M436270. 五、新型說明： 【新型所屬之技術領域】 本創作提供-種封閉式電_鏈條式護管，其是與魏或電 線護管的組合構件之結合結構有關。 【先前技術】 一般的工具機需配置許多電猶材，且該些電路線材必須隨 工具機的作動而產生位移動作，而為確保繁多的電路線材作動之 •順暢，因此會使用-護管包覆該些電路線材，並藉由護管之可動 結構確保動作之順暢性； 而習知的電纜線護管1G如第1圖所示，其是由複數組接片體 11相絲接並配合複數侧條12所組成，各該_體u她接 且並排排列為兩列，而側條12再固定設置於兩列之組接片㈣ 之間形成定位； 各該組接片體11分別具有相對的-外面111及-内面112，M436270. V. New description: [New technical field] This creation provides a closed electric _ chain type protective tube, which is related to the combined structure of the combined components of Wei or electric wire protection. [Prior Art] A general machine tool needs to be equipped with a lot of electric materials, and these circuit wires must be displaced with the operation of the machine tool, and in order to ensure the smooth operation of a large number of circuit wires, the protective tube package is used. Covering the circuit wires and ensuring the smoothness of the operation by the movable structure of the protective tube; the conventional cable protection tube 1G is connected by the multi-array connector body 11 as shown in FIG. a plurality of side strips 12, each of which is connected to each other and arranged in two rows, and the side strips 12 are further fixedly disposed between the two sets of tabs (4) to form a positioning; each of the set of tabs 11 has Opposite - outer 111 and - inner 112,
各該組接應1的外面lu—端設置—樞接柱113，圍繞該插接 柱113設置-外扇形凸緣114以及一外扇形凹槽115，且内面⑴ 另一端則設置一棍接孔116,圍燒該樞觀116設置-内扇形凹槽 117以及一内拖接凸緣118，各組接片體11可相樞接，且是以槐 接孔116樞套於樞接柱113,且外扇形凸緣114容置於内扇形凹槽 117，以及内樞接凸緣118容置於外扇形凹槽115内的方式進行槐 接使相樞接之，、且接片體U可相對極轉，且樞轉的角度受外扇形 凸緣114於内扇形凹槽117之有限㈣限她轉量，以及内樞接 3 M436270 二於外扇形凹槽115之有限空間_轉量;而該電纜線 ϋ之相接處便可朗設以度或柏的㈣，以及地心引 力之影響而產生翻動的狀況，—曰 —各，，且接片體11間產生翻動的狀 =會影響各組糾體11 _轉順财，嚴重者將直接影響工且 :的動作鮮度，而_—亟待改善之缺失；有鑑於此本創 ^潛心構思並更深人研究’終於創作出—種封閉式電纜線鏈條 式護管。 【新型内容】 本創作提供-種封閉式電纜線鏈條式護管，其主要目的是解 決習知魏線護管的組接片體間的結和敎性不夠，而易產生翻 動狀況之缺失。 為達刖述目的’本創作提供—種封閉式n線鍵條式護管， 由複數單it節體的前後端相極接所組成，各單元節體為兩端呈圓 弧形態之空心體，且各單元節體兩端分別為開放的—第—端口及 -第二端口，各單元節體主要由二側板之間設置二連結板構成， 其中： 各側板，分別具有-外面及—内面，二該側板以内面相對的 形態設置，各侧板設置第-端口的—端外面設置一第一组接凹 槽，該第-組接凹槽上成形一枢接柱及—第—卡止塊，該第一卡 止塊的-側成形u槽’且各該第―級接凹槽的周緣連通該 第-端口 A1開設-扇形夾σ，該扇形夾〇的相對兩側分別設置一 M436270 失口凸翼； 而各側板設置第二端口的一端内面設置一第二組接凹槽，並 有一樞接孔貫穿設置於該第二組接凹槽的中心位置，且該第二組 接凹槽上成形帛一卡止塊’該第二卡止塊的相對兩側分別成形 —第一角槽，該第二組接凹槽周緣又連通該第二端口設置一扇形 谷槽，該扇形容槽的一側設置一容槽凸翼； 使單元節體設置第-組接凹槽的一端由第二端口插入另一單 •元節體設置第二組接凹槽的一端，而該第一組接凹槽對應靠抵於 第二組接凹槽，並使轉㈣人轉孔，且該第—卡止塊容置於 該扇形容槽内，而該第二卡止塊容置於該扇形夾口内，當相組接 之單元節體樞轉，該扇形容槽—側的容槽凸翼能容置人該第一卡 止塊的第-角槽内，且該扇形夾口的夾口凸翼容置入該第二卡止 塊一側的第二角槽内。 藉由各單元節體設置相對配合卡止互扣之容槽凸翼與第一角 隹槽，以及夾口凸翼與第二角槽，使各單元節體組接後具有兩處的 卡止互扣力量，能確保組接後的單元節體之結構穩定性。 【實施方式】 為使貴審查委貞對本創作之目的、特徵及功效能財更進一 步之瞭解與認識，以下茲請配合【圖式簡單說明】詳述如后： 本創作封閉式電纜線鏈條式護管的較佳實施例如第2至12圖 .所示，主要由複數單元節體A的前後端相樞接所組成，各單元節 體A為兩端呈圓弧形態之空心體，且各單元節體A兩端分別為^ 5 敌的一第一端口 A1及一第二端口 μ，而各單元節體A主要由二側 板20之間§曼置一連結板30構成，其中： 各側板20，分別具有一外面21及一内面22，二該側板20以 内面22相對的形態設置，各侧板20設置第一端口 Αι的一端外面 21设置一第一組接凹槽2Π，該第一組接凹槽211為圓槽結構， 且該第一組接凹槽211上成形一樞接柱212及一第一卡止塊213， 該樞接柱212位於該第一組接凹槽211的中心位置，而該第一卡 止塊213為凹形塊體結構且其相對兩侧分別成形一第一角槽 214，且各該第一組接凹槽211的周緣連通該第一端口 A1開設一 扇形夾口 215,該扇形夾口 215的相對兩側分別設置一夾口凸翼 216 ’且各側板2〇設置第一組接凹槽211的一端内面22再設置一 限止凸角217 ; 而各側板20設置第二端口 A2的一端内面22設置一第二組接 凹槽221 ’並有一拖接孔222貫穿設置於該第二組接凹槽221的中 心位置，且該第二組接凹槽221上成形一第二卡止塊223，該第二 卡止塊223的相對兩侧分別成形一第二角槽224,該第二組接凹槽 221周緣又連通第二端口 A2設置一扇形容槽225，該扇形容槽225 的相對兩侧分別設置一容槽凸翼226，且各侧板2〇設置第二組接 凹槽221的一端内面22再成形一限止凹部227 ; 複數單元節體A以前後端相插接的方式連接，且使單元節體 A設置第一組接凹槽211的一端由第二端口 μ插入另一單元節體 A設置第二組接凹槽221的一端，而該第一組接凹槽211對應靠抵 6 M436270 於第二組接凹槽221，並使樞接柱212穿入樞接孔222，且該第一 卡止塊213容置於該扇形容槽225内，而該第二卡止塊223容置 於該扇形夾口 215内，同時，該限止凸角217容置於該限止凹部 227 内； 且如第7、9、11圖所示，當相組接之單元節體A呈直線狀態 時’該第-卡止塊213容置於該扇形容槽225内，且該扇形容槽 225 —侧的容槽凸翼226容置入該第一卡止塊213的第一角槽 内；而該第二卡止塊223容置於該扇形夾口 215 Θ，且該扇形央 215的夾口凸翼216容置入該第二卡止塊223 —侧的第二角槽 224内；同時’該限止凸角217容置並靠抵於該限止凹部您的底 部；此時’相組接的單元節體A之間受到上述各配合結構的相對 卡制’亦即，第-角槽214對容槽凸翼226產生卡止互扣的力量； 第-角槽224對夾口凸翼216產生卡止互扣的力量；各單元節體a 間具有兩處卡止互扣之配合賴，能確實紅各單元_ a間產 生翻動的狀況發生；同時’該限止凹部227與該限止凸角217的 配合則能限止單元節體A之間的樞轉角度； 而再請配合參閱第8、10,圖，當相組接的各單元節體a 才子抱轉貝j該第一卡止塊2J3即能於該扇形容槽挪有限的空 間内位移，該第二卡止塊223於扇形央口2】5有限的㈣内位移， 且於轉—定角度後，該扇形容槽挪另-側的容槽凸翼226容 置入該第-卡止塊213的第一角槽⑽内該扇形夾口饥的央 口凸翼216容置入該第二卡錢挪另一侧的第二角_内， 7 而該限止凸角217脫離該限止凹部227，此狀態為各單元節體A 間的極限樞轉角度，而與上述呈直線狀態相同的是，第一角槽214 對谷槽凸翼226產生卡止互扣的力量；第二角槽224對夾口凸翼 216產生卡止互扣的力量；各單元節體A間具有兩處卡止互扣之配 合結構，能確實限止各單元節體A間產生翻動的狀況發生，藉此， 提昇整體結構的結合穩定性；而由於本創作之結構穩定性能確實 提昇之故，因此本創作能更適用於材質強度較低或小型化的電纜 線護管。 另外，再請配合參閱第13至15圖所示為本創作中之第一卡 止塊213為另一種實施態樣的示意圖，該第一卡止塊213為長方 體結構且僅-侧具有該第—角槽214 ;相對地，配合之扇形容槽 225亦配合僅一側設置該容槽凸翼挪，如此，除了能達成與上述 相同之功效之外’藉此又能減小該扇形容槽225的面積，使各單 场體A組裝後更能確定不會有開放的賴外露，確保各單元節 體A運行時的防塵作用。 M436270 【圖式簡單說明】 第1圖 為習用電繞線護管的示意圖。 第2圖 $本創作封閉式電纜線鍵條式護管之示意圖。 第3圖冑本創作封閉式電_鏈條式護管之單:節體的立體 結構外觀示意圖。 第4圖為本創作封閉式電齡鏈條式護管的另一角度立體結 構外觀示意圖。 第5圖為本創作封閉式電齡鍵條式護管的單元節體組接之 外觀示意圖。 第6圖躲創作封閉式電、纜線鏈條式護管的單元節體組接之 另一角度外觀示意圖。 第7圖為本創作封閉式電境線鏈條式護管的單元節體組接之 部分結構剖視圖，且兩單元節體間呈直線狀態。 第8圖縣創作封閉式電_鏈條式護管的單元節體組接之 部分結構剖視圖，且兩單元節體間呈樞轉角度狀態。 第9圖4本創作封閉式電欖線鏈條式護管的單元節體組接之 卩°卩分結制關，且醇元節體間呈直線狀態。 _私創作封閉式電纜線鍵條式護管的單元節體組接之 另一部分結構剖視圖’且兩單元節體間呈_角度狀 態。 第U圖縣創作封閉式電纜線鏈條式護管的單元節體組接之 平面剖視圖’且兩單元節體間呈直線狀態。 9 第12圖 第13圖 為本創作_式靴_條式 平面剖視圖，且兩的早㈣體組接之 且兩早70即體間呈接轉角度肤離。 為本創作_式魏線鏈條式護管的第一卡： 一種實施態樣的示意圖。 塊之另 第14圖林創作封閉式電纜線鏈條式護管的第一卡止 一種實施1樣，且與额凸翼互扣限止之狀離。 另 第15圖林__式__條式辭㈣-卡止塊為 一種實施紐，且為_至另—方⑽示意圖/ 【主要元件符號說明】 《習知技術》 電纔線護管1〇 外面111 樞接柱113 外扇形凹槽115 内扇形凹槽117 側條12 組接片體11 内面112 外扇形凸緣114 樞接孔116 内樞接凸緣118 《本創作》 單元節體A 第一端口 A2 外面21 樞接柱212 第一角槽214 第一端口 A1 侧板20 第一組接凹槽211 第—^止塊213 扇形夾口 215 M436270 夾口凸翼216 限止凸角217 内面22 第二組接凹槽221 枢接孔222 第二卡止塊223 第二角槽224 扇形容槽225 容槽凸翼226 限止凹部227 連結板30The outer lu-end of each group 1 is provided with a pivot post 113, around which the outer fan flange 114 and an outer fan-shaped recess 115 are disposed, and the other end of the inner surface (1) is provided with a stick hole 116. The surrounding pivot 116 is provided with an inner fan-shaped recess 117 and an inner drag flange 118. The set of tabs 11 can be pivotally connected, and the pivoting holes 116 are pivoted on the pivot post 113, and The outer fan-shaped flange 114 is received in the inner fan-shaped recess 117, and the inner pivotal flange 118 is received in the outer fan-shaped recess 115 to be pivotally connected to each other, and the tab body U is relatively opposite. Rotating, and the angle of pivoting is limited by the limited (four) rotation of the outer sector flange 114 in the inner sector groove 117, and the limited space _ the amount of internal pivotal connection 3 M436270 to the outer sector groove 115; and the cable At the junction of the cymbals, the situation can be set by the degree or the cypress (4), and the influence of the gravity of the earth, and the turbulence of each of the slabs 11 will affect the groups. Correction 11 _ turn to the wealth, serious will directly affect the work and: the freshness of the action, and _ - the lack of improvement; in view of this Study in depth 'has finally created a - kind of a closed chain type cable protection tube. [New content] This creation provides a kind of closed cable-line chain protection tube. Its main purpose is to solve the problem of insufficient knot and sturdiness between the assembly pieces of the conventional Wei line protection tube, and it is easy to produce the lack of turning condition. In order to achieve the purpose of this description, the present invention provides a closed n-line key strip type of protective tube, which is composed of a front end and a front end of a plurality of single-node sections. Each unit body is a hollow body with arc shapes at both ends. And the two ends of each unit are open-first port and - second port, each unit body is mainly composed of two connecting plates between two side plates, wherein: each side plate has an outer surface and an inner surface And the side plates are disposed opposite to each other, and each of the side plates is provided with a first group of connecting grooves on the outer side of the first port, and the first grouping groove is formed with a pivoting column and a first locking a block, the first side of the first block is formed into a u-slot and the circumference of each of the first-stage grooves is connected to the first port A1 to open a sector clip σ, and the opposite sides of the fan-shaped clip are respectively provided with a M436270 And a second set of connecting grooves is disposed on an inner surface of one end of each of the side plates, and a pivot hole is disposed through a center of the second set of grooves, and the second set of grooves is formed Forming a card stop block, the opposite sides of the second card block are respectively formed a first corner groove, the second group of groove peripherals is further connected with the second port to provide a fan-shaped groove, one side of the fan-shaped groove is provided with a grooved convex wing; and the unit body is provided with a first-group groove One end of the second unit is inserted into the other end of the second unit to form one end of the second group of grooves, and the first group of the corresponding grooves is corresponding to the second group of grooves, and the rotating (four) person is turned And the first locking block is received in the fan-shaped pocket, and the second locking block is received in the fan-shaped clamping mouth, and when the unit body of the unit is pivoted, the fan-shaped groove-side The groove of the slot can be received in the first slot of the first latching block, and the slotted lobe of the fan-shaped slot is received in the second slot of the second latching block. The plurality of unit segments are provided with the corresponding groove latching flange and the first corner groove, and the clamping flap and the second corner groove, so that the unit segments are assembled and have two locking positions. The interlocking force ensures the structural stability of the unit segments after assembly. [Embodiment] In order to make your review and euphemism further understand and understand the purpose, characteristics and efficacy of this creation, please follow the following [simplified description of the drawings] as follows: The closed cable chain of this creation The preferred embodiment of the protective tube is shown in FIG. 2 to FIG. 12, and is mainly composed of the front and rear ends of the plurality of unit nodes A being pivotally connected, and each unit section A is a hollow body having arc shapes at both ends, and each The two ends of the unit body A are respectively a first port A1 and a second port μ of the enemy, and each unit body A is mainly composed of a connecting plate 30 between the two side plates 20, wherein: each side plate 20, each having an outer surface 21 and an inner surface 22, wherein the side panels 20 are disposed opposite to each other, and each of the side panels 20 is disposed at an outer surface 21 of the first port 设置1 to provide a first set of recesses 2Π, the first The assembly groove 211 is a circular groove structure, and the first assembly groove 211 is formed with a pivot post 212 and a first locking block 213. The pivot post 212 is located at the first set groove 211. a central position, and the first locking block 213 is a concave block structure and is formed on opposite sides thereof A first corner slot 214 is formed, and a peripheral edge of each of the first set of recesses 211 is connected to the first port A1 to define a fan-shaped clamping opening 215. The opposite sides of the fan-shaped clamping opening 215 are respectively provided with a clamping flap 216. And each of the side plates 2 is disposed with one end inner surface 22 of the first group of connecting grooves 211 and a limiting rib 217 is disposed; and each of the side plates 20 is provided with one end inner surface 22 of the second port A2 to provide a second connecting groove 221 'and A second locking block 223 is formed on the second connecting recess 221, and opposite sides of the second locking block 223 are formed on the second connecting recess 221. A second angle groove 224 is formed in the second port A2, and a groove 225 is disposed on the opposite sides of the fan-shaped groove 225, and Each of the side plates 2 is provided with an inner surface 22 of the second set of recesses 221 to form a limiting recess 227; the plurality of unit segments A are connected in a front-end manner, and the first unit is arranged in the unit section A. One end of the groove 211 is inserted into the other unit body A by the second port μ, and one of the second group of grooves 221 is provided. The first set of receiving recesses 211 are correspondingly disposed to the second set of recesses 221, and the pivoting posts 212 are inserted into the pivoting holes 222, and the first latching block 213 is received therein. The fan-shaped recess 225 is received in the scallop 215, and the limiting rib 217 is received in the limiting recess 227; and as shown in Figures 7, 9, and 11. When the unit body A is in a straight line state, the first block 213 is received in the fan-shaped groove 225, and the groove 226 on the side of the fan-shaped groove 225 is accommodated. The first locking block 213 is received in the first corner slot; and the second locking block 223 is received in the fan-shaped clamping opening 215 Θ, and the clamping flap 216 of the fan-shaped central portion 215 is received in the second card. The block 223 is in the second corner groove 224 of the side; at the same time, the limit rib 217 is received and abuts against the bottom of the limit recess; at this time, the unit body A of the group is subjected to the above cooperation The relative locking of the structure 'i.e., the first-angle groove 214 produces a force to snap the interlocking lobes 226; the first-angle groove 224 produces a force to snap the interlocking ribs 216; body There is a combination of two interlocking snaps between a, which can cause a situation in which the flipping of each unit _ a occurs; at the same time, the cooperation of the restricting recess 227 and the limiting rib 217 can limit the relationship between the unit segments A The pivoting angle; and please refer to the eighth, tenth, and figure, when the unit body of the unit is connected, the first card block 2J3 can move the limited space in the fan shape groove. Internal displacement, the second locking block 223 is displaced within the limited (4) of the fan-shaped central opening 2, and after the rotation-fixing angle, the fan-shaped groove 226 is accommodated in the other side. - in the first corner slot (10) of the locking block 213, the fan-shaped yoke central lobes 216 are received into the second corner _ of the second side of the second squirrel, and the limiting rib 217 is disengaged The limiting recess 227 is in this state the limit pivot angle between the unit segments A, and the same as the above-mentioned straight state, the first corner groove 214 generates a snapping force to the valley groove 226; The two-corner groove 224 has the force of locking the interlocking rib 216; the unit body A has two engaging and interlocking structures between the unit A, which can be surely limited. The occurrence of flipping between the sections A of each unit occurs, thereby improving the structural stability of the overall structure; and since the structural stability of the creation can be improved, the creation can be more suitable for the material strength or the small size. Cable protection. In addition, please refer to the first card block 213 in the present invention as shown in the figures 13 to 15 for another embodiment. The first card block 213 has a rectangular parallelepiped structure and only the side has the first - the angle groove 214; oppositely, the matching fan-shaped groove 225 is also provided with the groove projection on only one side, so that in addition to the same effect as described above, the fan-shaped groove can be reduced The area of 225 makes it possible to determine that there will be no open exposure after assembly of each single field A, and to ensure the dustproof effect of each unit section A during operation. M436270 [Simple description of the diagram] Figure 1 is a schematic diagram of a conventional electric wire protection tube. Figure 2 Schematic diagram of the creation of a closed cable line key strip type of protective tube. Figure 3 胄 创作 创作 创作 创作 创作 创作 _ _ _ _ _ _ : : : : : : : : : : : : Fig. 4 is a schematic view showing the appearance of another perspective three-dimensional structure of the closed-type electric age chain type protective tube. Fig. 5 is a schematic view showing the appearance of a unit section body assembly of a closed-type electric age key strip type protective tube. Figure 6 is a schematic diagram showing the appearance of another unit of the unit body of the enclosed electric and cable chain type protection tube. Fig. 7 is a cross-sectional view showing a part of the structure of the unit body of the closed-type electric-line chain-type protective tube, and the two unit sections are in a straight line state. Figure 8 is a cross-sectional view of a part of the structure of the closed section of the closed-type electric _ chain-type protective tube, and the two unit sections are pivoted. Figure 9 Figure 4 The unit of the closed-type electric lining chain-type protective tube is connected to the 节°卩 卩 制, and the olfactory section is in a straight line. _ Privately created closed cable line key strip type of tube body is connected to another part of the structural section 'and the two unit sections are _ angled. In Utu County, the unit section of the closed cable-type chain-type protective tube is connected to the plane section view and the two unit sections are in a straight line. 9 Fig. 12 Fig. 13 is a plan view of the creation of the _style boots _ strip, and the two early (four) body group connected and two early 70 that the body is connected to the angle of the skin. The first card of the creation _ type Wei line chain type protective tube: a schematic diagram of an implementation aspect. The other block of the 14th Tu Lin created the first cable of the closed cable chain protection. One implementation is the same, and the interlocking with the frontal flange is limited. Another 15th Tulin __式__条式辞(四)-The card block is an implementation button, and is _ to the other side (10) Schematic / [Main component symbol description] "Practical Technology" Electric wire protection tube 1 〇 outside 111 pivot post 113 outer scallop 115 inner scallop 117 side strip 12 assembly flap 11 inner surface 112 outer sector flange 114 pivot hole 116 inner pivot flange 118 First port A2 outer 21 pivot post 212 first corner slot 214 first port A1 side panel 20 first set of recesses 211 first - stop block 213 fan-shaped jaw 215 M436270 collet lobe 216 limit lobe 217 inner surface 22 second grouping groove 221 pivoting hole 222 second locking piece 223 second angle groove 224 fan-shaped receiving groove 225 receiving groove 226 restricting concave portion 227 connecting plate 30