1280833 九、發明說明： 【發明所屬之技術領域】 本發明係關於-種電子控制器之殼座，尤指一種可供 電子控制板裝設其中組成一電子控制器，並提供訊號線、 電源線等伸人其中連接電子控·之殼座構造設計。 【先前技術】 目前如配電盤、電器箱……等各式電子農置設計，一 般均會設置各式電子控制器，各電子控器中且設有數端子 座，用以提供訊號線、電源線等連接其上，作為中繼轉接 或控制用⑨。如第四圖所示，目前已知之電子控制器主要 具有-中空殼座（30)，該殼座（30)内部上方裝設 包括有數端子座之電子控制板，下方裝設電力元件， 該殼座（3 0 )前、後端分別形成若干輸入端孔（3丄） 及輸出端孔（32) ’提供電源線及負載線與殼座（3〇) 内部下方之電力元件相連接，又該殼座（ 鄰接之側面上各設有長槽（33)、（34)槽 (3 3 ) 、（ 3 4 )分別提供該些端子座（4 〇 )頂面之 端子操作孔（4 1 )及側邊端子入線孔（4 2 )外露，用 以提供訊號線直接插設於端子座（4 〇 )之端子入線孔（4 2 )中，另以工具伸入對應之端子操作孔（4 1 )將端子 座（4 0 )中之螺絲固定訊號線。 惟削述既有電子控制器之殼座（3 0 )構造，因其利 用頂面及其側邊之長槽（3 3 )( 3 4 )設計，提供各端 子座（4 0 )之端子操作孔（4 1 )及端子入線孔（4 2 ) 1280833 顯露於外’然因’裝設於該殼體（3 〇) +之端子座（4 0)數量係依實際需要而有所增減’亦即，如第四圖所示， 當電子控制板所組設之端子座（4 0 )數量與長槽（3 3 )、 (3 4 )大小無法相匹配時，* :某些機型之端子座（4 〇 )之數#較少，將使該些端子纟（4 Q )㈣後之長戶 無法充滿填補長槽（33)、（34)會留下缺空區間； 而形成如圖所示之缺口（A)，使該電子控制器殼座外觀 之完整性受到影響；因&，基於殼體内裝端子座數量之不 確定性，以致該殼體無法呈現其完整性之外形構造；再者， 若要改善此一問題’則必須製作多種殼體模具，使該殼體 上的，槽具有多種尺寸規格’以符合各機型需纟，因而導 致其核具成本相對偏高，殼體種類增多，庫#繁複之缺點。 【發明内容】 本發明之主要目的在於提供一種「電子控制器之殼 座」，希藉此設計，使其透過完善的形狀構造設計，使其 電子控制板之數端子座可被隱藏於内，解決先前技術所揭 示之殼體不具有整體規則性之外形構造之問題。 為達前揭發明目的，本發明所提出之技術方案係令該 :子控制器之殼座包括一中空本體，該本體頂面一側設有 ^干自外側貝牙至内部且間隔排列之插入槽，該些插入槽 之開口糕延伸至鄰接之侧面處形成上槽口及側槽口，用以 在成座内。卩裝设端子座後，該上槽口及側槽口恰好對應於 内邛為子座之端子操作孔及端子入線孔。 本發明藉由前揭殼座結構之設計，當該殼座提供具有 1280833 數端子座之電子控制板組設其内構成一電子控制器後，可 使該電子控制板及其端子座被隱藏於中，除使各端子座之 端子操作孔及端子人線孔分別相對隸人槽，提供訊號線 插組之用’且藉利用數整齊併排狀之插入槽，達到預期的 視覺美觀，使該殼座具有規則性之整體化外觀構造，且該 殼體可滿；i多種不同機型之需求，使其模具成本降低，進 而能提供—更具好用、實諸果之電子控制器殼體設計。 【實施方式】 。弟一、—圃所示，係揭示本發明電子控制器之殼座 之-較佳實施例，中可以見及，該殼座主要包括一可 七、電子控制板（2 〇 )裝設其中之中空本體（工〇 )，該 本體（1 〇 ) 了員部-側設有若干自外側貫穿至内部且呈間 =列狀之插入槽（"），該插入槽（13)之開口端 體（1 0 )頂面一側延伸至鄰接之側面而區分為上槽 口（131)及側槽口（132)。 j述之本體（i 〇)可為一體成形，或可如第二圖所 =、下殼體（14)、（15)相對併組而成，該上、 又·（ 1 4 )、（ 1 5 )間可利用螺絲鎖固、卡接 s、高周波炼接或其它組接手段予以组合一起。 一 若干=中1本體（1〇)相對應的兩側尚可分別形成 Π1:側貫通至内部的輸入端孔（⑴及輸出端孔（1 供電源線、負截绩耸;j千 甘 内之貞載線4插入其中，與下殼體（i 5 ) 電力元件相連接，另，尚可 (x 1 . 内了於該具有輪入、輸出端孔 )、（1 2 )之下方處設置數散熱孔（丄6 )，提 1280833 仏良好之通風散熱功效，另本體（丄〇) 了端側向延伸出 凸片（17) ’该凸片（17)並設有穿孔（171)， 藉以利用如螺絲等固定元件（圖未示）穿過該穿孔（i 7 1) ’將該電子控制器組裝於電器控制盤i，或者，該本 體（10)底面中段亦可設置軌道固定槽（18)，使其 可採取執道式固定安裝。 /、 如第-〜二圖所示，Μ明之殼座尚可於其本體頂面 設置旋紐孔（19)及指示燈孔（191)，用以提供電 子控制板（2 0 )之旋鈕（2 2 )及指示燈（2 3 )，分 別置設其中。再者，如第三圖所示，係揭示本發明之^ 於其本體（1 〇 )頂部之相對兩側各設數插入肖（1 3 ) 之實施例’且該二側之插人槽（丄3 )同樣包括位於頂面 之上槽口（ ；[ 3 1 )及位於側面之側槽口（丄3 2 )。 於貫際使用時，再請參閱第一、二圖所示，本發明之 殼座係以其本體（i 〇 )提供包含數端子座（2工^之電 子拴制板（2 0 )裝设於其内部，該些端子座（2 1 ) ^ 為一般螺絲鎖固式端子座，或為圖式之簧片 可 八符式端子座 專，且該些端子座（2 1 )頂面端子操作孔（2 1 1 側面之端子入線孔（2 1 2 )分別對應於本體（1 插入槽（1 3 )之上槽口（ 1 3丄）及側槽口（丄3〇2))各 如此，人們可將訊號線（圖未示）έ彳彳神 J槽（1 3 2 )插 呑又於端子座（2 1 )之端子入線孔（2 1 2 )中 絲起子等卫具經上槽π ( 3 i )伸人端子座（ 端子操作孔（2 1 1 )將訊號線鎖緊。另將電 包你線、負載 1280833 線（圖未示）分別穿入本體（i 〇 )側面輸入端孔（丄工） 及輸出端孔（1 2 )連接，連接殼體（1 〇 )内之電力元 件，另外，人們可經由旋鈕（2 2 )調整該電子控制板（2 〇 )之功肖b，並經由指示燈（2 3 )顯示該電子控制板（2 0 )之工作狀態。 藉此，再請配合參閱第一圖所示，該殼座藉由該些位 於本體（10)上之插入槽（13)所形成之上槽口（1 3 1 )、側槽口（ 1 3 2 )設計，使該端子座（2 Ί )的 端子操作孔（2 1 1 )及端子入線孔(2丄2 )於本體（丄 〇 )内側分別相對應於上槽口（丄3丄）、側槽口（丄3 2 )，故可利用該些併列之插入槽（i 3 )位於端子座（2 1 )外側，在不影響端子座（2 〇 )接線之功能下，提供 視覺上的隱藏效果。 ，…i ^…时、钗废猎具併 列之數插入槽（1 3 )設計，除使裝設於本體（i 0 )内 之端子座（2 0 )於插入槽（i 3 ) β具有視覺隱藏效果 外，且，縱使該電子控制板（2 〇 )上之端子座（2 1 ) 數量少於插入槽（13)時，由本體（10)_原有 婁插入h ( 1 3 ) |齊排列之狀態，而不會影響該殼座整 體外觀之視覺吳感；再者’本發明之殼體以其創新的構造 設計，並可滿足多㈣同機型之需求，使其模具成本降低’ 為一極具產業利用價值之發明設計。 【圖式簡單說明】 弟-圖係本發明電子控制器之殼座一較佳實施例之立 1280833 體外觀圖。 第二圖係第一圖所示殼座較佳實施例之立體分解圖。 第三圖係本發明電子控制器之殼座另一實施方式之立 體外觀圖。 第四圖係目前已知電子控制器殼座之立體外觀圖。 【主要元件符號說明】 (1 〇 )本體 (1 2 )輸出端孔 (1 3 1 )上槽口 (1 4 )上殼體 (1 6 )散熱孔 (1 7 1 )穿孔 (1 9 )旋鈕孔 (2 0 )電子控制板 (2 1 1 )端子操作孔 (2 2 )旋鈕 (3 0 )殼座 (3 2 )輸出端孔 (1 1 )輸入端孔 (1 3 )插入槽 (1 3 2 )側槽口 (1 5 )下殼體 (17)凸片 (1 8 )執道固定槽 (1 9 1 )指示燈孔 (2 1 )端子座 (2 1 2 )端子入線孔 (2 3 )指示燈 (3 1 )輸入端孔 (3 3 )長槽 (3 4 )長槽 （4 0 )端子座 (4 1 )端子操作孔 （4 2 )端子入線孔1280833 IX. Description of the invention: [Technical field of the invention] The present invention relates to a housing for an electronic controller, and more particularly to an electronic control panel in which an electronic controller is formed, and a signal line and a power line are provided. Wait for the extension of the person to connect the electronic control of the shell structure design. [Prior Art] At present, various electronic farms such as switchboards, electrical boxes, etc. are generally equipped with various types of electronic controllers, and each electronic controller is provided with a plurality of terminal blocks for providing signal lines, power lines, etc. Connect it as a relay transfer or control 9. As shown in the fourth figure, the electronic controller currently known mainly has a hollow housing (30), and an electronic control board including a plurality of terminal blocks is disposed on the upper side of the housing (30), and a power component is disposed under the housing (30). A plurality of input end holes (3丄) and output end holes (32) are respectively formed at the front and the rear end of the housing (30). The power supply line and the load line are connected with the power components below the housing (3〇), and The housing (the long side groove (33), the (34) groove (3 3 ), and the (3 4 ) are respectively provided on the side faces of the terminal to provide the terminal operation holes (4 1 ) of the top surfaces of the terminal blocks (4 〇) And the side terminal wire hole (4 2 ) is exposed, and the signal wire is directly inserted into the terminal wire hole (4 2 ) of the terminal block (4 〇), and the tool is inserted into the corresponding terminal operation hole (4 1 Fix the signal line with the screw in the terminal block (40). Only the housing (30) of the electronic controller is described, because it uses the top surface and the long groove on its side (3 3 ) ( 3 4) Design, provide the terminal operation hole (4 1 ) and terminal wire hole (4 2 ) 1280833 of each terminal block (40), which is exposed to the outside. The number of housings (3 〇) + terminal blocks (40) is increased or decreased according to actual needs'. That is, as shown in the fourth figure, the number of terminal blocks (40) set up by the electronic control board When the size of the long slots (3 3 ) and (3 4 ) cannot match, *: the number of terminal blocks (4 〇) of some models is less, which will make the terminals 纟 (4 Q ) (4) Long households cannot fill the long slots (33), (34) will leave a gap; and the gap (A) as shown in the figure will affect the integrity of the appearance of the electronic controller housing; Based on the uncertainty of the number of terminal blocks installed in the housing, so that the housing cannot exhibit its integrity and external configuration; in addition, to improve this problem, it is necessary to make a variety of housing molds on the housing. The slot has a plurality of sizes to meet the requirements of each model, which results in a relatively high cost of the fixture, an increase in the number of housings, and a disadvantage of the library. [ SUMMARY OF THE INVENTION The main object of the present invention is to provide a " The housing of the electronic controller is designed to be designed in a perfect shape. The number of terminal blocks of the sub-control board can be hidden, which solves the problem that the housing disclosed in the prior art does not have an overall regular outer configuration. For the purpose of the prior invention, the technical solution proposed by the present invention is: The housing of the sub-controller includes a hollow body, and one side of the top surface of the main body is provided with an insertion groove which is dry from the outer shell teeth to the inside and is arranged at intervals. The opening cakes of the insertion slots extend to the side faces of the adjacent grooves to form the upper groove. The mouth and the side notch are used for forming in the seat. After the terminal block is installed, the upper notch and the side notch correspond to the terminal operation hole and the terminal inlet hole of the inner seat. The present invention is provided by the front The design of the shell structure is such that when the shell is provided with an electronic control panel having 1280833 number terminal blocks, an electronic controller is formed therein, the electronic control board and its terminal block can be hidden in the middle, except The terminal operation hole of the terminal block and the terminal manhole hole are respectively opposite to the person slot, and the signal line insertion group is provided, and the insertion groove is arranged in a neat and parallel manner to achieve the desired visual appearance, so that the housing has regularity. Holistic The appearance is constructed, and the casing can be full; i demand for a variety of different models, so that the cost of the mold is reduced, and thus can provide a more convenient, practical electronic controller shell design. [Embodiment] As shown in FIG. 1 , a preferred embodiment of the electronic controller of the present invention is disclosed. It can be seen that the housing mainly includes a seventh and an electronic control board (2 〇). a hollow body (working body) having a plurality of insertion grooves (") extending from the outside to the inside and having a gap between the sides of the body portion (1), the open end body of the insertion groove (13) (10) The top surface side extends to the adjacent side surface and is divided into an upper notch (131) and a side notch (132). The body (i 〇) described in the above may be integrally formed, or may be formed as a pair of lower casings (14) and (15) as shown in the second figure, and the upper and lower (1 4 ), (1) 5) It can be combined by screw locking, snapping s, high frequency refining or other combination means. A pair of = 1 body 1 (1 〇) corresponding to the two sides can still form Π1: side through to the internal input end hole ((1) and output end hole (1 for power line, negative cuts; j Qiangan The load line 4 is inserted therein, connected to the power component of the lower casing (i 5 ), and further, (x 1 . is inside the wheel with the wheel entry and output ends), and is disposed below (1 2 ) Number of vents (丄6), 1280833 仏 good ventilation and heat dissipation, the other body (丄〇) extends laterally out of the tab (17) 'The tab (17) is provided with perforations (171), The electronic controller is assembled to the electric control panel i through a through-hole (i 7 1) ' by a fixing member (not shown) such as a screw, or a rail fixing groove may be provided in the middle portion of the bottom surface of the body (10). ), it can be installed in a fixed manner. /, As shown in the figure -~2, the housing of the Μ明 can still be provided with a knob hole (19) and an indicator hole (191) on the top surface of the body. The knob (2 2 ) and the indicator light (2 3 ) for providing the electronic control board (20) are respectively disposed therein. Further, as shown in the third figure, the present disclosure is disclosed. The embodiment of the first side of the top of the body (1 〇) is inserted into the sho (1 3 ) embodiment and the two sides of the insertion slot (丄3) also include a notch located above the top surface ( ; [ 3 1 ) and the side notch on the side (丄3 2 ). When used in a continuous manner, please refer to the first and second figures. The housing of the present invention is provided with the number of its body (i 〇). The terminal block (2 working ^ electronic clamping board (20) is installed inside, the terminal block (2 1 ) ^ is a general screw-locking terminal block, or the reed of the figure can be octagonal The terminal block is dedicated, and the terminal block (2 1 ) top terminal operation hole (2 1 1 side terminal inlet hole (2 1 2 ) respectively corresponds to the body (1 insertion slot (1 3 ) above the slot (1 3丄) and side notch (丄3〇2)). So, people can connect the signal line (not shown) to the J slot (1 3 2) and the terminal block (2 1 ). In the wire hole (2 1 2), the wire driver and other guards extend the terminal block through the upper slot π ( 3 i ) (the terminal operation hole (2 1 1 ) locks the signal wire. The other wire will be your cable, the load 1280833 line (not shown) wear separately The main body (i 〇) side input end hole (completed) and the output end hole (1 2 ) are connected to connect the power components in the housing (1 〇), and the electronic control panel can be adjusted via the knob (2 2 ) (2 〇) function b, and display the working state of the electronic control board (2 0 ) via the indicator light (2 3 ). Therefore, please refer to the first figure, the housing is made up of The upper slot (1 3 1 ) and the side slot (1 3 2 ) formed by the insertion slot (13) on the body (10) are designed to make the terminal operation hole of the terminal block (2 Ί ) (2 1 1 And the terminal inlet hole (2丄2) corresponds to the upper notch (丄3丄) and the side notch (丄3 2 ) on the inner side of the main body (丄〇), so the juxtaposed insertion slots can be utilized (i 3) Located outside the terminal block (2 1 ), it provides a visually hidden effect without affecting the wiring of the terminal block (2 〇). , ... i ^..., the number of the depreciated hunting tools juxtaposed into the slot (1 3 ) design, except that the terminal block (20) installed in the body (i 0 ) has a visual in the insertion slot (i 3 ) β In addition to the hidden effect, and even if the number of terminal blocks (2 1 ) on the electronic control board (2 〇) is less than the insertion slot (13), the body (10)_ original 娄 is inserted into h (1 3 ) | The state of the arrangement does not affect the visual sense of the overall appearance of the housing; in addition, the housing of the invention is designed with its innovative structure and can meet the needs of multiple (four) models, which reduces the cost of the mold. Designed for an invention with great industrial value. BRIEF DESCRIPTION OF THE DRAWINGS The drawings are a schematic view of the body of a preferred embodiment of the housing of the electronic controller of the present invention. The second drawing is an exploded perspective view of a preferred embodiment of the housing shown in the first figure. The third drawing is a perspective view of another embodiment of the housing of the electronic controller of the present invention. The fourth figure is a stereoscopic view of a known electronic controller housing. [Main component symbol description] (1 〇) body (1 2 ) output hole (1 3 1 ) upper slot (1 4 ) upper housing (1 6 ) heat dissipation hole (1 7 1 ) perforation (1 9 ) knob Hole (2 0 ) electronic control board (2 1 1 ) terminal operation hole (2 2 ) knob (3 0 ) housing (3 2 ) output end hole (1 1 ) input end hole (1 3 ) insertion slot (1 3 2) Side notch (1 5) Lower case (17) Tab (1 8) Bottom fixing groove (1 9 1) Indicator hole (2 1 ) Terminal block (2 1 2 ) Terminal entry hole (2 3 ) Indicator light (3 1 ) Input hole (3 3 ) Long slot (3 4 ) Long slot (4 0 ) Terminal block (4 1 ) Terminal operation hole (4 2 ) Terminal cable hole