JP6848893B2 - Fixtures and radiant panel unit for radiant panel - Google Patents
Fixtures and radiant panel unit for radiant panel Download PDFInfo
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Description
本開示は、輻射パネル用の固定具と、固定具を備えた輻射パネルユニットとに関するものである。 The present disclosure relates to a fixture for a radiation panel and a radiation panel unit provided with the fixture.
特許文献1には、空気調和用の輻射パネル装置が開示されている。この輻射パネル装置は、建物の屋内空間に起立した姿勢で設置される。この輻射パネル装置には、熱媒体を流すための配管が設けられる。屋内空間を冷房する場合は、輻射パネル装置の配管に例えば冷水が供給され、屋内空間を暖房する場合は、輻射パネル装置の配管に例えば温水が供給される。 Patent Document 1 discloses a radiation panel device for air conditioning. This radiant panel device is installed in an upright posture in the indoor space of a building. The radiant panel device is provided with a pipe for flowing a heat medium. When cooling the indoor space, for example, cold water is supplied to the piping of the radiant panel device, and when heating the indoor space, for example, hot water is supplied to the piping of the radiant panel device.
輻射パネルを起立した姿勢で設置する場合は、輻射パネルの上端部を建物の天井スラブ等に固定する必要がある。しかし、特許文献1では、輻射パネルの上端部を建物に固定するための構造について、検討されていない。 When the radiant panel is installed in an upright position, it is necessary to fix the upper end of the radiant panel to the ceiling slab of the building or the like. However, Patent Document 1 does not study a structure for fixing the upper end portion of the radiation panel to the building.
本開示の目的は、輻射パネルを建物に固定する固定具と、その固定具を備えた輻射パネルユニットとを提供することにある。 An object of the present disclosure is to provide a fixture for fixing a radiation panel to a building and a radiation panel unit provided with the fixture.
本開示の第1の態様は、起立した姿勢で設置される空気調和用の輻射パネル(15)に取り付けられ、建物(90)に固定された支持部材(94)に上記輻射パネル(15)を連結する固定具を対象とし、上記輻射パネル(15)の上端部に取り付けられて該輻射パネル(15)から上方へ延びる柱状部(21)と、上記柱状部(21)の上部に配置されて上記支持部材(94)に連結される連結部(46,50)と、上記建物(90)の天井と上記輻射パネル(15)の間を塞ぐ目隠しボード(80)を保持するボード保持部(44)とを備えるものである。 The first aspect of the present disclosure is to attach the radiant panel (15) to a support member (94) fixed to a building (90), which is attached to a radiant panel (15) for air conditioning installed in an upright posture. Targeting the fixtures to be connected, the columnar portion (21) attached to the upper end portion of the radiation panel (15) and extending upward from the radiation panel (15) and the columnar portion (21) are arranged above the columnar portion (21). A board holding portion (44) that holds a connecting portion (46,50) connected to the support member (94) and a blindfold board (80) that closes between the ceiling of the building (90) and the radiation panel (15). ) And.
本開示の第4の態様は、起立した姿勢で設置される空気調和用の輻射パネル(15)と、上記輻射パネル(15)に取り付けられ、建物(90)に固定された支持部材(94)に上記輻射パネル(15)を連結する固定具(20)とを備える輻射パネルユニットを対象とする。そして、上記固定具(20)は、上記輻射パネル(15)の上端部に取り付けられて該輻射パネル(15)から上方へ延びる柱状部(21)と、上記柱状部(21)の上部に配置されて上記支持部材(94)に連結される連結部(46,50)と、上記建物(90)の天井と上記輻射パネル(15)の間を塞ぐ目隠しボード(80)を保持するボード保持部(44)とを備えるものである。 A fourth aspect of the present disclosure is a radiant panel (15) for air conditioning installed in an upright posture, and a support member (94) attached to the radiant panel (15) and fixed to a building (90). The target is a radiation panel unit provided with a fixture (20) for connecting the radiation panel (15) to the above. Then, the fixture (20) is attached to the upper end portion of the radiation panel (15) and is arranged on a columnar portion (21) extending upward from the radiation panel (15) and an upper portion of the columnar portion (21). A board holding portion that holds a connecting portion (46,50) that is connected to the support member (94) and a blindfold board (80) that closes between the ceiling of the building (90) and the radiation panel (15). It is provided with (44).
ここで、輻射パネル(15)の上端部に支持部材(94)を直接に連結する場合は、支持部材(94)に輻射パネル(15)を連結するためのナット等を取り付けるスペースを確保するのが困難で、支持部材(94)に輻射パネル(15)を連結するための作業が繁雑となるおそれがある。 Here, when the support member (94) is directly connected to the upper end of the radiation panel (15), a space for attaching a nut or the like for connecting the radiation panel (15) to the support member (94) is secured. Is difficult, and the work for connecting the radiation panel (15) to the support member (94) may become complicated.
これに対し、第1,第4の各態様では、輻射パネル(15)の上端部から上方へ延びる柱状部(21)の上部に連結部(46,50)が設けられ、建物(90)に固定された支持部材(94)に連結部(46,50)が連結される。つまり、支持部材(94)に連結される連結部(46,50)は、輻射パネル(15)の上端部から上方へ離れた位置に配置される。このため、支持部材(94)に固定具(20)の連結部(46,50)を連結するためのナット等を取り付けるスペースを充分に確保でき、支持部材(94)に固定具(20)を介して輻射パネル(15)を連結する作業に要する工数を削減できる。 On the other hand, in each of the first and fourth aspects, a connecting portion (46,50) is provided on the upper portion of the columnar portion (21) extending upward from the upper end portion of the radiation panel (15), and the building (90) is provided with a connecting portion (46,50). The connecting portion (46,50) is connected to the fixed support member (94). That is, the connecting portion (46,50) connected to the support member (94) is arranged at a position separated upward from the upper end portion of the radiation panel (15). Therefore, a sufficient space for attaching a nut or the like for connecting the connecting portion (46,50) of the fixture (20) to the support member (94) can be secured, and the fixture (20) can be attached to the support member (94). The man-hours required for the work of connecting the radiation panels (15) via the radio can be reduced.
また、床から天井までの距離は、建物(90)によって様々である。このため、輻射パネル(15)を起立した姿勢で設置する場合は、通常、輻射パネル(15)と天井の間に隙間ができる。そして、美観を保つために輻射パネル(15)と天井の隙間を目隠しボード(80)で塞ぐ場合は、目隠しボード(80)を脱落しないように保持する必要がある。 The distance from the floor to the ceiling varies depending on the building (90). Therefore, when the radiant panel (15) is installed in an upright posture, a gap is usually formed between the radiant panel (15) and the ceiling. When the gap between the radiation panel (15) and the ceiling is closed with a blindfold board (80) in order to maintain the aesthetic appearance, it is necessary to hold the blindfold board (80) so that it will not fall off.
そこで、第1,第4の各態様では、建物(90)に固定された支持部材(94)に輻射パネル(15)を連結する固定具(20)に、目隠しボード(80)を保持するボード保持部(44)を設けている。このため、輻射パネル(15)を建物(90)に固定するための固定具(20)が目隠しボード(80)を保持するための部材を兼ねることとなり、輻射パネル(15)を設置するための構造を簡素化できる。 Therefore, in each of the first and fourth aspects, a board that holds the blindfold board (80) to the fixture (20) that connects the radiation panel (15) to the support member (94) fixed to the building (90). A holding portion (44) is provided. Therefore, the fixture (20) for fixing the radiant panel (15) to the building (90) also serves as a member for holding the blindfold board (80), and for installing the radiant panel (15). The structure can be simplified.
本開示の第1の態様は、上記の構成に加えて、上記ボード保持部(44)は、上記目隠しボード(80)の左右方向の端部が嵌まる溝状の保持溝(45)を備えるものである。 In the first aspect of the present disclosure, in addition to the above configuration, the board holding portion (44) includes a groove-shaped holding groove (45) into which the left-right end portion of the blind board (80) is fitted. It is a thing.
第1の態様において、ボード保持部(44)は、その保持溝(45)に目隠しボード(80)の端部が嵌まることによって、目隠しボード(80)を保持する。 In the first aspect, the board holding portion (44) holds the blindfold board (80) by fitting the end portion of the blindfold board (80) into the holding groove (45).
本開示の第2の態様は、上記第1の態様において、上記ボード保持部(44)は、上記固定具における上記輻射パネル(15)の前面側と背面側のそれぞれに配置されるものである。 In the second aspect of the present disclosure, in the first aspect, the board holding portion (44) is arranged on the front side and the back side of the radiation panel (15) in the fixture, respectively. ..
ここで、輻射パネル(15)を間仕切り壁のように設置した場合は、輻射パネル(15)の前面と背面の両方が人の目に触れることになる。一方、第2の態様では、固定具(20)における輻射パネル(15)の前面側と背面側のそれぞれに、ボード保持部(44)が設けられる。従って、輻射パネル(15)を間仕切り壁のように設置する場合は、輻射パネル(15)の前面側と背面側の両方に目隠しボード(80)を設置でき、輻射パネルユニット(10)の美観を確保することが可能となる。 Here, when the radiant panel (15) is installed like a partition wall, both the front surface and the back surface of the radiant panel (15) are visible to human eyes. On the other hand, in the second aspect, a board holding portion (44) is provided on each of the front side and the back side of the radiation panel (15) in the fixture (20). Therefore, when the radiant panel (15) is installed like a partition wall, the blindfold board (80) can be installed on both the front side and the back side of the radiant panel (15), and the aesthetic appearance of the radiant panel unit (10) can be improved. It becomes possible to secure.
本開示の第3の態様は、上記第1又は第2の態様において、上記柱状部(21)は、下部が上記輻射パネル(15)に連結される第1部材(30)と、上部に上記連結部(46,50)が配置される第2部材(40)とを備え、上記第1部材(30)と上記第2部材(40)の相対的な位置を上下方向に変更可能に構成されるものである。 A third aspect of the present disclosure is that in the first or second aspect, the columnar portion (21) has a first member (30) whose lower portion is connected to the radiation panel (15) and an upper portion thereof. A second member (40) on which a connecting portion (46,50) is arranged is provided, and the relative positions of the first member (30) and the second member (40) can be changed in the vertical direction. It is a thing.
第3の態様では、固定具(20)の柱状部(21)が、第1部材(30)と第2部材(40)とを備える。第1部材(30)と第2部材(40)の相対的な位置を上下方向に変更すると、柱状部(21)の長さが変化する。柱状部(21)の長さが変化すると、輻射パネル(15)から連結部(46,50)までの距離が変化する。従って、輻射パネル(15)から支持部材(94)までの距離に応じて、輻射パネル(15)から連結部(46,50)までの距離を調節することが可能となり、支持部材(94)と連結部(46,50)の相対的な位置を調節するための作業に要する工数を削減できる。 In the third aspect, the columnar portion (21) of the fixture (20) includes a first member (30) and a second member (40). When the relative positions of the first member (30) and the second member (40) are changed in the vertical direction, the length of the columnar portion (21) changes. When the length of the columnar portion (21) changes, the distance from the radiation panel (15) to the connecting portion (46,50) changes. Therefore, it is possible to adjust the distance from the radiation panel (15) to the connecting portion (46,50) according to the distance from the radiation panel (15) to the support member (94). The man-hours required for the work to adjust the relative position of the connecting portion (46,50) can be reduced.
第4の態様では、空気調和用の輻射パネル(15)と、その輻射パネル(15)に取り付けられる固定具(20)とによって、輻射パネルユニット(10)が構成される。 In the fourth aspect, the radiation panel unit (10) is configured by the radiation panel (15) for air conditioning and the fixture (20) attached to the radiation panel (15).
本開示の第4の態様は、上記の構成に加えて、上記固定具(20)は、上記輻射パネル(15)の上端部における左右方向の一端寄りと他端寄りのそれぞれに一つずつ配置されるものである。 In the fourth aspect of the present disclosure, in addition to the above configuration, the fixture (20) is arranged one at one end and one near the other end in the left-right direction at the upper end of the radiation panel (15). Is to be done.
第4の態様では、輻射パネル(15)の上端部の二箇所に固定具(20)が取り付けられ、建物(90)に固定された支持部材(94)に各固定具(20)の連結部(46,50)が連結される。このため、輻射パネル(15)を建物(90)に確実に固定することが可能となる。 In the fourth aspect, the fixtures (20) are attached to two places at the upper end of the radiation panel (15), and the connecting portion of each fixture (20) is attached to the support member (94) fixed to the building (90). (46,50) are concatenated. Therefore, the radiation panel (15) can be securely fixed to the building (90).
本開示の第4の態様は、上記の構成に加えて、上記固定具(20)の上記連結部(46,50)は、上記柱状部(21)から上記輻射パネル(15)の左右方向の中央側に突出し、上記固定具(20)の上記ボード保持部(44)は、上記輻射パネル(15)の左右方向における上記連結部(46,50)の外側に配置され、上記目隠しボード(80)は、上記輻射パネル(15)の左右方向の一端寄りに配置された上記固定具(20)の上記ボード保持部(44)から、その他端寄りに配置された上記固定具(20)の上記ボード保持部(44)までに亘って設けられるものである。 In the fourth aspect of the present disclosure, in addition to the above configuration, the connecting portion (46,50) of the fixture (20) is located in the left-right direction from the columnar portion (21) to the radiation panel (15). The board holding portion (44) of the fixture (20) projecting toward the center is arranged outside the connecting portion (46,50) in the left-right direction of the radiation panel (15), and the blind board (80). ) Is from the board holding portion (44) of the fixture (20) arranged near one end in the left-right direction of the radiation panel (15) to the above-mentioned fixture (20) arranged near the other end. It is provided up to the board holding portion (44).
第4の態様では、輻射パネル(15)に取り付けられた二つの固定具(20)のそれぞれにおいて、連結部(46,50)が柱状部(21)から輻射パネル(15)の左右方向の中央に向かって突出する。つまり、輻射パネル(15)に取り付けられた二つの固定具(20)は、それぞれの連結部(46,50)の突端が互いに向かい合う姿勢となっている。また、各固定具(20)において、ボード保持部(44)は、輻射パネル(15)の左右方向における連結部(46,50)の外側に配置される。そして、目隠しボード(80)は、輻射パネル(15)の左右方向の一端寄りに配置された固定具(20)のボード保持部(44)から、その他端寄りに配置された固定具(20)のボード保持部(44)までに亘って設けられる。 In the fourth aspect, in each of the two fixtures (20) attached to the radiation panel (15), the connecting portion (46,50) is centered from the columnar portion (21) to the radiation panel (15) in the left-right direction. Protruding toward. That is, the two fixtures (20) attached to the radiation panel (15) are in a posture in which the tips of the respective connecting portions (46, 50) face each other. Further, in each fixture (20), the board holding portion (44) is arranged outside the connecting portion (46,50) in the left-right direction of the radiation panel (15). Then, the blindfold board (80) is transferred from the board holding portion (44) of the fixture (20) arranged near one end in the left-right direction of the radiation panel (15) to the fixture (20) arranged closer to the other end. It is provided up to the board holding portion (44) of the above.
本開示の第5の態様は、輻射パネルユニット(10)を対象とし、上記第3の態様の固定具(20)と、該固定具(20)が取り付けられて起立した姿勢で設置される空気調和用の輻射パネル(15)とを備え、上記固定具(20)は、上記輻射パネル(15)の上端部における左右方向の一端寄りと他端寄りのそれぞれに一つずつ配置され、上記固定具(20)の上記第1部材(30)と上記第2部材(40)は、上記輻射パネル(15)の左右方向に重なるように配置され、上記ボード保持部(44)は、上記第1部材(30)と上記第2部材(40)のうち上記輻射パネル(15)の左右方向の外側に配置された方に設けられるものである。 The fifth aspect of the present disclosure is intended for the radiation panel unit (10), and the fixture (20) of the third aspect and the air to which the fixture (20) is attached and installed in an upright posture. A radiant panel (15) for harmony is provided, and one fixture (20) is arranged at one end and one end in the left-right direction at the upper end of the radiant panel (15). The first member (30) and the second member (40) of the tool (20) are arranged so as to overlap each other in the left-right direction of the radiation panel (15), and the board holding portion (44) is the first member. It is provided on the side of the member (30) and the second member (40) that is arranged outside the radiation panel (15) in the left-right direction.
第5の態様では、輻射パネル(15)の上端部の二箇所に固定具(20)が取り付けられ、建物(90)に固定された支持部材(94)に各固定具(20)の連結部(46,50)が連結される。このため、輻射パネル(15)を建物(90)に確実に固定することが可能となる。 In the fifth aspect, the fixtures (20) are attached to two places at the upper end of the radiation panel (15), and the connecting portion of each fixture (20) is attached to the support member (94) fixed to the building (90). (46,50) are concatenated. Therefore, the radiation panel (15) can be securely fixed to the building (90).
また、第5の態様では、固定具(20)の第1部材(30)と第2部材(40)が、輻射パネル(15)の左右方向に重なるように配置され、更には、第1部材(30)と第2部材(40)のうち輻射パネル(15)の左右方向の外側に配置された方に、ボード保持部(44)が設けられる。このため、ボード保持部(44)に保持された目隠しボード(80)によって、第1部材(30)と第2部材(40)のうち輻射パネル(15)の左右方向の内側(即ち、輻射パネル(15)の左右方向の中央側)に配置された方を覆うことが可能となり、輻射パネルユニット(10)の美観を確保すること可能となる。 Further, in the fifth aspect , the first member (30) and the second member (40) of the fixture (20) are arranged so as to overlap each other in the left-right direction of the radiation panel (15), and further, the first member. A board holding portion (44) is provided on the side of (30) and the second member (40) that is arranged outside the radiation panel (15) in the left-right direction. Therefore, the blindfold board (80) held by the board holding portion (44) causes the radiation panel (15) of the first member (30) and the second member (40) to be inside the radiation panel (15) in the left-right direction (that is, the radiation panel). It is possible to cover the side arranged on the left-right central side of (15), and it is possible to secure the aesthetic appearance of the radiation panel unit (10).
《実施形態1》
実施形態1の輻射パネルユニット(10)について説明する。
<< Embodiment 1 >>
The radiation panel unit (10) of the first embodiment will be described.
図1に示すように、輻射パネルユニット(10)は、一つの空気調和用の輻射パネル(15)と、二つの固定具(20)とを備える。この輻射パネルユニット(10)は、建物(90)の屋内空間に、起立した姿勢で設置される。 As shown in FIG. 1, the radiation panel unit (10) includes one radiation panel (15) for air conditioning and two fixtures (20). The radiant panel unit (10) is installed in an upright posture in the indoor space of the building (90).
−輻射パネル−
輻射パネル(15)は、長方形のパネル状に形成される。詳しくは後述するが、固定具(20)は、輻射パネル(15)の上端部に取り付けられる。固定具(20)は、輻射パネル(15)の上端部の右端付近と左端付近に一つずつ配置される。なお、輻射パネル(15)は、その厚さ方向と直交する面の一方が前面で有り、他方が背面である。
-Radiation panel-
The radiation panel (15) is formed in the shape of a rectangular panel. As will be described in detail later, the fixture (20) is attached to the upper end of the radiation panel (15). One fixture (20) is arranged near the right end and one near the left end of the upper end of the radiation panel (15). The radiation panel (15) has one surface orthogonal to the thickness direction on the front surface and the other surface on the back surface.
輻射パネル(15)は、一つのパネル本体(17)と二本の支柱(16)とを備える。パネル本体(17)は、長方形のパネル状に形成される。パネル本体(17)は、押し出し成形によって所定の形状に成形されたアルミニウム製の部材である。図示しないが、パネル本体(17)には、熱媒体(例えば、冷媒や水など)を流すための配管が埋設される。支柱(16)は、長尺の棒状に形成され、パネル本体(17)の長辺に沿って配置される。 The radiation panel (15) includes one panel body (17) and two columns (16). The panel body (17) is formed in the shape of a rectangular panel. The panel body (17) is an aluminum member formed into a predetermined shape by extrusion molding. Although not shown, a pipe for flowing a heat medium (for example, a refrigerant or water) is embedded in the panel body (17). The columns (16) are formed in the shape of a long rod and are arranged along the long sides of the panel body (17).
−輻射パネルユニットの設置状態−
図1に示すように、輻射パネルユニット(10)は、建物(90)の屋内空間に、起立した姿勢(即ち、輻射パネル(15)の長辺が上下方向となる姿勢)で設置される。輻射パネルユニット(10)は、建物(90)の躯体(91)に固定される。具体的に、建物(90)の躯体(91)の一部である天井スラブ(92)には、吊りボルト(94)が取り付けられる。そして、輻射パネルユニット(10)は、その固定具(20)が吊りボルト(94)に連結される。また、図示しないが、輻射パネルユニット(10)の下端部は、アンカーボルトによって建物(90)の躯体(91)に固定される。
-Installation status of the radiation panel unit-
As shown in FIG. 1, the radiation panel unit (10) is installed in the indoor space of the building (90) in an upright posture (that is, a posture in which the long side of the radiation panel (15) is in the vertical direction). The radiation panel unit (10) is fixed to the skeleton (91) of the building (90). Specifically, hanging bolts (94) are attached to the ceiling slab (92), which is a part of the skeleton (91) of the building (90). Then, the fixture (20) of the radiation panel unit (10) is connected to the suspension bolt (94). Although not shown, the lower end of the radiation panel unit (10) is fixed to the skeleton (91) of the building (90) by anchor bolts.
図2にも示すように、輻射パネルユニット(10)には、輻射パネル(15)と建物(90)の天井パネル(93)との間を塞ぐための目隠しボード(80)が取り付けられる。目隠しボード(80)は、樹脂製の不透明な長方形板である。詳しくは後述するが、目隠しボード(80)は、その長辺が輻射パネル(15)の左右方向に延びる姿勢で、輻射パネル(15)の前面側と背面側に一枚ずつ配置される。 As also shown in FIG. 2, a blindfold board (80) for closing between the radiation panel (15) and the ceiling panel (93) of the building (90) is attached to the radiation panel unit (10). The blindfold board (80) is an opaque rectangular plate made of resin. As will be described in detail later, the blindfold board (80) is arranged one by one on the front side and the back side of the radiation panel (15) with its long side extending in the left-right direction of the radiation panel (15).
−固定具−
図3及び図4に示すように、輻射パネルユニット(10)に設けられた二つの固定具(20)は、それぞれが第1部材(30)と第2部材(40)とを備える。第1部材(30)と第2部材(40)のそれぞれは、金属板を板金加工によって所定の形状に形成した部材である。詳しくは後述するが、第1部材(30)と第2部材(40)は、ボルト(48)によって互いに連結される。なお、図3及び図4は、輻射パネルユニット(10)に目隠しボード(80)を取り付ける前の状態を示す。
-Fixing tool-
As shown in FIGS. 3 and 4, the two fixtures (20) provided on the radiation panel unit (10) each include a first member (30) and a second member (40). Each of the first member (30) and the second member (40) is a member obtained by forming a metal plate into a predetermined shape by sheet metal processing. As will be described in detail later, the first member (30) and the second member (40) are connected to each other by a bolt (48). Note that FIGS. 3 and 4 show a state before the blindfold board (80) is attached to the radiation panel unit (10).
〈第1部材〉
図5に示すように、第1部材(30)は、起立部(33)と基礎板部(31)とを備える。この第1部材(30)は、起立部(33)の長手方向が上下方向となる姿勢で、輻射パネル(15)の上端部に取り付けられる。
<First member>
As shown in FIG. 5, the first member (30) includes an upright portion (33) and a foundation plate portion (31). The first member (30) is attached to the upper end portion of the radiation panel (15) in a posture in which the longitudinal direction of the upright portion (33) is the vertical direction.
起立部(33)は、長辺に沿った側部が折れ曲がった板状に形成される。具体的に、起立部(33)は、一つの平板部(34)と、二つのリブ部(36)とによって構成される。平板部(34)は、長方形の平板状に形成される。この平板部(34)の長辺方向が、起立部(33)の長手方向である。リブ部(36)は、平板部(34)の各長辺に沿って一つずつ設けられる。リブ部(36)は、平板部(34)の長辺の全長に亘って形成され、平板部(34)の長辺から平板部(34)と直行する方向へ延びる。 The upright portion (33) is formed in the shape of a plate in which the side portion along the long side is bent. Specifically, the upright portion (33) is composed of one flat plate portion (34) and two rib portions (36). The flat plate portion (34) is formed in the shape of a rectangular flat plate. The long side direction of the flat plate portion (34) is the longitudinal direction of the upright portion (33). One rib portion (36) is provided along each long side of the flat plate portion (34). The rib portion (36) is formed over the entire length of the long side of the flat plate portion (34), and extends in a direction orthogonal to the flat plate portion (34) from the long side of the flat plate portion (34).
起立部(33)の平板部(34)には、二つの雌ねじ孔(35)が形成される。この雌ねじ孔(35)は、平板部(34)の幅方向の中心線上に、所定のピッチで配置される。これら二つの雌ねじ孔(35)のピッチ(即ち、各雌ねじ孔(35)の中心軸の距離)は、後述する第2部材(40)の貫通孔(43)のピッチ(即ち、隣り合う貫通孔(43)の中心軸の距離)の整数倍(本実施形態では2倍)である。また、起立部(33)の各リブ部(36)には、二つの雌ねじ孔(37)が形成される。各リブ部(36)において、雌ねじ孔(37)は、リブ部(36)の上端付近と下端付近に一つずつ形成される。 Two female screw holes (35) are formed in the flat plate portion (34) of the upright portion (33). The female screw holes (35) are arranged at a predetermined pitch on the center line in the width direction of the flat plate portion (34). The pitch of these two female screw holes (35) (that is, the distance between the central axes of each female screw hole (35)) is the pitch of the through holes (43) of the second member (40) described later (that is, adjacent through holes). It is an integral multiple (double in this embodiment) of (distance of the central axis of (43)). Further, two female screw holes (37) are formed in each rib portion (36) of the upright portion (33). In each rib portion (36), one female screw hole (37) is formed near the upper end and one near the lower end of the rib portion (36).
基礎板部(31)は、起立部(33)の平板部(34)の下端に連続して形成された平板状の部分である。この基礎板部(31)は、起立部(33)の平板部(34)の下端から、平板部(34)と実質的に直交する方向へ延びる。また、基礎板部(31)は、平板部(34)に対するリブ部(36)の突出方向と同じ方向へ突出する。基礎板部(31)は、平板部(34)寄りの基端部の幅に比べて、突端部の幅が広い。基礎板部(31)の突端部には、二つの貫通孔(32)が形成される。基礎板部(31)において、二つの貫通孔(32)は、基礎板部(31)の幅方向に並んでいる。 The foundation plate portion (31) is a flat plate-like portion continuously formed at the lower end of the flat plate portion (34) of the upright portion (33). The foundation plate portion (31) extends from the lower end of the flat plate portion (34) of the upright portion (33) in a direction substantially orthogonal to the flat plate portion (34). Further, the base plate portion (31) projects in the same direction as the rib portion (36) with respect to the flat plate portion (34). The width of the tip portion of the foundation plate portion (31) is wider than the width of the base end portion closer to the flat plate portion (34). Two through holes (32) are formed at the tip of the foundation plate (31). In the foundation plate portion (31), the two through holes (32) are arranged in the width direction of the foundation plate portion (31).
図3及び図4に示すように、第1部材(30)は、基礎板部(31)の底面が輻射パネル(15)と接する姿勢で配置される。また、第1部材(30)は、基礎板部(31)が輻射パネル(15)の幅方向(左右方向)の中央側を向く姿勢で配置される。そして、第1部材(30)は、基礎板部(31)の各貫通孔(32)に挿し通されたボルト(38)によって、輻射パネル(15)に固定される。この状態で、第1部材(30)は、起立部(33)が輻射パネル(15)から上方へ延びる姿勢となる。 As shown in FIGS. 3 and 4, the first member (30) is arranged so that the bottom surface of the base plate portion (31) is in contact with the radiation panel (15). Further, the first member (30) is arranged in a posture in which the base plate portion (31) faces the center side in the width direction (horizontal direction) of the radiation panel (15). Then, the first member (30) is fixed to the radiation panel (15) by the bolts (38) inserted into the through holes (32) of the base plate portion (31). In this state, the first member (30) is in a posture in which the standing portion (33) extends upward from the radiation panel (15).
〈第2部材〉
図6に示すように、第2部材(40)は、本体部(41)と,ブラケット部(46)とを備える。この第2部材(40)は、本体部(41)の長手方向が上下方向となる姿勢で、第1部材(30)に取り付けられる。
<Second member>
As shown in FIG. 6, the second member (40) includes a main body portion (41) and a bracket portion (46). The second member (40) is attached to the first member (30) in a posture in which the longitudinal direction of the main body portion (41) is in the vertical direction.
本体部(41)は、比較的長尺の部材である。この本体部(41)は、一つの中央板部(42)と、二つの溝型部(44)とを備える。 The main body (41) is a relatively long member. The main body portion (41) includes one central plate portion (42) and two groove-shaped portions (44).
中央板部(42)は、比較的長尺の長方形板状の部分である。この中央板部(42)の長辺方向が、本体部(41)の長手方向である。中央板部(42)には、複数(本実施形態では七つ)の貫通孔(43)が形成される。貫通孔(43)は、中央板部(42)の幅方向の中心線上に、所定のピッチで配置される。 The central plate portion (42) is a relatively long rectangular plate-shaped portion. The long side direction of the central plate portion (42) is the longitudinal direction of the main body portion (41). A plurality of (seven in this embodiment) through holes (43) are formed in the central plate portion (42). The through holes (43) are arranged at a predetermined pitch on the center line in the width direction of the central plate portion (42).
溝型部(44)は、中央板部(42)の各長辺に沿って一つずつ形成される。溝型部(44)は、断面がU字状の細長い部分であり、中央板部(42)の長辺に連続して形成される。また、溝型部(44)は、中央板部(42)の長辺の全長に亘って形成される。各溝型部(44)は、中央板部(42)に対して同じ方向へ窪んでいる。詳しくは後述するが、溝型部(44)は、目隠しボード(80)を保持するボード保持部を構成する。また、溝型部(44)は、目隠しボード(80)の端部が嵌まり込む保持溝(45)を形成する。 The groove type portion (44) is formed one by one along each long side of the central plate portion (42). The groove-shaped portion (44) is an elongated portion having a U-shaped cross section, and is formed continuously on the long side of the central plate portion (42). Further, the groove type portion (44) is formed over the entire length of the long side of the central plate portion (42). Each groove type portion (44) is recessed in the same direction with respect to the central plate portion (42). As will be described in detail later, the groove type portion (44) constitutes a board holding portion for holding the blindfold board (80). Further, the groove type portion (44) forms a holding groove (45) into which the end portion of the blindfold board (80) is fitted.
ブラケット部(46)は、本体部(41)の中央板部(42)の上端に連続して形成された長方形板状の部分である。ブラケット部(46)は、中央板部(42)の上端から中央板部(42)と実質的に直交する方向へ突出する。ブラケット部(46)は、一方の短辺に沿った部分が中央板部(42)の上端に連続する。また、ブラケット部(46)は、両方の長辺に沿った部分が下方へ折れ曲がっている。 The bracket portion (46) is a rectangular plate-shaped portion continuously formed at the upper end of the central plate portion (42) of the main body portion (41). The bracket portion (46) projects from the upper end of the central plate portion (42) in a direction substantially orthogonal to the central plate portion (42). The portion of the bracket portion (46) along one short side is continuous with the upper end of the central plate portion (42). Further, the bracket portion (46) is bent downward along both long sides.
ブラケット部(46)は、固定具(20)を吊りボルト(94)と連結するための連結部を構成する。このブラケット部(46)には、吊りボルト(94)を挿し通すための切り込み(47)が形成される。切り込み(47)は、ブラケット部(46)をその厚さ方向に貫通する。切り込み(47)は、ブラケット部(46)の一方の長辺から、ブラケット部(46)の幅方向(短辺方向)の中央部へ向かって延びる。また、切り込み(47)は、ブラケット部(46)の幅方向の中央部に位置する部分が、ブラケット部(46)の長手方向に延びる長円形となっている。 The bracket portion (46) constitutes a connecting portion for connecting the fixture (20) to the suspension bolt (94). A notch (47) for inserting a hanging bolt (94) is formed in the bracket portion (46). The notch (47) penetrates the bracket portion (46) in the thickness direction. The notch (47) extends from one long side of the bracket portion (46) toward the central portion in the width direction (short side direction) of the bracket portion (46). Further, the notch (47) has an oval shape in which a portion located at the center of the bracket portion (46) in the width direction extends in the longitudinal direction of the bracket portion (46).
図3及び図4に示すように、第2部材(40)は、本体部(41)の長手方向が上下方向となる姿勢で、本体部(41)が第1部材(30)の起立部(33)に沿うように配置される。つまり、第2部材(40)は、本体部(41)が第1部材(30)の起立部(33)と重なるように配置される。また、第2部材(40)は、第1部材(30)の起立部(33)に対して、第1部材(30)の基礎板部(31)の突出方向とは逆側に配置される。更に、第2部材(40)は、ブラケット部(46)が第1部材(30)側へ突出する姿勢で配置される。 As shown in FIGS. 3 and 4, the second member (40) is in a posture in which the longitudinal direction of the main body (41) is in the vertical direction, and the main body (41) is the upright portion (30) of the first member (30). It is arranged along 33). That is, the second member (40) is arranged so that the main body portion (41) overlaps the standing portion (33) of the first member (30). Further, the second member (40) is arranged on the side opposite to the protruding direction of the base plate portion (31) of the first member (30) with respect to the upright portion (33) of the first member (30). .. Further, the second member (40) is arranged in a posture in which the bracket portion (46) projects toward the first member (30).
第2部材(40)は、二本のボルト(48)によって第1部材(30)に連結される。第2部材(40)と第1部材(30)を連結するボルト(48)は、第2部材(40)の本体部(41)の貫通孔(43)に挿し通され、第1部材(30)の起立部(33)に形成された雌ねじ孔(35)に嵌まり込む。本実施形態の固定具(20)では、起立部(33)を有する第1部材(30)と、本体部(41)を有する第2部材(40)とが、ボルト(48)によって互いに連結されて柱状部(21)を構成する。 The second member (40) is connected to the first member (30) by two bolts (48). The bolt (48) connecting the second member (40) and the first member (30) is inserted into the through hole (43) of the main body portion (41) of the second member (40), and the first member (30) is inserted. ) Is fitted into the female screw hole (35) formed in the upright portion (33). In the fixture (20) of the present embodiment, the first member (30) having the upright portion (33) and the second member (40) having the main body portion (41) are connected to each other by bolts (48). Consists of a columnar portion (21).
また、上述したように、第2部材(40)では、連結部を構成するブラケット部(46)が本体部(41)と一体に形成される。従って、本実施形態の固定具(20)では、連結部を構成するブラケット部(46)が、柱状部(21)と一体となっている。 Further, as described above, in the second member (40), the bracket portion (46) constituting the connecting portion is integrally formed with the main body portion (41). Therefore, in the fixture (20) of the present embodiment, the bracket portion (46) constituting the connecting portion is integrated with the columnar portion (21).
〈柱状部の長さ調節〉
本実施形態の固定具(20)は、第1部材(30)と第2部材(40)の相対的な位置を上下方向に変更することによって、柱状部(21)の長さを変更可能である。
<Adjusting the length of the columnar part>
In the fixture (20) of the present embodiment, the length of the columnar portion (21) can be changed by changing the relative positions of the first member (30) and the second member (40) in the vertical direction. is there.
具体的に、本実施形態の固定具(20)では、第2部材(40)を第1部材(30)にボルト(48)で固定する際に、ボルト(48)を挿し通す貫通孔(43)を変更することによって、第1部材(30)と第2部材(40)の相対的な位置を変更できる。図4は、柱状部(21)の長さが最も短い状態を示す。この図4に示す状態において、第2部材(40)の本体部(41)では、一番上に位置する貫通孔(43)と、上から3番目の貫通孔(43)とに、ボルト(48)が挿し通される。一方、図7は、柱状部(21)の長さを最短から一段階だけ延ばした状態を示す。この図7に示す状態において、第2部材(40)の本体部(41)では、上から2番目の貫通孔(43)と、上から4番目の貫通孔(43)とに、ボルト(48)が挿し通される。 Specifically, in the fixture (20) of the present embodiment, when the second member (40) is fixed to the first member (30) with a bolt (48), a through hole (43) through which the bolt (48) is inserted is inserted. ) Can be changed to change the relative positions of the first member (30) and the second member (40). FIG. 4 shows a state in which the length of the columnar portion (21) is the shortest. In the state shown in FIG. 4, in the main body portion (41) of the second member (40), a bolt ( 48) is inserted. On the other hand, FIG. 7 shows a state in which the length of the columnar portion (21) is extended by one step from the shortest. In the state shown in FIG. 7, in the main body portion (41) of the second member (40), bolts (48) are formed in the second through hole (43) from the top and the fourth through hole (43) from the top. ) Is inserted.
〈輻射パネルユニットにおける固定具の配置〉
図2及び図8に示すように、固定具(20)は、輻射パネル(15)の幅方向(左右方向)の一端部と他端部に一つずつ配置される。各固定具(20)は、輻射パネル(15)の幅方向において第2部材(40)が第1部材(30)の外側に位置する姿勢で、輻射パネル(15)に取り付けられる。この状態において、各固定具(20)のブラケット部(46)は、第2部材(40)の本体部(41)から輻射パネル(15)の幅方向の中央へ向かって突出する。
<Arrangement of fixtures in the radiation panel unit>
As shown in FIGS. 2 and 8, one fixture (20) is arranged at one end and one end of the radiation panel (15) in the width direction (left-right direction). Each fixture (20) is attached to the radiation panel (15) in a posture in which the second member (40) is located outside the first member (30) in the width direction of the radiation panel (15). In this state, the bracket portion (46) of each fixture (20) projects from the main body portion (41) of the second member (40) toward the center in the width direction of the radiation panel (15).
上述したように、固定具(20)の第2部材(40)の本体部(41)では、中央板部(42)の両方の長辺に沿って溝型部(44)が形成されている。従って、図8に示すように、固定具(20)では、輻射パネル(15)の前面側(正面側)と背面側のそれぞれに、ボード保持部を構成する溝型部(44)が配置される。また、輻射パネル(15)に取り付けられた各固定具(20)では、それぞれの溝型部(44)が互いに向かい合い、溝型部(44)によって形成された保持溝(45)が輻射パネル(15)の幅方向の中央へ向かって開口する。 As described above, in the main body portion (41) of the second member (40) of the fixture (20), a groove-shaped portion (44) is formed along both long sides of the central plate portion (42). .. Therefore, as shown in FIG. 8, in the fixture (20), groove-shaped portions (44) constituting the board holding portion are arranged on the front side (front side) and the back side of the radiation panel (15), respectively. Radiation. Further, in each fixture (20) attached to the radiation panel (15), the groove-shaped portions (44) face each other, and the holding groove (45) formed by the groove-shaped portion (44) is the radiation panel (45). 15) Open toward the center in the width direction.
〈固定具に対する目隠しボードの取り付け〉
上述したように、輻射パネルユニット(10)には、輻射パネル(15)と建物(90)の天井パネル(93)との間を塞ぐための目隠しボード(80)が取り付けられる(図1及び図2を参照)。
<Attachment of blindfold board to fixture>
As described above, the radiant panel unit (10) is attached with a blindfold board (80) for closing between the radiant panel (15) and the ceiling panel (93) of the building (90) (FIGS. 1 and 1). See 2).
図8に示すように、目隠しボード(80)は、輻射パネル(15)の前面側(正面側)と背面側に一枚ずつ設けられる。長方形板状の目隠しボード(80)は、長手方向の端部(即ち、短辺に沿った部分)が、固定具(20)の溝型部(44)によって形成された保持溝(45)に嵌まり込む。つまり、目隠しボード(80)は、右端部が一方の固定具(20)の保持溝(45)に嵌まり込み、左端部が他方の固定具(20)の保持溝(45)に嵌まり込む。このように、目隠しボード(80)は、その端部が固定具(20)の保持溝(45)に嵌まり込むことによって、固定具(20)に保持される。 As shown in FIG. 8, one blindfold board (80) is provided on the front side (front side) and one on the back side of the radiation panel (15). The rectangular plate-shaped blindfold board (80) has a longitudinal end (ie, a portion along the short side) in a holding groove (45) formed by a grooved portion (44) of the fixture (20). It fits in. That is, the right end of the blindfold board (80) fits into the holding groove (45) of one fixture (20), and the left end fits into the holding groove (45) of the other fixture (20). .. In this way, the blindfold board (80) is held by the fixture (20) by fitting its end into the holding groove (45) of the fixture (20).
目隠しボード(80)は、ビス(81)によって、固定具(20)の第1部材(30)に固定される。このビス(81)は、目隠しボード(80)を貫通して、第1部材(30)の起立部(33)のリブ部(36)に形成された雌ねじ孔(37)に嵌まり込む。目隠しボード(80)を輻射パネルユニット(10)に取り付ける際は、目隠しボード(80)の端部を固定具(20)の保持溝(45)に嵌め込むことによって目隠しボード(80)を固定具(20)に保持させ、その後にビス(81)を締め込むことによって目隠しボード(80)を固定具(20)に固定する。 The blindfold board (80) is fixed to the first member (30) of the fixture (20) by a screw (81). The screw (81) penetrates the blindfold board (80) and fits into the female screw hole (37) formed in the rib portion (36) of the upright portion (33) of the first member (30). When attaching the blindfold board (80) to the radiation panel unit (10), the blindfold board (80) is fixed by fitting the end of the blindfold board (80) into the holding groove (45) of the fixture (20). The blindfold board (80) is fixed to the fixture (20) by holding it in (20) and then tightening the screw (81).
〈固定具と吊りボルトの連結状態〉
上述したように、輻射パネル(15)に取り付けられた各固定具(20)は、建物(90)の天井スラブ(92)に取り付けられた吊りボルト(94)に連結される(図2を参照)。支持部材である吊りボルト(94)は、固定具(20)のブラケット部(46)に形成された切り込み(47)に挿し通される。この状態において、吊りボルト(94)は、切り込み(47)のうち長円形に形成された部分を貫通する。そして、固定具(20)は、吊りボルト(94)に取り付けられたナット(95)を締め込むことによって、吊りボルト(94)と連結される。
<Connected state of fixture and hanging bolt>
As mentioned above, each fixture (20) attached to the radiation panel (15) is connected to a hanging bolt (94) attached to the ceiling slab (92) of the building (90) (see FIG. 2). ). The suspension bolt (94), which is a support member, is inserted into a notch (47) formed in the bracket portion (46) of the fixture (20). In this state, the suspension bolt (94) penetrates the oval-shaped portion of the notch (47). Then, the fixture (20) is connected to the suspension bolt (94) by tightening the nut (95) attached to the suspension bolt (94).
−実施形態の効果−
本実施形態の輻射パネルユニット(10)は、起立した姿勢で設置される空気調和用の輻射パネル(15)に取り付けられ、建物(90)に固定された吊りボルト(94)に輻射パネル(15)を連結する固定具(20)を備える。この固定具(20)は、輻射パネル(15)の上端部に取り付けられて輻射パネル(15)から上方へ延びる柱状部(21)と、柱状部(21)の上部に配置されて吊りボルト(94)に連結されるブラケット部(46)と、建物(90)の天井パネル(93)と輻射パネル(15)の間を塞ぐ目隠しボード(80)を保持する溝型部(44)とを備える。
-Effect of embodiment-
The radiant panel unit (10) of the present embodiment is attached to a radiant panel (15) for air conditioning installed in an upright posture, and is attached to a hanging bolt (94) fixed to a building (90) to a radiant panel (15). ) Is provided with a fixture (20) for connecting. This fixture (20) is attached to the upper end of the radiation panel (15) and extends upward from the radiation panel (15) to a columnar portion (21) and a hanging bolt (20) arranged above the columnar portion (21). It is provided with a bracket portion (46) connected to 94) and a groove-shaped portion (44) for holding a blindfold board (80) that closes between the ceiling panel (93) and the radiation panel (15) of the building (90). ..
ここで、輻射パネル(15)の上端部に吊りボルト(94)を直接に連結する場合は、吊りボルト(94)に輻射パネル(15)を連結するためのナット等を取り付けるスペースを確保するのが困難で、吊りボルト(94)に輻射パネル(15)を連結するための作業が繁雑となるおそれがある。 Here, when the hanging bolt (94) is directly connected to the upper end of the radiation panel (15), a space for attaching a nut or the like for connecting the radiation panel (15) to the hanging bolt (94) is secured. Is difficult, and the work for connecting the radiation panel (15) to the hanging bolt (94) may become complicated.
これに対し、本実施形態では、輻射パネル(15)の上端部から上方へ延びる柱状部(21)の上部にブラケット部(46)が設けられ、建物(90)に固定された吊りボルト(94)にブラケット部(46)が連結される。つまり、吊りボルト(94)に連結されるブラケット部(46)は、輻射パネル(15)の上端部から上方へ離れた位置に配置される。このため、吊りボルト(94)に固定具(20)のブラケット部(46)を連結するためのナット(95)を取り付けるスペースを充分に確保でき、吊りボルト(94)に固定具(20)を介して輻射パネル(15)を連結する作業に要する工数を削減できる。 On the other hand, in the present embodiment, a bracket portion (46) is provided on the upper portion of the columnar portion (21) extending upward from the upper end portion of the radiation panel (15), and a hanging bolt (94) fixed to the building (90). ) Is connected to the bracket portion (46). That is, the bracket portion (46) connected to the suspension bolt (94) is arranged at a position separated upward from the upper end portion of the radiation panel (15). Therefore, a sufficient space for attaching the nut (95) for connecting the bracket portion (46) of the fixture (20) to the suspension bolt (94) can be secured, and the fixture (20) can be attached to the suspension bolt (94). The man-hours required for the work of connecting the radiation panels (15) via the radio can be reduced.
また、床から天井パネル(93)までの距離は、建物(90)によって様々である。このため、輻射パネル(15)を起立した姿勢で設置する場合は、通常、輻射パネル(15)と天井の間に隙間ができる。そして、美観を保つために輻射パネル(15)と天井パネル(93)の隙間を目隠しボード(80)で塞ぐ場合は、目隠しボード(80)を脱落しないように保持する必要がある。 The distance from the floor to the ceiling panel (93) varies depending on the building (90). Therefore, when the radiant panel (15) is installed in an upright posture, a gap is usually formed between the radiant panel (15) and the ceiling. When the gap between the radiation panel (15) and the ceiling panel (93) is closed with the blindfold board (80) in order to maintain the aesthetic appearance, it is necessary to hold the blindfold board (80) so that it does not fall off.
そこで、本実施形態では、吊りボルト(94)に輻射パネル(15)を連結する固定具(20)に、目隠しボード(80)を保持する溝型部(44)を設けている。このため、輻射パネル(15)を建物(90)に固定するための固定具(20)が目隠しボード(80)を保持するための部材を兼ねることとなり、輻射パネル(15)を設置するための構造を簡素化できる。 Therefore, in the present embodiment, the fixture (20) for connecting the radiation panel (15) to the hanging bolt (94) is provided with a groove type portion (44) for holding the blindfold board (80). Therefore, the fixture (20) for fixing the radiant panel (15) to the building (90) also serves as a member for holding the blindfold board (80), and for installing the radiant panel (15). The structure can be simplified.
また、本実施形態の固定具(20)では、目隠しボード(80)を保持する溝型部(44)が、固定具(20)における輻射パネル(15)の前面側と背面側のそれぞれに配置される。 Further, in the fixture (20) of the present embodiment, the groove type portion (44) for holding the blindfold board (80) is arranged on the front side and the back side of the radiation panel (15) in the fixture (20), respectively. Will be done.
ここで、輻射パネル(15)を間仕切り壁のように設置した場合は、輻射パネル(15)の前面と背面の両方が人の目に触れることになる。一方、本実施形態では、固定具(20)における輻射パネル(15)の前面側と背面側のそれぞれに、目隠しボード(80)を保持する溝型部(44)が設けられる。従って、輻射パネル(15)を間仕切り壁のように設置する場合は、輻射パネル(15)の前面側と背面側の両方に目隠しボード(80)を設置でき、輻射パネルユニット(10)の美観を確保することが可能となる。 Here, when the radiant panel (15) is installed like a partition wall, both the front surface and the back surface of the radiant panel (15) are visible to human eyes. On the other hand, in the present embodiment, a groove type portion (44) for holding the blindfold board (80) is provided on each of the front side and the back side of the radiation panel (15) in the fixture (20). Therefore, when the radiant panel (15) is installed like a partition wall, the blindfold board (80) can be installed on both the front side and the back side of the radiant panel (15), and the aesthetic appearance of the radiant panel unit (10) can be improved. It becomes possible to secure.
また、本実施形態の固定具(20)において、溝型部(44)は、目隠しボード(80)の左右方向の端部が嵌まる溝状の保持溝(45)を形成する。そして、溝型部(44)は、保持溝(45)に目隠しボード(80)の端部が嵌まることによって、目隠しボード(80)を保持する。 Further, in the fixture (20) of the present embodiment, the groove type portion (44) forms a groove-shaped holding groove (45) into which the left-right end portion of the blindfold board (80) is fitted. Then, the groove mold portion (44) holds the blindfold board (80) by fitting the end portion of the blindfold board (80) into the holding groove (45).
また、本実施形態の固定具(20)において、柱状部(21)は、下部が輻射パネル(15)に連結される第1部材(30)と、上部にブラケット部(46)が配置される第2部材(40)とを備え、第1部材(30)と第2部材(40)の相対的な位置を上下方向に変更可能に構成される。 Further, in the fixture (20) of the present embodiment, the columnar portion (21) is arranged with a first member (30) whose lower portion is connected to the radiation panel (15) and a bracket portion (46) at the upper portion. A second member (40) is provided, and the relative positions of the first member (30) and the second member (40) can be changed in the vertical direction.
第1部材(30)と第2部材(40)の相対的な位置を上下方向に変更すると、柱状部(21)の長さが変化する。柱状部(21)の長さが変化すると、輻射パネル(15)からブラケット部(46)までの距離が変化する。従って、輻射パネル(15)から吊りボルト(94)までの距離に応じて、輻射パネル(15)からブラケット部(46)までの距離を調節することが可能となり、吊りボルト(94)とブラケット部(46)の相対的な位置を調節するための作業に要する工数を削減できる。 When the relative positions of the first member (30) and the second member (40) are changed in the vertical direction, the length of the columnar portion (21) changes. When the length of the columnar portion (21) changes, the distance from the radiation panel (15) to the bracket portion (46) changes. Therefore, the distance from the radiation panel (15) to the bracket portion (46) can be adjusted according to the distance from the radiation panel (15) to the suspension bolt (94), and the suspension bolt (94) and the bracket portion can be adjusted. The man-hours required for the work for adjusting the relative position of (46) can be reduced.
また、本実施形態の固定具(20)において、ブラケット部(46)は、第2部材(40)の本体部(41)と一体に構成される。このため、固定具(20)を構成する部品の数を削減でき、固定具(20)の構造を簡素化できる。 Further, in the fixture (20) of the present embodiment, the bracket portion (46) is integrally formed with the main body portion (41) of the second member (40). Therefore, the number of parts constituting the fixture (20) can be reduced, and the structure of the fixture (20) can be simplified.
また、本実施形態の輻射パネルユニット(10)において、固定具(20)は、輻射パネル(15)の上端部における左右方向の一端寄りと他端寄りのそれぞれに一つずつ配置される。このため、輻射パネル(15)を左右方向の二箇所で吊りボルト(94)と連結することができ、輻射パネル(15)を建物(90)に確実に固定することが可能となる。 Further, in the radiation panel unit (10) of the present embodiment, one fixture (20) is arranged at one end and one end in the left-right direction at the upper end of the radiation panel (15). Therefore, the radiation panel (15) can be connected to the suspension bolts (94) at two points in the left-right direction, and the radiation panel (15) can be securely fixed to the building (90).
また、本実施形態の輻射パネルユニット(10)において、固定具(20)のブラケット部(46)は、柱状部(21)から輻射パネル(15)の左右方向の中央側に突出する。輻射パネル(15)に取り付けられた二つの固定具(20)は、それぞれのブラケット部(46)の突端が互いに向かい合う姿勢となる。 Further, in the radiation panel unit (10) of the present embodiment, the bracket portion (46) of the fixture (20) projects from the columnar portion (21) toward the center side of the radiation panel (15) in the left-right direction. The two fixtures (20) attached to the radiation panel (15) are in a posture in which the tips of the respective brackets (46) face each other.
また、本実施形態の輻射パネルユニット(10)において、固定具(20)は、輻射パネル(15)の上端部における左右方向の一端寄りと他端寄りのそれぞれに一つずつ配置され、固定具(20)の第1部材(30)と第2部材(40)は、輻射パネル(15)の左右方向に重なるように配置され、溝型部(44)は、輻射パネル(15)の左右方向の外側に配置された第2部材(40)に設けられる。 Further, in the radiation panel unit (10) of the present embodiment, one fixture (20) is arranged at the upper end portion of the radiation panel (15), one at one end and one at the other end in the left-right direction. The first member (30) and the second member (40) of (20) are arranged so as to overlap each other in the left-right direction of the radiation panel (15), and the groove-shaped portion (44) is arranged in the left-right direction of the radiation panel (15). It is provided on the second member (40) arranged on the outside of the.
本実施形態の固定具(20)では、第1部材(30)と第2部材(40)が輻射パネル(15)の左右方向に重なるように配置され、更には、輻射パネル(15)の左右方向の外側に配置された第2部材(40)に、目隠しボード(80)を保持する溝型部(44)が設けられる。このため、溝型部(44)に保持された目隠しボード(80)によって、輻射パネル(15)の左右方向の内側(即ち、輻射パネル(15)の左右方向の中央側)に配置された第1部材(30)を覆うことが可能となり、輻射パネルユニット(10)の美観を確保すること可能となる。 In the fixture (20) of the present embodiment, the first member (30) and the second member (40) are arranged so as to overlap each other in the left-right direction of the radiation panel (15), and further, the left and right sides of the radiation panel (15). A groove-shaped portion (44) for holding the blindfold board (80) is provided on the second member (40) arranged outside in the direction. Therefore, the blind board (80) held in the groove-shaped portion (44) is arranged inside the radiation panel (15) in the left-right direction (that is, the center side in the left-right direction of the radiation panel (15)). It is possible to cover one member (30), and it is possible to secure the aesthetic appearance of the radiation panel unit (10).
《実施形態2》
実施形態2の輻射パネルユニット(10)について説明する。本実施形態の輻射パネルユニット(10)は、実施形態1の輻射パネルユニット(10)において、固定具(20)の構成を変更したものである。
<< Embodiment 2 >>
The radiation panel unit (10) of the second embodiment will be described. The radiation panel unit (10) of the present embodiment is a modification of the configuration of the fixture (20) in the radiation panel unit (10) of the first embodiment.
図9に示すように、本実施形態の固定具(20)では、連結ステー(50)が第2部材(40)に取り付けられる。この連結ステー(50)は、吊りボルト(94)と連結される連結部である。つまり、本実施形態の固定具(20)では、連結部を構成する連結ステー(50)が、柱状部(21)を構成する第2部材(40)と別体に形成される。 As shown in FIG. 9, in the fixture (20) of the present embodiment, the connecting stay (50) is attached to the second member (40). This connecting stay (50) is a connecting portion that is connected to the hanging bolt (94). That is, in the fixture (20) of the present embodiment, the connecting stay (50) forming the connecting portion is formed separately from the second member (40) forming the columnar portion (21).
連結ステー(50)は、金属板を板金加工によって所定の形状に形成した部材である。この連結ステー(50)の形状は、概ね長方形板状である。連結ステー(50)は、両側の長辺に沿った部分の一部が折れ曲がっている。また、連結ステー(50)は、一方の短辺に沿った部分が、長辺に沿った部分と同じ方向へ折れ曲がっている。この折れ曲がった短辺は、連結ステー(50)の突端部を構成する。 The connecting stay (50) is a member obtained by forming a metal plate into a predetermined shape by sheet metal processing. The shape of the connecting stay (50) is generally a rectangular plate. The connecting stay (50) is partially bent along the long sides on both sides. Further, in the connecting stay (50), the portion along one short side is bent in the same direction as the portion along the long side. This bent short side constitutes the tip of the connecting stay (50).
連結ステー(50)には、連結ステー(50)を貫通する長円孔(52)が形成される。この長円孔(52)は、連結ステー(50)の幅方向の中央部に配置され、連結ステー(50)の長手方向へ延びている。また、連結ステー(50)には、吊りボルト(94)を挿し通すための切り込み(51)が形成される。切り込み(51)は、連結ステー(50)をその厚さ方向に貫通する。切り込み(51)は、連結ステー(50)の突端に開口し、連結ステー(50)の基端へ向かって延びる。また、切り込み(51)は、連結ステー(50)の基端側の端部が、連結ステー(50)の短辺方向に延びる長円形となっている。 The connecting stay (50) is formed with an oval hole (52) penetrating the connecting stay (50). The oval hole (52) is arranged at the center of the connecting stay (50) in the width direction and extends in the longitudinal direction of the connecting stay (50). Further, the connecting stay (50) is formed with a notch (51) for inserting the hanging bolt (94). The notch (51) penetrates the connecting stay (50) in its thickness direction. The notch (51) opens at the tip of the connecting stay (50) and extends toward the base end of the connecting stay (50). Further, the notch (51) has an oval shape in which the end portion of the connecting stay (50) on the base end side extends in the short side direction of the connecting stay (50).
図10にも示すように、連結ステー(50)は、第2部材(40)のブラケット部(46)を上方から覆うようにブラケット部(46)に取り付けられる。また、連結ステー(50)は、折れ曲がった突端部が輻射パネル(15)の幅方向の中央側を向く姿勢で、第2部材(40)のブラケット部(46)に取り付けられる。連結ステー(50)は、長円孔(52)に挿し通された二本のボルト(53)によってブラケット部(46)に固定される。 As shown in FIG. 10, the connecting stay (50) is attached to the bracket portion (46) so as to cover the bracket portion (46) of the second member (40) from above. Further, the connecting stay (50) is attached to the bracket portion (46) of the second member (40) in a posture in which the bent tip portion faces the center side in the width direction of the radiation panel (15). The connecting stay (50) is fixed to the bracket portion (46) by two bolts (53) inserted through the oval hole (52).
ボルト(53)が挿し通される長円孔(52)は、連結ステー(50)の長手方向に延びている。このため、連結ステー(50)は、長円孔(52)の長さ分だけ、輻射パネル(15)の幅方向へ変位可能となる。つまり、本実施形態の固定具(20)では、連結ステー(50)と柱状部(21)の相対的な位置が、輻射パネル(15)の左右方向に変更可能となっている。なお、図10には、最も輻射パネル(15)の左右方向の中央側に位置する連結ステー(50)を、二点鎖線で示している。 The oval hole (52) through which the bolt (53) is inserted extends in the longitudinal direction of the connecting stay (50). Therefore, the connecting stay (50) can be displaced in the width direction of the radiation panel (15) by the length of the oval hole (52). That is, in the fixture (20) of the present embodiment, the relative positions of the connecting stay (50) and the columnar portion (21) can be changed in the left-right direction of the radiation panel (15). In FIG. 10, the connecting stay (50) located on the central side in the left-right direction of the radiation panel (15) is shown by a two-dot chain line.
本実施形態の固定具(20)では、吊りボルト(94)と連結される連結ステー(50)が、柱状部(21)を構成する第2部材(40)と別体に構成され、連結ステー(50)と柱状部(21)の相対的な位置を左右方向に変更可能となっている。このため、建物(90)に固定された吊りボルト(94)の位置に応じて連結ステー(50)を移動させることが可能となり、吊りボルト(94)と連結ステー(50)の相対的な位置を調節するための作業に要する工数を削減できる。 In the fixture (20) of the present embodiment, the connecting stay (50) connected to the hanging bolt (94) is configured separately from the second member (40) constituting the columnar portion (21), and the connecting stay is formed. The relative positions of (50) and the columnar portion (21) can be changed in the left-right direction. Therefore, it is possible to move the connecting stay (50) according to the position of the hanging bolt (94) fixed to the building (90), and the relative position of the hanging bolt (94) and the connecting stay (50). The man-hours required for the work to adjust the bolts can be reduced.
《その他の実施形態》
上記各実施形態の輻射パネルユニット(10)において、固定具(20)は、輻射パネル(15)の上端部の右端または左端から多少離れた位置に設けられていてもよい。つまり、各固定具(20)は、輻射パネル(15)の上端部のうち、輻射パネル(15)の幅方向の中央から右端までの領域と、輻射パネル(15)の幅方向の中央から左端までの領域とに、一つずつ配置されていればよい。
<< Other Embodiments >>
In the radiation panel unit (10) of each of the above embodiments, the fixture (20) may be provided at a position slightly separated from the right end or the left end of the upper end portion of the radiation panel (15). That is, each fixture (20) has a region from the center to the right end in the width direction of the radiation panel (15) and a center to the left end in the width direction of the radiation panel (15) in the upper end portion of the radiation panel (15). It suffices if they are arranged one by one in the areas up to.
また、上記各実施形態の固定具(20)では、第1部材(30)が、第2部材(40)に対して輻射パネル(15)の外側に配置されていてもよい。この場合、目隠しボード(80)を保持する溝型部(44)は、第1部材(30)の起立部(33)に形成されるのが望ましい。 Further, in the fixture (20) of each of the above embodiments, the first member (30) may be arranged outside the radiation panel (15) with respect to the second member (40). In this case, it is desirable that the groove type portion (44) for holding the blindfold board (80) is formed in the upright portion (33) of the first member (30).
以上、実施形態および変形例を説明したが、特許請求の範囲の趣旨および範囲から逸脱することなく、形態や詳細の多様な変更が可能なことが理解されるであろう。また、以上の実施形態および変形例は、本開示の対象の機能を損なわない限り、適宜組み合わせたり、置換したりしてもよい。 Although the embodiments and modifications have been described above, it will be understood that various modifications of the forms and details are possible without departing from the purpose and scope of the claims. Further, the above embodiments and modifications may be appropriately combined or replaced as long as the functions of the subject of the present disclosure are not impaired.
以上説明したように、本開示は、輻射パネル用の固定具と、固定具を備えた輻射パネルユニットとについて有用である。 As described above, the present disclosure is useful for fixtures for radiant panels and radiant panel units with fixtures.
10 輻射パネルユニット
15 輻射パネル
20 固定具
21 柱状部
30 第1部材
40 第2部材
46 ブラケット部(連結部)
44 溝型部(ボード保持部)
45 保持溝
50 連結ステー(連結部)
80 目隠しボード
90 建物
94 吊りボルト(支持部材)
10 Radiation panel unit
15 Radiation panel
20 Fixtures
21 Columnar part
30 1st member
40 Second member
46 Bracket part (connecting part)
44 Groove type part (board holding part)
45 Retention groove
50 Connecting stay (connecting part)
80 blindfold board
90 buildings
94 Suspension bolt (support member)
Claims (5)
上記輻射パネル(15)の上端部に取り付けられて該輻射パネル(15)から上方へ延びる柱状部(21)と、
上記柱状部(21)の上部に配置されて上記支持部材(94)に連結される連結部(46,50)と、
上記建物(90)の天井と上記輻射パネル(15)の間を塞ぐ目隠しボード(80)を保持するボード保持部(44)とを備え、
上記ボード保持部(44)は、上記目隠しボード(80)の左右方向の端部が嵌まる溝状の保持溝(45)を備えている
ことを特徴とする固定具。 A fixture that connects the radiant panel (15) to a support member (94) that is attached to an air-conditioning radiant panel (15) installed in an upright position and fixed to a building (90).
A columnar portion (21) attached to the upper end portion of the radiation panel (15) and extending upward from the radiation panel (15),
A connecting portion (46,50) arranged above the columnar portion (21) and connected to the supporting member (94),
It is provided with a board holding portion (44) for holding a blindfold board (80) that closes between the ceiling of the building (90) and the radiation panel (15).
The board holding portion (44) is a fixture characterized by having a groove-shaped holding groove (45) into which the left-right end portion of the blindfold board (80) is fitted.
上記ボード保持部(44)は、上記固定具における上記輻射パネル(15)の前面側と背面側のそれぞれに配置されている
ことを特徴とする固定具。 In claim 1 ,
The board holding portion (44) is a fixture characterized in that it is arranged on each of the front side and the back side of the radiation panel (15) in the fixture.
上記柱状部(21)は、
下部が上記輻射パネル(15)に連結される第1部材(30)と、
上部に上記連結部(46,50)が配置される第2部材(40)とを備え、
上記第1部材(30)と上記第2部材(40)の相対的な位置を上下方向に変更可能に構成されている
ことを特徴とする固定具。 In claim 1 or 2 ,
The columnar portion (21) is
The first member (30) whose lower part is connected to the radiation panel (15),
A second member (40) in which the connecting portion (46,50) is arranged is provided on the upper part.
A fixture characterized in that the relative positions of the first member (30) and the second member (40) can be changed in the vertical direction.
上記輻射パネル(15)に取り付けられ、建物(90)に固定された支持部材(94)に上記輻射パネル(15)を連結する固定具(20)とを備える輻射パネルユニットであって、
上記固定具(20)は、
上記輻射パネル(15)の上端部に取り付けられて該輻射パネル(15)から上方へ延びる柱状部(21)と、
上記柱状部(21)の上部に配置されて上記支持部材(94)に連結される連結部(46,50)と、
上記建物(90)の天井と上記輻射パネル(15)の間を塞ぐ目隠しボード(80)を保持するボード保持部(44)とを備え、
上記輻射パネル(15)の上端部における左右方向の一端寄りと他端寄りのそれぞれに一つずつ配置され、
上記固定具(20)の上記連結部(46,50)は、上記柱状部(21)から上記輻射パネル(15)の左右方向の中央側に突出し、
上記固定具(20)の上記ボード保持部(44)は、上記輻射パネル(15)の左右方向における上記連結部(46,50)の外側に配置され、
上記目隠しボード(80)は、上記輻射パネル(15)の左右方向の一端寄りに配置された上記固定具(20)の上記ボード保持部(44)から、その他端寄りに配置された上記固定具(20)の上記ボード保持部(44)までに亘って設けられる
ことを特徴とする輻射パネルユニット。 A radiant panel (15) for air conditioning installed in an upright position,
A radiant panel unit including a support member (94) attached to the radiant panel (15) and fixed to the building (90) with a fixture (20) for connecting the radiant panel (15).
The above fixture (20) is
A columnar portion (21) attached to the upper end portion of the radiation panel (15) and extending upward from the radiation panel (15),
A connecting portion (46,50) arranged above the columnar portion (21) and connected to the supporting member (94),
It is provided with a board holding portion (44) for holding a blindfold board (80) that closes between the ceiling of the building (90) and the radiation panel (15).
One is arranged at the upper end of the radiation panel (15) at one end and one at the other end in the left-right direction.
The connecting portion (46,50) of the fixture (20) protrudes from the columnar portion (21) toward the center side of the radiation panel (15) in the left-right direction .
The board holding portion (44) of the fixture (20) is arranged outside the connecting portion (46,50) in the left-right direction of the radiation panel (15).
The blindfold board (80) is the fixture arranged closer to the other end from the board holding portion (44) of the fixture (20) arranged near one end in the left-right direction of the radiation panel (15). A radiant panel unit characterized in that it is provided up to the board holding portion (44) of (20).
該固定具(20)が取り付けられて起立した姿勢で設置される空気調和用の輻射パネル(15)とを備え、
上記固定具(20)は、上記輻射パネル(15)の上端部における左右方向の一端寄りと他端寄りのそれぞれに一つずつ配置され、
上記固定具(20)の上記第1部材(30)と上記第2部材(40)は、上記輻射パネル(15)の左右方向に重なるように配置され、
上記ボード保持部(44)は、上記第1部材(30)と上記第2部材(40)のうち上記輻射パネル(15)の左右方向の外側に配置された方に設けられている
ことを特徴とする輻射パネルユニット。 The fixture (20) of claim 3 and
It is equipped with a radiation panel (15) for air conditioning to which the fixture (20) is attached and installed in an upright position.
The fixture (20) is arranged one by one at the upper end of the radiation panel (15) at one end and one end in the left-right direction.
The first member (30) and the second member (40) of the fixture (20) are arranged so as to overlap each other in the left-right direction of the radiation panel (15).
The board holding portion (44) is characterized in that it is provided on the side of the first member (30) and the second member (40) arranged outside the radiation panel (15) in the left-right direction. Radiation panel unit.
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