JP2018038527A

JP2018038527A - Fire-fighting equipment

Info

Publication number: JP2018038527A
Application number: JP2016173778A
Authority: JP
Inventors: 健二大木; Kenji Oki; 俊康檀原; Toshiyasu Dambara; 斎藤　孝行; Takayuki Saito; 孝行斎藤
Original assignee: Nippon Dry Chemical Co Ltd
Current assignee: Nippon Dry Chemical Co Ltd
Priority date: 2016-09-06
Filing date: 2016-09-06
Publication date: 2018-03-15
Anticipated expiration: 2036-09-06
Also published as: TW201811397A; JP6815795B2

Abstract

PROBLEM TO BE SOLVED: To provide fire-fighting equipment whose maintenance is performed easily with a simple configuration, and which can achieve space saving.SOLUTION: Fire-fighting equipment includes a housing body part 13 having an opening 17 on the side face, a fire extinguisher storage container 5 provided inside the housing body part 13, a housing door 15 for opening/closing the opening 17 of the housing body part 13 by rotating, a container valve 7 for bringing a discharge port for a fire extinguisher of the fire extinguisher storage container 5 into an open state, a power supply device 9 for supplying power for driving the container valve 7, and a rechargeable battery 11 for supply power to the power supply device 9, and is configured so that when the opening 17 of the housing body part 13 is closed by the housing door 15, the power supply device 9 and the rechargeable battery 11 are located inside the housing body part 13 and the housing door 15, and at least one of the power supply device 9 and the rechargeable battery 11 is disposed on the housing door 15.SELECTED DRAWING: Figure 1

Description

本発明は、消火設備に係り、特に、消火剤貯蔵容器、電源装置、蓄電池を備えているものに関する。 The present invention relates to fire extinguishing equipment, and more particularly to a fire extinguisher storage container, a power supply device, and a storage battery.

消火剤容器（消火剤貯蔵容器）、制御機器（制御回路基板や操作パネル）、電源装置、蓄電池、配管部材（配管）、噴射ヘッド等をキャビネット（筐体）内に収めて省スペース化をはかるとともにメンテナンス性をよくすることは、消火設備（パッケーシ型消火設備）において必要なことである。 Space-saving is achieved by placing a fire extinguisher container (extinguishing agent storage container), control equipment (control circuit board and operation panel), power supply device, storage battery, piping member (pipe), injection head, etc. in a cabinet (housing). At the same time, improving the maintainability is necessary in fire extinguishing equipment (package fire extinguishing equipment).

このため、消火剤容器、制御機器、電源装置、蓄電池、配管部材等のレイアウトを工夫している。なお、消火設備のキャビネットは、前面に開口部を有する枡状の筐体本体部と上記開口部を開閉する筐体扉とで構成されている。 For this reason, the layout of a fire extinguisher container, a control device, a power supply device, a storage battery, a piping member, etc. is devised. In addition, the cabinet of fire extinguishing equipment is comprised by the housing | casing main body part which has an opening part in the front, and the housing | casing door which opens and closes the said opening part.

従来の消火設備では、蓄電池や電源装置を、筐体本体部内で、筐体本体部の上部や背面や側面等の空きスペースに収めて、レイアウトの工夫をはかっている。 In conventional fire extinguishing equipment, a storage battery and a power supply device are accommodated in an empty space such as an upper portion, a rear surface, and a side surface of the casing main body in the casing main body to devise a layout.

ここで、従来の技術に関連する文献として、たとえば、特許文献１を掲げることができる。 Here, for example, Patent Document 1 can be cited as a document related to the conventional technology.

特開２００９−５６０４４号公報JP 2009-56044 A

ところで、従来のように、蓄電池や電源装置を筐体本体部の上部や背面や側面等の空きスペースに収めるレイアウトにすると、蓄電池や電源装置のメンテナンスがし難くなるという問題がある。 By the way, if the storage battery and the power supply device are laid out so that they are accommodated in empty spaces such as the upper part, the back surface, and the side surfaces of the housing main body as in the prior art, there is a problem that maintenance of the storage battery and the power supply device becomes difficult.

たとえば、蓄電池や電源装置を筐体本体部の上部に設置すると、蓄電池等の位置が地上から２ｍ程度の高さになり、蓄電池や電源装置のメンテナンスをするときの作業性が悪くなる。 For example, if a storage battery or a power supply device is installed on the upper part of the housing body, the position of the storage battery or the like is about 2 m above the ground, and workability when maintaining the storage battery or the power supply device is deteriorated.

また、蓄電池や電源装置のメンテナンスをするときに、消火剤容器と噴射ヘッドとをつないでいる配管部材を取り外す等して、蓄電池や電源装置をキャビネットの外部に取り出す必要がある。 Further, when performing maintenance of the storage battery and the power supply device, it is necessary to take out the storage battery and the power supply device outside the cabinet by removing a piping member connecting the extinguishant container and the ejection head.

この取り出しをしやすくするために、質量の大きい蓄電池や電源装置を、スライド機構を介して筐体本体部で支持し、蓄電池や電源装置をキャビネットの外部に引き出すことが考えられるが、スライド機構を設けることで消火設備の構成が煩雑になってしまう。 In order to facilitate the removal, it is conceivable that a storage battery or power supply device having a large mass is supported by the housing body through a slide mechanism, and the storage battery or power supply device is pulled out of the cabinet. By providing, the configuration of the fire extinguishing equipment becomes complicated.

本発明は、上記問題点に鑑みてなされたものであり、簡素な構成でメンテナンスがしやすくしかも省スペース化をはかることができる消火設備を提供することを目的とする。 The present invention has been made in view of the above problems, and an object of the present invention is to provide a fire extinguishing equipment that can be easily maintained with a simple configuration and can save space.

請求項１に記載の発明は、側面に開口部を備えた筐体本体部と、前記筐体本体部内に設けられた消火剤貯蔵容器と、上下方向に延びた軸を中心にして回動するように前記筐体本体部に設けられ、前記回動をすることで前記筐体本体部の開口部を開閉する筐体扉と、前記消火剤貯蔵容器の消火剤の吐出口を開状態にする容器弁と、前記容器弁を駆動するための電力を供給する電源装置と、前記電源装置へ電力を供給する蓄電池とを有し、前記筐体本体部の開口部が前記筐体扉で閉じられたときに前記筐体本体部と前記筐体扉との内部に前記電源装置と前記蓄電池とが位置するように構成されているとともに、前記電源装置、前記蓄電池の少なくともいずれかが、前記筐体扉に設けられている消火設備である。 According to the first aspect of the present invention, a casing body having an opening on a side surface, a fire extinguishing agent storage container provided in the casing body, and a shaft extending in the vertical direction are rotated. As described above, the casing door that opens and closes the opening of the casing main body by turning and the discharge port of the extinguishing agent storage container is opened. A container valve; a power supply device that supplies power for driving the container valve; and a storage battery that supplies power to the power supply device, and the opening of the housing body is closed by the housing door. The power supply device and the storage battery are positioned inside the housing body and the housing door, and at least one of the power supply device and the storage battery is the housing. Fire extinguishing equipment provided at the door.

請求項２に記載の発明は、請求項１に記載の消火設備において、前記筐体扉は、複数に分割されており、前記電源装置、前記蓄電池は、前記複数に分割されている筐体扉のいずれかに設けられている消火設備である。 The invention according to claim 2 is the fire extinguishing equipment according to claim 1, wherein the casing door is divided into a plurality of parts, and the power supply device and the storage battery are divided into the plurality of casing doors. Fire extinguishing equipment provided in either of these.

請求項３に記載の発明は、請求項２に記載の消火設備において、前記筐体扉は、下側筐体扉と上側筐体扉とに分割されており、前記下側筐体扉に前記蓄電池と前記電源装置とが設けられている消火設備である。 The invention according to claim 3 is the fire extinguishing equipment according to claim 2, wherein the housing door is divided into a lower housing door and an upper housing door, and the lower housing door includes the The fire extinguishing equipment is provided with a storage battery and the power supply device.

本発明によれば、簡素な構成でメンテナンスがしやすくしかも省スペース化をはかることができる消火設備を提供できるという効果を奏する。 According to the present invention, there is an effect that it is possible to provide a fire extinguishing facility that can be easily maintained with a simple configuration and can save space.

本発明の実施形態に係る消火設備（筐体扉が閉じられている消火設備）の概略構成を示す図であり、（ｂ）は（ａ）におけるＩＢ矢視図であり、（ｃ）は（ａ）におけるＩＣ矢視図である。It is a figure which shows schematic structure of the fire-extinguishing equipment (fire-extinguishing equipment with which the housing | casing door is closed) which concerns on embodiment of this invention, (b) is an IB arrow line view in (a), (c) is ( It is IC arrow view in a). 本発明の実施形態に係る消火設備（上側筐体扉が閉じられており下側筐体扉が開いている消火設備）の概略構成を示す図であり、（ｂ）は（ａ）におけるＩＩＢ矢視図である。It is a figure which shows schematic structure of the fire extinguishing equipment (The fire extinguishing equipment with which the upper housing door is closed and the lower housing door is open) which concerns on embodiment of this invention, (b) is the IIB arrow in (a) FIG. 本発明の実施形態に係る消火設備（下側筐体扉が閉じられており上側筐体扉が開いている消火設備）の概略構成を示す図であり、（ｂ）は（ａ）におけるＩＩＩＢ矢視図である。It is a figure which shows schematic structure of the fire extinguishing equipment (The fire extinguishing equipment with which the lower housing door is closed and the upper housing door is open) which concerns on embodiment of this invention, (b) is the IIIB arrow in (a) FIG. 本発明の実施形態に係る消火設備（下側筐体扉と上側筐体扉とが開いている消火設備）の概略構成を示す図である。It is a figure which shows schematic structure of the fire extinguishing equipment (The fire extinguishing equipment in which the lower housing door and the upper housing door are open) according to the embodiment of the present invention. 変形例に係る消火設備を示す図であって、図１（ｂ）等に対応する図である。It is a figure which shows the fire-extinguishing equipment which concerns on a modification, Comprising: It is a figure corresponding to FIG.1 (b) etc. FIG. 別の変形例に係る消火設備を示す図であって、図１（ｂ）等に対応する図である。It is a figure which shows the fire-extinguishing equipment which concerns on another modification, Comprising: It is a figure corresponding to FIG.1 (b).

本発明の実施形態に係る消火設備（パッケージ型の消火設備）１は、たとえば、複合ビルや工場や公交通機関や病院などの電気室や通信機械室や駐車場に設置されて使用されるものであり、図１〜図４で示すように、キャビネット（筐体）３と消火剤貯蔵容器５と容器弁７と電源装置９と蓄電池１１とを備えて構成されている。キャビネット３は、筐体本体部１３と筐体扉１５とを備えて構成されている。 A fire extinguishing equipment (package fire extinguishing equipment) 1 according to an embodiment of the present invention is installed and used in, for example, an electrical room, a communication machine room, or a parking lot of a complex building, factory, public transportation, hospital, etc. As shown in FIGS. 1 to 4, a cabinet (housing) 3, a fire extinguisher storage container 5, a container valve 7, a power supply device 9, and a storage battery 11 are provided. The cabinet 3 includes a housing body 13 and a housing door 15.

筐体本体部１３の前面には、開口部１７が形成されており、消火剤貯蔵容器５は、筐体本体部１３内に設けられている。消火剤貯蔵容器５の内部には、二酸化炭素等の消火剤が貯留される。 An opening 17 is formed in the front surface of the housing body 13, and the fire extinguishing agent storage container 5 is provided in the housing body 13. A fire extinguisher such as carbon dioxide is stored inside the fire extinguisher storage container 5.

筐体扉１５は、所定の軸ＣＬを回動中心にして回動するように筐体本体部１３に設けられており、軸ＣＬを回動中心にして回動することで、筐体本体部１３の開口部１７を開閉する。軸ＣＬは筐体本体部１３の開口部１７の横方向の他端および筐体扉１５の幅方向の他端で上下方向に延びている。 The casing door 15 is provided in the casing body 13 so as to rotate about a predetermined axis CL, and the casing body 15 rotates about the axis CL. 13 openings 17 are opened and closed. The axis CL extends in the vertical direction at the other end in the lateral direction of the opening 17 of the housing body 13 and the other end in the width direction of the housing door 15.

そして、筐体本体部１３の開口部１７を筐体扉１５で閉じたときには、筐体扉１５の幅方向の一端が、筐体本体部１３の開口部１７の横方向の一端に係止され、筐体本体部１３の開口部１７が筐体扉１５で蓋がされた状態が維持される。 When the opening 17 of the housing body 13 is closed by the housing door 15, one end in the width direction of the housing door 15 is locked to one end in the lateral direction of the opening 17 in the housing body 13. The state in which the opening 17 of the housing body 13 is covered with the housing door 15 is maintained.

容器弁（たとえば電磁弁）７は、消火剤貯蔵容器５に設けられており、消火剤貯蔵容器５の消火剤の吐出口を開閉する。 A container valve (for example, a solenoid valve) 7 is provided in the fire extinguisher storage container 5, and opens and closes the discharge port of the fire extinguisher storage container 5.

電源装置９は、詳しくは後述する制御回路基板１９、操作パネル２１等に電源を供給する。また、電源装置９は、制御回路基板１９等を介して容器弁７を駆動する電力を容器弁７に供給する。電源装置９は、電圧を変換するためのトランスを備えて構成されているので、質量（重量）が大きい。 The power supply device 9 supplies power to a control circuit board 19 and an operation panel 21 which will be described in detail later. The power supply device 9 supplies power for driving the container valve 7 to the container valve 7 via the control circuit board 19 and the like. Since the power supply device 9 includes a transformer for converting voltage, the mass (weight) is large.

蓄電池１１は、停電時等、電源装置９への外部からの電力の供給が遮断されたときに、電源装置９へ電力を供給する。蓄電池１１はたとえば鉛蓄電池で構成されているので、電源装置９と同様に、質量が大きい。 The storage battery 11 supplies power to the power supply device 9 when power supply from the outside to the power supply device 9 is interrupted, such as during a power failure. Since the storage battery 11 is composed of, for example, a lead storage battery, the mass is large like the power supply device 9.

そして、消火設備１では、筐体本体部１３の開口部１７が筐体扉１５で閉じられたときに、筐体本体部１３と筐体扉１５との内部（閉状態のキャビネット３の内部）に、電源装置９と蓄電池１１とが位置するように構成されている。 And in the fire extinguishing equipment 1, when the opening part 17 of the housing body 13 is closed by the housing door 15, the inside of the housing body 13 and the housing door 15 (inside the cabinet 3 in the closed state). In addition, the power supply device 9 and the storage battery 11 are arranged.

さらに、消火剤貯蔵容器５も閉状態のキャビネット３の内部に位置しており、また、電源装置９と蓄電池１１とが、筐体扉１５に一体的に設けられている。 Further, the extinguishing agent storage container 5 is also located inside the closed cabinet 3, and the power supply device 9 and the storage battery 11 are integrally provided on the housing door 15.

なお、電源装置９、蓄電池１１の少なくともいずれかが、筐体扉１５に一体的に設けられている構成であってもよい。 Note that a configuration in which at least one of the power supply device 9 and the storage battery 11 is provided integrally with the housing door 15 may be employed.

電源装置９や蓄電池１１が筐体扉１５に一体的に設けられていることで、筐体扉１５が回動するときに、電源装置９や蓄電池１１も筐体扉１５とともに回動し、筐体扉１５が開いて筐体本体部１３の開口部１７が開いたときに、電源装置９や蓄電池１１が筐体本体部１３（キャビネット３）の外部に位置する。 Since the power supply device 9 and the storage battery 11 are integrally provided on the housing door 15, when the housing door 15 rotates, the power supply device 9 and the storage battery 11 also rotate together with the housing door 15. When the body door 15 is opened and the opening 17 of the housing body 13 is opened, the power supply device 9 and the storage battery 11 are located outside the housing body 13 (cabinet 3).

また、消火設備１には、たとえば、制御回路基板（ＣＰＵ、メモリ、リレー等を備えて構成された制御回路）１９、操作パネル２１、火災検出部（図示せず）、噴射ヘッド２３等がさらに設けられている。なお、ＣＰＵやメモリが操作パネル２１に設けられていてもよい。 The fire extinguishing equipment 1 further includes, for example, a control circuit board (a control circuit configured with a CPU, a memory, a relay, and the like) 19, an operation panel 21, a fire detection unit (not shown), an ejection head 23, and the like. Is provided. Note that a CPU and a memory may be provided on the operation panel 21.

制御回路基板（制御部）１９は、閉状態のキャビネット３の内部に設けられており、操作パネル２１は、このほとんどの部位が閉状態のキャビネット３の内部に設けられており、人が操作する押ボタン等の入力部や、表示灯やＬＣＤ等の出力部が、閉状態のキャビネット３の外面に現れている。 The control circuit board (control unit) 19 is provided in the closed cabinet 3, and the operation panel 21 is provided in most of the closed cabinet 3 so that a person operates it. An input unit such as a push button and an output unit such as an indicator lamp and an LCD appear on the outer surface of the closed cabinet 3.

火災検出部は、消火設備１が設置されている付近で火災が発生したことを検出する。なお、火災検出部は、たとえば、キャビネット３の外部でキャビネット３から離れて設けられているが、キャビネット３の外部でキャビネット３の外面等に一体的に設けられていてもよい。さらに、火災検出部を複数設けてもよい。 The fire detection unit detects that a fire has occurred near the fire extinguishing equipment 1. The fire detection unit is provided apart from the cabinet 3 outside the cabinet 3, for example, but may be provided integrally on the outer surface of the cabinet 3 outside the cabinet 3. Further, a plurality of fire detection units may be provided.

消火剤貯蔵容器５の消火剤の吐出口には、容器弁７が設けられており、噴射ヘッド２３は、キャビネット３の外部に設けられており、容器弁７と噴射ヘッド２３とは配管２５で接続されている。そして、容器弁７が開状態になったときに、消火剤貯蔵容器５内の消火剤が、容器弁７と配管２５とを通り、噴射ヘッド２３から、キャビネット３の外部に吐出される。なお、噴射ヘッド２３の先に、別途配管が接続されており、この配管の先からも消火剤を吐出する構成であってもよい。 A container valve 7 is provided at the discharge port of the fire extinguisher storage container 5, and the ejection head 23 is provided outside the cabinet 3. The container valve 7 and the ejection head 23 are connected by a pipe 25. It is connected. When the container valve 7 is opened, the fire extinguisher in the fire extinguisher storage container 5 passes through the container valve 7 and the pipe 25 and is discharged from the ejection head 23 to the outside of the cabinet 3. Note that a separate pipe may be connected to the tip of the ejection head 23 and the fire extinguishing agent may be discharged from the tip of the pipe.

電源装置９には、上述したように、外部から電力が供給される。電源装置９は、制御回路基板１９等に電力を供給し、また、必要に応じて蓄電池１１にも電力を供給する。蓄電池１１は、外部からの電力の供給が遮断されたときに、制御回路基板１９等に電力を供給する。 As described above, power is supplied to the power supply device 9 from the outside. The power supply device 9 supplies power to the control circuit board 19 and the like, and also supplies power to the storage battery 11 as necessary. The storage battery 11 supplies power to the control circuit board 19 and the like when the supply of power from the outside is interrupted.

消火設備１では、操作パネル２１を介して、自動モードと手動モードとの切り換えができる。 In the fire extinguishing equipment 1, switching between the automatic mode and the manual mode can be performed via the operation panel 21.

自動モードのとき、火災の発生が無い通常の状態では容器弁７が閉状態になっているが、火災の発生を火災検出部が検出すると、制御回路基板１９の制御の下、容器弁７が開状態になり、消火剤貯蔵容器５内の消火剤が、噴射ヘッド２３から吐出される。 In the automatic mode, the container valve 7 is closed in a normal state where no fire is generated. However, when the fire detection unit detects the occurrence of a fire, the container valve 7 is controlled under the control of the control circuit board 19. The fire extinguishing agent in the extinguishing agent storage container 5 is opened, and the fire extinguishing agent is discharged from the ejection head 23.

一方、手動モードのとき、操作パネル２１の入力部からの入力により、消火剤貯蔵容器５内の消火剤が、噴射ヘッド２３から吐出される。 On the other hand, in the manual mode, the extinguishing agent in the extinguishing agent storage container 5 is discharged from the ejection head 23 by an input from the input unit of the operation panel 21.

筐体扉１５は、たとえば、上下方向で複数に分割されており、分割されている各筐体扉１５Ａ、１５Ｂのそれぞれは、お互いが独立して回動する。 The housing door 15 is divided into a plurality of parts in the vertical direction, for example, and each of the divided housing doors 15A and 15B rotates independently of each other.

電源装置９、蓄電池１１は、複数に分割されている筐体扉１５Ａ、１５Ｂのいずれかに設けられている。 The power supply device 9 and the storage battery 11 are provided in any of the housing doors 15A and 15B divided into a plurality.

すなわち、複数に分割されている各筐体扉１５Ａ、１５Ｂのうちの１つの筐体扉１５Ａに、電源装置９と蓄電池１１とが設けられているが、複数に分割されている各筐体扉１５Ａ、１５Ｂのうちの１つの筐体扉１５Ａに、電源装置９が設けられており、他の１つの筐体扉１５Ｂに、蓄電池１１が設けられていてもよい。 That is, the power supply device 9 and the storage battery 11 are provided in one housing door 15A among the housing doors 15A and 15B divided into a plurality, but each housing door is divided into a plurality of housing doors. The power supply device 9 may be provided in one casing door 15A of 15A and 15B, and the storage battery 11 may be provided in the other casing door 15B.

さらに、制御回路基板１９、操作パネル２１も、複数に分割されている筐体扉１５Ａ、１５Ｂのいずれかに設けられている。 Furthermore, the control circuit board 19 and the operation panel 21 are also provided in any one of the housing doors 15A and 15B divided into a plurality.

複数に分割されている筐体扉１５Ａ、１５Ｂの総てを開状態にすることで、筐体本体部１３の開口部１７の総てが開口され（図４参照）、筐体扉１５Ａ、１５Ｂの総てを閉状態にすることで、筐体本体部１３の開口部１７の総てが閉じるように構成されている（図１参照）。 By opening all the housing doors 15A and 15B divided into a plurality, the openings 17 of the housing body 13 are all opened (see FIG. 4), and the housing doors 15A and 15B are opened. By closing all of them, all the openings 17 of the housing body 13 are closed (see FIG. 1).

なお、筐体扉１５を１枚で構成し、１枚の筐体扉１５を開状態にすることで筐体本体部１３の開口部１７が開口され、１枚の筐体扉１５を閉状態にすることで、筐体本体部１３の開口部１７の総てが閉じるように構成されていてもよい。 The casing door 15 is composed of a single sheet, and the opening 17 of the casing body 13 is opened by opening the single casing door 15 so that the single casing door 15 is closed. By doing so, you may be comprised so that all the opening parts 17 of the housing body part 13 may close.

ここで、消火設備１について、例を掲げてさらに詳しく説明する。 Here, the fire extinguishing equipment 1 will be described in more detail with an example.

水平な所定の一方向を前後方向とし、水平な他の所定の一方向であって前後方向に直交する方向を横方向とし、前後方向と横方向とに対して直交する方向を上下方向とする。 One horizontal predetermined direction is a front-rear direction, another horizontal predetermined direction that is orthogonal to the front-rear direction is a horizontal direction, and a direction orthogonal to the front-rear direction and the horizontal direction is an upper-lower direction. .

筐体本体部１３は、たとえば鋼板に折り曲げ加工等をすることで矩形な枡状に形成されている。鋼板の厚みは適宜選定されるが、０．８ｍｍ〜３.２ｍｍの厚さの鋼板を採用することが、必要な強度を確保し軽量化をはかる点で、望ましい。筐体本体部１３は、１つの矩形な平板状の底壁部１３Ａと、１つの矩形な平板状の上壁部１３Ｂと、３つの矩形な平板状の側壁部１３Ｃ、１３Ｄ、１３Ｅとを備えて構成されている。 The housing body 13 is formed in a rectangular bowl shape by, for example, bending a steel plate. Although the thickness of the steel plate is appropriately selected, it is desirable to use a steel plate having a thickness of 0.8 mm to 3.2 mm in order to secure necessary strength and reduce weight. The housing body 13 includes one rectangular flat bottom wall 13A, one rectangular flat upper wall 13B, and three rectangular flat side walls 13C, 13D, and 13E. Configured.

なお、１つの筐体本体部１３は、たとえば、１枚の所定形状の板金（０．８ｍｍ〜３.２ｍｍの厚さの所定形状の中間製造物）を適宜折り曲げ加工することで形成されている。 One housing body 13 is formed, for example, by appropriately bending a sheet metal having a predetermined shape (an intermediate product having a predetermined shape with a thickness of 0.8 mm to 3.2 mm). .

底壁部１３Ａ、上壁部１３Ｂは、これらの厚さ方向が上下方向になっており、上壁部１３Ｂは底壁部１３Ａの上方で底壁部１３Ａから所定の距離離れているとともに、上下方向から見ると、上壁部１３Ｂの総てと底壁部１３Ａの総てとはお互いに重なっている。 The bottom wall portion 13A and the upper wall portion 13B have their thickness directions in the vertical direction, and the upper wall portion 13B is separated from the bottom wall portion 13A by a predetermined distance above the bottom wall portion 13A and When viewed from the direction, all of the upper wall portion 13B and all of the bottom wall portion 13A overlap each other.

１つ目の側壁部１３Ｃは、この厚さ方向が横方向になっており、底壁部１３Ａの横方向の一端の辺（辺の全長）から、上壁部１３Ｂの横方向の一端の辺（辺の全長）まで立ち上がっている。 In the first side wall portion 13C, the thickness direction is in the horizontal direction, and from one side (full length of the side) in the horizontal direction of the bottom wall portion 13A to one side in the horizontal direction of the upper wall portion 13B. It stands up to (the total length of the side).

２つ目の側壁部１３Ｄは、この厚さ方向が前後方向になっており、底壁部１３Ａの後端の辺（辺の全長）から、上壁部１３Ｂの後端の辺（辺の全長）まで立ち上がっている。 In the second side wall portion 13D, the thickness direction is the front-rear direction, and from the rear end side (full length of the side) of the bottom wall portion 13A to the rear end side (full length of the side) of the upper wall portion 13B. ) Has stood up.

３つ目の側壁部１３Ｅは、この厚さ方向が横方向になっており、底壁部１３Ａの横方向の他端の辺（辺の全長）から、上壁部１３Ｂの横方向の他端の辺（辺の全長）まで立ち上がっている。 The thickness of the third side wall portion 13E is in the horizontal direction, and the other end in the horizontal direction of the upper wall portion 13B extends from the other side in the horizontal direction of the bottom wall portion 13A (the total length of the side). It stands up to the side (the total length of the side).

なお、３つの側壁部１３Ｃ、１３Ｄ、１３Ｅの断面（上下方向に対して直交する平面による断面）は、「コ」字状に形成されている。底壁部１３Ａと上壁部１３Ｂとの間で壁部１３Ｃ、１３Ｄ、１３Ｅが設けられていないところが、筐体本体部１３の開口部１７になっており、この開口部１７は、矩形状に形成されて筐体本体部１３の前方に位置している。 In addition, the cross section (cross section by the plane orthogonal to an up-down direction) of the three side wall parts 13C, 13D, and 13E is formed in "U" shape. Where the wall portions 13C, 13D, and 13E are not provided between the bottom wall portion 13A and the upper wall portion 13B is the opening portion 17 of the housing body portion 13, and the opening portion 17 has a rectangular shape. It is formed and is located in front of the housing body 13.

また、底壁部１３Ａの下には、たとえば、山形鋼で「ロ」字状に形成された基台２７が設けられている。基台２７は、底壁部１３Ａに一体的に設けられており、筐体本体部１３を地面等に起立させて設置するときに、地面に固定されたアンカーボルトに固定される。 Further, below the bottom wall portion 13A, for example, a base 27 made of angle steel and formed in a “B” shape is provided. The base 27 is provided integrally with the bottom wall portion 13A, and is fixed to an anchor bolt fixed to the ground when the casing main body 13 is set up on the ground or the like.

筐体扉１５は、たとえば鋼板に折り曲げ加工等をすることで矩形な板状に形成されている。また、筐体扉１５は、下側筐体扉１５Ａと上側筐体扉１５Ｂとに分割されており、下側筐体扉１５Ａに蓄電池１１と電源装置９とが設けられている。電源装置９は、蓄電池１１の上方に設けられている。上側筐体扉１５Ｂに制御回路基板１９と操作パネル２１とが設けられている。操作パネル２１は、制御回路基板１９の上方に設けられている。 The housing door 15 is formed in a rectangular plate shape by, for example, bending a steel plate. The housing door 15 is divided into a lower housing door 15A and an upper housing door 15B, and the storage battery 11 and the power supply device 9 are provided on the lower housing door 15A. The power supply device 9 is provided above the storage battery 11. A control circuit board 19 and an operation panel 21 are provided on the upper housing door 15B. The operation panel 21 is provided above the control circuit board 19.

下側筐体扉１５Ａや上側筐体扉１５Ｂを構成する鋼板の厚みは適宜選定されるが、たとえば、筐体本体部１３の鋼板と等しい厚さである０．８ｍｍ〜３.２ｍｍの厚さの鋼板を採用することが、必要な強度を確保し軽量化をはかる点で、望ましい。 The thickness of the steel plate constituting the lower housing door 15A and the upper housing door 15B is appropriately selected. For example, the thickness is 0.8 mm to 3.2 mm, which is the same thickness as the steel plate of the housing body 13. It is desirable to use the steel plate in view of securing the necessary strength and reducing the weight.

下側筐体扉１５Ａは、矩形な平板状に形成されており、蝶番等の下側筐体扉支持部材（図示せず）を介して、筐体本体部１３に設けられている。なお、下側筐体扉支持部材は、横方向（幅方向）の他端部で、下側筐体扉１５Ａと筐体本体部１３の開口部１７のところ（側壁部１３Ｅ）とに係合している。 The lower housing door 15A is formed in a rectangular flat plate shape, and is provided in the housing body 13 via a lower housing door support member (not shown) such as a hinge. The lower housing door support member is engaged with the lower housing door 15A and the opening 17 (side wall 13E) of the housing body 13 at the other end in the lateral direction (width direction). doing.

そして、下側筐体扉１５Ａが閉じられている状態では、下側筐体扉１５Ａの横方向の一端部に設けられている被係止部（図示せず）が、筐体本体部１３の開口部１７の横方向の一端部に設けられている係止部（図示せず）に係止されて、下側筐体扉１５Ａの閉状態が維持される。また、下側筐体扉１５Ａが閉じられている状態では、下側筐体扉１５Ａの厚さ方向が前後方向になっており、筐体本体部１３の開口部１７の下側部位（前後方向で見て矩形状に形成されている開口部１７の部位）を下側筐体扉１５Ａが塞いでいる。 When the lower housing door 15 A is closed, a locked portion (not shown) provided at one lateral end of the lower housing door 15 A is provided on the housing body 13. The lower housing door 15 A is kept closed by being locked by a locking portion (not shown) provided at one end portion in the lateral direction of the opening 17. In the state where the lower housing door 15A is closed, the thickness direction of the lower housing door 15A is the front-rear direction, and the lower portion of the opening 17 of the housing body 13 (the front-rear direction). 15A, the lower housing door 15A closes the portion of the opening 17 formed in a rectangular shape.

上側筐体扉１５Ｂも、矩形な平板状に形成されており、下側筐体扉１５Ａと同様にして、筐体本体部１３に設けられている。そして、上側筐体扉１５Ｂが閉じられている状態では、上側筐体扉１５Ｂの厚さ方向が前後方向になっており、筐体本体部１３の開口部１７の矩形状の上部を上側筐体扉１５Ｂが塞いでいる。 The upper housing door 15B is also formed in a rectangular flat plate shape, and is provided in the housing body 13 in the same manner as the lower housing door 15A. When the upper casing door 15B is closed, the thickness direction of the upper casing door 15B is the front-rear direction, and the rectangular upper portion of the opening 17 of the casing main body 13 is the upper casing. The door 15B is closed.

筐体扉１５Ａ、１５Ｂの厚さ（開口部を閉じたときの前後方向の寸法であって、たとえば筐体扉１５Ａ、１５Ｂの外周の折り曲げで形成された縁部の厚さ寸法）は３０ｍｍとしており、筐体扉１５Ａ、１５Ｂの強度を向上させている、筐体扉１５Ａ、１５Ｂの厚さは、適宜設計すればよいが、軽量化を維持して強度を向上させるためには５ｍｍ〜５０ｍｍとするのが望ましい。 The thickness of the casing doors 15A and 15B (the dimension in the front-rear direction when the opening is closed, for example, the thickness dimension of the edge formed by bending the outer periphery of the casing doors 15A and 15B) is 30 mm. The thickness of the housing doors 15A and 15B may be appropriately designed to improve the strength of the housing doors 15A and 15B. However, in order to maintain the weight reduction and improve the strength, 5 mm to 50 mm. Is desirable.

なお、下側筐体扉１５Ａと上側筐体扉１５Ｂとが閉じられている状態では、筐体本体部１３の開口部１７の総てが塞がれている。 In the state where the lower housing door 15A and the upper housing door 15B are closed, all the openings 17 of the housing body 13 are closed.

消火剤貯蔵容器５は、外形が円柱状に形成されており、中心軸が上下方向に伸び、底壁部１３Ａの上に載置されるようにして、筐体本体部１３内に設けられている。消火剤貯蔵容器５は、前後方向では後側に位置しており、横方向では一端側に位置している。 The extinguishing agent storage container 5 is formed in a cylindrical shape, and is provided in the housing body 13 so that the central axis extends in the vertical direction and is placed on the bottom wall 13A. Yes. The extinguishing agent storage container 5 is located on the rear side in the front-rear direction, and is located on one end side in the lateral direction.

消火剤貯蔵容器５は、筐体本体部１３に図示しない保持体によって一体的に設けられているが、上記保持体を取り外すことで、筐体本体部１３から取り外すことができ、開口部１７から筐体本体部１３の外部に取り出すことができる。 The fire extinguishing agent storage container 5 is integrally provided on the housing main body 13 by a holding body (not shown), but can be removed from the housing main body 13 by removing the holding body, and from the opening 17. It can be taken out of the housing body 13.

容器弁７は、消火剤貯蔵容器５の上端に設置されており、噴射ヘッド２３は、キャビネット３（筐体本体部１３）の上面から突出している。なお、容器弁７からの配管２５が延長され、離れた箇所に噴射ヘッドが設けられてもよい。 The container valve 7 is installed at the upper end of the extinguishing agent storage container 5, and the ejection head 23 protrudes from the upper surface of the cabinet 3 (housing main body 13). In addition, the piping 25 from the container valve 7 may be extended, and the ejection head may be provided at a remote location.

ここで、容器弁７による消火剤貯蔵容器５の消火剤の吐出口の開閉（特に、閉状態から開状態にする場合）について例を掲げて詳しく説明する。 Here, the opening and closing of the fire-extinguishing agent discharge port of the fire-extinguishing agent storage container 5 by the container valve 7 (particularly in the case of changing from the closed state to the open state) will be described in detail with examples.

起動装置を構成する電磁開放器（図示せず）が、制御部を構成する制御回路基板１９から送信された起動信号（火災発生による起動信号）を受信すると、電磁開放器が作動する。そして、電磁開放器に連結された針（図示せず）が突出して起動ガスが充填されている起動用ガス容器（図示せず）の封板を破り、導管（図示せず）内に起動ガスが送出される。 When an electromagnetic opener (not shown) constituting the activation device receives an activation signal (activation signal due to the occurrence of a fire) transmitted from the control circuit board 19 constituting the control unit, the electromagnetic opener is activated. Then, a needle (not shown) connected to the electromagnetic opener protrudes to break the sealing plate of the starting gas container (not shown) filled with the starting gas, and the starting gas is put into the conduit (not shown). Is sent out.

この送出された起動ガスが消火剤貯蔵容器５の頭部の容器弁７に導かれ、容器弁７の封板（図示せず）を破り、容器弁７が閉状態から開状態になる。そして、消火剤貯蔵容器５内の消火剤（消火ガス）が配管２５を通じて噴射ヘッド２３から放出される。 The delivered starting gas is guided to the container valve 7 at the head of the fire extinguishing agent storage container 5, and the sealing plate (not shown) of the container valve 7 is broken, so that the container valve 7 is changed from the closed state to the open state. Then, the extinguishing agent (extinguishing gas) in the extinguishing agent storage container 5 is discharged from the ejection head 23 through the pipe 25.

なお、放出された消火剤は、配管２５を介して圧力スイッチ（図示せず）にも導かれ、放出ガスの圧力によって圧力スイッチが作動し、その出力信号が制御回路基板１９に入力され、配管２５内のガス圧が所定圧まで高まったことを検知した圧力スイッチの信号を受信したとき制御回路基板１９は、電磁開放器への起動信号をＯＦＦ状態にする。 The discharged extinguishing agent is also led to a pressure switch (not shown) through the pipe 25, the pressure switch is operated by the pressure of the released gas, and the output signal is input to the control circuit board 19, and the pipe When the control circuit board 19 receives a signal from the pressure switch that detects that the gas pressure in the gas pressure 25 has increased to a predetermined pressure, the control circuit board 19 turns off the activation signal to the electromagnetic opener.

この起動装置を構成する電磁開放器は隣接又は離れた箇所に設置された同型のキャビネットに接続し、そのキャビネット内の消火剤貯蔵容器の容器弁を閉状態から開状態にすることもできる。 The electromagnetic opener constituting the activation device can be connected to a cabinet of the same type installed at an adjacent or remote location, and the container valve of the fire extinguisher storage container in the cabinet can be changed from the closed state to the open state.

蓄電池１１は、概ね直方体状に形成されており、厚み方向が下側筐体扉１５Ａの厚さ方向と一致するようにして、下側筐体扉１５Ａの下方で、下側筐体扉１５Ａの厚さ方向の一方の面（下側筐体扉１５Ａが閉状態になっているときに後方に位置している面；筐体本体部１３の内部に臨んでいる面）に一体的に設置されている。 The storage battery 11 is formed in a substantially rectangular parallelepiped shape, and the lower casing door 15A is below the lower casing door 15A so that the thickness direction coincides with the thickness direction of the lower casing door 15A. It is integrally installed on one surface in the thickness direction (a surface located rearward when the lower housing door 15A is in a closed state; a surface facing the inside of the housing body 13). ing.

電源装置９も、概ね直方体状に形成されており、蓄電池１１の上方で、蓄電池１１と同様にして、下側筐体扉１５Ａに一体的に設置されている。なお、電源装置９の上方に蓄電池１１が設けられていてもよいし、電源装置９と蓄電池１１とが、下側筐体扉１５Ａの幅方向（下側筐体扉１５Ａを閉じたときには横方向）にならんで設けられていてもよい。 The power supply device 9 is also formed in a substantially rectangular parallelepiped shape, and is installed integrally with the lower housing door 15 A above the storage battery 11 in the same manner as the storage battery 11. In addition, the storage battery 11 may be provided above the power supply device 9, or the power supply device 9 and the storage battery 11 are arranged in the width direction of the lower housing door 15A (in the horizontal direction when the lower housing door 15A is closed). ) May be provided.

蓄電池１１や電源装置９が設置されていることで、下側筐体扉１５Ａを閉じたときに下側筐体扉１５Ａの厚さが後方に厚くなったとみなせる態様になっている。 Since the storage battery 11 and the power supply device 9 are installed, when the lower housing door 15A is closed, the thickness of the lower housing door 15A can be regarded as being increased rearward.

制御回路基板１９も、外形が概ね直方体状に形成されており、厚み方向が上側筐体扉１５Ｂの厚さ方向と一致するようにして、上側筐体扉１５Ｂの下方で、上側筐体扉１５Ｂの厚さ方向の一方の面（上側筐体扉１５Ｂが閉状態になっているときに後方に位置している面）一体的に設置されている。 The control circuit board 19 also has a substantially rectangular parallelepiped shape, and the upper casing door 15B is below the upper casing door 15B so that the thickness direction coincides with the thickness direction of the upper casing door 15B. One surface in the thickness direction (the surface located rearward when the upper housing door 15B is in the closed state) is integrally installed.

操作パネル２１も、概ね直方体状に形成されており、制御回路基板１９の上方で、制御回路基板１９と同様にして、上側筐体扉１５Ｂに一体的に設置されている。ただし、上側筐体扉１５Ｂに形成されている貫通孔２９を介して、入力部や出力部が、筐体本体部１３の外側に臨んでいる。なお、電源装置９や蓄電池１１の場合と同様して、上側筐体扉１５Ｂに設置される制御回路基板１９や操作パネル２１の配置位置を適宜変更してもよい。 The operation panel 21 is also formed in a substantially rectangular parallelepiped shape, and is installed integrally with the upper housing door 15 B above the control circuit board 19 in the same manner as the control circuit board 19. However, the input part and the output part face the outside of the housing main body part 13 through the through hole 29 formed in the upper housing door 15B. As in the case of the power supply device 9 and the storage battery 11, the arrangement positions of the control circuit board 19 and the operation panel 21 installed on the upper housing door 15B may be changed as appropriate.

制御回路基板１９や操作パネル２１が設置されていることで、上側筐体扉１５Ｂの厚さも後方に厚くなったとみなせる態様になっている。 Since the control circuit board 19 and the operation panel 21 are installed, the thickness of the upper housing door 15B can be regarded as being increased rearward.

筐体扉１５が閉じられた状態のキャビネット３の外形は四角柱状になっており、前後方向の寸法よりも横方向の寸法が大きくなっており、横方向の寸法よりも高さ寸法が大きい。 The external shape of the cabinet 3 in a state where the housing door 15 is closed is a quadrangular prism shape, the lateral dimension is larger than the longitudinal dimension, and the height dimension is larger than the lateral dimension.

また、筐体扉１５が閉じられた状態の消火設備１では、前後方向で、消火剤貯蔵容器５と蓄電池１１とが僅かに離れている。消火剤貯蔵容器５と蓄電池１１との間の間隙の寸法をできるだけ小さくした設計になっている。これにより、消火設備１の前後方向の寸法を小さくできる。 Moreover, in the fire extinguishing equipment 1 in a state where the housing door 15 is closed, the fire extinguisher storage container 5 and the storage battery 11 are slightly separated in the front-rear direction. The design is such that the size of the gap between the extinguishing agent storage container 5 and the storage battery 11 is as small as possible. Thereby, the dimension of the front-back direction of the fire extinguishing equipment 1 can be made small.

なお、前後方向の寸法は、蓄電池１１のものが最も大きくっているが、もしも、電源装置９の前後方向の寸法が最も大きいのであれば、消火剤貯蔵容器５と電源装置９とが僅かに離れている構成にすればよいし、制御回路基板１９、操作パネル２１の寸法が最も大きいのであれば、消火剤貯蔵容器５と制御回路基板１９、操作パネル２１とが僅かに離れている構成にすればよい。 In addition, although the dimension of the storage battery 11 is the largest in the dimension in the front-rear direction, if the dimension in the front-rear direction of the power supply device 9 is the largest, the extinguishing agent storage container 5 and the power supply device 9 are slightly increased. If the control circuit board 19 and the operation panel 21 have the largest dimensions, the fire extinguishing agent storage container 5 and the control circuit board 19 and the operation panel 21 are slightly separated from each other. do it.

また、下側筐体扉１５Ａと上側筐体扉１５Ｂとは、厚さ方向の寸法および幅方向（横方向）の寸法がお互いにほぼ等しいが、高さ方向の寸法は、上側筐体扉１５Ｂのほうが下側筐体扉１５Ａよりも大きい。 Further, the lower casing door 15A and the upper casing door 15B have substantially the same dimension in the thickness direction and the dimension in the width direction (lateral direction), but the dimension in the height direction is the upper casing door 15B. Is larger than the lower housing door 15A.

上側筐体扉１５Ｂと下側筐体扉１５Ａとは、閉状態から９０°を超える角度回動する（図２〜図４参照）。上側筐体扉１５Ｂと下側筐体扉１５Ａとが閉状態から９０°を超える角度（たとえば１５０°程度）回動したときには、下側筐体扉１５Ａに電源装置９と蓄電池１１とが設けられているにもかかわらず、また、上側筐体扉１５Ｂに制御回路基板１９と操作パネル２１とが設けられているにもかかわらず、筐体本体部１３の開口部１７が、十分に開口する。 The upper housing door 15B and the lower housing door 15A rotate by an angle exceeding 90 ° from the closed state (see FIGS. 2 to 4). When the upper housing door 15B and the lower housing door 15A are rotated from the closed state by an angle exceeding 90 ° (for example, about 150 °), the power supply device 9 and the storage battery 11 are provided on the lower housing door 15A. Even though the control circuit board 19 and the operation panel 21 are provided on the upper housing door 15B, the opening 17 of the housing body 13 is sufficiently opened.

すなわち、消火設備１の前方から後方に向かって消火設備１を見ると、上側筐体扉１５Ｂと下側筐体扉１５Ａとが閉状態から１５０°以上回動すると、筐体本体部１３の矩形状の開口部１７の全体が、上側筐体扉１５Ｂと下側筐体扉１５Ａとこれらに設けられている制御回路基板１９と操作パネル２１と電源装置９と蓄電池１１とによって遮られることがなく、見える。 That is, when the fire extinguishing equipment 1 is viewed from the front to the rear of the fire extinguishing equipment 1, when the upper housing door 15B and the lower housing door 15A are rotated by 150 ° or more from the closed state, the rectangular shape of the housing main body 13 is obtained. The entire opening 17 having the shape is not obstructed by the upper housing door 15B, the lower housing door 15A, the control circuit board 19, the operation panel 21, the power supply device 9, and the storage battery 11 provided thereon. ,appear.

ここで、消火設備１の使用態様について説明する。 Here, the usage mode of the fire extinguishing equipment 1 will be described.

まず、筐体扉１５が閉じられている消火設備１がたとえば部屋内に設置されており、火災が発生していない状態（常態）で、自動モードに設定されている場合について説明する。 First, a case will be described in which the fire extinguishing equipment 1 in which the housing door 15 is closed is installed in a room, for example, and the automatic mode is set in a state where no fire has occurred (normal state).

火災が発生したことを火災検出部が検出すると、閉じていた容器弁７が開き、消火剤貯蔵容器５内に貯蔵されている消火剤が、噴射ヘッド２３から吐出される。 When the fire detection unit detects that a fire has occurred, the closed container valve 7 is opened, and the extinguishing agent stored in the extinguishing agent storage container 5 is discharged from the ejection head 23.

なお、常態おいては、消火設備１の外部より消火設備１に電力が供給されている。火災発生により、または、その他の原因によって、外部からの電源の供給が遮断されたときには、蓄電池１１の電力が使用される。 In the normal state, power is supplied to the fire extinguishing facility 1 from the outside of the fire extinguishing facility 1. When the supply of power from the outside is interrupted due to the occurrence of a fire or for other reasons, the power of the storage battery 11 is used.

次に、電源装置９や蓄電池１１の交換や点検をする場合について説明する。上側筐体扉１５Ｂを閉じたまま、下側筐体扉１５Ａのみを開状態にする。これにより、電源装置９や蓄電池１１が下側筐体扉１５Ａにくっついたまま、筐体本体部１３の外に出る（図２参照）。 Next, the case where the power supply device 9 or the storage battery 11 is exchanged or inspected will be described. With the upper housing door 15B closed, only the lower housing door 15A is opened. As a result, the power supply device 9 and the storage battery 11 go out of the housing main body 13 while sticking to the lower housing door 15A (see FIG. 2).

電源装置９や蓄電池１１が筐体本体部１３の外に出ている状態で、電源装置９や蓄電池１１の点検がされる。この点検のときに、電源装置９や蓄電池１１を下側筐体扉１５Ａから一旦取り外してもよい。 The power supply device 9 and the storage battery 11 are inspected in a state where the power supply device 9 and the storage battery 11 are out of the housing body 13. At the time of this inspection, the power supply device 9 and the storage battery 11 may be temporarily removed from the lower housing door 15A.

また、電源装置９や蓄電池１１が筐体本体部１３の外に出ている状態で、電源装置９や蓄電池１１を交換するときには、それまで下側筐体扉１５Ａに設置されていた電源装置９や蓄電池１１を下側筐体扉１５Ａから取り外し、この後、新しい電源装置９や蓄電池１１を下側筐体扉１５Ａに取り付ける。 Further, when the power supply device 9 or the storage battery 11 is replaced in a state where the power supply device 9 or the storage battery 11 is outside the housing main body 13, the power supply device 9 that has been installed in the lower housing door 15A until then is replaced. Then, the storage battery 11 is removed from the lower housing door 15A, and then the new power supply device 9 and the storage battery 11 are attached to the lower housing door 15A.

そして、電源装置９や蓄電池１１の点検や交換がされた後、下側筐体扉１５Ａを閉じて、たとえば、自動モードに設定する。 Then, after the power supply device 9 and the storage battery 11 are inspected and replaced, the lower housing door 15A is closed and, for example, the automatic mode is set.

次に、制御回路基板１９や操作パネル２１の点検や交換をするときには、下側筐体扉１５Ａを閉じたまま、上側筐体扉１５Ｂのみを開状態にし（図３参照）、この後、電源装置９や蓄電池１１の場合と同様にして制御回路基板１９や操作パネル２１の交換や点検をする。 Next, when inspecting or replacing the control circuit board 19 or the operation panel 21, only the upper housing door 15B is opened with the lower housing door 15A closed (see FIG. 3). The control circuit board 19 and the operation panel 21 are exchanged and inspected in the same manner as in the case of the device 9 and the storage battery 11.

次に、消火剤貯蔵容器５や容器弁７の交換や点検（消火剤の交換、充填を含む）をするときには、下側筐体扉１５Ａと上側筐体扉１５Ｂとを開状態にしておく（図４参照）、そして、配管２５を取り外して、消火剤貯蔵容器５や容器弁７を筐体本体部１３の外部に搬出する。この後、交換や点検（消火剤貯蔵容器５内の消火剤の交換や点検を含む）を行い。消火剤貯蔵容器５や容器弁７を筐体本体部１３の内部の所定の位置に設置し、下側筐体扉１５Ａと上側筐体扉１５Ｂとを閉じる。 Next, when the fire extinguishing agent storage container 5 or the container valve 7 is exchanged or inspected (including the exchange and filling of the extinguishing agent), the lower housing door 15A and the upper housing door 15B are left open (see FIG. 4), the pipe 25 is removed, and the fire extinguisher storage container 5 and the container valve 7 are carried out of the housing body 13. After this, replacement and inspection (including replacement and inspection of the extinguishing agent in the extinguishing agent storage container 5) are performed. The extinguishing agent storage container 5 and the container valve 7 are installed at predetermined positions inside the housing body 13 and the lower housing door 15A and the upper housing door 15B are closed.

なお、消火剤貯蔵容器５や容器弁７の点検を、下側筐体扉１５Ａと上側筐体扉１５Ｂとを開状態にしておき、消火剤貯蔵容器５や容器弁７を筐体本体部１３の内部に設置したまま、行ってもよい。 In the inspection of the fire extinguishing agent storage container 5 and the container valve 7, the lower housing door 15A and the upper housing door 15B are opened, and the fire extinguishing agent storage container 5 and the container valve 7 are moved to the housing body 13. It may be performed while it is installed inside.

また、消火設備１の上記点検等においては、消火設備１のメインスイッチ（図示せず）をオフしておくことが望ましい。 Further, in the above inspection of the fire extinguishing equipment 1, it is desirable to turn off the main switch (not shown) of the fire extinguishing equipment 1.

消火設備１によれば、電源装置９や蓄電池１１が、筐体扉１５に設けられていることで、キャビネット３内の空きスペースを有効活用することができ、また、電源装置９や蓄電池１１を支持するスライド機構を設けなくても、筐体扉１５を開けるだけで電源装置９や蓄電池１１をキャビネット３（筐体本体部１３）の外部に取り出すことができる。これにより、消火設備１では、構成が簡素化されており、メンテナンスがしやすくなっており、しかも省スペース化がはかられている。 According to the fire-extinguishing equipment 1, the power supply device 9 and the storage battery 11 are provided on the housing door 15, so that the empty space in the cabinet 3 can be effectively used, and the power supply device 9 and the storage battery 11 can be used. Even without providing a supporting slide mechanism, the power supply device 9 and the storage battery 11 can be taken out of the cabinet 3 (housing main body 13) simply by opening the housing door 15. Thereby, in the fire extinguishing equipment 1, the structure is simplified, it is easy to maintain, and space saving is achieved.

また、消火設備１によれば、電源装置９や蓄電池１１が複数に分割されている筐体扉１５Ａ、１５Ｂのいずれかに設けられているので、電源装置９や蓄電池１１のメンテナンスをするときに、複数の筐体扉１５Ａ、１５Ｂのうちの１つの筐体扉を開ければよく、電源装置９や蓄電池１１のメンテナンスがしやすくなる。 Moreover, according to the fire extinguishing equipment 1, since the power supply device 9 and the storage battery 11 are provided in any one of the housing doors 15A and 15B divided into a plurality, when performing maintenance of the power supply device 9 and the storage battery 11 It is only necessary to open one of the plurality of housing doors 15A and 15B, and the power supply device 9 and the storage battery 11 can be easily maintained.

また、筐体扉１５を分割することで各筐体扉１５Ａ、１５Ｂそれぞれの高さが縮小され、筐体扉１５を開けた時の歪みが軽減される。これにより、筐体本体部１３や筐体扉１５を構成する板材の板厚を薄くできる。 Further, dividing the housing door 15 reduces the height of each housing door 15A, 15B, and reduces distortion when the housing door 15 is opened. Thereby, the plate | board thickness of the board | plate material which comprises the housing body part 13 and the housing door 15 can be made thin.

筐体扉１５を分割し各筐体扉１５Ａ、１５Ｂそれぞれの高さが縮小されることで、扉固定用金具（ドアキャッチ）を無くすことができる。なお、扉１５Ａ、１５Ｂが容易には開かないよう扉ハンドル（図示せず）の筐体内側にカム（図示せず）を設けている。 By dividing the housing door 15 and reducing the height of each housing door 15A, 15B, door fixing brackets (door catches) can be eliminated. A cam (not shown) is provided inside the housing of a door handle (not shown) so that the doors 15A and 15B are not easily opened.

すなわち、筐体扉１５を１枚で構成すると、筐体扉１５の高さ寸法が大きくなってしまう。そこで、閉状態にある筐体扉１５の剛性を確保するために、高さ方向の中央部で筐体扉に設けている被係止部に加えて、高さ方向の上端部や下端部で筐体扉１５にドアキャッチを設ける場合がある。 That is, if the housing door 15 is configured with one sheet, the height of the housing door 15 is increased. Therefore, in order to ensure the rigidity of the casing door 15 in the closed state, in addition to the locked part provided in the casing door at the center in the height direction, the upper end and the lower end in the height direction. A door catch may be provided on the housing door 15.

しかし、筐体扉１５を分割し各筐体扉それぞれの高さが縮小されることで、上記ドアキャッチを設ける必要が無くなる。そして、キャッチによる不具合（緊急時に筐体扉１５が開けにくいことの防止、開けたときの衝撃による実装部品の損傷）がなくなる。 However, by dividing the housing door 15 and reducing the height of each housing door, it is not necessary to provide the door catch. In addition, problems due to catching (preventing difficulty in opening the housing door 15 in an emergency, damage to mounted components due to impact when opened) are eliminated.

また、筐体扉１５を分割することで、各筐体扉１５Ａ、１５Ｂのそれぞれが軽量化され、消火設備１の組立時における各筐体扉１５Ａ、１５Ｂのそれぞれの筐体本体部１３への取り付けが容易になる。さらに、各筐体扉１５Ａ，１５Ｂが軽量化することから、扉を回動するための部品を小型にすることができ、筐体の軽量化に寄与できる。 Moreover, by dividing the housing door 15, each housing door 15 A, 15 B is reduced in weight, and each housing door 15 A, 15 B is attached to the housing body 13 when the fire extinguishing equipment 1 is assembled. Easy to install. Furthermore, since each housing door 15A, 15B is reduced in weight, components for rotating the door can be reduced in size, which can contribute to the weight reduction of the housing.

また、筐体扉１５が下側筐体扉１５Ａと上側筐体扉１５Ｂとに分割されているので、個々の扉の重量を軽くすることができ（質量を小さくすることができ）、自重で筐体扉１５Ａ、１５Ｂが下がることを防ぐことができる。 Moreover, since the housing door 15 is divided into the lower housing door 15A and the upper housing door 15B, the weight of each door can be reduced (the mass can be reduced), and the weight can be reduced. The housing doors 15A and 15B can be prevented from falling.

また、消火設備１によれば、下側筐体扉１５Ａに質量の大きい蓄電池１１と電源装置９とが設けられているので、消火設備１の重心を下げることができ、消火設備１を安定した状態で設置できる。 Moreover, according to the fire extinguishing equipment 1, since the large storage battery 11 and the power supply device 9 are provided in the lower casing door 15A, the center of gravity of the fire extinguishing equipment 1 can be lowered, and the fire extinguishing equipment 1 is stabilized. Can be installed in the state.

また、消火設備１によれば、下側筐体扉１５Ａに蓄電池１１と電源装置９とが設けられており、上側筐体扉１５Ｂに制御回路基板１９と操作パネル２１とが設けられているので、筐体扉１５に実装する部品や装置を用途毎や施工方法ごとに分けて実装することがなされており、これにより利便性が向上し、メンテナンス性が向上する。 Moreover, according to the fire extinguishing equipment 1, the storage battery 11 and the power supply device 9 are provided on the lower housing door 15A, and the control circuit board 19 and the operation panel 21 are provided on the upper housing door 15B. In addition, parts and devices to be mounted on the housing door 15 are mounted separately for each application or construction method, thereby improving convenience and improving maintainability.

また、消火設備１によれば、制御回路基板１９と操作パネル２１のメンテナンスをするとき、上側筐体扉１５Ｂのみを開閉すればよく、メンテナンスをする者の足場を確保しやすくなる。 Moreover, according to the fire extinguishing equipment 1, when the maintenance of the control circuit board 19 and the operation panel 21 is performed, it is only necessary to open and close the upper housing door 15B, and it becomes easy to secure a scaffold for the person who performs the maintenance.

また、消火設備１によれば、質量の大きい電源装置９や蓄電池１１のメンテナンスをするとき、小さい下側筐体扉１５Ａのみを開ければよいので、下側筐体扉１５Ａを開閉するときの労力を軽減できる。 Moreover, according to the fire extinguishing equipment 1, when maintaining the power supply device 9 and the storage battery 11 having a large mass, it is only necessary to open the small lower housing door 15A, and therefore the labor for opening and closing the lower housing door 15A. Can be reduced.

また、消火設備１によれば、上側筐体扉１５Ｂと下側筐体扉１５Ａとを開くことで、筐体本体部１３の開口部１７全体があらわになり、消火剤貯蔵容器５のメンテナンスがしやすくなる。 Moreover, according to the fire extinguishing equipment 1, by opening the upper housing door 15B and the lower housing door 15A, the entire opening 17 of the housing body 13 is exposed, and maintenance of the fire extinguishing agent storage container 5 is performed. It becomes easy to do.

以上により、筐体扉１５を上下で２枚にすることで、作業状況に応じて使い分けができ、メンテナンス性と省スペース化を両立させることができる。 As described above, by using two upper and lower casing doors 15, it is possible to use them according to the work situation, and it is possible to achieve both maintainability and space saving.

ところで、図５で示すように、下側筐体扉１５Ａ、上側筐体扉１５Ｂの少なくともいずれかをこれらの幅方向で分割し、観音開きの態様にしてもよい。 By the way, as shown in FIG. 5, at least one of the lower housing door 15 A and the upper housing door 15 B may be divided in the width direction so as to have a double door opening.

また、図６で示すように、筐体本体部１３の後面（側面でもよい。）で開閉する消火剤貯蔵容器扉３１を設け、この消火剤貯蔵容器扉３１に、蓄電池１１等の場合と同様にして、消火剤貯蔵容器５を設けてもよい。 Moreover, as shown in FIG. 6, the extinguishing agent storage container door 31 opened and closed by the rear surface (or side surface) of the housing body 13 is provided, and the extinguishing agent storage container door 31 is similar to the case of the storage battery 11 or the like. Thus, the fire extinguishing agent storage container 5 may be provided.

これにより、消火剤貯蔵容器５の筐体本体部１３外への取り出しや、筐体本体部１３内への設置がしやすくなる。 Thereby, it becomes easy to take out the fire extinguishing agent storage container 5 to the outside of the housing body 13 and install it in the housing body 13.

なお、図５、図６では、蓄電池１１、電源装置９等の表示を省略している。 In FIGS. 5 and 6, the display of the storage battery 11, the power supply device 9, and the like is omitted.

１消火設備
５消火剤貯蔵容器
７容器弁
９電源装置
１１蓄電池
１３筐体本体部
１５筐体扉
１５Ａ下側筐体扉
１５Ｂ上側筐体扉
１７開口部
ＣＬ軸 DESCRIPTION OF SYMBOLS 1 Fire extinguishing equipment 5 Fire extinguisher storage container 7 Container valve 9 Power supply device 11 Storage battery 13 Housing | casing main-body part 15 Housing | casing door 15A Lower housing door 15B Upper housing door 17 Opening part CL axis

Claims

A housing body having an opening on a side surface;
A fire extinguisher storage container provided in the housing body,
A housing door which is provided in the housing main body so as to rotate about an axis extending in the vertical direction, and opens and closes an opening of the housing main body by rotating,
A container valve for opening a fire-extinguishing agent outlet of the fire-extinguishing agent storage container;
A power supply for supplying electric power for driving the container valve;
A storage battery for supplying power to the power supply;
And the power supply device and the storage battery are positioned inside the housing body and the housing door when the opening of the housing body is closed by the housing door. The fire extinguishing equipment is characterized in that at least one of the power supply device and the storage battery is provided on the housing door.

In the fire extinguishing equipment according to claim 1,
The housing door is divided into a plurality of parts,
The fire extinguishing equipment, wherein the power supply device and the storage battery are provided in any of the plurality of housing doors.

In the fire extinguishing equipment according to claim 2,
The housing door is divided into a lower housing door and an upper housing door,
The fire extinguishing equipment, wherein the storage battery and the power supply device are provided on the lower housing door.