M314357 八、新型說明·· 【新型所屬之技術領域】 本創作係有關於-種工業電腦主機組 種主機系統與上殼體連接 冓二“曰- 裝主機系統者。 巾式核、、且w抽拉之方式拆 【先前技術】 工業電腦常應用於汽車電腦、生產線及其他 绫，通常須面對震動、潮渴、鹿 _ ^ 衣 . 朝澡塵垢、油巧及尚溫等因素， 抗上述之因素’工業電腦於結構設計上相當著重於防 «曰轭，以維持工業電腦執行工作的穩定性， 用者的損失。 I兄、风便 凊麥閱第一圖，係習知工業電腦主機殼體組合結構， 包括一主機系統1 0 a、-殼體2 0 a及二蓋板組件3 〇 a該主機1系統1 〇 a具有一底板1 1 a，該底板1 1 a 上設有複數個孔洞1 1 1 a。 该殼體2 0 a係蓋合於主機系統丄〇 a之上方，其係 由:左側板2 1 a、一右側板2 2 a及一頂板2 3 a 一體 成形所構成’該殼體2 0 a之兩端設置有複數個孔洞2 4 a ’該设體2 0 a之底部設置有複數個孔洞2 5 a，底部 之孔洞2 5 a係與該主機系統之底板1 1 a的孔洞1 1 1 a相對應，以供連接元件連接。 該等蓋板組件3 Oa係各包含一板片3 la及一套接 板片3 1 a之框架3 2 a，該框架3 2 a將板片3 1 a壓摯 連接於殼體2 0 a上，該板片3 1 &與該框架3 2 a皆設 置有複數個孔洞3 3 a，該孔洞3 3 a與殼體2 0 a之兩 M314357 ^的孔洞2 4 a相互對岸，哕箄忠、、n q Q 連接殼體h 4 33a可供連接元件 'fe2〇a、板片3 la及框架3 2a。 使二連==蓋合於主機系統10a，再 底部板片31 t板Λ“τ方向上鎖固於殼體 洞3 3 a L11人 架3 2 a藉由該等相對應之孔 3 a以螺絲結合於殼體2 〇a之兩端。 惟，上述之習知技術具有拆裝不易 電腦需維修或更換元件時 拆丙母田工業 接元件，耗費大量時間。里的螺絲及其他連 並配ίί理人有感上述缺失可改善’乃特潛心研究 =予理之制，終於提出—種設計合理 述缺失之創作。 π双叹〇上 【新型内容】 構，=創Γ之主要目的’係為一種工業電腦主機組合結 ，糸以…合主機系統之散熱本體及殼之 便利性及散熱工作之穩定性。 又體^拆裝之 機組ϋί成3之目的’本創作係提供一種工業電腦主 突出邱:：L . 一上忒體，其係具有二突出部，該二 犬出。Η糸設置於該上殼體之兩端；—主機系統 且 7熱本體，該散熱本體以連接元件連接該上殼體咳 ^體及主機系統結合成懸吊式模叙化之組合；二側殼 ^1一滑移結構’該滑移結構係與該上殼體之 2 :、、、° 口’以及一盖合板件組’係蓋合於該二侧殼體之 兩端及底部。 本創作主要係利用連接元件結合上殼體及主機系統 M314357 之散熱本體，該上殼體之兩端各設置_突出部，該突 可與該二侧殼體之滑移結構以滑移方式結合，於拆σ 了直接將上殼體連同主機系統以抽㈣方式拆裝，於、工作 時’主機系統工作所產生之熱能可藉由該散熱本體傳 該上殼體之散熱鰭片，此懸吊式模組化之組合可省略大旦 拆解連接元件之動作，大幅簡化拆裝齡且㈣提升散ΐ 功效，提高工業電腦之便利性及穩定性。 …、 為使能更進一步了解本創作之特徵及技術内容，請參 閱以下有關本創作之詳細說明及圖式，然而所附圖式僅稹 茶考與說明用，並非用來對本創作加以限制者。 【實施方式】 請參閱第二圖至第六圖，本創作係為一種工業電腦主 機組合結構，包括一上殼體丄、一主機系統2、二側殼體 3f—蓋合板件組4，其中該上殼體丄為板狀，其表面設 有複數個散熱鰭片1 5，係具有二突出部丄丄、一凹槽工 2 I飾條1 3及複數個第一孔洞1 4，該二突出部1 i係設置於該上殼體i之兩端，該凹槽i 2係成形於該上 ^又體1之上緣，該裝飾條1 3後接結合於凹槽1 2，該等 第一孔洞1 4則設置於凹槽1 2内且穿透該上殼體1。 该主機系統2係具有一散熱本體2 1、一基板2 2及 複數個電子裝置2 3，該散熱本體2 1為散熱性良好之金 屬件’係具有一導熱膏2 1 1及複數個第二孔洞2 1 2， 該導熱膏2 1 1係塗佈於該散熱本體2 1與該上殼體1 之間’名專弟二孔洞2 1 2係設置於該散熱本體2 1之頂 编，且與該等第一孔洞1 4相對應，以供連接元件連接散 M314357 熱本體2 1及上殼體i，該基板2 2係用於承接結合該等 迅子衣置2 3，其中該等電子裝置2 3係為複數個不同功 旎、形狀之電子元件及電路板所組成，為不影響主機系統 2之電子裝置2 3的佈局結構，該散熱本體2工係以錯位 方式（如第三圖）設置於電子裝置2 3上。 關於该等電子裝置2 3之功能及相關結構，與習知技 術相似’並非本創作之特徵，故不再予以贅述。 卜該二側殼體3係具有一滑移結構31、一滑座32、 =數個孔洞3 3及3 4，該滑移結構3 1係成形於該二侧 殼體3之内側接近上端處，並與上殼體突出部丄丄以 滑移的方式結合，該滑座3 2係設置於該二侧殼體3之内 側，供主機系統2之基板2 2結合，該等孔洞3 3係設置 於該二側殼體3之兩端，該等孔洞3 4係設置於該二侧殼 體3之底部。 該盍合板件組4用以封合該二側殼體3之兩端及底 部，係具有一前蓋板4 、一後蓋板4 2及一底板4 3， 該前蓋板4 1與後蓋板4 2皆設有複數個蓋板孔洞4 4，該等蓋板孔洞4 4與該二側殼體3之兩端的孔洞3 3 相對應，可供螺絲等連接元件連接鎖固，該底板4 3設有 複數個底板孔洞4 5，該等底板孔洞4 5與該二侧殼體3 之底部的孔洞3 4相對應，可供螺絲等連接元件連接鎖 固0 忒儲存I置5係以連接元件連接於該底板4 3上，並 可連同底板4 3結合於該二側殼體3之底部。 如第四圖所示，進行組合時，以連接元件藉由第一孔 8 M314357 洞1 4及第二孔洞2 1 2，將主機系統2與上殼體x緊固 結合，取後蓋板4 2封合該二側殼體3之一端，形成一容 置空間6，上殼體1之突出部1 1配合該側殼體3之滑移 結構3 1，主機糸統2之基板2 2置於該二側殼體3之滑 座3 2上，將上殼體1連同主機系統2以滑移的方式置入 容置空間6。 當上殼體1與主機系統2完全置入容置空間6後，該 前蓋板4 1則封合於該二側殼體3之另一端，並以螺絲等 連接元件結合，該底板4 3連同儲存裝置5封合於該二侧 殼體3之底端，並以螺絲等連結元件結合。 動作並提升散熱效果， 4 1或後蓋板4 2及$ 綜合上述，本創作工業電腦主機組合結構係將上殼體 1及主機系統2結合成懸吊式模組化之組合，可簡化拆解 41或後盍板42及其連接元件，即可將上殼體丄連同主 機系統2以抽㈣方式拉出，以進行維修或更換元件之工 作，大幅簡化拆裝過程且同時提升散熱功效。M314357 VIII. New Description·· 【New Technology Fields】 This creation department has a kind of industrial computer host group host system and upper case connection 曰2 曰-installed host system. The towel core, and w Pulling the way to remove [previous technology] Industrial computers are often used in automotive computers, production lines and other vehicles, usually facing vibration, thirst, deer _ ^ clothing. To the bath dust, oil and temperature, etc. The factor 'industrial computer's structural design is quite focused on the prevention of the yoke, in order to maintain the stability of the industrial computer work, the loss of the user. I brother, the wind and buckwheat read the first picture, is the industrial computer master The casing assembly structure comprises a mainframe system 10 a, a casing 20 a and a second cover assembly 3 〇a. The mainframe 1 system 1 〇a has a bottom plate 1 1 a, and the bottom plate 1 1 a is provided a plurality of holes 1 1 1 a. The casing 20 a covers the upper part of the main system 丄〇a, which is formed by: a left side plate 2 1 a, a right side plate 2 2 a and a top plate 2 3 a integrally formed The two ends of the casing 20 a are provided with a plurality of holes 2 4 a 'the body 2 The bottom of 0 a is provided with a plurality of holes 2 5 a, and the bottom hole 2 5 a corresponds to the hole 1 1 1 a of the bottom plate 1 1 a of the host system for connecting the connecting elements. The Oa system each comprises a plate 3 la and a frame 3 2 a of the frame piece 3 1 a, and the frame 3 2 a press-connects the plate piece 3 1 a to the casing 20 a, the plate 3 1 & and the frame 3 2 a are provided with a plurality of holes 3 3 a, the holes 3 3 a and the holes 2 4 a of the housing 2 0 a M314357 ^ are opposite each other, the 哕箄, nq Q connection The housing h 4 33a can be used to connect the component 'fe2〇a, the plate 3 la and the frame 3 2a. Make the two connections == cover the main system 10a, and then the bottom plate 31 t plate Λ "the direction of the lock" The housing hole 3 3 a L11 human frame 3 2 a is screwed to both ends of the housing 2 〇a by the corresponding holes 3 a . However, the above-mentioned conventional technology has difficulty in disassembly and assembly. When the computer needs to be repaired or replaced, it takes a lot of time to disassemble the B-Mind industrial components. The screws and other joints in the company are sensible. The above-mentioned deficiencies can improve the "Nat's concentrating research = the system of reasoning, and finally put forward a kind of design that reasonably describes the missing creation." π double sigh on [new content] structure, = the main purpose of the Γ ’ is an industrial computer host combination, the convenience of the heat sink body and shell of the host system and the stability of the heat dissipation work. The body is disassembled and assembled. The purpose of the unit is 成ί成3' This creation department provides an industrial computer main highlighting Qiu:: L. An upper body, which has two protruding parts, the two dogs are out. The Η糸 is disposed at two ends of the upper casing; the host system and the 7 hot body, the heat dissipating body is connected by the connecting element to the upper casing cough body and the host system is combined into a suspension type combination; The casing 1 is a sliding structure, and the sliding structure and the upper casing 2:, , the port 'and the cover plate group' are covered at the two ends and the bottom of the two side casings. The present invention mainly utilizes a connecting component to combine the heat dissipation body of the upper casing and the host system M314357, and the two ends of the upper casing are respectively provided with protrusions, and the protrusions can be combined with the sliding structure of the two side casings in a sliding manner. After disassembling the σ, the upper casing and the host system are directly disassembled and assembled in a four-way manner. During operation, the thermal energy generated by the operation of the host system can transmit the heat-dissipating fins of the upper casing through the heat-dissipating body. The combination of the hanging modularization can omit the action of dismantling the connecting components in the large-density, greatly simplifying the disassembly age and (4) improving the divergence effect and improving the convenience and stability of the industrial computer. ..., in order to further understand the characteristics and technical content of this creation, please refer to the following detailed description and drawings of this creation. However, the drawings are only used for tea examination and explanation, and are not intended to limit the creation. . [Embodiment] Please refer to the second to sixth figures. The present invention is an industrial computer host assembly structure including an upper casing 一, a host system 2, and a two-side casing 3f-covering plate member group 4, wherein The upper casing is in the shape of a plate, and a plurality of fins 15 are disposed on the surface thereof, and have two protrusions, a groove 2 I and a plurality of first holes 14 . The protrusions 1 i are disposed at two ends of the upper casing i, and the grooves i 2 are formed on the upper edge of the upper body 1 , and the decorative strips 1 3 are coupled to the grooves 1 2 , and the like The first hole 14 is disposed in the groove 12 and penetrates the upper casing 1. The main body system 2 has a heat dissipating body 2 1 , a substrate 2 2 and a plurality of electronic devices 23 . The heat dissipating body 2 1 is a metal piece having good heat dissipation, and has a thermal conductive paste 2 1 1 and a plurality of second parts. a hole 2 1 2, the thermal paste 2 1 1 is applied between the heat dissipating body 2 1 and the upper casing 1 , and the second hole 2 2 2 is disposed on the top of the heat dissipating body 2 1 , and Corresponding to the first holes 14 for connecting the connecting elements to the M314357 hot body 2 1 and the upper casing i, the substrate 2 2 is for receiving the bonding device 23, wherein the electrons The device 2 3 is composed of a plurality of electronic components and circuit boards of different functions and shapes, and is a layout structure of the electronic device 23 that does not affect the host system 2, and the heat dissipation body 2 is in a misaligned manner (such as the third figure). ) is disposed on the electronic device 23 . The functions and related structures of the electronic devices 23 are similar to those of the prior art and are not a feature of the present invention and therefore will not be described again. The two side casings 3 have a sliding structure 31, a sliding seat 32, and a plurality of holes 3 3 and 34. The sliding structure 31 is formed on the inner side of the two side casings 3 near the upper end. And being coupled to the upper housing protrusion 丄丄 in a sliding manner, the slider 32 is disposed on the inner side of the two-side housing 3 for the substrate 2 2 of the host system 2 to be coupled, and the holes 3 3 are The two holes are disposed at the two ends of the two side casings 3, and the holes 34 are disposed at the bottom of the two side casings 3. The splicing plate set 4 is used for sealing the two ends and the bottom of the two side casings 3, and has a front cover 4, a rear cover 4 2 and a bottom plate 4 3 , the front cover 4 1 and the rear The cover plate 42 is provided with a plurality of cover holes 44, and the cover holes 44 are corresponding to the holes 3 3 at the two ends of the two side cases 3, and can be connected and locked by a connecting member such as a screw. 4 3 is provided with a plurality of bottom plate holes 45, and the bottom plate holes 45 correspond to the holes 34 at the bottom of the two side cases 3, and can be connected and locked by screws and other connecting elements. The connecting member is coupled to the bottom plate 43 and is coupled to the bottom of the two-sided housing 3 in conjunction with the bottom plate 43. As shown in the fourth figure, when the combination is performed, the connecting unit is fastened to the upper casing x by the first hole 8 M314357 hole 14 and the second hole 2 1 2, and the rear cover 4 is taken. 2 sealing one end of the two side casings 3 to form an accommodating space 6, the protruding portion 1 of the upper casing 1 is matched with the sliding structure 3 of the side casing 3, and the base plate 2 of the main casing 2 is placed The upper casing 1 and the main system 2 are placed in the accommodating space 6 in a sliding manner on the carriage 3 2 of the two-sided housing 3. After the upper casing 1 and the main system 2 are completely inserted into the accommodating space 6, the front cover 4 1 is sealed to the other end of the two-sided housing 3, and is coupled by a connecting member such as a screw. The storage device 5 is sealed to the bottom end of the two-sided housing 3, and is coupled by a connecting member such as a screw. Action and improve the heat dissipation effect, 4 1 or the rear cover 4 2 and the combination of the above, the creation of the industrial computer host assembly structure combines the upper casing 1 and the host system 2 into a suspended modular combination, which can simplify the disassembly After the solution 41 or the rear sill 42 and its connecting components, the upper casing 丄 can be pulled out together with the main system 2 in a pumping manner to perform repair or replacement of components, thereby greatly simplifying the disassembly process and simultaneously improving the heat dissipation efficiency.
》.、、、— w j I jyj 〇 拆裝工業電腦時，僅需拆裝前蓋板》,,,— w j I jyj 〇 When disassembling the industrial computer, only need to disassemble the front cover
【圖式簡單說明】 9 M314357 第一圖係習知iI+ μ-m在士工業電腦殼體組合結構之立體分解圖。 斤本鄭作工業電腦主機組合結構之立體分解朽 第三圖係本創#丁*兩 口得之立紐刀解圖。 hH 業電腦主機組合結構之立f岡「 \ 第四圖係本創作丁 ^苒之立脰圖（一）0 楚r> 作工業電腦主機組合結構之立俨円Γ -、 弟五圖係本創作工業電腦主機圖（-)。 =六圖係本創作工業電腦主機 .體圖（三）。 【主要元件符號說明】 、-構之正剖面圖。 習知〕 〇a主機系統 1 1 a底板 殼體 2 0 a ^ 1 a 左側板 22a 右侧板 2 3 a頂板 2 4 a孔洞 2 5a孔洞 3〇a蓋板組件 3 1 a板片 3 2a框架 3 3a孔洞 〔本創作〕 1上殼體 10 M314357 1 1突出部 1 3裝飾條 1 5散熱鰭片 2 主機糸統 21散熱本體 211導熱膏 2 2基板 2 3電子裝置 3 側殼體 3 1滑移結構 3 3孔洞 4 蓋合板件組 4 1前蓋板 1 2凹槽 1 4第一孔洞 2 1 2第二孔洞 3 2滑座 3 4孔洞 4 2後盍板 4 3底板 4 4蓋板孔洞 4 5底板孔洞 5 儲存裝置 6 容置空間 11[Simple description of the diagram] 9 M314357 The first diagram is a three-dimensional exploded view of the iI+ μ-m in the industrial computer housing assembly structure. Jin Zuo Zheng Zuo industrial computer host combination structure of the three-dimensional decomposition of the third map of the original #丁* two mouths of the new knife solution. hH industry computer host combination structure of the f" "The fourth picture is the creation of the Ding ^ 苒 立 立 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( Create industrial computer host diagram (-). = Six diagrams are the creation of the industrial computer host. Volume diagram (3) [Main component symbol description], - Structure of the cross-section. Conventional] 〇a host system 1 1 a backplane Housing 2 0 a ^ 1 a Left side plate 22a Right side plate 2 3 a Top plate 2 4 a Hole 2 5a Hole 3〇a Cover plate assembly 3 1 a Plate 3 2a Frame 3 3a Hole [This creation] 1 Upper case 10 M314357 1 1 protrusion 1 3 decorative strip 1 5 heat sink fin 2 main unit 21 heat sink body 211 thermal paste 2 2 substrate 2 3 electronic device 3 side case 3 1 slip structure 3 3 hole 4 cover plate group 4 1 front cover 1 2 recess 1 4 first hole 2 1 2 second hole 3 2 slide 3 4 hole 4 2 rear sill 4 3 bottom plate 4 4 cover hole 4 5 bottom plate hole 5 storage device 6 storage space 11