JP4706265B2 - Ceiling swirl fan mounting device - Google Patents

Description

  The present invention relates to a ceiling swirl fan mounting device that is suspended from a ceiling.

  2. Description of the Related Art Conventionally, a ceiling swirl fan mounting device of this type is known in which a power cable arranged on the back of a ceiling and a cord on the ceiling swivel side are connected when the ceiling swirl fan is mounted.

  In addition, an air conditioner that is fixed to a suspension bolt that is suspended from the ceiling is known (see, for example, Patent Document 1).

  Hereinafter, the ceiling rotating fan mounting device will be described with reference to FIGS.

  As shown in the drawing, a lid 105 is provided on the electrical component storage unit 102 and closed with the cord 104 connected to the electrical component 103 stored in the electrical component storage unit 102 in the stand 101 being pulled out of the stand 101. A main body side mounting bracket 107 provided with claws 106 is provided on the back side of the stand 101 to form a ceiling swirling fan.

  Then, the ceiling-side mounting bracket 110 provided with a locking hole 109 that locks when the claw 106 provided in the main body-side mounting bracket 107 is inserted into the suspension bolt 108 that is suspended from the ceiling and rotates. 111 is screwed and attached, and the power cable 112 is pulled out from a pull-out hole 113 of the power cable 112 provided in the ceiling side mounting bracket 110, and the cord 104 and the power cable 112 are connected by a crimping connector 114 or the like, and the ceiling turns. The claw 106 provided on the fan main body side mounting bracket 107 is engaged with the locking hole 109 of the ceiling side mounting bracket 110, and the ceiling swing fan is mounted on the ceiling 115.

At this time, since there is no storage portion for the cord 104 or the like on the ceiling swirl fan side, the ceiling swirl fan is attached while pushing the extra cord 104 and the power cable 112 into the back of the ceiling.
JP-A-6-323565 (FIG. 1)

  In such a conventional ceiling swirl fan mounting device, since there is no cord storage part in the stand 101, the ceiling swirl fan must be mounted while pushing the surplus cord 104 or the like into the back of the ceiling. There is a problem that it is difficult to perform the attachment work, and it is required to be able to be attached by one person.

  In addition, there is a problem that if the surplus cord 104 or the like is stored in the stand, there is a risk of touching the metal fittings in the stand or being caught between the ends of the stand 101, so that it can be safely attached. Is required.

  This invention solves the said subject, and it aims at providing the attachment apparatus of the ceiling swivel fan which can be safely installed alone.

In order to achieve the above object, a ceiling swirl fan mounting device according to the present invention includes a blower unit composed of a blade, a guard, and an electric motor, a hollow stand that supports the blower unit so as to be pivotable downward, and an interior of the stand. A lid that covers the upper part of the electrical component to be mounted, a ceiling mounting plate that is detachably connected to a support fitting extending from the stand, and is connected to a hanging bolt mounted on the ceiling, and the blower portion on the ceiling mounting plate Temporary support means for temporarily supporting the stand that supports the ceiling , the lid is arranged inside the stand, a power cord on the back of the ceiling is pulled out through the ceiling mounting plate, and the ceiling mounting is provided via the temporary support means. the stand supporting the blower on the plate by temporary support state, connects the cord from the blower portion drawn out from the cover body and the power cord, between the ceiling mounting plate and the cover body It is obtained by enabling store excess many withdrawn portion of the cord and the cord.

  By this means, it is possible to obtain an attachment device for a ceiling swirling fan that can be easily attached and can be safely attached.

  In order to achieve the above object, the ceiling swivel fan mounting device of the present invention is surrounded by a plurality of reinforcing ribs formed to reinforce a hollow stand, and the reinforcing ribs and the wall portion of the stand. The lid is inserted into the region.

  By this means, the electrical equipment part and the cord can be housed and protected, and the ceiling swirl fan mounting device having a strong structure can be obtained.

  In the ceiling swirl fan mounting device of the present invention, a protective rib surrounding the support metal fitting is formed on the lid.

  By this means, the electric wire can be protected from the edge of the support bracket, and an attachment device for the ceiling swivel fan that can be easily taken out and attached and detached can be obtained.

  In the ceiling swirl fan mounting device of the present invention, a cord lead hole is formed in the upper wall of the lid in the stand.

  By this means, the workability is improved, and the mounting device for the ceiling swivel fan having a safe structure is obtained because it does not affect the electrical component.

  In addition, the ceiling swirl fan mounting device of the present invention is such that the stand side has a concave shape so that the ceiling mounting plate swells away from the stand.

  By this means, it is possible to obtain a ceiling swirl fan mounting device that can further widen the cord storage portion and increase the strength of the ceiling mounting plate.

  In addition, the ceiling swirl fan mounting device of the present invention includes a suspension hole in the ceiling mounting plate for connection to a ceiling-mounted suspension bolt, and a central suspension hole provided in the center of the ceiling mounting plate. This is composed of left and right suspension holes provided at symmetrical positions of the center suspension hole.

  With this means, a ceiling fan mounting device having a structure corresponding to diversification of workability can be obtained.

  In the ceiling swirl fan mounting device of the present invention, the left and right suspension holes are long holes, and the hole pitch is 50 mm or more.

  By this means, it is possible to obtain a mounting device for a ceiling swivel fan that can correct mounting displacement and can be safely mounted.

  ADVANTAGE OF THE INVENTION According to this invention, the attachment operation | work of a ceiling swirling fan with the effect that an attachment operation | work is easy and can be performed safely can be provided.

  In addition, it is possible to provide a ceiling swivel fan mounting device that is capable of storing and protecting the electrical component and the cord and having a strong structure.

  In addition, it is possible to provide an attachment device for a ceiling swirling fan that can protect the electric wire from the edge of the support fitting and can be easily taken out and attached / detached.

  In addition, it is possible to provide a ceiling swivel fan mounting device that has an effect of improving the workability and providing a safe structure that does not affect the electrical component.

  Moreover, while being able to make a code | cord | chord accommodating part wider, the attachment apparatus of the ceiling swirling fan with the effect which can raise the intensity | strength of a ceiling mounting plate can be provided.

  In addition, it is possible to provide a ceiling swivel fan attachment device that can obtain a configuration corresponding to diversification of workability.

  In addition, it is possible to provide a ceiling swivel fan mounting device that can correct mounting displacement and can be mounted safely.

The invention according to claim 1 of the present invention covers a blower part including a blade, a guard, and an electric motor, a hollow stand that supports the blower part so as to be turnable downward, and an upper part of an electrical part that is built in the stand. A lid, a ceiling mounting plate that is detachably connected to a support fitting extending from the stand, and is coupled to a hanging bolt installed on the ceiling, and the stand that supports the blower portion on the ceiling mounting plate is temporarily supported A temporary support means configured to dispose the lid inside the stand, pull out a power cord behind the ceiling through the ceiling mounting plate, and support the air blower to the ceiling mounting plate via the temporary support means the stand temporary support state, connects the cord from the blower portion drawn out from the cover body and the power cord, between the ceiling mounting plate and the lid, the cord and the Is obtained by enabling store excess many withdrawn portion of the over-de, a power cord pulled out from the ceiling of the code from the blowing unit side, supporting the blower on the ceiling mounting plate through the temporary support means the With the stand temporarily supported, it is connected between the ceiling and the stand of the ventilation section, and the excess cord can be stored in the storage section of the cord formed between the stand and the ceiling mounting plate. Compared with the case where the cord is pushed in, the ceiling swirling fan can be easily attached.

  The invention according to claim 2 is configured by inserting a lid into a region surrounded by a plurality of reinforcing ribs formed to reinforce the hollow stand and the reinforcing ribs and the wall portion of the stand. By inserting the lid into the area surrounded by the reinforcing rib and the wall part of the stand, the electrical part and the cord storage part are protected and the wall part of the stand is supported. It has the effect that the strength can be increased.

  Further, the invention according to claim 3 is formed by forming a protective rib surrounding the support metal fitting on the lid body, so that the cord can be protected from the edge of the support metal fitting, and safety is improved. It has the effect of being easy to operate.

  According to a fourth aspect of the present invention, the cord lead hole is formed in the upper wall portion of the stand lid body, and the cord pulled out from the lid body is located above the lid body fitted in the stand. If the cord is pulled out from the cord lead hole to the outside of the stand and attached to the side of the ceiling, it is connected to the power cord as it is, and when attached directly to the ceiling, the cord is inserted into the stand from the cord lead hole in the wall. Since the cord is used without passing through the cord drawing hole, the connection with the power cord is easy, the workability is good, and a safe structure that does not adversely affect the electrical component is obtained.

  Further, the invention according to claim 5 is such that the stand side is concave so that the ceiling mounting plate swells on the side opposite to the stand, and the cord storage portion between the ceiling mounting plate and the stand can be made wider, and the ceiling mounting plate It has the effect | action that the intensity | strength of a board can be raised.

  According to a sixth aspect of the present invention, there is provided a suspension hole in the ceiling mounting plate for connection to a ceiling-mounted suspension bolt, a central suspension hole provided at the center of the ceiling mounting plate, and the central suspension hole. If there is only one hanging bolt suspended from the ceiling, use the central suspension hole of the ceiling mounting plate, When there are two suspension bolts, the use of the right and left suspension holes can cope with diversification of ceiling mounting, and has an effect that a structure corresponding to diversification of workability can be obtained.

  In the invention according to claim 7, the left and right suspension holes are long holes, and the hole pitch is 50 mm or more. In addition, by setting the pitch of the left and right suspension holes to 50 mm or more, it is possible to prevent the cracking of the concrete when the anchor bolt is hit against the concrete ceiling with the anchor, and the construction can be performed more safely and easily.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

(Embodiment 1)
As shown in FIGS. 1-8, the stand 5 which supports the ventilation part 4 which consists of the blade | wing 1, the guard 2, and the electric motor 3 so that turning is possible downward via the rod 5a, and the electrical equipment part 6 built in the stand 5 are shown. A lid 7 that covers the upper side; and a ceiling mounting plate 11 that is detachably connected to a support fitting 8 that extends from the stand 5 and that is connected to a suspension bolt 9 that is installed on the ceiling via a nut 10. Is disposed in the stand 5 and provided in the storage portion 13 capable of storing the power cord 12 between the ceiling mounting plate 11 and the hollow stand 5 is provided with a plurality of reinforcing ribs 14 so as to be reinforced. And the lid 7 is inserted into a region surrounded by the wall portion 15 of the stand 5.

  In addition, a protective rib 16 that surrounds and protects the support fitting 8 is formed in the lid body 7, a cord lead-out hole 17 is formed in the wall portion 15 higher than the lid body 7 in the stand 5, and the ceiling mounting plate 11 is on the side opposite to the stand Furthermore, the stand 5 side is formed in a concave shape so as to swell.

  In addition, a suspension hole 18 is provided in the ceiling mounting plate 11 in order to connect to the suspension bolt 9 installed on the ceiling, a central suspension hole 19 in which the suspension hole 18 is provided at the center of the ceiling attachment plate 11, The left and right suspension holes 20 provided at left and right symmetrical positions are provided, and the left and right suspension holes 20 are long holes, and the hole pitch is set to 50 mm or less.

  Further, the cord 22 from the ceiling swirling fan 21 and the power cord 12 drawn from the ceiling are connected to the ceiling mounting plate 11, and temporarily supported so that the ceiling swirling fan 21 does not fall while the ceiling swirling fan 21 is attached to the ceiling. One of the possible wires 23 is attached to the ceiling mounting plate 11, the other is attached to the support bracket 8 provided on the ceiling swing fan 21, the temporary support means 24 is formed, and the claw 25 provided on the support bracket 8 is engaged. A hole 26 is provided in the ceiling mounting plate 11.

  In the above configuration, when the ceiling swirling fan 21 is attached to be suspended by using a single suspension bolt 9, the ceiling bolt 27 penetrates the ceiling plate 27 from the back of the ceiling and is exposed to the suspension bolt 9 exposed on the lower surface of the ceiling plate 27. The center suspension hole 19 of the mounting plate 11 is inserted and the power cord 12 on the back of the ceiling is pulled out through the ceiling mounting plate 11, and the nut 10 is screwed onto the suspension bolt 9 to attach the ceiling mounting plate 11 to the suspension bolt 9. The ceiling swivel fan 21 is temporarily supported on the ceiling mounting plate 11 via the mounting and temporary support means 24, and in the temporarily supported state, the power cord 12 drawn from the back of the ceiling and the cord lead hole 17 are drawn to the outside. The cord 22 of the ceiling swirling fan 21 that draws the cord 22 into the cord drawing hole 17 is connected.

  Then, an excessively drawn portion of the connected power cord 12 and cord 22 is stored in the storage portion 13 provided between the lid body 7 and the ceiling mounting plate 11, and the claw 25 of the ceiling swirl fan 21 is mounted on the ceiling. The ceiling revolving fan 21 is attached to the lower side of the ceiling plate 27 through the ceiling mounting plate 11 by engaging with the engagement hole 26 provided in the plate 11.

  Next, when the ceiling swirl fan 21 is suspended using the two suspension bolts 9, the long hole-like left and right suspensions formed in the ceiling mounting plate 11 are attached to the suspension bolt 9 penetrating the ceiling plate 27. The hole 20 is inserted and the nut 10 is screwed to attach the ceiling mounting plate 11. At this time, even if the positions of the two suspension bolts 9 are slightly shifted, the left and right suspension holes 20 provided in the ceiling mounting plate 11 can be adjusted and attached according to the shape of the long holes.

  When the ceiling swirl fan 21 is attached to the ceiling mounting plate 11, it is attached while being temporarily supported via the temporary support means 24 in the same manner as when the ceiling mounting plate 11 is attached by one hanging bolt 9.

  As described above, according to the first embodiment of the present invention, the air blowing unit 4 including the blade 1, the guard 2, and the electric motor 3, the hollow stand 5 that supports the air blowing unit 4 so as to be pivotable downward, and the stand 5 are internally provided. A lid 7 that covers the upper part of the electrical component 6 to be mounted, and a ceiling mounting plate 11 that is detachably connected to a support fitting 8 that extends from the stand 5 and that is coupled to a hanging bolt 9 installed on the ceiling. Since the power cord 12 can be stored between the body 7 and the ceiling mounting plate 11 inside the stand 5, the power cord 12 drawn from the ceiling plate 27 and the cord 22 from the ceiling swing fan 21 side are connected. The extra power cord 12 and the like can be stored in the storage portion 13 provided between the lid 7 and the ceiling mounting plate 11, and compared with a case where the extra power cord 12 or the like is pushed into the back of the ceiling. Of the ceiling revolving fan 21 With work can be facilitated.

  Further, by inserting the lid body 7 into a region surrounded by the plurality of reinforcing ribs 14 formed to reinforce the hollow stand 5 and the reinforcing ribs 14 and the wall portion 15 of the stand 5, The strength of the stand 5 can be increased by protecting the storage portion 13 of the cord 22 and supporting the wall portion 15 of the stand 5.

  Further, by forming the protective rib 16 surrounding the support fitting 8 on the lid body 7, the edge of the support fitting 8 can protect the cord 22, and safety is improved, and the operation at the time of taking out and attaching is easy. Can be.

  Further, by forming the cord lead-out hole 17 in the wall portion 15 higher than the lid body 7 of the stand 5, the cord 22 pulled out from the lid body 7 is positioned above the lid body 7 fitted in the stand 5. When the cord is pulled out from the cord drawing hole 17 to the outside of the stand 5 and attached to the side of the ceiling, it is connected and attached to the power cord 12 as it is.

  When attaching directly to the ceiling, the cord 22 is pulled out into the stand 5 from the cord lead-out hole 17 of the wall portion 15 so that the cord 22 is not passed through the cord lead-out hole 17 and can be easily connected to the power cord 12. Therefore, the workability is good, and it can be made safe without adversely affecting the electrical component 6.

  Further, by making the stand 5 side concave so that the ceiling mounting plate 11 is inflated to the anti-stand side, the storage portion 13 of the cord 22 between the ceiling mounting plate 11 and the stand 5 can be made wider, and the ceiling mounting plate 11 The strength of can be increased.

  In addition, the ceiling mounting plate 11 is provided with a suspension hole 18 to be connected to the suspension bolt 9 installed on the ceiling, the suspension hole 18 is provided at the center of the ceiling attachment plate 11, and the left and right sides of the central suspension hole 19. By constituting with the left and right suspension holes 20 provided at symmetrical positions, when there is only one suspension bolt 9 suspended from the ceiling, the central suspension hole 19 of the ceiling mounting plate 11 is used, and the suspension bolt 9 is suspended from the ceiling. In the case where the number of the lowering bolts 9 is two, by using the left and right suspension holes 20, it is possible to cope with diversification of ceiling mounting and to cope with diversification of workability.

  Further, the left and right suspension holes 20 are long holes and the hole pitch is 50 mm or more, and the left and right suspension holes 20 are long holes, so that mounting displacement can be easily corrected and the left and right suspension holes 20 can be attached. By making the pitch of 50 mm or more, cracking of the concrete can be prevented when the anchor bolt is hit on the concrete ceiling, and construction can be performed more safely and easily.

  The present invention can also be applied to the use of a ventilation fan that is attached to a ceiling or a side wall by using a means for storing a power cord and a portion where the cord is excessively connected.

Schematic of the ceiling revolving fan of Embodiment 1 of the present invention Top view when the claw of the support bracket is engaged with the ceiling mounting plate of the mounting device for the ceiling swirl fan An exploded perspective view of the ceiling swivel fan mounting device The perspective view which shows the upper surface side of the stand of the attachment apparatus of the ceiling swirling fan Top view showing the protective rib of the stand of the ceiling swirl fan mounting device The top view which shows the state of the code | cord | chord at the time of ceiling installation of the mounting apparatus of the ceiling swirling fan Side view showing the state of one hanging bolt of the ceiling swirling fan mounting device Side view showing the state of the two suspension bolts of the ceiling swirl fan mounting device Top view of the stand of a conventional ceiling fan mounting device The top view of the stand which shows the state which provided the cover of the attachment apparatus of the ceiling swirling fan Side view showing the suspended state of the ceiling swirl fan mounting device The perspective view which shows the state at the time of the connection of the code | cord | chord of the mounting apparatus of the ceiling swirling fan

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Blade | wing 2 Guard 3 Electric motor 4 Blowing part 5 Stand 6 Electric part 7 Lid body 8 Support metal fitting 9 Suspension bolt 11 Ceiling mounting plate 12 Power supply cord 13 Storage part 14 Reinforcement rib 15 Wall part 16 Protection rib 17 Cord extraction hole 18 Hanging hole 19 Central suspension hole 20 Left and right suspension holes 22 Code

Claims (7)

A blower unit comprising a blade, a guard, and an electric motor, a hollow stand that supports the blower unit so as to be pivotable downward, a lid that covers the upper part of the electrical component that is built in the stand, and a support that extends from the stand A ceiling mounting plate that is detachably connected to a metal fitting and is connected to a hanging bolt installed on a ceiling, and a temporary support means that temporarily supports the stand that supports the blower portion on the ceiling mounting plate, In the stand, pulling out the power cord behind the ceiling through the ceiling mounting plate, and temporarily supporting the stand that supports the air blowing unit on the ceiling mounting plate via temporary support means, connect the cord from the blower side code and pulled out from the cover, between the ceiling mounting plate and the lid, drawn extra number of the cord and the cord The minutes can be stored and the ceiling turning fan of the mounting device. The ceiling swirling fan according to claim 1, wherein a plurality of reinforcing ribs formed so as to reinforce the hollow stand, and a lid is inserted into a region surrounded by the reinforcing rib and the wall portion of the stand. Mounting device. The ceiling swivel fan mounting device according to claim 1 or 2, wherein a protective rib surrounding the support fitting is formed on the lid. The ceiling swirl fan mounting device according to claim 1, wherein a cord lead-out hole is formed in a wall portion above the lid in the stand. The ceiling swirl fan mounting device according to claim 1, wherein the stand side has a concave shape so that the ceiling mounting plate swells on the side opposite to the stand. A ceiling mounting plate is provided with a suspension hole for connection to a ceiling-mounted suspension bolt, a central suspension hole provided at the center of the ceiling attachment plate, and a left and right suspension provided at a symmetrical position of the central suspension hole. The ceiling swirl fan mounting device according to claim 1, wherein the ceiling swirl fan is configured by a hole. The ceiling swirl fan mounting device according to claim 6, wherein the left and right suspension holes are elongated holes, and the hole pitch is 50 mm or more.

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