201005161 六、發明說明： 【發明所屬之技術領域】 本發明’是關於具備有可使滑動開閉自如設置在開口 框的門窗扇上鎖之上鎖構件的門窗，特別是關於具備有可 在上述門窗扇門窗頭側執行上鎖之門窗頭鎖件的門窗。 【先前技術】 φ 可使設置在開口框滑動開閉自如的門窗扇上鎖之上鎖 構件的門窗’例如已知有具備月牙鎖可使雙槽平拉式門窗 扇上鎖的門窗。設置在上述門窗的月牙鎖，例如：是於一 方的門窗扇設有承扣鐵件，於另一方的門窗扇設有轉動形 ' 成爲和上述承扣鐵件卡合的月牙鎖耳部，藉由轉動上述耳 部形成爲和承扣鐵件卡合，使一方的門窗扇和另一方的門 窗扇拉攏上鎖（例如參照專利文獻1 )。 此外，可使平拉窗在窗扇窗頭側上鎖的窗頭鎖件，例 • 如已知的上鎖裝置’是設有固定在窗扇窗抵接框以窗扇厚 度方向爲軸的橫軸形卡止構件，窗框具有上鎖部，該上鎖 部’是由橫軸形第1軸軸支成可朝縱向轉動的鎖定構件， 及，由橫軸形第2軸軸支成可朝縱向轉動的約束構件利用 彈簧構件連結形成。該上鎖裝置，第1軸是配置在第2軸 還上方的位置，於窗扇關閉時，卡止構件會進入第1軸和 第2軸之間抵接於鎖定構件使鎖定構件轉動。藉由鎖定構 件的轉動使卡止構件於鎖定構件設置的溝槽卡止在比第1 軸還接近窗扇側的位置。此時，配置在比第1軸還位於窗 -5- 201005161 扇反側的彈簧構件，是隨著鎖定構件的轉動形成爲伸展的 同時使約束構件轉動。其結果，使利用約束構件的轉動形 成爲可對約束構件和鎖定構件彼此轉動進行管制的卡止部 卡止’朝上下方向彼此推壓使鎖定構件鎖定。約束構件和 鎖定構件之卡止狀態解除用的操作手把，是從彈簧構件伸 出窗扇相反側，構成爲是藉由該操作手把朝下方移動解除 約束構件和鎖定構件的卡止狀態（例如參照專利文獻2) 〇 〔專利文獻1〕日本實公昭58-11881號公報 〔專利文獻2〕曰本特開2005-139698號公報 【發明內容】 〔發明欲解決之課題〕 門窗扇上鎖用的鎖構件，是設置在門窗扇門窗頭側可 上鎖在其與縱框之間的門窗頭鎖件。門窗頭鎖件，如月牙 鎖般的上鎖操作對門窗扇朝進深方向拉攏的作用小，因此 0 其課題是窗扇關閉門時的門窗頭框和縱框的位置若不適當 則恐怕會無法上鎖。 此外，上述先前的上鎖裝置，於門窗扇關閉時進來的 卡止構件上側是配置有第1軸所樞軸支撐的鎖定構件，於 上側配置有第2軸所樞軸支撐的約束構件，因此上下方向 需要較寬的空間。另外’約束構件和鎖定構件之卡止狀態 解除用的操作手把’是伸出在對第1軸及第2軸成卡止在 鎖定構件溝槽的卡止構件位置相反側，所以進深方向也需 -6 - 201005161 要較寬的空間。因此’其課題是設有上鎖裝置的門窗頭框 或框架需形成爲較大，以致需求爲更寬廣開口的門窗開口 變窄。 本發明，是有鑑於上述課題而爲的發明，其目的是提 供一種只要關閉門窗扇就能夠容易上鎖門窗頭鎖件的門窗 ’此外，又提供一種佔據空間小並且能夠有效率使力上鎖 的門窗頭鎖件及具備該門窗頭鎖件的門窗。 〔用以解決課題之手段〕 爲了達成上述目的，本發明的門窗，其具備門窗頭鎖 件，上述門窗頭鎖件，具有承鎖構件和鎖本體，上述承鎖 構件，是安裝在室內外邊界所設置的開口框，上述鎖本體 ，是安裝在該開口框內設置成滑動開閉自如的門窗扇門窗 頭框，形成爲可和上述承鎖構件卡合，其特徵爲，其具有 引導構件，該引導構件設置在上述開口框及上述門窗頭框 Φ 當中任一方，於上述門窗扇關閉時可和上述開口框及上述 門窗頭框當中的另一方接觸，將上述門窗頭框引導至上述 開口框進深方向的指定位置，上述承鎖構件，具有：可在 上述門窗扇關閉時讓上述鎖本體抵接的被抵接部；及可卡 合著上述鎖本體的卡合部，上述鎖本體，具備鉤構件，該 鉤構件具有：利用上述門窗扇的關閉抵接於上述被抵接部 的抵接部；及在上述抵接部抵接著上述被抵接部以轉動軸 爲中心轉動卡合於上述卡合部的鉤部，構成爲是在上述抵 接部抵接於上述被抵接部以前，使上述開口框及上述門窗 201005161 頭框當中的另一方接觸於設置在上述開口框及上述門窗頭 框當中任一方的引導構件。 根據上述門窗，當門窗扇朝關閉方向移動時，是在抵 接部抵接於被抵接部以前，門窗頭框或開口框就接觸於引 導構件，所以是在抵接部抵接於被抵接部以前，由引導構 件使門窗頭框軌道朝向指定位置方向。因此，是能夠使設 有承鎖構件的開口框和設有鎖本體的門窗頭框之進深方向 的位置，在抵接部抵接於被抵接部以前就吻合，所以能夠 讓抵接部確實抵接於被抵接部，能夠確實上鎖。因此，能 夠提供一種只要執行門窗扇的關閉操作就能夠容易上鎖門 窗頭鎖件的門窗。 上述門窗中，最好是在上述開口框設有上述引導構件 ，使上述門窗頭框比上述抵接部抵接於被抵接部還先接觸 於上述引導構件。 根據上述門窗，當門窗扇朝關閉方向移動時，門窗頭 框會比抵接部抵接於被抵接部還先接觸於引導構件，所以 當抵接部抵接於被抵接部時門窗頭框已經接觸著引導構件 ，因此可在更早的時間點由引導構件使門窗頭框軌道朝向 指定位置的方向。因此，可使設有承鎖構件的開口框和設 有鎖本體的門窗頭框之進深方向的位置吻合比抵接部抵接 於被抵接部還早，所以能夠使上鎖更爲確實。 上述門窗中，上述指定位置，最好是上述門窗頭框受 到引導後當上述門窗扇朝關閉方向移動時，就可使上述抵 接部抵接在上述被抵接部，使上述鉤構件可卡合在卡合部 -8- 201005161 的位置。 根據上述門窗，在門窗頭框受到引導後，並且門窗扇 朝關閉方向移動時，被抵接部是會抵接於抵接部，使鉤構 件配置在卡合於卡合部的位置。因此，能夠提供一種只要 執行門窗扇的關閉操作就能夠確實上鎖門窗頭鎖件的門窗 〇 上述門窗中，最好是構成爲，上述鉤部，具備：利用 〇 上述門窗扇的關閉抵接於上述被抵接部以上述轉動軸即第 1軸爲中心轉動，可彈推著上述鉤構件使上述鉤構件朝與 上述卡合部的卡合解除方向轉動的第1彈推構件；可抵接 著上述鉤構件管制上述鉤構件轉動藉此維持上述卡合部和 上述鉤構件之卡合狀態的同時，當以第2軸爲中心的轉動 操作用的操作部被操作時可解除對上述鉤構件轉動管制的 轉動管制構件；及可對要管制上述鉤部朝上述鉤構件和上 述卡合部的卡合解除方向轉動用的上述轉動管制構件進行 Ο 彈推第2彈推構件，上述第2軸的軸心是配置在比上述被 抵接部還位於室內側，上述第1軸的軸心是配置在比上述 被抵接部還位於室內側並且比上述第2軸的軸心還位於門 窗頭側’上述鉤構件和上述轉動管制構件，是在比上述第 1軸的軸心及上述第2軸的軸心還位於室內側位置的平拉 方向的上述第1軸的軸心和上述第2軸的軸心之間彼此抵 接著。 根據上述門窗時，其和第2軸比被抵接部還位於室外 側位置時的狀況相比，第2軸和操作部的距離變近，此外 -9- 201005161 ，第1軸或鉤構件和轉動管制構件的抵接部也比被抵接部 還位於室內側，所以鉤構件或轉動管制構件等各構件是可 形成爲較小，因此門窗頭鎖件的佔據空間就能夠更小。 上述門窗中，上述第1軸及上述第2軸，最好是沿著 上述門窗頭框長度方向配置成平行。 根據上述門窗時，是可使以第1軸爲中心轉動的鉤構 件和以第2軸爲中心轉動的轉動管制構件都朝門窗頭框長 度方向形成爲長形。即，鉤構件之鉤部和承鎖構件之卡合 ^ 部的接觸部份，或第1彈推構件彈推力和第2彈推構件彈 推力所作用的鉤構件和轉動管制構件的接觸部份，是不用 變更平拉方向及進深方向的尺寸就能夠形成爲較大，因此 能夠實現具備有不易損傷之門窗頭鎖件的門窗，同時能夠 實現具備有可牢固上鎖之門窗頭鎖件的門窗。 上述門窗中，爲了維持上述鉤構件和上述卡合部的上 述卡合狀態，上述轉動管制構件所要抵接的上述鉤構件部 位’最好是根據上述飽構件和上述卡合部形成卡合時之上 @ 述鉤構件的轉動角度設置成複數。 2個構件卡合時，零件的加工精度或組裝精度、施工 精度等因素恐怕會造成兩者之間鬆動產生發出喀町聲，根 據具備上述門窗頭鎖件的門窗時，爲了維持鉤構件和卡合 部的卡合狀態，轉動管制構件所要抵接的鉤構件部位是根 據鉤構件和卡合部形成卡合時之鉤構件的轉動角度設置成 複數’所以能夠根據零件的加工精度變更轉動管制構件所 要抵接的鉤構件部位。因此，就可使鉤構件的鉤部和承鎖 -10- 201005161 構件的卡合部不會產生鬆動能夠確實卡合。 上述門窗中，最好是構成爲’上述門窗扇，具有樹脂 製具中空部的門窗頭框’該門窗頭框的上述中空部內設有 補強材，上述補強材，具有：朝進深方向延伸的底片；從 上述底片的室外側端部延伸至上述開口框側的室外側片； 及從上述底片的室內側端部延伸至上述開口框側的室內側 片，上述第2軸的軸心’是配置在上述補強材的上述底片 φ 和上述室外側片和上述室內側所區隔形成的空間內。 根據上述門窗時，利用設置在門窗頭框內的剖面3字 形補強材內的空間就能夠配置第2軸的軸心’因此門窗頭 框的表觀尺寸就能夠形成爲更小。 〔發明效果〕 根據本發明時，是可提供一種只要關閉門窗扇就能夠 容易上鎖門窗頭鎖件的門窗。此外’還可提供一種具備有 φ 佔據空間小並且能夠有效率使力上鎖之門窗頭鎖件的門窗 【實施方式】 〔發明之最佳實施形態〕 以下，是參照圖面對本發明一實施形態相關的門窗進 行說明。 本實施形態的門窗，是以平拉式門窗的雙槽平拉窗戶 爲例進行說明，該雙槽平拉窗戶，具備··設置在室內外邊 -11 - 201005161 界，安裝在建築結構體的四方框；及安裝在四方框可朝平 拉方向滑行移動開閉的窗扇。本實施形態的窗戶設有可上 鎖在窗扇和縱框之間的窗頭鎖件和窗頭框進深方向位置引 導用的引導構件，此外窗扇的窗頭框的室內側設有窗頭鎖 件的操作部。以下說明中，窗戶從室內側看時成爲上下的 方向是以上下方向表示，成爲左右的方向是以左右方向或 平拉方向表示，室內外方向的深度方向是以進深方向表示 。另外，即使是在針對窗頭鎖件單體及引導構件單體進行 說明時，同樣地還是以窗頭鎖件及引導構件已安裝在窗戶 時的狀態來表示上下。 本實施形態的窗戶10，如第1圖所示，具有：設置在 室內外邊界安裝在建築物或牆壁等之開口的開口框11;及 設置在開口框11朝平拉方向移動自如的內窗扇12及外窗 扇16。接著，內窗扇12及外窗扇16構成用的框，是具有 中空部的樹脂製成型構件，設有可使位於窗頭側的窗頭框 14、17和收容窗頭框14、17前端的縱框11a上鎖的窗頭 鎖件20，於窗頭框14、17的中空部內是設有補強材15( 第4圖）。 此外，於縱框11a，是在窗頭鎖件20還稍微上方的位 置，設有可使前端收容在縱框11a的內窗扇12及外窗扇 16的窗頭框14、17引導至縱框11a進深方向指定位置的 引導構件18。即，本實施形態的窗戶1〇，是在開口框11 及窗頭框14、17當中的一方即開口框11設有引導構件18 ，窗扇12、16關閉時，開口框11及窗頭框14、17當中 -12- 201005161 的另一方即窗頭框14、17會抵接於引導構件18，使相窗 頭框14、17引導至縱框11a進深方向的指定位置。 設置在內窗扇1 2側的窗頭鎖件20及引導構件1 8，和 ，設置在外窗扇16側的窗頭鎖件20及引導構件18，是左 右相反的構造，所以於此是以第1圖右側所示設置在內窗 扇1 2側的窗頭鎖件20及引導構件1 8爲例子進行說明。 窗頭鎖件20，如第2圖所示，是在縱框11a設有承鎖 φ 構件22，在內窗扇12的窗頭框14設有可和承鎖構件22 卡合的鎖本體30。 承鎖構件22，是不銹鋼製板材，具有：隔著縱框11a 以螺絲固定在固定板28的座板部24;及從座板部24室外 側端部延伸成大致直角，突出在平拉方向碰頭側的卡合壁 部26。座板部24設有小螺絲60貫穿用的貫通孔24a，卡 合壁部26設有鎖本體30的下述鉤部37b卡合用的卡合部 即卡合孔26b。該承鎖構件22 ’是以小螺絲60固定在縱 Ο 框11a的內窗扇12窗頭框14納入用的溝槽部lib使其形 成爲合壁部26突出在內窗扇12側。 鎖本體30，如第3圖所示，具有基部構件31、操作 手把32、補強材33、第1軸34、第2軸35、支架36、鉤 構件3 7、鉤構件側彈簧3 8、轉動管制構件3 9及管制構件 側彈簧40。基部構件31，是固定在面向著窗頭框14室內 側的板部（以下稱室內板部）l4a °操作手把32 ’是貫穿 著分別設置在基部構件31和窗頭框14室內板部14a的開 口 31c、14b。補強材33，是設置在室內板部14a的室外 -13- 201005161 側。第1軸34和第2軸35，是沿著垂直方向（窗頭框14 長度方向）配置的轉動軸，由支架36支撐著。鉤構件37 ，是設置成以第1軸3 4爲中心轉動自如。鉤構件側彈簧 38，是第1彈推構件可彈推鉤構件37朝指定方向轉動。 轉動管制構件3 9，是設置成以第2軸3 5爲中心轉動自如 可管制鉤構件3 7的轉動。管制構件側彈簧40，是第2彈 推構件可彈推轉動管制構件39。於此，第1軸34及第2 軸3 5，都是配置成軸心位置比卡合壁部26還位於室內側 。此外，第1軸34是配置成比第2軸35還位於窗頭側。 基部構件31，具有：抵接於室內板部14a由螺絲固定 的大致長方體狀的固定部31a:固定部31a的從碰頭邊梃 側端朝室內方向突出的室內側壁部31b;可固定部31a的 上端部側和下端部側與中央部位區隔的上下區隔壁部3 1 d ;分別設置在比上側區隔壁部3 1 d還位於上側部位及比下 側區隔壁部3 1 d還位於下側部位成爲小螺絲6 0貫穿用的 固定孔31e;及設置在中央區域成爲操作手把32貫穿用的 開口 3 1 c。在比上側區隔壁部3 1 d還位於上側的部位，及 ，在比下側區隔壁部3 1 d還位於下側的部位，是安裝有可 在分別以小螺絲60固定鎖本體30之後遮蓋小螺絲60的 罩蓋3 If。 操作手把32，具有：貫通在開口 31c成爲比基部構件 31的固定部31a還圖出於室內側的操作部32a;稍微彎曲 設置在與操作部32a交叉的方向’於基部構件31固定部 3 1 a室內側部位受到引導形成滑動的被引導部3 2b ;及從 201005161 室內板部14a的開口 14b突出在室內側的作用部32c，作 用部32c的前端，是設有轉動管制構件39的下述操作片 39b保持用的保持部32d。 補強板33，是板狀的構件，可與支架36 —起由基部 構件31的固定部31a固定用的小螺絲60同時鎖緊，使其 抵接於室內板部14a的室外側面成爲和支架36—起可大 致收容著鉤構件37和轉動管制構件39。 φ 支架36，具有：隔著間隔成相向配置在上下方向，成 爲第1軸34及第2軸35所要貫穿的上下軸承板部3 6a、 3 6b;可使上下軸承板部3 6a、3 6b的室外側端部間形成連 結的連結壁部36c;從上側的軸承板部36a室內側端部朝 上方延伸的上側伸出部3 6d ;及從下側的軸承板部3 6b室 內側端部朝下方延伸的下側伸出部3 6e。 上下軸承板部36a、36b的第3圖所示右側即窗頭側 的端部，是設有從上側的軸承板部36a垂下，此外，從下 Φ 側的軸承板部3 6b豎起，可對鉤構件側彈簧3 8所彈推的 鉤構件27轉動進行管制的轉動管制片3 6f。上側伸出部 36d及下側伸出部36e，是形成有螺絲孔36g可抵接著補 強板33螺合有小螺絲60。 鉤構件37的轉動軸即第1軸34，是從上側軸承板部 3 6a上方插入，穿通鉤構件側彈簧3 8、鉤構件3 7、下側軸 承板部36b，在下側軸承板部36b下方套上E環62使其 被支撐著。轉動管制構件39的轉動軸即第2軸35，是從 上側軸承板部36a上方插入，穿通轉動管制構件39、轉動 -15- 201005161 管制構件側彈簧40、下側軸承板部3 6l)在下側軸承板部 36b下方套上E環62使其被支撐著。支架36所支撐的第 1軸34及第2軸35，是沿著上下方向（窗頭框14的長度 方向）配置的同時’彼此隔著間隔成平行配置。 鉤構件37’如第3圖、第4圖所示，於支撐在第1軸 34的狀態下，是形成爲上下方向任一位置的水平剖面都是 大致相同的方塊構件。鉤構件37，從上方看時的水平剖面 ，是設有：穿通有第1軸34的本體部3 7a;在比第1軸 _ 34還位於窗頭側位置卡合於承鎖構件22卡合孔26b的勾 部3 7b;窗扇關閉時成爲承鎖構件22推壓抵接部的推壓部 37c’夾著第1軸34使鉤部37b及推壓部37c設置在相反 側’又設有下述轉動管制構件3 9抵接用的管制時抵接部 37d及解除時抵接部3 7h，連接在穿通有第1軸34的本體 部3 7a形成爲一體。另，第4圖，是表示要比位於窗頭鎖 件20上側的引導構件1 8還位於上方的水平剖面從上方看 時的狀態，但爲了呈現比引導構件1 8還位於下方位置的 ❹ 窗頭鎖件20，引導構件1 8是以一點虛線表示透明狀態。 鉤部37b和推壓部37c，是在本體部37a成爲連接著 。此外’當內窗扇12爲開放與承鎖構件22的卡合爲解除 的狀態’前端側是隔著間隔配置在進深方向，鉤部37b， 是配置在要比設置在縱框11a的承鎖構件22的卡合壁部 26還位於室內側位置，推壓部37c，是和承鎖構件22的 卡合壁部26配置在進深方向並排位置。 接著，鉤構件側彈簧38，是設置成可使推壓部37c位 -16- 201005161 於室外側的同時，鉤構件3 7的前端側以第1軸3 4爲中心 朝室內側轉動。鉤構件側彈簧38,是扭力螺旋彈簧，如第 3圖所示，其是配置在鉤構件37的上側，和鉤構件37 — 起貫穿有第1軸34, 一方的端部是掛在支架36，另一方 的端部是掛在鉤構件37。 轉動管制構件39，如第3圖、第4圖所示，於支撐在 第2軸35的狀態下，是形成爲上下方向任一位置的水平 ❹ 剖面都是大致相同的方塊構件。轉動管制構件3 9，從上方 看時的水平剖面，是設有：穿通有第2軸35的本體部39a :從第2軸35朝室內側突出，保持在操作手把32保持部 3 2d的操作片39b ;及從第2軸朝室內側及窗頭側突出以 抵接著鉤構件37管制鉤構件37的管制部39c。 接著，轉動管制構件39，是設有能以第2軸35爲中 心使轉動管制構件39的操作片39b及管制部39c從窗頭 側朝室內側轉動的管制構件側彈簧40。管制構件側彈簧 Ο 40,是扭力螺旋彈簧，如第3圖所示，其是配置在轉動管 制構件3 9的下側，和轉動管制構件3 9 —起貫穿有第2軸 35，一方的端部是掛在支架36’另一方的端部是掛在轉動 管制構件39。 上述構成的窗頭鎖件20，是以內窗扇12窗頭框14的 窗頭側部位進入縱框Π a的溝槽部1 1 b形成上鎖。窗頭框 1 4側也設有朝縱框1 1 a側開放的溝槽部1 4c，鉤構件3 7 的鉤部3 7b及推壓部3 7c，是朝溝槽部14c突出著。接著 ，當窗頭框14進入縱框11a的溝槽部Ub時，承鎖構件 -17- 201005161 22會插入窗頭框14的溝槽部14c，在溝槽部14c內推壓 部27會抵接於被抵接部2 6a使鉤構件37轉動，以致鉤部 37b卡合於卡合孔26形成上鎖。 窗頭框14，具有：面向室內側的室內板部14a;面向 室外側的室外板部14d;隔著間隔和室內板部14a形成配 置可形成爲溝槽部14c室內側壁部的室內側溝槽壁部I4e ;隔著間隔和室外板部14d形成配置可形成爲溝槽部14c 室外側壁部的室外側溝槽壁部14f;在窗頭側連接室內板 參 部14a和室內側溝槽壁部14e的室內側窗頭壁部14g :在 窗頭側連接室外板部1 4d和室外側溝槽壁部1 4f的室外側 窗頭壁部14h;在碰頭側連接室內側溝槽壁部I4e和室外 側溝槽壁部1 4f的溝槽底部1 4j。 即，溝槽部14c，是以室內側溝槽壁部14e、室外側 溝槽壁部14f及溝槽底部14j形成。接著，窗頭框14是於 上下方向在窗頭鎖件20設置部位形成缺口，當內窗扇12 關閉時，可使轉動的鉤構件37從室內側卡合於進入溝槽 ® 部14c的承鎖構件22。即，窗頭框14，是設有可使室內 側窗頭壁部Hg —部份、室內側溝槽壁部l4e及溝槽底部 14j 一部份形成缺口的缺口部14k。 引導構件18，是樹脂製的塊狀構件。其具備：設置在 承鎖構件22上方，固定在縱框11a溝槽部lib的座部l8a :及成爲座部18a進深方向的中央部份，於上下方向全區 朝內窗扇12側突出的引導凸部18b。 引導凸部1 8b前端側（窗頭框14側）的部位，是在 -18- 201005161 室內側及室外側的角部設有可使其朝向前端逐漸進深方向 寬度變窄的斜邊部18c，其前端是突出至和形成有溝槽部 lib的縱框11a前端爲大致相同的位置。此外，引導構件 18，是構成爲，當內窗扇12關閉使窗頭鎖件20爲上鎖的 狀態，窗頭框1 4的室內側窗頭壁部1 4 g和室外側窗頭壁 部14h會抵接著位於引導凸部18b兩側的座部18a，使引 導凸部1 8b的前端和溝槽底部1 4j之間形成空隙。 0 補強材1 5，是水平剖面形狀爲Π字形的金屬製構件， 具有：朝進深方向延伸的底片15a;從底片15a的室外側 端部朝窗頭側（縱框1 1 a側）延伸的室外側片1 5b ;及從 底片1 5a的室內側端部朝窗頭側（縱框1 1 a側）延伸的室 內側片1 5 c。 上述鎖本體30構成用的構件，如第4圖所示，是利 用設置在窗頭框14中空部內的補強材15所區隔的空間形 成配置。本實施形態的窗戶1〇，其第2軸35的軸心是配 〇 置在補強材1 5的底片1 5 a和室外側片1 5 b和室內側片1 5 c 所區域形成的空間內。 如上述，利用設置在窗頭框14內的剖面=/字形補強 材15內的空間配置第2軸35的軸心’是能夠使窗頭框14 的表觀尺寸形成爲更小。 此外，其他的構件，例如第4圖所示’將該剖面〕字 形補強材15所區隔形成的空間內利用成爲鉤構件37或轉 動管制構件3 9的轉動範圍’或在該空間內配置管制構件 側彈簧4 0，是能夠使窗頭框1 4的表觀尺寸形成爲較小。 -19- 201005161 其次，是使用第5圖針對內窗扇12移動時引導構件 1 8的功能和窗頭鎖件20的上鎖狀態進行說明。另，第5 圖中也是和第4圖相同，爲了呈現比引導構件18還位於 下方位置的窗頭鎖件20，引導構件18是以一點虛線表示 透明狀態。 如第5 (a)圖所示，在承鎖構件22和鎖本體30的卡 合爲解除的狀態，當縱框11a和窗頭框14的位置爲朝平 拉方向（內窗扇12的滑動方向）離開的狀態時，鉤構件 37,是由鉤構件側彈簧38彈推往可使其前端朝室內側轉 動的方向，利用鉤部3 7b抵接於支架36上下的轉動管制 片36f，使其姿勢保持著。 此外，轉動管制構件39是由管制構件側彈簧40彈推 成抵接於鉤構件37的解除時抵接部37h。此時，轉動管制 構件的操作片39b是朝向室內側，與操作手把32的保持 部32d形成卡合著。另外，此時，內窗扇12只是由設置 在下框的軌道及上框引導著，所以並未正確定位在縱框 1 1 a進深方向位置。 當從第5(a)圖的狀態關閉內窗扇12時，首先，如 第5(b)圖所示，窗頭框14的室內側溝槽壁部14e和室 內側窗頭壁部14g的角部，是會接觸於引導構件18室內 側的斜邊部18c。此時，鉤構件37的推壓部37c雖不抵接 於承鎖構件22的被抵接部26a，但窗頭框14的前端是開 始進入縱框11a的耩槽部lib。 第5(b)圖的例子，內窗扇12因是比指定位置還位 -20- 201005161 於室外側，所以窗頭框14的室內側溝槽壁部I4e和室內 側窗頭壁部14g的角部就會接觸引導構件18室內側的斜 邊部1 8 c，但若內窗扇1 2是比指定位置還位於室內側時， 則室外側溝槽壁部14f和室外側窗頭壁部14h的角部就會 和引導構件18室內側的斜邊部18c接觸。於此，所謂指 定位置，是指鉤部3 7b比設置在縱框11a的承鎖構件22 的卡合壁部26還位於室內側，推壓部37c和承鎖構件22 φ 的卡合壁部26在平拉方向成並排的位置。 接著，又使內窗扇12朝縱框11a側移動成關閉時， 室內側溝槽壁部1 4e和室內側窗頭壁部1 4g的角部，就會 沿著引導構件18室內側的斜邊部18c滑動，使窗頭框14 ' 朝室內側移動的同時朝縱框側1 1 a側移動。然後，當室內 側溝槽必部14e和引導構件18的引導凸部18b室內側的 面成爲對面後，如第5 ( c )圖所示，位於引導構件18下 方的承鎖構件22的被抵接部2 6a會抵接有鉤構件37的推 • 壓部3 7c。此時，引導構件18的引導凸部18b，是進入在 窗頭框14的溝槽部14c。 當從第5(c)圖的狀況又使內窗扇12朝縱框11a側 移動成關閉時，推壓部37c會由被抵接部26a推壓往平拉 方向使鉤構件37以第1軸34爲中心開始轉動，使鉤部37 的前端反抗鉤構件側彈簧3 8的彈推力朝室外側移動。此 時，隨著鉤構件37的轉動當鉤部3 7b開始朝室外側移動 的同時，解除時抵接部3 7h會開始滑動在轉動管制構件3 9 的管制部3 9c窗頭側的面。然後，解除時抵接部3 7h其與 -21 - 201005161 管制部39c的抵接位置會從第2軸35側逐漸移動至管制 部39c的前端側。 接著，當鉤構件37持續轉動時，鉤部37b會和卡合 孔26b形成卡合。另一方面，當解除時抵接部37h越過管 制部3 9c前端’從窗頭側的側面脫離時，管制構件側彈簧 40的彈推力會使轉動管制構件39往管制部39c前端從窗 頭側朝向室外側的方向轉動。轉動管制構件3 9的轉動， 是會造成管制部39c前端抵接於鉤構件37的管制時抵接 ^ 部37d。接著，於該狀態下，因鉤構件37的管制時抵接部 37d是抵接在管制部39c的前端，所以鉤構件37就不可能 因鉤構件側彈簧38的彈推力而轉動，因此就成爲可維持 著鉤部37b和卡合孔26b卡合的上鎖狀態。此時，操作手 把32 ’是隨著轉動管制構件39操作片39b的移動形成移 動，使操作部32a朝窗頭側移動。 此外，當於鉤部37b和卡合孔26b卡合成上鎖的狀態 ’將操作部32a朝基部構件31的室內側壁部31b側移動 ◎ ，反抗管制構件側彈簧40的彈推力使轉動管制構件3 9轉 動解除管制部39c和管制時抵接部37d的抵接時，鉤部 37b的前端會因鉤構件側彈簧38的彈推力而轉動，使鉤部 3 7b和卡合孔26b的卡合解除因此能夠容易解除上鎖。 根據上述實施形態的窗戶10時，當將窗扇12、16朝 關閉方向移動，即，使窗頭框14、17朝接近縱框11a的 方向移動窗扇12、16時，窗頭框14會比推壓部37c抵接 於被抵接部26a還先接觸於引導構件18，所以當推壓部 -22- 201005161 37c抵接於被抵接部26a時，窗頭框14已經接觸著引導構 件18。因此，可在更早的時間點由引導構件18使窗頭框 14的軌道朝向指定位置的方向。因此，就能夠使設有承鎖 構件22的開口框11和設有鎖本體30的窗頭框14之進深 方向的位置比推壓部3 7c抵接於被抵接部2 6a還早吻合， 所以能夠使上鎖更爲確實。 上述實施形態中，是針對窗頭框14會比推壓部37c φ 抵接於被抵接部26a還先接觸引導構件18的例子進行了 說明，但也可將推壓部37c抵接被抵接部26a的時機和窗 頭框14接觸引導構件18的時機成爲同時。即，也可構成 爲當窗扇12、16朝關閉方向移動時，在抵接部37c抵接 於被抵接部26a以前，窗頭框14、17就接觸於引導構件 。於該狀況時，是在抵接部37c抵接於被抵接部26a以前 ，由引導構件18使窗頭框14的軌道朝向指定位置的方向 。因此，是能夠使設有承鎖構件22的開口框11a和設有 鲁 鎖本體30的窗頭框14之進深方向的位置，在抵接部37c 抵接於被抵接部26a以前就吻合，所以能夠確實上鎖。因 此，能夠提供一種只要執行窗扇12、16的關閉操作就能 夠容易上鎖窗頭鎖件20的窗戶10。 此外，窗頭框14由引導構件1 8引導的指定位置，是 窗頭框14受到引導後窗扇12、16朝關閉方向移動時，可 使推壓部37c抵接被抵接部2 6b，使鉤構件37卡合於卡合 孔2 6b的位置。因此，在窗頭框14受到引導構件18引導 後，當窗扇12、16朝關閉方向移動時，推壓部3 7c就會 -23- 201005161 抵接於被抵接部26b，使鉤構件37配置在卡合於卡合孔 26a的位置，因此能夠提供一種只要執行窗扇12、16的關 閉操作就能夠確實上鎖窗頭鎖件20的窗戶10。 其次，是使用第6圖針對內窗扇12移動造成窗頭鎖 件20承鎖構件22和鎖本體30的卡合動作進行說明。 如第6(a)圖所示，在承鎖構件22和鎖本體30的卡 合爲解除的狀態，鉤構件37,是由鉤構件側彈簧38彈推 往可使其前端朝室內側轉動的方向，利用鉤部37b抵接於 支架36上下的轉動管制片36f，使其姿勢保持著。此時， 如以上所述鉤部37b，是比設置在縱框11a的承鎖構件22 的卡合壁部26還位於室內側，推壓部3 7c，是和承鎖構件 22的卡合壁部26 (被抵接部26b)配置在平拉方向成並排 的位置。 此外，轉動管制構件39是由管制構件側彈簧40彈推 抵接於鉤構件37的解除時抵接部37h。此時，轉動管制構 件的操作片39b是朝向室內側，與操作把手32的保持部 32d形成卡合著。 從第6(a)圖的狀態關閉窗扇12時，首先，如第6 (b)圖所示，承鎖構件22的卡合壁部26的前端即被抵 接部26a是會抵接有鉤構件37的推壓部37c。然後，又讓 內窗扇12更接近縱框11a時，如第6(c)圖所示，推壓 部37c會由被抵接部26a推壓往平拉方向使鉤構件37以 第1軸34爲中心開始轉動，使鉤部37的前端反抗鉤構件 側彈簧38的彈推力朝室外側移動。此時，隨著鉤構件37 -24- 201005161 的轉動當鉤部3 7b開始朝室外側移動的同時，解除時抵接 部37h會開始滑動在轉動管制構件39的管制部39c窗頭 側的面。然後，解除時抵接部37h其與管制部3 9c的抵接 位置會從第2軸3 5側逐漸移動至管制部3 9c的前端側。 接著’當鉤構件37持續轉動時，鉤部37b會和卡合 孔2 6b形成卡合。另一方面，當解除時抵接部3 7h越過管 制部3 9c前端，從窗頭側的側面脫離時，管制構件側彈簧 φ 40的彈推力會使轉動管制構件39往管制部39c前端從窗 頭側朝向室外側的方向轉動。轉動管制構件3 9的轉動， 是會造成管制部39c前端抵接於鉤構件37的管制時抵接 部37d。接著，於該狀態下，因鉤構件37的管制時抵接部 ’ 37d是抵接在管制部39c的前端，所以鉤構件37就不可能 因鉤構件側彈簧38的彈推力而轉動，因此就成爲可維持 著鉤部37b和卡合孔26b卡合的上鎖狀態。此時，操作手 把32，是隨著轉動管制構件3 9操作片39b的移動形成移 # 動，使操作部3 2a朝窗頭側移動。 此外，當於鉤部37b和卡合孔26b卡合成上鎖的狀態 ，將操作部32a朝基部構件31的室內側壁部31b側移動 ，反抗管制構件側彈簧40的彈推力使轉動管制構件3 9轉 動解除管制部39c和管制時抵接部37d的抵接時，鉤部 37b的前端會因鉤構件側彈簧38的彈推力而轉動，使鉤部 3 7b和卡合孔2 6b的卡合解除因此能夠容易解除上鎖。 本實施形態的管制時抵接部37d，如第7圖所示，是 形成爲3個不同面的階梯狀。解除時抵接部37h越過管制 -25- 201005161 部3 9c前端之後即刻，如第6 ( d )圖及第7 ( a )圖所示 ，鉤構件37的設置在最遠離第1軸34位置的管制時抵接 部37d(以下稱前端側管制時抵接部37e)就會抵接有管 制部39a的前端。於前端側管制時抵接部37e抵接有管制 部39a前端的狀態，當內窗扇12抵接於縱框11a成無法 移動的狀態時，是會維持著前端側管制時抵接部37e抵接 有管制部39a前端的狀態。 此時，鉤構件37和轉動管制構件39的抵接部’是比 @ 第1軸3 4的軸心及第2軸3 5的軸心還位於室內側’於平 拉方向的第1軸3 4軸心和上述第2軸3 5軸心之間形成抵 接著。於該狀態，鉤構件側彈簧38是將鉤構件37彈推往 前端側管制時抵接部3 7e朝向室外側的方向。因此’於平 ， 拉方向在鉤構件3 7和轉動管制構件3 9之間’抵接在比第 1軸3 4及第2軸3 5還位於室內側位置的前端側管制時抵 接部37e和管制部39a的前端’都是被彈推往從鉤構件37 和轉動管制構件3 9之間朝室外側轉動的方向。因此’就 φ 可使鉤構件3 7和轉動管制構件3 9互相管制彼此的轉動’ 能夠使鉤構件操彈簧38及管制構件側彈簧40的彈推力有 效率運作。 於前端側管制時抵接部37e抵接有管制部39a前端的 狀態，並且內窗扇12爲可朝縱框lla側移動的狀況時’ 雖然是能夠使內窗扇12再往縱框lla側移動’但管制抵 接部37d爲1個的狀況時’即使是上鎖狀態但內窗扇12 和縱框lla之間還是會有鬆動喀町聲。因此’上述窗扇1〇 -26- 201005161 ，除了具備有前端側管制時抵接部37e以外，還具備有2 個管制時抵接部37f、37g »因此，於前端側管制時抵接部 37e抵接有管制部39a前端的狀態，當內窗扇12爲可朝縱 框11a側移動的狀況時，將內窗扇12再往縱框11a側移 動，如第7(b)圖所示，就能夠使3個管制時抵接部37e 、37f、37g當中位於中央位置的管制時抵接部37d (以下 稱中央管制時抵接部37 )抵接著管制部39c的前端，能夠 φ 避免內窗扇12和縱框11a之間產生鬆動喀町聲地進行上 鎖。此外，即使中央位置的管制時抵接部37d抵接著管制 部39c的前端，但內窗扇12還是可朝縱框11a側移動的 狀況時，將內窗扇12又往縱框11a側移動，如第7(c) ' 圖所示，就能夠使位於最接近第1軸3 4側的管制時抵接 部3 7d (以下稱軸側管制時抵接部3 7 )抵接著管制部3 9c 的前端，能夠避免內窗扇12和縱框11a之間產生鬆動喀 町聲地進行上鎖。 Φ 如上述，爲了維持鉤部3 7b和卡合孔26b的卡合狀態 ，轉動管制構件3 9管制部3 9c前端所要抵接的管制抵接 部37d，是根據鉤部37b和卡合孔26b卡合時的鉤構件37 轉動角度設置成3階段，因此轉動管制構件3 9管制部3 9c 前端所要抵接的管制抵接部37d變更，就能夠消除鬆動喀 町聲形成確實卡合。此外，2個以上的構件形成卡合時， 零件的加工精度或組裝精度、施工精度等因素有時候恐怕 會造成兩者之間鬆動產生發出喀町聲，但若具備有複數形 成階段性的可抵接管制部39c來管制鉤構件37轉動的管 -27- 201005161 制時抵接部3 7d，就能夠抑制兩者之間產生鬆動喀町聲， 能夠確實上鎖。 根據上述實施形態的窗戶10時，因第1軸34及第2 軸35的軸心都是配置成比承鎖構件22的被抵接部還位於 室內側，所以以第1軸34爲中心轉動的鉤構件37和以第 2軸35爲中心轉動的轉動管制構件39於進深方向是配置 成比被抵接部還位於室內側。此時，室內側，因是鉤構件 3 7b和卡合孔26b卡合解除操作側，所窗頭鎖件20的佔據 空間就能夠更小。 此外，因是利用設置在樹脂製窗頭框14內的剖面3 字形補強材1 5內的空間配置第2軸3 5的軸心，所以能夠 使窗頭框14的表觀尺寸形成爲更小。 另外，針對鎖本體30的其他構件，同樣地，例如第4 圖所示，將該剖面3字形補強材1 5所區隔形成的空間內 利用成爲鉤構件37或轉動管制構件39的轉動範圍，或在 該空間內配置管制構件側彈簧40，是能夠使窗頭框1 4的 表觀尺寸形成爲較小。 此外，鉤構件側彈簧38’是朝可使鉤部37b和卡合孔 26b卡合解除的方向彈推轉動鉤構件37，管制構件側彈簧 40，是對可管制鉤構件37朝鉤部37b和卡合孔26b卡合 解除方向轉動的轉動管制構件39進行彈推。因此’於鉤 構件37抵接有轉動管制構件39使鉤夠件37轉動受到管 制的狀態，鉤構件側彈簧3 8的彈推力和管制構件側彈簧 40的彈推力是朝相反的方向作用。 -28- 201005161 接著，鉤構件37所具有的鉤部37b，是經由內窗扇 1 2的關閉使其和位於比鉤構件3 7轉動中心即第1軸3 4軸 心還室內側的卡合孔26b卡合，使其與鉤構件37轉動管 制用的轉動管制構件39，是抵接在比第1軸34軸心位於 室內側位置的第1軸34和第2軸35之間。因此，於鉤構 件3 7中轉動管制構件3 9所抵接的部位和鉤部3 7b，是夾 著第1軸3 4位於相反側位置。接著，因鉤構件3 7彈推用 0 的鉤構件側彈簧38是朝可使鉤部37b和卡合孔26b卡合 解除的方向彈推轉動鉤構件37,所以就會作用有可使鉤構 件3 7中轉動管制構件3 9所抵接的部位朝室外方向移動的 第1彈推構件的彈推力。 ' 因此，於鉤構件3 7抵接著轉動管制構件3 9使鉤構件 3 7轉動受到管制的狀態下，將鉤構件3 7和轉動管制構件 39的抵接部位配置在比第1軸34和第2軸35的軸心還位 於室內側的平拉方向第1軸34的軸心和第2軸的軸心之 Φ 間，是能夠運作鉤構件側彈簧3 8的彈推力管制轉動管制 構件3 9的轉動，能夠運作管制構件側彈簧4 0的彈推力管 制鉤構件3 7的轉動，因此能夠有效率運作鉤構件側彈簧 3 8的彈推力及管制構件側彈簧40的彈推力。 此外，第1軸34及第2軸35沿線的垂直方向是窗頭 框14的長度方向，因此就能夠使以第1軸34爲中心轉動 的鉤構件3 7和以第2軸3 5爲中心轉動的轉動管制構件3 9 都朝垂直方向（窗頭框14長度方向）形成爲長形。即， 是可使鉤構件37之鉤部37b和承鎖構件22之卡合孔26b -29- 201005161 (卡合部）的接觸部份，或鉤構件側彈簧38的彈推力和 管制構件側彈簧40的彈推力所作用的鉤構件3 7和轉動管 制構件39的接觸部份形成爲較大，因此能夠實現不易損 傷的窗頭鎖件20，同時能夠實現牢固上鎖的窗頭鎖件20 〇 另外，其和第2軸35較被抵接部（卡合壁部26)還 位於室外側時的狀況相比，將第2軸35配置成靠近室內 側是能夠使第2軸35和操作部32a的距離變小，因此就 _ 能夠使以第2軸3 5爲軸心轉動的轉動管制構件3 9的尺寸 形成爲較小。基於此，就能夠使具備窗頭鎖件20的窗頭 框14其表觀尺寸形成爲較小。 此外，上述實施形態的窗戶10，是可具備能夠有效率 - 運作鉤構件側彈簧3 8及管制構件側彈簧40彈推力上鎖的 上述窗頭鎖件20，使其具備高防盜性。 上述實施形態中，窗扇構成用的框爲樹脂製，但並不 限於此，也可採用例如以鋁製的擠出成型構件構成的框。 @ 另，上述實施形態，是爲了讓本發明容易理解所採用 的實施形態，本發明並不限於上述實施形態的解釋。本發 明，是可在不脫離其主旨範圍進行變更、改良的同時，理 所當然本發明包括其等效物。 例如：上述實施形態中，是以雙槽平拉窗戶爲例子進 行了說明，但並不限於此，也可以是開口框內設有窗扇可 朝水平方向滑動關閉自如的單拉窗，或是開口框內設有窗 扇可朝垂直方向滑動關閉自如的單懸掛式上下拉窗或雙懸 -30- 201005161 掛式上下拉窗等。 此外，上述實施形態中，引導構件18是設置在開口 框11 (縱框11a)側，但引導構件18也可設置在窗扇12 、16側（窗頭框14、17)，於該狀況，當關閉窗扇12、 16時使引導構件18抵接於開口框11，窗扇12、16就會 被引導至開口框11 (縱框11a)進深方向的指定位置。 另外，上述實施形態中，是在窗頭鎖件20還梢微上 φ 方的位置設有引導構件18,但不限於此，也可在窗頭鎖件 20還稍微上方的位置設有引導構件18，或也可在窗頭鎖 件20的上方及下方的兩方位置設有引導構件18。再加上 ，引導構件18也可和窗頭鎖件20或承鎖構件22設置成 一體性。 此外，上述實施形態，是針對管制部39c前端所要抵 接的管制時抵接部由形成爲階梯狀的3個面所形成的例子 進行了說明，但管制時抵接部的數量並不限於3個。 ❿ 【圖式簡單說明】 第1圖爲本實施形態相關的窗戶從室內側看時的立面 圖。 第2圖爲表示設置在縱框的承鎖構件及引導構件的透 視圖。 第3圖爲表示設置在窗頭框的鎖本體分解透視圖。 第4圖爲縱框、窗頭框、窗頭鎖件、引導構件的構成 及配置說明用的水平剖面圖。 -31 - 201005161 第5圖爲上鎖時的動作說明圖。 第6圖爲窗頭鎖件的動作說明圖。 第7圖爲管制時抵接部和管制部前端的抵接狀態說明 【主要元件符號說明】 10 :門窗（窗戶） 1 1 :開口框 1 1 a :縱框 12:內門窗扇（內窗扇） 14:門窗頭框（窗頭框） 1 5 :補強材 15a :底片 15b :室外側片 1 5 c :室內側片 18 :引導構件 20 :門窗頭鎖件（窗頭鎖件） 22 :承鎖構件 26 :卡合壁部 2 6 a ·被抵接部 26b :卡合孔 30 :鎖本體 3 2 :操作手把 3 2 a :操作部 -32- 201005161 34 :第1軸 35 :第2軸 3 7 :鉤構件 37b :鉤部 37c :推壓部 3 7d :管制時抵接部 37e :前端側管制時抵接部 3 7f :管制時抵接部 3 7f :中央管制時抵接部 3 7g :軸側管制時抵接部 37h :解除時抵接部 3 8 :鉤構件側彈簧 3 9 :轉動管制構件 39c :管制部 40 :管制構件側彈簧 -33-201005161 VI. Description of the invention: [Technical Field] The present invention relates to a door and window having a lock member that can be slidably opened and closed to a door sash provided in an open frame, In particular, there is a door and window provided with a door and window lock which can be locked on the window side of the door and window door. [Prior Art] φ allows the door and window of the lock member to be locked on the door sash that is slidable and openable in the open frame. For example, a door and window having a crescent lock to lock the double-slot flat-panel door and window can be known. a crescent lock set on the above door and window, E.g: It is a door and window fan with a buckled iron piece. On the other side, the door and window sash is provided with a rotating shape to become a crescent ear that engages with the above-mentioned buckle iron member. By rotating the ear portion, it is formed to engage with the buckle iron member, One door sash and the other door sash are pulled together (for example, refer to Patent Document 1). In addition, a window lock that can lock the flat window on the window side of the window sash, Example: If the known locking device is a horizontal-axis locking member that is fixed to the sash window abutment frame with the sash thickness as the axis, The window frame has a locking portion, The locking portion is a locking member that is pivotally rotatable in the longitudinal direction by a first axial axis of the horizontal axis. and, A constraining member that is pivotally rotatable in the longitudinal direction by the second axial axis of the horizontal axis is formed by a spring member. The locking device, The first axis is placed above the second axis. When the sash is closed, The locking member enters between the first shaft and the second shaft to abut against the locking member to rotate the locking member. By the rotation of the lock member, the groove in which the locking member is provided to the lock member is locked to a position closer to the sash side than the first shaft. at this time, The spring member is placed on the opposite side of the window from the first axis of the window -5- 201005161, The restraining member is rotated while the rotation of the locking member is formed to extend. the result, The rotation of the restraining member is made such that the locking portion that can control the rotation of the restraining member and the locking member is locked. The pressing member is pressed in the vertical direction to lock the locking member. An operating handle for releasing the locking state of the restraining member and the locking member, Is the spring member extending from the opposite side of the sash, In this case, the locking state of the restraining member and the locking member is released by the operation of the handlebar (see, for example, Patent Document 2). [Patent Document 1] Japanese Patent Publication No. Sho 58-11881 (Patent Document 2) JP-A-2005-139698 [Description of the Invention] [Problem to be Solved by the Invention] A lock member for locking a door sash, It is a door and window lock that can be locked between the window and the vertical side of the door and window door. Door and window locks, The locking operation like a crescent lock has a small effect on the door and window fan pulling in the depth direction. Therefore, the problem is that if the position of the door and window frame and the vertical frame when the window sash closes the door is not appropriate, it may not be locked. In addition, The above previous locking device, The upper side of the locking member that comes in when the door sash is closed is a locking member that is pivotally supported by the first shaft. a constraining member pivotally supported by the second shaft is disposed on the upper side, Therefore, a wide space is required in the up and down direction. Further, the operation handle for releasing the locking state of the restraining member and the locking member is extended on the opposite side of the position of the locking member that locks the first shaft and the second shaft to the locking member groove. Therefore, the depth direction also needs -6 - 201005161 to have a wider space. Therefore, the problem is that the door and window frame or frame with the locking device needs to be formed to be large. As a result, the opening and closing of the door and window for the wider opening is narrowed. this invention, It is an invention that is based on the above problems. The purpose is to provide a door and window that can easily lock the door and window locks as long as the door sash is closed. There is also provided a door and window lock member that occupies a small space and is capable of being efficiently locked, and a door and window having the door and window lock member. [Means to solve the problem] In order to achieve the above objectives, The door and window of the invention, It has a door and window lock. The above door and window locks, With a locking member and a lock body, The above-mentioned locking member, It is an open frame installed at the indoor and outdoor boundary. The above lock body, It is a door and window door frame that is installed in the opening frame and is slidably opened and closed. Formed to be engageable with the above-mentioned locking member, Its characteristic is that It has a guiding member, The guiding member is disposed on one of the opening frame and the door and window frame Φ, When the door sash is closed, the other of the open frame and the door and window frame may be in contact with each other. Guiding the door and window frame to a specified position in the depth direction of the opening frame, The above-mentioned locking member, have: An abutting portion that abuts the lock body when the door sash is closed; And a snap portion that can be engaged with the lock body, The above lock body, With hook members, The hook member has: Abutting the abutting portion of the abutted portion by closing the door sash; And the hook portion of the abutting portion that is locked to the engaging portion by the rotation of the abutting portion, The configuration is such that the abutting portion abuts against the abutted portion, The other of the opening frame and the head window 201005161 is brought into contact with a guide member provided in one of the opening frame and the door and window frame. According to the above door and window, When the door sash moves in the closing direction, Before the abutment part abuts against the abutted part, The door window frame or the open frame is in contact with the guiding member, Therefore, before the abutting portion abuts against the abutted portion, The door and window frame rails are oriented toward the designated position by the guiding members. therefore, It is a position in which the opening frame provided with the lock member and the door frame frame provided with the lock body are in the depth direction. Before the abutting portion abuts against the abutted portion, it matches. Therefore, the abutting portion can be surely abutted against the abutted portion. Can be locked. therefore, It is possible to provide a door and window that can easily lock the door and window lock as long as the closing operation of the door sash is performed. In the above windows and doors, Preferably, the above-mentioned guiding member is provided in the above-mentioned opening frame. The door and window frame is brought into contact with the guiding member before the abutting portion abuts against the abutting portion. According to the above door and window, When the door sash moves in the closing direction, The door and window frame will contact the guiding member before the abutting portion abuts against the abutting portion. Therefore, when the abutting portion abuts against the abutted portion, the door and window frame has contacted the guiding member. Therefore, the door member frame rail can be oriented toward the designated position by the guiding member at an earlier point in time. therefore, The position in the depth direction of the opening frame provided with the lock member and the door window frame provided with the lock body can be made earlier than the abutment portion abuts against the abutted portion. So it can make the lock more reliable. In the above windows and doors, The above specified location, Preferably, when the door and window frame is guided, when the door and window fan moves in the closing direction, The abutting portion can be brought into contact with the abutted portion. The hook member can be engaged at the position of the engaging portion -8-201005161. According to the above door and window, After the door and window frame is guided, And when the door sash moves in the closing direction, The abutted part will abut the abutment. The hook member is placed at a position to be engaged with the engaging portion. therefore, It is possible to provide a door and window that can securely lock the door and window locks as long as the closing operation of the door sash is performed 〇 in the above-mentioned door and window, It is best to make up, The above hook, have: By the closing of the door sash, the abutting portion is rotated about the first axis of the rotating shaft, a first spring pushing member that can be rotated by the hook member to rotate the hook member in the releasing direction of the engaging portion; The hook member can be abutted against the rotation of the hook member to maintain the engagement state of the engaging portion and the hook member, When the operation portion for the rotation operation centering on the second axis is operated, the rotation regulating member that controls the rotation of the hook member can be released; And the second urging member is slidably pushed by the rotation regulating member for controlling the rotation of the hook portion in the engagement releasing direction of the hook member and the engaging portion. The axial center of the second shaft is disposed on the indoor side of the abutting portion. The axial center of the first shaft is disposed on the indoor side of the abutting portion and on the door window side of the axis of the second shaft. The hook member and the rotation regulating member are disposed. The axial center of the first shaft and the axial center of the second shaft in the flat pulling direction of the axial center of the first axis and the axial center of the second axis are both in contact with each other. According to the above door and window, Compared with the case where the second axis is located at the outdoor side position, the abutment portion is The distance between the second axis and the operating portion becomes closer, In addition -9- 201005161 , The abutment portion of the first shaft or the hook member and the rotation regulating member is also located on the indoor side than the abutted portion. Therefore, each member such as a hook member or a rotation regulating member can be formed to be small. Therefore, the space occupied by the door and window locks can be made smaller. In the above windows and doors, The first axis and the second axis, Preferably, they are arranged in parallel along the length of the door and window frame. According to the above door and window, The hook member that rotates about the first axis and the rotation regulating member that rotates about the second axis are formed in an elongated shape toward the length of the door and window frame. which is, a contact portion of the hook portion of the hook member and the locking member, Or the contact portion between the hook member and the rotation regulating member which are applied by the first projectile member thrust force and the second projectile member projectile thrust force, It is possible to form a larger size without changing the size of the flat pull direction and the depth direction. Therefore, it is possible to realize a door and window having a door and window lock which is not easily damaged. At the same time, it is possible to realize a door and window with a door and window lock that can be firmly locked. In the above windows and doors, In order to maintain the above-described engagement state of the hook member and the engaging portion, Preferably, the hook member portion ' to which the rotation regulating member abuts is set to be plural according to a rotation angle of the hook member when the saturating member and the engaging portion are engaged with each other. When two components are engaged, Machining accuracy or assembly accuracy of parts, Factors such as construction accuracy may cause loosening of the sound between the two, According to the door and window with the above-mentioned door and window locks, In order to maintain the engagement state of the hook member and the engaging portion, The hook member portion to which the rotation regulating member abuts is set to a plural number according to the rotation angle of the hook member when the hook member and the engaging portion are engaged with each other, so that the hook member portion to which the rotation regulating member is to be abutted can be changed according to the machining accuracy of the component. . therefore, It is possible to make the hook portion of the hook member and the engaging portion of the member of the bracket -10-201005161 not loose and can be surely engaged. In the above windows and doors, It is best to constitute the above-mentioned door and window sash, a door and window frame having a hollow portion of a resin device, wherein a reinforcing material is provided in the hollow portion of the door and window frame. The above reinforcing material, have: a film extending in the depth direction; An outdoor side panel extending from an outdoor side end portion of the back sheet to the opening frame side; And an indoor side panel extending from the indoor side end portion of the back sheet to the opening frame side, The axial center ' of the second shaft is disposed in a space formed by the back sheet φ of the reinforcing material and the outdoor side sheet and the indoor side. According to the above door and window, The axial center of the second shaft can be disposed by the space in the three-dimensional reinforcing material provided in the door and window frame, so that the apparent size of the door and window frame can be made smaller. [Effect of the Invention] According to the present invention, It is possible to provide a door and window that can easily lock the door and window locks as long as the door sash is closed. Further, it is also possible to provide a door and window having a door and window lock having a small φ occupying space and capable of being efficiently locked. [Embodiment] [Best Embodiment of the Invention] The door and window according to an embodiment of the present invention will be described with reference to the drawings. The door and window of this embodiment, Taking the double-slot flat-paneled windows of flat-panel doors and windows as an example, The double slotted flat window, With ··Setting inside and outside the room -11 - 201005161 Installed in the four squares of the building structure; And the window sash installed in the four squares to slide and open in the direction of the flat pull. The window of the present embodiment is provided with a window lock which can be locked between the sash and the vertical frame, and a guide member for guiding the position of the window frame in the depth direction. Further, an operation portion of the window lock is provided on the indoor side of the window frame of the sash. In the following description, When the window is viewed from the indoor side, it becomes the up and down direction. The direction to be left and right is expressed in the left and right direction or the flat pull direction. The depth direction of the indoor and outdoor directions is expressed in the depth direction. In addition, Even when describing the window lock unit and the guide member unit, Similarly, the upper and lower sides are indicated by the state in which the window lock and the guide member are mounted on the window. The window 10 of the present embodiment, As shown in Figure 1, have: Providing an opening frame 11 installed at an opening of an indoor or outdoor boundary in a building or a wall; And the inner sash 12 and the outer window fan 16 which are freely movable in the flat drawing direction in the opening frame 11. then, The inner sash 12 and the outer sash 16 constitute a frame. It is a resin-made member having a hollow portion. There is a window frame 14 which can be located on the side of the window. 17 and the receiving window frame 14, 17 window lock 20 locked on the front frame 11a of the front end, At the window frame 14, In the hollow portion of the 17 is a reinforcing material 15 (Fig. 4). In addition, In the vertical frame 11a, It is at a position slightly above the window lock 20, a window frame 14 having an inner sash 12 and an outer sash 16 that can receive the front end of the vertical frame 11a, 17 is guided to the guide member 18 at the designated position in the depth direction of the vertical frame 11a. which is, The window of the present embodiment is 1〇, In the open frame 11 and the window frame 14, One of the 17 is the opening frame 11 and the guiding member 18 is provided. Window sash 12, When 16 is off, Opening frame 11 and window frame 14, 17 of the -12- 201005161, the other side of the window frame 14, 17 will abut on the guiding member 18, Make the window frame 14, 17 is guided to a designated position in the depth direction of the vertical frame 11a. The window lock member 20 and the guiding member 18 disposed on the inner sash 1 2 side with , a window lock 20 and a guiding member 18 disposed on the outer sash 16 side, Is a left-right opposite structure, Therefore, the window lock 20 and the guide member 18 provided on the side of the inner window 1 as shown on the right side of Fig. 1 will be described as an example. Window lock 20, As shown in Figure 2, It is provided with a locking φ member 22 in the vertical frame 11a, The window frame 14 of the inner sash 12 is provided with a lock body 30 engageable with the lock member 22. The locking member 22, It is made of stainless steel, have: The frame portion 24 of the fixing plate 28 is screwed through the vertical frame 11a; And extending from the outdoor side end portion of the seat plate portion 24 to a substantially right angle. The engaging wall portion 26 on the side of the head in the flat pull direction is protruded. The seat plate portion 24 is provided with a through hole 24a through which the small screw 60 is inserted. The engaging wall portion 26 is provided with an engaging hole 26b which is an engaging portion for engaging the hook portion 37b of the lock main body 30. The lock member 22' is a groove portion lib for the inner sash 12 of the inner sash 12 fixed to the vertical frame 11a by the small screws 60, so that the closed portion 26 protrudes toward the inner sash 12 side. Lock body 30, As shown in Figure 3, Having a base member 31, Operation handle 32, Reinforcing material 33, First axis 34, The second axis 35, Bracket 36, Hook member 3 7, Hook member side spring 38 The regulating member 39 and the regulating member side spring 40 are rotated. Base member 31, The plate portion (hereinafter referred to as an inner plate portion) that is fixed to the indoor side of the window frame 14 is opened. The operation handle 32' is inserted through the opening 31c provided in the base member 31 and the indoor panel portion 14a of the window frame 14, respectively. 14b. Reinforcing material 33, It is disposed on the outdoor side of the indoor panel portion 14a -13-201005161. The first shaft 34 and the second shaft 35, Is a rotating shaft arranged in the vertical direction (the length direction of the window frame 14), Supported by the bracket 36. Hook member 37, It is set to be rotatable about the first axis 34. Hook member side spring 38, It is the first poppet member that can slide the hook member 37 in a predetermined direction. Rotating control member 3 9, It is set to be rotatable about the second axis 35, and the rotation of the hook member 37 can be controlled. Regulating member side spring 40, It is the second projectile member that can push the rotation regulating member 39. herein, The first axis 34 and the second axis 3 5, Both are arranged such that the axial center position is located on the indoor side than the engagement wall portion 26. In addition, The first shaft 34 is disposed closer to the window side than the second shaft 35. Base member 31, have: The substantially rectangular parallelepiped fixing portion 31a that is fixed to the inner plate portion 14a by screws is: An indoor side wall portion 31b of the fixing portion 31a that protrudes from the side edge of the side of the head toward the indoor direction; The upper end side and the lower end side of the fixable portion 31a are partitioned from the central portion by the upper and lower partition walls 3 1 d; Each of the upper side partition portions 3 1 d is located at an upper portion and a lower portion of the lower side partition portion 3 1 d and a lower portion of the fixing hole 31e for the small screw 60 to penetrate; And an opening 3 1 c that is provided in the central region to penetrate the handle 32. In a portion located on the upper side than the upper side partition portion 3 1 d, And , At a lower side than the lower side partition portion 3 1 d, A cover 3 If which covers the small screw 60 after fixing the lock body 30 with the small screws 60, respectively, is mounted. Operating the handlebar 32, have: The operation portion 32a that penetrates the opening 31c and is closer to the indoor side than the fixing portion 31a of the base member 31; Slightly curved in a direction intersecting the operation portion 32a. The guide portion 3 2b that is guided to form a slide on the indoor side portion of the base member 31 fixing portion 3 1 a is guided; And the action portion 32c protruding from the opening 14b of the indoor plate portion 14a of 201005161 on the indoor side, The front end of the working portion 32c, It is a holding portion 32d for holding the following operation piece 39b of the rotation regulating member 39. Reinforcing plate 33, Is a plate-like member, The small screws 60 for fixing by the fixing portion 31a of the base member 31 together with the bracket 36 can be simultaneously locked. The outer side surface of the inner panel portion 14a is brought into contact with the bracket 36 to accommodate the hook member 37 and the rotation regulating member 39. Φ bracket 36, have: Arranged in the up and down direction opposite each other across the interval, The upper and lower bearing plate portions 36a to be penetrated by the first shaft 34 and the second shaft 35, 3 6b; The upper and lower bearing plate portions 36a, a joint wall portion 36c is formed between the outdoor side ends of the 3 6b; An upper protruding portion 3 6d extending upward from an inner side end portion of the upper bearing plate portion 36a; And a lower extension portion 36e extending downward from the inner end portion of the lower bearing plate portion 3 6b. Upper and lower bearing plate portions 36a, The right side of the 36b is shown on the right side of the window side. It is provided to hang down from the upper bearing plate portion 36a. In addition, Starting from the bearing plate portion 3 6b on the lower Φ side, The hooking member 27 which is pushed by the hook member side spring 38 is rotated to control the rotation regulating piece 36f. An upper protruding portion 36d and a lower protruding portion 36e, A screw hole 36g is formed to be screwed to the reinforcing plate 33 to screw the small screw 60. The rotation axis of the hook member 37 is the first shaft 34, It is inserted from above the upper bearing plate portion 3 6a, Through the hook member side spring 38, Hook member 3 7, Lower axle plate portion 36b, An E-ring 62 is placed under the lower bearing plate portion 36b to be supported. The rotation axis of the rotation regulating member 39 is the second shaft 35, It is inserted from above the upper bearing plate portion 36a, Through the rotation control member 39, Rotating -15- 201005161 Control member side spring 40, The lower bearing plate portion 361) is fitted with an E-ring 62 under the lower bearing plate portion 36b to be supported. The first shaft 34 and the second shaft 35 supported by the bracket 36, It is arranged in parallel with each other at intervals while being arranged in the vertical direction (the longitudinal direction of the window frame 14). The hook member 37' is as shown in Fig. 3, As shown in Figure 4, In the state of being supported by the first shaft 34, It is a block member which is formed to have substantially the same horizontal cross section at any position in the up and down direction. Hook member 37, Horizontal section when viewed from above, It is equipped with: Passing through the body portion 37a of the first shaft 34; a hook portion 37b that engages with the engagement hole 22b of the locking member 22 at a position closer to the window side than the first shaft _34; When the sash is closed, the pressing portion 37c' that presses the abutting portion by the lock member 22 sandwiches the first shaft 34 so that the hook portion 37b and the pressing portion 37c are disposed on the opposite side, and the following rotation regulating member 39 is provided. The control-time contact portion 37d and the release-time contact portion 3h, The main body portion 37a that is connected to the first shaft 34 is integrally formed. another, Figure 4, It is a state in which the horizontal section located above the guide member 18 located on the upper side of the window lock 20 is viewed from above. However, in order to present the 窗 window lock 20 which is also located below the guiding member 18, The guiding member 18 is a transparent state indicated by a dotted line. a hook portion 37b and a pressing portion 37c, It is connected to the main body portion 37a. Further, when the inner sash 12 is opened and the engagement of the lock member 22 is released, the front end side is disposed in the depth direction with an interval therebetween. Hook 37b, It is disposed at an indoor side position of the engagement wall portion 26 of the lock member 22 provided in the vertical frame 11a. Pushing portion 37c, The engagement wall portion 26 of the lock member 22 is disposed at a position in the depth direction. then, Hook member side spring 38, Is set so that the pressing portion 37c is at -16- 201005161 on the outdoor side, The front end side of the hook member 37 is rotated toward the indoor side around the first shaft 34. Hook member side spring 38, Is a torsion coil spring, As shown in Figure 3, It is disposed on the upper side of the hook member 37, And the hook member 37 runs through the first shaft 34, The end of one side is hung on the bracket 36, The other end is hooked to the hook member 37. Rotating the control member 39, As shown in Figure 3, As shown in Figure 4, In the state of being supported by the second shaft 35, It is a horizontal member that is formed at any position in the up and down direction. Rotating control member 3 9, The horizontal profile when viewed from above, It is equipped with: The body portion 39a having the second shaft 35 is inserted through: Projecting from the second shaft 35 toward the indoor side, Holding the operation piece 39b of the handle 32 holding portion 3 2d; And a regulating portion 39c that protrudes from the second shaft toward the indoor side and the window side to abut the hook member 37 to control the hook member 37. then, Rotating the control member 39, The control member side spring 40 that can rotate the operation piece 39b and the regulating portion 39c of the rotation regulating member 39 from the window side toward the indoor side with the center of the second shaft 35 is provided. Control member side spring Ο 40, Is a torsion coil spring, As shown in Figure 3, It is disposed on the lower side of the rotating tubular member 39. And the rotation control member 39 extends through the second axis 35, The end of one of the ends is hung on the other end of the bracket 36' and is hung on the rotation regulating member 39. The window lock 20 constructed as described above, The groove portion 1 1 b which enters the vertical frame Π a at the window side portion of the inner sash 12 window frame 14 is locked. The window frame 1 4 side is also provided with a groove portion 14c that is open toward the vertical frame 1 1 a side, The hook portion 3 7b of the hook member 3 7 and the pressing portion 3 7c, It is projected toward the groove portion 14c. Then, When the window frame 14 enters the groove portion Ub of the vertical frame 11a, The locking member -17-201005161 22 is inserted into the groove portion 14c of the window frame 14, In the groove portion 14c, the pressing portion 27 abuts against the abutted portion 26a to rotate the hook member 37. Therefore, the hook portion 37b is engaged with the engaging hole 26 to form a lock. Window frame 14, have: The indoor panel portion 14a facing the indoor side; An outdoor panel portion 14d facing the outdoor side; The inner side groove wall portion I4e which can be formed as the inner side wall portion of the groove portion 14c with the partition and the inner plate portion 14a formed therebetween; The outdoor side groove wall portion 14f which can be formed as the outdoor side wall portion of the groove portion 14c is disposed along the partition and the outer plate portion 14d; The indoor side window wall portion 14g of the indoor panel reference portion 14a and the indoor side groove wall portion 14e is connected to the window side: Connecting the outdoor panel portion 14d and the outdoor side window wall portion 14f of the outdoor side trench wall portion 14f to the window side; The inner side groove wall portion I4e and the outer side groove wall portion 14f are connected to the groove bottom portion 14j on the contact side. which is, Groove portion 14c, Is the indoor side groove wall portion 14e, The outdoor side groove wall portion 14f and the groove bottom portion 14j are formed. then, The window frame 14 is formed in a vertical direction at a position where the window lock 20 is disposed, and is formed in a gap. When the inner sash 12 is closed, The rotating hook member 37 can be engaged from the indoor side to the lock member 22 that enters the groove ® portion 14c. which is, Window frame 14, It is provided with the Hg part of the indoor side window wall portion, The indoor side groove wall portion l4e and the groove bottom portion 14j form a notched portion 14k. Guide member 18, It is a block member made of resin. It has: Provided above the locking member 22, The seat portion l8a fixed to the groove portion lib of the vertical frame 11a is: And become the central part of the depth direction of the seat portion 18a, The guide convex portion 18b that protrudes toward the inner sash 12 side in the entire area in the vertical direction. a portion that guides the front end side of the convex portion 18b (on the side of the window frame 14), In the corners of the indoor side and the outdoor side at -18-201005161, a bevel portion 18c is formed which can narrow the width toward the front end. The front end thereof protrudes to substantially the same position as the front end of the vertical frame 11a in which the groove portion lib is formed. In addition, Guide member 18, Is constituted as When the inner sash 12 is closed, the window lock 20 is locked. The indoor side window wall portion 1 4 g and the outdoor side window wall portion 14h of the window frame 14 abut against the seat portion 18a on both sides of the guiding convex portion 18b. A gap is formed between the leading end of the guiding convex portion 18b and the groove bottom portion 14j. 0 reinforcing material 1 5, It is a metal member with a horizontal cross-sectional shape of a U shape. have: a film 15a extending in the depth direction; An outdoor side panel 15b extending from the outdoor side end of the backsheet 15a toward the window side (the vertical frame 1 1 a side); And a chamber inner sheet 15c extending from the indoor side end portion of the backsheet 15a toward the window side (the vertical frame 1 1a side). The above-mentioned lock body 30 constitutes a member, As shown in Figure 4, It is configured by a space partitioned by the reinforcing member 15 provided in the hollow portion of the window frame 14. The window of the present embodiment is 1〇, The axis of the second shaft 35 is disposed in a space formed by the region of the backsheet 15a of the reinforcing material 15 and the outdoor side panel 15b and the indoor side panel 15c. As above, The axial center of the second shaft 35 is disposed by the space in the cross-section =/-shaped reinforcing material 15 provided in the window frame 14 so that the apparent size of the window frame 14 can be made smaller. In addition, Other components, For example, the space in which the cross-sectional shape reinforcing material 15 is partitioned as shown in Fig. 4 is used as the rotation range of the hook member 37 or the rotation regulating member 39, or the regulating member side spring 40 is disposed in the space. It is possible to make the apparent size of the window frame 14 small. -19- 201005161 Secondly, The function of the guide member 18 and the locked state of the window lock 20 when the inner sash 12 is moved will be described using Fig. 5. another, The fifth picture is also the same as the fourth picture. In order to present the window lock 20 which is also located below the guiding member 18, The guiding member 18 is a transparent state indicated by a dotted line. As shown in Figure 5 (a), When the engagement between the lock member 22 and the lock body 30 is released, When the position of the vertical frame 11a and the window frame 14 is in a state of being pulled in the flat pulling direction (the sliding direction of the inner sash 12), Hook member 37, It is pushed by the hook member side spring 38 to a direction in which the front end thereof can be rotated toward the indoor side. The rotation control piece 36f abutting on the upper and lower sides of the bracket 36 by the hook portion 37b, Keep your posture. In addition, The rotation regulating member 39 is a contact abutting portion 37h that is urged by the regulating member side spring 40 to abut against the hook member 37. at this time, The operation piece 39b of the rotation regulating member is oriented toward the indoor side, Engagement is formed with the holding portion 32d of the handlebar 32. In addition, at this time, The inner sash 12 is only guided by the track and the upper frame provided in the lower frame. Therefore, it is not correctly positioned in the depth direction of the vertical frame 1 1 a. When the inner sash 12 is closed from the state of the fifth (a) diagram, First of all, As shown in Figure 5(b), The inner side groove wall portion 14e of the window frame 14 and the corner portion of the inner side window wall portion 14g, It is a beveled portion 18c that comes into contact with the indoor side of the guiding member 18. at this time, The pressing portion 37c of the hook member 37 does not abut against the abutted portion 26a of the lock member 22, However, the front end of the window frame 14 is the groove portion lib which starts to enter the vertical frame 11a. Example of Figure 5(b), The inner sash 12 is still located outside the designated position -20- 201005161 on the outdoor side. Therefore, the corner portions of the indoor side groove wall portion I4e and the indoor side window wall portion 14g of the window frame 14 contact the bevel portion 1 8 c on the indoor side of the guide member 18, However, if the inner sash 12 is located on the indoor side than the designated position, Then, the corner portions of the outdoor side groove wall portion 14f and the outdoor side window wall portion 14h come into contact with the oblique side portion 18c on the indoor side of the guide member 18. herein, The specified location, It is meant that the hook portion 37b is located on the indoor side of the engagement wall portion 26 of the lock member 22 provided in the vertical frame 11a. The pressing portion 37c and the engaging wall portion 26 of the locking member 22 φ are arranged side by side in the flat pulling direction. then, When the inner sash 12 is moved to the side of the vertical frame 11a to be closed, a corner portion of the indoor side groove wall portion 1 4e and the indoor side window wall portion 1 4g, Then, it slides along the oblique side portion 18c on the indoor side of the guiding member 18. The window frame 14' is moved toward the indoor side while moving toward the vertical frame side 1 1 a side. then, When the indoor side groove required portion 14e and the inner side surface of the guiding convex portion 18b of the guiding member 18 are opposite, As shown in Figure 5 (c), The abutted portion 26a of the lock member 22 located under the guide member 18 abuts against the push portion 37c of the hook member 37. at this time, The guiding protrusion 18b of the guiding member 18, It is the groove portion 14c that enters the window frame 14. When the inner sash 12 is moved to the side of the vertical frame 11a to be closed from the condition of the fifth (c), The pressing portion 37c is pressed by the abutting portion 26a in the flat pulling direction to start the hook member 37 to rotate around the first shaft 34. The front end of the hook portion 37 is moved against the hook side of the hook member side spring 38 toward the outdoor side. at this time, With the rotation of the hook member 37, while the hook portion 37b starts to move toward the outdoor side, At the time of release, the abutting portion 3 7h starts to slide on the surface on the window side of the regulating portion 39c of the rotation regulating member 39. then, At the release-time contact portion 3h, the contact position with the -21 - 201005161 control portion 39c gradually moves from the second axis 35 side to the front end side of the control portion 39c. then, When the hook member 37 continues to rotate, The hook portion 37b is engaged with the engaging hole 26b. on the other hand, When the abutting portion 37h is detached from the side surface of the window portion side beyond the front end portion of the pipe portion 39c when released, The spring force of the regulating member side spring 40 causes the rotation regulating member 39 to rotate toward the front end of the regulating portion 39c from the window side toward the outdoor side. Rotating the rotation of the regulating member 39, This is a control abutting portion 37d which causes the front end of the control portion 39c to abut against the hook member 37. then, In this state, When the hook member 37 is regulated, the abutting portion 37d abuts against the front end of the regulating portion 39c. Therefore, it is impossible for the hook member 37 to rotate due to the elastic force of the hook member side spring 38. Therefore, the locked state in which the hook portion 37b and the engaging hole 26b are engaged can be maintained. at this time, The operation hand 32' is moved in accordance with the movement of the operation piece 39b of the rotation regulating member 39. The operation unit 32a is moved toward the window side. In addition, When the hook portion 37b and the engaging hole 26b are snap-fitted together, the operation portion 32a is moved toward the indoor side wall portion 31b side of the base member 31. When the spring force of the control member side spring 40 is reversed by the rotation regulating member 39 and the control contact portion 37d, The front end of the hook portion 37b is rotated by the spring force of the hook member side spring 38. The engagement of the hook portion 37b and the engagement hole 26b is released, so that the lock can be easily released. According to the window 10 of the above embodiment, When the sash 12, 16 moves in the closing direction, which is, Making the window frame 14, 17 moving the sash 12 toward the vertical frame 11a, At 16:00, The window frame 14 abuts against the pressing portion 37c and is in contact with the guiding member 18 first. Therefore, when the pressing portion -22-201005161 37c abuts against the abutted portion 26a, The window frame 14 has contacted the guiding member 18. therefore, The direction of the track of the window frame 14 toward the designated position can be made by the guiding member 18 at an earlier point in time. therefore, The position of the opening frame 11 in which the lock member 22 is provided and the window frame 14 in which the lock body 30 is provided can be made to match the pressed portion 37c to the abutted portion 26a. So it can make the lock more reliable. In the above embodiment, The case where the window frame 14 is in contact with the contact portion 26a and the guide member 18 is first contacted with the pressing portion 37c φ is described. However, the timing at which the pressing portion 37c abuts against the abutting portion 26a and the timing at which the window frame 14 contacts the guiding member 18 may be simultaneously performed. which is, Can also be configured as a window sash 12, When 16 moves in the closing direction, Before the abutting portion 37c abuts against the abutted portion 26a, Window frame 14, 17 is in contact with the guiding member. In this situation, Before the abutting portion 37c abuts against the abutted portion 26a, The guide member 18 causes the track of the window frame 14 to face the direction of the designated position. therefore, It is a position in which the opening frame 11a provided with the lock member 22 and the window frame 14 provided with the lock body 30 are in the depth direction. It is matched until the abutting portion 37c abuts against the abutted portion 26a. So it can be locked. Therefore, Able to provide a window sash 12, The closing operation of the 16 can easily lock the window 10 of the window lock member 20. In addition, The window frame 14 is guided by the guiding member 18, Yes, the window frame 14 is guided by the rear window sash 12, When 16 moves in the closing direction, The pressing portion 37c can be brought into contact with the abutted portion 26b, The hook member 37 is engaged with the position of the engaging hole 26b. therefore, After the window frame 14 is guided by the guiding member 18, When the window sash 12, When 16 moves in the closing direction, The pressing portion 3 7c abuts the abutted portion 26b at -23-201005161, The hook member 37 is disposed at a position to be engaged with the engaging hole 26a. Therefore, it is possible to provide only one way to execute the sash 12, The closing operation of 16 enables the window 10 of the window lock member 20 to be securely locked. Secondly, The engagement operation of the lock member 22 and the lock body 30 of the window lock 20 will be described with reference to Fig. 6 for the movement of the inner sash 12. As shown in Figure 6(a), When the engagement between the lock member 22 and the lock body 30 is released, Hook member 37, It is pushed by the hook member side spring 38 to the direction in which the front end thereof can be rotated toward the indoor side. The hooking portion 37b abuts against the rotation regulating piece 36f on the upper and lower sides of the bracket 36, Keep your posture. at this time, The hook portion 37b as described above, It is located on the indoor side of the engagement wall portion 26 of the lock member 22 provided in the vertical frame 11a. Pushing portion 3 7c, The engagement wall portion 26 (the abutted portion 26b) of the lock member 22 is disposed at a position side by side in the flat pull direction. In addition, The rotation regulating member 39 is a releasing abutting portion 37h that is biased by the regulating member side spring 40 against the hook member 37. at this time, The operation piece 39b of the rotation regulating member is oriented toward the indoor side, Engagement is formed with the holding portion 32d of the operation handle 32. When the sash 12 is closed from the state of Fig. 6(a), First of all, As shown in Figure 6 (b), The abutted portion 26a, which is the distal end of the engaging wall portion 26 of the lock member 22, is a pressing portion 37c that abuts against the hook member 37. then, When the inner sash 12 is closer to the vertical frame 11a, As shown in Figure 6(c), The pressing portion 37c is pressed by the abutting portion 26a to the flat pulling direction to start the hook member 37 to rotate about the first shaft 34. The front end of the hook portion 37 is moved against the hook side of the hook member side spring 38 toward the outdoor side. at this time, With the rotation of the hook member 37 -24- 201005161, while the hook portion 37b starts to move toward the outdoor side, At the time of release, the abutting portion 37h starts to slide on the surface on the window side of the regulating portion 39c of the rotation regulating member 39. then, At the release-time contact portion 37h, the contact position with the control portion 39c gradually moves from the second axis 35 side to the front end side of the control portion 39c. Then when the hook member 37 continues to rotate, The hook portion 37b is engaged with the engaging hole 26b. on the other hand, When released, the abutting portion 37h passes over the front end of the pipe portion 39c. When detaching from the side of the window side, The spring force of the regulating member side spring φ 40 causes the rotation regulating member 39 to rotate toward the front end of the regulating portion 39c from the window side toward the outdoor side. Rotating the rotation of the regulating member 39, This is a control-time abutting portion 37d that causes the front end of the control portion 39c to abut against the hook member 37. then, In this state, When the hook member 37 is regulated, the abutting portion '37d abuts against the front end of the regulating portion 39c. Therefore, it is impossible for the hook member 37 to rotate due to the elastic force of the hook member side spring 38. Therefore, the locked state in which the hook portion 37b and the engaging hole 26b are engaged can be maintained. at this time, Operating hand, put 32, With the movement of the rotation regulating member 39, the operation piece 39b forms a movement, The operation unit 32a is moved toward the window side. In addition, When the hook portion 37b and the engaging hole 26b are snapped into a locked state, Moving the operation portion 32a toward the indoor side wall portion 31b side of the base member 31, When the spring force of the control member side spring 40 is reversed by the rotation regulating member 39 and the control contact portion 37d, The front end of the hook portion 37b is rotated by the spring force of the hook member side spring 38. The engagement of the hook portion 37b and the engaging hole 26b is released, so that the locking can be easily released. The control-time contact portion 37d of the present embodiment, As shown in Figure 7, It is formed into a stepped shape of three different faces. When the release part 37h is over the control -25- 201005161 Part 3 9c immediately after the front end, As shown in Figures 6(d) and 7(a), The control member abutting portion 37d (hereinafter referred to as the distal end side control abutting portion 37e) which is disposed at the position farthest from the first shaft 34 is in contact with the distal end of the tubular portion 39a. When the front end side is regulated, the abutting portion 37e comes into contact with the front end of the regulating portion 39a. When the inner sash 12 abuts against the vertical frame 11a in a state in which it cannot move, When the front end side control is maintained, the abutting portion 37e comes into contact with the front end of the control unit 39a. at this time, The abutting portion ' of the hook member 37 and the rotation regulating member 39 is the first axis 34 axial center in the flat pulling direction of the axis of the @1st axis 34 and the axis of the second axis 35. A contact is formed between the second axis and the fifth axis. In this state, The hook member side spring 38 is a direction in which the abutting portion 37e faces the outdoor side when the hook member 37 is pushed toward the front end side. Therefore, Yu Ping, The pulling direction is abutted between the hook member 37 and the rotation regulating member 39 by the abutting portion 37e and the regulating portion 39a when the front end side is positioned closer to the indoor side than the first axis 34 and the second axis 35. The front end is pushed in a direction to be rotated from the hook member 37 and the rotation regulating member 39 toward the outdoor side. Therefore, "the φ can cause the hook member 37 and the rotation regulating member 39 to mutually control the rotation of each other" can efficiently operate the spring force of the hook member operating spring 38 and the regulating member side spring 40. When the front end side is controlled, the abutting portion 37e abuts against the front end of the regulating portion 39a. In the case where the inner sash 12 is movable toward the vertical frame 11a side, 'when the inner sash 12 can be moved to the vertical frame 11a side, but the number of the control abutting portions 37d is one, even if it is locked, There will still be a loose sound between the inner sash 12 and the vertical frame 11a. Therefore, the above sash 1〇 -26- 201005161 In addition to the abutting portion 37e when there is a front end side regulation, There are also two control time abutments 37f, 37g » So, When the front end side is controlled, the abutting portion 37e comes into contact with the front end of the regulating portion 39a. When the inner sash 12 is movable toward the vertical frame 11a side, Moving the inner sash 12 to the side of the vertical frame 11a, As shown in Figure 7(b), It is possible to make three control time abutments 37e, 37f, Among the 37g, the control-time contact portion 37d (hereinafter referred to as the central control-time contact portion 37) located at the center position abuts against the front end of the control portion 39c. It is possible to prevent the lock between the inner sash 12 and the vertical frame 11a from being loosened. In addition, Even if the central portion of the control-time abutting portion 37d abuts against the front end of the control portion 39c, However, when the inner sash 12 is still movable toward the vertical frame 11a side, Moving the inner sash 12 to the side of the vertical frame 11a again, As shown in Figure 7(c)', The control-time contact portion 3 7d (hereinafter referred to as the shaft-side control abutment portion 3 7 ) located closest to the first axis 34 side can be brought against the front end of the control unit 3 9c. It is possible to prevent the lock between the inner sash 12 and the vertical frame 11a from being loosened. Φ as above, In order to maintain the engagement state of the hook portion 37b and the engaging hole 26b, The control abutting portion 37d to which the front end of the control unit 3 9c is to be abutted, It is set to three stages according to the rotation angle of the hook member 37 when the hook portion 37b and the engaging hole 26b are engaged. Therefore, the control abutting portion 37d to which the front end of the rotation regulating member 39 is controlled by the control portion 39c is changed. It is possible to eliminate the loosening of the sound of the sound of the town and form a positive fit. In addition, When two or more members form a snap, Machining accuracy or assembly accuracy of parts, Factors such as construction accuracy may sometimes cause loosening between the two, resulting in the sound of Kazakami. However, if there is a plurality of detachable control portions 39c which are formed in stages, the tube -27-201005161 is pressed to control the rotation of the hook member 37, It is possible to suppress the sound of loosening the sound between the two, Can be locked. According to the window 10 of the above embodiment, Since the axial centers of the first shaft 34 and the second shaft 35 are disposed closer to the indoor side than the abutted portion of the lock member 22, Therefore, the hook member 37 that rotates about the first shaft 34 and the rotation regulating member 39 that rotates around the second shaft 35 are disposed in the depth direction to be located on the indoor side of the abutted portion. at this time, Indoor side, Since the hook member 3 7b and the engaging hole 26b are engaged with the release operation side, The space occupied by the window lock 20 can be made smaller. In addition, The axial center of the second shaft 35 is disposed in a space in the cross-sectional triangular reinforcing material 15 provided in the resin window frame 14. Therefore, the apparent size of the window frame 14 can be made smaller. In addition, For other components of the lock body 30, Similarly, For example, as shown in Figure 4, The space formed by the partitioning of the cross-sectional three-shaped reinforcing material 15 is used as the rotation range of the hook member 37 or the rotation regulating member 39. Or arranging the regulating member side spring 40 in the space, It is possible to make the apparent size of the window frame 14 smaller. In addition, The hook member side spring 38' is configured to urge the hook member 37 in a direction in which the hook portion 37b and the engaging hole 26b are engaged and disengaged. Regulating member side spring 40, The rotation regulating member 39 that rotates the control hook member 37 toward the hook portion 37b and the engaging hole 26b in the releasing direction is pushed. Therefore, when the hook member 37 abuts the rotation regulating member 39, the hook member 37 is rotated and controlled. The spring force of the hook member side spring 38 and the spring force of the regulating member side spring 40 act in opposite directions. -28- 201005161 Next, The hook portion 37b of the hook member 37, By closing the inner sash 12, it is engaged with the engaging hole 26b located on the inner side of the first shaft 34's axis, which is the center of rotation of the hook member 37. Rotating the control member 39 for rotating the tube with the hook member 37, It is abutted between the first shaft 34 and the second shaft 35 which are located at the indoor side of the axial center of the first shaft 34. therefore, In the hook member 37, the portion where the regulating member 39 abuts and the hook portion 37b are turned, It is placed on the opposite side of the first axis 34. then, The hook member side spring 38 for the hook member 37 is pushed to rotate the hook member 37 in a direction in which the hook portion 37b and the engaging hole 26b are engaged and disengaged. Therefore, the spring force of the first projectile member that can move the portion where the rotation regulating member 39 abuts in the hook member 37 to the outdoor direction acts. 'So, In a state where the hook member 37 abuts against the rotation regulating member 39 to rotate the hook member 37, The abutting portion of the hook member 37 and the rotation regulating member 39 is disposed on the axial center of the first shaft 34 and the axis of the second shaft which are located on the indoor side of the axial center of the first shaft 34 and the second shaft 35. Φ between hearts, Is the rotation of the spring-loaded rotation control member 39 capable of operating the hook member side spring 38, The rotation of the elastic thrust pipe hook member 37 capable of operating the regulating member side spring 40, Therefore, the spring force of the hook member side spring 38 and the spring force of the regulating member side spring 40 can be efficiently operated. In addition, The vertical direction of the first shaft 34 and the second shaft 35 along the line is the longitudinal direction of the window frame 14, Therefore, the hook member 37 that rotates about the first shaft 34 and the rotation regulating member 39 that rotates about the second shaft 35 can be formed in an elongated shape in the vertical direction (the longitudinal direction of the window frame 14). which is, It is a contact portion between the hook portion 37b of the hook member 37 and the engaging hole 26b-29-201005161 (engagement portion) of the lock member 22, The spring force of the hook member side spring 38 and the contact portion of the hook member 37 and the rotating tubular member 39 which act on the spring force of the regulating member side spring 40 are formed to be large. Therefore, it is possible to realize the window lock member 20 which is not easily damaged. At the same time, a securely locked window lock 20 can be realized. Compared with the case where the second shaft 35 is located on the outdoor side of the abutting portion (the engaging wall portion 26), When the second shaft 35 is disposed close to the indoor side, the distance between the second shaft 35 and the operation portion 32a can be made small. Therefore, the size of the rotation regulating member 39 that can be rotated about the second axis 35 can be made smaller. Based on, It is possible to make the window frame 14 having the window lock member 20 formed in a small size. In addition, The window 10 of the above embodiment, It is possible to provide the above-described window lock member 20 which is capable of being efficiently operated - the hook member side spring 38 and the control member side spring 40 are locked by the spring force. Make it highly anti-theft. In the above embodiment, The frame for sash formation is made of resin. But it is not limited to this. It is also possible to use, for example, a frame made of an extruded member made of aluminum. @ 又, The above embodiment, It is to make the invention easy to understand the embodiment adopted, The invention is not limited to the explanation of the above embodiments. this invention, It is possible to make changes without departing from the scope of the subject matter. While improving, It is a matter of course that the invention includes its equivalents. E.g: In the above embodiment, The example is a double-slot flat-paneled window. But not limited to this, It can also be a single window with a sash in the open frame that can slide horizontally and close. Or there is a window in the open frame that can slide vertically to close the single-hanging upper drop-down window or double-suspension -30- 201005161 hanging up and down window. In addition, In the above embodiment, The guiding member 18 is disposed on the side of the opening frame 11 (longitudinal frame 11a). However, the guiding member 18 can also be disposed on the sash 12, 16 side (window frame 14, 17), In this situation, When closing the sash 12, At 16 o'clock, the guiding member 18 is brought into abutment with the opening frame 11, Window sash 12, 16 is guided to the designated position in the depth direction of the opening frame 11 (longitudinal frame 11a). In addition, In the above embodiment, A guiding member 18 is provided at a position where the window lock member 20 is slightly φ squared. But not limited to this, A guiding member 18 may also be provided at a position slightly above the window lock 20, Alternatively, guide members 18 may be provided at both positions above and below the window lock 20. Plus , The guiding member 18 can also be provided in one piece with the window lock 20 or the locking member 22. In addition, The above embodiment, The example in which the control abutment portion to be abutted at the tip end of the control unit 39c is formed of three faces formed in a stepped shape is described. However, the number of abutments at the time of regulation is not limited to three. ❿ [Simplified description of the drawings] Fig. 1 is an elevational view of the window according to the embodiment as seen from the indoor side. Fig. 2 is a perspective view showing a lock member and a guide member provided in the vertical frame. Fig. 3 is an exploded perspective view showing the lock body provided in the window frame. Figure 4 is the vertical frame, Window frame, Window locks, A horizontal sectional view for the configuration and arrangement of the guiding members. -31 - 201005161 Figure 5 is an explanatory diagram of the operation when the lock is locked. Fig. 6 is an explanatory view of the operation of the window lock. Figure 7 is a description of the abutment status of the abutment part of the control and the front part of the control unit. [Description of main component symbols] 10 : Doors and windows (windows) 1 1 : Open frame 1 1 a : Vertical frame 12: Inner door sash (inside sash) 14: Door and window frame (window frame) 1 5 : Reinforcing material 15a : Film 15b: Outdoor side panel 1 5 c : Indoor side panel 18 : Guide member 20: Door and window locks (window locks) 22 : Locking member 26 : Engagement wall portion 2 6 a · abutted portion 26b : Engagement hole 30 : Lock body 3 2 : Operating handle 3 2 a : Operation Department -32- 201005161 34 : 1st axis 35 : 2nd axis 3 7 : Hook member 37b: Hook 37c: Pushing part 3 7d : Control time abutment 37e : Front end side control abutment part 3 7f : Control time abutment 3 7f : Central Controls Abutment 3 7g : Axis side control abutment 37h : When the release part is released 3 8 : Hook member side spring 3 9 : Rotating control member 39c: Control Department 40: Regulating member side spring -33-