M369526 五、新型說明： 【新型所屬之技術領域】 本創作有關於一種固態硬碟，尤指一種可擴充式固態硬磲。 【先前技術】 現代消費者對筆記型電腦的需求多為重量輕且體積小， 功能也相當重要，而過去傳統硬碟使用讀寫磁頭及液態軸承，在 讀取時如果受外力干擾，很容易就產生壞執或資料錯誤，造成無 法有效地運作。 固態硬碟的產生取代了傳統的硬碟，這是由於固態硬碟使用 了快閃記憶體’提供了一種速度較快的儲存技術，更具有體積小、 低功耗、低噪音、抗震動及穩定性高的優點，使資料能更安全地 得到儲存。 如弟一圖所示’傳統的固態硬碟1包括一電路基板、一連 接埠1(Π、一控制晶片102及一記憶體103，其中連接埠1〇1設置 在電路基板100之一端，控制晶片102及記憶體1〇3皆設置在電 路基板100上，連接埠101與主機(圖未示)連接，用來傳輸電源與 資料給固態硬碟1，控制晶片1〇2控制資料的傳輸，記憶體1〇3 用來儲存資料。 然而使用者的資料儲存量越來越大，因此容量的需求不斷提 高，傳統的固態硬碟其缺點為單一容量不可擴充，而多個固態硬 碟彼此的容量無法相容共用，且容量高的固態硬碟成本高，故價 M369526 格亦高，造成普及化困難。 ―曰如第二圖所示，中華民國專利公告號现353所揭露的可擴充 愈聽丁動碟220及第三行動碟伽，藉由公接頭232、332 ”母接頭234彼此_來擴 —傳輪資料，然而第二行動碟22〇= 一透過早一一個傳輪介面 '讀賴第—行動碟21G的存在才能發揮其效能。 【新型内容】 本解所欲解決的技術問題，在於提供一種固態硬碟，以解 因liir量柯擴充轉—大容量_補成本高之問題。 同六旦的固Γ的係提供可擴充容量之固態硬碟裝置，使多個不 :里硬碟彼此擴充其容量，避免單-固態硬碟容量的限 f丨J。 擁 认於此’本創作提供—種可擴充式_硬碟，當使用者已 〜ρ本II作之可擴充式固態硬碟，隨著資料量的累計，發覺 =夠時，新購買的可擴充式固態硬碟可與原有的相容，不必 充式固態=擴==:也不必_分割在不同的可擴 心充固態硬碟之容量的效果，且單一—個 可擴充式固態硬碟可獨立使用。 t解、上述技綱題’本創作之-技術讀係提供-種可 態硬碟，適用於電腦或其週邊相關設備，其係包括-電 5 M369526 路基板、—第—連接琿一第二連接埠、—控制晶片及-記憶體。 電路基板具有—第—端及—第二端，第—連接埠設置於第一端， 第一連接埠δ又置於第二端’控制晶片與記憶體紋置在電路基板 上其中第-連接埠用以傳輸一訊號；帛二連接埠與第一連接蜂 相互麵接，用以傳輸該訊號；控制晶片用以接收第一連接璋所傳 輸的訊號，並將該訊號儲存於記憶體。 當使用者擁有—台配有可擴充式_硬縣置的電腦，若相 要擴充其容量時，财利簡樣具有—_及—插槽之另—可= 充式固態硬碟’以對接方式來達到擴充容量的目的，且每一㈣ 憶體的容量可以互相加總。如此，可以解決單—容量高之固離硬 叙成本高_題，且_上相#具有雜，只要插拔可擴充式 固態硬碟之_與域，得以依制者需縣擴充記憶體的容量。 以上的概述與接下來的詳細說明皆為示範性質，是為了進一 步說明賴作的”專·圍。而有關賴作的其他目的與優 點，將在後續的說明與圖示加以闡述。 【實施方式】 本創作藉由在單-固態硬碟上，組設兩 個具有此相同結構的固離硬榉彼 摆旱供3 效果。 n硬碟彼此串接，以達到擴充容量合 為了提供更詳盡的說明與解釋，以下將 意圖針對本創作進行解說， 方塊圖及可 作所使㈣祕β ^ 便更為明確“楚地揭露本倉 作所使㈣技減付，α軸本 # 能達成的功效。 巧愛點及其戶/j M369526 请參考第三圖，為本創作所提供的—種可擴充式固態硬碟電 路之-實關之方塊圖。如第三圖卿，本_之可擴充式固能 硬碟電路2包括-第一連接埠測、一第二連接埠朋、—控制曰 片挪及一記憶體2〇7，其中第二連鱗2〇3與第一連接璋如曰; 搞接；控制晶片205與第一連接埠2〇1及第二連接埠2〇3耦接； 記憶體207與控制晶片施_。其中該控制晶片挪包括一連 接介面2⑹及-記憶體介面觀，記憶體2〇7可為快閃式記憶體 (Flash memory)。 第一連接埠201用以傳輸一訊號，作為一輸出或輸入介面， 第二連接埠203以並聯方式與第一連接埠2〇1输以傳輸同一訊 號，且第二連接埠2〇3與第一連接璋2〇1共用一電源(圖未示）；控 制晶片205藉由連接介面2〇51與第一連接淳2〇ι輕接以接收訊 號二該訊號包括供電訊號及資料訊號，控制晶片2〇5從供電訊號 取得工作電源’且控制晶片205藉由記憶體介面2052與記憶體2〇7 耦接以傳輸資料訊號至記憶體207儲存。 睛參考第四圖，為本創作所提供的一種可擴充式固態硬碟裝 置，路之-實施例之方顧。如._示，本創作之可擴充^ 固_碟裳置電路20包括兩個第三圖之可擴充式固態；5更碟電路 2 2 ’藉由可擴充式固態硬碟2之第二連接埠2〇3與可擴充式固 態，碟2’之第-連麟2〇1，雛，透過可擴充式固態硬碟2之控 制曰曰片205與可擴充式固態硬碟2,之控制晶片2〇5,控制訊號之傳 輸’使§己憶體207,之容量加總至記憶體2〇7之容量，實際實施方 7 M369526 式並不限於兩個可擴充式固態硬碟電路作輕接，可再麵接多個可 擴充式固態硬碟電路以擴充總容量。 請參考第五圖，為本創作所提供的一種可擴充式固態硬碟之 a例之不痛。如第五圖所示，本創作之可擴充式固態硬碟3 包括一電路基板300、一第一連接物、一第二連接埠303、一 控制晶片305及—記憶體術。其中電路基板·具有一第—端 3001及-第二端3002，而記憶體3〇7可為複數個。 第-連接埠3〇1言免置在電路基板·之第一端細，以傳輸 一訊號，第二連接埠303設置在電路基板之第二端雇，盆 :苐-端麵與第二端避可分抛於魏基板的不同側 邊或同-側邊，而記憶體3Q7與控制晶片3Q5 _於電路基板 〇〇 ^。第-連接物與第：連接物相互耦接，其倾的方 工一 T精由電路基板上的線路輕接(圖未示），且第一連接璋观與第 二連接埠302之連接特性相對應’分別為插拔模組之—公一母， 即公的為插頭而母的為插槽，兩者内部皆具有複數個電性封裝接 ^用以編號，其愉;場—連接物為插頭而第二 埠302為插槽，或第一連接埠3〇1為插槽而第二連接璋搬 :’、、插頭’使可擴充式贿硬碟3能與其他職硬碟串接。 其中第-連接埠301用以傳輸一訊號，第二連料期用以 j同减’控制晶片3〇5用以接收第一連接璋所傳輸的 取^訊號包括供電訊號及資料訊號，控制晶片3〇5從供電訊號 件工作電源，並將資料訊號儲存於記憶體。 M369526 其中第一連接埠301與第二連接埠302如第五圖所示可為序 列進階技術附加(Serial Advanced Technology Attachment，SATA)介 面之插頭與插槽，實際實施方式不限於使用此介面，亦可為外接 式序列進階技術附加（External Serial Advanced TeehnologyM369526 V. New Description: [New Technology Field] This creation is about a solid state hard disk, especially an expandable solid state hard disk. [Prior Art] Modern consumers' demand for notebook computers is light and small, and their functions are also very important. In the past, traditional hard disks used read/write heads and liquid bearings, which were easily interfered by external forces during reading. There is a bad or wrong data, which makes it impossible to operate effectively. The production of solid-state hard drives has replaced traditional hard drives. This is because solid-state hard drives use flash memory to provide a faster storage technology with smaller size, lower power consumption, lower noise and vibration resistance. The high stability makes the data safer to store. As shown in the figure of the younger brother, the conventional solid-state hard disk 1 includes a circuit substrate, a connection port 1 (Π, a control chip 102, and a memory 103, wherein the connection port 1〇1 is disposed at one end of the circuit substrate 100, and is controlled. The chip 102 and the memory 1〇3 are all disposed on the circuit substrate 100, and the connection port 101 is connected to a host (not shown) for transmitting power and data to the solid state hard disk 1. The control chip 1〇2 controls the transmission of data. Memory 1〇3 is used to store data. However, the user's data storage capacity is increasing, so the demand for capacity is increasing. The disadvantage of the traditional solid-state hard disk is that the single capacity cannot be expanded, and the multiple solid-state hard disks are mutually The capacity is not compatible and shared, and the high-capacity solid-state hard disk has a high cost, so the price of M369526 is also high, which makes it difficult to popularize. ― As shown in the second figure, the Republic of China Patent Notice No. 353 can be expanded. Listening to the Dish 220 and the third action disc gamma, by means of the male connector 232, 332 "mother connector 234" to expand the transmission data, but the second action disc 22 〇 = one through the previous one of the transfer interface ' Reading Lai Di - Action Disc 21G In order to exert its effectiveness. [New content] The technical problem to be solved by this solution is to provide a solid-state hard disk to solve the problem of high cost expansion due to the expansion of Liir. The system provides a solid-state hard disk device with expandable capacity, so that a plurality of non-dish hard disks expand their capacity with each other, and the limit of single-solid-state hard disk capacity is avoided, which is recognized as an extension of the present invention. _ hard disk, when the user has ~ 本 this II made of expandable solid state hard disk, with the accumulation of data, found = enough, the newly purchased expandable solid state hard disk can be compatible with the original, No need to charge solid state = expansion ==: It is not necessary to split the effect of different capacity of the expandable solid state hard disk, and a single - expandable solid state hard disk can be used independently. t solution, the above technical problem ' This creation-technical reading system provides a state-of-the-art hard disk for computers or related devices, including - 5 M369526 circuit board, - first connection, second connection port, control chip and - The circuit board has a first end and a second end, The connection port is disposed at the first end, and the first port 埠δ is further disposed at the second end. The control chip and the memory are placed on the circuit substrate, wherein the first port is used to transmit a signal; the second port is connected to the first port. The connection bees are connected to each other for transmitting the signal; the control chip is configured to receive the signal transmitted by the first connection port, and store the signal in the memory. When the user owns the device, the device is equipped with an expandable _ hard county If the computer wants to expand its capacity, the financial advantage has the same -_ and - slot of the other - can be filled with - solid-state hard disk to achieve the purpose of expansion capacity, and each (four) memory The capacity can be added to each other. In this way, it can solve the problem that the single-capacity is high and the cost is high, and the _ upper phase# has a miscellaneous, as long as the DLL and the domain of the expandable solid-state hard disk are plugged and unplugged. The county needs to expand the capacity of the memory. The above summary and the following detailed description are exemplary in order to further illustrate the "special and pertinent" of the Lai Zuo. Other purposes and advantages of the Lai will be explained in the following description and illustration. 】 This creation is based on a single-solid-state hard disk, and two sets of solid-free hard-wired three-dimensional effects with the same structure are provided. n hard disks are connected in series to achieve expansion capacity in order to provide more detailed Explanation and explanation, the following is intended to explain the creation of this creation, the block diagram and the available (4) secret β ^ will be more clear "Chu reveals the performance of this warehouse (4) technology reduction, α axis this # can achieve the effect . Qiao Ai Point and its household /j M369526 Please refer to the third figure, which is a block diagram of the realizable hard disk circuit of the extended-solid-state hard disk circuit. For example, in the third figure, the expandable solid-state hard disk circuit 2 of the present invention includes a first connection test, a second connection, a control chip, and a memory 2〇7, wherein the second connection The scale 2〇3 is coupled to the first connection, such as the first connection; the control chip 205 is coupled to the first connection port 2〇1 and the second connection port 2〇3; the memory 207 and the control chip are applied. The control chip includes a connection interface 2 (6) and a memory interface, and the memory 2 〇 7 can be a flash memory. The first port 201 is configured to transmit a signal as an output or input interface, and the second port 203 is connected in parallel with the first port 〇2〇1 to transmit the same signal, and the second port 埠2〇3 and A connection 璋2〇1 shares a power supply (not shown); the control chip 205 is connected to the first connection 〇2〇 by the connection interface 2〇51 to receive the signal 2. The signal includes the power supply signal and the data signal, and the control chip 2〇5 obtains the working power from the power supply signal' and the control chip 205 is coupled to the memory 2〇7 via the memory interface 2052 to transmit the data signal to the memory 207 for storage. Referring to the fourth figure, the present invention provides an expandable solid state hard disk device, which is a method of the embodiment. For example, the creation of the present invention can be expanded. The solid-disc circuit 20 includes two expandable solid states of the third figure; the fifth disk circuit 2 2' is connected by the second connection of the expandable solid-state hard disk 2.埠2〇3 and expandable solid state, disc 2' No.-Linlin 2〇1, chick, through the control solid state hard disk 2 control 曰曰 205 and expandable solid state hard disk 2, the control chip 2〇5, the transmission of control signals 'to make the capacity of § 忆 207, the total capacity to the capacity of memory 2〇7, the actual implementation of the 7 M369526 is not limited to two expandable solid state hard disk circuits for light connection Multiple expandable solid state hard disk circuits can be connected to expand the total capacity. Please refer to the fifth figure for an example of an expandable solid state hard disk provided for this creation. As shown in the fifth figure, the expandable solid state hard disk 3 of the present invention includes a circuit substrate 300, a first connector, a second port 303, a control chip 305, and a memory device. The circuit substrate has a first end 3001 and a second end 3002, and the memory 3〇7 can be plural. The first connection port is omitted from the first end of the circuit substrate to transmit a signal, and the second connection port 303 is disposed at the second end of the circuit substrate. The basin: the end face and the second end The memory can be divided into different sides or the same side of the Wei substrate, and the memory 3Q7 and the control chip 3Q5_ are on the circuit substrate. The first connector and the first connector are coupled to each other, and the tilting process is lightly connected by a line on the circuit substrate (not shown), and the connection characteristics of the first connection and the second connection 302 are connected. Corresponding to 'the plug-in module is the male-female, that is, the male is the plug and the female is the slot, both of which have a plurality of electrical packages connected to each other for numbering, the field-connector For the plug, the second port 302 is a slot, or the first port 埠3〇1 is a slot and the second port is moved: ', the plug' enables the expandable hard disk 3 to be connected with other hard disks. . The first connection port 301 is configured to transmit a signal, and the second connection period is used to reduce the number of signals transmitted by the control chip 3〇5 for receiving the first connection port, including the power supply signal and the data signal, and the control chip. 3〇5 works from the power supply signal and stores the data signal in the memory. M369526, wherein the first port 301 and the second port 302 are the plugs and slots of the Serial Advanced Technology Attachment (SATA) interface as shown in FIG. 5, and the actual implementation is not limited to using the interface. Can also be used for external serial advanced technology (External Serial Advanced Teehnology
Attachment，ESATA)介面之插頭與插槽，或為通用序列匯流排璋 -(Universal Serial Bus, USB)介面之插頭與插槽，或為整合驅動電子 -(Integrated Drive Electronics，IDE)介面之插頭與插槽等其他可用來 • 傳輸的介面及其未來所有擴充介面或連接裝置；而記憶體3〇7可 為快閃式記憶體(Flash memory)。 請參考第六圖，為本創作所提供的一種可擴充式固態硬碟裝 置之一實施例之示意圖。如第六圖所示，本創作之可擴充式固態 硬碟裝置30包括複數個第五圖之可擴充式固態硬碟3ai、 3&2...3知，包括複數個電路基板3〇〇、3〇〇, ..3〇〇"，複數個第一端 3001、3001，·.·贿”，複數個第二端迦、着趣”，複數個 第一連接埠 301、3〇1，..·301，，，複數個第二連接埠 303、303，...303”， 減個控s晶m 3G5，_· 3G5”，以及倾憶體撕、 307，...307”。其中可擴充式_硬碟％之第—連接埠观與主機 (圖未示)連接，透過可擴充式_硬碟―連接㈣ 擴充式固硬碟3ai之第二連接埠期互相對接，使可擴充式固態硬 碟3七之卜端細’與可擴充式_硬碟％之第二端遍串接 類推其他的可擴充式固態硬碟、藉此彼此插接，使記 "...3〇7”容量加總到記憶體307之容量，實際實施方式並不 M369526 限制可擴充式_硬碟串接的她，依·者需要串接多個可擴 充式固態硬碟以擴充總容量。 〃 綜合上述_舉實施方式之作法，可知本創作侧用兩個連 接埠設置在同-個固態硬碟上，來與其侧樣具有此特徵的固態 硬碟串接，使用上相當簡便’不僅每一個可單獨使用，多個固鲅 硬碟可利赌拔方式達到擴充單—容量之固態硬碟目的，同時= 到互相傳輸訊號及串接的效果。如此，本創作之可擴充式固離硬 =可贿決傳賴態硬碟之單—容量無法擴充的問題，因為絲 =之單-固態及碟成本高的情況發生造成普及化不易的問題，且 田使用者已财個本創作之可擴充式固態硬碟，隨著資料量的 2，發綱刪，軸啊頓_㈣可與原來的 目谷，不轉職分财㈣的可齡式_ 固態硬碟之容量的效果，且簞加 逻判擴充 ms且早-一個可擴充式固態硬碟可獨立使 用。 =述所揭露之圖式及說明，僅為本創作之實施例而已，然 ”、_曝林_，任何純此聽者 種之更動與潤飾，如有其他符合本 =創㈣賴 【圖式簡單說明】 圖式說明： ―第-圖為習知技術之_硬碟之—實施例之示意圖； 弟-圖為f知技術之可擴充容量之行動裝置之示意圖； M369526 :圖為本創作之可擴充式_〜施例之方塊 第四圖為摘作之可擴充式固態 方塊圖； 第五圖 硬碟 裝置電路之一實施 例之Attachment, ESATA) interface plug and slot, or plug and slot for Universal Serial Bus (USB) interface, or plug for integrated drive electronics (IDE) interface Other interfaces that can be used for transmission, such as slots, and all future expansion interfaces or connections; and memory 3〇7 can be flash memory. Please refer to the sixth figure for a schematic diagram of an embodiment of an expandable solid state hard disk device provided by the present invention. As shown in the sixth figure, the expandable solid-state hard disk device 30 of the present invention includes a plurality of fifth-stage expandable solid-state hard disks 3ai, 3&2,3, including a plurality of circuit substrates. , 3〇〇, ..3〇〇", plural first end 3001, 3001, ·.. bribe", plural second end, interest, "multiple first connections 埠 301, 3 〇 1 , ..·301,,, a plurality of second ports 埠303, 303, ... 303", minus control s crystal m 3G5, _· 3G5", and memory tear, 307, ... 307" Among them, the expandable _ hard disk% of the first - the connection between the host and the host (not shown), through the expandable _ hard disk - connection (four) expansion of the solid hard disk 3ai second connection after mating, so that Expandable solid state hard disk 3 七 卜 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细 细.3〇7” capacity is added to the capacity of the memory 307. The actual implementation is not M369526. Limiting the expandable _ hard disk serial connection, the user needs to cascade multiple expandable solid state hard disks to expand the total the amount. 〃 In combination with the above-mentioned implementation method, it can be seen that the two sides of the creation side are arranged on the same solid-state hard disk by two connection ports, and are connected in series with the solid-state hard disk having the same feature, which is quite simple to use. One can be used alone, and multiple solid-state hard disks can be used to achieve the purpose of expanding the single-capacity solid-state hard disk, and at the same time, the effect of transmitting signals and concatenation to each other. In this way, the expandable solidity of this creation is hard to be able to pass the list of the hard disk. The capacity cannot be expanded, because the single-solid and high-disc cost of the wire=the high cost is not easy to popularize. The user of the field has developed a scalable solid-state hard disk. With the amount of data 2, the outline is deleted, the axis is _ (four) can be compared with the original Meguro, not transferable (four) ageing _ The effect of the capacity of the solid state drive, and the addition of the logic to expand the ms and early - an expandable solid state drive can be used independently. = The schema and description disclosed are only examples of this creation, but ", _ exposure forest _, any change and refinement of this kind of listener, if there is other conformity with this = creation (four) Lai [pattern BRIEF DESCRIPTION OF THE DRAWINGS: The following figure is a schematic diagram of an embodiment of a conventional technology _ hard disk - a schematic diagram of a mobile device capable of expanding the capacity of the technology; M369526: Expandable _~The fourth block of the embodiment is an extensible solid-state block diagram taken from the above; FIG. 5 is an embodiment of the hard disk device circuit.
【主要元件符號說明】 習知： 1固態硬碟 1〇〇電路基板 101連接埠 102控制晶片 103記憶體 210第一行動碟 220第二行動碟 240傳輸介面 320第三行動碟 234母接頭 232公接頭 332公接頭 11 M369526 本創作： 2、2’可擴充式固態硬碟電路 2 0可擴充式固態硬碟裝置電路 201、201’第一連接埠 203、203'第二連接埠 205、205’控制晶片 2051、 205Γ連接介面 2052、 2052'記憶體介面 207、2(^記憶體 30可擴充式固態硬碟裝置 3ai、322...3¾可擴充式固態硬碟 300、 300’...300”電路基板 30(n、3001，...300Γ第一端 3002、3002’...3002”第二端 301、 30Γ...301”第一連接埠 303、303’...303”第二連接埠 305、305V..305”控制晶片 307、307'...307”記憶體[Main component symbol description] Conventional: 1 solid state hard disk 1 〇〇 circuit substrate 101 connection 埠 102 control chip 103 memory 210 first mobile disk 220 second mobile disk 240 transmission interface 320 third mobile disk 234 female connector 232 Connector 332 male connector 11 M369526 The author: 2, 2' expandable solid state hard disk circuit 20 0 expandable solid state hard disk device circuit 201, 201 'first connection port 203, 203 'second connection port 205, 205' Control chip 2051, 205 Γ connection interface 2052, 2052' memory interface 207, 2 (memory 30 expandable solid state hard disk device 3ai, 322 ... 33⁄4 expandable solid state hard disk 300, 300'...300 "Circuit substrate 30 (n, 3001, ... 300 Γ first end 3002, 3002'...3002" second end 301, 30 Γ ... 301" first connection 埠 303, 303 '... 303" Two ports 305, 305V.. 305" control wafer 307, 307 '...307" memory