1268982 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種附有減震器之耐震門鎖系統；詳細 地”兒本發明係關於一種藉由在地震發生時而防止收納單 工等之附有®扉之收納箱之㈣打開之耐震門鎖系統以及 緩衝在窗扉關閉時之撞擊之減震器所構成之附有減震器之 耐震門鎖系統。 α 【先前技術】 〜例如記載於日本特開2〇〇3一172()⑼號公報之先前技 ^裝置係具備門㈣統和減震。㈣系_藉由安裝於 设體内面之鎖本體和安裝於窗扉内面之繫止件而構成，這 。鎖本體及繫止件係相互地進行固定而防止窗扉打開。減 f器係=備在㈣接觸到殼體之開口邊緣之前而接觸到該 窗扉之桿，緩衝在窗扉關閉時之撞擊。此外， 係 一體=置在鎖本體，透過鎖本體而絲在殼體之^面。 _但乂’在前述先前技術之裝置，減震器之桿係超過殼 體之開口面而進行突出，因此，在外表美觀上，有問題發 生。此外，突出之桿係妨礙收納物之進出，因此 甩狀況變差。^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ —此外，減震器係呈一體地設置在鎖本體，透過鎖本體 而安裝=殼體之内面，因此，鎖本體之鎖條之遙動範圍係 也有所明又到设體之内面和減震器之桿間之距離之限制之 門通也就疋说’為了避免減震器之桿和鎖本體之鎖條間 之干涉，因此，必須分離開減震器和鎖本體，使得減震器 1268982 和鎖本體之薄型化變得困難。 【發明内容】 士本發明係使得減震器之可動構件不突出於外部，同 時，藉由該減震器而緩衝來自窗扉之撞擊。 和、诗2明之附有減震11之耐震⑽系統係具備門鎖系統 内“ ί二鎖系統係藉由安餘正面具有開σ之收納箱 弟i窗扉打開防止部和安裝在開關該開口之窗扉内 之第2固靡打開防止部而構成，這些第1及第2 在窗扉關_口時，由於承受來自該窗扉之 =而進仃後退之期間，來緩衝由絲至收_之撞擊 =打開開口時而回復到原本狀態之可動構件。此外，^ 系呈—體地設置在第1窗靡打開防止部。接著，： 為本發明之特㈣第1耗打_止部及減震ϋ係安穿在 =箱之_而使得回復到原本狀態之可動構件之_ 處在比起開口面還更加内侧之收納箱之内側， 面 由該減震器而緩衝來自窗扉之撞擊。 月b_ 之、备前述第1料打_止部_麵端具有門鎖 、動#件配置於收納箱開口侧之髀绝 ，防止部係藉由振動而承受門鎖之門鎖接受器。減 女裝在收_之㈣’門鎖本體係安裝在該減震器，益’、 之 面 内面’而】得遙之j過減震器’來安裝於收納箱 和減震器之可動構件制開放於收納箱之内 最好是遙動眢杜在甘 限制。 仅置上，最接近於震=鎖在由於Η鎖接受ϋ所承受之 受誇開始離開而二之可動構件，其門鎖在由門鎖接 件。可以藉此而縮短遙動^置^，最加離開於可動構 面，承受門鎖之掛釣來具備在某-侧 柄箱之内面。 接近或隐施1鎖係對於該某一侧面，來進行 離，能约進^此而縮短遙動臂件和可動構件間之距 月⑽進订門鎖本體和減震器之薄型化。 ^詳細地記述本發明之理想之實施 之 :::=::卿下之詳―及附件之圖 【實施方式】 ▲第- ®〜第三圖_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。 該附有減震器之财震門鎖系統係正如第一圖〜第三圖 所不，具備減震器1 #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 8 1268982 之窗扉（例如雙開式 機竿藉由具有,於正面中央之軸承孔⑽之 齡H)(參考第二圖、第三圖）和由轴 來進出於外方之可動桿（可動構件）U ^ 、、且S於後面敘述之門鎖本體3而成為一體化。 機架10倾具有1對之輪轂孔101、1G1，藉由插入 於這些輪轂孔m、1G1之1對之輪穀13、13而固定於收 納箱50之内部上面5(U。_ 1〇係例如藉由相互固定之 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 5〇〇時， 在由於承受來自窗扉51之力而進行後退之_，來缓衝由 窗靡51至收納箱50之撞擊。來自窗扉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11係在窗扉51打開開口 5〇〇時，例如 藉由彈簧（並未圖示）之力而回復到原本狀態。在第一圖， 貫線之可動梓11之位置係在窗扉51關閉時之最大後退位 置，假想線之可動桿11之位置係在窗扉51充分地打開時 之最大進出位置。 門鎖系統2係具備··透過減震器丨而安裝在收納箱5〇 之内部上面501之門鎖本體3和安裝在窗扉51之内面51〇 之門鎖接收器4，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。 1268982 門鎖本體3係正如第—圖〜第四圖所示，藉由在正面 下中央具有孔3GG之機架3G、由孔開始延出之遙動臂 件31和收納在機架3〇内之球體32 (例如鐵製）而構成。 ，架3G係還具有1對之輪轂孔（並未圖示），藉由插 =於攻些輪轂孔之1對之驗（並未圖示）而料於減震 器1之機架10之下面。此外，機架30係分別在内部左右 面及内部絲，具有丨對之錄部（並未圖示邻 綱，接著，在正面上中央，具有導引凹部3〇4。機= 係例如藉由相互固定之1對之半部崎成。、 遙動臂件31係在基部侧，具有1對之旋轉軸310、…， 藉由分別__ 30之i對之軸承部，來支持這些之 旋轉軸，而保持在機架3〇内，來能夠上下地進行遙動。 外，遙動臂件31係在前端，保持門鎖（例如門鎖插銷⑻卜 該門鎖311和旋轉軸310間之距離係更加長於遙動^ 之基部前端（後端）和旋轉軸31〇間之距離。 球體32係設置在機架30内部之遙動臂件3ι之基部 方而能射由地祕於前後方向。球體32絲夠以二 搖動程度以上，呈前後地進行動作，可以將遙動臂件31 擠壓於前方，其材質或重量、形狀係適t自由地進行設 之變更。 口 口 減震器1及Η鎖本體3係配置在_箱5Q之内 則而使得回復到原本狀態之可動桿u之前端位處姐 收納箱50之開π _之面還更加内侧之收納箱5〇之 側。此外，並非限定於此，例如如果窗扉係單一及— 1268982 窗扉，則可以將減震器及門鎖本體配置在收納箱之内部左 侧面，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40之底部側面之左右端 而分別延出之L對之Ί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，安裝作業係變得容易，並且，還可以在 後面進行安裝。 突出部40係在窗扉51關閉開口 500時，構成為藉由 突出部40之前端面400而擠壓可動桿u，在前端面θ4〇〇 之下中央，具有填充於導引凹部304之突起401。前端面 400係形成為襯墊形狀。突起4〇1係組合於導引凹部3〇4 ，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 ^搖動或左右方向之橫向搖動，也使得收納箱5〇及窗扉 之關閉狀態，利用疋位裝置，來適當地進行保持。此外， 可=藉由設置定位裝置，而容易確認門鎖系統2是否適當 地安裂在附有窗扉之收納箱5。 各個I凸緣部41係具有用以藉由螺絲而將門鎖接收器 4固定於窗扉51之内面510之貫通孔41〇。 為LWM2、42係在地震發生時，錢部具有分別承 又門鎖311兩端之i對之掛釣伽、侧。掛釣侧、 1268982 係配置在門鎖接收器4底部之左右後端，該底部係成 加離開於收納箱5〇之内部上面5〇1之侧面門鎖扣係 於其底部而進行接近或隔離。換句話說，在第一圖及 圖，遙動臂件31係在由於門鎖接收器4而承受門鎖 之位置，最接近於減震ϋ丨之可動桿u，⑽ 於門鎖接收器4而成為自由之位置，最離開於可動^開 nUr實施形態之動作而進行說明。通常門鎖本 體3係正如如圖⑷所示，使得遙件 = 鎖接收器4之下方。 i降低至門 在該狀態下而發生地震時，附有窗靡之收納仏 動於各個方向。在附有窗靡之收納箱5振動於上下方= 左右方向時’收納箱50及窗扉51之關閉狀 ：或 定位裝置而適當地進行保持。 *、二g由則述 也在附有窗扉之收納箱5振動於前後方向時，从 50及窗扉51之關閉狀態係適當地進 i收納箱 在附有窗扉之收納箱5動作於前方時，球體^就是說， 動至後方，但是，收納箱50及窗扉51 =目對地轉 性而保持關閉狀態。 ’、0由齒扉51之慣 在附有窗扉之收納箱5動作於後方時一 其慣性而進行打開，另—方面，球體扣係正 =51係藉由 所示，擠壓遙動臂件31之後部，同時，]如弟四圖（b) 填入至鎖凹部303。在該動作之期間’，目對丨也轉動至前方， 遙動臂件31，其門鎖311係懸掛在安門鎖本體3係上壓 51之門鎖接收器4之掛鉤420、42〇 ^殄進行打開之窗扉 進行轉。此時， 12 1268982 門鎖311和旋轉軸310間之距離係更加長於 之後端和旋轉軸310間之距離，因此，能夠將件31 夠將門鎖311確 貫地吊掛在掛釣420、420。可以藉此而防止窗扉51打 能夠防止收納物之落下。 幵 ^在地震停止後，在門鎖311懸掛在掛鉤420、420時， 藉由將窗扉51擠壓至後方而解除門鎖，同時，球體32被 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籲 桿11之前端位處在比起開口 500之面還更加内側之收納 500之内侧，另一方面，在突出部4〇之前端，擠壓可動桿 Η，因此，可以使得減震器可動桿丨丨不突出於外部， 同時，能夠藉由該減震器1而緩衝来自窗扉51之撞擊。可 以藉此而使得外觀變得良好，能夠使得使用狀況變得良好。 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，能夠由收納箱5〇之内面和減震器 1之可動桿11間之距離之限制，來開放遙動臂件31之遙 _ 動範圍。可以藉由將減震器1安裝在收納箱 50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係對於門鎖接收器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。 在某一替代之實施形態，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。 13 1268982 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 輪轂 13 1268982 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 窗扉 5 1 軸承孔 10 0 輪轂孔 10 1 孔 3 0 0 鎖凹部 3 0 3 導引凹部 3 0 4 旋轉軸 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 10 151268982 IX. Description of the Invention: [Technical Field] The present invention relates to a shock-resistant door lock system with a shock absorber; in detail, the present invention relates to a method for preventing storage of a simplex by an earthquake (4) The shock-resistant door lock system with the (扉) open shock-proof door lock system and the shock absorber that cushions the impact when the window is closed. The shock-resistant door lock system with shock absorbers. α [Prior Art] ~ For example The prior art device disclosed in Japanese Laid-Open Patent Publication No. Hei. No. Hei. No. Hei. No. 2-172() (9) is provided with a door (four) system and shock absorption. (4) The system is mounted on the inner surface of the lock body and mounted on the inner surface of the window sill. The locking body and the locking member are fixed to each other to prevent the window sill from opening. The reducing device is provided to be in contact with the window sill before contacting the opening edge of the housing. Buffering impacts when the window sill is closed. In addition, the unit is placed on the lock body and is threaded on the surface of the housing through the lock body. _But 乂' In the foregoing prior art device, the damper rod is over the shell Protruding on the open side of the body, therefore, The appearance is beautiful, and there is a problem. In addition, the protruding rods hinder the entry and exit of the storage items, so the squatting condition is deteriorated. ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ - In addition, the shock absorber is integrally provided in the lock The body is mounted through the lock body = the inner surface of the housing. Therefore, the range of the movement of the lock body of the lock body is also clear, and the door to the limit between the inner surface of the body and the rod of the shock absorber is also疋 ' 'In order to avoid interference between the rod of the shock absorber and the lock bar of the lock body, the shock absorber and the lock body must be separated, making it difficult to reduce the thickness of the shock absorber 1268982 and the lock body. The invention is such that the movable member of the shock absorber does not protrude from the outside, and at the same time, the shock from the window sill is buffered by the shock absorber. And, the shock-resistant (10) system with the shock absorption 11 of the poem 2 has a door In the lock system, the "two-lock system" is constituted by a storage box opening opening preventing portion and a second fixing opening preventing portion installed in a window opening of the opening of the opening. 1 and 2 in the window _ _ mouth, due to bear = The casement and the period of backward into the Ding, is buffered by the wire close to the striking = _ sometimes return to its original open state of the opening of the movable member. Further, the ^ system is provided in the first window opening preventing portion. Next, the first (the fourth) of the present invention is placed in the box, and the movable member that has returned to the original state is placed further inside than the opening surface. On the inside of the box, the surface is cushioned by the shock absorber from the impact of the window sill. In the case of the month b_, the first material hitting-stop portion _ surface end is provided with a door lock, and the movable member is disposed on the opening side of the storage box, and the door lock receiver that receives the door lock by vibration is prevented. Reduce the women's clothing in the _ (4) 'door lock system installed in the shock absorber, benefit ', the inside surface ' and] get away from the j shock absorber 'to install the movable box of the storage box and shock absorber It is best to open the storage box within the storage box. Only placed, the closest to the earthquake = the lock on the movable member due to the acceptance of the shackle, and the door is locked by the door lock connector. In this way, the remote movement can be shortened, and the most away from the movable structure, the fishing with the door lock can be provided on the inner surface of the side handle box. The close or concealed 1 lock system can be moved away from the one side, and the distance between the telescopic arm member and the movable member can be shortened to shorten the thinning of the door lock body and the shock absorber. ^ Desirable description of the ideal implementation of the present invention:::=::Details of the details of the invention - and the attached drawings [embodiment] ▲ - - - 3 - Figure 3 shows an embodiment caused by the present invention A shock-resistant door lock system with a shock absorber. The tremor door lock system with shock absorbers is as shown in the first to third figures, and has a shock absorber 1 #door lock system 2, which is used, for example, in a system kitchen, a washable dressing table, a wooden box, and a hanging. The storage furniture such as a cabinet is a storage box 5 with a window attached to a storage unit such as a storage unit. The storage box 5 with the window sill has a window sill having an opening of 8 1268982 on the front side (for example, a double-open type 竿 has an age H of a bearing hole (10) at the center of the front surface) (refer to the second figure, the third Fig. 4 is integrated with the movable lever (movable member) U ^ from the shaft and the door lock body 3 described later in S. The frame 10 has a pair of hub holes 101 and 1G1, and is fixed to the inner upper surface 5 of the storage box 50 by a pair of the volutes 13 and 13 inserted into the hub holes m and 1G1 (U. _ 1 〇 For example, it is configured by a body and a cover that are fixed to each other. The movable lever 11 is cushioned when the window opening 51 closes the opening 5 of the storage box 50, and is retracted by the force from the window 51. The impact from the window sill 51 to the storage box 50. The impact from the window sill 51 is rushed, for example, by resistance of the spring, fluid resistance or air resistance, etc. Further, the movable lever 11 is attached to the opening 51 of the window 51. In the case of 〇〇, for example, by the force of a spring (not shown), the state is restored to the original state. In the first figure, the position of the movable cymbal 11 of the traverse line is at the maximum retreat position when the window sill 51 is closed, and the imaginary line is The position of the movable lever 11 is at the maximum entrance and exit position when the window sill 51 is fully opened. The door lock system 2 is provided with a door lock body 3 that is attached to the inner upper surface 501 of the storage box 5 through the damper 和 and is mounted. The door lock receiver 4 inside the window 51 is supposed to be in the event of an earthquake. When the storage object is dropped, the door lock body 3 and the door lock receiver 4 are configured to be fixed to each other by vibration to prevent the window sill 51 from opening. 1268982 The door lock body 3 is like the first to the fourth As shown, it is constituted by a frame 3G having a hole 3GG at the center in the lower front side, a remote arm member 31 extending from the hole, and a ball 32 (for example, iron) housed in the frame 3〇. The system also has a pair of hub holes (not shown) which are placed under the frame 10 of the damper 1 by inserting a pair of tests (not shown) for attacking the hub holes. The frame 30 is respectively on the inner left and right sides and the inner wire, and has a pair of recording portions (not shown, and then has a guiding recess 3〇4 in the center on the front side. The machine= is for example by mutual The fixed pair of halves is submerged. The teledynamic arm member 31 is on the base side, and has a pair of rotating shafts 310, ..., which are supported by the bearing portions of the __30 pairs, respectively. And kept in the frame 3〇, to be able to move up and down. In addition, the remote arm 31 is attached to the front end to hold the door lock (such as the door) The distance between the latch (8) and the rotating shaft 310 is longer than the distance between the front end (rear end) of the base and the rotating shaft 31. The ball 32 is a moving arm disposed inside the frame 30. The base of 3ι can be shot in the front and rear direction. The ball 32 is enough to move above and below the two sides, and the moving arm member 31 can be pressed forward. The material or weight and shape are suitable. t 自由 自由 。 。 口 口 口 口 。 。 。 。 。 口 口 口 。 。 口 。 口 口 口 。 口 口 口 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The side of the storage box is also on the side of the inside of the storage box. In addition, it is not limited thereto. For example, if the window sill is single and -1268982, the damper and the door lock body can be disposed on the inner left side of the storage box, if the window sill is single and right open window 扉The shock absorber and the door lock body can be disposed on the inner right side of the storage box. The door lock receiver 4 is formed as follows, as shown in the first to fifth figures, including: a protruding portion 40, a pair of I flange portions 41, 41 extending along the left and right ends of the front surface thereof, and along The left and right ends of the bottom side surface of the protruding portion 40 respectively extend the shape of the L pair of the flange portions 42, 42. For example, the door lock receiver 4 is formed by integral molding. In this state, the mounting work is easier than in the case where the protruding portion is separately provided, and the mounting can be performed later. When the window opening 51 closes the opening 500, the protruding portion 40 is configured to press the movable rod u by the front end surface 400 of the protruding portion 40, and has a protrusion 401 filled in the guiding concave portion 304 at the center below the front end surface θ4〇〇. . The front end face 400 is formed in a pad shape. The projections 4〇1 are combined with the guide recesses 3〇4 to constitute a positioning device for the door lock system 2, and the upper, lower, left and right sides are enclosed by the guide recesses 304. Thereby, even in the event of an earthquake, a large vertical shaking or a lateral shaking in the left-right direction occurs, and the closed state of the storage box 5 and the window sill is appropriately held by the clamp device. Further, it is possible to easily confirm whether or not the door lock system 2 is properly cracked in the storage box 5 with the window sill by providing the positioning means. Each of the I flange portions 41 has a through hole 41A for fixing the door lock receiver 4 to the inner surface 510 of the window sill 51 by means of a screw. For the LWM2 and 42 series, when the earthquake occurs, the money department has the opposite side of the door lock 311 and the side of the fishing gamma. The fishing side, 1268982 is disposed at the left and right rear ends of the bottom of the door lock receiver 4, and the bottom portion is attached to the bottom of the storage box 5, and the side door lock is attached to the bottom to be close to or isolated. . In other words, in the first figure and the figure, the remote arm member 31 is at the position where the door lock is received due to the door lock receiver 4, and is closest to the movable lever u of the shock absorbing cymbal, (10) to the door lock receiver 4 As for the position of freedom, it is explained at the most action of moving the nUr implementation. Usually, the door lock body 3 is as shown in Fig. (4), so that the remote member = below the lock receiver 4. i lowered to the door When an earthquake occurs in this state, the storage with the window sill moves in all directions. When the storage box 5 with the window sill vibrates in the upper and lower directions = the left and right direction, the storage box 50 and the window sill 51 are closed; or the positioning device is appropriately held. *, and two g are also described in the case where the storage box 5 with the window sill vibrates in the front-rear direction, and the closed state of the window 50 and the window sill 51 is appropriately inserted into the storage box in the storage box 5 with the window sill. In the front, the ball ^ is said to move to the rear, but the storage box 50 and the window sill 51 are turned to the ground and remain closed. ', 0 is used by the gums 51 when the storage box 5 with the window sill is moved to the rear, and its inertia is opened. On the other hand, the ball buckle is positive = 51 is shown by pressing the telescopic arm The rear portion of the member 31, at the same time, is filled into the lock recess 303 as shown in Fig. 4(b). During this action, the eyelids are also turned to the front, and the remote arm member 31 is attached to the hooks 420, 42 of the door lock receiver 4 of the door lock body 3 of the door lock body 3.殄Open the window and turn it. At this time, the distance between the door lock 311 and the rotating shaft 310 is longer than the distance between the rear end and the rotating shaft 310, so that the member 31 can be surely suspended from the hanging fishing 420, 420. This can prevent the window sill 51 from being able to prevent the storage from falling.在^ After the earthquake stops, when the door lock 311 is hung on the hooks 420, 420, the door lock is released by pressing the window 51 to the rear, and at the same time, the ball 32 is pressed to the rear and squeezed by the lock recess 303. Out. Thereby, the door lock body 3 is returned to the normal state shown in the fourth figure (a). According to the present embodiment, the front end of the movable click lever 11 that has returned to the original state is located inside the storage 500 which is further inside than the surface of the opening 500, and on the other hand, at the front end of the protruding portion 4 The movable lever 压 is pressed, so that the damper movable lever 丨丨 can be prevented from protruding to the outside, and at the same time, the impact from the window sill 51 can be buffered by the damper 1. This makes it possible to make the appearance good and to make the use condition good. The damper 1 is attached to the inner surface of the storage box 5, and the door lock body 3 is attached to the damper 1. Therefore, the distance between the inner surface of the storage box 5 and the movable rod 11 of the damper 1 can be Limit, to open the remote _ moving range of the remote arm member 31. The damper 1 can be firmly fixed by attaching the damper 1 to the inner surface of the storage box 50, and the effect of the damper can be improved. The door lock 311 of the remote arm member 31 is close to or isolated from the bottom of the door lock receiver 4, so that the distance between the remote arm member 31 and the movable rod 11 can be shortened, and the door lock body 3 and the shock absorbing can be performed. The thickness of the device is thin. In an alternative embodiment, the shock resistant door lock system is constructed by a door lock system 2 that does not have a shock absorber 1. 13 1268982 The present invention is described in terms of several preferred embodiments, but without departing from the spirit and scope of the invention, modifications and changes can be made by the current industry. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a partial cross-sectional view of a shock-resistant door lock system with a shock absorber according to an embodiment of the present invention viewed from the left. The second figure is a view of the shock-resistant door lock system with a shock absorber attached to the first figure from above. The third figure is a front view of the shock-resistant door lock system with a shock absorber attached to the front view, showing the left half of the shock absorber and the door lock body, and the right half of the door lock receiver. Fig. 4(a) is a view showing a state in which the door lock of the door lock body is disengaged by the hook of the door lock receiver, and Fig. 4(b) is a view showing a state in which the door lock is suspended from the hook. The fifth figure is a perspective view of the aforementioned door lock receiver. [Main component symbol description] Shock absorber 1 Door lock system 2 Door lock body 3 Door lock receiver 4 Storage box with window sill 5 Rack 10 Movable rod 11 Hub 13 1268982 Rack 3 0 Telescopic arm 3 1 Ball 3 2 Projection 4 0 I Flange 4 1 L Flange 4 2 Storage Box 5 0 Window 扉 5 1 Bearing Hole 10 0 Hub Hole 10 1 Hole 3 0 0 Locking recess 3 0 3 Guide recess 3 0 4 Rotary shaft 3 10 Door lock 3 11 Front end face 4 0 0 Protrusion 4 0 1 Through hole 4 10 Hook 4 2 0 Opening 5 0 0 Internal top 5 0 1 Inner surface 5 10 15