JP5870210B2 - A kind of high-rise building high-speed escape shoot - Google Patents

A kind of high-rise building high-speed escape shoot Download PDF

Info

Publication number
JP5870210B2
JP5870210B2 JP2014549309A JP2014549309A JP5870210B2 JP 5870210 B2 JP5870210 B2 JP 5870210B2 JP 2014549309 A JP2014549309 A JP 2014549309A JP 2014549309 A JP2014549309 A JP 2014549309A JP 5870210 B2 JP5870210 B2 JP 5870210B2
Authority
JP
Japan
Prior art keywords
sliding groove
base plate
vertical ladder
groove base
swivel
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Active
Application number
JP2014549309A
Other languages
Japanese (ja)
Other versions
JP2015503371A (en
Inventor
周妙▲栄▼
Original Assignee
周妙▲栄▼
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 周妙▲栄▼ filed Critical 周妙▲栄▼
Publication of JP2015503371A publication Critical patent/JP2015503371A/en
Application granted granted Critical
Publication of JP5870210B2 publication Critical patent/JP5870210B2/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Images

Classifications

    • AHUMAN NECESSITIES
    • A62LIFE-SAVING; FIRE-FIGHTING
    • A62BDEVICES, APPARATUS OR METHODS FOR LIFE-SAVING
    • A62B1/00Devices for lowering persons from buildings or the like
    • A62B1/20Devices for lowering persons from buildings or the like by making use of sliding-ropes, sliding-poles or chutes, e.g. hoses, pipes, sliding-grooves, sliding-sheets

Landscapes

  • Health & Medical Sciences (AREA)
  • General Health & Medical Sciences (AREA)
  • Business, Economics & Management (AREA)
  • Emergency Management (AREA)
  • Emergency Lowering Means (AREA)
  • Ladders (AREA)

Description

本発明は、建築用安全保護装置に係り、特に一種の高層ビル高速脱出シュートに係る。このアプリケーションは、先行出願201110065649.8層ビル高速脱出シュート(先行申請と略称され、これから同じ)の後続出願である。   The present invention relates to a building safety protection device, and more particularly to a kind of high-rise building high-speed escape chute. This application is a successor application of the prior application 201110065649.8 layer building high-speed escape chute (abbreviated as prior application, and the same now).

社会経済の急速な発展につれて、建築上使用可能な土地がますます供給不足になり、スペースに住宅を要求することが必然の成り行きになり、これでビル及び高層建築が急増し、都市建設のハイライトになりつつある。しかし、それに伴って発生する著しい問題点としては、高層ビルが各種の災害に対応し、特に頻繁な火災に応対する際に、切実に実行できる突発事態対処能力が欠乏するのが世界的な難題になった。出願者は、先行出願で《高層ビル高速脱出シュート》を提出し、 高層ビルの災害から高速脱出の難題を最大限度で解決した。先行申請的特徴は下記の通りである。(一)非災害時期で、仕舞って階段中間の縦壁に靠れ、階段の日常的な使用に影響を与えない。災害が発生する場合、脱出者がこれを引き下げてビルの滑り溝とし、滑り溝をひっくり返し、U字形断面のシュートに開き、階段に置いて脱出シュートを形成できる。(二)これと同時に、機械的連動装置によりドミノ効果を形成し、階層毎に滑り溝をひっくり返すことによって、全体のビルを連続的な脱出シュートに接続する。脱出者が利用できるものを何でも利用し、滑り溝に横たえると、勢いに乗じて滑り下がり、高速で脱出できる(三) 階段プラットフォーム箇所に脱出シュート旋回部が設置され、前旋回部、中継曲がり部と後旋回部という三つの部分から構成され、上層垂直はしご滑り溝及び下層垂直はしご滑り溝と接続し、連続シュートになり、そのうえ、旋回部底部溝の合理的な勾配、傾斜度及び曲がりのある特別な構造デザインを持って、脱出人が旋回部に達する時に、減速すると同時に停留しない安全滑り要求に達し、連続的に滑って脱出する。先行出願の《高層ビル高速脱出シュート》は、高層ビル災害時の高速脱出難題を有効に解決した。   With the rapid development of socio-economics, there is an increasingly short supply of architecturally usable land, which necessitates the need for housing in space, which has led to a rapid increase in buildings and high-rise buildings, and high levels of urban construction. It is becoming a light. However, as a significant problem that accompanies this, it is a global challenge that skyscrapers respond to various types of disasters, especially when they respond to frequent fires, and there is a lack of ability to cope with sudden incidents. Became. The applicant submitted “High-rise Building High-Speed Escape Shoot” in the previous application, and solved the high-speed escape problem from the disaster of the high-rise building to the maximum extent. The characteristics of the prior application are as follows. (1) In a non-disaster time, you will get drowned in the vertical wall in the middle of the stairs and will not affect the daily use of the stairs. In the event of a disaster, the escaper can pull it down into a sliding groove in the building, turn it over, open it into a U-shaped section chute, and place it on the stairs to form an escape chute. (2) At the same time, a domino effect is formed by the mechanical interlocking device, and the entire building is connected to the continuous escape chute by turning over the sliding groove for each level. Use anything that can be used by the escaper, lie down in the slide groove, and you can slide down with speed and escape at high speed. (3) The escape chute swivel is installed at the stair platform, the front swivel, the relay bend It is composed of three parts: the upper vertical ladder sliding groove and the lower vertical ladder sliding groove, which forms a continuous chute, and also has a reasonable slope, inclination and bending of the lower bottom groove. With a special structural design, when the escaper reaches the swivel, he / she slows down and reaches the safety slip requirement that does not stop and slips continuously to escape. The previous application “High-rise Building High-Speed Escape Chute” effectively solved the problem of high-speed escape during high-rise building disasters.

本発明の目的は、先行出願《高層ビル快速脱出シュート》の各種のタイプ及び形式の完備化をさなに改善し、脱出者に、高速的に、低い位置で、便利に且つ安全に火事場から脱出され、命を救うことである。   The object of the present invention is to improve the completeness of various types and forms of the prior application << high-rise building rapid escape chute >>, to the escape person at high speed, in a low position, conveniently and safely Escape from and save lives.

本文で述べられた旋回滑り溝 7又は垂直はしご滑り溝が皆構成部品で、その構造が先行申請での旋回部及び垂直はしご滑り溝と類似し、例えば、垂直はしご滑り溝が滑り溝台板 2、滑り溝ガードレール 2Aとシュート手もたれ 1を含む。 それに、旋回滑り溝 7での前旋回部滑り溝 20、中旋回部滑り溝 21と後旋回部滑り溝 22も構成部品であり、相応な前旋回滑り溝の滑り溝台板 20A、中旋回部滑り溝の滑り溝台板 21A、 後旋回部滑り溝 22の滑り溝台板 22A及び相応な各滑り溝ガードレール 2Aとシュート手もたれ 1を含み、これで垂直はしご滑り溝と対応する。 The swivel slide groove 7 or the vertical ladder slide groove described in the text are all components, and the structure is similar to the swivel part and the vertical ladder slide groove in the prior application, for example, the vertical ladder slide groove is the slide groove base plate 2 Including sliding groove guardrail 2A and shoot hand rest 1. In addition, the front turning part sliding groove 20 in the turning sliding groove 7, the middle turning part sliding groove 21 and the rear turning part sliding groove 22 are also components, and the corresponding sliding groove base plate 20A of the front turning part sliding groove, middle turning It includes a sliding groove base plate 21A for the partial sliding groove, a sliding groove base plate 22A for the rear turning portion sliding groove 22, and corresponding sliding groove guardrails 2A and a chute handrest 1, which correspond to the vertical ladder sliding groove.

本発明の目的は、下記の技術案を照らして完成する。本発明は、先行申請に対して増設する第一種の方案は、垂直はしご滑り溝と旋回滑り溝 7を含み、旋回滑り溝 7での各旋回部滑り溝の間の接続が各旋回部滑り溝の滑り溝台板を接続部品として、各旋回部滑り溝を接続する。本脱出シュートは、上、下層垂直はしご滑り溝及び旋回滑り溝 7を含み、旋回滑り溝7が前、中、後旋回部滑り溝 20、 21、 22を含み、階段の壁体3に、フェンダー 3Aが取り付けられ、前記上、下層垂直はしご滑り溝台板 2が皆回転軸 8を介して前記のフェンダー 3Aとヒンジで連結する。 The object of the present invention is completed in light of the following technical solution. The present invention includes a vertical ladder sliding groove and a swivel sliding groove 7 which are added to the prior application, and the connection between the swivel sliding grooves 7 in the swivel sliding groove 7 is each swivel slip. Using the sliding groove base plate of the groove as a connecting part, each turning portion sliding groove is connected. This escape chute, on, include lower vertical ladder sliding groove and pivot guideway 7, pivot guideway 7 before, during, includes a rear pivot portion sliding grooves 20, 21, 22, the wall 3 of the stairs, off gender 3A is mounted, the upper, lower vertical ladder sliding groove base plate 2 via everyone rotary shaft 8 is connected with said full gender 3A and the hinge.

前記前、中、後旋回部滑り溝 20、 21、 22がその滑り溝台板を介して接続し、上層垂直はしご滑り溝台板 2が前、中、後旋回部滑り溝 20、 21、 22を介して滑り溝台板 20A、 21 A、 22Aとヒンジで接続し、下層垂直はしご滑り溝台板 2と重ね継ぎ接続する。   The front, middle, and rear turning part sliding grooves 20, 21, and 22 are connected via the sliding groove base plate, and the upper vertical ladder sliding groove base plate 2 is connected to the front, middle, and rear turning part sliding grooves 20, 21, and 22 Are connected to the sliding groove base plate 20A, 21A, 22A through hinges, and are connected to the lower vertical ladder sliding groove base plate 2 by lap joint.

旋回滑り溝 7の滑り溝台板が扇形の前旋回部滑り溝 20の滑り溝台板 20A、後旋回部滑り溝 22の滑り溝台板 22A及び長方形中旋回部滑り溝 21の滑り溝台板 21Aから構成される。その中で、前旋回滑り溝 20の滑り溝台板 20Aが二つの同じ滑り溝台板を含み、これらがヒンジで連結する。 The sliding groove base plate of the swivel sliding groove 7 has a fan-shaped front turning portion sliding groove 20 slide groove base plate 20A, the rear turning portion sliding groove 22 sliding groove base plate 22A, and the rectangular middle turning portion sliding groove 21 sliding groove base plate Consists of 21A. Among them, the slide groove base plate 20A of the front turning portion slide groove 20 includes two identical slide groove base plates, which are connected by hinges.

前旋回部滑り溝 20の滑り溝台板 20Aの上端が上層垂直はしご滑り溝台板 2の下端とヒンジで連結し、前旋回部滑り溝 20の滑り溝台板 20A下端が中旋回部滑り溝 21の滑り溝台板 21A の上端とヒンジで連結する。中旋回部滑り溝 21の滑り溝台板 21A裏端が回転軸 8でヒンジ連結され、フェンダー 3Aに取り付けられ、中旋回部滑り溝 21の滑り溝台板 21A下端が後旋回部滑り溝 22の滑り溝台板 22A上端とヒンジ連結する。後旋回部滑り溝 22の滑り溝台板 22A下端が下層垂直はしご滑り溝 台板 2の上端と連結する。 The upper end of the sliding groove base plate 20A of the front turning portion sliding groove 20 is connected to the lower end of the upper vertical ladder sliding groove base plate 2 by a hinge, and the lower end of the sliding groove base plate 20A of the front turning portion sliding groove 20 is the middle turning portion sliding groove. It connects with the upper end of 21 slide groove base plate 21A with a hinge. Guideway bedplate 21A back end of the middle pivot portion sliding groove 21 is hinged at the rotation shaft 8, attached to the full gender 3A, middle pivot portion sliding grooves 21 of the sliding groove base plate 21A lower the rear pivot portion sliding groove 22 The sliding groove base plate is hinged to the upper end of 22A. The lower end of the sliding groove base plate 22A of the rear turning portion sliding groove 22 is connected to the upper end of the lower vertical ladder sliding groove base plate 2.

前記各滑り溝台板の間のヒンジ連結箇所で、皆ヒンジローラー 8Bが取り付けられ、前記各連結箇所で皆組合せ滑車 6が取り付けられる。   A hinge roller 8B is attached at each hinge connection location between the slide groove base plates, and a combined pulley 6 is attached at each connection location.

また滑り溝連動ワイヤロープ 27、横方向位置決めワイヤロープ 27A、滑り穴 27B、脱着可能な装置 27C、位置決め穴27Dを含み、滑り溝間連動を実施し、それに滑り溝ガードレール 2Aと各滑り溝台板を直角位置としてきちんと縛る。   Also includes sliding groove interlocking wire rope 27, lateral positioning wire rope 27A, sliding hole 27B, removable device 27C, positioning hole 27D, and interlocking between sliding grooves, and sliding groove guardrail 2A and each sliding groove base plate Tighten it as a right angle position.

その作動プロセスとして、旋回滑り溝 7が仕舞われ、壁に靠れて貯蔵する必要がある時、前旋回部滑り溝 20の二つの滑り溝台板がヒンジローラー 8B箇所で折り畳まれ、中間壁体3左側方向へ上層垂直はしご滑り溝台板 2と壁体 3の間に移り、ストレート姿でその中に挿入する。上層垂直はしご滑り溝 2が仕舞われて壁に靠れ、上層スプリングフープ 17Aにより固定される。これと同時に、中旋回部滑り溝 21が仕舞われて、壁体 3端面に近いストレート位置までひっくり返る。これと同時に、後旋回部滑り溝 22の滑り溝台板 22Aが中旋回部滑り溝 21とヒンジ連結する箇所のヒンジローラー8Bがひっくり返って仕舞われ、中間壁体 3方向へ壁体 3右側と下層滑り溝台板2との間に移り、ストレート姿でその中に挿入する。右側の下層垂直はしご滑り溝が仕舞われて壁体 3に貼り付け、下層スプリングフープ 17により固定される。   As the operation process, when the swivel groove 7 is finished and needs to be stored in the wall, the two slide groove base plates of the front swivel groove 20 are folded at the hinge roller 8B, and the intermediate wall 3 Move the upper layer vertical ladder slide groove base plate 2 to the left side between the wall 2 and the wall 3 and insert it into it in a straight shape. The upper vertical ladder sliding groove 2 is finished and rolled into the wall, and fixed by the upper spring hoop 17A. At the same time, the middle swivel sliding groove 21 is finished, and it is turned over to a straight position near the end face of the wall 3. At the same time, the hinge roller 8B where the sliding groove base plate 22A of the rear turning portion sliding groove 22 is hinged to the middle turning portion sliding groove 21 is turned upside down, and the intermediate wall body 3 in the three directions toward the right side of the wall body 3 And move between the lower sliding groove base plate 2 and insert it in a straight form. The right lower vertical ladder sliding groove is finished and attached to the wall 3 and fixed by the lower spring hoop 17.

災害の際に、上層垂直はしご滑り溝が下へひっくり返り、上層垂直はしご滑り溝(壁左側)と前旋回部滑り溝 20 の滑り溝台板 20Aが折り畳み状で外へ開き、それに勢いに乗じて下へひっくり返る。中旋回部滑り溝 21の滑り溝台板 21A が前旋回部滑り溝 20の滑り溝台板 20Aとヒンジ接続するので、これに連れて下へひっくり返る。これと同時に、中旋回部滑り溝 21滑り溝台板 21Aとヒンジ接続する後旋回部滑り溝 22が下へひっくり返って開き、それに滑り溝連動ワイヤロープ 27の引きにより下へひっくり返る下層垂直はしご滑り溝(壁右側)と接続し、連続脱出シュートを形成する。   In the event of a disaster, the upper vertical ladder slide groove is turned over, and the upper vertical ladder slide groove (on the left side of the wall) and the sliding groove base plate 20A of the front swivel slide groove 20 are folded and opened to the outside. Multiply and turn down. Since the sliding groove base plate 21A of the middle turning portion sliding groove 21 is hingedly connected to the sliding groove base plate 20A of the front turning portion sliding groove 20, it is turned down accordingly. At the same time, the lower vertical ladder that the middle swivel slide groove 21 and the rear swivel slide groove 22 that is hinged to the slide groove base plate 21A are turned upside down and turned down by pulling the slide groove interlocking wire rope 27. Connect to the sliding groove (right side of the wall) to form a continuous escape chute.

本発明で増設した第二実施形態で、前旋回部滑り溝 20の滑り溝台板 20Aが、前部長方形、 後部扇形を呈し、その上端が上層垂直はしご滑り溝台板 2の下端と重ね継ぎ、それに上層垂直はしご滑り溝台板 2 下端の受け板 2Fにより支えられ、その下端が中旋回部滑り溝 21の台板 21Aの上端と重ね継ぎ、それに中旋回部滑り溝台板 21Aの受け板 21Bにより支えられる。中旋回部滑り溝 21の滑り溝台板 21Aの裏端が回転軸 8を介して壁体 3とヒンジ連結し、中旋回部滑り溝 21の滑り溝台板 21Aの下端が後旋回部滑り溝 22の滑り溝台板 22Aの上端とヒンジ連結する。後旋回部滑り溝 22滑り溝台板 22Aの下端 が下層垂直はしご滑り溝台板の上端と連結する。   In the second embodiment added in the present invention, the sliding groove base plate 20A of the front turning portion sliding groove 20 has a front rectangular shape and a rear fan shape, and its upper end overlaps with the lower end of the upper vertical ladder sliding groove base plate 2. The upper vertical ladder sliding groove base plate 2 is supported by the lower end receiving plate 2F, the lower end of which is overlapped with the upper end of the intermediate rotating portion sliding groove 21 base plate 21A, and the intermediate rotating portion sliding groove base plate 21A receiving plate Supported by 21B. The back end of the sliding groove base plate 21A of the middle turning portion sliding groove 21 is hinged to the wall 3 via the rotary shaft 8, and the lower end of the sliding groove base plate 21A of the middle turning portion sliding groove 21 is the rear turning portion sliding groove. The sliding groove base plate 22 is hingedly connected to the upper end of 22A. Rear swivel slide groove 22 The lower end of the slide groove base plate 22A is connected to the upper end of the lower vertical ladder slide groove base plate.

前記各滑り溝台板の間のヒンジ連結箇所で皆ヒンジローラー 8Bが取り付けられ、前記各連結箇所及び重ね継ぎ箇所に皆複合滑車 6が取り付けられる。   All hinge rollers 8B are attached at the hinge connecting points between the sliding groove base plates, and the compound pulley 6 is attached at the connecting points and the lap joints.

また滑り溝連動ワイヤロープ 27、横方向位置決めワイヤロープ 27A、滑り穴 27B、脱着可能な装置 27C、位置決め穴27Dを含み、滑り溝間連動を実施し、それに滑り溝ガードレール 2Aと各滑り溝台板を直角位置としてきちんと縛り、その構造が第一実施形態と類似する。   Also includes sliding groove interlocking wire rope 27, lateral positioning wire rope 27A, sliding hole 27B, removable device 27C, positioning hole 27D, and interlocking between sliding grooves, and sliding groove guardrail 2A and each sliding groove base plate Are firmly bound as a right angle position, and the structure is similar to that of the first embodiment.

下へひっくり返した時、上層垂直はしご滑り溝台板 2下側の受け板 2F及び中旋回部滑り溝台板 21の受け板 21Bを沿って滑り下がり、中旋回部滑り溝 21滑り溝ガードレール 2A箇所で位置決めされ、上層垂直はしご滑り溝 20受け板 2F及び中旋回部滑り溝台板の受け板 21Bに固定され、上層垂直はしご滑り溝及び中旋回部滑り溝 21と水平に接続する。   When turned down, the upper vertical ladder sliding groove base plate 2 slides down along the lower receiving plate 2F and the receiving plate 21B of the middle turning part sliding groove base plate 21, and the middle turning part sliding groove 21 sliding groove guard rail 2A The upper layer vertical ladder sliding groove 20 receiving plate 2F and the middle turning portion sliding groove base plate receiving plate 21B are fixed, and the upper layer vertical ladder sliding groove and middle turning portion sliding groove 21 are connected horizontally.

滑り溝ガードレール構造及び実施方式   Sliding groove guardrail structure and implementation method

前旋回部滑り溝 20の滑り溝ガードレール 2Aが、扇形部滑り溝台板とヒンジ連結し、同じの二部分に分解する滑り溝ガードレール 及び後部の長方形滑り溝台板とヒンジ連結する一つの滑り溝ガードレール から構成される。上端が上層垂直はしご滑り溝の滑り溝ガードレール2A と接続し、これから相次いでに中旋回部滑り溝ガードレール 2A、後旋回部滑り溝2A及び下層 垂直はしご滑り溝の滑り溝ガードレール 2Aと接続する。   The sliding groove guard rail 2A of the front turning section sliding groove 20 is hinged to the fan-shaped section sliding groove base plate and disassembled into the same two parts, and one sliding groove hinged to the rear rectangular sliding groove base plate Consists of guardrails. The upper end is connected to the sliding groove guard rail 2A of the upper ladder sliding groove, and is successively connected to the middle turning section sliding groove guard rail 2A, the rear turning section sliding groove 2A, and the lower vertical ladder sliding groove sliding rail guard rail 2A.

旋回滑り溝 7の三部分旋回滑り溝ガードレール 2A及び上層垂直はしご滑り溝、下層垂直はしご滑り溝の実施方式は増設する第一種の方案と同じ。即ち、滑り溝ガードレール 2Aがシュート手もたれ 1下側の滑り穴孔27B、脱着可能な装置27C、位置決め穴孔 27D及び横方向位置決めワイヤロープ 27Aと滑り溝連動ワイヤロープ27 を介して、ガードレール機能及び連動を実現する。   The three-part swivel slide groove guard rail 2A of the swivel slide groove 7A, the upper layer vertical ladder slide groove, and the lower layer vertical ladder slide groove are implemented in the same manner as the first type of plan. That is, the sliding groove guard rail 2A has a chute handrest 1.The lower sliding hole 27B, the removable device 27C, the positioning hole 27D, the lateral positioning wire rope 27A and the sliding groove interlocking wire rope 27 Realize interlocking.

本発明が先行申請に対して増設する第三実施形態は、また旋回滑り溝の昇降装置を含み、前記昇降装置が昇降滑りレール 32、平衡錘滑りレール 33、滑りレール先端滑車 34、吊りワイヤロープ 35と平衡錘 36から構成される。吊りワイヤロープ 35の一端が平衡錘36と連結・固定され、その他の一端が滑車 34 を介して旋回滑り溝7と連結・固定され、旋回滑り溝 7底部受け板 7Aが旋回滑り溝7を支えて昇降滑りレール 32内で上下に滑走し、平衡錘 36が平衡錘滑りレール 33内で旋回滑り溝7と逆方向で上下に滑走する。   The third embodiment added by the present invention to the prior application also includes an elevating device for the swivel slide groove, and the elevating device is an elevating slide rail 32, a balanced weight slide rail 33, a slide rail tip pulley 34, a hanging wire rope. 35 and balance weight 36. One end of the suspension wire rope 35 is connected and fixed to the balance weight 36, and the other end is connected and fixed to the swivel slide groove 7 via the pulley 34, and the swivel slide groove 7 bottom support plate 7A supports the swivel slide groove 7. Thus, the balance weight 36 slides up and down in the opposite direction to the swivel slide groove 7 in the balance weight slide rail 33.

本発明が先行申請に対して増設する第三実施形態は、垂直はしご滑り溝での二種構造、即ち、滑り溝ガードレール 2Aと滑り溝台板 2とヒンジ連結する方式及び固定式を使用でき、又は連続シュート旋回滑り溝 7での二種構造、即ち、全体固定構造及びヒンジ連結式分解構造を使用でき、これで多種の方案を構成できる。各種のビルの実際状況によって組み合わせて設置することによって、《高層ビル快速脱出シュート》がシリーズ製品になるようにする。   The third embodiment that the present invention adds to the prior application can use two types of structures with vertical ladder sliding grooves, i.e., a hinged connection with the sliding groove guard rail 2A and the sliding groove base plate 2 and a fixed type, Alternatively, two types of structures in the continuous chute swivel sliding groove 7, that is, an overall fixing structure and a hinged disassembly structure can be used, and various methods can be configured by this. By installing in combination according to the actual situation of various buildings, << High-rise building rapid escape chute >> will become a series product.

本発明の第四実施形態は、一種の階段での遮断及び排煙装置で、仕切板 39、ビル外通気配管 41、屋根外壁排煙口及び排煙ファン 42を含み、仕切板 39が上下階段を中間から仕切ることによって、排煙ガスが規則に上がることにする。屋根外壁に排煙口及び排煙ファン 42があり、階段壁体外のビル外通気配管 41と接続する。ビル外の通気配管41がビル外に取り付けられ、最上層から最下階まで、全体に上下に貫通する通気配管で、通気配管の二端が皆開く時に、配管内に強い気流が発生し、陰圧が発生するので、階段通路内の排煙ガス43を吸い出し、ビル外の通気配管41により外スペースに排出し、これと同時に、排煙ファンが陰圧の作用の下で起動して排煙する。煙道ガスが出口を持ち、ビル内に満ちず、高層ビル火災での濃煙集中危害を大幅に削減でき、これで脱出に有利である。   The fourth embodiment of the present invention is a kind of stairway shutoff and smoke exhaust device, which includes a partition plate 39, a ventilation pipe 41 outside the building, a roof outer wall smoke exhaust port and a smoke exhaust fan 42, and the partition plate 39 is an upper and lower staircase. By separating from the middle, the smoke emission will rise to the regulation. There are a smoke exhaust port and a smoke exhaust fan 42 on the outer wall of the roof, which are connected to the outside building ventilation pipe 41 outside the staircase body. A ventilation pipe 41 outside the building is attached outside the building, and the ventilation pipe penetrates up and down from the top to the bottom floor. When both ends of the ventilation pipe are opened, a strong air flow is generated in the pipe. Since negative pressure is generated, the smoke exhaust gas 43 in the stairway is sucked out and exhausted to the outside space by the ventilation pipe 41 outside the building. At the same time, the smoke exhaust fan is activated under the action of the negative pressure and exhausted. Smoke. The flue gas has an exit and does not fill the building, greatly reducing the concentration of concentrated smoke in a high-rise building fire, which is advantageous for escape.

以上述べたところを総合すれば、本発明《高層ビル高速脱出シュート》は、脱出者に、便利に、安全に、低い位置で且つ高速で脱出させる役割を果たす。推算によりますと、三十階の高層ビルで、脱出者が毎階3-5秒滑走すると、二分間位で最上層から最下階に滑走できる。毎階同時に三人滑走すると、二分間位百人余り疎開でき、その他の疎開器が殆どこれと比べられない。本発明の階段排煙ガス遮断及び排煙技術を使用し、それに《高層ビル高速脱出シュート》技術を運用すると、脱出者は階段を通じて脱出でき、一番安全的な且つ信頼的な選択になる。   In summary, the present invention << high-rise building high-speed escape chute >> plays a role of allowing escapers to escape conveniently and safely at a low position and at high speed. According to the estimation, if the escaper slides for 3-5 seconds on each floor in a high-rise building on the 30th floor, it can slide from the top floor to the bottom floor in about 2 minutes. If you run three people at the same time on each floor, you can evacuate about 100 people for about 2 minutes, and other evacuators are hardly comparable. Using the staircase flue gas blocking and flue gas technology of the present invention and operating the “high-rise high-speed escape chute” technology, the escaper can escape through the stairs, making it the safest and most reliable choice.

第一実施形態での旋回滑り溝 7台板接続の俯瞰図であるIt is a bird's-eye view of the swivel sliding groove 7 base plate connection in the first embodiment. 旋回滑り溝 7ガードレール接続の正面図である。It is a front view of a turning sliding groove 7 guardrail connection. 連続脱出シュートの滑り溝が仕舞われて壁に靠れる普段の状態の正面図である。It is a front view of the usual state where the sliding groove of a continuous escape chute is finished and it falls on a wall. 上層垂直はしご滑り溝が下へひっくり返り、前旋回部滑り溝 20を引く構造連動正面図である。It is a structural interlocking front view in which the upper vertical ladder sliding groove is turned over and the front turning part sliding groove 20 is pulled. 中旋回部滑り溝21が下へひっくり返り、下層滑り溝を引く構造連動正面図である。It is a structure interlocking front view in which the middle turning portion sliding groove 21 is turned over and the lower sliding groove is pulled. 第二実施形態の中旋回滑り溝 7台板構造俯瞰図(前旋回部20固定の前)である。FIG. 6 is an overhead view of a seven-spindle structure of a middle turning sliding groove in the second embodiment (before the front turning unit 20 is fixed). 第二実施形態の中旋回滑り溝 7台板構造俯瞰図(前旋回部20固定後)である。FIG. 7 is an overhead view of a seven-spindle structure (after the front turning part 20 is fixed) of the middle turning sliding groove of the second embodiment. 旋回滑り溝 7が昇降装置経由で屋根まで上昇して位置決める正面図である。FIG. 5 is a front view in which the swivel sliding groove 7 is positioned up to the roof via the lifting device. 旋回滑り溝 7が昇降装置経由で階段プラットフォーム5まで滑り下がる正面図である。It is a front view in which the swivel sliding groove 7 slides down to the stair platform 5 via the lifting device. 屋根外壁排煙口及び排煙ファン42及びビル外通気配管 41の正面図である。FIG. 6 is a front view of a roof outer wall smoke outlet and smoke exhaust fan 42 and an outside building ventilation pipe 41.

Figure 0005870210
Figure 0005870210
Figure 0005870210
Figure 0005870210

添付図の説明、図1、6の中で、壁体3左側の垂直はしごが上層から下がり、壁体3右側の垂直はしごが下層から下がる。図の中での横方向が下記の通りである。左側が前で、右側が後ろである。   In the explanation of the attached drawings, FIGS. 1 and 6, the vertical ladder on the left side of the wall 3 is lowered from the upper layer, and the vertical ladder on the right side of the wall 3 is lowered from the lower layer. The horizontal direction in the figure is as follows. The left side is the front and the right side is the back.

第一実施形態
本発明は、先行申請に対して増設する第一種の方案は、図1で示すように、上層垂直はしご滑り溝、旋回滑り溝 7を含み、旋回滑り溝7での各旋回部滑り溝の間の接続を含み、各旋回部滑り溝の滑り溝台板を接続部品とし、各旋回部滑り溝を接続し、本高層ビル高速脱出シュートが上、下層垂直はしご滑り溝と旋回滑り溝7を含み、旋回滑り溝 7が前、中、後ろ旋回部滑り溝20、21、22を含み、階段の壁体3に、フェンダー3Aが取り付けられ、前記上、下層垂直はしご滑り溝台板 2が回転軸8を介して前記フェンダー3Aとヒンジで連結される。
First Embodiment The present invention includes a first type of plan added to the preceding application, as shown in FIG. 1, including an upper-layer vertical ladder sliding groove, a turning sliding groove 7, and each turning in the turning sliding groove 7. Including the connection between the sliding grooves, the sliding groove base plate of each swivel sliding groove is used as a connecting part, each swivel sliding groove is connected, this high-rise building high-speed escape chute is on, and the lower ladder is swung with a vertical ladder sliding groove It includes a sliding groove 7, the turning sliding groove 7 before, during, includes a rear pivot portion sliding grooves 20, 21, 22, the wall 3 of the stairs, full gender 3A is mounted, the upper, lower vertical ladders guideway base plate 2 is connected by notated gender 3A and the hinge front through the rotary shaft 8.

前記前、中、後旋回滑り溝20、21、22がその滑り溝台板を介して接続され、上層垂直はしご滑り溝台板 2が前、中、後旋回部滑り溝 20、 21、 22の滑り溝台板 20A、 21A、 22Aを介して下層垂直はしご滑り溝台板 2と接続される。   The front, middle, and rear turning slide grooves 20, 21, and 22 are connected via the slide groove base plate, and the upper vertical ladder slide groove base plate 2 is connected to the front, middle, and rear turning portion slide grooves 20, 21, and 22. It is connected to the lower vertical ladder sliding groove base plate 2 through the sliding groove base plates 20A, 21A, 22A.

旋回滑り溝 7の滑り溝台板が扇形の前旋回部滑り溝 20の滑り溝台板 20A、後旋回部滑り溝 22の滑り溝台板 22A及び長方形の中旋回部滑り溝 21の滑り溝台板 21Aから構成され、その中で、前旋回部滑り溝 20の滑り溝台板 20Aが二つの同じ滑り溝台板から構成され、ヒンジで連結される。 The sliding groove base plate of the swivel sliding groove 7 is a fan-shaped front turning portion sliding groove 20 slide groove base plate 20A, the rear turning portion sliding groove 22 sliding groove base plate 22A, and the rectangular middle turning portion sliding groove 21 sliding groove base The sliding groove base plate 20A of the front turning portion sliding groove 20 is composed of two identical sliding groove base plates and is connected by hinges.

前旋回部滑り溝 20の滑り溝台板 20A上端が上層垂直はしご滑り溝台板 2の下端とヒンジで連結され、前旋回部滑り溝 20の滑り溝台板 20A下端が中旋回部滑り溝 21の滑り溝台板 21A の上端とヒンジで連結され、中旋回部滑り溝 21の滑り溝台板 21Aの裏端(壁体 3側向き)が回転軸 8ヒンジでフェンダー 3Aに取り付けられ、中旋回部滑り溝 21の滑り溝台板 21A下端が後旋回部滑り溝 22の滑り溝台板 22A上端とヒンジで連結され、後旋回部滑り溝 22の滑り溝台板 22A 下端が下層垂直はしご滑り溝台板 2の上端と連結する。 The upper end of the sliding groove base plate 20A of the front turning portion sliding groove 20 is connected to the lower end of the upper vertical ladder sliding groove base plate 2 by a hinge, and the lower end of the sliding groove base plate 20A of the front turning portion sliding groove 20 is the middle turning portion sliding groove 21. the are connected by an upper end and a hinge sliding groove base plate 21A, the back end of the sliding groove base plate 21A of the middle pivot portion sliding groove 21 (wall 3 side direction) is attached to the full gender 3A with rotary shaft 8 hinges, The sliding groove base plate 21A of the middle turning portion sliding groove 21 is connected to the upper end of the sliding groove base plate 22A of the rear turning portion sliding groove 22 by a hinge, and the lower end of the sliding groove base plate 22A of the rear turning portion sliding groove 22 is a lower vertical ladder. Connect to the upper end of the slide groove base plate 2.

前記各滑り溝台板の間のヒンジ連結箇所に全部ヒンジローラー 8Bが取り付けられ、前記各連結箇所に複合滑車6が取り付けられる。   A hinge roller 8B is attached to all hinge connection points between the slide groove base plates, and the compound pulley 6 is attached to each connection point.

また滑り溝連動ワイヤロープを含み、滑り溝ガードレール2A連動に備える。図1、4、5で示すように、前旋回部滑り溝20の滑り溝ガードレール2Aと後旋回部滑り溝22の滑り溝ガードレール2Aが皆二つの同じ滑り溝ガードレールから構成され、そのシュート手もたれ1の下側に滑り穴27Bが設置されることによって、横方向位置決めワイヤロープ27Aが通り抜けて滑走する。上層垂直はしご滑り溝末端シュート手もたれ1の下側に設置された脱着可能装置27Cが横方向位置決めワイヤロープ27Aと接続し、接続したり、取り外ししたりすることができる。中旋回部滑り溝21のシュート手もたれ1の下側位置決め穴27Dに、横方向位置決めワイヤロープ 27Aが固定され、前旋回部滑り溝 20のシュート手もたれ1下側滑り穴 27Bを通り抜け、上層垂直はしご滑り溝末端の脱着可能装置 27Cと接続し、取り外ししたりすることができる。下層垂直はしご滑り溝と後旋回部滑り溝 22との接続箇所端部のシュート手もたれ1の下に、滑り溝連動ワイヤロープ 27が固定され、後ろ旋回部滑り溝 22 シュート手もたれ 1下側滑り穴 27Bを取りぬけて、中旋回部滑り溝 21のシュート手もたれ1の下側位置決め穴27Dと連結する。   In addition, it includes a sliding groove interlocking wire rope to prepare for interlocking of the sliding groove guardrail 2A. As shown in FIGS. 1, 4 and 5, the sliding groove guard rail 2A of the front turning portion sliding groove 20 and the sliding groove guard rail 2A of the rear turning portion sliding groove 22 are all made up of two identical sliding groove guard rails, and the shoot hand rests. By installing the slide hole 27B on the lower side of 1, the lateral positioning wire rope 27A passes through and slides. A removable device 27C installed on the lower side of the upper layer vertical ladder sliding groove end chute hand rest 1 can be connected to and removed from the lateral positioning wire rope 27A. The lateral positioning wire rope 27A is fixed to the lower positioning hole 27D of the chute hand rest 1 of the middle swivel sliding groove 21 and passes through the lower sliding hole 27B of the chute hand rest 1 of the front swiveling sliding groove 20 and the upper layer is vertical. It can be connected to and detached from the removable device 27C at the end of the ladder sliding groove. The sliding groove interlocking wire rope 27 is fixed below the chute handrest 1 at the end of the connection point between the lower vertical ladder slide groove and the rear swivel slide groove 22, and the rear swivel slide groove 22 chute lean 1 lower slip The hole 27B is removed and connected to the lower positioning hole 27D of the chute hand rest 1 of the middle turning portion sliding groove 21.

上層垂直はしご滑り溝が下へひっくり返る時、横方向位置決めワイヤロープ27Aが前旋回部 20のシュート手もたれ1下側の滑り穴 27Bを通り抜けて中旋回部滑り溝 21を引き下げ、それに前記各滑り溝ガードレール2Aを滑り溝台板 20A、 21Aと直角に成させ、それにきちんと縛る。これと同時に、下へひっくり返って直角になる中旋回部滑り溝 21のシュート手もたれ1 下側の位置決め穴27Dでの滑り溝連動ワイヤロープ 27が、後旋回部滑り溝22のシュート手もたれ 1 下側の滑り穴 27Bを通り抜けて下層垂直はしご滑り溝を引き、それに後旋回部滑り溝 22の滑り溝ガードレール 2Aを滑り溝台板 22Aと直角になる位置にし、下層垂直はしご滑り溝が引かれて下へひっくり返る時、スプリングピン10がスプリングピン滑りレール 10Aを沿ってスプリングピン位置決め穴 9内に入って固定され、滑り溝連動ワイヤロープ 27も滑り溝ガードレール 2Aをきっちんと縛る。 When the upper vertical ladder guideway tips down, pull down the middle swivel unit guideway 21 through the lateral positioning wire rope 27A sliding hole 27B of the chute hand leaning 1 below the front pivot portion 20, the respective sliding it The groove guard rail 2A is formed at right angles to the sliding groove base plates 20A and 21A, and is securely tied to it. At the same time, the chute hand of the middle swivel sliding groove 21 turned upside down at a right angle 1 The slip groove interlocking wire rope 27 in the lower positioning hole 27D is leaned against the chute hand of the rear swivel sliding groove 22. 1 Pass through the lower sliding hole 27B to draw the lower vertical ladder sliding groove, and then place the sliding groove guard rail 2A of the rear turning part sliding groove 22 at a position perpendicular to the sliding groove base plate 22A, and pull the lower vertical ladder sliding groove When turned down, the spring pin 10 enters the spring pin positioning hole 9 along the spring pin slide rail 10A and is fixed, and the slide groove interlocking wire rope 27 also binds the slide groove guard rail 2A properly.

その作動プロセスについて、図 3を参照して下さい。旋回滑り溝 7が仕舞われ、壁にもたれて貯蔵する必要がある場合、前旋回部滑り溝 20の二つの滑り溝台板 20Aがヒンジローラー 8Bで折り畳まれ、中間壁体 3左側方向へ、上層垂直はしご滑り溝台板 2と壁体 3の間に移り、ストレート姿でその中に挿入される。上層垂直はしご滑り溝2が仕舞われ、上層スプリングフープ 17Aにより固定される。これと同時に、中旋回部滑り溝 21が仕舞われて、壁体 3端面に近い直立場所にひっくり返る。これと同時に、後旋回部滑り溝 22の滑り溝台板 22Aが中旋回部滑り溝 21の滑り溝台板 21Aとヒンジ連結する箇所のヒンジローラー 8Bがひっくり返って仕舞われ、中間壁体 3方向へ壁体3 右側と下層垂直はしご滑り溝台板 2との間に移り、ストレート姿でその内に挿入する。右側の下層垂直はしご滑り溝が仕舞われて壁体 3に貼り付け、下層スプリングフープ 17により固定される。災害の際に、上層垂直はしご滑り溝が下へひっくり返り、上層 垂直はしごの滑り溝台板 2 (壁左側)と前旋回部滑り溝 20の滑り溝台板 20Aが折り畳み状で外へ開き、それに勢いに乗じて下へひっくり返る。中旋回部滑り溝 21の滑り溝台板 21Aが前旋回部滑り溝 20の滑り溝台板 20Aとヒンジで接続されるので、これにつれて下へひっくり返る。これと同時に、中旋回部滑り溝 21滑り溝台板 21A とヒンジ接続後、旋回部滑り溝 22が下へひっくり返って開くようにし、それに滑り溝連動ワイヤロープ 27の引きにより下へひっくり返る下層垂直はしご滑り溝(壁右側)と接続し、連続脱出シュートを形成する。   See Figure 3 for its operating process. When the swivel slide groove 7 is finished and needs to be stored against the wall, the two slide groove base plates 20A of the front swivel slide groove 20 are folded by the hinge roller 8B, and the intermediate wall 3 leftward It moves between the vertical ladder slide groove base plate 2 and the wall 3 and is inserted into it in a straight shape. Upper layer vertical ladder sliding groove 2 is finished and fixed by upper layer spring hoop 17A. At the same time, the middle swivel sliding groove 21 is finished, and it turns over to an upright place near the end face of the wall 3. At the same time, the hinge roller 8B where the sliding groove base plate 22A of the rear turning portion sliding groove 22 and the sliding groove base plate 21A of the middle turning portion sliding groove 21 are hingedly connected is turned over, and the intermediate wall 3 Move in the direction between the right side of the wall 3 and the lower vertical ladder sliding groove base plate 2 and insert it into it straight. The right lower vertical ladder sliding groove is finished and attached to the wall 3 and fixed by the lower spring hoop 17. In the event of a disaster, the upper vertical ladder slide groove flips down, and the upper vertical ladder slide groove base plate 2 (on the left side of the wall) and the sliding groove base plate 20A of the front swivel slide groove 20 open in a folded manner. , Turn on it and turn down. Since the sliding groove base plate 21A of the middle turning portion sliding groove 21 is connected to the sliding groove base plate 20A of the front turning portion sliding groove 20 by the hinge, it is turned down accordingly. At the same time, the middle swivel sliding groove 21 and the sliding groove base plate 21A are connected to the hinge 21A so that the swivel sliding groove 22 is turned upside down and the sliding groove interlocking wire rope 27 is pulled down. Connected with vertical ladder sliding groove (right side of wall) to form continuous escape chute.

第二実施形態
本発明は、先行申請に対して増設する第二種の方案は、図6A、 6Bで示すような高層ビル高速脱出シュートを参照して下さい。前旋回部滑り溝 20の滑り溝台板 20Aが前部扇形、後部長方形を呈し、その上端が上層垂直はしご滑り溝台板 2の下端と重ね継ぎ、それに上層垂直はしご滑り溝台板 2下端の受け板 2Fにより支えられ、その下端が中旋回部滑り溝 21の滑り溝台板 21Aの上端と重ね継ぎ、それに中旋回部滑り溝台板 21Aの受け板 21Bにより支えられる。中旋回部滑り溝 21の滑り溝台板 21Aの裏端(壁体 3向く側)が回転軸 8を介して壁体3とヒンジで連結し、中旋回部滑り溝21滑り溝台板 21Aの下端が後旋回部滑り溝 22の滑り溝台板 22Aの上端とヒンジで連結する。後旋回部滑り溝 22滑り溝台板 22Aの下端が下層垂直はしご滑り溝台板 2の上端と連結する。
Second Embodiment For the second type of the present invention to be added to the previous application, refer to the high-rise building high-speed escape chute as shown in Figs. The sliding groove base plate 20A of the front turning part sliding groove 20 has a front fan shape and a rear rectangular shape, the upper end of which overlaps with the lower end of the upper vertical ladder sliding groove base plate 2, and the upper vertical ladder sliding groove base plate 2 The lower end is supported by the receiving plate 2F, and the lower end thereof is overlapped with the upper end of the sliding groove base plate 21A of the middle turning portion sliding groove 21 and is supported by the receiving plate 21B of the middle turning portion sliding groove base plate 21A. The back end of the sliding groove base plate 21A of the middle turning portion sliding groove 21 (the side facing the wall body 3) is connected to the wall body 3 by a hinge via the rotating shaft 8, and the middle turning portion sliding groove 21 sliding groove base plate 21A The lower end is connected to the upper end of the sliding groove base plate 22A of the rear turning portion sliding groove 22 by a hinge. Rear swivel slide groove 22 The lower end of the slide groove base plate 22A is connected to the upper end of the lower vertical ladder slide groove base plate 2.

前記各滑り溝台板の間のヒンジ連結箇所に皆ヒンジローラー8Bが取り付けられ、前記各連結箇所及び重ね継ぎ箇所に皆複合滑車 6が取り付けられる。   Hinge rollers 8B are attached to the hinge connection points between the slide groove base plates, and the compound pulley 6 is attached to the connection points and the lap joint points.

図 2、 3、 4、 5を参照して下さい。また滑り溝連動ワイヤロープ 27、横方向位置決めワイヤロープ27A、滑り穴 27B、脱着可能装置 27Cと位置決め穴 27Dを含み、滑り溝間連動を実施し、それに滑り溝ガードレール2Aを各滑り溝台板と直角位置できちんと縛る。   Refer to Figures 2, 3, 4, and 5. In addition, it includes sliding groove interlocking wire rope 27, lateral positioning wire rope 27A, sliding hole 27B, removable device 27C and positioning hole 27D, and interlocking between sliding grooves is performed, and sliding groove guard rail 2A is connected to each sliding groove base plate. Tied properly at right angles.

シュートガードレール2A構造及び実施方式について、増設する第二実施形態が第一種の実施形態と同じである。即ち、滑り溝ガードレール 2Aがシュート手もたれ 1下側の滑り穴 27B、脱着可能装置 27C、位置決め穴27D 及び横方向位置決めワイヤロープ 27Aと滑り溝連動ワイヤロープ 27を介して、滑り溝ガードレール 2A連動及び機能を実現する。   Regarding the chute guard rail 2A structure and implementation method, the second embodiment to be added is the same as the first type embodiment. That is, the sliding groove guard rail 2A is connected to the sliding groove guard rail 2A via the sliding hole 27B on the lower side, the detachable device 27C, the positioning hole 27D, the lateral positioning wire rope 27A and the sliding groove interlocking wire rope 27. Realize the function.

下へひっくり返る時、前旋回部滑り溝 20の滑り溝台板 20Aが上層垂直はしご滑り溝台板 2下の 受け板 2F及び中旋回部滑り溝台板 21受け板 21Bに沿って滑り下がり、中旋回部滑り溝 21滑り溝ガードレール 2A 箇所で位置決めされ、上層垂直はしご滑り溝 20の受け板 2F及び中旋回部滑り溝台板 21Aの受け板 21B の上に固定され、上層垂直はしご滑り溝及び中旋回部滑り溝 21と水平に接続する。   When turning down, the sliding groove base plate 20A of the front turning portion sliding groove 20 slides down along the upper vertical ladder sliding groove base plate 2 lower receiving plate 2F and middle turning portion sliding groove base plate 21 receiving plate 21B, and the middle Rotating part sliding groove 21 Sliding groove guard rail Positioned at 2A location, fixed on upper plate vertical ladder sliding groove 20 receiving plate 2F and middle turning unit sliding groove base plate 21A receiving plate 21B, upper layer vertical ladder sliding groove and middle Connect horizontally with the swivel slide groove 21.

滑り溝ガードレール構造:図2、図 3、図 4、図 5と図 6で示すように、前旋回部滑り溝 20の滑り溝ガードレール 2Aが、扇形部滑り溝台板とヒンジ連結し、同じの二部分に分解する滑り溝ガードレール 2A及び後部の長方形滑り溝台板とヒンジ連結する一つの滑り溝ガードレール 2Aから構成される。上端が上層垂直はしご滑り溝の滑り溝ガードレール 2Aと接続し、これから相次いでに中旋回部滑り溝ガードレール 2A、後旋回部滑り溝 22、滑り溝ガードレール 2A及び下層 垂直はしご滑り溝の滑り溝ガードレール 2Aと接続する。   Sliding groove guard rail structure: As shown in Fig. 2, Fig. 3, Fig. 4, Fig. 5 and Fig. 6, the sliding groove guard rail 2A of the front turning portion sliding groove 20 is hinged to the fan-shaped portion sliding groove base plate and the same The sliding groove guard rail 2A is divided into two parts, and the sliding groove guard rail 2A is hinged to the rear rectangular sliding groove base plate. The upper end is connected to the sliding groove guard rail 2A of the upper vertical ladder sliding groove, and subsequently the middle turning portion sliding groove guard rail 2A, the rear turning portion sliding groove 22, the sliding groove guard rail 2A and the lower layer vertical ladder sliding groove sliding groove guard rail 2A. Connect with.

第三実施形態
本発明は、先行申請に対して増設する第三種の方案は、図7、 8で示すように、また旋回滑り溝 7の昇降装置を含み、昇降装置が昇降滑りレール 32、平衡錘滑りレール 33、滑りレール先端滑車 34、吊りワイヤロープ 35と平衡錘 36から構成される。吊りワイヤロープ 35の一端が平衡錘36と連結して固定し、そのほかの一端が滑車 34を介して旋回滑り溝 7と接続・固定し、旋回滑り溝7底部受け板 7Aが旋回滑り溝 7 を支えて昇降滑りレール 32内に上下に滑走し、平衡錘 36が平衡錘滑りレール 33内で旋回滑り溝 7の反対方向で上下に滑走する。
Third Embodiment The present invention relates to a third type of plan that is added to the prior application, as shown in FIGS. 7 and 8, and also includes an elevating device for the swivel sliding groove 7, and the elevating device is an elevating slide rail 32, It consists of a balanced weight slide rail 33, a slide rail tip pulley 34, a suspension wire rope 35 and a balance weight 36. One end of the suspension wire rope 35 is connected and fixed to the balance weight 36, and the other end is connected and fixed to the swivel slide groove 7 via the pulley 34, and the swivel slide groove 7 bottom receiving plate 7A is connected to the swivel slide groove 7. The balance weight 36 slides up and down in the opposite direction of the swivel slide groove 7 in the balance weight slide rail 33 while sliding up and down in the up-and-down slide rail 32.

平衡錘36の重量が吊るされる旋回滑り溝7の全体重量よりやや軽く、上層垂直はしご滑り溝が下へひっくり返る時、連動装置により旋回滑り溝7底部受け板7Aの下の支持物を移し、旋回滑り溝7全体が死荷重により下へ滑る。但し、平衡錘36の制約により、定速滑りを呈し、障害物に当たると、滑りが停止し、その吊り重量が旋回部滑り溝7の支えと平衡錘36の重量との差であり、3キログラムと設置することが望ましい。即ち、誰の脱出者が触れると、滑りが停止し、怪我に至らない。図7のように、 連続シュート用に設計された旋回滑り溝 7が全体構造で、中間壁体3端面に設置された昇降装置により、旋回滑り溝 7を全体に上昇・降下する。非災害時期で、階段先端まで上げて固定する。災害時期で、上層垂直はしご滑り溝連動旋回滑り溝 7により、これを定速に階段プラットフォーム 5Aに下げ、それに連動装置により下層垂直はしご滑り溝に、連動させて日ひっくりかえらせる。この構造で、各層を高速脱出シュートに連通する。   When the weight of the balance weight 36 is slightly lighter than the total weight of the swivel slide groove 7 on which the balance weight 36 is suspended, and the upper vertical ladder slide groove is turned over, the support under the swivel slide groove 7 bottom receiving plate 7A is moved by the interlocking device and swiveled The entire sliding groove 7 slides down due to dead load. However, due to the restriction of the balance weight 36, it exhibits a constant speed slip, and when it hits an obstacle, the slide stops, and the suspended weight is the difference between the support of the swivel sliding groove 7 and the weight of the balance weight 36. It is desirable to install it. That is, when any escaper touches, the slip stops and no injury occurs. As shown in FIG. 7, the swivel slide groove 7 designed for a continuous chute has an overall structure, and the swivel slide groove 7 is raised and lowered as a whole by the lifting device installed on the end face of the intermediate wall 3. In the non-disaster time, fix it up to the top of the stairs. At the time of disaster, the upper vertical ladder sliding groove interlocking swivel sliding groove 7 is lowered to the stair platform 5A at a constant speed, and the interlocking device is interlocked with the lower vertical ladder sliding groove to turn the sun over. With this structure, each layer communicates with a high-speed escape chute.

第四実施形態
本発明の第四実施形態について、図 9を参照して下さい。これは、本発明前記実施形態に応用される階段での排煙阻隔及び排煙装置で、仕切板 39、ビル外通気配管 41、階段外壁排煙口及び排煙ファン 42を含み、仕切板 39が上下層階段通路を中間でストレート方式で仕切ることによって、排煙ガスが規則的に上がるようにし、屋根外壁に 排煙口及び排煙ファン42があり、階段壁体外のビル外通気配管 41と接続する。ビル外の通気配管41がビル外に取り付けられ、最下層から最上階まで、全体に上下に貫通する通気配管で、通気配管の二端 が全部開く時に、配管内に強い気流が発生し、ビル内排煙口での排煙ファン42に対して陰圧を生み、これで階段通路内の排煙ガス43を吸い出し、ビル外の通気配管41を介して外スペースに排出し、これと同時に、排煙ファンが陰圧の作用の下で起動して排煙する。煙道ガスが出口を持ち、ビル内に満ちず、高層ビル火災での濃煙集中危害を大幅に削減でき、これで脱出に有利である。
Fourth Embodiment Refer to FIG. 9 for the fourth embodiment of the present invention. This is a smoke exhaust barrier and smoke exhaust device for stairs applied to the embodiment of the present invention, and includes a partition plate 39, a building outside ventilation pipe 41, a staircase outer wall smoke outlet and a smoke exhaust fan 42, and a partition plate 39 By dividing the upper and lower stairs passages in the middle in a straight manner, the smoke exhaust gas rises regularly, and there are smoke exhaust ports and smoke exhaust fans 42 on the roof outer wall. Connecting. A ventilation pipe 41 outside the building is attached outside the building and penetrates up and down from the bottom to the top floor. When both ends of the ventilation pipe are opened, a strong air flow is generated in the pipe, A negative pressure is generated with respect to the smoke exhaust fan 42 at the internal smoke exhaust port, so that the smoke exhaust gas 43 in the stairway is sucked out and discharged to the outside space through the ventilation pipe 41 outside the building. The smoke exhaust fan starts under the action of negative pressure and emits smoke. The flue gas has an exit and does not fill the building, greatly reducing the concentration of concentrated smoke in a high-rise building fire, which is advantageous for escape.

Claims (8)

上、下層垂直はしご滑り溝及び上、下層垂直はしご滑り溝接続用旋回滑り溝(7)を含み、前記上、下層垂直はしご滑り溝が上、下層垂直はしご滑り溝台板(2)を含み、旋回滑り溝(7)が前、中、後旋回部滑り溝(20、 21、 22)を含み、それに、階段の壁体(3 ) に、フェンダー(3A)が取り付けられ、前記の上、下層垂直はしご滑り溝台板 (2) が皆回転軸(8) を通じて前記のフェンダー(3A) とヒンジで連結され、前記の前、中、後旋回部滑り溝(20、 21、 22)がその滑り溝台板をして接続され、上層垂直はしご滑り溝台板(2)が前、中、後旋回部滑り溝(20、 21、 22)の滑り溝台板(20A、 21A、 22A) を介して下層垂直はしご滑り溝台板(2) と接続し、
旋回滑り溝(7 ) の滑り溝台板が扇形の前旋回部滑り溝(20) の滑り溝台板(20A)、後旋回部滑り溝(22) の滑り溝台板(22A) 及び中旋回部滑り溝(21 ) の滑り溝台板(21A)を含み、その中で、前旋回部滑り溝(20) の滑り溝台板(20A) が二つの同じ滑り溝台板を含み、ヒンジで連結され、前旋回部滑り溝(20) の滑り溝台板(20A) 上端が上層垂直はしご滑り溝台板(2) の下端とヒンジで連結され、その下端が中旋回部滑り溝(21 ) の滑り溝台板(21A) 上端とヒンジで連結され、中旋回部滑り溝(21 )の滑り溝台板(21A)裏部が回転軸(8)でフェンダー(3A)にヒンジで連結され、その下端が後旋回部滑り溝(22) の滑り溝台板(22A) 上端とヒンジで連結され、後旋回部滑り溝(22) の滑り溝台板(22A) 下端が下層垂直はしご滑り溝台板(2) の上端と連結することを特徴とするビル脱出シュート。
Upper and lower vertical ladder sliding groove and upper and lower vertical ladder sliding groove connecting swivel sliding groove (7), upper and lower vertical ladder sliding groove upper, lower vertical ladder sliding groove base plate (2), turning guideway (7) before, during, includes a rear pivot portion sliding groove (20, 21, 22), it, in a step of the wall (3), full gender (3A) is attached on the, lower vertical ladders guideway bedplate (2) is connected with said full gender (3A) and a hinge through all rotation axis (8), prior to the, in the rear pivot portion sliding groove (20, 21, 22) is connected through the sliding groove base plate, the upper vertical ladder guideway bedplate (2) before, during, rear pivot portion sliding groove (20, 21, 22) sliding groove base plate (20A, 21A, 22A ) connect the lower vertical ladder sliding groove base plate (2) via,
The sliding groove base plate of the swivel sliding groove (7) is fan-shaped, the sliding groove base plate (20A) of the front turning portion sliding groove (20), the sliding groove base plate (22A) of the rear turning portion sliding groove (22), and the middle turning Including a sliding groove base plate (21A) of the sliding groove (21), in which the sliding groove base plate (20A) of the front turning portion sliding groove (20) includes two identical sliding groove base plates, Connected, slide groove base plate (20A) of front swivel slide groove (20) upper end is connected with lower end of upper vertical ladder slide groove base plate (2) by hinge, and its lower end is middle swivel slide groove (21) The sliding groove base plate (21A) is connected to the upper end by a hinge, and the back part of the sliding groove base plate (21A) of the middle swivel sliding groove (21) is connected to the fender (3A) by a hinge with a rotating shaft (8). The lower end of the sliding groove base plate (22A) of the rear turning part sliding groove (22) is connected to the upper end by a hinge, the sliding groove base plate (22A) of the rear turning part sliding groove (22) is the lower layer vertical ladder sliding groove base JP that connects the upper end of the plate (2) And be ascorbyl de-out chute.
前記各滑り溝台板の間のヒンジ連結箇所にヒンジローラー(8B)が取り付けられ、前記各連結箇所皆組合せ滑車(6)が取り付けられることを特徴とする請求項1記載のビル脱出シュート。 The hinge rollers (8B) is attached to the hinge connecting portion of the sliding groove base plates, claim 1, wherein the building de exit chute each juncture all combinations pulley (6) is characterized in that it is attached. また滑り溝連動ワイヤロープ(27 )、横方向位置決めワイヤロープ(27A)、滑り穴(27B)、脱着可能装置(27C)と 位置決め穴(27D)を含み、滑り溝間連動に使用され、それに滑り溝ガードレール(2A) と各滑り溝台板と直角位置できちんと縛ることを特徴とする請求項1又は請求項2記載のビル脱出シュート。 Also includes sliding groove interlocking wire rope (27), lateral positioning wire rope (27A), sliding hole (27B), removable device (27C) and positioning hole (27D), used for interlocking between sliding grooves and slipping on it groove guardrail (2A) in claim 1 or claim 2 wherein the building de exit chute and wherein the tying neatly in the sliding groove base plate perpendicular position. 上、下層垂直はしご滑り溝及び上、下層垂直はしご滑り溝接続用旋回滑り溝(7)を含み、前記上、下層垂直はしご滑り溝が上、下層垂直はしご滑り溝台板(2)を含み、旋回滑り溝(7)が前、中、後旋回部滑り溝(20、 21、 22)を含み、それに、階段の壁体(3 ) に、フェンダー(3A)が取り付けられ、前記の上、下層垂直はしご滑り溝台板 (2) が皆回転軸(8) を通じて前記のフェンダー(3A) とヒンジで連結され、前記の前、中、後旋回部滑り溝(20、 21、 22)がその滑り溝台板を介して接続され、上層垂直はしご滑り溝台板(2)が前、中、後旋回部滑り溝(20、 21、 22)の滑り溝台板(20A、 21A、 22A) を介して下層垂直はしご滑り溝台板(2) と接続し、
前旋回部滑り溝(20) の滑り溝台板(20A) が前部長方形・後部扇形を呈し、その上端が上層垂直はしごの滑り溝台板(2) 下端と重ね継ぎ、それに、上層垂直はしご滑り溝台板(2) 下端の受け板(2F) により支えられ、その下端が中旋回部滑り溝(21 )の滑り溝台板(21A)上端と重ね継ぎ、それに中旋回部滑り溝(21)の滑り溝台板(21A)の受け板(21B)により支えられ、中旋回部滑り溝(21 ) の滑り溝台板(21A)の裏端が回転軸(8)を介して壁体 3とヒンジで連結され、その下端が後旋回部滑り溝(22)の滑り溝台板(22A)上端とヒンジで連結され、後旋回部滑り溝(22)の滑り溝台板(22A)下端が下層垂直はしご滑り溝台板(2)の上端と連結することを特徴とするビル脱出シュート。
Upper and lower vertical ladder sliding groove and upper and lower vertical ladder sliding groove connecting swivel sliding groove (7), upper and lower vertical ladder sliding groove upper, lower vertical ladder sliding groove base plate (2), The swivel sliding groove (7) includes front, middle and rear swivel sliding grooves (20, 21, 22), and a fender (3A) is attached to the wall (3) of the staircase. The vertical ladder sliding groove base plate (2) is hinged to the fender (3A) through the rotating shaft (8), and the front, middle and rear swivel sliding grooves (20, 21, 22) The upper vertical ladder sliding groove base plate (2) is connected through the groove base plate (20A, 21A, 22A) through the front, middle and rear turning part sliding grooves (20, 21, 22). Connected to the lower vertical ladder sliding groove base plate (2),
The slide groove base plate (20A) of the front swivel slide groove (20) has a front rectangular shape and a rear fan shape, and the upper end of the slide groove base plate (2) of the upper vertical ladder overlaps the lower end, and the upper vertical ladder The sliding groove base plate (2) is supported by the lower end receiving plate (2F), the lower end of which is overlapped with the upper end of the sliding groove base plate (21A) of the middle turning portion sliding groove (21), and the middle turning portion sliding groove (21 ) Is supported by the receiving plate (21B) of the sliding groove base plate (21A), and the back end of the sliding groove base plate (21A) of the middle turning portion sliding groove (21) is connected to the wall 3 via the rotating shaft (8). The lower end is connected to the upper end of the sliding groove base plate (22A) of the rear turning portion sliding groove (22) by the hinge, and the lower end of the sliding groove base plate (22A) of the rear turning portion sliding groove (22) is lower vertical ladders guideway bedplate (2), wherein a to ascorbyl de exit chute that connects the upper end of the.
前記各滑り溝台板の間のヒンジ連結箇所に皆ヒンジローラー(8B)が取り付けられ、前記各連結箇所及び重ね継ぎ箇所に皆組合せ滑車(6)が取り付けられていることを特徴とする請求項4記載のビル脱出シュート。 Each guideway base plates of the hinge connection points to everyone hinge roller (8B) is attached, according to claim 4, characterized in that said everyone combination pulley (6) on each of the connecting portions and splicing portion attached Bill de-out chute. また滑り溝連動ワイヤロープ(27)、横方向位置決めワイヤロープ(27A)、滑り穴(27B)、脱着可能装置(27C)と位置決め穴(27D)を含み、滑り溝間連動に備え、それに滑り溝ガードレール(2A)を各滑り溝台板と直角位置にしてきちんと縛ることを特徴とする請求項4又は請求項5記載のビル脱出シュート。 Also includes sliding groove interlocking wire rope (27), lateral positioning wire rope (27A), sliding hole (27B), detachable device (27C) and positioning hole (27D). guardrail (2A) of claim 4 or claim 5, wherein the building de exit chute and wherein the tying neat in the respective guideway support plate perpendicular position. 上、下層垂直はしご滑り溝及び上、下層垂直はしご滑り溝接続用旋回滑り溝(7)を含み、前記上、下層垂直はしご滑り溝が上、下層垂直はしご滑り溝台板(2)を含み、旋回滑り溝(7)が前、中、後旋回部滑り溝(20、 21、 22)を含み、それに、階段の壁体(3 ) に、フェンダー(3A)が取り付けられ、前記の上、下層垂直はしご滑り溝台板 (2) が皆回転軸(8) を通じて前記のフェンダー(3A) とヒンジで連結され、前記の前、中、後旋回部滑り溝(20、 21、 22)がその滑り溝台板を介して接続され、上層垂直はしご滑り溝台板(2)が前、中、後旋回部滑り溝(20、 21、 22)の滑り溝台板(20A、 21A、 22A) を介して下層垂直はしご滑り溝台板(2) と接続し、
旋回滑り溝(7) が全体固定型滑り溝で、また旋回滑り溝(7)の昇降装置を含み、前記昇降装置が昇降滑りレール(32)、平衡錘滑りレール(33)、滑り溝先端部滑車(34)、吊りワイヤロープ(35)と平衡錘(36)を含み、吊りワイヤロープ(35)の一端が平衡錘(36)と接続固定し、その他の一端が先端滑車(34)を介して旋回滑り溝(7)と接続固定し、旋回滑り溝(7)底部に受け板(7A)があり、昇降滑りレール(32)内に位置し、平衡錘(36)が平衡錘滑りレール(33)内に取り付けられ、前記上、下層垂直はしご滑り溝の構造が滑り溝台板(2)と滑り溝滑りレール(2A) とのヒンジ接続形式又は固定の形式であることを特徴とするビル脱出シュート。
Upper and lower vertical ladder sliding groove and upper and lower vertical ladder sliding groove connecting swivel sliding groove (7), upper and lower vertical ladder sliding groove upper, lower vertical ladder sliding groove base plate (2), The swivel sliding groove (7) includes front, middle and rear swivel sliding grooves (20, 21, 22), and a fender (3A) is attached to the wall (3) of the staircase. The vertical ladder sliding groove base plate (2) is hinged to the fender (3A) through the rotating shaft (8), and the front, middle and rear swivel sliding grooves (20, 21, 22) The upper vertical ladder sliding groove base plate (2) is connected through the groove base plate (20A, 21A, 22A) through the front, middle and rear turning part sliding grooves (20, 21, 22). Connected to the lower vertical ladder sliding groove base plate (2),
The swivel slide groove (7) is a whole fixed slide groove, and also includes a lift device for the swivel slide groove (7), the lift device is a lift slide rail (32), a balanced weight slide rail (33), a tip of the slide groove It includes a pulley (34), a suspension wire rope (35) and a counterweight (36). One end of the suspension wire rope (35) is connected and fixed to the counterweight (36), and the other end is connected to the tip pulley (34). Is connected and fixed to the swivel slide groove (7), and there is a backing plate (7A) at the bottom of the swivel slide groove (7), located in the lifting slide rail (32), and the balanced weight (36) 33) in the mounted, and wherein the hinge connection type between the groove base plate sliding structure of the lower vertical ladders guideway (2) and the guideway sliding rail (2A) or a fixed format you ascorbyl de-out chute.
上、下層垂直はしご滑り溝及び上、下層垂直はしご滑り溝接続用旋回滑り溝(7)を含み、前記上、下層垂直はしご滑り溝が上、下層垂直はしご滑り溝台板(2)を含み、旋回滑り溝(7)が前、中、後旋回部滑り溝(20、 21、 22)を含み、それに、階段の壁体(3 ) に、フェンダー(3A)が取り付けられ、前記の上、下層垂直はしご滑り溝台板 (2) が皆回転軸(8) を通じて前記のフェンダー(3A) とヒンジで連結され、前記の前、中、後旋回部滑り溝(20、 21、 22)がその滑り溝台板を介して接続され、上層垂直はしご滑り溝台板(2)が前、中、後旋回部滑り溝(20、 21、 22)の滑り溝台板(20A、 21A、 22A) を介して下層垂直はしご滑り溝台板(2) と接続し、
また防火排煙装置を含み、前記防火排煙装置が仕切板(39)、ビル外通気配管(41)、及び排煙ファン(42)を含み、仕切板(39)が上、下階段(37、38)を隔たり、ビル頂部外壁に排煙ファン(42)が取り付けられ、排煙ファンを介して階段壁内と階段壁外のビル外通気配管(41)と接続することを特徴とするビル脱出シュート。
Upper and lower vertical ladder sliding groove and upper and lower vertical ladder sliding groove connecting swivel sliding groove (7), upper and lower vertical ladder sliding groove upper, lower vertical ladder sliding groove base plate (2), The swivel sliding groove (7) includes front, middle and rear swivel sliding grooves (20, 21, 22), and a fender (3A) is attached to the wall (3) of the staircase. The vertical ladder sliding groove base plate (2) is hinged to the fender (3A) through the rotating shaft (8), and the front, middle and rear swivel sliding grooves (20, 21, 22) The upper vertical ladder sliding groove base plate (2) is connected through the groove base plate (20A, 21A, 22A) through the front, middle and rear turning part sliding grooves (20, 21, 22). Connected to the lower vertical ladder sliding groove base plate (2),
The fire prevention and smoke exhausting device includes a partition plate (39), a ventilation pipe (41) outside the building, and a smoke exhaust fan (42). , 38) the gap, flue gas fan (42) is attached to the building top outer wall, you characterized by connecting the building outside ventilation pipe staircase wall and stairs Kabegai via the flue gas fan (41) Bill de-out chute.
JP2014549309A 2012-01-13 2012-07-27 A kind of high-rise building high-speed escape shoot Active JP5870210B2 (en)

Applications Claiming Priority (3)

Application Number Priority Date Filing Date Title
CN201210009708.4A CN102526904B (en) 2012-01-13 2012-01-13 Fast escape slide for tall building
CN201210009708.4 2012-01-13
PCT/CN2012/079273 WO2013104186A1 (en) 2012-01-13 2012-07-27 Slide for rapid evacuation from tall building

Publications (2)

Publication Number Publication Date
JP2015503371A JP2015503371A (en) 2015-02-02
JP5870210B2 true JP5870210B2 (en) 2016-02-24

Family

ID=46335695

Family Applications (1)

Application Number Title Priority Date Filing Date
JP2014549309A Active JP5870210B2 (en) 2012-01-13 2012-07-27 A kind of high-rise building high-speed escape shoot

Country Status (7)

Country Link
EP (1) EP2803386B1 (en)
JP (1) JP5870210B2 (en)
CN (1) CN102526904B (en)
BR (1) BR112014017262A8 (en)
RU (1) RU2613599C2 (en)
SG (1) SG11201403982RA (en)
WO (1) WO2013104186A1 (en)

Families Citing this family (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102526904B (en) * 2012-01-13 2015-04-15 周妙荣 Fast escape slide for tall building
CN103285533B (en) * 2013-06-18 2021-04-13 朱惠仁 Translational folding type high-rise fire-fighting escape flexible slideway device
CN107185119B (en) * 2017-07-26 2020-04-07 上海应用技术大学 Long-distance quick escape pipeline for high-rise building
CN107952183B (en) * 2017-11-15 2021-10-08 上海神滑消防逃生装备科技有限公司 High-rise quick escape and fire fighting system
CN108079450A (en) * 2018-01-25 2018-05-29 石成明 A kind of escape device for high-rise buildings
CN111529977B (en) * 2020-05-09 2021-04-27 台州学院 High-rise escape slide
CN111905283A (en) * 2020-06-30 2020-11-10 江苏筑原建筑设计有限公司 Intelligent high-rise building fire-fighting emergency system

Family Cites Families (14)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3977495A (en) * 1973-06-05 1976-08-31 Societe Soberal S.A. Rescue apparatus
GB1490855A (en) * 1973-11-07 1977-11-02 Fujikura Rubber Works Ltd Escape apparatus
US4498557A (en) * 1983-06-20 1985-02-12 Horne June B Emergency escape apparatus and method of using same
US4606431A (en) * 1984-03-19 1986-08-19 Ruder Sr Fred A Evacuation slides for multi-story buildings
SU1790948A1 (en) * 1991-01-11 1993-01-30 Yurij F Uchaev Device for slowing down the fall of bodies
US5535848A (en) * 1994-08-12 1996-07-16 Giuliano; Paul S. Escape chute
NO302798B1 (en) * 1995-02-03 1998-04-27 Bergh Peder Rescuers slide
JPH10192428A (en) * 1997-01-13 1998-07-28 Banto Kogyo Kk Stair installation-type escape slide
CN2499058Y (en) * 2001-02-28 2002-07-10 黄秉忠 Escaping device for high rise building
CN1372989A (en) * 2002-02-10 2002-10-09 季网宝 Sliding board for fire fighter
CN2928134Y (en) * 2006-07-26 2007-08-01 叶阁祥 Emergency passage for building
CN102114311B (en) * 2010-12-16 2012-06-20 周妙荣 Quick escape sliding board used in tall buildings
CN102488983A (en) * 2011-12-13 2012-06-13 程红 High-rise escape system
CN102526904B (en) * 2012-01-13 2015-04-15 周妙荣 Fast escape slide for tall building

Also Published As

Publication number Publication date
EP2803386A4 (en) 2015-11-04
EP2803386B1 (en) 2021-06-30
BR112014017262A8 (en) 2017-07-04
CN102526904A (en) 2012-07-04
WO2013104186A1 (en) 2013-07-18
RU2014130916A (en) 2016-03-10
SG11201403982RA (en) 2014-10-30
JP2015503371A (en) 2015-02-02
CN102526904B (en) 2015-04-15
RU2613599C2 (en) 2017-03-17
BR112014017262A2 (en) 2017-06-13
EP2803386A1 (en) 2014-11-19

Similar Documents

Publication Publication Date Title
JP5870210B2 (en) A kind of high-rise building high-speed escape shoot
JP4511520B2 (en) Method and apparatus for reaching the upper floors of high-rise buildings from the outside
US9802065B2 (en) Escape chute
CN104602823B (en) Deluge system
CN107261347B (en) Super high-rise building fire rescue and fire extinguishing system
KR101125513B1 (en) Tap box for ladder vehicle
CN102120064A (en) Telescopic type emergency escaping device for high-rise buildings
KR20100138392A (en) A safety balustrade for escaping emergency
CN208017947U (en) Chute type rescues safety ladder for evacuating
CN209237198U (en) Foldable escaping device for fire hazard in high building
CN105963866B (en) Fire rescue device for high-rise building
CN215563978U (en) Escape ladder for fire escape
KR101762208B1 (en) Folding scaffolds device for evacuation railings
KR200464759Y1 (en) Slip down type refuge tool
KR20070015237A (en) Driving gear of skyscraper fire suppression and life structure elevator
CN207970350U (en) Escape device for high-rise buildings
CN204454160U (en) Pedestrian stairway installs suspension type elevator additional
KR101419026B1 (en) A dryin tower for fire hose
CN206636153U (en) Indoor individual layer scaffold
CN206205488U (en) The vertical traffic stair of assembled architecture elevator tool-type
CN207306999U (en) Stair are slided in a kind of high-rise escape
JP5695528B2 (en) Auxiliary ladder over the roof
CN104784840B (en) Rail mounted escape device for high-rise buildings
CN213432643U (en) Outer facade escape device and outer facade escape system
CN204079266U (en) A kind of skyscraper fast escaping device

Legal Events

Date Code Title Description
A977 Report on retrieval

Free format text: JAPANESE INTERMEDIATE CODE: A971007

Effective date: 20150813

A131 Notification of reasons for refusal

Free format text: JAPANESE INTERMEDIATE CODE: A131

Effective date: 20150824

A601 Written request for extension of time

Free format text: JAPANESE INTERMEDIATE CODE: A601

Effective date: 20151028

A521 Request for written amendment filed

Free format text: JAPANESE INTERMEDIATE CODE: A523

Effective date: 20151120

TRDD Decision of grant or rejection written
A01 Written decision to grant a patent or to grant a registration (utility model)

Free format text: JAPANESE INTERMEDIATE CODE: A01

Effective date: 20151224

A61 First payment of annual fees (during grant procedure)

Free format text: JAPANESE INTERMEDIATE CODE: A61

Effective date: 20160108

R150 Certificate of patent or registration of utility model

Ref document number: 5870210

Country of ref document: JP

Free format text: JAPANESE INTERMEDIATE CODE: R150

R250 Receipt of annual fees

Free format text: JAPANESE INTERMEDIATE CODE: R250

R250 Receipt of annual fees

Free format text: JAPANESE INTERMEDIATE CODE: R250

RD02 Notification of acceptance of power of attorney

Free format text: JAPANESE INTERMEDIATE CODE: R3D02

R250 Receipt of annual fees

Free format text: JAPANESE INTERMEDIATE CODE: R250

R250 Receipt of annual fees

Free format text: JAPANESE INTERMEDIATE CODE: R250

R250 Receipt of annual fees

Free format text: JAPANESE INTERMEDIATE CODE: R250

R250 Receipt of annual fees

Free format text: JAPANESE INTERMEDIATE CODE: R250