200521311 九、發明說明： 【發明所屬之技術領域】 士、本發明係關於-種附有減震器之耐震門鎖系統；詳細 也:兒本發明係關於一種藉由在地震發生時而防止收納單 =f=附有商扉之收納箱之窗扉打開之耐震門鎖系統以及 耐震門=_猶增_切咖震器之 【先前技術】 ==載於日本特開172刪號公報之先前技 私體内Γ、備門鎖糸統和減震器。門鎖系統係藉由安裝於 :鎖本本體和安裝於窗扉内面之繫止件而構成，這 系相互地進行固定而防止窗靡打開。減 tit備在㈣接觸到殼體之開口邊緣之前而接觸到該 -趙=置=:τ時之撞擊。此外，減震器係呈 又置，本體，透過鎖本體而安裝在殼體之内面。 體之二二在前述先前技術之裝置，減震器之桿係超過殼 生。：外，^二t，因此，在外表美觀上，有問題發 用狀況變差。 ㈣礙收納物之進出，因此，使得使 而安減震⑨係呈—體地設置在鎖本體，透過鎖本體 :讀在殼體之内面，因此，鎖本體之鎖條之遙S 2 也有所謂受到殼。 遙動跑圍係 問題。也就是$ &自和減震》之桿間之轉之限制之 之干井π 4了避免減震器之桿和鎖本體之鎖條間 ^*此，必須分離開減震器和鎖本體，使得減震器 200521311200521311 IX. Description of the invention: [Technical field to which the invention belongs] The invention relates to an anti-shock door lock system with a shock absorber; in detail: the invention relates to a method for preventing storage when an earthquake occurs Single = f = Shock-resistant door lock system and shock-resistant door opened with a window of a storage box with business cards = _Jiu Zeng _ Cut coffee shaker [prior art] == Contained in the previous Japanese Patent Application Publication No. 172 Technical private body Γ, prepared door lock system and shock absorber. The door lock system is composed of a lock body and a stopper installed on the inner surface of the window case, which are fixed to each other to prevent the window from opening. Minus the impact when ㈣ is in contact with the opening edge of the shell before it touches-Zhao = 置 =: τ. In addition, the shock absorber is arranged in another body, and the body is installed on the inner surface of the housing through the lock body. The body 22 is in the aforementioned prior art device, and the rod of the shock absorber exceeds the shell. : Outer, ^ 2 t, therefore, in appearance, there is a problem that the application condition becomes worse. It hinders the in and out of the storage, so that the vibration damping system is installed in the lock body in a physical manner, and through the lock body: read on the inner surface of the housing, so the S 2 of the lock bar of the lock body is also called Affected by the shell. The problem of the distance running system. That is, the limitation of the rotation between the rods of the $ & self-vibration damper π 4 prevents the rod of the shock absorber and the lock bar of the lock body ^ * Therefore, the shock absorber and the lock body must be separated Makes shock absorber 200521311
和鎖本體之薄型化變得因難。 f發明内容J 時，吏得減震器之可動構件不突出於外部，同 %猎由該減震器而緩衝來自窗靡之撞擊。 和=明ί附有減震器之耐震門鎖系統係具備門鎖*** 和減震益。Η鎖系統係藉 、梅门頻糸、、光 内面之第1窗靡打m方h 面具有開口之收納箱 面之第2窗二f 和安裝在開關該開口之窗靡内 開防止部係藉由振動而相互 :第1及第2由扉打 震哭儀自合.产*自 來防止窗扉打開。減 二進行後退之時i由於承受來自該窗靡之 窗靡打門門/ “緩衝由窗暴至收納箱之撞擊，在 地設置在第1窗靡打開防止部。接著，作 收納箱之内面而使得回復到二震器係女裝在 處在比起開口面還更加内侧之收構件之前端位 開防止部係形成為包含突出部二:二 關閉開口時，藉由突出部 狀在由扉 ，使得減震器之可動構件Μ出射Μ°Ρ 藉 由該減震器而緩衝來自窗靡之撞擊。 $此夠稭 最好是前述第i窗靡打開防止部係將 3動臂件配置於收納箱開口側之門鎖本體，第; 係糟由振動而承受門鎖之門鎖接受 ： 讀在收納箱之内面’門鎖本體係安裝在該減震=係 200521311 L 了：二:::之:過減震器，來安裝於收納箱之 和減震器之可動構件間之二放於收納箱之内面 最好是遙動臂件係其 位置上，最接近於減震器之可:門=受器所承受之 受器開始離開而成為自由 、、門鎖在由門鎖接 件。可以藉此而縮短遙動臂件ϋ’最加離開於可動構 細鎖本體和減震器可動構件間之距離’能夠 鎖接受器係承受門鎖之掛釣來具備在某一侧 二=ΓΓ最加離開於安震門鎖本體及減震器之收 == 臂件之門鎖係對於該某-侧面，來進行 。可以藉此而縮短遙動臂件和可動構件間之距 離，能夠進行Η鎖本體和減震器之薄型化。 更加詳細地記述本發明之理想之實施形態。本發明之 二他特徵及優點係關係到以下之詳細之記述以及附件之圖 式而更加良好地理解。 【實施方式】 …第目第一圖係顯示藉由本發明所造成之某一實施 形態之附有減震器之耐震門鎖系統。 該附有減震器之耐震門鎖系統係正如第一圖〜第三圖 所不’具備減震器1和門鎖系統2，使用在例如系統廚房、 洗臉化粧台、木屐盒、吊掛櫥櫃等之收納家具或者是將房 間之隔間功能附加在收納家具之收納單元等之附有窗扉之 收納箱5。該附有窗扉之收納箱5係具備：在正面具有開 200521311 口 500之窗扉（例如雙開式 口 500之收納箱50以及開關開 窗扉）51。 、工w r夹之軸承孔1〇〇之 機架10 (參考第二圖、第三圖）和由軸承孔咖開始僅以 既定距離來進出於外方之可動桿（可動構件）u而構成， 組合於後面敘述之門鎖本體3而成為一體化。 機架10係還具有1對之輪較孔101、1〇1，藉由插 於Ϊ些輪較孔m、1G1之1對之輪fcu、13而固定於收 納相50之内部上面50卜機架1〇係例如藉由相互固定 機身及蓋子而構成。 可動桿11係在窗靡51關閉收納箱50之開口 _時， 在由於承受來自窗扉51之力而進行後退之期間，來緩衝由 窗靡51至收納箱5〇之撞擊。來自窗靡51之撞擊係例如藉 由彈簧抵抗、流體抵抗或空氣抵抗等之抵抗等而進行 衝。此外，可動桿U係在窗扉51打開開口 5⑽時，例如 藉由彈簧（並未圖示）之力而回復到原本狀態。在第一圖， 實線之可轉11之位置係在窗扉51咖時之最大後退位 置，假想線之可動桿U之位置係在窗扉51充分地打開時 之最大進出位置。 門鎖系、、先2係具備·透過減震器j而安裝在收納箱 之内部上面5G1之門鎖本體3和安裝在窗扉51之内面51〇 之門鎖接㈣4;應該在地震發生時，防止收納物之落下， 因此，門鎖本體3和門鎖接收器4係構成藉由振動而相互 地進行固定，來防止窗扉51打開。 200521311 ⑽本體3係正如第-圖〜第四圖所示’藉由在正面 下中央具有孔300之機架30、由孔300開始延出之遙動臂 件31和收納在機架30内之球體32 (例如鐵製）而構成。 機架30係還具有1對之輪轂孔（並未圖示），藉由插 入於這些輪較孔之1對之輪轂（並未_) 二 機架Π)之下面。此外，機架3Q係分別在内部左右 部底面，具有1對之軸承部（並未圖示）和鎖凹部 ^接者，在正面***，具有導引凹部304。機架30 係例如藉由相互固定之1對之半部而構成。 ” 藓由/遙Γ件31係在基部側，具有1對之旋轉㈣〇、··.， 用機架30之1對之軸承部，來支持這些1對之 Γ遙動^Γ在齡_，絲夠上下_行遙動。此 該門鎖係在前端，保持門鎖（例如門鎖插銷則。 之基部轴310間之距離係更加長於遙動臂件31 土則鸲（後端）和旋轉軸31〇間之距離。 設置在機架30内部之遙動臂件31之基部後 ㈣程戶以t地移動於前後方向。球體32係能夠以一定之 擠壓於ί方=前後地進行動作，可以將遙動臂件31 之變更。、㈣或重量、形狀係適當自由地進行設計 _之面還更加内侧之收納箱 、义疋於此’例如如果窗扉係單-及左開式 200521311 窗靡’則可以將減震器及門鎖本體配置在收納箱之内部左 側面，如果窗扉係單一及右開式窗扉，則可以將減震器及 門鎖本體配置在收納箱之内部右侧面。 門鎖接收器4係正如第一圖〜第五圖所示，形成為包 含··突出部40、沿著其正面之左右端而分別延出之1對之 I凸緣部41、41以及沿著突出部4〇之底部側面之左右端 而分別延出之L對之I凸緣部42、42的形狀。例如門鎖接 收器4係藉由一體成形所形成。在該狀態下，比起另外設 置突出部之狀態，安裴作業係變得容易，並且，還可以在籲 後面進行安裝。 突出部40係在窗扉51關閉開口 5〇〇時，構成為藉由 突出部40之前端面4〇〇而擠壓可動桿η，在前端面4〇〇 之下中央，具有填充於導引凹部3〇4之突起4〇1。前端面 400係形成為襯塾形狀。突起4〇1係組合於導引凹部304 而構成門鎖系統2之定位裝置’其上下左右係藉由導引凹 部304所包入。藉此而即使是在地震發生時，產生大的縱 向搖動或左右方向之橫向搖動，也使得收納箱及窗扉 Φ 51之關閉狀態，利用定位裝置，來適當地進行保持。此外， 可以藉由設置定位裝置，而容易確認門鎖系統2是否適當 地安裝在附有窗靡之收納箱5。 各個I凸緣邛41係具有用以藉由螺絲而將門鎖接收器 4固疋於窗靡51之内面51〇之貫通孔41〇。 / L凸緣冑42、42係在地震發生日寺，在後部具有分別承 受門鎖311兩端之1對之掛鉤42〇、42〇。掛鉤·、侧 11 200521311 係配置在門鎖接收器4底部之左右後端，該底部 加離開於收納箱50之内部上面5G1之侧面，門鎖3ΐι :The thinning of the lock body becomes difficult. f Summary of the invention When J, the movable member of the shock absorber does not protrude from the outside, and the shock absorber cushions the impact from the window by the shock absorber. He = MingLi shock-resistant door lock system with shock absorber is equipped with door lock system and shock absorption benefits. The yoke system is the first window on the inside of the door, the second window on the inner side, the second window on the side of the storage box with an opening on the side, and the second window f. The window is installed to prevent the opening of the opening. Vibration to each other: 1st and 2nd are self-contained by the tremor tremor instrument. The self-prevention prevents the windows from opening. When the minus two was retreated, i was subjected to the door from the window window / "buffering from the window storm to the storage box, and was installed in the first window window opening prevention part. Next, the inner surface of the storage box In addition, the second shock-resisting women's clothing is formed so as to include the protruding portion 2 before the end-opening member which is more inward than the opening surface. When the opening is closed, the protruding portion is formed by the protrusion. , So that the movable member M of the shock absorber M ° P buffers the impact from the window by the shock absorber. It is better that the above-mentioned i-th window opening prevention unit arranges the 3 movable arm member at The door lock body on the opening side of the storage box, No .; The door lock that receives the door lock due to vibration is accepted: Read on the inside of the storage box 'door lock. This system is installed at this shock absorption = Department 200521311 L: 2 ::: No .: Pass the shock absorber to install the two between the storage box and the movable member of the shock absorber. The inner surface of the storage box is best to be a remote arm, which is closest to the shock absorber: Door = The receiver that the receiver has started to leave becomes free, and the door is locked by the door lock This can shorten the telescoping arm piece. 'The distance between the body of the movable lock and the movable member of the shock absorber can be shortened.' The lock receiver can receive the lock of the door lock. = ΓΓ is separated from the body of the shock door lock and the shock absorber. == The door lock of the arm is performed on the side. The distance between the remote arm and the movable member can be shortened by this. It is possible to reduce the thickness of the yoke body and the shock absorber. The ideal embodiment of the present invention is described in more detail. The other features and advantages of the present invention are related to the following detailed description and the drawings of the attachments to better [Embodiment] [First Embodiment] The first picture of the first embodiment shows a shock-resistant door lock system with a shock absorber according to an embodiment of the present invention. The shock-resistant door lock system with a shock absorber is as shown in the first figure. The first picture to the third picture are not provided with shock absorber 1 and door lock system 2. It is used in storage furniture such as system kitchen, vanity, vanity box, hanging cabinet, etc. Storage furniture storage Yuan Deng's storage box 5 with window case. This storage box 5 with window case has a window case with a 200521311 opening 500 on the front (such as a storage box 50 with a double opening 500 and a window opening case). 51. The frame 10 (refer to the second and third pictures) of the bearing hole 100 of the work clamp, and the movable rod (movable member) that enters and exits from the outside only with a predetermined distance from the bearing hole. The structure is integrated with the door lock body 3 described later. The frame 10 also has a pair of wheel comparison holes 101 and 101, which are inserted into the pair of wheel comparison holes m and 1G1. The wheels fcu, 13 are fixed to the inner surface of the storage phase 50. The rack 50 is constructed by, for example, fixing the body and the lid to each other. The movable lever 11 is closed at the window 51 by the window 51. During the retreat due to receiving the force from the window frame 51, the impact from the window frame 51 to the storage box 50 is cushioned. The impact from the window 51 is impacted by, for example, spring resistance, fluid resistance, or air resistance. The movable lever U is restored to its original state by the force of a spring (not shown) when the window 扉 51 opens the opening 5⑽. In the first figure, the position where the solid line can be turned 11 is the maximum retracted position when the window frame 51 is in the position, and the position of the movable rod U of the imaginary line is the maximum in and out position when the window frame 51 is fully opened. The door lock system and the first 2 systems are equipped with a door lock body 3 installed on the upper surface of the storage box 5G1 through a shock absorber j, and a door lock connection 4 installed on the inner surface 51 of the window case 51; it should be in the event of an earthquake In order to prevent the storage items from falling, the door lock body 3 and the door lock receiver 4 are configured to be fixed to each other by vibration to prevent the casement 51 from opening. 200521311 ⑽The main body 3 is as shown in Figures-Figure 4-'the frame 30 with a hole 300 in the center under the front, the telescopic arm piece 31 extending from the hole 300 and the inside of the frame 30 Sphere 32 (for example, made of iron). The frame 30 also has a pair of hub holes (not shown), which are inserted under the pair of hubs (not _) and two frames Π) of these wheels. In addition, the frame 3Q is provided with a pair of bearing portions (not shown) and lock recesses on the bottom surfaces of the left and right portions, and has a guide recess 304 on the center of the front surface. The frame 30 is constituted by, for example, a pair of halves which are fixed to each other. Moss by the remote Γ piece 31 is on the side of the base, has a pair of rotations ㈣〇, ..., and uses the bearing portion of the 1 pair of the frame 30 to support these 1 pairs of Γ remote movement ^ Γ 在 AGE_ The door lock is at the front end to keep the door lock (for example, the door lock latch. The distance between the base axis 310 is longer than that of the remote arm 31. The distance between the rotating shafts 31 and 30. The base of the telescoping arm member 31 installed inside the frame 30 moves in the front-to-back direction by t. The sphere 32 can be squeezed in a certain direction = forward and backward. Action, you can change the telescopic arm piece 31., ㈣ or weight, shape is appropriately free to design _ face is also more inside storage box, meaning here 'for example if the window sash is single-and left-open 200521311 “Wang Mi” can arrange the shock absorber and door lock body on the left side of the storage box. If the window frame is a single and right-open window case, you can arrange the shock absorber and door lock body on the storage box. The right side of the inside. As shown in the first to fifth figures, the door lock receiver 4 is formed to include a protruding portion 4 0. One pair of I-flange portions 41, 41 extending along the left and right ends of the front surface and one pair of I-flange portions 42 of L pair extending along the left and right ends of the bottom side of the protruding portion 40, respectively. And 42. For example, the door lock receiver 4 is formed by one-piece molding. In this state, compared to the state where a protrusion is provided separately, the operation system of Ambient becomes easier, and it can be installed behind the door. The protruding portion 40 is configured to press the movable rod η by the front end surface 400 of the protruding portion 40 when the window 51 closes the opening 500, and has a guide in the center below the front surface 400. The protrusions 401 of the recesses 304. The front end surface 400 is formed into a lining shape. The protrusions 401 are combined with the guide recesses 304 to form the positioning device of the door lock system 2. The upper and lower sides are guided by the guide recesses. Included in 304. Even if a large vertical shake or a horizontal shake in the left-right direction occurs during an earthquake, the closed state of the storage box and the window 扉 Φ 51 are properly maintained by the positioning device. In addition, it is easy to determine Whether the door lock system 2 is properly installed in a storage box 5 with a window. Each I flange 邛 41 has a through hole for fixing the door lock receiver 4 to the inside of the window 51 by screws. 41〇。 / L flange 胄 42, 42 are located in the earthquake-stricken temple, at the rear has a pair of hooks 42〇, 42〇 which respectively receive the two ends of the door lock 311. Hook ·, side 11 200521311 is arranged in the door lock The left and right rear ends of the bottom of the receiver 4, the bottom is added to the side of the upper 5G1 on the inside of the storage box 50, and the door lock 3ΐι:
於其底部而進行接近或隔離。換句話說，在第-圖及Z 圖，遙動臂件31係在由於門鎖接收器4而承受 之位置，最接近於減震器1之可動桿11，Η鎖31!係離門 於門鎖接收器4而成為自由之位置，最離開於可動桿^ 接著，就本實施形態之動作而進行 =係正如第四圖⑷所示，使得遙動臂件3二= 鎖接收器4之下方。 低至門 動於也震時，附有窗靡之收納箱 向在附有窗A之收納箱5振 左右方向時，收納箱5〇及 定位裝置而適當地進行保持。 M狀態係藉由前述 50及*^7窗扉之收納箱5振動於前後方向時，收納箱 5〇及固扉51之關閉狀態係適：，、内相 在附有窗扉之_箱5動_ °也就疋說’ 動至後方’但是，收納箱50及窗體32係相對地轉 性而保持關閉狀態。 係错由窗扉51之慣 在附有窗扉之收納箱5動作於 其慣性而進行打開，另H球^，’窗扉51係藉由 所示’擠壓遙動臂件31之後部 係正如第四圖（b) 填入至鎖凹部3〇3。在該動作 ' ’相對地轉動至前方’ ，動臂件3i，其門鎖311係懸掛在本體3係上壓 51之門鎖接收器4之掛釣犯 裝於進行打開之窗扉 而進行保持。此時， 12 200521311 門鎖311和旋轉轴310間之距離係更加長於遙動臂件3ι 之後端和旋轉軸310間之距離’因此，能夠將門鎖311 實地吊掛在掛鉤420、420。可以藉此而防止窗扉51打開， 能夠防止收納物之落下。 # ’ 在地震停止後，在門鎖311懸掛在掛鉤42〇、42〇時， 藉由將窗扉51擠壓至後方而解除門鎖，同時，球體犯^皮 擠壓至後方而由鎖凹部303來擠出。藉此而使得門鎖本^體 3回復到第四圖（a)所示之通常之狀態。 如果藉由本實施形態的話，則回復到原本狀態之可動 桿11之前齡處在比起開口 500之面還更加内侧之收 500之内侧，另一方面’在突出部4〇之前端，擠壓可動桿 11 ’因此，可以使得減震器i之可動桿u不突出於外部， 同時，能夠藉由該減震器1而緩衝來自窗451之撞擊。可 以藉此而使得外觀變得良好，能夠使得制狀況變得良好。 減震器1係安裝在收納箱5〇之内面，門鎖本體3係安 裝在該減震器1，因此，能約由收納箱5G之内面和減震界 1之可動桿11間之距離之限制，來·遙動臂件31之^ 動範圍。可以藉由將減震器i安裝在收納箱5G之内面而牢 固地固定減震器1，能夠提高減震器之效果。 /遙動臂件31之門鎖311係對於⑽接收器4之底部來 進行接近或隔離，因此’可以縮短遙動臂件31和可動桿 11間之距離’能夠進行門鎖本體3及減震器丨之薄型化。 在某-替代之實施形態，耐震門鎖系統係藉由不具有 減震器1之門鎖系統2而構成。 200521311 就幾個理想之實施形態而記述本發明，但是，並無脫 離本發明之原來精神及範圍，可以藉由當前業者而進行固 種之修正及變化。 【圖式簡單說明】 第一圖係由左方來觀看藉由本發明所造成之某一實施 形態之附有減震器之耐震門鎖系統之部分剖面圖。 第二圖係由上方來觀看第一圖之附有減震器之耐震門 鎖系統之圖。 第三圖係由正面來觀看第一圖之附有減震器之耐震門 鎖系統之圖，顯示減震器及門鎖本體之左半邊，同時，顯 示門鎖接收器之右半邊。 第四圖（a)係顯示前述門鎖本體之門鎖由前述門鎖接 收器之掛鉤來脫離之狀態之圖，第四圖（b)係顯示該門鎖 懸掛於該掛鉤之狀態之圖。 第五圖係前述門鎖接收器之立體圖。 【主要元件符號說明】 減震器 1 門鎖系統 2 門鎖本體 3 門鎖接收器 4 附有窗扉之收納箱 5 機架 10 可動桿 11 輪較 13 200521311 機架 3 0 遙動臂件 3 1 球體 3 2 突出部 4 0 I凸緣部 4 1 L凸緣部 4 2 收納箱 5 0 窗靡 5 1 轴承孔 10 0 輪轂孔 10 1 孔 3 0 0 鎖凹部 3 0 3 導引凹部 3 0 4 旋轉轴 3 10 門鎖 3 11 前端面 4 0 0 突起 4 0 1 貫通孔 4 10 掛鉤 4 2 0 開口 5 0 0 内部上面 5 0 1 内面 5 10Approach or isolate at the bottom. In other words, in Figures -Z and Z, the telescopic arm member 31 is in the position which is received by the door lock receiver 4, which is closest to the movable lever 11 of the shock absorber 1, and the shackle 31! Is away from the door. The door lock receiver 4 becomes a free position, and it is farthest away from the movable lever. ^ Then, the operation of this embodiment is performed = as shown in the fourth figure 使得, so that the remote arm member 32 = the lock receiver 4 Below. As low as when the door is shaken, the storage box with windows is properly held when the storage box 5 with window A vibrates in the left-right direction. In the M state, when the storage box 5 of the aforementioned 50 and * ^ 7 window is vibrated in the front-rear direction, the closed state of the storage box 50 and the solid 51 is suitable: the inner phase is in the _ box 5 with the window Moving _ ° also means 'moving to the back'. However, the storage box 50 and the window 32 are relatively rotatable and remain closed. The error is caused by the inertia of the window case 51. The storage box 5 with the window case is actuated by its inertia to open it. In addition, the ball ^, 'the window case 51 is squeezed by the rear part of the telescopic arm member 31 as shown' As shown in the fourth figure (b), it is filled into the lock recess 303. In this action, 'relatively rotate to the front', the boom lock 3i, the door lock 311 of which is suspended from the main body 3, the door lock receiver 4 of the pressure 51, is installed in the opening window to hold it. . At this time, the distance between the door lock 311 and the rotation shaft 310 is longer than the distance between the rear end of the telescopic arm 3m and the rotation shaft 310 '. Therefore, the door lock 311 can be hung on the hooks 420, 420 in the field. This can prevent the casement 51 from being opened, and can prevent the storage item from falling. # 'After the earthquake stops, when the door lock 311 is suspended on the hooks 42 and 42, the door lock is released by squeezing the window frame 51 to the rear, and at the same time, the ball is pressed to the rear and the lock recess is pressed. 303 to extrude. As a result, the door lock body 3 returns to the normal state shown in the fourth figure (a). According to this embodiment, the previous age of the movable rod 11 which is restored to the original state is inside the receiving 500 which is more inward than the surface of the opening 500. On the other hand, the movable end is squeezed at the front end of the protruding portion 40. The lever 11 ′ can prevent the movable lever u of the shock absorber i from protruding to the outside, and at the same time, the shock from the window 451 can be cushioned by the shock absorber 1. This can improve the appearance and make the manufacturing condition better. The shock absorber 1 is installed on the inner surface of the storage box 50, and the door lock body 3 is installed on the shock absorber 1. Therefore, the distance between the inner surface of the storage box 5G and the movable rod 11 of the shock absorption circle 1 can be approximately Limit the movement range of the tele-arm arm 31. The shock absorber i can be firmly fixed by mounting the shock absorber i on the inner surface of the storage box 5G, and the effect of the shock absorber can be improved. / The door lock 311 of the remote arm member 31 is close to or isolated from the bottom of the receiver 4. Therefore, 'the distance between the remote arm member 31 and the movable rod 11 can be shortened', and the door lock body 3 and shock absorption can be performed. Device thin. In an alternative embodiment, the shock-resistant door lock system is constituted by a door lock system 2 without a shock absorber 1. 200521311 The present invention is described in terms of several ideal embodiments, but it does not depart from the original spirit and scope of the present invention, and it is possible to modify and change the solid seed by the current industry. [Brief description of the drawings] The first figure is a partial cross-sectional view of the shock-resistant door lock system with a shock absorber in a certain embodiment caused by the present invention. The second figure is a view from above of the shock-resistant door lock system with a shock absorber of the first figure. The third picture is the front view of the shock-resistant door lock system with the shock absorber in the first picture, showing the left half of the shock absorber and the door lock body, and the right half of the door lock receiver. The fourth diagram (a) is a diagram showing a state where the door lock of the aforementioned door lock body is disengaged by the hook of the aforementioned door lock receiver, and the fourth diagram (b) is a diagram showing a state where the door lock is suspended from the hook. The fifth figure is a perspective view of the aforementioned door lock receiver. [Description of main component symbols] Shock absorber 1 Door lock system 2 Door lock body 3 Door lock receiver 4 Storage box with window case 5 Frame 10 Movable rod 11 Wheel than 13 200521311 Frame 3 0 Telescopic arm piece 3 1 Sphere 3 2 Protruding portion 4 0 I flange portion 4 1 L flange portion 4 2 Storage box 5 0 Window 5 5 Bearing hole 10 0 Hub hole 10 1 Hole 3 0 0 Lock recess 3 0 3 Guide recess 3 0 4 Rotary shaft 3 10 Door lock 3 11 Front end 4 0 0 Protrusion 4 0 1 Through hole 4 10 Hook 4 2 0 Opening 5 0 0 Inside upper surface 5 0 1 Inside surface 5 10
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