JP3205571U - Movable solar panel mount - Google Patents
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- JP3205571U JP3205571U JP2016001600U JP2016001600U JP3205571U JP 3205571 U JP3205571 U JP 3205571U JP 2016001600 U JP2016001600 U JP 2016001600U JP 2016001600 U JP2016001600 U JP 2016001600U JP 3205571 U JP3205571 U JP 3205571U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/50—Photovoltaic [PV] energy
Abstract
【課題】蓄電器を備えた太陽光パネルをベランダに設置し自在に可動収納する事が出来る可動式太陽光パネル架台を提供する。【解決手段】可動式太陽光パネル架台Ａは、ベランダ内部に太陽光パネルＢを取り付ける支柱Ａ１、Ａ２を太陽光パネル両側に備え、両側の支柱の下部には台座Ａ７、Ａ８を取付、キャスタＦ１〜Ｆ４を台座下部に取付、自在に動かし固定でき、太陽光パネルを上昇するときエアースプリングＧ３のロッドが伸び手で持ち上げる力を軽減し、太陽光パネル固定した後、太陽光パネルを垂直から斜めに展開し、収容する時は斜めに展開した状態から太陽光パネルを垂直に戻し太陽光パネルを手で持ち床の方向に降下し収容する事ができ、太陽光パネルを床の方向に降下する時、ガススプリングのロッドが縮小し急激な降下を防ぎ上昇降下をスムーズにし、蓄電器Ｚを備えた事を特徴とする。【選択図】図１Provided is a movable solar panel mount that can be installed in a veranda with a solar panel provided with a capacitor and can be freely moved and stored. SOLUTION: A movable solar panel mount A includes support columns A1 and A2 for mounting a solar panel B inside a veranda on both sides of the solar panel, and bases A7 and A8 are mounted on the lower portions of the support columns on both sides, and casters F1. -F4 can be attached to the bottom of the pedestal and can be moved and fixed freely. When the solar panel is raised, the rod of the air spring G3 is lifted by the extension hand. After fixing the solar panel, the solar panel is tilted from the vertical. When the solar panel is deployed and housed, the solar panel can be returned vertically from the obliquely deployed state, and the solar panel can be lowered by hand toward the floor and housed, and the solar panel can be lowered toward the floor. At the time, the rod of the gas spring is contracted to prevent a sudden drop and to make the rise and fall smooth, and the battery Z is provided. [Selection] Figure 1
Description
本考案は、蓄電器を備えた太陽光パネルをベランダに設置し自在に可動収納する架台。 The present invention is a stand for installing a solar panel equipped with a capacitor on a veranda so that it can be freely moved.
従来、ベランダに太陽光パネルを取り付ける方法はある。（例えば、特許文献１参照）天井に取り付けるためベランダ内部に収納し動かす事がでず蓄電機を備えていないため災害時つかえない。Conventionally, there is a method of attaching a solar panel to a veranda. (For example, refer to Patent Document 1) Since it is attached to the ceiling, it cannot be stored and moved inside the veranda, and since it does not have a power storage device, it cannot be used in a disaster.
従来、太陽光パネルをベランダの天井に取り付ける金物はあるが、天井に取り付けるためベランダ内部に収納し動かす事ができず蓄電機を備えていないため災害時つかえない。Conventionally, there is a metal fitting for attaching a solar panel to the ceiling of the veranda, but since it is attached to the ceiling, it cannot be stored and moved inside the veranda and cannot be used in a disaster because it does not have a power storage device.
蓄電器を備えた事を特徴とした可動式太陽光パネル架台は、太陽光パネルの両脇に左支柱Ａ１と右支柱Ａ２をキャスター付台座より設け太陽光パネル両脇の支柱に筒状の金物を通して太陽光パネルを上昇下降する筒状の金物上部で太陽光パネルと接続して両脇の筒状金物下部を連結した連結金物を作動金物と接続し作動金物に接続した動力であるエアースプリングは支柱側面に取付け太陽光パネルの手動によるスムーズな上昇下降を補助する、太陽光パネルを上昇するときは太陽光パネルを垂直で、右支柱Ａ２左支柱Ａ１の中に収納した状態から、太陽光パネルの側面を手で持ち天井の方向に持ち上げ固定した後、太陽光パネルを垂直から斜めに展開し、収容する時は斜めに展開した状態から太陽光パネルを垂直に戻し太陽光パネルの側面を手で持ち床の方向に降下し収容する事ができる、支柱両脇の下部の台座に接続したロック式キャスターのロックを解除する事により自在に移動する事が出来、太陽光パネルの配線に接続した蓄電器を備えた事を特徴とした可動式太陽光パネル架台。The movable solar panel mount, which is equipped with a battery, is provided with a left column A1 and a right column A2 on both sides of the solar panel from a pedestal with casters, and a cylindrical hardware is passed through the columns on both sides of the solar panel. The air spring, which is the power connected to the working hardware and connected to the working hardware, is connected to the solar panel at the upper part of the cylindrical hardware moving up and down the solar panel and connected to the lower part of the cylindrical hardware on both sides. Attached to the side to help the solar panel to move up and down manually. When the solar panel is raised, the solar panel is placed vertically in the right column A2 and the left column A1. Hold the side by hand in the direction of the ceiling and fix it, and then expand the solar panel diagonally from the vertical. It can be moved down by holding it in the direction of the floor and can be moved freely by unlocking the lock type caster connected to the lower pedestal on both sides of the column, and the capacitor connected to the wiring of the solar panel A movable solar panel mount characterized by having
１）集合住宅のベランダに簡単に設置する事が出来る。
２）キャスターを取り付ける事により自在に移動させる事が出来る。
３）太陽光パネルが昇降するので強風のときベランダの内下部に収納出来る。
４）蓄電器を備えた事で自前の電気が確保できる。1) It can be installed easily on the veranda of a housing complex.
2) Can be moved freely by attaching casters.
3) Since the solar panel moves up and down, it can be stored in the inner and lower part of the veranda when the wind is strong.
4) Providing a battery can secure your own electricity.
蓄電器を備えた事を特徴とした可動式太陽光パネル架台は、
エアースプリングを利用する事で少ない力でベランダ内部に太陽光パネル収納出来る構造を備える事により、昼間、太陽が降り注ぐ時はベランダ上部に展開して発電し電気を得る事が出来、蓄電器を備える事により、停電の時でも灯りを燈す事が出来る、台風、雨の時もベランダ内部に収納する事で太陽光パネルを保護出来、ロック式キャスターを取り付ける事で自在に移動できる。The movable solar panel mount, characterized by having a capacitor,
By using a structure that can store a solar panel inside the veranda with less force by using an air spring, it can be deployed in the upper part of the veranda during the daytime to generate electricity and generate electricity, and be equipped with a capacitor. This makes it possible to turn on the light even in the event of a power failure, protects the solar panel by storing it inside the veranda even during typhoons and rain, and can be moved freely by attaching a lock type caster.
本考案の蓄電器を備えた事を特徴とした可動式太陽光パネル架台の基本動作を説明する。
蓄電器を備えた事を特徴とした可動式太陽光パネル架台は、左支柱Ａ１と右支柱Ａ２を設け左支柱Ａ１と右支柱Ａ２を上部で連結する金物Ｈ４と下部で連結する金物Ｈ３を備えた筐体Ｄと、太陽光パネルを左支柱Ａ１と右支柱Ａ２に沿って垂直移動させる太陽電池支持体Ｄ１とＤ２は太陽光パネルＢを固定接続するボルトを備え、太陽電池支持体は、左支柱Ａ１右支柱Ａ２に沿って移動させる太陽電池支持体Ｄ１Ｄ２を連結金物Ｅで接続し太陽電池支持体Ｄ１とＤ２は太陽光パネルＢを接続固定するボルトＣ３Ｃ４で接続し、太陽電池支持体Ｄ１Ｄ２を、上昇下降させるエアースプリングＧ３に可動金物Ｇ２を接続し可動金物Ｇ１を連結金物Ｅ接続し太陽電池支持体Ｄ１Ｄ２を上昇下降させ、太陽電池支持体に接続した金物上部に取り付けた太陽光パネルからなり、太陽光パネルを上昇するときは太陽光パネルを垂直で、右支柱Ａ２左支柱Ａ１の中に収納した状態から、固定部材Ｃ１Ｃ２を解除し太陽電池支持体Ｄ１Ｄ２に接続した太陽光パネルＢの側面を手で持ち天井の方向に持ち上げる。手で持ち上げる事でエアースプリングＧ３が作動しエアースプリングＧ３に接続した可動金物Ｇ２が上昇し、可動金物Ｇ２に接続した可動金物Ｇ１が上昇し可動金物Ｇ１に接続した連結金物Ｅが、連結金物Ｅに接続した太陽電池支持体Ｄ１Ｄ２をストッパーＡ３Ａ４まで、上昇させ、固定部材Ｃ１Ｃ２で固定した後に太陽電池支持体Ｄ１Ｄ２と太陽光パネルＢを固定するために接続したボルトＣ３Ｃ４を緩め太陽光パネルＢ上部を手でつかみ、手前に引き垂直から斜めに太陽光パネルを展開し、太陽光パネルＢを固定するために接続したボルトＣ３Ｃ４で太陽光パネルＢを固定する。
収容する時は斜めに太陽光パネルを展開した状態から、太陽光パネルＢを固定するために接続したボルトＣ３Ｃ４を緩め太陽光パネルＢ上部を手でつかみ、手前に押し垂直にし太陽光パネルＢを固定するために接続したボルトＣ３Ｃ４を固定し、太陽電池支持体Ｄ１Ｄ２の固定部材Ｃ１Ｃ２を解除し太陽電池支持体Ｄ１Ｄ２に接続した太陽光パネルＢ上部を手でつかみ、床の方向に下げる事でエアースプリングＧ３が作動しエアースプリングＧ３に接続した可動金物Ｇ２が下降し、可動金物Ｇ２に接続した可動金物Ｇ１が下降し可動金物Ｇ１に接続した連結金物Ｅが、連結金物Ｅに接続した太陽電池支持体Ｄ１Ｄ２をストッパーＡ５Ａ４まで降下し太陽電池支持体Ｄ１Ｄ２の固定部材Ｃ１Ｃ２を固定し収容する。移動する場合は、左支柱Ｄ１右支柱Ｄ２の下部の台座Ａ７Ａ８に接続したロック式キャスターＦ１Ｆ３Ｆ２Ｆ４のロックを解除する事により自在に移動する事が出来る、蓄電器を備えた事を特徴とした可動式太陽光パネル架台。The basic operation of the movable solar panel mount, which is characterized by having the battery of the present invention, will be described.
The movable solar panel gantry characterized by having a capacitor is provided with a left support A1 and a right support A2, and a hardware H4 connecting the left support A1 and the right support A2 at the upper part and a hardware H3 connecting at the lower part. The solar cell support D1 and D2 for vertically moving the housing D and the solar panel along the left column A1 and the right column A2 are provided with bolts for fixing and connecting the solar panel B. The solar cell support D1D2 to be moved along the A1 right column A2 is connected by a connecting hardware E, the solar cell supports D1 and D2 are connected by a bolt C3C4 for connecting and fixing the solar panel B, and the solar cell support D1D2 is connected. The movable metal G2 is connected to the air spring G3 to be moved up and down, the movable metal G1 is connected to the coupling metal E, and the solar cell support D1D2 is moved up and down and attached to the upper part of the metal connected to the solar cell support. When the solar panel is raised, the solar panel is vertical, and is stored in the right column A2 and the left column A1, and then the sunlight is released from the fixing member C1C2 and connected to the solar cell support D1D2. Hold the side of panel B by hand and lift it toward the ceiling. When lifted by hand, the air spring G3 is actuated, the movable metal G2 connected to the air spring G3 is raised, the movable metal G1 connected to the movable metal G2 is raised, and the coupled metal E connected to the movable metal G1 is coupled to the coupled metal E. After the solar cell support D1D2 connected to is raised to the stopper A3A4 and fixed with the fixing member C1C2, the bolt C3C4 connected to fix the solar cell support D1D2 and the solar panel B is loosened, and the upper part of the solar panel B is Grab it with your hand, pull it forward, tilt the solar panel diagonally from the vertical, and fix the solar panel B with bolts C3C4 connected to fix the solar panel B.
When housing the solar panel B from the slanted state, loosen the bolts C3C4 connected to fix the solar panel B, grab the upper part of the solar panel B with your hand, push it forward and place the solar panel B vertically. Fix the bolt C3C4 connected to fix, release the fixing member C1C2 of the solar cell support D1D2, hold the upper part of the solar panel B connected to the solar cell support D1D2 by hand, and lower the air toward the floor The movable metal G2 connected to the air spring G3 is actuated and the movable metal G2 connected to the movable metal G2 is lowered and the connected metal E connected to the movable metal G1 is connected to the connected metal E. The body D1D2 is lowered to the stopper A5A4, and the fixing member C1C2 of the solar cell support D1D2 is fixed and accommodated. When moving, the movable sun is characterized by having a battery that can move freely by unlocking the lock casters F1F3F2F4 connected to the pedestal A7A8 under the left support D1 and the right support D2. Light panel mount.
以下、蓄電器を備えた可動式太陽光パネル展開、収納を手動で動作する場合について説明する。図１は、蓄電器を備えた可動式太陽光パネル架台（架台の背面からの収納図）の構成を示す。
可動式太陽光パネル架台は、左支柱Ａ１と右支柱Ａ２を設け左支柱Ａ１と右支柱Ａ２を上部で連結する金物Ｈ４と左支柱Ａ１と右支柱Ａ２を下部で連結する金物Ｈ３と下部の台座Ａ７Ａ８に接続したロック式キャスターＦ１Ｆ３Ｆ２Ｆ４のロックを解除する事により自在に移動する事が出来下部の台座Ａ７Ａ８を連結した板の上部に蓄電器を備えた筐体Ｄと、太陽光パネルを左支柱Ａ１と右支柱Ａ２に沿って垂直移動させる太陽電池支持体Ｄ１とＤ２は太陽光パネルＢを固定接続するボルトを備え、太陽電池支持体は、左支柱Ａ１右支柱Ａ２に沿って移動させる太陽電池支持体Ｄ１Ｄ２を連結金物Ｅで接続し太陽電池支持体Ｄ１とＤ２は太陽光パネルＢを接続固定するボルトＣ３Ｃ４で接続し、太陽電池支持体Ｄ１Ｄ２を、上昇下降させるエアースプリングＧ３に可動金物Ｇ２を接続し可動金物Ｇ１を連結金物Ｅ接続し太陽電池支持体Ｄ１Ｄ２を上昇下降させる太陽電池支持体に接続した金物上部に取り付けた太陽光パネルからなり、太陽光パネルを収納した状態である。Hereinafter, a description will be given of a case where the deployment and storage of the movable solar panel provided with the battery are manually operated. FIG. 1 shows the configuration of a movable solar panel gantry (storage view from the back of the gantry) equipped with a capacitor.
The movable solar panel mount is provided with a left support A1 and a right support A2, and a hardware H4 that connects the left support A1 and the right support A2 at the top, a hardware H3 that connects the left support A1 and the right support A2 at the bottom, and a lower pedestal. A lock D type caster F1F3F2F4 connected to A7A8 can be moved freely by releasing the lock, and a case D having a capacitor on the upper part of the plate connecting the lower pedestal A7A8, and a solar panel on the left column A1 The solar cell supports D1 and D2 that are vertically moved along the right column A2 are provided with bolts for fixing and connecting the solar panel B, and the solar cell support is a solar cell support that is moved along the right column A1 and the right column A2. D1D2 is connected by a connecting hardware E, solar cell supports D1 and D2 are connected by a bolt C3C4 for connecting and fixing the solar panel B, and the solar cell support D1D2 is moved up and down. -It consists of a solar panel attached to the upper part of the hardware connected to the solar cell support that connects the movable metal G2 to the spring G3, connects the movable metal G1 to the connection hardware E, and raises and lowers the solar cell support D1D2. It is in the state.
図２は、蓄電器を備えた可動式太陽光パネル架台（架台の背面からの上昇図）の構成を示す。
太陽光パネルを垂直で、右支柱Ａ２左支柱Ａ１の中に収納した状態から、太陽電池支持体Ｄ１Ｄ２の固定部材Ｃ１Ｃ２を解除し太陽電池支持体Ｄ１Ｄ２に接続した太陽光パネルＢの側面を手で持ち天井の方向に持ち上げる、手で持ち上げる事でエアースプリングＧ３のシリンダーが伸び、エアースプリングＧ３に接続した可動金物Ｇ２が上昇し、可動金物Ｇ２に接続した可動金物Ｇ１が上昇し可動金物Ｇ１に接続した連結金物Ｅが、連結金物Ｅに接続した太陽電池支持体Ｄ１Ｄ２をストッパーＡ３Ａ４まで、上昇させ、太陽電池支持体Ｄ１Ｄ２の固定部材Ｃ１Ｃ２で固定し太陽電池支持体Ｄ１Ｄ２と太陽光パネルＢがボルトＣ３Ｃ４で固定した上昇状態である。FIG. 2 shows a configuration of a movable solar panel gantry (ascending view from the back of the gantry) provided with a capacitor.
From the state in which the solar panel is stored vertically in the right column A2 and the left column A1, the fixing member C1C2 of the solar cell support D1D2 is released and the side of the solar panel B connected to the solar cell support D1D2 is manually The cylinder of the air spring G3 is extended by lifting it up in the direction of the ceiling or by hand, the movable metal G2 connected to the air spring G3 is raised, the movable metal G1 connected to the movable metal G2 is raised and connected to the movable metal G1 The connected hardware E raises the solar cell support D1D2 connected to the connection hardware E to the stopper A3A4, and is fixed by the fixing member C1C2 of the solar cell support D1D2, and the solar cell support D1D2 and the solar panel B are connected to the bolt C3C4. The ascending state fixed at.
図３は、蓄電器を備えた可動式太陽光パネル架台（架台の背面からの展開図）の構成を示す。
太陽電池支持体Ｄ１Ｄ２をストッパーＡ３Ａ４まで、上昇させ、太陽電池支持体Ｄ１Ｄ２の固定部材Ｃ１Ｃ２で固定し太陽電池支持体Ｄ１Ｄ２と太陽光パネルＢを固定するために接続したボルトＣ３Ｃ４を緩め太陽光パネルＢ上部を手でつかみ、手前に引き垂直から斜めに太陽光パネルを展開し、太陽光パネルＢを固定するために接続したボルトＣ３Ｃ４で太陽光パネルＢを固定する展開状態である。FIG. 3 shows the configuration of a movable solar panel gantry (development from the back of the gantry) equipped with a capacitor.
The solar cell support D1D2 is raised to the stopper A3A4, fixed with the fixing member C1C2 of the solar cell support D1D2, and the bolt C3C4 connected to fix the solar cell support D1D2 and the solar panel B is loosened, and the solar panel B In this unfolded state, the upper part is grasped by hand, the solar panel is unfolded obliquely from the vertical, and the solar panel B is fixed with bolts C3C4 connected to fix the solar panel B.
図４は、蓄電器を備えた可動式太陽光パネル架台（左支柱Ａ１とエアースプリングＧ３接続の正面と側面図）の構成を示す。
左支柱Ａ１とエアースプリングＧ３は、左支柱Ａ１の側面に穴の開いた金物板Ｅ５を平行に取付、エアースプリングＧ３の取付部を挟み込み穴の開いた金物板Ｅ５とエアースプリングＧ３取付部の穴を○ピンＥ５−２で貫きピンＥ５−２端部を割りピンＷで貫き開き○ピン５−２が抜けないようにしエアースプリングＧ３と左支柱Ａ１の接続部が動く事を表した、正面と側面の図である。FIG. 4 shows a configuration of a movable solar panel mount (a front view and a side view of the connection between the left column A1 and the air spring G3) provided with a capacitor.
The left strut A1 and the air spring G3 are attached to the side of the left strut A1 in parallel with a metal plate E5 with a hole, the air spring G3 is sandwiched between the metal plate E5 and the air spring G3 with a hole. Open the end of the pin E5-2 with the split pin W, and open the end of the pin E5-2 with the split pin W. The front view shows that the connection part of the air spring G3 and the left column A1 moves so that the pin 5-2 does not come off. FIG.
図５は、蓄電器を備えた可動式太陽光パネル架台（エアースプリングＧ３のロッド取付部と可動金物Ｇ２接続の正面と側面図）の構成を示す。
可動金物Ｇ２とエアースプリングＧ３のロッド取付部とは、可動金物Ｇ２の側面に穴の開いた金物板Ｅ３を平行に取付、エアースプリングＧ３のロッド取付部を挟み込み穴の開いた金物板Ｅ３とエアースプリングＧ３ロッド取付部の穴を○ピンＥ３−２で貫き○ピンＥ３−２端部を割りピンＷで貫き開き○ピンＥ３−２が抜けないようにしエアースプリングＧ３のロッド取付部と可動金物Ｇ２の接続部が動く事を表した、正面と側面の図である。FIG. 5 shows the configuration of a movable solar panel gantry (a front and side view of the rod attachment portion of the air spring G3 and the movable hardware G2 connection) provided with a capacitor.
The movable metal fitting G2 and the rod mounting portion of the air spring G3 are mounted in parallel with a metal plate E3 having a hole in the side surface of the movable metal fitting G2, and the metal plate E3 having a hole and an air hole sandwiching the rod mounting portion of the air spring G3. The hole of the spring G3 rod mounting part is penetrated by the pin E3-2. The end part of the pin E3-2 is penetrated by the split pin W. The rod E3-2 is prevented from being removed and the rod attaching part of the air spring G3 and the movable metal G2. It is the figure of the front and side showing that the connection part of this moves.
図６は、蓄電器を備えた可動式太陽光パネル架台（左支柱Ａ１と可動金物Ｇ２接続の正面と側面図）の構成を示す。
左支柱Ａ１と可動金物Ｇ２は、左支柱Ａ１の側面に穴の開いた金物板Ｅ４を平行に取付、可動金物Ｇ２の取付部を挟み込み穴の開いた金物板Ｅ４と可動金物Ｇ２取付部の穴を○ピンＥ４−２で貫き○ピンＥ４−２端部を割りピンＷで貫き開き○ピンＥ４−２が
抜けないようにし左支柱Ａ１と可動金物Ｇ２の接続部が動く事を表した、正面と側面の図である。FIG. 6 shows the configuration of a movable solar panel gantry (front and side views of the connection of the left column A1 and the movable hardware G2) provided with a capacitor.
The left strut A1 and the movable hardware G2 are mounted in parallel with a metal plate E4 having a hole on the side surface of the left strut A1, sandwiching the mounting portion of the movable metal G2, and a hole between the metal plate E4 having a hole and the mounting portion of the movable hardware G2. ○ The pin E4-2 is penetrated ○ The end of the pin E4-2 is penetrated with the split pin W ○ The front part shows that the connection part of the left strut A1 and the movable hardware G2 moves so that the pin E4-2 does not come off FIG.
図７は、蓄電器を備えた可動式太陽光パネル架台（可動金物Ｇ２と可動金物Ｇ１接続の正面と側面図）の構成を示す。
可動金物Ｇ２と可動金物Ｇ１は、可動金物Ｇ２の側面に穴の開いた金物板Ｅ２を平行に取付、可動金物Ｇ１の取付部を挟み込み穴の開いた金物板Ｅ２と可動金物Ｇ１取付部の穴を○ピンＥ２−２で貫き○ピンＥ２−２端部を割りピンＷで貫き開きピンＥ２−２が
抜けないようにし可動金物Ｇ２と可動金物Ｇ１の接続部が動く事を表した、正面と側面の図である。FIG. 7 shows a configuration of a movable solar panel mount (a front view and a side view of the movable hardware G2 and the movable hardware G1 connection) provided with a capacitor.
The movable metal G2 and the movable metal G1 are attached to the side of the movable metal G2 in parallel with a metal plate E2 having a hole, the metal plate E2 having a hole between the mounting part of the movable metal G1 and the hole of the movable metal G1 mounting part. Pierce the pin E2-2 with the split pin W and open the end of the pin E2-2 so that the pin E2-2 does not come off, and the connection between the movable metal G2 and the movable metal G1 moves. FIG.
図８は、蓄電器を備えた可動式太陽光パネル架台（可動金物Ｇ１と連結金物Ｅ接続の正面と側面図）の構成を示す。
連結金物Ｅと可動金物Ｇ１は、連結金物Ｅの側面に穴の開いた金物板Ｅ１を平行に取付、可動金物Ｇ１の取付部を挟み込み穴の開いた金物板Ｅ１と可動金物Ｇ１取付部の穴を○ピンＥ１−２で貫き○ピンＥ１−２端部を割りピンＷで貫き開き○ピンＥ１−２が
抜けないようにし連結金物Ｅと可動金物Ｇ１の接続部が動く事を表した、正面と側面の図である。FIG. 8 shows a configuration of a movable solar panel mount (a front view and a side view of the connection of the movable hardware G1 and the coupling hardware E) provided with a capacitor.
The connecting metal E and the movable metal G1 are mounted in parallel with a metal plate E1 having a hole on the side of the connecting metal E, and the mounting part of the movable metal G1 is sandwiched between the metal plate E1 and the movable metal G1 mounting hole. ○ The pin E1-2 is penetrated ○ The end of the pin E1-2 is penetrated with the split pin W ○ The front of the connecting E and the movable metal G1 is moved so that the pin E1-2 does not come off. FIG.
図９は、蓄電器を備えた可動式太陽光パネル架台（太陽電池支持体Ｄ２上部と太陽光パネルＢ接続の正面と側面図）の構成を示す。
太陽電池支持体Ｄ２には、太陽電池支持体Ｄ２を固定する固定部材Ｃ２を側面に備え太陽電池支持体Ｄ２の側面上部に太陽光パネルＢを接続する金物Ｃ６を太陽電池支持体Ｄ２側面より金物を横に出し取付、金物Ｃ６の上部に太陽光パネルＢを展開固定するボルトＣ４を設け
太陽光パネルＢの側面の金物Ｂ２と接続した正面と側面の図である。FIG. 9 shows the configuration of a movable solar panel mount (front and side views of solar cell support D2 upper part and solar panel B connection) provided with a capacitor.
The solar cell support D2 includes a metal member C6 that includes a fixing member C2 for fixing the solar cell support D2 on the side surface and connects the solar panel B to the upper side surface of the solar cell support D2 from the side surface of the solar cell support D2. Is a front view and a side view in which a bolt C4 for deploying and fixing the solar panel B is provided on the upper part of the metal object C6 and connected to the metal object B2 on the side surface of the solar panel B.
図１０は、蓄電器を備えた可動式太陽光パネル架台（太陽電池支持体Ｄ１上部と太陽光パネルＢ接続の正面と側面図）の構成を示す。
太陽電池支持体Ｄ１には、太陽電池支持体Ｄ１を固定する固定部材
Ｃ１を側面に備え太陽電池支持体Ｄ１の側面上部に太陽光パネルＢを接続する金物Ｃ５を太陽電池支持体Ｄ１側面より金物を横に出し取付、金物Ｃ５の上部に太陽光パネルＢを展開固定するボルトＣ３を設け
太陽光パネルＢの側面の金物Ｂ２と接続した正面と側面の図である。FIG. 10 shows the configuration of a movable solar panel mount (front and side views of solar cell support D1 upper part and solar panel B connection) provided with a capacitor.
The solar cell support D1 has a fixing member C1 for fixing the solar cell support D1 on the side surface, and a hardware C5 for connecting the solar panel B to the upper side of the solar cell support D1 from the side of the solar cell support D1. Is a front view and a side view in which a bolt C3 for unfolding and fixing the solar panel B is provided on the upper part of the metal object C5 and connected to the metal object B2 on the side surface of the solar panel B.
図１１は、蓄電器を備えた可動式太陽光パネル架台（太陽電池支持体Ｄ２下部と連結金物Ｅ接続の正面と側面図）の構成を示す。
太陽電池支持体Ｄ２連結金物Ｅは、太陽電池支持体Ｄ２の側面に穴の開いた金物板Ｅ６を平行に取付、連結金物Ｅの取付部を挟み込み穴の開いた金物板Ｅ６と連結金物Ｅ取付部の穴を○ピンＥ６−２で貫き○ピンＥ６−２端部を割りピンＷで貫き開き○ピンＥ６−２が抜けないようにし太陽電池支持体Ｄ２連結金物Ｅの接続部が動く事を表した、正面と側面の図である。FIG. 11 shows a configuration of a movable solar panel gantry (a front and side view of a solar cell support D2 lower part and a connection hardware E connection) provided with a capacitor.
The solar cell support D2 connection metal fitting E is attached to the side of the solar cell support D2 in parallel with a metal plate E6 with a hole, sandwiching the attachment portion of the connection metal E, and a metal plate E6 with a hole and a connection metal fitting E attachment. ○ The hole of the part is penetrated with the pin E6-2 ○ The end of the pin E6-2 is penetrated with the split pin W ○ The connection part of the solar cell support D2 connecting hardware E is moved so that the pin E6-2 is not removed. It is the figure of the front and side which represented.
図１２は、蓄電器を備えた可動式太陽光パネル架台（太陽電池支持体Ｄ１下部と連結金物Ｅ接続の正面と側面図）の構成を示す。
太陽電池支持体Ｄ１連結金物Ｅは、太陽電池支持体Ｄ１の側面に穴の開いた金物板Ｅ７を平行に取付、連結金物Ｅの取付部を挟み込み穴の開いた金物板Ｅ７と連結金物Ｅ取付部の穴を○ピンＥ７−２で貫き○ピンＥ７−２端部を割りピンＷで貫き開き○ピンＥ７−２が抜けないようにし太陽電池支持体Ｄ１連結金物Ｅの接続部が動く事を表した、正面と側面の図である。FIG. 12 shows a configuration of a movable solar panel gantry (a front and side view of a solar cell support D1 lower part and a connection hardware E connection) provided with a capacitor.
The solar cell support D1 connection metal fitting E is attached to the side of the solar cell support D1 in parallel with a metal plate E7 with a hole, and sandwiches the attachment portion of the connection metal E with a metal plate E7 with a hole and a connection metal fitting E attachment. ○ Pin E7-2 through the hole ○ Pin E7-2 end through the split pin W Open ○ Pin E7-2 so that the connection part of the solar cell support D1 connection hardware E moves It is the figure of the front and side which represented.
Ａ 蓄電器を備えた事を特徴とした可動式太陽光パネル架台
Ａ１ 左支柱
Ａ２ 右支柱
Ａ３ 上部左ストッパー
Ａ４ 上部右ストッパー
Ａ５ 下部左ストッパー
Ａ６ 下部右ストッパー
Ａ７ 左 台座
Ａ８ 右 台座
Ｂ 太陽光パネル
Ｂ２ 太陽光パネルＢの側面の金物
Ｃ１ 左支柱太陽電池支持体固定部材
Ｃ２ 右支柱太陽電池支持体固定部材
Ｃ３ 左 太陽電池支持体と太陽光パネルを展開固定するボルト
Ｃ４ 右 太陽電池支持体と太陽光パネルを展開固定するボルト
Ｃ５ 左 太陽電池支持体と太陽光パネルＢを接続する金物
Ｃ６ 右 太陽電池支持体と太陽光パネルＢを接続する金物
Ｄ１ 左 太陽電池支持体
Ｄ２ 右 太陽電池支持体
Ｅ 太陽電池支持体Ｄ１と太陽電池支持体Ｄ２の連結金物
Ｅ１ 連結金物Ｅと可動金物Ｇ１の接続部
Ｅ１−２ ○ピン
Ｅ２ 可動金物Ｇ２と可動金物Ｇ１接続部
Ｅ２−２ ○ピン
Ｅ３ エアースプリングＧ３のロッド取付部と可動金物Ｇ２接続部
Ｅ３−２ ○ピン
Ｅ４ 左支柱Ａ１と可動金物Ｇ２接続部
Ｅ４−２ ○ピン
Ｅ５ 左支柱Ａ１とエアースプリングＧ３接続部
Ｅ５−２ ○ピン
Ｅ６ 太陽電池支持体Ｄ２下部と連結金物Ｅ接続部
Ｅ６−２ ○ピン
Ｅ７ 太陽電池支持体Ｄ２下部と連結金物Ｅ接続
Ｅ７−２ ○ピン
Ｆ１ 左支柱台座前方ロック式キャスター
Ｆ２ 左支柱台座後方ロック式キャスター
Ｆ３ 右支柱台座前方ロック式キャスター
Ｆ４ 右支柱台座後方ロック式キャスター
Ｇ１ 可動金物
Ｇ２ 可動金物
Ｇ３ エアースプリング
Ｈ１ 右支柱と台座の筋交
Ｈ２ 左支柱と台座の筋交
Ｈ３ 左支柱と右支柱を上部で固定する金物
Ｈ４ 左支柱と右支柱を下部で固定する金物
Ｗ 割りピン
Ｚ 蓄電器A Movable solar panel base A1 equipped with a capacitor A1 Left column A2 Right column A3 Upper left stopper A4 Upper right stopper A5 Lower left stopper A6 Lower right stopper A7 Left base A8 Right base B Solar panel B2 Sun Hardware C1 on the side of the light panel B Left column solar cell support fixing member C2 Right column solar cell support fixing member C3 Left Bolt C4 for unfolding and fixing the solar cell support and solar panel Right Solar cell support and solar panel Bolt C5 for unfolding and fixing the left solar cell support and solar panel B Hardware C6 right Hardware D1 for connecting solar cell support and solar panel B Left Solar cell support D2 Right Solar cell support E Solar cell Connecting metal E1 of support D1 and solar cell support D2 Connection E1-2 of connecting metal E and movable metal G1 Pin E2 Movable metal G2 Movable metal G1 connecting part E2-2 ○ Pin E3 Rod mounting part of air spring G3 and movable metal G2 connecting part E3-2 ○ Pin E4 Left strut A1 and movable metal G2 connecting part E4-2 ○ Pin E5 Left strut A1 and air Spring G3 connection E5-2 ○ Pin E6 Lower part of solar cell support D2 and connection hardware E connection E6-2 ○ Pin E7 Lower part of solar cell support D2 and connection hardware E connection E7-2 ○ Pin F1 Left column base forward lock Type caster F2 left column pedestal rear locking caster F3 right column pedestal front locking caster F4 right column pedestal rear locking caster G1 movable metal G2 movable metal G3 air spring H1 right column and pedestal muscle H2 left column and pedestal muscle Exchange H3 Hardware for fixing left and right struts at the top H4 Hardware for fixing left and right struts at the bottom W Split pin Z Capacitor
Claims (1)
前記台座に間隔を置いて立設されている２本の支柱と、
前記２本の支柱に摺動可能に取り付けられた太陽電池支持体と、
前記太陽電池支持体の摺動位置を、高さの異なる少なくとも２箇所に解除可能に固定する固定部材と、
前記太陽電池支持体に、傾斜角を変えることができるように軸支された太陽電池パネルと、
前記台座に対して前記太陽電池支持体を押し上げる方向に付勢するエアースプリングと、
前記太陽電池パネルにより生成された電力を蓄積する電池と、を備える可動式太陽光パネル架台。A pedestal with casters,
Two struts erected on the pedestal at an interval;
A solar cell support slidably attached to the two struts;
A fixing member for releasably fixing the sliding position of the solar cell support to at least two places having different heights;
A solar cell panel pivotally supported on the solar cell support so as to change an inclination angle;
An air spring that biases the solar cell support in a direction to push up the pedestal;
A movable solar panel mount comprising: a battery that stores electric power generated by the solar battery panel.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2016001600U JP3205571U (en) | 2016-03-18 | 2016-03-18 | Movable solar panel mount |
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| Application Number | Priority Date | Filing Date | Title |
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| JP2016001600U JP3205571U (en) | 2016-03-18 | 2016-03-18 | Movable solar panel mount |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2020073864A (en) * | 2017-12-29 | 2020-05-14 | 株式会社辰巳菱機 | Electrical equipment holding device, mobile rack of electrical equipment holding device |
| KR102524483B1 (en) * | 2022-08-26 | 2023-04-21 | 주식회사 가온이앤씨 | Reflecting apparatus for solar radiation |
-
2016
- 2016-03-18 JP JP2016001600U patent/JP3205571U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2020073864A (en) * | 2017-12-29 | 2020-05-14 | 株式会社辰巳菱機 | Electrical equipment holding device, mobile rack of electrical equipment holding device |
| KR102524483B1 (en) * | 2022-08-26 | 2023-04-21 | 주식회사 가온이앤씨 | Reflecting apparatus for solar radiation |
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