TWI694212B - Quick installation structure of ceiling fan receiver - Google Patents

Abstract

A quick mounting structure for a ceiling fan receiver includes a hanging pipe piece, a fixing piece, a mounting shell, and a circuit unit. The hanging pipe piece includes an upper pipe wall, a lower pipe wall connected below the upper pipe wall, and a A support wall extending outward from the outer circumferential surface of the lower tube wall, the fixing member includes a base portion disposed on the support wall, and two fixing portions connected to the base portion, the mounting shell is detachably assembled on the fixing member , The mounting shell includes two mounting portions for the mounting portions, a connecting portion connected to the mounting portions and surrounding the upper tube wall with the mounting portions and the fixing member, and a The installation part and the connection part together surround a defined installation space, and the circuit unit includes a remote control receiving circuit module disposed in the installation space, so that electric shock can be avoided without touching the circuit during installation.

Description

Quick installation structure of ceiling fan receiver

The invention relates to a ceiling fan assembly, in particular to a quick assembly structure of a ceiling fan receiver.

After an existing ceiling fan is installed in a ceiling tube, in order to install a wireless receiver that can control the operation of the ceiling fan and can be remotely controlled, the wireless receiver is electrically connected to the ceiling fan by a wire. It is fixed to the hanging pipe, and finally the connection of the wireless receiver is completed.

However, the wireless receiver has multiple wires and multiple electronic components, which must be connected separately during installation, and after the connection is completed, when conducting an electrical test, sometimes the wire must be constantly touched. If the insulation is not done well, then There is a risk of electric shock. In addition, multiple wires and multiple electronic components are more troublesome to carry or assemble.

Therefore, the object of the present invention is to provide a quick assembly structure for a ceiling fan receiver that overcomes at least one of the disadvantages described in the prior art.

Therefore, the ceiling fan receiver quick assembly structure of the present invention is used to connect to a ceiling fan. The ceiling fan includes a pole. The ceiling fan receiver quick assembly structure includes a ceiling pipe member, a fixing member, a mounting shell, and a circuit unit.

The pipe hanging member includes an upper pipe wall surrounding an axis, a lower pipe wall connected around the axis below the upper pipe wall and sleeved on the top of the rack rod, and an outward extending from the outer peripheral surface of the lower pipe wall The supporting wall, the fixing member includes a base portion located on one side of the upper tube wall along a first direction perpendicular to the axis and disposed on the supporting wall, and two along a vertical direction perpendicular to the axis and the first direction The fixing portions of the base are spaced apart and connected to the second direction, and the mounting shell is detachably arranged on the fixing element along the first direction from the side of the hanging pipe opposite the fixing element. The mounting shell includes two The two opposite sides of the upper tube wall and respectively used for the mounting part set on the fixing parts, a connecting part connected to the mounting parts and surrounding the upper tube wall together with the mounting parts and the fixing piece, And an installation space defined by the installation part and the connection part, the circuit unit includes a remote control receiving circuit module disposed in the installation space and used for receiving a remote control signal to control the operation of the ceiling fan.

The effect of the present invention is: by installing the fixing parts of the fixing member, the mounting shell detachably mounted on the fixing parts, and the remote control receiving circuit module provided in the mounting shell, the installation It is possible to avoid electric shock without touching the circuit.

2: Hanging pipe

21: upper tube wall

211: line hole

212: Positioning hole

22: Lower tube wall

23: Support wall

24: wire space

3: fixed parts

413: Piercing

42: Connection

421: Positioning piece

43: Installation space

5: Circuit unit

51: Remote control receiving circuit module

52: terminal block

521: Socket

31: base

32: fixed part

321: mounting hole

4: Install the shell

41: Installation Department

411: side panel

412: Insert

522: plug

9: Ceiling fan

91: pole

92: Wire group

L: axis

X: first direction

Y: Second direction

Other features and functions of the present invention will be clearly presented in the embodiment with reference to the drawings, in which: FIG. 1 is a three-dimensional assembled view of an embodiment of the quick-mount structure of the ceiling fan receiver of the present invention, illustrating a mounting shell installation In a fixed part and two plugs are respectively inserted in two sockets; FIG. 2 is a perspective exploded view of the embodiment; FIG. 3 is a right side view of the embodiment; FIG. 4 is a part of the embodiment and a ceiling fan A schematic sectional view; FIG. 5 is a view similar to FIG. 1 illustrating the state where the mounting shell is separated from the fixing member and the plugs are separated from the sockets; and FIG. 6 is a view similar to FIG. 1 illustrating the The mounting shell is mounted on the fixing member and the plugs and the sockets are separated.

Referring to FIGS. 1, 2, and 3, an embodiment of a quick-mounting structure of a ceiling fan receiver of the present invention is used to connect to a ceiling fan 9, the ceiling fan 9 includes a pole 91, and a wire set passing through the pole 91 92.

The quick mounting structure of the ceiling fan receiver includes a hanging pipe member 2, a fixing member 3, a mounting shell 4, and a circuit unit 5.

Referring to FIGS. 1, 2, and 4, the pipe-hanging member 2 includes an upper pipe wall 21 surrounding an axis L, and a lower pipe connected to the top of the rack rod 91 around the axis L and connected below the upper pipe wall 21 The wall 22, a support wall 23 extending outward from the outer peripheral surface of the lower tube wall 22, and a wire space 24 defined by the upper tube wall 21 and the lower tube wall 22 together. In this embodiment, the support wall 23 is ring-shaped and surrounds the lower tube wall 22.

The upper tube wall 21 has a wire hole 211 communicating with the wire space 24 and allowing the wire group 92 to pass through the wire space 24, and a positioning hole 212. In this embodiment, the wire hole 211 is located on the side adjacent to the fixing member 3, and the positioning hole 212 is located on the side away from the fixing member 3.

The fixing member 3 includes a base 31 located on a side of the upper tube wall 21 along a first direction X perpendicular to the axis L and disposed on the support wall 23, and two along a axis perpendicular to the axis L and perpendicular to the first The second direction Y in one direction X is spaced apart and connected to the fixing portion 32 of the base 31.

Each fixing portion 32 has a mounting hole 321. In this embodiment, the mounting holes 321 penetrate along the first direction X.

The mounting shell 4 is detachably mounted on the fixing member 3 from the side opposite to the fixing member 3 of the hanging pipe member 2 along the first direction X. The mounting shell 4 includes two parts respectively located on the upper pipe wall 21 A mounting portion 41 on the opposite side and used for assembling the fixing portions 32, a connecting portion 42 connected to the mounting portions 41 and surrounding the upper tube wall 21 together with the mounting portions 41 and the fixing member 3 , And a total of the installation part 41 and the connection part 42 The same as the installation space 43 defined. In this embodiment, when the mounting shell 4 is assembled on the fixing member 3, the bottom is supported by the support wall 23 of the hanging pipe member 2.

Each mounting portion 41 has a side plate 411 adjacent to the respective fixing portion 32, an inserting piece 412 extending from the side plate 411 toward the respective mounting hole 321 and inserted into the mounting hole 321, and a setting The side plate 411 communicates with the installation space 43 and the external through hole 413.

The connecting portion 42 has a positioning member 421 extending toward the positioning hole 212 and inserted into the positioning hole 212.

The circuit unit 5 includes a remote control receiving circuit module 51 disposed in the installation space 43 and used to receive a remote control signal to control the operation of the ceiling fan 9, and two remote control receiving circuit modules 51 disposed and electrically connected to the remote control receiving circuit module 51 respectively Perforated 413的terminal terminal group 52.

Each terminal group 52 has a socket 521 provided in the remote control receiving circuit module 51 and corresponding to the respective through hole 413, and a wire group 92 electrically connected to the ceiling fan 9 to be detachably inserted into the socket 521 of the plug 522.

Referring to FIGS. 2, 4 and 5, when installing the ceiling fan 9, the rack rod 91 of the ceiling fan 9 is firstly threaded into the lower tube wall 22 of the suspension tube 2 and the wire group 92 is inserted into the The wire space 24 is then connected to the plugs 522 of the terminal group 52. It should be noted that when the wire group 92 is connected to the plugs 522, there is a fixed line arrangement Order, since the order of line arrangement is not the main technology of the present invention, this description does not further describe the order of arrangement.

Referring to FIGS. 2 and 6, the mounting shell 4 is set on the fixing member 3 along the first direction X, so that the insertion pieces 412 of the mounting shell 4 are inserted into the installation of the fixing piece 3 The hole 321 and the positioning member 421 of the connecting portion 42 are inserted into the positioning hole 212 of the hanging pipe member 2 to complete the positioning installation. Finally, after inserting the plugs 522 into the sockets 521, the wire group 92 is completed The electrical connection relationship with the remote control receiving circuit module 51 can control the operation of the ceiling fan 9 by sending a remote control signal by controlling a remote control (not shown).

When the electric fan 9 needs to be removed, as long as the plugs 522 are detached from the sockets 521, the ceiling fan 9 can be detached from the hanging pipe 2. In addition, if the remote control receiving circuit module 51 fails, the plugs 522 can be detached from the sockets 521, and then the mounting shell 4 can be detached from the fixing member 3, so that the mounting can be easily replaced. The remote control receiving circuit module 51 in the shell 4 can easily install the replacement mounting shell 4 back to the fixing member 3.

Since the remote control receiving circuit module 51 can be assembled in advance, the plugs 522 and the sockets 521 of the terminal group 52 can be easily and quickly plugged in and out, and the plugs 412 of the mounting shell 4 The mounting holes 321 with the fixing member 3 can also be quickly and easily plugged in and out, thus greatly simplifying the installation work, in addition to reducing the need to connect the various lines on site in the prior art, and avoiding the existing In the technology, the electric shock may be caused by accidentally touching the circuit. In addition, the remote control receiving circuit module 51 and the terminal group 52 integrated in the mounting shell 4 can also have the advantage of portability.

In summary, by the fixing parts 32 provided with the fixing member 3, the mounting shell 4 detachably mounted on the fixing parts 32, and the remote control receiving circuit module provided in the mounting shell 4 Group 5 makes it possible to avoid electric shock without touching the circuit during installation, so it can indeed achieve the purpose of the invention.

However, the above are only examples of the present invention, and should not be used to limit the scope of the present invention. Any simple equivalent changes and modifications made according to the scope of the patent application of the present invention and the content of the patent specification are still classified as This invention covers the patent.

2: Hanging pipe

21: upper tube wall

211: line hole

212: Positioning hole

23: Support wall

24: wire space

3: fixed parts

31: base

412: Insert

413: Piercing

42: Connection

421: Positioning piece

43: Installation space

5: Circuit unit

51: Remote control receiving circuit module

52: terminal block

32: fixed part

321: mounting hole

4: Install the shell

41: Installation Department

411: side panel

521: Socket

522: plug

X: first direction

Y: Second direction

Claims (4)

A ceiling fan receiver quick-assembly structure is used to connect to a ceiling fan. The ceiling fan includes a pole and a wire set. The ceiling fan receiver quick-assembly structure includes: a hanging pipe piece, including an upper pipe wall surrounding an axis, A lower tube wall connected below the upper tube wall around the axis and sleeved on the top of the rack bar, a support wall extending outward from the outer peripheral surface of the lower tube wall, and a support wall formed by the upper tube wall and the lower tube wall The tube wall surrounds the defined wire space together, the upper tube wall has a wire hole communicating with the wire space and allowing the wire group to pass through the wire space; a fixing member includes a first direction along a first direction perpendicular to the axis One side of the upper tube wall is provided on the base of the support wall, and two fixing parts are spaced apart and connected to the base along a second direction perpendicular to the axis and the first direction; an installation shell is removable From the ground, along the first direction, from the side of the hanging pipe member opposite to the fixing member, the fixing member is assembled on the fixing member. The mounting shell includes two opposite sides of the upper pipe wall, respectively, for assembling the fixing members. Mounting part of the part, a connecting part connected to the mounting parts and surrounding the upper tube wall with the mounting parts and the fixing member, and an installation space defined by the mounting parts and the connecting part, Each fixing portion of the fixing member has a mounting hole, each mounting portion of the mounting shell has a side plate adjacent to the fixing portion, and a mounting plate extending from the side plate toward the mounting hole for insertion into the mounting hole A plug-in part; and a circuit unit, including a remote control receiving circuit module arranged in the installation space and used for receiving a remote control signal to control the operation of the ceiling fan. The quick mounting structure of the ceiling fan receiver according to claim 1, wherein each mounting portion of the mounting shell further has a through hole provided in the respective side plate and connecting the mounting space and the outside, and the circuit unit further includes two settings And it is electrically connected to the remote control receiving circuit module and respectively corresponds to the perforated terminal groups. The quick-mount structure of the ceiling fan receiver according to claim 2, wherein each terminal block group has a perforated socket provided in the remote control receiving circuit module and corresponding to each, and a wire group electrically connected to the ceiling fan The plug can be detachably inserted into the socket. The quick installation structure of the ceiling fan receiver according to claim 1, wherein the upper tube wall further has a positioning hole, and the connecting portion has a positioning member extending toward the positioning hole and used for being inserted into the positioning hole.

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