JPH11220281A - Sealing structure between panel housing shelf - Google Patents

Sealing structure between panel housing shelf

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Publication number
JPH11220281A
JPH11220281A JP3374198A JP3374198A JPH11220281A JP H11220281 A JPH11220281 A JP H11220281A JP 3374198 A JP3374198 A JP 3374198A JP 3374198 A JP3374198 A JP 3374198A JP H11220281 A JPH11220281 A JP H11220281A
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Japan
Prior art keywords
shelf
panel
seal
member
partition plate
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.)
Withdrawn
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JP3374198A
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Japanese (ja)
Inventor
Terumasa Koike
輝昌 小池
Original Assignee
Nec Eng Ltd
日本電気エンジニアリング株式会社
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Publication date
Application filed by Nec Eng Ltd, 日本電気エンジニアリング株式会社 filed Critical Nec Eng Ltd
Priority to JP3374198A priority Critical patent/JPH11220281A/en
Publication of JPH11220281A publication Critical patent/JPH11220281A/en
Application status is Withdrawn legal-status Critical

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Abstract

PROBLEM TO BE SOLVED: To prevent cooling air from flowing from a housing section to another when a following structure is employed, wherein panel housing sections are demarcated with partitions so as to separate panels large in air flow resistance from other panels small in air flow resistance, when the panels kept in a rack are cooled down with an air flow sent by a cooling fan. SOLUTION: A shelf 11 is divided into panel housing sections 11a and 11b partitioned with a partition 13, fan housing sections 15a and 15b are partitioned with a partition 16, an elastic sealing member 20 is provided to the upper peripheral edges of the fan housing sections 15a and 15b respectively, and a sealing bearing member 21 is provided to the lower peripheral edges of the panel housing sections 15a and 15b respectively. When a frame, which houses a shelf 11 and casings 17a where fans 17 are each housed, is inserted into a shelf rack 10, the sealing members 20 and the sealing receiving members 21 are brought into close contact with each other, to hermetically separate the housing sections 11a and 11b demarcated by the partition 13 and the housing sections 15a and 15b demarcated by the partition 16, whereby an air flow is prevented from flowing continuously through the housing sections 11a, 11b, 15b, and 15b.

Description

【発明の詳細な説明】 DETAILED DESCRIPTION OF THE INVENTION

【0001】 [0001]

【発明の属する技術分野】この発明は、回路が形成された複数のパネル類を並列して収容するシェルフを多段に積み重ねて電子機器等を構成する構造において、シェルフ間等に配設するシールの構造に関する。 BACKGROUND OF THE INVENTION The present invention, in the structure of an electronic apparatus such as a shelf stacked in multiple stages to accommodate in parallel a plurality of panels such that the circuit is formed, a seal disposed in the shelf between such about the structure.

【0002】 [0002]

【従来の技術】通信機器その他の電子機器等は、電子回路を形成した複数のパネル類を並列させてシェルフに挿抜自在に収容させ、このシェルフを適宜数段に積み重ねて構成されている。 Etc. BACKGROUND OF THE INVENTION Communication devices and other electronic devices, are arranged in parallel a plurality of panels such that the formation of the electronic circuit is housed removably inserted into the shelf, and is configured by stacking the shelf as appropriate several stages. これらパネル類からは発熱があるため、冷却される必要がある。 Because heat is generated from these panels include, needs to be cooled. この冷却のために冷却ファンを備え、通風することにより強制的に空冷するものがある。 A cooling fan for cooling, there is to be forcibly cooled by ventilation.

【0003】図5は、強制冷却が行なわれる従来のシェルフを収容したシェルフ架の概略の構造を示す正面方向からの斜視図で、前部を切断省略して示してある。 [0003] Figure 5 is a perspective view from the front direction schematically illustrates the structure of a conventional shelf rack accommodating a shelf forced cooling is performed is shown by omitting cutting front. パネル類1はシェルフ2を構成するフレーム(図示省略)に前側から挿抜自在に収容されており、このシェルフ2が同図に示すように2段に積み重ねられている。 Panel materials 1 is removably accommodated from the front side frame (not shown) constituting the shelf 2, the shelf 2 are two-tiered as illustrated in FIG. また、このシェルフ2のフレームも、シェルフ架3に前側から挿抜自在に収容されている。 Further, the frame also the shelf 2, and is removably accommodated from the front to the shelf rack 3. シェルフ架3の下部には冷却ファン4が設けられて、シェルフ架3の下方から空気を吸引して上方に吐出し、パネル類1を冷却してシェルフ架3の上部から排出されるようにしてある。 The lower part of the shelf rack 3 the cooling fan 4 is provided ejected upward by sucking air from below the shelf rack 3, so as to be discharged from the upper part of the shelf rack 3 a panel materials 1 and cooled is there. このため、 For this reason,
パネル類1は隣接するパネル類1同士で空気の流路を形成するよう、シェルフ架3の下部から上部に至る通風方向に沿って収容されている。 Panel class 1 to form a flow path of air in the adjacent panel materials 1 each other, is housed along the airflow direction extending from the lower part of the shelf rack 3 at the top. なお、例えばシェルフ架3 It should be noted that, for example shelf rack 3
をフリーアクセスフロアに載置し、その下部と床面との間から冷却空気を吸込むようにしてある。 Was placed on the raised floor, it is so suck cooling air from between the lower and the floor surface.

【0004】ところで、それぞれのパネル類1の回路を構成する素子や部品によって、或いはパネル類1の厚さなどによって、それぞれのパネル類1が有する流路抵抗の抵抗値が異なる。 Meanwhile, the elements and components included in a circuit each panel materials 1, or the like the thickness of the panel materials 1, the resistance value of flow path resistance of each panel compound 1 has different. そこで、効率良い冷却を行なえるように、流路抵抗が大きいパネル類1と小さいパネル類1 Therefore, efficient cooling for perform the flow path resistance is large panel materials 1 small panel materials 1
とを分離してシェルフ2に収容させてあり、これらを分離する仕切板5が、シェルフ2内にパネル類1と並列して設けられている。 Yes thereby accommodated bets on the shelf 2 are separated, the partition plate 5 which separates them, are provided in parallel with the panel materials 1 in the shelf 2. この仕切板5はそれぞれのシェルフ2に対応する位置に設けられており、また冷却ファン4 The partition plate 5 is provided at a position corresponding to each of the shelves 2, and the cooling fan 4
の間にも仕切板6が設けられて、それぞれのパネル類を効率よく冷却できるようにしてある。 And the partition plate 6 is also provided between the, are as the respective panels such can be efficiently cooled. なお、冷却ファン4もシェルフ架3に対して前側から挿抜自在に収容できるようにしてあり、故障や保守を容易に行なえるようにしてある。 The cooling fan 4 is also Yes to allow removably accommodated from the front side with respect to the shelf rack 3, it is a failure or maintenance easily so.

【0005】 [0005]

【発明が解決しようとする課題】しかしながら、前述したようにそれぞれのシェルフ2がシェルフ架3に対して挿抜自在となっているため、上下のシェルフ2の間に間隙が存在し、このため次のような問題が生じてしまう。 [SUMMARY OF THE INVENTION However, since the respective shelves 2 as described above has a removably inserted against shelf rack 3, a gap exists between the upper and lower shelves 2, this for the next a problem occurs, such as.
すなわち、パネル類1の流路抵抗が異なるために、この仕切板5、6を挟んで左右の部分に供給される冷却空気の圧力は異なっている。 That is, in order to flow resistance of the panel materials 1 are different, the pressure of the cooling air supplied to the left and right portions sandwiching the partition plate 5, 6 are different. 上記間隙は前記仕切板5同士の間や仕切板5、6の間にも存在するから、圧力の相違によって仕切板5で区画された一方の区域から他方の区域に冷却空気が流出してしまう。 Since the gap is also present between the partition plate 5 together between and partition plates 5 and 6, cooling air from the compartmentalized one zone to another zone in the partition plate 5 flows out by difference in pressure . すなわち、流路抵抗が小さいパネル類1が収容された区域では流速が大きくなり、静圧が小さくなって上記間隙を通して流路抵抗が大きい区域から空気を吸引する。 That is, the flow rate increases in areas where small panel such 1 flow resistance is accommodated, to suck the air from the zone flow path resistance is large through the gap in the static pressure is reduced. このため、流路抵抗が大きい区域における冷却空気流量が減少してしまい、所定の冷却効果を得ることができなくなってしまうおそれが生じる。 Therefore, the cooling air flow in the area flow path resistance is large ends up decreasing, there is a risk that it becomes impossible to obtain a predetermined cooling effect.

【0006】そこで、この発明は、流路抵抗が異なる区域の間を閉塞してこれらの間の空気の流通を抑制してそれぞれの区域における冷却効率を向上させ、しかも、シェルフや冷却ファンの挿抜に支障とならないパネル類収容用シェルフ等の間のシール構造を提供することを目的としている。 [0006] Therefore, the present invention is to clogging between the area where the flow path resistance varies to improve the cooling efficiency in each area to suppress the flow of air between them, moreover, the shelf or insertion of a cooling fan and its object is to provide a sealing structure between such not do panel such containment shelf hinder the.

【0007】 [0007]

【課題を解決するための手段】上記の目的を達成するための技術的手段として、この発明に係るパネル類収容用シェルフ等の間のシール構造は、パネル類を挿抜自在に収容したシェルフを、シェルフ架に挿抜自在に多段に積み重ねた状態で収容し、前記パネル類に冷却空気を送風する冷却ファンを前記シェルフ架に挿抜自在に収容してなる電気機器などのパネル類収容用シェルフ等の間のシール構造において、前記シェルフにシェルフ内仕切板を前記パネル類に並列に設け、前記シェルフ内仕切板の上下端部のいずれか一方に弾性を備えたシール部材を、他方に該シール部材を擦過させるシール受け部材を、それぞれ設け、前記シェルフをシェルフ架に挿入した状態で、上下に位置した前記シェルフ内仕切板のシール部材とシール受け部材と As technical means for achieving the above object Means for Solving the Problems], seal structure between the panels such containment shelf or the like according to the invention, a removably housed the shelf panel such, housed in a state of stacked removably to multistage shelf rack, between such panels such containment shelf, such as electrical equipment cooling fan formed by removably housed in said shelf rack for blowing cooling air to the panel class in the seal structure is provided with a shelf inside the partition plate on the shelf parallel to the panel such, the sealing member having elasticity in one of the upper and lower ends of the shelves inside the partition plate, scraping the seal member to the other the seal receiving member for, respectively, in a state of inserting the shelf into the shelf rack, and the seal member and the seal receiving member of the shelves inside the partition plate positioned vertically 密着すること特徴としている。 It is characterized by adhesion.

【0008】前記シール部材とシール受け部材とが密着することにより、前記仕切板の上下部において該仕切板を挟んだ部分の区域が遮断される。 [0008] By said seal member and the seal receiving member is in close contact, the area of ​​the portion across the partition plate in the upper and lower portions of the partition plate is cut off. このため、仕切板の上下部から隣接する区域間での冷却空気の流入出が防止され、冷却効率の低下を抑制することができる。 Therefore, it is possible to flow into and out of the cooling air between the area adjacent the upper and lower portions of the partition plate is prevented to suppress a decrease in cooling efficiency.

【0009】また、冷却空気を送風するための冷却ファンもシェルフ架に対して挿抜自在とされているから、この冷却ファンを収容した部分間での空気の流入出を防止するために、請求項2の発明に係るパネル類収容用シェルフ等の間のシール構造は、パネル類を挿抜自在に収容したシェルフを、シェルフ架に挿抜自在に多段に積み重ねた状態で収容し、前記パネル類に冷却空気を送風する冷却ファンを前記シェルフ架に挿抜自在に収容してなる電気機器などのパネル類収容用シェルフ等の間のシール構造において、前記シェルフにシェルフ内仕切板を前記パネル類に並列に設け、前記仕切板に対応した位置であって前記冷却ファンの収容体にファン室内仕切板を設け、前記ファン室内仕切板の上端部に弾性を備えたシール部材を設け、前記 Further, from being removably inserted with respect to the cooling fans shelf rack for blowing cooling air, in order to prevent the inflow and out of air between the cooling fan and the housing part, claim seal structure between the panels such containment shelf or the like according to the second invention, a removably housed the shelf panel such, housed in a state of stacked removably to multistage shelf rack, cooling air to the panel class the seal structure between the panels and the like containment shelves, such as electrical equipment cooling fan formed by removably housed in said shelf rack for blowing, providing a shelf inside the partition plate on the shelf parallel to the panel class, wherein a position corresponding to the partition plate of the fan chamber partition plate provided in the housing body of the cooling fan, provided a seal member having elasticity in an upper end portion of the fan chamber partition plate, wherein ェルフ内仕切板の上端部に弾性を備えたシール部材を設け、前記シェルフ内仕切板の下端部に前記シール部材を擦過させるシール受け部材を設け、前記シェルフをシェルフ架に挿入した状態で、上下に位置した仕切板のシール部材とシール受け部材とが密着するとともに、前記ファン室内仕切板に設けたシール部材とシェルフ内仕切板に設けたシール受け部材とが密着すること特徴としている。 A sealing member having elasticity is provided at an upper end portion of the partition plate Erufu, a seal receiving member for rubbing the sealing member to the lower end of the shelf in the partition plate is provided, in a state of inserting the shelf into the shelf rack, vertical and the partition plate seal member and the seal receiving member located along with close contact, and the fan chamber partition plate provided sealing member and the seal receiving member provided on shelves inside the partition plate is characterized in that adheres to.

【0010】ファンを収容したファン収容部同士も前記ファン室内仕切板で区画されるので、冷却ファンからシェルフ架の上部の排出部に至るまで隣接部同士が遮断されて、冷却空気の通風路が形成されることになり、冷却効率をより向上させることができる。 [0010] Since the fan housing portions accommodating the fan is also defined by the fan chamber partition plate, is interrupted adjacent portions of the cooling fan until the discharge portion of the upper part of the shelf rack, ventilation path of the cooling air It will be formed, thereby further improving the cooling efficiency.

【0011】また、請求項3の発明に係るパネル類収容用シェルフ等の間のシール構造は、パネル類を挿抜自在に収容したシェルフを、シェルフ架に挿抜自在に多段に積み重ねた状態で収容し、前記パネル類に冷却空気を送風する冷却ファンを前記シェルフ架に挿抜自在に収容してなる電気機器などのパネル類収容用シェルフ等の間のシール構造において、前記シェルフにシェルフ内仕切板を前記パネル類に並列に設け、前記シェルフ内仕切板によって区画されたパネル類収容部の上下周端部のいずれか一方に弾性を備えたシール部材を、他方に該シール部材を擦過させるシール受け部材を、それぞれ配設し、前記シェルフをシェルフ架に挿入した状態で、上下に位置した前記パネル類収容部のシール部材とシール受け部材とが密着すること [0011] The seal structure between the panels such containment shelf or the like according to the invention of claim 3, the panel compounds to removably housed with shelves, housed in a state of stacked removably to multistage shelf rack , in the sealing structure between the panels and the like containment shelves, such as electrical equipment cooling fan for blowing cooling air to the panel class formed by removably housed in said shelf rack, shelf inside the partition plate on the shelf the provided in parallel to the panel such, the sealing member having elasticity in one of the upper and lower peripheral end portion of the panel such accommodating portions partitioned by the shelves inside the partition plate, a seal receiving member for scraping the seal member to the other , respectively disposed, in a state of inserting the shelf into the shelf rack, that the sealing member and the seal receiving member of the panel such housing portion positioned vertically in close contact 徴としている。 It is a symptom.

【0012】それぞれ区画されたパネル類収容部の上下の周端部に前記シール部材とシール受け部材とが配設されているから、これらシール部材とシール受け部材、前記シェルフ内仕切板等によってダクト状の通風路が形成される。 [0012] Because each said seal member and the seal receiving member to the peripheral edge portion of the upper and lower compartments panels such housing portion is disposed, these sealing members and the seal receiving member, the duct by the shelf in the partition plate or the like Jo ventilation path is formed. したがって、冷却ファンから送風された冷却空気は確実にこの通風路を通過してシェルフ架の外部に排出される。 Accordingly, the cooling air blown from the cooling fan is discharged reliably through the air passage to the outside of the shelf rack. このため、隣接したパネル類収容部間での空気の流通がより確実に防止され、冷却効率をさらに向上させることができる。 Therefore, is more reliably prevented circulation of air between adjacent panel such accommodating section, it is possible to further improve the cooling efficiency.

【0013】また、請求項4の発明に係るパネル類収容用シェルフ等の間のシール構造は、パネル類を挿抜自在に収容したシェルフを、シェルフ架に挿抜自在に多段に積み重ねた状態で収容し、前記パネル類に冷却空気を送風する冷却ファンを前記シェルフ架の下部に挿抜自在に収容してなる電気機器などのパネル類収容用シェルフ等の間のシール構造において、前記シェルフにシェルフ内仕切板を前記パネル類に並列に設け、前記仕切板に対応した位置であって前記冷却ファンの収容体にファン室内仕切板を設け、前記ファン室内仕切板によって区画されたファン収容部の上側周端部に弾性を備えたシール部材を配設し、前記シェルフ内仕切板によって区画されたパネル類収容部の上側周端部に弾性を備えたシール部材を配設し、前記パネ [0013] The seal structure between the panels such containment shelf or the like according to the invention of claim 4, the panel compounds to removably housed with shelves, housed in a state of stacked removably to multistage shelf rack , in the sealing structure between such panels such containment shelf, such as electrical appliances made by removably accommodated in the lower part of the cooling fan said shelf rack for blowing cooling air to the panel class, shelves inside the partition plate on the shelf the provided in parallel to the panel class, said at a position corresponding to the partition plate of the fan chamber partition plate provided in the housing body of the cooling fan, the fan chamber partition upper peripheral end portion of the fan housing portion partitioned by plate a sealing member having elasticity is disposed, is disposed a seal member having elasticity on the upper peripheral edge of the panel such accommodating portions partitioned by the shelves inside the partition plate, the panel 類収容部の下側周端部に前記シール部材を擦過させるシール受け部材を配設し、前記シェルフをシェルフ架に挿入した状態で、上下に位置したパネル類収容部のシール部材とシール受け部材とが密着するとともに、前記ファン収容部に配設したシール部材と最下段のパネル類収容部に配設したシール受け部材とが密着すること特徴としている。 It said sealing member to the lower peripheral edge portion of the kind accommodating portion disposed a seal receiving member for abrasion, while inserting the shelf into the shelf rack, the seal member and the seal receiving member of the panel such housing portion positioned vertically DOO together with close contact, the fan housing portion and a seal member disposed in the receiving seal is disposed on the panel such housing portion of the bottom member is characterized by adhesion.

【0014】すなわち、冷却ファンが前記ダクト状の通風路に収容された状態に構成されるので、冷却ファンの収容部間でも空気の流通が防止され、さらに冷却効率の向上を図ることができる。 [0014] That is, the cooling fan is configured in a state accommodated in the ventilation path of the duct-like, the flow of air is also prevented between the housing portion of the cooling fan, it is possible to further improve the cooling efficiency.

【0015】また、請求項5の発明に係るパネル類収容用シェルフ等の間のシール構造は、前記シール部材を管状弾性体で構成し、前記シール受け部材を平板で構成したことを特徴としている。 [0015] The seal structure between the panels such containment shelf or the like according to the invention of claim 5, said sealing member formed of a tubular elastic body, and the seal receiving member and characterized by being configured in a flat plate .

【0016】シール部材とシール受け部材とを密着させた状態において、シール部材が管状の弾性体で構成されているため、該シール部材が適宜に扁平し、シール受け部材との密着面積が増加して、確実にパネル類収容部等の間を密閉することができる。 [0016] In a state of being in close contact with the seal member and the seal receiving member, the seal member because it is composed of an elastic material of the tubular, the seal member is flat and appropriately, and contact area increases between the seal receiving member Te, it is possible to reliably seal between such panels such housing section.

【0017】また、請求項6の発明に係るパネル類収容用シェルフ等の間のシール構造は、前記シール部材をゴム材によって構成し、前記シール受け部材の少なくともシール部材を擦過させる面を合成樹脂で構成したことを特徴としている。 Further, the sealing structure between the panels such containment shelf or the like according to the invention of claim 6, wherein the sealing member is constituted by a rubber material, wherein the seal receiving surface for scraping at least seal synthetic resin member It is characterized by being configured in.

【0018】シール部材をゴム材で構成することによって該シール部材に適宜な弾性を備えさせることができる。 [0018] The sealing member can be provided with suitable elasticity to the sealing member by constituting a rubber material. このシール部材の材質としては、シリコンやネオプレーンなどのゴムが好ましいが、自己形状を保持できるゴム系材料であれば構わない。 As the material of the sealing member, but rubber is preferred, such as silicon or neoprene, may if a rubber based material capable of retaining self-shape. また、シール受け部材のシール部材を擦過させる面を合成樹脂で構成することにより、シール部材とシール受け部材との間の滑りが良好となり、シェルフやファン収容部の挿抜を円滑に行なうことができる。 Further, by configuring the surface to be abraded seal member of the seal receiving member by synthetic resin, sliding between the seal member and the seal receiving member is improved, the insertion of the shelf and fan housing portion can be smoothly carried out . シール受け部材の材質としては、フッ素系樹脂が好ましいが、シール部材を滑らせることができるものであれば他の合成樹脂であっても構わない。 As the material of the seal receiving member, a fluorine-based resin is preferred, but may as long as it can be slid sealing member be another synthetic resin. また、シール受け部材を無垢の合成樹脂として構成しても、或いは主体を金属で形成し、シール部材が擦過する面に合成樹脂を貼着したものであっても構わない。 Further, even constitute a seal receiving member as solid synthetic resin, or metallic made of metal, the sealing member may be obtained by adhering a synthetic resin on a surface scraping.

【0019】さらに、請求項7の発明に係るパネル類収容用シェルフ等の間のシール構造は、前記シール部材に適宜な圧力の流体を封入したことを特徴としている。 Furthermore, the sealing structure between the panels such containment shelf or the like according to the invention of claim 7 is characterized in that encapsulating an appropriate pressure of the fluid in the sealing member.

【0020】パネル類収容部の内部圧力が、管状に形成されたシール部材の内部圧力よりも大きくなるとシール部材を圧潰してしまって該シール部材とシール受け部材との密着が維持されなくなってしまうおそれがある。 The internal pressure of the panel such housing portion, resulting in a larger the sealing member than the internal pressure of the formed seal member to the tubular by accidentally crushed no longer maintained close contact with the seal member and the seal receiving member I fear there is. このため、シール部材の内部圧力を適宜な大きさにしておくことにより圧潰されなくなり、密着状態が確実に確保されることになる。 Therefore, no longer it collapsed by keeping the internal pressure of the seal member to an appropriate size, so that the contact state is reliably ensured. なお、封入する流体としては、空気等の気体に限らず油などの液体であっても構わない。 As the fluid to be sealed, it may be a liquid such as oil is not limited to a gas such as air.

【0021】 [0021]

【発明の実施の形態】以下、図示した好ましい実施の形態に基づいて、この発明に係るパネル類収容用シェルフ等の間のシール構造を具体的に説明する。 DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, based on the preferred embodiment shown, illustrating the seal structure between the panels such containment shelf or the like according to the present invention in detail.

【0022】図1は、この発明に係るパネル類収容用シェルフ等の間のシール構造を備えたシェルフを収容するシェルフ架10の概略の構造を示す正面方向からの斜視図で、前部を切断省略してある。 [0022] Figure 1 is a perspective view from the front direction schematically illustrates the structure of the shelf rack 10 for accommodating the shelf having a seal structure between the panels such containment shelf or the like according to the present invention, cutting the front portion It is omitted. 図2は、このシェルフ架 Figure 2, this shelf rack
10の正面方向からの斜視図で、一のシェルフ11が引き出された状態を示している。 A perspective view from the front direction 10, shows a state in which one of the shelf 11 is pulled out. また、図3はシェルフ11とこれに収容されるパネル類12の関係を示す概略の分解斜視図である。 Further, FIG. 3 is an exploded perspective view schematically showing the relationship between the panel class 12 accommodated with the shelf 11 thereto. シェルフ11の内部にはシェルフ内仕切板13が設けられており、シェルフ11の内部が、流路抵抗の大きなパネル類12を収容するための第1パネル類収容部11a Inside of the shelf 11 and the shelf in the partition plate 13 is provided, inside the shelf 11, the first panel such accommodating portion 11a for accommodating a large panel such 12 flow resistance
と、流路抵抗の小さいパネル類12を収容するための第2 When a second to accommodate a small panel such 12 a flow resistance
パネル類収容部11b とに区画されている。 It is partitioned into a panel such housing portion 11b. シェルフ11の上下壁には収容するパネル類12に対応した適宜数のスリット11cが形成されている。 Suitable number of slits 11c corresponding to the panel class 12 for accommodating the upper and lower walls of the shelf 11 is formed. シェルフ11の背部にはマザーボード14が設けられ、このマザーボード14の前面に雄コネクタ14a が配設されている。 The back of the shelf 11 motherboard 14 is provided, the male connector 14a is disposed in front of the motherboard 14. 他方、シェルフ11の前面は全体に開放されており、この前面からパネル類12が挿抜される。 On the other hand, the front of the shelf 11 is open to the whole, the panel compounds 12 are insertion from the front. パネル類12の背部には雌コネクタ12a が設けられている。 Female connector 12a is provided on the back of the panel class 12. このパネル類12を挿入する場合には、シェルフ11の前記スリット11c にパネル類12の上下縁が位置するようにして行ない、最奥部まで挿入した状態で、 When inserting the panel class 12, the upper and lower edges of the panel such 12 to the slit 11c of the shelf 11 is carried out so as to be positioned, in a state of being inserted to the deepest portion,
前記雄コネクタ14a と雌コネクタ12a とが結合するようにしてある。 Wherein the male connector 14a and the female connector 12a has are to be coupled. また、パネル類12の前側端には適宜幅の前面板12b が設けられており、シェルフ11に収容された状態で隣接するパネル類12の前面板12bと協働してシェルフ11の前側開放を閉塞するようにしてある。 Further, the front end of the panel such 12 and front plate 12b is provided in the appropriate width, the front opening of the front plate 12b in cooperation with the shelf 11 of the panel class 12 adjacent in the state of being accommodated in the shelf 11 It is to be closed.

【0023】前記シェルフ11は、図1及び図2に示すように、多段に積み重ねられてシェルフ架10に収容されており、それぞれが図2に示すようにシェルフ架10に対して挿抜自在とされている。 [0023] The shelf 11, as shown in FIGS. 1 and 2, are stacked in multiple stages is contained in a shelf rack 10, each being removably inserted against the shelf rack 10 as shown in FIG. 2 ing. また、前記シェルフ内仕切板 Furthermore, the shelves inside the partition plate
13は全てのシェルフ11であって一致した位置に設けられている。 13 is provided on the matched positions be all of the shelf 11. このため、図1に示すように、前記第1パネル類収容部11a は全てのシェルフ11について連通し、第1 Therefore, as shown in FIG. 1, the first panel such housing portion 11a communicates all of the shelf 11, first
パネル類収容部11b も全てのシェルフ11について連通して、それぞれ上下方向に筒状となっている。 Also the panel such housing portion 11b communicates with all of the shelf 11, has a upper and lower direction in a cylindrical shape.

【0024】シェルフ架10の下部には、図1に示すように、ファン収容部15a 、15b が形成されている。 [0024] The lower part of the shelf rack 10, as shown in FIG. 1, the fan housing section 15a, 15b is formed. このファン収容部15a 、15b は、前記シェルフ内仕切板13と一致した位置に配設されたファン室仕切板16によって第1 The fan housing section 15a, 15b is first by the fan chamber partition plate 16 disposed in matched positions with the shelves inside the partition plate 13
ファン収容部15a と第2ファン収容部15b とに区画されている。 It is partitioned into a fan housing portion 15a and a second fan housing section 15b. この第1ファン収容部15a は前記第1パネル類収容部11a の下方に位置しており、第2ファン収容部15 The first fan housing portion 15a is positioned below the first panel such housing portion 11a, a second fan housing section 15
b は前記第2パネル類収容部11b の下方に位置している。 b is located below the second panel such housing portion 11b. ファン収容部15a 、15b の内部には冷却ファン17が収容されており、第1ファン収容部15a には第1パネル類収容部11a に収容されたパネル類12を冷却するのに適したファン17が配設され、第2ファン収容部15b には第2パネル類収容部11b に収容されたパネル類12を冷却するのに適したファン17が配設されている。 Fan housing portion 15a, the interior of 15b are the cooling fan 17 is accommodated, the fan in the first fan housing portion 15a adapted to cool the panel class 12, which is accommodated in the first panel such housing portion 11a 17 There is provided, in the second fan housing portion 15b fan 17 suitable for cooling the panel class 12 housed in the second panel such housing portion 11b is disposed. なお、この実施形態では、図1に示すように、第1ファン収容部15a In this embodiment, as shown in FIG. 1, the first fan housing portion 15a
には2台の冷却ファン17を配し、第2ファン収容部15b It arranged two cooling fans 17, a second fan housing section 15b
には1台の冷却ファン17を配して、それぞれのパネル類収容部11a 、11b に収容されたパネル類12の冷却を行なうようにしてある。 To be arranged one cooling fan 17, each panel such housing portion 11a, are to perform the cooling of the housing panels such 12 to 11b. これらファン17のケーシング17a The casing 17a of these fans 17
は、冷却ファン17の収容体であるフレーム18に収容されて設けられており、このフレーム18がガイドレール19に案内されてシェルフ架10に対して前側から挿抜自在としてある。 Is provided is housed in the frame 18 is a housing of the cooling fan 17, the frame 18 is a removably inserted from the front side with respect to the shelf rack 10 is guided by the guide rails 19.

【0025】また、シェルフ架10の上端面は、図1に示すように開放してあり、網10a などが張設されている。 Further, the upper end face of the shelf rack 10 Yes open as shown in FIG. 1, such as network 10a is stretched.

【0026】そして、図1に示すように、前記シェルフ内仕切板13によって区画されたパネル類収容部11a 、11 [0026] Then, as shown in FIG. 1, the shelves inside the partition plate 13 panel such housing portion 11a which is defined by 11
b とファン収容部15a 、15b の上側周端部にはシール部材20が取り付けられている。 b a fan housing portion 15a, the sealing member 20 is attached to the upper peripheral edge of 15b. このシール部材20は、図4 The sealing member 20, FIG. 4
に示すように、パネル類収容部11a 、11b では、シェルフ内仕切板13の上端部とシェルフ11の上側の前記スリット11c が形成された部分とに載置された状態で取り付けられ、ファン収容部15a 、15b では、フレーム18の上端部に載置された状態で取り付けられている。 As shown in the panel such housing portion 11a, the 11b, mounted at the upper side of the slit 11c is placed on the forming portions of the upper and the shelf 11 of the shelf in the partition plate 13, the fan housing section 15a, in 15b, it is mounted in a state of being placed on the upper end portion of the frame 18. このシール部材20は弾性体で、断面ほぼ円形あるいは楕円形など適宜な形状に形成されており、材質としては、シリコンやネオプレーンなどのゴムが好ましいが、自己形状を保持できるゴム系材料は勿論、その他の材料でも構わない。 The sealing member 20 is an elastic body, which is formed in an appropriate shape such as a cross-section substantially circular or elliptical, as the material, but rubber is preferred, such as silicon or neoprene, rubber-based material capable of retaining self-shape course, it may be other materials.

【0027】前記パネル類収容部11a 、11b の下側周端部にはシール受け部材21が取り付けられている。 [0027] The panel such accommodating portion 11a, the seal receiving member 21 on the lower peripheral edge portion of 11b is attached. このシール受け部材21は前記シール部材20が臨んだ位置に配設されており、シェルフ内仕切板13の下端部とシェルフ11 The seal receiving member 21 are located at the started position the sealing member 20, the lower end of the shelf in the partition plate 13 and the shelf 11
の下側のスリット11c に取り付けられている。 It is attached to the lower side of the slit 11c of the. シール受け部材21は、シール部材20に臨んだ受け面がほぼ平面に形成されており、材質としては合成樹脂、特にフッ素樹脂などが望ましいが、シール部材20が密着した状態で円滑に擦過させることができるものであればよい。 Seal receiving member 21, face receives started seal member 20 and is formed in a substantially planar, as a material of synthetic resin, particularly a fluorine resin is preferable, be smoothly abraded in a state where the seal member 20 are in close contact as long as it can.

【0028】そして、前記シェルフ11や冷却ファン17を収容したフレーム18をシェルフ架10に挿入した状態で、 [0028] Then, in a state of inserting the frame 18 which accommodates the shelves 11 and the cooling fan 17 in the shelf rack 10,
前記シール部材20とシール受け部材21とが密着するようにしてある。 Wherein the sealing member 20 and the seal receiving member 21 are to be in close contact.

【0029】以上により構成したこの発明に係るパネル類収容用シェルフ等の間のシール構造の実施形態について、その作用を以下に説明する。 [0029] The embodiment of the seal structure between the panels such containment shelf or the like according to the invention configured by the above, explaining the operation thereof below.

【0030】シェルフ11と冷却ファン17のフレーム18をシェルフ架10に挿入すると、シール部材20とシール受け部材21とが密着した状態となり、仕切板13、16を挟んで、第1パネル類収容部11a 及び第1ファン収容部15a [0030] The frame 18 of the shelf 11 and the cooling fan 17 is inserted in the shelf rack 10, a state in which the sealing member 20 and the seal receiving member 21 are in close contact, sandwiching the partition plate 13 and 16, the first panel such housing portion 11a and the first fan housing portion 15a
と第2パネル類収容部11b 及び第2ファン収容部15b とが遮断される状態となる。 A state of the second panel such housing portion 11b and the second fan housing portion 15b is blocked. すなわち、第1ファン収容部 That is, the first fan housing portion
15a と第1パネル類収容部11a とによって、また第2ファン収容部15b と第2パネル類収容部11b とによってそれぞれダクト状の風路が形成されることになる。 15a and by the first panel such housing portion 11a, also would wind duct-like, respectively, are formed and the second fan housing portion 15b by the second panel such housing portion 11b. そして、第1ファン収容部15a に配された冷却ファン17を作動させると、床下から吸込まれた空気はシェルフ架10内に吐出され、第1ファン収容部15a から第1パネル類収容部11a に送風され、第1パネル類収容部11a に収容されたパネル類12が冷却される。 When operating the cooling fan 17 disposed in the first fan housing portion 15a, the air sucked from the floor is discharged in the shelf rack 10, the first panel such housing portion 11a from the first fan housing portion 15a blown, accommodated panels such to the first panel such housing portion 11a 12 are cooled. 冷却に供された空気は、 Air subjected to cooling,
シェルフ架10の上部から網10a を通過してシェルフ架10 Shelf rack 10 from the top of the shelf rack 10 through the network 10a
の外部に排出される。 It is of discharged to the outside. 同様に、第2ファン収容部15b に配された冷却ファン17を作動させると、第2パネル類収容部11b に収容されたパネル類12が冷却され、冷却に供された空気はシェルフ架10の上部から排出される。 Similarly, when operating the cooling fan 17 disposed in the second fan housing section 15b, accommodated panels such the second panel such housing section 11b 12 is cooled, is subjected to cooling air of the shelf rack 10 and it is discharged from the top.

【0031】第1パネル類収容部11a と第2パネル類収容部11b に収容されたパネル類12の流路抵抗の大きさが異なっているため、パネル類収容部11a 、11b の内部を流れる冷却空気の流速は、流路抵抗の小さいパネル類12 [0031] Since the flow path magnitude of the resistance of the first panel such housing portion 11a and a second panel such housing portion 11b to be accommodated panels such 12 are different, the cooling flow panel such housing portion 11a, the interior of 11b the air flow rate is smaller panels such a flow resistance 12
を収容している第2パネル類収容部11b の方が大きくなって、外部から空気を吸引しようとする。 And increases towards the second panel such housing portion 11b that houses the attempts to suck the air from the outside. しかし、第1 However, the first
パネル類収容部11a 及び第1パネル類収容部15a とは遮断されているから、これら収容部11a 、15a から空気が吸込まれることがない。 From being cut off from the panel such housing portion 11a and the first panel such housing portion 15a, these accommodating portions 11a, is never sucked air from the 15a. このため、第1パネル類収容部 Therefore, the first panel such housing portion
11a と第1ファン収容部15a とを流れる空気の流量が減少してしまうことがなく、第1パネル類収容部11a に収容されてパネル類12は確実に冷却されることになる。 11a and without the flow rate of air is reduced which flows a first fan housing portion 15a, it is accommodated in the first panel such housing portion 11a and the panel such 12 is reliably cooled.

【0032】パネル類12や冷却ファン17の保守や修理を行なう場合には、シェルフ11やフレーム18をシェルフ架 [0032] in the case of carrying out the maintenance and repair of the panel class 12 and the cooling fan 17, the shelf 11 and the frame 18 shelf rack
10から引き出して行なう。 It carried out a drawer from 10. このとき、シール部材20とシール受け部材21とは適宜に滑べるので、シェルフ11やフレーム18を円滑に引き出すことができる。 At this time, the seal member 20 and the seal receiving member 21 so slip can be properly pulled out shelves 11 and the frame 18 smoothly. 保守などが終了したならば、シェルフ11やフレーム18を押込んでシェルフ架10に収容させればよい。 If maintenance such as completed, it is sufficient to accommodate the shelf rack 10 of the shelf 11 and the frame 18 at'm pushing.

【0033】なお、ここに説明した実施形態は本発明の好ましい一形態であって、本発明はこれに限定されるものではなく、要旨を逸脱しない範囲において種々変形して実施することができることは勿論である。 [0033] The embodiments described herein is a preferred form of the present invention, the present invention is not limited to this, that can be implemented in various modifications within a scope not departing from the gist as a matter of course. 例えば、本実施形態では、シール部材20及びシール受け部材21をパネル類収容部11a 、11b の周端部に巻回するように取り付けたものとして示したが、これらシール部材20とシール受け部材21とはシェルフ内仕切板13の上下端部とファン室仕切板16の上端部にのみ設けられた構造であっても、隣接するパネル類収容部11a 、11b との間を遮断することができる。 For example, in this embodiment, although the seal member 20 and the seal receiving member 21 panel such housing portion 11a, as being mounted so as to wind the peripheral edge portion of 11b, these seal members 20 and the seal receiving member 21 the even structure provided only at the upper end portion of the upper and lower ends and the fan chamber partition plate 16 of the shelf in the partition plate 13 can be cut off between the adjacent panels such housing portion 11a, 11b. また、パネル類収容部11a 、11b とファン収容部の上端部にシール部材20を、パネル類収容部 Further, the panel such housing portion 11a, the sealing member 20 to the upper portion of 11b and the fan housing section, the panel compounds containing portion
11a 、11b の下端部にシール受け部材21とを取り付けた構造として説明したが、パネル類収容部11a 、11b とファン収容部の上端部にシール受け部材21を、パネル類収容部11a 、11b の下端部にシール部材20をそれぞれ取り付けた構造であっても構わない。 11a, and 11b has been described as the structure fitted with a seal receiving member 21 to the lower end, the panel such housing portion 11a, and 11b and a fan housing seal receiving member 21 to the upper end of the panel such housing portion 11a, 11b of the a structure of the sealing member 20 respectively attached to the lower end may be.

【0034】また、シール部材20を断面円形あるいは楕円形の中実のものとして説明したが、管状に形成したものであっても構わない。 Further, to describe the seal member 20 as a solid circular cross-section or elliptical, but may be those formed in the tubular. 管状に形成したものであれば、 As long as it is formed into a tubular,
中実のものよりも大きい弾性を備えさせることが容易である。 It is easy to equip a medium larger elasticity than that of fruit. なお、シール部材を管状に形成したものでは、その内部圧力がパネル類収容部11a 、11b の内部圧力よりも小さいと、シール部材が圧潰されてしまい、シール受け部材との間に間隙が形成され、そこから空気の流通が生じてしまうおそれがある。 Note that obtained by forming a sealing member in the tubular, the internal pressure panel such housing portion 11a, the smaller than the internal pressure of the 11b, the seal member will be crushed, a gap is formed between the seal receiving member , there is a possibility that the flow of air occurs from there. このため、管状のシール部材の内部圧力がパネル類収容部11a 、11b の内部圧力よりも大きくなるようにしておくことが好ましい。 Therefore, it is preferable to be larger than the internal pressure inside pressure panel such housing portion 11a, 11b of the tubular seal member.

【0035】また、シール受け部材21は、シール部20との密着する面を、該シール部20が滑ることができればよい。 Further, the seal receiving member 21, the surface of contact between the sealing portion 20, it is sufficient that the sealing portion 20 slides. このため、シール受け部材21は主体を金属で構成し、シール部20との密着面を、該主体に合成樹脂板などを貼着して構成したものであっても構わない。 Therefore, seal receiving member 21 constitutes the main of a metal, the contact surface between the sealing portion 20, may be one which is constituted by adhering a synthetic resin plate to the main body.

【0036】 [0036]

【発明の効果】以上説明したように、この発明に係るパネル類収容用シェルフ等の間のシール構造によれば、シェルフ内仕切板の上下縁部にシール部材とシール受け部材とを設け、シェルフをシェルフ架に挿入した状態でこれらシール部材とシール受け部材とが密着するようにしたから、仕切板の上下部において隣接するパネル類収容部同士が遮断される。 As described in the foregoing, according to the sealing structure between the panels such containment shelf or the like according to the present invention, the seal member and the seal receiving member provided on the upper and lower edge portions of the partition plate shelf, shelf the since in the state of being inserted into the shelf rack is with these sealing members and the seal receiving member so as to contact, the panel such housing portions adjacent in upper and lower portions of the partition plate is blocked. このため、仕切板の上下部を通過してパネル類収容部内の冷却空気が流通するのが防止され、それぞれのパネル類収容部の冷却空気の流量が減少することがなく、冷却効率を低下させてしまうことがない。 Therefore, the cooling air in the panel such accommodating portion passes through the upper and lower portions of the partition plate is prevented from flowing, without the flow rate of the cooling air of each panel such accommodating portion is reduced, lowering the cooling efficiency never would.

【0037】また、請求項2の発明に係るパネル類収容用シェルフ等の間のシール構造によれば、ファン収容部同士も区画されるので、ファン収容部同士においても空気の流通が防止されて、冷却効率をより向上させることができる。 Further, according to the sealing structure between the panels such containment shelf or the like according to the invention of claim 2, because it is also divided fan housing portions, is prevented circulation of air also in the fan housing portions , it is possible to further improve the cooling efficiency.

【0038】また、請求項3の発明に係るパネル類収容用シェルフ等の間のシール構造によれば、それぞれ区画されたパネル類収容部の上下端部が周囲に亙って遮断されるから、隣接したパネル類収容部間での空気の流通がより確実に防止され、冷却効率をさらに向上させることができる。 Further, according to the sealing structure between the panels such containment shelf or the like according to the invention of claim 3, since the upper and lower ends of the panel such housing parts sectioned respectively is interrupted over the periphery, be more reliably prevented with air circulation between adjacent panels such accommodating section, it is possible to further improve the cooling efficiency.

【0039】また、請求項4の発明に係るパネル類収容用シェルフ等の間のシール構造によれば、冷却ファンがファン収容部とパネル類収容部及びこれらの間のシール部材とシール受け部材とによって構成されたダクト状の通風路に収容された状態に構成されるため、冷却空気はこの通風路のみを流れことになり、さらに冷却効率の向上を図ることができる。 Further, the according to the sealing structure between the panels such containment shelf or the like according to the invention of claim 4, the cooling fan receiving seal member and the seal between the housing portion and of the fan housing section and the panel such member to be configured in a state of being accommodated in a duct-shaped air passage constituted by the cooling air would be only a flow this air passage, it is possible to further improve the cooling efficiency.

【0040】また、請求項5の発明に係るパネル類収容用シェルフ等の間のシール構造によれば、シール部材に容易に弾性力を付与することができ、シール受け部材と密着した状態で、該シール部材が適宜に扁平し、シール部材との密着面積が増加し、確実にパネル類収容部等の間を密閉することができる。 Further, according to the sealing structure between the panels such containment shelf or the like according to the invention of claim 5, it is possible to easily impart elastic force to the sealing member, in close contact with the seal receiving member, the seal member is flat and appropriately increases the contact area between the sealing member, it is possible to reliably seal between such panels such housing section.

【0041】また、請求項6の発明に係るパネル類収容用シェルフ等の間のシール構造によれば、シール部材とシール受け部材との間の滑りが良好になり、シェルフやファン収容部をシェルフ架に円滑に挿抜することができる。 Further, according to the sealing structure between the panels such containment shelf or the like according to the invention of claim 6, the sliding between the seal member and the seal receiving member becomes favorable, shelf shelf and fan housing portion it can be smoothly inserted into and removed from the rack.

【0042】そして、請求項7の発明に係るパネル類収容用シェルフ等の間のシール構造によれば、管状に形成したシール部材が必要以上に扁平してシール受け部材との間に間隙ができてしまうことを防止するので、パネル類収容部等の間を確実に密閉することができる。 [0042] Then, according to the sealing structure between the panels such containment shelf or the like according to the invention of claim 7, can clearance between the flat to seal receiving member more than necessary seal member formed in a tubular since preventing thus, between such panels such housing portion can be reliably sealed.

【図面の簡単な説明】 BRIEF DESCRIPTION OF THE DRAWINGS

【図1】この発明に係るパネル類収容用シェルフ等の間のシール構造を備えたシェルフを収容するシェルフ架の概略の構造を示す正面方向からの斜視図で、前部を切断省略してある。 [1] a perspective view from the front direction schematically illustrates the structure of the shelf rack for accommodating a shelf having a seal structure between the panels such containment shelf or the like according to the present invention, there is omitted cutting front .

【図2】シェルフ架の正面方向からの斜視図で、一のシェルフが引き出された状態を示している。 [Figure 2] a perspective view from the front direction of the shelf rack, showing a state in which one shelf is pulled out.

【図3】シェルフとこれに収容されるパネル類の関係を示す概略の分解斜視図である。 3 is an exploded perspective view schematically showing the relationship between the shelf and the panel such that is accommodated thereto.

【図4】ファン収容部とシール部材及びシール受け部材とを示す概略の斜視図で、一部を切断して示してある。 [Figure 4] a perspective view schematically illustrating a fan housing portion and a seal member and a seal receiving member is shown in partially cut.

【図5】強制冷却が行なわれる従来のシェルフを収容したシェルフ架の概略の構造を示す正面方向からの斜視図で、前部を切断省略して示してある。 [5] a perspective view from the forced cooling is the front direction that schematically illustrates the structure of a conventional shelf accommodating the shelf rack performed are shown by omitting cutting front.

【符号の説明】 DESCRIPTION OF SYMBOLS

10 シェルフ架 11 シェルフ 11a 第1パネル類収容部 11b 第2パネル類収容部 12 パネル類 13 仕切板 15a 第1ファン収容部 15b 第2ファン収容部 16 仕切板 17 冷却ファン 17a ケーシング 18 フレーム 19 ガイドレール 20 シール部材 21 シール受け部材 10 Shelf rack 11 Shelf 11a first panel class housing portion 11b second panel class housing section 12 panels such 13 partition plate 15a first fan housing portion 15b second fan housing portion 16 partition plate 17 cooling fan 17a casing 18 frame 19 guide rail 20 seal member 21 seal receiving member

Claims (7)

    【特許請求の範囲】 [The claims]
  1. 【請求項1】 パネル類を挿抜自在に収容したシェルフをシェルフ架に挿抜自在に多段に積み重ねた状態で収容し、前記パネル類に冷却空気を送風する冷却ファンを前記シェルフ架に挿抜自在に収容してなる電気機器などのパネル類収容用シェルフ等の間のシール構造において、 前記シェルフにシェルフ内仕切板を前記パネル類に並列に設け、 前記シェルフ内仕切板の上下縁部のいずれか一方に弾性を備えたシール部材を、他方に該シール部材を擦過させるシール受け部材を、それぞれ設け、 前記シェルフをシェルフ架に挿入した状態で、上下に位置した前記シェルフ内仕切板のシール部材とシール受け部材とが密着すること特徴とするパネル類収容用シェルフ等の間のシール構造。 1. A shelf of panels such was removably accommodated housed in a state of stacked removably to multistage shelf rack, removably accommodated cooling fan for blowing cooling air to the panel such to the shelf rack the seal structure between the panels such containment shelf like, such as electric apparatus formed by, providing a shelf inside the partition plate on the shelf parallel to the panel such, in one of the upper and lower edges of the shelves in the partition plate a sealing member having elasticity, the seal receiving member for scraping the seal member to the other, respectively, while inserting the shelf into the shelf rack, receiving seal member and the seal of the shelves inside the partition plate positioned vertically seal structure between such panels such containment shelf, characterized that the members in close contact.
  2. 【請求項2】 パネル類を挿抜自在に収容したシェルフをシェルフ架に挿抜自在に多段に積み重ねた状態で収容し、前記パネル類に冷却空気を送風する冷却ファンを前記シェルフ架に挿抜自在に収容してなる電気機器などのパネル類収容用シェルフ等の間のシール構造において、 前記シェルフにシェルフ内仕切板を前記パネル類に並列に設け、 前記仕切板に対応した位置であって前記冷却ファンの収容体にファン室内仕切板を設け、 前記ファン室内仕切板の上縁部に弾性を備えたシール部材を設け、 前記シェルフ内仕切板の上縁部に弾性を備えたシール部材を設け、 前記シェルフ内仕切板の下縁部に前記シール部材を擦過させるシール受け部材を設け、 前記シェルフをシェルフ架に挿入した状態で、上下に位置した仕切板のシール部材とシ Wherein the shelf panel such was removably accommodated housed in a state of stacked removably to multistage shelf rack, removably accommodated cooling fan for blowing cooling air to the panel such to the shelf rack the seal structure between the panels such containment shelf like, such as electric apparatus formed by, providing a shelf inside the partition plate on the shelf parallel to the panel such, the cooling fan at a position corresponding to the partition plate the fan chamber partition plate provided in the container, the fan seal member having elasticity to the edges on the interior partition plate is provided, provided with a sealing member having elasticity on the edge of the shelf in the partition plate, the shelf the seal receiving member for rubbing the sealing member to the lower edge of the inner partition plate is provided, in a state of inserting the shelf into the shelf rack, and a seal member positioned in the vertical partition plate sheet ール受け部材とが密着するとともに、前記ファン室内仕切板に設けたシール部材とシェルフ内仕切板に設けたシール受け部材とが密着すること特徴とするパネル類収容用シェルフ等の間のシール構造。 Together are a Lumpur receiving member in close contact, sealing structure between such the fan chamber partition seal member provided on the plate and the seal receiving member provided on shelves inside the partition plate is characterized by adhesion panels such containment shelf .
  3. 【請求項3】 パネル類を挿抜自在に収容したシェルフをシェルフ架に挿抜自在に多段に積み重ねた状態で収容し、前記パネル類に冷却空気を送風する冷却ファンを前記シェルフ架に挿抜自在に収容してなる電気機器などのパネル類収容用シェルフ等の間のシール構造において、 前記シェルフにシェルフ内仕切板を前記パネル類に並列に設け、 前記シェルフ内仕切板によって区画されたパネル類収容部の上下周端部のいずれか一方に弾性を備えたシール部材を、他方に該シール部材を擦過させるシール受け部材を、それぞれ配設し、 前記シェルフをシェルフ架に挿入した状態で、上下に位置した前記パネル類収容部のシール部材とシール受け部材とが密着すること特徴とするパネル類収容用シェルフ等の間のシール構造。 3. A panel such an a removably housed the shelf housed in a state of stacked removably to multistage shelf rack, removably accommodated cooling fan for blowing cooling air to the panel such to the shelf rack and in the sealing structure between the panels such containment shelf like of such electrical apparatus comprising, a shelf in the partition plate to the shelf provided in parallel to the panel such, the panel compounds accommodating portions partitioned by the shelves inside the partition plate a sealing member having elasticity in one of the upper and lower peripheral end portion, a seal receiving member for scraping the seal member to the other, each disposed in a state of inserting the shelf into the shelf rack, positioned vertically seal structure between such panels such containment shelves, characterized by a seal member and the seal receiving member of the panel such housing portion are in close contact.
  4. 【請求項4】 パネル類を挿抜自在に収容したシェルフをシェルフ架に挿抜自在に多段に積み重ねた状態で収容し、前記パネル類に冷却空気を送風する冷却ファンを前記シェルフ架の下部に挿抜自在に収容してなる電気機器などのパネル類収容用シェルフ等の間のシール構造において、 前記シェルフにシェルフ内仕切板を前記パネル類に並列に設け、 前記仕切板に対応した位置であって前記冷却ファンの収容体にファン室内仕切板を設け、 前記ファン室内仕切板によって区画されたファン収容部の上側周端部に弾性を備えたシール部材を配設し、 前記シェルフ内仕切板によって区画されたパネル類収容部の上側周端部に弾性を備えたシール部材を配設し、 前記パネル類収容部の下側周端部に前記シール部材を擦過させるシール受け部材を配 4. A panel such an a removably housed the shelf housed in a state of stacked removably to multistage shelf rack, removably inserted cooling fan for blowing cooling air to the panel class at the bottom of the shelf rack the seal structure between the panels such containment shelf like, such as electric apparatus comprising housed, provided shelves inside the partition plate on the shelf parallel to the panel such, the cooling at a position corresponding to the partition plate the fan chamber partition plate provided in the housing of the fan, disposed a seal member having elasticity on the upper peripheral edge of the fan housing portions partitioned by the fan chamber partition plate, partitioned by the shelves inside the partition plate It disposed a seal member having elasticity on the upper peripheral edge of the panel such accommodating section, distribution seal receiving member for rubbing the seal member to the lower peripheral edge portion of said panel such housing part し、 前記シェルフをシェルフ架に挿入した状態で、上下に位置したパネル類収容部のシール部材とシール受け部材とが密着するとともに、前記ファン収容部に配設したシール部材と最下段のパネル類収容部に配設したシール受け部材とが密着すること特徴とするパネル類収容用シェルフ等の間のシール構造。 And, in a state of inserting the shelf into the shelf rack, together with the seal member and the seal receiving member of the panel such housing portion positioned vertically in close contact, sealing member and the bottom panel such that disposed in the fan housing section seal structure between such panels such containment shelf and received is disposed in the housing seal member is characterized by adhesion.
  5. 【請求項5】 前記シール部材を管状弾性体で構成し、 5. Configure the sealing member in the tubular elastic body,
    前記シール受け部材を平板で構成したことを特徴とする請求項1ないし請求項4のいずれかに記載のパネル類収容用シェルフ等の間のシール構造。 Seal structure between the panels such containment shelf or the like according to any one of claims 1 to 4, characterized in that constitutes the seal receiving member in a flat plate.
  6. 【請求項6】 前記シール部材をゴム材によって構成し、前記シール受け部材の少なくともシール部材を擦過させる面を合成樹脂で構成したことを特徴とする請求項5に記載のパネル類収容用シェルフ等の間のシール構造。 The method according to claim 6, wherein the sealing member constituted by a rubber material, wherein the seal receiving panel such containment shelf according to claim 5, the surface to be abraded at least sealing member, characterized by being configured of a synthetic resin member or the like seal structure between.
  7. 【請求項7】 前記シール部材に適宜な圧力の流体を封入したことを特徴とする請求項5または請求項6のいずれかに記載のパネル類収容用シェルフ等の間のシール構造。 7. A sealing structure between the panels such containment shelf or the like according to claim 5 or claim 6, wherein the encapsulating appropriate pressure of the fluid in the sealing member.
JP3374198A 1998-01-30 1998-01-30 Sealing structure between panel housing shelf Withdrawn JPH11220281A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP3374198A JPH11220281A (en) 1998-01-30 1998-01-30 Sealing structure between panel housing shelf

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Application Number Priority Date Filing Date Title
JP3374198A JPH11220281A (en) 1998-01-30 1998-01-30 Sealing structure between panel housing shelf

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Publication Number Publication Date
JPH11220281A true JPH11220281A (en) 1999-08-10

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Cited By (9)

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WO2012105643A1 (en) * 2011-02-04 2012-08-09 三菱重工業株式会社 Container, and battery system provided with same
JP2013084960A (en) * 2011-10-11 2013-05-09 Led Engin Inc Grooved plate for solder joint
WO2013137849A1 (en) * 2012-03-12 2013-09-19 Hewlett-Packard Development Company, L.P. Rack cooling system with a cooling section
WO2015145927A1 (en) * 2014-03-25 2015-10-01 三洋電機株式会社 Battery system
US9529395B2 (en) 2012-03-12 2016-12-27 Hewlett Packard Enterprise Development Lp Liquid temperature control cooling
US9788452B2 (en) 2012-10-31 2017-10-10 Hewlett Packard Enterprise Development Lp Modular rack system
US9803937B2 (en) 2013-01-31 2017-10-31 Hewlett Packard Enterprise Development Lp Liquid cooling
US9927187B2 (en) 2012-09-28 2018-03-27 Hewlett Packard Enterprise Development Lp Cooling assembly
US10123464B2 (en) 2012-02-09 2018-11-06 Hewlett Packard Enterprise Development Lp Heat dissipating system

Cited By (17)

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WO2012105643A1 (en) * 2011-02-04 2012-08-09 三菱重工業株式会社 Container, and battery system provided with same
JP2012164747A (en) * 2011-02-04 2012-08-30 Mitsubishi Heavy Ind Ltd Storage means and battery system equipped therewith
JP2013084960A (en) * 2011-10-11 2013-05-09 Led Engin Inc Grooved plate for solder joint
US10123464B2 (en) 2012-02-09 2018-11-06 Hewlett Packard Enterprise Development Lp Heat dissipating system
WO2013137849A1 (en) * 2012-03-12 2013-09-19 Hewlett-Packard Development Company, L.P. Rack cooling system with a cooling section
CN104081886A (en) * 2012-03-12 2014-10-01 惠普发展公司,有限责任合伙企业 Rack cooling system with a cooling section
KR20140136920A (en) * 2012-03-12 2014-12-01 휴렛-팩커드 디벨롭먼트 컴퍼니, 엘.피. Rack cooling system with a cooling section
CN104081886B (en) * 2012-03-12 2016-10-12 慧与发展有限责任合伙企业 frame cooling system with cooling section
US9529395B2 (en) 2012-03-12 2016-12-27 Hewlett Packard Enterprise Development Lp Liquid temperature control cooling
US9927187B2 (en) 2012-09-28 2018-03-27 Hewlett Packard Enterprise Development Lp Cooling assembly
US9788452B2 (en) 2012-10-31 2017-10-10 Hewlett Packard Enterprise Development Lp Modular rack system
US10330395B2 (en) 2013-01-31 2019-06-25 Hewlett Packard Enterprise Development Lp Liquid cooling
US9803937B2 (en) 2013-01-31 2017-10-31 Hewlett Packard Enterprise Development Lp Liquid cooling
US10458724B2 (en) 2013-01-31 2019-10-29 Hewlett Packard Enterprise Development Lp Liquid cooling
US10109830B2 (en) 2014-03-25 2018-10-23 Sanyo Electric Co., Ltd. Battery system
WO2015145927A1 (en) * 2014-03-25 2015-10-01 三洋電機株式会社 Battery system
JPWO2015145927A1 (en) * 2014-03-25 2017-04-13 三洋電機株式会社 Battery system

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