CN107946826A - A kind of Contiuum type frame and its installation method, connected switch - Google Patents

Abstract

The invention relates to a one-piece frame, comprising a frame body, the frame body is provided with multiple mounting cavities for installing multiple switches or socket functional parts, the multiple mounting cavities penetrate the frame body up and down, the multiple mounting cavities The interior of the installation cavity is connected horizontally. The present invention can assemble the frame first and then connect the wires. The further advantage of the present invention is that the wiring can be prioritized before the frame is assembled. The present invention provides multiple installation cavities through the frame to connect one or two switches or sockets. When the functional parts are connected first, the functional parts of the switch or socket can pass through multiple installation cavities from the back of the frame body to the front of the frame body, which solves the problem that the one-piece frame cannot be installed if the wiring is done first. It needs to be removed and reworked to improve installation efficiency.

Description

One-piece frame, installation method thereof, and one-piece switch

technical field

The invention relates to the technical field of switches, in particular to a one-piece frame, an installation method thereof, and a one-piece switch.

Background technique

At present, there are various forms of frame-connected switch panels on the market, mainly including: (1) the method of installing and assembling a single functional part product with a frame, the frame replaces the fixed frame, and the installation process is complicated; (2) a single functional part The product is assembled with a single hole in the one-piece frame, that is, one hole on the one-piece frame matches a functional product. When installing, the one-piece frame needs to be assembled first before it can be installed on the wall. The user needs to have a certain professional level during installation, otherwise it will be damaged after assembly. This leads to product misspelling and rework, which increases the overall installation cost of the user. The installation of existing framed products is cumbersome and directly reduces the installation efficiency, affects its exquisite appearance, improper installation may cause defective products, and even bring safety hazards. The existing one-piece frame installed on the wall to decorate switches and sockets sold on the market generally includes two or more chambers for installing functional products. Each chamber is separated from each other. When installing a functional product in the chamber, the one-piece frame needs to be assembled first, and then the wires embedded in the wall are connected to the functional product, because if the wiring is done first, the one-piece frame will not be installed If there is a problem, then it is necessary to remove the wires and rework, which will affect the installation efficiency, and this kind of situation that the wires are connected by mistake will indeed happen in life. In addition, after the one-piece frame is assembled, the functional parts are connected. It is directly fastened to the chamber of the one-piece frame. If the wires inside are not fastened, it is difficult to locate. However, when the second or third functional product is installed later, the overall position will be affected, so it needs to be disassembled. Removing the one installed in the front, reworking and reinstalling will obviously reduce the installation efficiency, and it is easy to cause damage to the one-piece frame during the rework process, which will increase the installation cost.

Contents of the invention

Aiming at the present situation of the above-mentioned prior art, the technical problem to be solved by the present invention is to provide a one-piece frame, its installation method, and one-piece switch that can be assembled after wiring, avoiding rework and reassembly, and improving installation efficiency.

The technical solution adopted by the present invention to solve the above technical problems is: a one-piece frame, including a frame body, the frame body is provided with a plurality of installation cavities for installing a plurality of switches or socket functional parts, the multi-position The installation cavity runs through the frame body up and down, and the interiors of the multiple installation cavities communicate horizontally.

Further, the multi-position installation cavity is a double-position installation cavity for correspondingly installing two switch or socket functional parts, which can ensure the overall strength of the frame while allowing the switch or socket functional parts to pass through.

Further, the frame body is also provided with a unit installation cavity for installing a single switch or socket function, which increases the overall strength of the frame.

Further, the frame body includes a flat plate and a side plate extending upward from the periphery of the flat plate. The surroundings of the multiple installation cavities and unit installation cavities are all formed by the flat plate, and the flat plate can be used to support the switch or the socket function. , The side plate part can wrap the circumference of the switch or socket functional parts, improving the installation accuracy and uniformity.

Further, the flat plate part is provided with clasp feet for positioning the switch or socket functional parts, so as to realize the pre-positioning of the switch or socket functional parts.

Further, the flat plate part is provided with mounting holes for fastening the functional parts of the switch or the socket.

The installation method using the above-mentioned one-piece frame includes the following steps:

a. Complete the wiring of a single switch or socket function;

b. Pass the wired switch or socket functional parts from the back of the frame body through the multiple installation cavities to the front of the frame body;

c. Pre-locate the switch or socket function part and the buckle pin on the front of the frame body;

d. Connect the second switch or socket function, repeat step c, and so on;

e. Fasten each pre-positioned switch or socket function on the frame body.

A conjoined switch, comprising a frame and a switch or socket functional part installed on the frame, the switch or socket functional part includes a fixed frame, a functional module installed in the fixed frame, and a switch mounted on the fixed frame and the functional module As for the panel, the frame adopts the one-piece frame as mentioned above, and the fixing frame is connected with the one-piece frame.

Compared with the prior art, the advantage of the present invention is that: the present invention can assemble the frame first and then connect the wires, and the further advantage of the present invention is that it can give priority to the wiring before assembling the frame. When one or two switch or socket functional parts are wired first, the switch or socket functional parts can pass through multiple installation cavities from the back of the frame body to the front of the frame body, which solves the problem of connecting the frame first. For problems that cannot be installed, there is no need to disassemble and rework, which improves installation efficiency. In addition, with the buckle feet, the switch or socket functional parts can be pre-positioned, so that users can pre-install the switch or socket functional parts when installing on the wall. When the installation position of the switch or socket function is incorrect and needs to be adjusted, the switch or socket function can be quickly removed and repositioned, reducing the time for disassembly and improving installation efficiency and installation accuracy.

Description of drawings

Fig. 1 is the installation schematic diagram of the present invention;

Fig. 2 is a kind of structural representation of the present invention;

Fig. 3 is another kind of structural representation of the present invention;

Fig. 4 is another kind of structural representation of the present invention;

Fig. 5 is another kind of structural representation of the present invention;

As shown in the figure, 1 frame body, 2 unit installation cavity, 3 multi-position installation cavity, 4 buckle feet, 5 installation holes, 6 switch or socket functional parts.

Detailed ways

The present invention will be further described below in conjunction with the accompanying drawings and specific embodiments.

As shown in Figures 1-5, a one-piece frame includes a frame body 1, and the frame body 1 is provided with a multi-position installation cavity 3 for installing a plurality of switch or socket functional parts 6, and the multi-position installation The cavity 3 runs through the frame body 1 up and down, and the interior of the multi-position installation cavity 3 is connected horizontally. The multi-position installation cavity 3 facilitates the free passage of the switch or socket function parts 6, and one or two switch or socket function parts 6 are preferentially connected. Under normal circumstances, the switch or socket functional part 6 can pass through the multi-position installation cavity 3 to the front of the frame body 1 from the back of the frame body 1, avoiding the situation of dismantling the wiring and reworking due to the wiring first, and making up for the loss caused by the installation error. The multi-position installation cavity 3 is a double-position installation cavity corresponding to the installation of two switches or socket function parts 6, which can ensure the overall strength of the frame while ensuring that the switch or socket function parts 6 can pass through. There is also a unit installation cavity 2 for installing a single switch or socket function 6, which increases the overall strength of the frame. The frame of the present invention can only include a double-position installation cavity for installing two switches or socket functions 6, such as As shown in Figure 2; it may also include a double-position installation chamber and a unit installation chamber 2 for installing three switch or socket functional parts 6, as shown in Figure 3; it may also include two double-position installation chambers or a double-position installation chamber The one-position installation cavity cooperates with two unit installation cavities 2 for installing four switch or socket functional parts 6, as shown in Figure 4; it can also include two double-position installation cavities matched with one unit installation cavity 2 or one double-position installation cavity Cooperate with three unit installation cavities 2 for installing five switch or socket functional parts 6, as shown in Figure 5; The installation cavity 3 and the unit installation cavity 2 are surrounded by flat plates, which can be used to support the switch or socket functional parts 6, and the side plates can wrap the circumference of the switch or socket functional parts 6 to improve installation accuracy and neatness The flat part is provided with buckle feet 4 for positioning switch or socket function parts 6. The setting of buckle feet 4 enables users to pre-install switch or socket function parts 6 when they are on the wall, that is, switch or socket function parts 6 is interlocked with the pin 4 and pre-positioned on the front of the frame body 1. When the installation position of the switch or socket function part 6 is incorrect and needs to be adjusted, the switch or socket function part 6 can be quickly removed and repositioned to reduce disassembly During the time, two of the buckle feet 4 are used as a group to cooperate with the switch or socket function part 6, and the buckle feet 4 are positioned in the diagonal direction of the switch or socket function part 6, which can be realized by using a minimum number of buckle feet 4 For the positioning of the switch or socket functional part 6, and two-point positioning, the installation and disassembly are quicker, and the work efficiency is improved. The mounting hole 5 for fastening the switch or socket functional part 6 is opened on the said flat part. After the functional part 6 is pre-positioned, after checking that the installation position is correct, fasten the switch or socket functional part 6 on the frame through the mounting hole 5 .

The installation method using the above-mentioned one-piece frame includes the following steps:

a. Complete the wiring of a single switch or socket functional part 6, that is, the switch or socket functional part 6 is connected to the wire embedded in the wall;

b. Pass the wired switch or socket functional part 6 from the back of the frame body 1 through the multi-position installation cavity 3 to the front of the frame body 1;

c. The switch or socket functional part 6 is interlocked with the buckle pin 4 and pre-positioned on the front of the frame body 1;

d. Connect the second switch or socket functional part 6, at this time, the second switch or socket functional part 6 is connected directly on the front of the frame body 1, then repeat step c, and so on, until the installation is complete A corresponding number of switch or socket functional parts 6;

e. Fasten each pre-positioned switch or socket function part 6 on the frame body 1 , that is, the switch or socket function part 6 is fastened on the frame body 1 through the installation hole 5 .

Installation method of the present invention also can be following steps:

a. Prioritize the wiring of the two switch or socket functional parts 6, that is, connect the switch or socket functional parts 6 to the wires embedded in the wall;

b. Pass the connected switch or socket functional parts 6 from the back of the frame body 1 through the multi-position installation cavity 3 to the front of the frame body 1;

c. Buckle the two switch or socket function parts 6 with the corresponding buckle feet 4 and pre-position them on the front of the frame body 1. If there are only two positions, place the two pre-positioned switch or socket function parts 6 Just fasten it on the frame body 1, if there are more than two positions, proceed to step d;

d. Connect the third switch or socket functional part 6 to the wire. At this time, the third switch or socket functional part 6 is directly connected on the front of the frame body 1, and then connect the switch or socket functional part 6 to the pin 4 Interlocking is pre-positioned on the front of the frame body 1, and so on, until a corresponding number of switches or socket functional parts 6 are installed;

e. Fasten each pre-positioned switch or socket function part 6 on the frame body 1 , that is, the switch or socket function part 6 is fastened on the frame body 1 through the installation hole 5 .

The corresponding number of switch or socket functional parts mentioned above means that the number of switch or socket functional parts is consistent with the number of installation positions on the frame. The unit installation cavity 2 includes one installation position, and the double-position installation cavity includes two installation positions. The multi-position installation cavity 3 includes a plurality of installation positions, between the multi-position installation cavity 3 and the unit installation cavity 2, between the unit installation cavity 2 and the unit installation cavity 2, and between the multi-position installation cavity 3 and the multi-position installation cavity 3 The flat parts are all separated from each other, and the interior of the multi-position installation cavity 3 is designed through the frame, so it can pass through the switch or socket function 6, while the unit installation cavity 2 cannot pass through the switch or socket function 6, the switch Or the number of socket function parts 6 that can be wired preferentially depends on the number of installation positions contained in the multi-position installation cavity 3. The double-position installation cavity can preferentially connect 1-2 switches or socket function parts 6, and the three-position installation cavity can be preferentially wired. 1-3 switch or socket functional parts 6, and so on.

The above installation methods are only different in order of use, and the assembly principle is the same. In the case of priority wiring, the switch or socket functional parts need to pass through the multi-position installation cavity from the back of the frame body to the front of the frame body.

A conjoined switch, comprising a frame and a switch or socket functional part 6 installed on the frame, the switch or socket functional part 6 includes a fixing frame, a functional module installed in the fixing frame, and a function module installed in the fixing frame and the functional module The panel above, the frame adopts the one-piece frame as mentioned above, the fixed frame is connected with the one-piece frame, the fixed frame is pre-positioned by interlocking with the buckle foot 4, when in use, first switch the Or the socket functional part 6 is assembled, and installed according to the above-mentioned installation method, as shown in FIG. 1 .

Finally, it should be noted that: the above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit them; although the present invention has been described in detail with reference to the foregoing embodiments, those skilled in the art should understand that it still can The technical solutions described in the foregoing embodiments are modified, or some of the technical features are replaced equivalently; and these modifications or replacements do not make the essence of the corresponding technical solutions deviate from the spirit and scope of the technical solutions of the various embodiments of the present invention.

Claims (8)

1. A one-piece frame, comprising a frame body (1), characterized in that, the frame body (1) is provided with multiple installation cavities (3) for installing multiple switches or socket functional parts (6) , the multiple installation cavities (3) pass through the frame body (1) up and down, and the multiple installation cavities (3) communicate horizontally inside. 2 . The one-piece frame according to claim 1 , characterized in that, the multi-position installation cavity ( 3 ) is a double-position installation cavity for correspondingly installing two switch or socket functional parts ( 6 ). 3. A one-piece frame according to claim 1 or 2, characterized in that, the frame body (1) is also provided with a unit installation cavity (2) for installing a single switch or socket function (6) ). 4. A one-piece frame according to claim 3, characterized in that, the frame body (1) includes a flat plate and side plates extending upward from around the flat plate, and the multi-position installation cavity (3 ), the surroundings of the unit installation cavity (2) are all made of flat plate parts. 5 . The one-piece frame according to claim 4 , characterized in that, the flat plate part is provided with buckle feet ( 4 ) for positioning switch or socket functional parts ( 6 ). 6 . 6 . The one-piece frame according to claim 4 , characterized in that, the flat plate portion is provided with mounting holes ( 5 ) for fastening the functional parts ( 6 ) of switches or sockets. 7 . 7. The installation method of a one-piece frame according to claim 1, characterized in that it comprises the following steps: a. Complete the wiring of a single switch or socket function (6); b. Pass the wired switch or socket functional part (6) from the back of the frame body (1) through the multi-position installation cavity (3) to the front of the frame body (1); c. Buckle the switch or socket functional part (6) with the buckle pin (4) and pre-position it on the front of the frame body (1); d. Connect the second switch or socket function (6), repeat step c, and so on; e. Fasten each pre-positioned switch or socket function (6) on the frame body (1). 8. A one-piece switch, comprising a frame and a switch or socket functional part (6) mounted on the frame, said switch or socket functional part (6) comprising a fixing frame, a functional module installed in the fixing frame and a mounting The panel on the fixing frame and the functional module is characterized in that the frame adopts the one-piece frame according to any one of claims 1-6, and the fixing frame is connected to the one-piece frame.