層架，該熱壓層架各加熱板間置有待熱壓除水的電池裝置，前述真空氣密腔體設有預定數量的前述熱壓裝置，各該熱壓裝置下方相對置有前述熱壓層架，前述各該熱壓裝置可設定熱壓的時間及壓力，前述各該熱壓層架之各該加熱板可設定預定的溫度，藉以預定次數的熱壓，並配合承載板的位移，以多組多次連續熱壓的方式，依序減少該待除水電池裝置內部的水份，除可達到連續且快速去除電池裝置內部水份外，更具有電池裝置內部乾燥度均勻，達成品質均一的功效。 The present invention also includes a closed furnace body, the outer two ends of the furnace body are provided with an exchange system, the aforementioned vacuum airtight chamber system is set inside the furnace body, and the conveying track provided in the aforementioned vacuum airtight chamber connects the two ends of the aforementioned furnace body. The exchange system at the end is used as the track for the moving of the aforementioned carrier board. The aforementioned carrier board is continuously pushed in order by the exchange system on the aforementioned conveying track. A battery device to be hot-pressed to remove water is placed between each heating plate. The aforementioned vacuum airtight cavity is provided with a predetermined number of the aforementioned hot-pressing devices. The device can set the time and pressure of hot pressing. The heating plates of each of the aforementioned hot pressing shelves can be set to a predetermined temperature, so that a predetermined number of hot pressing can be carried out, and in conjunction with the displacement of the carrier plate, multiple sets of continuous hot pressing can be performed. In this way, the moisture inside the battery device to be dewatered is sequentially reduced. In addition to achieving continuous and rapid removal of moisture inside the battery device, it also has the effect of uniform dryness inside the battery device and uniform quality.
A:電池裝置 A: Battery device
B:軟金屬 B: soft metal
C:未封口端 C: Unsealed end
1:氣密腔體 1: airtight cavity
10:載板 10: carrier board
11:下熱壓板 11: Lower hot plate
110:加熱元件 110: heating element
12:內輸送道 12: Inner conveyor
13:真空氣密腔體 13: Vacuum airtight cavity
14:輸送軌道 14: Conveyor track
15:承載板 15: Loading board
16:熱壓層架 16:Hot pressing shelf
160:加熱板 160: heating plate
161:連結機構 161: Link mechanism
162:連結片 162: connecting piece
163:滑槽 163: Chute
164:銷件 164:pin
17:加熱元件 17: Heating element
2:上熱壓裝置 2: Upper heat press device
20:升降系統 20: Lifting system
21:上熱壓板 21: Upper hot plate
210:加熱元件 210: heating element
22:熱壓裝置 22:Hot pressing device
220:升降系統 220: Lifting system
221:壓板 221: Platen
3:負壓系統 3: Negative pressure system
30:負壓緩衝槽 30: Negative pressure buffer tank
31:負壓配管 31: Negative pressure piping
32:負壓集氣罩 32: Negative pressure gas collection hood
33:真空系統 33: Vacuum system
330:真空配管 330: vacuum piping
4:來源氣體進氣系統 4: Source gas intake system
40:乾燥除水裝置 40: Drying and water removal device
41:進氣分流管 41: Intake manifold
42:入氣流量調整裝置 42: Air intake flow adjustment device
43:水份採樣裝置 43:Moisture sampling device
5:爐體 5: furnace body
51:外輸送道 51: Outer conveyor
6:交換系統 6: Exchange system
60:內氣密門 60: inner airtight door
61:外氣密門 61: Outer airtight door
62:氣密空間 62: airtight space
7:軟金屬封口裝置 7: Soft metal sealing device
70:上封口裝置 70: Upper sealing device
71:下封口裝置 71: Bottom sealing device
8:爐體 8: furnace body
80:交換系統 80: Exchange system
81:內氣密門 81: inner airtight door
82:進料系統 82: Feed system
83:出料系統 83:Discharging system
84:外氣密門 84: Outer airtight door
85:真空移載腔 85: Vacuum transfer chamber
〔圖1〕係本發明電池裝置的除水裝置正面剖示圖；〔圖2〕係本發明電池裝置的除水裝置上端剖示圖；〔圖3〕係本發明電池裝置的除水裝置熱壓除水部剖示圖；〔圖4〕係本發明另一實施例電池裝置的除水裝置上端剖示圖；〔圖5〕係本發明另一實施例電池裝置的除水裝置熱壓除水部剖示圖；〔圖6〕係本發明實施例熱壓層架部份放大圖。 [Fig. 1] is the front sectional view of the water removal device of the battery device of the present invention; [Fig. 2] is the upper end sectional view of the water removal device of the battery device of the present invention; [Fig. 3] is the heat removal device of the battery device of the present invention [Fig. 4] is a sectional view of the upper end of the water removal device of the battery device in another embodiment of the present invention; [Fig. 5] is a hot pressure removal of the water removal device of the battery device in another embodiment of the present invention. Sectional view of the water part; (Fig. 6) is a partial enlarged view of the heat-pressed shelf of the embodiment of the present invention.
為達成本發明前述目的之技術手段，茲列舉一實施例，並配合圖式說明如後，貴審查委員可由之對本發明之方法、結構、特徵及所達成之功效，獲致更佳之瞭解。 In order to achieve the technical means of the above-mentioned purpose of the present invention, hereby cite an embodiment, and describe it with the drawings as follows, so that your review committee can gain a better understanding of the method, structure, characteristics and achieved effects of the present invention.
本發明電池裝置的除水方法及電池裝置的除水裝置係針對以軟性金屬(如鋁箔)封裝之堆疊式的固態電池裝置(以下簡稱為電池裝置)的除水方法及除水裝置，該以軟性金屬封裝之堆疊式的固態電池裝置至少具有一端未封口，為增加其除水效率，亦可選擇二端未封口。 The water removal method and the water removal device of the battery device of the present invention are aimed at the water removal method and the water removal device of the stacked solid state battery device (hereinafter referred to as the battery device) packaged with soft metal (such as aluminum foil). The stacked solid-state battery device with flexible metal packaging has at least one unsealed end. In order to increase its water removal efficiency, two unsealed ends can also be selected.
本發明電池裝置的除水方法，包括有：選擇至少一端未封口之軟金屬封裝電池裝置，將該電池裝置移至氣密腔體內，在該氣密腔體內對該電池裝置上下二端面施以預定的溫度及壓力，以邊加熱邊施壓方法將電池內部水份去除，最後再將該電池裝置的軟金屬未封口側封口密合，如此達到快速去除電池裝置內部水份的功效。相較於習用技術，本發明以邊加熱邊施壓方法使電池內部的水份受壓，而由未封口處釋出，當具有快速 去除電池裝置內部水份的功效。 The water removal method of the battery device of the present invention includes: selecting a soft metal packaged battery device with at least one end unsealed, moving the battery device into an airtight cavity, and applying water to the upper and lower ends of the battery device in the airtight cavity. Predetermined temperature and pressure, remove the moisture inside the battery by applying pressure while heating, and finally seal the soft metal unsealed side of the battery device, so as to achieve the effect of quickly removing the moisture inside the battery device. Compared with the conventional technology, the present invention applies pressure while heating to pressurize the water inside the battery and release it from the unsealed part. The effect of removing moisture inside the battery device.
本發明另包括有以負壓抽氣排除已釋出水份及補充乾燥氣體的方法，持續的以負壓抽氣將釋出水份排出，再補充經乾燥後的新鮮外氣，由於降低了氣密腔體內的含水率，故能有效提高除水效率。 The present invention also includes the method of removing the released moisture and replenishing dry gas with negative pressure pumping, continuously discharging the released moisture with negative pressure pumping, and then replenishing the dried fresh external air, due to the reduced The water content in the airtight cavity can effectively improve the water removal efficiency.
本發明另包括有將前述氣密腔體抽真空，以抽真空排除已釋出水份的方法，以真空環境來提高除水效率。 The present invention also includes a method of vacuumizing the aforementioned airtight cavity to remove the released water, and the vacuum environment is used to improve the water removal efficiency.
本發明另包括有以預定次數的熱壓配合位移，以多組多次連續熱壓的方法，依序減少該電池裝置內部的水份，除可達到連續且快速去除電池裝置內部水份外，更具有電池裝置內部乾燥度均勻，達成品質均一的功效。 The present invention also includes a predetermined number of times of hot pressing and displacement, and multiple sets of continuous hot pressing methods to sequentially reduce the moisture inside the battery device. In addition to achieving continuous and rapid removal of moisture inside the battery device, It also has the effect of uniform dryness inside the battery device and uniform quality.
請參閱圖3之本發明電池裝置的除水裝置熱壓除水部剖示圖。由圖可知，本發明電池裝置的除水裝置，其主要包括有一氣密腔體1，該氣密腔體1內設有載板10以置放電池裝置A，該載板10上方設有上熱壓裝置2，該載板10下方設有下熱壓板11，前述上熱壓裝置2係由升降系統20及設於該升降系統20下方的上熱壓板21所構成，前述上熱壓板21及下熱壓板11具有加熱元件210、110，以將該上熱壓板21及下熱壓板11加熱到預定溫度，另包括有電池裝置A，該電池裝置A以軟金屬B封裝，且其至少一端未封口構成未封口端C，將該電池裝置A放置於前述氣密腔體1內之該載板10上，前述升降系統20作動下降，使該上熱壓板21下壓，而與該下熱壓板11在該氣密腔體1內對該電池裝置A上下二端面施以預定的溫度及壓力，以邊加熱邊施壓方式將該電池裝置A內部的水份去除，再將該電池裝置A的軟金屬B未封口端C封口密合，如此達到快速去除電池裝置內部水份的功效。相較於習用 技術，本發明以邊加熱邊施壓方法使電池裝置A內部的水份受壓，而由未封口處釋出，當具有快速去除電池裝置內部水份的功效。本發明以熱壓方式將該電池裝置A內部的水份去除，由於熱壓會使電池裝置A內部的水份受壓，而由未封口處釋出，可使電池裝置A內部乾燥度均勻，品質相對穩定。 Please refer to FIG. 3 , which is a cross-sectional view of the hot-press dewatering part of the dewatering device of the battery device of the present invention. It can be seen from the figure that the dewatering device of the battery device of the present invention mainly includes an airtight cavity 1, and a carrier plate 10 is arranged in the airtight cavity 1 to place the battery device A, and an upper Hot pressing device 2, the bottom of the carrier plate 10 is provided with a lower hot pressing plate 11, the aforementioned upper hot pressing device 2 is composed of a lifting system 20 and an upper hot pressing plate 21 located below the lifting system 20, the aforementioned upper hot pressing The plate 21 and the lower heat press plate 11 have heating elements 210, 110 to heat the upper heat press plate 21 and the lower heat press plate 11 to a predetermined temperature, and also include a battery device A, which is packaged with a soft metal B , and at least one end of it is unsealed to form an unsealed end C, the battery device A is placed on the carrier plate 10 in the aforementioned airtight cavity 1, the aforementioned lifting system 20 moves down, and the upper hot platen 21 is pressed down , and apply a predetermined temperature and pressure to the upper and lower ends of the battery device A in the airtight cavity 1 with the lower hot pressing plate 11, and remove the moisture inside the battery device A by applying pressure while heating , and then seal the unsealed end C of the soft metal B of the battery device A, so as to achieve the effect of quickly removing the moisture inside the battery device. compared to customary Technology, the present invention pressurizes the moisture inside the battery device A by applying pressure while heating, and releases it from the unsealed part, which has the effect of quickly removing the moisture inside the battery device. The present invention removes the moisture inside the battery device A by means of hot pressing, because the hot pressing will pressurize the moisture inside the battery device A and release it from the unsealed part, so that the dryness of the inside of the battery device A can be made uniform, The quality is relatively stable.
請再配合參閱圖1之本發明電池裝置的除水裝置正面剖示圖及圖2之本發明電池裝置的除水裝置上端剖示圖。本發明另包括有負壓系統3及來源氣體進氣系統4，前述負壓系統3包括有一負壓緩衝槽30，該負壓緩衝槽30連結有負壓配管31，該負壓配管31連通於前述氣密腔體1內，前述來源氣體進氣系統4包括有一乾燥除水裝置40，該乾燥除水裝置40係作為將來源氣體乾燥，該乾燥除水裝置40連結設於前述氣密腔體1內部下方之進氣分流管41，藉負壓系統3以負壓排除前述電池裝置A內部已釋出之水份，及藉來源氣體進氣系統4補充乾燥氣體，本發明以負壓抽氣排除已釋出水份及補充乾燥氣體的方式，持續的以負壓抽氣將釋出水份排出，再補充經乾燥後的新鮮外氣，由於降低了氣密腔體1內的含水率，故能有效提高除水效率。
Please refer to the front sectional view of the water removal device of the battery device of the present invention in FIG. 1 and the upper sectional view of the water removal device of the battery device of the present invention in FIG. 2 . The present invention also includes a
本發明前述負壓系統3，其所連結的該負壓配管31，於該氣密腔體1內部之相對於該待熱壓電池裝置A上方，設有負壓集氣罩32，以提高負壓排除水份效率。
The aforementioned
請參圖3所示，本發明前述來源氣體進氣系統4另設有入氣流量調整裝置42，藉以調整入氣的分流流量。
Please refer to FIG. 3 , the aforementioned source gas intake system 4 of the present invention is further provided with an intake
請參圖3所示，本發明前述來源氣體進氣系統4另設有水份採樣裝置43，該水份採樣裝置43係設於前述氣密腔體1內，藉以採取分析前述氣密腔體1內水份量，藉以調整入氣及負壓的流量，達到最佳的效果。
Please refer to shown in Figure 3, the aforementioned source gas intake system 4 of the present invention is provided with
本發明另包括有一密閉式爐體5，該爐體5外部二端設有交換系統6，該交換系統6以外輸送道51連結，前述氣密腔體1係設於該爐體5內部，前述氣密腔體1內設有內輸送道12，該內輸送道12連結前述爐體二端交換系統6，以作為前述載板10移動之軌道，前述內輸送道12上方置有由交換系統6依序連續推入的前述載板10，各該載板10上置放待熱壓除水的電池裝置A，該氣密腔體1內部設有預定數量的前述上熱壓裝置2，各該上熱壓裝置2下方相對置有前述載板10，各該載板10下方相對設有前述下熱壓板11，前述下熱壓板11則設於內輸送道上12，前述各該上熱壓裝置2可設定熱壓的時間及壓力，前述各該上熱壓板21及下熱壓板11可設定預定的溫度，藉以預定次數的熱壓，並配合載板10的位移，以多組多次連續熱壓的方式，依序減少該待除水電池裝置A內部的水份，除可達到連續且快速去除電池裝置A內部水份外，更具有電池裝置A內部乾燥度均勻，達成品質均一的功效。
The present invention also includes a
本發明另包括有一軟金屬封口裝置7，該軟金屬封口裝置7係設於前述氣密腔體1的尾端，以將除水完成的電池裝置A未封口端C予以封口。本發明前述軟金屬封口裝置7，包括有上封口裝置70及下封口裝置71，以熱壓方式將軟金屬B予以封口。
The present invention also includes a soft metal sealing device 7, the soft metal sealing device 7 is arranged at the tail end of the aforementioned
請參閱圖2所示，本發明前述設於爐體5二側之交換系統6，各交換系統6包括有設於爐體5側之內氣密門60及設於外輸送道51側之外氣密門61，內氣密門60及外氣密門61間形成氣密空間62，當載板10被送進爐體5前，爐體5頭端之內氣密門60及外氣密門61為封閉，待氣密空間62內抽真空(或負壓)至與氣密腔體1內相同環境後，爐體側內氣密門60方打開將載板10推入氣密腔體1內，當載板10要送出氣密腔體1前，爐體尾端之內氣密門60
及外氣密門61為封閉，且氣密空間62內已經抽真空(或負壓)至與氣密腔體1內相同環境，爐體側內氣密門60方打開將載板10推入氣密空間62內，如此具有避免氣密腔體1內混入爐外空氣，達成品質均一的功效。
Please refer to shown in Fig. 2, the aforementioned exchanging
請參閱圖5之本發明另一實施例電池裝置的除水裝置熱壓除水部剖示圖。由圖可知，本發明除水裝置，其主要包括有一真空氣密腔體13，該真空氣密腔體13內設有輸送軌道14，該輸送軌道14用以置放承載板15，該承載板15用以置放至少1組的熱壓層架16，請再配合參閱圖6所示，該熱壓層架16係由預定數量的加熱板160及連結機構161構成，前述加熱板160具有加熱元件17以將各該加熱板160加熱到預定溫度，各加熱板160間用以置放電池裝置A，前述連結機構161包括有用為連結該各相鄰加熱板160之連結片162，各該連結片162一端固定於相鄰下方之該加熱板160預定位置，另端則延伸出該相鄰上方之加熱板160，並具有一滑槽163作為各該加熱板160下壓之間距，該相鄰上方之加熱板160相對於前述連結片滑槽163處設有一銷件164，該銷件164在正常狀態時係位於前述滑槽163之下端，以連結並支撐上、下相鄰之各該加熱板160，而該位於上方之該加熱板160又以另一連結片162連結上方之另一加熱板160，如此串接成預定層數的熱壓層架16；該熱壓層架16上方設有熱壓裝置22，該熱壓裝置22可為恆壓式，該熱壓裝置22係由升降系統220及設於該升降系統220下方的壓板221所構成，另包括有電池裝置A，該電池裝置A以軟金屬B封裝，且其至少一端未封口構成未封口端C，該電池裝置A係放置於前述熱壓層架16各加熱板160間，藉前述升降系統220作動下降，使該壓板221下壓，進而在真空氣密腔體13內，使熱壓層架16各加熱板160對置於其間之該電池裝置A上下二端面施以預定的溫度及壓力，以
邊加熱邊施壓方式將該電池裝置A內部的水份去除，具有快速有效率的去除電池裝置內部水份的功效。相較於習用技術，本發明以邊加熱邊施壓方法使電池裝置A內部的水份受壓，而由未封口處釋出，當具有快速去除電池裝置內部水份的功效。本發明以熱壓方式將該電池裝置A內部的水份去除，由於熱壓會使電池裝置A內部的水份受壓，而由未封口處釋出，可使電池裝置A內部乾燥度均勻，品質相對穩定。且本實施例以熱壓層架16一次多層同時熱壓方式，一次能同時熱壓預定數量的多片電池裝置A，在兼顧高品質外，更能有效提高生產效率。
Please refer to FIG. 5 , which is a cross-sectional view of the hot-press dewatering part of the dewatering device of the battery device according to another embodiment of the present invention. As can be seen from the figure, the dewatering device of the present invention mainly includes a vacuum
本發明另包括有真空系統33，該真空系統33連結真空配管330，該真空配管330連通於前述真空氣密腔體13內，藉真空系統33將該真空氣密腔體抽13真空，以加速排除前述電池裝置A內部已釋出之水份，來提高除水效率。
The present invention also includes a
本發明另包括有一密閉式爐體8，該爐體8外部二端設有交換系統80，前述真空氣密腔體13係設於該爐體8內部，前述真空氣密腔體13內設有之輸送軌道14連結前述爐體8二端之交換系統80，以作為前述承載板15移動之軌道，前述輸送軌道14上置有由交換系統80依序連續推入的前述承載板15，該承載板15上置放前述熱壓層架16，該熱壓層架16各加熱板160間置有待熱壓除水的電池裝置A，前述真空氣密腔體13設有預定數量的前述熱壓裝置22，各該熱壓裝置22下方相對置有前述熱壓層架16，前述各該熱壓裝置22可設定熱壓的時間及壓力，前述各該熱壓層架16之各該加熱板160可設定預定的溫度，藉以預定次數的熱壓，並配合承載板15的位移，以多組多次連續熱壓的方式，依序減少該待除水電池裝置A內部的水份，除可達到連續
且快速去除電池裝置A內部水份外，更具有電池裝置A內部乾燥度均勻，達成品質均一的功效。
The present invention also includes a
請參閱圖4所示，本發明前述設於爐體8二側之交換系統80，各交換系統80包括有設於爐體8側之內氣密門81及設於外側銜接進料系統82或銜接出料系統83之外氣密門84，內氣密門81及外氣密門84間形成真空移載腔85，當承載板15被送進爐體8前，爐體8頭端之內氣密門81及外氣密門84為封閉，待真空移載腔85內抽真空至與真空氣密腔體13內相同環境後，爐體側內氣密門81方打開將承載板15推入真空氣密腔體13內，當承載板15要送出真空氣密腔體13前，爐體尾端之內氣密門81及外氣密門84為封閉，待真空移載腔85內已經抽真空至與真空氣密腔體13內相同環境，爐體側內氣密門81方打開將承載板15推入真空移載腔85內，如此具有避免真空氣密腔體13內混入爐外空氣，達成品質均一的功效。
Please refer to Fig. 4, the
綜上所述，本發明所揭露之一種「電池裝置的除水方法及電池裝置的除水裝置」為昔所無，亦未曾見於國內外公開之刊物上，理已具新穎性之專利要件，又本發明確可摒除習用技術缺失，並達成設計目的，亦已充份符合專利要件，爰依法提出申請，謹請貴審查委員惠予審查，並賜予本案專利，實感德便。 In summary, the present invention discloses a "water removal method for a battery device and a water removal device for a battery device" that have never been seen in the past, nor have they been published in publications at home and abroad, so they already have novelty patent requirements. In addition, this invention clearly eliminates the deficiencies of conventional technology and achieves the design purpose. It also fully meets the patent requirements. I file an application in accordance with the law. I would like to ask your review committee to review and grant this case a patent. I really appreciate it.
惟以上所述者，僅為本發明之一較佳可行實施例而已，並非用以拘限本發明之範圍，舉凡熟悉此項技藝人士，運用本發明說明書及申請專利範圍所作之替代性方法或等效結構變化，理應包括於本發明之專利範圍內。 But what is described above is only one of the preferred feasible embodiments of the present invention, and is not intended to limit the scope of the present invention. For those who are familiar with this art, they can use the description of the present invention and the alternative method or method made by the scope of the patent application. Equivalent structural changes should be included in the patent scope of the present invention.
A:電池裝置 A: Battery device
1:氣密腔體 1: airtight cavity
10:載板 10: carrier board
11:下熱壓板 11: Lower hot plate
110:加熱元件 110: heating element
12:內輸送道 12: Inner conveyor
2:上熱壓裝置 2: Upper heat press device
20:升降系統 20: Lifting system
21:上熱壓板 21: Upper hot plate
210:加熱元件 210: heating element
3:負壓系統 3: Negative pressure system
30:負壓緩衝槽 30: Negative pressure buffer tank
31:負壓配管 31: Negative pressure piping
32:負壓集氣罩 32: Negative pressure gas collection hood
40:乾燥除水裝置 40: Drying and water removal device
41:進氣分流管 41: Intake manifold
42:入氣流量調整裝置 42: Air intake flow adjustment device
43:水份採樣裝置 43:Moisture sampling device
5:爐體 5: furnace body
Claims (15)
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| TW110122542 | 2021-06-17 | ||
| TW110207116 | 2021-06-17 | ||
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| TW110122542 | 2021-06-17 |
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| TW110215313U TWM630095U (en) | 2021-06-17 | 2021-12-23 | Water removal device for battery device |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2019094936A1 (en) * | 2017-11-13 | 2019-05-16 | Revive Electronics, LLC | Methods and apparatuses for drying electronic devices |
| CN110274441A (en) * | 2019-06-05 | 2019-09-24 | 深圳鸿鹏新能源科技有限公司 | The vacuum bakeout device of lithium ion cell electrode volume and the method for toasting battery pole coil using it |
| CN209484993U (en) * | 2018-11-23 | 2019-10-11 | 东莞市汇成真空科技有限公司 | A kind of lithium battery contact heating vacuum tunnel baking line |
| US10944097B2 (en) * | 2018-09-30 | 2021-03-09 | Contemporary Amperex Technology Co., Limited | Baking apparatus for secondary battery |
| TWM630095U (en) * | 2021-06-17 | 2022-08-01 | 秦文隆 | Water removal device for battery device |
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Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2019094936A1 (en) * | 2017-11-13 | 2019-05-16 | Revive Electronics, LLC | Methods and apparatuses for drying electronic devices |
| US10944097B2 (en) * | 2018-09-30 | 2021-03-09 | Contemporary Amperex Technology Co., Limited | Baking apparatus for secondary battery |
| CN209484993U (en) * | 2018-11-23 | 2019-10-11 | 东莞市汇成真空科技有限公司 | A kind of lithium battery contact heating vacuum tunnel baking line |
| CN110274441A (en) * | 2019-06-05 | 2019-09-24 | 深圳鸿鹏新能源科技有限公司 | The vacuum bakeout device of lithium ion cell electrode volume and the method for toasting battery pole coil using it |
| TWM630095U (en) * | 2021-06-17 | 2022-08-01 | 秦文隆 | Water removal device for battery device |
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| TW202300844A (en) | 2023-01-01 |
| TWM630095U (en) | 2022-08-01 |
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