M418942 五、新型說明： 【新型所屬之技術領域】 =作是提供-種四垂屋頂組合結構（二），主要是對搭設 各式建築物頂在採以四_核設時，能藉由較的實施來 達到預期縣頂平穩架設一併提料設上的效率及降低施工的 成本。 【先前技術】 按’目前作為各式建築物其屋頂形式的搭設，大致區分有單 了向傾斜形式、對稱式傾斜形式、四垂形式等的屋頂架設；在此 垂形式的屋頂搭設來作朗，就概有細_式屋頂在 搭权實施通常是將職__至觸，錢“的尺寸再 逐一的裁切出’在待每-鋼材構件裁切出即加以吊至搭設完成的 =物周邊骨紅、並由下而上的搭設焊接方式來將每兩交 件施以固設成一體，使得作業者在將該建築物其 骨架及四垂屋頂在作搭設實施的成本相對的提高。歧藥物其 【新型内容】 存有依目前作為搭設四垂形式的屋頂組體在實施上所 有=、失來作另—新形_設，以期使該㈣屋頂在架設時能 藉由簡便的實施來達到預期^… 效率及降低施工的成本。 谓I又、一併提昇架設上的 彳乍之主要目的’疋對四垂屋财包含有四周邊基層的支 3 M418942 架部件、及複數道跨設在四周邊基層支架部件的傾斜支架部件、 兩並列的頂端支架部件、連接頂端支架部件與基層支架部件之間 的四角^傾斜向延伸支架部件、跨ϋ在周邊複數道傾斜支架部件 預设段落的補強支架部件所構成；而對前述界於周邊基層的每一 支架部件彼此銜接處、每一周邊基層支架部件與傾斜支架部件交 接處、在並列的頂端支架部件與傾斜支架部件銜接處、位於並列 頂端支架部件兩旁與相鄰傾斜向延伸支架部件銜接處、每一傾斜* 支架部件與呈交錯向該補強支架部件銜接處、每—傾斜向延伸支 架部件與搭設的補強支架部件銜接處’是可各別藉由合宜形態的籲 連結件及顧元件辭綠隨成—體，使得組成的四垂屋贴 架設效率能具體提昇、及降低整體的施工成本。 本創作之第二目的，是對周邊基層的每一支架部件彼此之間 的=設形態’是在兩相鄰的支架部件位於銜接_以L形連結件 抵罪、及藉螺固元件將兩支架部件與L形連結件貫穿並配合螺帽 施以方位鎖ϋ，之後，在將四祕傾斜⑽延伸支架部件靠外一 端搭設以肖落連結件、及剌@元件貫穿並配合螺籠以方位鎖 f，而該結合叫伸歧料的祕連結件左右兩端是可各職鲁 靠在呈銜接狀的兩基層支架部件上，一併在各別以L形連結件抵- 靠在兩基層支架部件下端，以利_元件能貫耗落連結件、兩 銜接的基層支架部件、及τ端的L形連結件並配合螺帽，使三 形成一方位鎖固。 本創作之第二目的，是制邊基層的每—支架料與相鄰的 傾斜支架料之間的組設雜，是在傾斜支架料靠外—端搭配 以補強連結件、及藉_元件貫穿並配合螺帽施以方位鎖固，而 4 斜支架部件的補強連結件另端是作抵靠在相鄰的基層 過並配合^^翻元件貫穿觀賴件、及基層支架部件而 s使傾斜支架部件能和基層支架部件鎖固成一體。 斜主牟2之第四目的’是對作並列的頂端支架部件與相鄰的傾 補強二1之間的組設形態’是在傾斜支架部件靠上-端搭配以 社人d、轉翻元件貫穿並配合職施以綠_，而該 =件H斜支架部件的_連結件另端是作抵靠在並列的頂端支 二人’以利翻元件貫穿補強連結件、及頂端支架部件而過 …己。螺巾目’⑽斜支架部件能和頂端支架部件作方位固設。 舰本創作之第五目的，是對並列的頂端支架部件兩旁與相鄰的 1向=伸支架部件、和跨設的傾斜支架部件之間的組設形態， 頂^«>支Ik。卩件的左右側為搭設以轉折連結件、及藉螺固元件 、^並配&螺帽〜以方位鎖固’而該結合以頂端支架部件的轉折 連結件另端是可配合相鄰的傾斜向延伸支架部件作抵靠、以利螺 固元件貫穿延敎㈣件及撕連結件_並配合職，使傾斜 向的延伸支架料能和頂端支架部件作綠固設，之後，再將欲 跨设的傾斜絲部件靠上—端延伸出的賊凸部抵靠在兩相鄰的 延伸支架部件上端、並藉螺固元件施以方位固設成一體。 本創作之第六目的’是對每—傾斜支架部件與呈交錯向相鄰 兩補強支架料之_組設形態，是以預設寬幅的矩形連結件各 別的抵靠在兩旁補強支架部件及傾斜支架部件上，在藉螺固元件 貫穿矩形連、结件和搭設其下端的兩補強支架部件與傾斜支架部件 而過並配合，以將左右側的補強支架部件施以銜接在傾斜支 架部件預設段落兩旁。 M418942 本創作之第七㈣’是對每一傾斜向延伸支架部件與相鄰兩 補強支架部件之間的組郷態，是以預設寬幅❼形連結件各別 的抵靠在兩旁補強支架部件及延伸支架部件上，在藉螺^元件貫 穿v形連結件和搭設其下端的兩補強支架部件與延伸支架部件而 過並配合龍’⑽左右#丨的補強支架部件施崎接在延伸支 部件預設段落兩旁。 〃 本創作之第八目的，是對構成四垂屋頂的每—周邊基層該支 架部件、及複數道跨設在周邊基層支架部件的傾斜支架部f兩 並列的頂端核部件、連接頂端支架部件與基層支架部件之間的 四角落傾斜向延伸絲部件、跨設在周邊複數道傾斜支架部件預 設段落的補強支架部件是以方形或c形管體來作為實施。 【實施方式】 本創作設計的四垂屋頂組合結構（二）（如第一圖），主要 是對四垂漏⑺其包含#四周邊基層的支架料⑴及複數道 跨设在四周絲層支架部件⑴賴斜支架料⑵、㈣列的頂 端支架部件⑶、連接綱絲部件⑶與基層支架部件⑴之間的 四角落傾斜向延伸支架部件⑷、跨設在周邊複數道傾斜支架部件 (2)預設段落的補強支架部件(5)所構成。其中； 在周邊基層的每-該部件⑴彼此之間的組設賴（如第四 圖）’是在兩_的支架部件⑴位於銜接_mL形連結件(61) 抵靠、及藉螺固元件(67)將兩支架部件⑴與L形連結件⑹貫穿 並配合螺帽(68)施以方位鎖固（如第三圖），之後，在將四角落 傾斜向的延伸支架部件⑷靠外一端搭設以角落連結件(62)、及藉 螺固元件(67)貫穿並配合螺帽⑽施以方位鎖固而該結合以延 6 M418942 敎架料⑷的麟連結件⑽左右兩端是可各職靠在呈銜 接狀的兩基層支架部件⑴上，—併在各取L形連結件㈤抵靠 在兩基層支架部件⑴下端，以利螺固元件⑽能貫穿角落連結件 (62)、兩銜接的基層支架部件⑴、及下端的L形連結件⑽並配 合螺帽⑽），使三者形成一方位鎖固（如第二、三圖）。 ' 3在周邊基層的每—支架部件⑴與婦_斜支架部件⑵ 之_組郷態（如第七圖），是在傾斜支架部件⑵斜一端搭 癱配以補強連結件⑽、及藉螺固元件⑽貫穿並配合螺帽(⑻施 以方位鎖固（如第六圖），而該結合以傾斜支架部件⑵的補強連 結件(63)另端是作抵靠在相_基敎架部件⑴上，以利螺固元 件(67)貫穿補強連結件⑽、及基層支架部件⑴而過並配合螺帽 (68) ’使傾斜支架部件⑵能和基層支架部件⑴鎖固成一體（如 第五、六圖）。 在對作並列的頂端支架部件⑶與相鄰的傾斜支架部件⑵之 '_組設形11 (如第十®)，是在傾斜支架部件⑵靠上-端搭配 #以補強連結件⑽）、及藉螺固元件⑽貫穿並配合螺帽⑽施以 ' 綠_ (如肢圖），而該結合_斜支架部件⑵的補強連結 件⑽另端是作抵#在並觸_支_件⑶上以綱固元件 (67) 貫穿賴件⑽、及_支架部件⑶而過並配合螺帽 (68) ，使傾斜支㈣件⑵能和頂端支㈣件⑶作綠固設（如 第八、九圖）。 及對並列的頂端支架部件⑶兩旁與相鄰的傾斜向延伸支架 部件(4)、和跨設的傾斜支架部件⑵之間的組設形態（如第十三 圖）’是在頂端支架部件⑶的左右侧為搭設以轉折連結件㈣、 7 M418942 及藉螺固元件（67)貫穿並配合螺帽⑽施以方位鎖固 (如第十二 圖）’而該結合以頂端支架部件⑶的轉折連結件(64)另端是可配 。相鄰的傾斜向延伸核料⑷作抵靠、關侧元件(⑺貫穿 延伸支架部件⑷及前連轉⑽_並配合螺帽⑽，使傾斜 向的延伸支架部件⑷能和頂端支架部件⑶作方位固設之後， 再，欲跨設的傾斜支架部件⑵#上—端延伸出的該截凸部⑻ 抵靠在兩相鄰的延伸支架部件⑷上端、並藉螺固元件（6?)施以方 位固設成一體（如第十一、十二圖）。 而對每一傾斜支架部件（2)與呈交錯向相鄰兩補強支架部件 (5)之間的組設雜（如第十六圖），是以預設寬幅的矩形連結件 (65)各別的抵靠在兩旁補強支架部件（5)及傾斜支架部件（2)上， 在藉螺固元件(67)貫穿矩形連結件⑽和搭言免其下端的兩補強支 架部件⑸與傾斜支架料⑵而過並配合螺帽⑽），以將左右側 的補強支条部件（5)施以銜接在傾斜支架部件（2)預設段落兩旁 (如第十四、十五圖）。 繼對每一傾斜向延伸支架部件(4)與相鄰兩補強支架部件（5) 之間的組没形態（如第十九圖），是以預設寬幅的、形連結件（66) 各別的抵靠在兩旁補強支架部件(5)及延伸支架部件（4)上，在藉 螺固元件(67)貫穿ν形連結件（66)和搭設其下端的兩補強支架部 件(5)與延伸支架部件(4)而過並配合螺帽(68)，以將左右侧的補 強支架部件(5)施以銜接在延伸支架部件(4)預設段落兩旁（如第 十七'十八圖）。 對上述構成四垂屋頂（7)的每一周邊基層該支架部件（！）、及 複數道跨設在周邊基層支架部件（1)的傾斜支架部件、兩並列 8 的頂知支㈣件⑶、物_转部件⑶與絲伽卩件⑴之 間的四祕傾斜向延伸支架部件⑷、跨設在周邊複數 =)預設段落的補強支架部件⑸是為藉方形或〔形管體3 、對别述界於周邊基層的每一支架部件⑴彼此銜接處、每一周 邊基層支㈣件⑴與傾斜支架部件⑵交接處、在並觸頂端支 架部件⑶與傾斜支架部件⑵銜接處、位於並列頂端支架部件⑶ 兩旁與相賴斜向延伸支㈣件⑷銜減、每—麟支架部件⑵ 與呈父錯向該觀支铸件⑸健處、每—傾斜向延伸支架部件 ⑷與搭設的補強支架部件⑸銜接處，能各別藉由合宜形態的連 結件及螺固元件施予方位固設成一體（如第一圖），使得組成的 四垂屋頂（7)在架設效率能具體提昇、及降低整體的施工成本。 M418942 【圖式簡單說明】 第一圖：本創作四垂屋頂的俯視示意圖 第二圖：第一圖的A部位詳圖 第三圖：第·一圖的A部位立體不意圖 第四圖··第一圖的A部位構件分解示意圖 第五圖：第一圖的B部位詳圖 第六圖：第一圖的B部位立體示意圖 第七圖：第一圖的B部位構件分解示意圖 第八圖：第一圖的C部位詳圖 第九圖：第一圖的C部位立體示意圖 第十圖：第一圖的C部位構件分解示意圖 第十一圖：第一圖的D部位詳圖 第十二圖：第一圖的D部位立體示意圖 第十三圖：第一圖的D部位構件分解示意圖 第十四圖：第一圖的E部位詳圖 第十五圖：第一圖的E部位立體示意圖 第十六圖：第一圖的E部位構件分解示意圖 第十七圖：第一圖的F部位詳圖 第十八圖：第一圖的F部位立體示意圖 第十九圖：第一圖的F部位構件分解示意圖 【主要元件符號說明】 〔本創作〕 (2) 傾斜支架部件 (3) 頂端支架部件 (1)支架部件 (21)凸部 10M418942 V. New description: [New technical field] = as a kind of four-deck roof combination structure (2), mainly for erecting all kinds of building roofs when using four-core design The implementation of the project to achieve the expected smooth erection of the county roof and the efficiency of the construction and reduce the cost of construction. [Prior Art] According to the current erection of the roof form of various buildings, it is roughly divided into a roof erection in the form of a slanted form, a symmetrical inclined form, a four-folded form, etc. There is a fine _ roof in the implementation of the right is usually the job __ to touch, the size of the money "cut one by one" in the waiting for each - steel components cut out and then hanged to the completion of the construction = The bone red and the bottom-up erection welding method are used to fix each of the two parts together, so that the operator can relatively increase the cost of implementing the skeleton and the four-fold roof of the building. The drug's [new content] exists in the implementation of the four-hanging form of the roof group in the implementation of all =, lost to another - new form _, in order to make the (four) roof can be easily implemented by erection Achieving the expected efficiency of ... and reducing the cost of construction. It is said that the main purpose of the erection is to improve the erection of 彳乍 疋 四 四 四 四 包含 包含 包含 M M M M M M M M M M M M M M M M M M M M M M M M M M M M Four perimeter base a tilting bracket component of the bracket component, two side-by-side top bracket components, a four-corner tilting extension bracket component connecting the top bracket component and the base bracket component, and a reinforcing bracket component spanning a predetermined section of the plurality of inclined bracket component peripherals Constituting; at the junction of each of the bracket members of the peripheral base layer, the intersection of each of the peripheral base support members and the inclined bracket member, at the side of the juxtaposed top bracket member and the inclined bracket member, on the side of the side-by-side bracket member The interface with the adjacent obliquely extending bracket members, each of the inclined * bracket members and the staggered connection to the reinforcing bracket member, and each of the obliquely extending bracket members and the erected reinforcing bracket members are respectively available Appropriate form of the call link and the component of the green component of the body, so that the composition of the four vertical house erection efficiency can be specifically improved, and reduce the overall construction cost. The second purpose of this creation is to each of the surrounding grassroots The configuration of the bracket members is set to each other in the two adjacent bracket members. The knot is sinned, and the two bracket members and the L-shaped connecting member are penetrated through the nut and the azimuth lock is applied by the nut, and then the outer end of the four-secret tilting (10) extension bracket member is erected with the slanting joint, And the 剌@ component runs through and cooperates with the screw cage to lock the f, and the combination of the left and right ends of the joint called the exfoliating material can be placed on the two base support parts which are connected to each other. The L-shaped connecting member abuts against the lower end of the two base support members, so that the component can wear the connecting member, the two connected base support members, and the L-shaped connecting member at the τ end and cooperate with the nut to form an orientation The second purpose of the creation is to set up the assembly between each bracket material and the adjacent inclined bracket material of the edge base layer, which is to match the outer joint of the inclined bracket material to reinforce the joint and borrow The component is inserted and matched with the nut to be azimuthally locked, and the other end of the reinforcing link of the 4 oblique bracket component is abutted against the adjacent base layer and cooperates with the component to penetrate the component and the base support component. s enables the tilt bracket component to lock with the base bracket component Into one. The fourth purpose of the inclined main cymbal 2 is to form a parallel configuration between the top end bracket member and the adjacent slanting sturdy two 1 'is on the upper side of the slanting bracket member, and the slewing element Throughout and cooperate with the application of green _, and the other part of the slanting bracket member of the slanting bracket member is abutted against the juxtaposed top end of the two people to facilitate the flipping of the element through the reinforcing joint member and the top bracket member …already. The spigot head (10) oblique bracket member can be fixed in orientation with the top bracket member. The fifth purpose of the ship's creation is to form a configuration between the two sides of the juxtaposed bracket members and the adjacent one-direction=extension bracket members and the slanting bracket members. The left and right sides of the jaw are erected with a turning joint, and the screwing member, the matching nut and the nut are locked by the abutment, and the other end of the turning joint of the top bracket member is matched with the adjacent one. Tilting to the extension bracket member for abutment, so that the screwing member penetrates the extension (four) member and the tear joint member _ and cooperates to make the inclined extension bracket material and the top bracket member green, and then The thief protrusion extending from the upper end of the slanting wire member abuts against the upper ends of the two adjacent extending bracket members, and is integrally fixed by the screwing member. The sixth purpose of the present invention is to form a configuration for each of the inclined bracket members and the two adjacent reinforcing bracket materials, and the predetermined wide-width rectangular connecting members respectively abut against the reinforcing bracket members on both sides. And the inclined bracket member, the two reinforcing bracket members and the inclined bracket member passing through the rectangular connecting member and the lower end of the screwing member pass and cooperate with each other to engage the reinforcing bracket members on the left and right sides to engage the inclined bracket member Preset the paragraphs on both sides. M418942 The seventh (fourth) of this creation is the group state between each obliquely extending bracket component and the adjacent two reinforcing bracket components, and the predetermined wide-width 连结-shaped connecting members respectively abut against the reinforcing brackets on both sides. The component and the extension bracket component are connected to the extension bracket member through the v-shaped coupling member and the two reinforcing bracket members and the extension bracket member at the lower end thereof, and the reinforcing bracket member of the dragon '(10) left and right #施 is attached to the extension branch The preset paragraphs are on both sides.第八 The eighth object of the present invention is to form a top core member and a top end bracket member which are juxtaposed to each of the bracket members constituting the four vertical roofs and the plurality of inclined bracket portions f of the peripheral base support members. The four corners between the base support members are inclined toward the extended wire member, and the reinforcing bracket members spanning the predetermined sections of the plurality of inclined bracket members at the periphery are implemented as square or c-shaped tubes. [Embodiment] The four-fold roof combination structure (2) of the original design (as shown in the first figure) is mainly for the four-drip (7) bracket material (1) containing the four surrounding base layers and the plurality of roads spanning the surrounding silk layer bracket Component (1) inclined bracket material (2), (four) column top bracket component (3), connecting wire component (3) and base layer bracket component (1) between the four corners of the obliquely extending bracket component (4), spanning the peripheral plurality of inclined bracket components (2) The reinforcing bracket member (5) of the preset paragraph is formed. Wherein; each of the components (1) of the peripheral base layer is disposed between each other (as shown in the fourth figure), and the bracket member (1) at the two bases is located at the joint _mL-shaped joint member (61), and is screwed The component (67) penetrates the two bracket members (1) and the L-shaped connecting member (6) and engages the nut (68) to be azimuthally locked (as shown in the third figure), and then the outer bracket member (4) inclined at four corners. One end is erected with a corner joint (62), and a threaded solid member (67) is inserted through the nut (10) for azimuth locking, and the joint is used to extend 6 M418942. The left and right ends of the lining (10) of the truss (4) are Each of the two base support members (1) is engaged with each other, and the L-shaped connecting members (5) are respectively abutted against the lower ends of the two base support members (1), so that the screw members (10) can penetrate the corner joints (62), The two base support members (1) and the L-shaped joints (10) at the lower end are matched with the nut (10) to form a three-dimensional locking (such as the second and third figures). '3' in each of the surrounding base layers - the bracket part (1) and the women's slanting bracket part (2) - the group state (as shown in the seventh figure) is placed at the oblique end of the inclined bracket part (2) with the reinforcing joint (10), and the snail The solid element (10) penetrates and cooperates with the nut ((8) is applied with azimuth locking (as shown in the sixth figure), and the reinforcing link (63) combined with the inclined bracket member (2) is at the other end abutting against the phase truss member (1) The upper screw member (67) penetrates the reinforcing link (10) and the base bracket member (1) and cooperates with the nut (68) to enable the tilt bracket member (2) to be integrated with the base bracket member (1) (eg, Fig. 5 and Fig. 6). The pair of top bracket members (3) and the adjacent tilt bracket members (2) are set to form a shape 11 (such as the tenth®), which is placed on the upper side of the inclined bracket member (2). The reinforcing connecting member (10)) and the screwing member (10) are inserted through the nut (10) to apply 'green_ (such as the limb figure), and the reinforcing link (10) of the combined_slant bracket member (2) is the other end The contact member (3) passes through the reinforcement member (10) and the bracket member (3) and engages the nut (68). (Iv) the inclined support member and the top can ⑵ ⑶ support member for green (iv) is fixed (e.g., eighth, ninth FIG). And the paired side bracket member (3) on both sides and the adjacent obliquely extending bracket member (4), and the erected inclined bracket member (2) between the assembled form (such as the thirteenth figure) 'is at the top bracket member (3) The left and right sides are erected with a turning link (4), 7 M418942 and by means of a threaded element (67) and abutting the nut (10) with azimuth locking (as shown in Fig. 12) and the combination is a turn of the top bracket part (3) The other end of the link (64) is configurable. The adjacent obliquely extending and extending core material (4) abuts and closes the side member ((7) extends through the extension bracket member (4) and the front connection (10)_ and cooperates with the nut (10), so that the inclined extension bracket member (4) and the top bracket member (3) After the orientation is fixed, the truncated portion (8) extending from the upper end of the inclined bracket member (2) # is abutted against the upper ends of the two adjacent extending bracket members (4), and is applied by the screwing member (6?) The orientation is fixed into one body (such as the eleventh and twelfth figures), and the assembly between each inclined bracket component (2) and the two adjacent reinforcing bracket components (5) is staggered (such as the tenth 6)), the predetermined wide-width rectangular connecting members (65) are respectively abutted against the reinforcing bracket members (5) and the inclined bracket members (2) on both sides, and the rectangular connecting members are penetrated by the screwing members (67) The member (10) and the two reinforcing bracket members (5) of the lower end and the tilting bracket material (2) and the nut (10) are coupled to the left and right reinforcing reinforcing member (5) to be engaged with the inclined bracket member (2) Both sides of the preset paragraph (such as the fourteenth, fifteenth figure). A group-shaped form (such as the nineteenth figure) between each of the obliquely extending bracket members (4) and the adjacent two reinforcing bracket members (5) is a predetermined wide-width, shaped connecting member (66) Respectively abutting on both sides of the reinforcing bracket member (5) and the extension bracket member (4), through the screw-shaped element (67) through the ν-shaped connecting member (66) and the two reinforcing bracket members (5) erecting the lower end thereof And the extension bracket member (4) passes and cooperates with the nut (68) to apply the left and right reinforcing bracket members (5) to the two sides of the preset section of the extension bracket member (4) (such as the seventeenth 'eighteen Figure). The bracket member (!) for each of the peripheral base layers constituting the four vertical roofs (7), and the inclined bracket members spanning the peripheral base support member (1), and the top brackets (4) of the two parallel rows 8 The reinforcing bracket member (5) between the object-turning member (3) and the skein member (1) is inclined to the extending bracket member (4), spanning at the periphery of the plural =) the predetermined section (5) is for the square or the tube body 3, Each of the bracket members (1) bounded by the peripheral base layer is joined to each other, the intersection of each peripheral base member (4) member (1) and the inclined bracket member (2), at the junction of the top contact bracket member (3) and the inclined bracket member (2), at the top of the juxtaposition The bracket member (3) is flanked by the obliquely extending branch (four) member (4), each of the lining bracket members (2) and the father is erroneously oriented to the supporting branch (5), and each of the obliquely extending bracket members (4) and the reinforced bracket member (5) The joints can be fixedly integrated by the joints of the suitable form and the screw-solid elements (such as the first figure), so that the four-fold roof (7) of the composition can be specifically improved and lowered in the erection efficiency. Overall construction . M418942 [Simple description of the diagram] The first picture: the top view of the four-fold roof of the creation. The second picture: the third part of the first picture. The third picture: the third part of the first picture is not the fourth picture. The first part of the A-part component decomposition diagram of the fifth figure: the first part of the B-part detailed view of the sixth figure: the first figure of the B-part three-dimensional diagram of the seventh figure: the first figure of the B-part component decomposition diagram of the eighth figure: The ninth picture of the C part of the first figure: the three-dimensional view of the C part of the first figure. The tenth figure: The decomposition of the C part of the first figure. Figure 11: The first part of the D picture of the first picture Fig. 13 is a perspective view of the D portion of the first figure. Fig. 14 is a schematic view showing the decomposition of the D portion of the first figure. Fig. 14 is a detailed view of the E portion of the first figure. Figure 16: Schematic diagram of the decomposition of the E-part component of the first figure. Figure 17: Detail of the F-part of the first figure. Figure 18: Schematic diagram of the F-part of the first figure. Figure 19: F-part of the first figure Schematic diagram of component decomposition [Key component symbol description] [This creation] (2) Tilt Bracket Parts (3) Top Bracket Parts (1) Bracket Parts (21) Projections 10