M410765 五、新型說明： 【新型所屬之技術領域】 本創作’是有關於構成建築物的外壁、內壁的壁面施 工構造。 ^ 【先前技術】 以往’在建築物的構造軀體施工複數建築板，來構成 φ 建築物的外壁、內壁。且，在建築板彼此的接合中，爲了 建築板尺寸的經年變化及防水的目的，會配設密封材。 例如，在專利文獻1中揭示，將具有凸條的帽型連接 件配設在相鄰接的外部裝備品材的端面之間，在凸條的前 面及外部裝備品材的端面之間所形成的部分將沖設密封材 而形成砌縫。 但是將密封材沖設而形成的砌縫，是具有醒目（明顯 )的問題。且，密封材也會因爲經年劣化，而使耐久性、 • 防水性等的性能劣化的問題。進一步，因爲經年變色，使 ' 外觀惡化，而必需補修、更新劣化的密封材。 在此，在專利文獻2中揭示，在安裝有防水材的接合 件上，將外壁面板彼此，使端部對接配設的縱砌縫構造。 依據專利文獻2的構造，因爲不需要密封材，所以不 會發生因爲沖設密封材而形成的砌縫醒目的問題，所以不 需要由密封材的經年劣化所產生的補修、更新。但是，將 外壁面板，與別的外壁面板對接時使無間隙地精度佳地製 造是困難的，而使外壁面板彼此的接合部分容易醒目。且 -3- M410765 ，外壁面板的尺寸因爲經年變化，所以在外壁面板彼此的 接合部分會產生間隙，且些微的間隙會變大等的問題會發 生。 [先行技術文獻] [專利文獻] [專利文獻1]日本特開2003-343024號公報 [專利文獻2]日本特開2003-328529號公報 【新型內容】 [新型所解決欲的課題] 本創作，是提供一種壁面施工構造，不具有密封材， 且建築板彼此的接合部分不醒目。 (用以解決課題的手段） 本創作，是提供一種壁面施工構造。 本創作的壁面施工構造，是由帽型連接件、及建築板 所構成。帽型連接件，是由固定板部、及外觀造形部所構 成，建築板，是在表面，具有朝直線狀延伸的砌縫外觀造 形。且，在帽型連接件的外觀造形部的左右或上下，藉由 配置複數建築板，使將帽型連接件的外觀造形部作爲外觀 造形面的砌縫、及將建築板的砌縫外觀造形作爲外觀造形 面的砌縫，是形成於同一方向。在本創作中’將帽型連接 件的外觀造形部作爲外觀造形面的砌縫的寬度’因爲是與 -4- M410765 建築板的表面的砌縫外觀造形的寬度相同，或是帽型連接 件的外觀造形部的顔色，是與建築板的砌縫外觀造形的顔 色相同，所以將帽型連接件的外觀造形部作爲外觀造形面 的砌縫，對於建築板的表面的砌縫外觀造形可不易區分且 不醒目。且，因爲不具有密封材，所以不會發生密封材的 . 經年劣化的問題，也就不需要有關其的補修、更新。且， 建築板彼此因爲是隔有間隔被配設，所以由建築板所產生 φ 的尺寸變化即使發生也不易醒目，而不成爲問題。 對於本創作的壁面施工構造，帽型連接件的外觀造形 部的頂部，是對齊成與鄰接的建築板的表面相同高度也可 以，是被配置成比鄰接的建築板的表面更高也可以。帽型 連接件的外觀造形部的頂部是被配置成比鄰接的建築板的 表面更高的話，因爲由建築板所產生的不直（不勻）不醒 目，所以較佳。即，透過帽型連接件相鄰接的建築板的板 厚即使相異，藉由將帽型連接件的外觀造形部的頂部配置 φ 成較高，建築板彼此之間所發生的不直（不勻）也不醒目 〇 或是帽型連接件的外觀造形部的頂部，是被配置成比 鄰接的建築板的表面更低也可以。此情況時，建築板彼此 之間所發生的不直（不勻）也不醒目。 又，建築板的砌縫外觀造形，是由塗裝形成也可以， 由凹凸形成也可以。或是由那些的組合也可以。 進一步，在由建築板及帽型連接件的外觀造形部所構 成的砌縫中，該建築板的表面端部是形成倒角也可以。在 -5- M410765 該情況中，在建築板的砌縫外觀造形中， 面端部的倒角同樣的形狀，是形成與該倒 ，將帽型連接件的外觀造形部作爲外觀造 爲與建築板的表面的砌縫外觀造形不易區 以較佳。 [新型的效果] 依據本創作，可以提供一種壁面施工 封材，且建築板彼此的接合部分不醒目。 【實施方式】 以下，一邊參照圖面一邊詳細說明本 第1、2圖，是將本創作的壁面施工構 上所見的圖及從正面所見的圖’第3圖， 的壁面施工構造的帽型連接件的立體圖。 第1、2圖所示的壁面施工構造，是由 建築板B 1所構成。 帽型連接件A1，是由外觀造形部all 及固定板部al3所構成，如第3圖所示’是 。外觀造形部all，是帽型連接件A1且最 ，連結部al 2、al 2是從外觀造形部all的 方延伸，固定板部al3' al3’是從各連結 向右或是左朝水平延伸。另一方面’建築 ，使複數塗膜bll將板由上下縱剖的方式 與該建築板的表 角相同方向的話 形面的砌縫，因 分且不醒目，所 構造，不具有密 創作。 造的一實施例從 是第1、2圖所示 帽型連接件A 1及 、及連結部al2、 縱長形狀的構件 突出前方的部分 左右兩端朝向後 部 al2、al2，朝 板B 1，是在表面 被設置來作爲砌 -6- M410765 縫外觀造形。又，塗膜bll的橫寬度，是與帽型連接件A1 的外觀造形部all的橫寬度相同，顏色也與帽型連接件A1 的外觀造形部a 1 1相同。 在第1、2圖所示的壁面施工構造中，在將固定板部 al3的背面與構造軀體（無圖示）的表面抵接的狀態下被 . 固定的帽型連接件A1的左右，固定有2枚的建築板Bl、B1 。又，2枚的建築板Bl、B1，爲了在背面側設置通氣層， φ 而與帽型連接件A1的固定板部a13、al3遠離數毫米地被固 定。將該壁面施工構造從正面看的話，如第2圖所示，雖 形成：由建築板B1的塗膜bll所產生的砌縫模樣、及由帽 型連接件A1的外觀造形部all所產生的砌縫，但是塗膜bll 的橫寬度、顏色，是與帽型連接件A1的外觀造形部all的 橫寬度、顏色相同，且，因爲與外觀造形部all平行地形 成，所以彼此的砌縫的區分不易，建築板Bl、B1彼此的接 合部分不醒目。且，在建築板Bl、B1彼此的接合部分因爲 φ 不具有密封材，所以不會發生密封材的經年劣化的問題， ' 有關其的補修、更新也不需要。又’帽型連接件A1的外觀 造形部all、及建築板Bl、B1的表面的高度因爲是被作成 相同，所以建築板Bl、B1彼此的接合部分更不醒目。 第4圖，是將本創作的壁面施工構造的其他的實施例 從上所見的圖。 第4圖所示的壁面施工構造，是由帽型連接件A2及建 築板B2所構成。帽型連接件A2’是與第3圖的帽型連接件 A1相同，由外觀造形部a21、及連結部a22、及固定板部 M410765 a2 3所構成。且，建築板B2，也與第1、2圖的建築板B1相 同，在表面，具有複數塗膜b2 1作爲砌縫外觀造形。但是 ，第4圖所示的壁面施工構造，其帽型連接件A2及建築板 B2的表面的位置，是與第1、2圖所示的壁面施工構造不同 。在第4圖所示的壁面施工構造中，帽型連接件A2的外觀 造形部a21的位置，是被配置成比建築板B2、B2的表面更 低。但是，在該壁面施工構造中，塗膜b21的橫寬度、顏 色，也是與帽型連接件A2的外觀造形部a21的橫寬度、顏 色相同，且，因爲與外觀造形部a2 1平行地形成，所以彼 此的砌縫的區分不易，建築板B2、B2彼此的接合部分不醒 目。且，在建築板B2、B2彼此的接合部分因爲不具有密封 材，所以不會發生密封材的經年劣化的問題，有關其的補 修、更新也成爲不需要。進一步，帽型連接件A2的外觀造 形部a21的位置，因爲是被配置成比建築板B2、B2的表面 更較低，所以建築板B2、B2之間即使不直（不勻）也不醒 目。 第5圖，是將本創作的壁面施工構造的另一個實施例 從上所見的圖。 第5圖所示的壁面施工構造，是由帽型連接件A3及建 築板B3所構成。帽型連接件A3，是與第3圖的帽型連接件 A1相同，由外觀造形部a3 1、及連結部a3 2、及固定板部 a3 3所構成。但是，建築板B3，其砌縫外觀造形是由凹部 b31形成的部分是與第1、2圖的建築板B1不同。凹部b31， 是在建築板B3的表面，將板由上下縱剖的方式，被複數設 -8- M410765 置，凹部b31的橫寬度，是與帽型連接件A3的外觀造形部 a31的橫寬度相同。且’在第5圖所示的壁面施工構造中， 帽型連接件A3及建築板B3的表面的位置’是與第1、2圖所 示的壁面施工構造不同。在第5圖所示的壁面施工構造中 ，帽型連接件A3的外觀造形部a31的表面的高度，是被作 . 成與建築板B3、B3的凹部b31的表面的高度相同》因此， 第5圖所示的壁面施工構造，建築板B3、B3彼此的接合部 φ 分也不醒目。且，在該壁面施工構造中，凹部b31的橫寬 度，因爲也是與帽型連接件A3的外觀造形部a31的橫寬度 相同，所以彼此的砌縫的區分不易，建築板B3、B3彼此的 接合部分不醒目。進一步，在建築板B3、B 3彼此的接合部 分因爲不具有密封材，所以不會發生密封材的經年劣化的 問題，有關其的補修、更新也成爲不需要。 第6、7圖，是將本創作的壁面施工構造的另一個實施 例從上所見的圖及從正面所見的圖。 • 第6、7圖所示的壁面施工構造，是由帽型連接件A4及 * 建築板B4所構成。帽型連接件A4，是與第3圖的帽型連接 件A1相同’由外觀造形部a4l、及連結部a42、及固定板部 a43所構成。但是，建築板B4，其砌縫外觀造形是由凹部 b41、及傾斜部b42、b43形成的部分是與第1、2圖的建築 板B 1不同。凹部b41、及傾斜部b42、b43，是在建築板B4 的表面，將板由上下縱剖的方式，被複數設置，凹部b41 的橫寬度、顏色，是與帽型連接件A4的外觀造形部a41的 橫寬度、顏色相同。且，在建築板B4的表面的左端部、左 M410765 端部中，倒角部b44、b45，是將板由上下縱剖的方式被設 置。又，傾斜部b42、b43的橫寬度、顏色，是與倒角部 b44、b4 5的橫寬度、顔色相同。且，第6、7圖所示的壁面 施工構造，其帽型連接件A4及建築板B4的表面的位置’是 與第1、2圖所示的壁面施工構造不同。在第6、7圖所示的 壁面施工構造中，帽型連接件A4的外觀造形部a41的表面 的高度，是被作成與建築板B4、B4的凹部b4 1的表面的高 度相同。因此，由該壁面施工構造，建築板B4、B4彼此的 接合部分也不醒目。且，在該壁面施工構造中，凹部b41 的橫寬度，也是與帽型連接件A4的外觀造形部a41的橫寬 度相同，傾斜部b42、b43的橫寬度、顏色，因爲是與倒角 部b44、b45的橫寬度、顏色相同，所以彼此的砌縫的區分 不易，建築板B4、B4彼此的接合部分不醒目。進一步，在 建築板B4、B4彼此的接合部分因爲不具有密封材，所以不 會發生密封材的經年劣化的問題，有關其的補修、更新也 成爲不需要。進一步，因爲在建築板B1的表面的左端部、 左端部中，設有倒角部b44、b45，所以破損不易。 第8圖，是將本創作的壁面施工構造的另一個實施例 從上所見的圖。 第8圖所示的壁面施工構造，是由帽型連接件A5及建 築板B5所構成。帽型連接件A5，是與第3圖的帽型連接件 A1相同，由外觀造形部a51、及連結部a52、及固定板部 a5 3所構成。且，建築板B5，也與第1、2圖的建築板B1相 同，在表面’具有複數塗膜b51作爲砌縫外觀造形。但是 -10- M410765 ，第8圖所示的壁面施工構造’其帽型連接件A5及建築板 B5的表面的位置，是與第1、2圖所示的壁面施工構造不同 。在第8圖所示的壁面施工構造中’帽型連接件A5的外觀 造形部a51的位置，是被配置成比建築板B5、B5的表面更 高。但是，在該壁面施工構造中’塗膜b51的橫寬度、顏 色，也是與帽型連接件A5的外觀造形部a5l的橫寬度、顏 色相同，且，因爲與外觀造形部a51平行地形成，所以彼 φ 此的砌縫的區分不易，建築板B5、B5彼此的接合部分不醒 目。且，在建築板B5、B5彼此的接合部分因爲不具有密封 材，所以不會發生密封材的經年劣化的問題，有關其的補 修、更新也成爲不需要。進一步’帽型連接件A5的外觀造 形部a51的位置，因爲是被配置成比建築板B5、B5的表面 更較高，所以建築板B5、B5之間不直（不勻）即使發生也 不醒目。 第9圖，是將本創作的壁面施工構造的另一個實施例 • 從上所見的圖。 ‘ 第9圖所示的壁面施工構造，是由帽型連接件A6及建 築板B6所構成。帽型連接件A6，是與第3圖的帽型連接件 A1相同，由外觀造形部a61、及連結部a62、及固定板部 a63所構成。但是，建築板B6，其砌縫外觀造形是由凸部 b61形成的部分是與第1、2圖的建築板B1不同。凸部b61， 是在建築板B6的表面，將板由上下縱剖的方式，被複數設 置，凸部b61的橫寬度，是與帽型連接件A6的外觀造形部 a61的橫寬度相同，在凸部b6 1的表面中，被施加與外觀造 -11 - M410765 形部a61相同顏色的塗裝。且，在第9圖所示的壁面施工構 造中，帽型連接件A6及建築板B6的表面的位置，是與第1 、2圖所示的壁面施工構造不同。在第9圖所示的壁面施工 構造中，帽型連接件A6的外觀造形部a61的表面的高度， 是被作成與建築板B6、B6的凸部b61的表面的高度相同。 因此，第9圖所示的壁面施工構造，建築板B6、B6彼此的 接合部分也不醒目。且，在該壁面施工構造中，凸部b61 的橫寬度、顏色，因爲也是與帽型連接件A6的外觀造形部 a61的橫寬度、顏色相同，所以彼此的砌縫的區分不易， 建築板B6、B6彼此的接合部分不醒目。且，在建築板B6 、B6彼此的接合部分因爲不具有密封材，所以不會發生密 封材的經年劣化的問題，有關其的補修、更新也成爲不需 要。 第10圖，是將本創作的壁面施工構造的另一個實施例 從上所見的圖。 第10圖所示的壁面施工構造，是由帽型連接件A7及建 築板B7所構成。帽型連接件A7，是由外觀造形部a71、及 連結部a72、及固定板部a73所構成，外觀造形部a71是形 成剖面圓弧狀的部分，是與第3圖的帽型連接件A1不同。 且，建築板B7，其砌縫外觀造形是由凸部b71形成的部分 是與第1、2圖的建築板B1不同。凸部b71，是在建築板B7 的表面，將板由上下縱剖的方式，被複數設置，凸部b71 的橫寬度，是與帽型連接件A7的外觀造形部a71的橫寬度 相同。且，在第1〇圖所示的壁面施工構造中，帽型連接件 -12- M410765 A7及建築板B7的表面的位置，是與第1、2圖所示的壁面施 工構造不同。在第10圖所示的壁面施工構造中，帽型連接 件A7的外觀造形部a7 1的表面的頂部的高度，是被作成與 建築板B7、B7的凸部b71的頂部的高度相同。因此，第1〇 圖所示的壁面施工構造，建築板B7、B 7彼此的接合部分也 . 不醒目。且，在該壁面施工構造中，凸部b71的橫寬度， 因爲也是與帽型連接件A7的外觀造形部a71的橫寬度相同 φ ，所以彼此的砌縫的區分不易，建築板B7、B7彼此的接合 部分不醒目。進一步，在建築板B7、B7彼此的接合部分因 爲不具有密封材，所以不會發生密封材的經年劣化的問題 ，有關其的補修、更新也成爲不需要。 第11圖，是將本創作的壁面施工構造的另一個實施例 從上所見的圖。 第11圖所示的壁面施工構造，是由帽型連接件A8及建 築板B 8所構成。帽型連接件A8，是由外觀造形部a8 1、及 # 連結部a82、及固定板部a83所構成，外觀造形部a81是在 ' 左右端部具有傾斜部的部分，是與第3圖的帽型連接件A1 不同。且，建築板B8，其砌縫外觀造形是由凸部b81形成 的部分是與第1、2圖的建築板B1不同。凸部b81，是在建 築板B8的表面，將板由上下縱剖的方式，被複數設置，凸 部b81的橫寬度，是與帽型連接件A8的外觀造形部a81的橫 寬度相同。且，凸部b81，是與外觀造形部a81相同的方式 ，在左右端部具有傾斜部。進一步，在第11圖所示的壁面 施工構造中，帽型連接件A8及建築板B8的表面的位置，是 -13- M410765 與第1、2圖所示的壁面施工構造不同。在第Η圖所示的壁 面施工構造中，帽型連接件Α8的外觀造形部a81的表面的 頂部的高度，是被作成與建築板B8、B8的凸部b81的頂部 的高度相同。因此，由第11圖所示的壁面施工構造’建築 板B8、B8彼此的接合部分也不醒目。且，在該壁面施工構 造中，凸部b81的橫寬度，因爲也是與帽型連接件A8的外 觀造形部a81的橫寬度相同，所以彼此的砌縫的區分不易 ，建築板B8、B8彼此的接合部分不醒目。且，在建築板 B8、B8彼此的接合部分因爲不具有密封材，所以不會發生 密封材的經年劣化的問題，有關其的補修、更新也成爲不 需要。 在以上雖說明了本創作的實施例，但是本創作不限定 於此，在申請專利範圍所記載的範圍內可進行各種的變形 。例如，在第1〜11圖中，將由帽型連接件的外觀造形部 所產生的砌縫及建築板的表面的砌縫外觀造形雖全部形成 縱砌縫，但是形成橫砌縫也可以。 [產業上的利用可能性] 如以上說明，依據本創作，可以提供一種壁面施工構 造，不具有密封材，且建築板彼此的接合部分不醒目。 【圖式簡單說明】 [第1圖]第1圖，是將本創作的壁面施工構造的一實施 例從上所見的圖。 -14- M410765 [第2圖]第2圖，是將第1圖所示的壁面施工構造從正面 所見的圖。 [第3圖]第3圖，是第1、2圖所示的壁面施工構造的帽 型連接件的立體圖。 [第4圖]第4圖，是將本創作的壁面施工構造的其他的 . 實施例從上所見的圖。 [第5圖]第5圖，是將本創作的壁面施工構造的另一個 φ 實施例從上所見的圖。 [第6圖]第6圖，是將本創作的壁面施工構造的另一個 實施例從上所見的圖。 [第7圖]第7圖，是將第6圖所示的壁面施工構造從正面 所見的圖。 [第8圖]第8圖，是將本創作的壁面施工構造的另一個 實施例從上所見的國。 [第9圖]第9圖，是將本創作的壁面施工構造的另一個 • 實施例從上所見的圖》 [第10圖]第10圖，是將本創作的壁面施工構造的另一 個實施例從上所見的圖。 [第11圖]第11圖’是將本創作的壁面施工構造的另一 個實施例從上所見的圖。 【主要元件符號說明】 A 1 :帽型連接件 a 1 1 :外觀造形部 -15- M410765 a 1 2 :連結部 a 1 3 ·固疋板部 A2 :帽型連接件 a21 :外觀造形部 a22 :連結部 a23 :固定板部 A3 :帽型連接件 a31 :外觀造形部 a32 :連結部 a33 :固定板部 A4 :帽型連接件 a41 :外觀造形部 a42 :連結部 a 4 3 :固定板部 A5 :帽型連接件 a51 :外觀造形部 a5 2 :連結部 a5 3 :固定板部 A6 :帽型連接件 a61 :外觀造形部 a62 :連結部 a63 :固定板部 A7 :帽型連接件 a71 :外觀造形部 -16 M410765M410765 V. New description: [Technical field to which the new type belongs] This creation is a wall-surface construction structure that constitutes the outer wall and the inner wall of a building. ^ [Prior Art] In the past, the construction of a building body was used to construct a plurality of building panels to form the outer and inner walls of the φ building. Further, in the joining of the building panels, a sealing material is provided for the purpose of changing the size of the building panel and waterproofing. For example, Patent Document 1 discloses that a cap type connector having a ridge is disposed between end faces of adjacent external equipment articles, and is formed between the front surface of the ridge and the end surface of the external equipment. The part will be flushed to form a joint. However, the joint formed by punching the sealing material has a problem of being conspicuous (obvious). Further, the sealing material also deteriorates performance such as durability and water repellency due to deterioration over the years. Further, since the appearance is deteriorated due to discoloration over the years, it is necessary to repair and renew the deteriorated sealing material. Here, Patent Document 2 discloses a longitudinal joint structure in which the outer wall panels are butted together with each other at the joint in which the waterproof material is attached. According to the structure of Patent Document 2, since the seal member is not required, the problem of the joint formed by the punching of the seal member does not occur, and repair and renewal due to the deterioration of the seal member over the years are not required. However, when the outer wall panel is butted against another outer wall panel, it is difficult to manufacture it with high precision without a gap, and the joint portion between the outer wall panels is easily conspicuous. Further, -3- M410765, the size of the outer wall panel is changed over the years, so that a gap is formed in the joint portion between the outer wall panels, and a slight gap may become large. [PRIOR ART DOCUMENT] [Patent Document 1] JP-A-2003-343024 [Patent Document 2] JP-A-2003-328529 [New Content] [New Problem to Solve] It is a wall construction construction that does not have a sealing material, and the joint portions of the construction panels are not conspicuous. (Means for Solving the Problem) This creation provides a wall construction structure. The wall construction structure of the present invention is composed of a cap type connector and a building panel. The cap type connector is composed of a fixing plate portion and an appearance forming portion, and the building plate is formed on the surface and has a shape of a seam extending in a straight line. Further, by arranging a plurality of building panels on the left and right or upper and lower sides of the outer shape forming portion of the hat-shaped connector, the appearance forming portion of the cap type connecting member is used as a seam for the appearance of the forming surface, and the appearance of the joint of the building panel is shaped. The joints that are the appearance of the shape are formed in the same direction. In the present creation, 'the width of the seam of the hat-shaped connector as the appearance of the profiled surface' is the same as the width of the seam of the surface of the -4- M410765 building board, or the cap type connector The color of the appearance of the shape is the same as the color of the appearance of the joint of the building board. Therefore, the appearance of the hat-shaped joint is used as the joint of the appearance of the shape, and the appearance of the joint on the surface of the building board is not easy to shape. Distinguish and not eye-catching. Moreover, since there is no sealing material, the sealing material does not occur. The problem of deterioration over the years does not require repair or renewal. Further, since the building plates are arranged at intervals, the dimensional change of φ generated by the building plates is not easily noticeable even if it occurs, and does not become a problem. With respect to the wall construction structure of the present invention, the top portion of the appearance of the hat-shaped connector may be aligned to the same height as the surface of the adjacent building panel, or may be arranged to be higher than the surface of the adjacent building panel. The top of the appearance of the hat-type connector is configured to be higher than the surface of the adjacent building panel, because the inconsistency (unevenness) generated by the building panel is not conspicuous. That is, even if the thickness of the building panels adjacent to the hat-type connecting members is different, the top portion of the shape-forming portion of the hat-shaped connecting member is made higher, and the building plates are not straight with each other ( The unevenness is not conspicuous or the top of the appearance of the hat-shaped connector is configured to be lower than the surface of the adjacent building panel. In this case, the inconsistency (unevenness) that occurs between the building panels is not conspicuous. Further, the appearance of the joint of the building panel may be formed by painting or may be formed by unevenness. Or a combination of those can be. Further, in the joint formed by the appearance forming portion of the building panel and the hat-type connecting member, the surface end portion of the building panel may be chamfered. In the case of -5-M410765, in the appearance of the joints of the building panels, the same shape of the chamfers at the end of the face is formed and inverted, and the appearance of the hat-shaped joints is used as the appearance and construction. It is preferable that the appearance of the seam of the surface of the board is not easily formed. [New effect] According to the present invention, it is possible to provide a wall construction sealing material, and the joint portions of the building plates are not conspicuous. [Embodiment] Hereinafter, the first and second drawings will be described in detail with reference to the drawings, and the hat-shaped structure of the wall surface structure of the present invention is shown in the view of the wall surface construction and the figure 3 of the figure seen from the front. A perspective view of the connector. The wall construction structure shown in Figs. 1 and 2 is composed of a building panel B1. The cap-shaped connector A1 is composed of the outer shape forming portion all and the fixed plate portion a3, as shown in Fig. 3'. The outer shape forming portion all is the hat type connector A1 and the most, the connecting portions a2 and a2 are extended from the outer shape forming portion all, and the fixing plate portions al3'al3' are horizontally extended from the respective links to the right or left. . On the other hand, in the construction, the plurality of coating films b11 are formed in the same direction as the corners of the building panel by the longitudinal section of the panel, and the joints are not conspicuous, and the structure is not densely formed. In one embodiment, the left and right ends of the hat-shaped connector A 1 and the connecting portion a2 and the longitudinally-shaped member projecting in the first and second figures are directed toward the rear portions al2 and al2 toward the board B1. It is set on the surface to form the shape of the -6-M410765 seam. Further, the lateral width of the coating film b11 is the same as the lateral width of the outer shape forming portion all of the cap type connector A1, and the color is also the same as the outer shape forming portion a 1 1 of the cap type connector A1. In the wall surface construction structure shown in FIGS. 1 and 2, the left and right sides of the cap type connector A1 fixed in a state in which the back surface of the fixing plate portion a3 is in contact with the surface of the structural body (not shown) is fixed. There are two building boards Bl and B1. Further, the two building panels B1 and B1 are fixed to the fixed plate portions a13 and a13 of the hat-type connector A1 by a distance of several millimeters in order to provide a ventilation layer on the back side. When the wall surface structure is viewed from the front, as shown in Fig. 2, a formwork formed by the coating film b11 of the building board B1 and a shape forming part all of the hat type connector A1 are formed. The joint width, the color of the coating film b11 is the same as the lateral width and color of the appearance forming portion all of the hat-type connector A1, and since it is formed in parallel with the appearance forming portion all, the joints of the joints are The distinction is not easy, and the joint portions of the building panels Bl and B1 are not conspicuous. Further, since the joint portion between the building panels B1 and B1 does not have a sealing material, φ does not cause deterioration of the sealing material over the years, and it is not necessary to repair or update the joint. Further, since the appearance of the hat-shaped connector A1 and the heights of the surfaces of the building panels B1 and B1 are the same, the joint portions of the building panels B1 and B1 are less conspicuous. Fig. 4 is a view showing another embodiment of the wall construction structure of the present invention. The wall construction structure shown in Fig. 4 is composed of a cap type connector A2 and a building board B2. The cap connector A2' is the same as the cap connector A1 of Fig. 3, and is composed of an appearance forming portion a21, a connecting portion a22, and a fixing plate portion M410765 a23. Further, the building panel B2 is also the same as the building panel B1 of Figs. 1 and 2, and has a plurality of coating films b2 1 formed on the surface as a seam appearance. However, in the wall surface construction structure shown in Fig. 4, the positions of the surfaces of the hat-type connector A2 and the building panel B2 are different from those of the wall surface constructions shown in Figs. In the wall construction structure shown in Fig. 4, the position of the outer shape forming portion a21 of the hat type connector A2 is arranged to be lower than the surfaces of the building panels B2, B2. However, in the wall surface construction structure, the lateral width and color of the coating film b21 are also the same as the lateral width and color of the outer shape forming portion a21 of the cap type connector A2, and are formed in parallel with the outer shape forming portion a2 1 . Therefore, the division of the joints of each other is not easy, and the joint portions of the building panels B2 and B2 are not conspicuous. Further, since the joint portions of the building panels B2 and B2 do not have a sealing material, the problem of deterioration of the sealing material over the years does not occur, and repairs and updates thereof are not required. Further, since the position of the appearance forming portion a21 of the cap type connector A2 is configured to be lower than the surfaces of the building boards B2 and B2, the building boards B2 and B2 are not conspicuous even if they are not straight (uneven). . Fig. 5 is a view showing another embodiment of the wall construction structure of the present invention as seen from above. The wall construction structure shown in Fig. 5 is composed of a cap type connector A3 and a building board B3. Similarly to the cap type connector A1 of Fig. 3, the cap type connector A3 is composed of the outer shape forming portion a3 1 , the connecting portion a3 2, and the fixing plate portion a3 3 . However, in the building panel B3, the portion in which the seam is formed by the recess b31 is different from the panel B1 in Figs. The recessed portion b31 is formed on the surface of the building panel B3, and the panel is vertically and horizontally sectioned, and is provided in a plurality of -8-M410765. The lateral width of the recessed portion b31 is the lateral width of the outer shaped portion a31 of the cap-shaped connector A3. the same. Further, in the wall surface construction structure shown in Fig. 5, the position ' of the surface of the hat-type connector A3 and the building panel B3 is different from that of the wall surface constructions shown in Figs. In the wall surface construction structure shown in Fig. 5, the height of the surface of the outer shape forming portion a31 of the hat type connector A3 is the same as the height of the surface of the concave portion b31 of the building boards B3 and B3. In the wall construction structure shown in Fig. 5, the joint portion φ of the building panels B3 and B3 is not conspicuous. Further, in the wall surface construction structure, since the lateral width of the recessed portion b31 is also the same as the lateral width of the outer shape forming portion a31 of the cap-shaped connector A3, the division of the joints is not easy, and the joints of the building panels B3 and B3 are joined to each other. Some are not eye-catching. Further, since the joint portion between the building panels B3 and B3 does not have a sealing material, the problem of deterioration of the sealing material over time is not caused, and repair and renewal thereof are not required. Figures 6 and 7 are views of another embodiment of the wall construction structure of the present invention as seen from above and from the front. • The wall construction structure shown in Figures 6 and 7 consists of a cap connector A4 and a * building panel B4. The cap-shaped connector A4 is the same as the cap-shaped connector A1 of Fig. 3, and is composed of the outer shape forming portion a4l, the connecting portion a42, and the fixing plate portion a43. However, in the building panel B4, the appearance of the seam is formed by the recess b41 and the inclined portions b42 and b43 being different from the building panel B1 of Figs. The recessed portion b41 and the inclined portions b42 and b43 are provided on the surface of the building panel B4 so as to be vertically longitudinally sectioned, and the lateral width and color of the recessed portion b41 are the appearance forming portions of the cap-shaped connector A4. A41 has the same horizontal width and color. Further, in the left end portion of the surface of the building panel B4 and the end portion of the left M410765, the chamfered portions b44 and b45 are provided such that the plates are longitudinally sectioned. Further, the lateral widths and colors of the inclined portions b42 and b43 are the same as the lateral width and color of the chamfered portions b44 and b45. Further, in the wall surface construction structure shown in Figs. 6 and 7, the position of the surface of the hat-type connector A4 and the building panel B4 is different from that of the wall surface constructions shown in Figs. In the wall construction structure shown in Figs. 6 and 7, the height of the surface of the outer shape forming portion a41 of the cap type connector A4 is set to be the same as the height of the surface of the concave portion b4 1 of the building panels B4 and B4. Therefore, with this wall surface construction structure, the joint portions of the building panels B4 and B4 are not conspicuous. Further, in the wall surface construction structure, the lateral width of the concave portion b41 is also the same as the lateral width of the outer shape forming portion a41 of the cap-shaped connector A4, and the lateral width and color of the inclined portions b42 and b43 are the same as the chamfered portion b44. Since the horizontal width and the color of b45 are the same, the division of the joints between the two is not easy, and the joint portions of the building panels B4 and B4 are not conspicuous. Further, since the joint portion between the building panels B4 and B4 does not have a sealing material, the problem of deterioration of the sealing material over time is not caused, and repairing and updating thereof are not required. Further, since the chamfered portions b44 and b45 are provided in the left end portion and the left end portion of the surface of the building panel B1, the damage is not easy. Fig. 8 is a view showing another embodiment of the wall construction structure of the present invention as seen from above. The wall construction structure shown in Fig. 8 is composed of a cap type connector A5 and a building board B5. The cap type connector A5 is composed of the outer shape forming portion a51, the connecting portion a52, and the fixing plate portion a53, similarly to the hat type connector A1 of Fig. 3. Further, the building panel B5 is also the same as the building panel B1 of Figs. 1 and 2, and has a plurality of coating films b51 on the surface as the appearance of the seam. However, the position of the surface of the wall-type construction structure A5 and the floor panel B5 shown in Fig. 8 is different from that of the wall surface construction structure shown in Figs. 1 and 2 . In the wall construction structure shown in Fig. 8, the position of the outer shape forming portion a51 of the cap type connector A5 is arranged to be higher than the surfaces of the building panels B5 and B5. However, in the wall surface construction structure, the lateral width and color of the coating film b51 are the same as the lateral width and color of the outer shape forming portion a5l of the cap type connector A5, and are formed in parallel with the outer shape forming portion a51. The division of the joints is not easy, and the joints of the building panels B5 and B5 are not conspicuous. Further, since the joint portions of the building panels B5 and B5 do not have a sealing material, the problem of deterioration of the sealing material over time is not caused, and replacement and renewal thereof are not required. Further, the position of the appearance forming portion a51 of the cap type connector A5 is configured to be higher than the surfaces of the building panels B5 and B5, so that the building panels B5 and B5 are not straight (uneven) even if they occur. Eye-catching. Fig. 9 is another embodiment of the wall construction structure of the present invention. The wall construction structure shown in Fig. 9 is composed of a cap type connector A6 and a building board B6. The cap type connector A6 is composed of the outer shape forming portion a61, the connecting portion a62, and the fixing plate portion a63, similarly to the hat type connector A1 of Fig. 3. However, in the building panel B6, the portion in which the joint appearance is formed by the convex portion b61 is different from the building panel B1 in Figs. The convex portion b61 is provided on the surface of the building panel B6 so as to be vertically longitudinally divided, and the lateral width of the convex portion b61 is the same as the lateral width of the outer shape forming portion a61 of the cap-shaped connector A6. The surface of the convex portion b6 1 is applied with the same color as the appearance -11 - M410765 portion a61. Further, in the wall surface construction shown in Fig. 9, the positions of the surfaces of the hat-type connector A6 and the building panel B6 are different from those of the wall surface constructions shown in Figs. In the wall surface construction structure shown in Fig. 9, the height of the surface of the outer shape forming portion a61 of the cap type connector A6 is set to be the same as the height of the surface of the convex portion b61 of the building panels B6 and B6. Therefore, in the wall construction structure shown in Fig. 9, the joint portions of the building panels B6 and B6 are not conspicuous. Further, in the wall surface construction structure, the lateral width and color of the convex portion b61 are also the same as the lateral width and color of the outer shape forming portion a61 of the cap type connector A6, so that the division of the joints is not easy, and the building panel B6 The joints of B6 and each other are not conspicuous. Further, since the joint portion between the building panels B6 and B6 does not have a sealing material, the problem of deterioration of the sealing material over time is not caused, and it is not necessary to repair or renew the sealing material. Fig. 10 is a view showing another embodiment of the wall construction structure of the present invention as seen from above. The wall construction structure shown in Fig. 10 is composed of a cap type connector A7 and a building board B7. The hat-shaped connector A7 is composed of the outer shape forming portion a71, the connecting portion a72, and the fixing plate portion a73, and the outer shape forming portion a71 is a portion having an arcuate cross section, and is a cap type connector A1 of Fig. 3; different. Further, in the building panel B7, the portion in which the joint appearance is formed by the convex portion b71 is different from the building panel B1 in Figs. The convex portion b71 is provided on the surface of the building panel B7 so as to be vertically longitudinally divided, and the lateral width of the convex portion b71 is the same as the lateral width of the outer shape forming portion a71 of the cap-shaped connector A7. Further, in the wall surface construction structure shown in Fig. 1, the positions of the surfaces of the hat-type connector -12-M410765 A7 and the building panel B7 are different from those of the wall surface structures shown in Figs. In the wall construction structure shown in Fig. 10, the height of the top of the surface of the outer shape forming portion a7 1 of the hat type connector A7 is set to be the same as the height of the top portion of the convex portion b71 of the building panels B7 and B7. Therefore, in the wall construction structure shown in Fig. 1, the joint portions of the building panels B7 and B7 are also not conspicuous. Further, in the wall surface construction structure, since the lateral width of the convex portion b71 is also the same as the lateral width of the outer shape forming portion a71 of the cap type connector A7, the division of the joints is not easy, and the building panels B7 and B7 are mutually different. The joints are not conspicuous. Further, since the joint portions of the building panels B7 and B7 do not have a sealing material, the problem of deterioration of the sealing material over time is not caused, and repair and renewal thereof are not required. Fig. 11 is a view showing another embodiment of the wall construction structure of the present invention as seen from above. The wall construction structure shown in Fig. 11 is composed of a cap type connector A8 and a building board B 8. The hat-shaped connector A8 is composed of the outer shape forming portion a8 1 and the # connecting portion a82 and the fixing plate portion a83, and the outer shape forming portion a81 is a portion having the inclined portion at the left and right end portions, and is the same as the third drawing. The cap connector A1 is different. Further, in the building panel B8, the portion in which the joint appearance is formed by the convex portion b81 is different from the building panel B1 in Figs. The convex portion b81 is provided on the surface of the building panel B8, and the plate is vertically and horizontally sectioned, and the lateral width of the convex portion b81 is the same as the lateral width of the outer shape forming portion a81 of the cap type connector A8. Further, the convex portion b81 is the same as the external shape forming portion a81, and has inclined portions at the left and right end portions. Further, in the wall construction structure shown in Fig. 11, the positions of the surfaces of the hat-type connector A8 and the building panel B8 are -13-M410765, which are different from the wall surface construction structures shown in Figs. In the wall construction structure shown in Fig. 1, the height of the top of the surface of the hat-shaped connector 8 is the same as the height of the top of the projection b81 of the building panels B8, B8. Therefore, the joint portion between the building panels B8 and B8 by the wall surface construction shown in Fig. 11 is not conspicuous. Further, in the wall surface construction structure, since the lateral width of the convex portion b81 is also the same as the lateral width of the outer shape forming portion a81 of the cap type connector A8, the division of the joints is not easy, and the building panels B8 and B8 are mutually different. The joint is not conspicuous. Further, since the joint portions of the building panels B8 and B8 do not have the sealing material, the problem of deterioration of the sealing material over the years does not occur, and repairs and updates thereof are not required. Although the embodiments of the present invention have been described above, the present invention is not limited thereto, and various modifications can be made without departing from the scope of the invention. For example, in the first to eleventh drawings, the longitudinal joints may be formed by forming the longitudinal joints of the joints formed on the surface of the hat-shaped connecting member and the surface of the building panel, but the transverse joints may be formed. [Industrial Applicability] As explained above, according to the present invention, it is possible to provide a wall construction structure without a seal member, and the joint portions of the building panels are not conspicuous. BRIEF DESCRIPTION OF THE DRAWINGS [Fig. 1] Fig. 1 is a view showing an embodiment of the wall construction structure of the present invention as seen from above. -14- M410765 [Fig. 2] Fig. 2 is a view showing the wall surface construction structure shown in Fig. 1 from the front. [Fig. 3] Fig. 3 is a perspective view of the cap connector of the wall construction structure shown in Figs. 1 and 2; [Fig. 4] Fig. 4 is a view showing another embodiment of the wall construction structure of the present invention. [Fig. 5] Fig. 5 is a view showing another φ embodiment of the wall construction structure of the present invention. [Fig. 6] Fig. 6 is a view showing another embodiment of the wall construction structure of the present invention. [Fig. 7] Fig. 7 is a view showing the wall surface construction structure shown in Fig. 6 from the front. [Fig. 8] Fig. 8 is a view showing another embodiment of the wall construction structure of the present invention from above. [Fig. 9] Fig. 9 is a view showing another embodiment of the wall construction structure of the present invention from the above. [Fig. 10] Fig. 10 is another embodiment of the wall construction structure of the present creation. The example seen from above. [Fig. 11] Fig. 11 is a view showing another embodiment of the wall construction structure of the present invention. [Description of main component symbols] A 1 : Cap type connector a 1 1 : Appearance forming section -15- M410765 a 1 2 : Coupling part a 1 3 · Solid plate part A2 : Cap type connector a21 : Appearance forming part a22 : connection portion a23 : fixing plate portion A3 : hat type connector a31 : appearance shape portion a32 : connection portion a33 : fixing plate portion A4 : hat type connector a41 : appearance shape portion a42 : connection portion a 4 3 : fixing plate portion A5: hat type connector a51: appearance forming portion a5 2 : connecting portion a5 3 : fixing plate portion A6 : hat type connecting member a61 : appearance forming portion a62 : connecting portion a63 : fixing plate portion A7 : cap type connecting member a71 : Appearance Department - 16 M410765
a72 :連結部 a73 :固定板部 A8 :帽型連接件 a81 :外觀造形部 a8 2 :連結部 a83 :固定板部 B1 :建築板 bl 1 :塗膜 B2 :建築板 b2 1 :塗膜 B 3 :建築板 b31 :凹部 B4 :建築板 b 4 1 :凹部 b42 :傾斜部 b44 :倒角部 B 5 :建築板 b5 1 :塗膜 B6 :建築板 b61 :凸部 B7 :建築板 b71 :凸部 B8 :建築板 b81 :凸部 -17-A72 : connecting portion a73 : fixing plate portion A8 : cap type connector a81 : appearance forming portion a8 2 : connecting portion a83 : fixing plate portion B1 : building board bl 1 : coating film B2 : building board b2 1 : coating film B 3 : Building panel b31 : recess B4 : building panel b 4 1 : recess b42 : inclined portion b44 : chamfered portion B 5 : building panel b5 1 : coating film B6 : building panel b61 : convex portion B7 : building panel b71 : convex portion B8: Building board b81: convex part-17-