JP5204081B2 - Modular outlet - Google Patents

Description

The present invention relates to fixtures for mechanical installations for electrical installations and equivalents, and more particularly to electrical outlets and wall mounting adapters for similar installations, and to modular outlets.

Wall outlets for appliances and the like that allow convenient connection to power lines and communication circuitry of devices such as electrical equipment, telephones, cable television receivers, and computers are widely used. In addition, similar equipment is often mounted on walls, floors, and ceilings, and connected to power and communication networks in a similar manner. The term “wall” in this case refers to any fixed surface to which the outlet is normally connected, and refers to a wall of a building or equivalent facility (but not limited to vertical walls, floors and ceilings, regardless of direction). As well as the surface of other structures capable of fixing outlets such as cupboards fixed in the room, top surfaces of desks. Similarly, the term “outlet” refers to a facility that is attached to, but is not limited to, a wall or other fixed structure and typically allows access to the wiring in the wall through connectors on the faceplate panel. Other equipment types include, but are not limited to, wall-mounted lights and appliances, controllers, switches, sensors, data equipment, telephone equipment, and Internet communication equipment. Outlets usually use cavities made in the wall, but one type is a surface-mounted type that is installed entirely on the wall.

The outlet usually consists of two separate parts.
(A) Face plate. The outer part of the outlet, usually made of plastic, with a front panel that accepts standard connectors for connection to wiring in the wall. The front panel of the faceplate is usually decorative and is the only exposed outlet part after installation.
(B) Wall mounting equipment. The appliance is attached to the wall inside the wall and attached to the face plate outside the wall, thereby securing the outlet to the wall. In general, the face plate is attached to the wall mounting fixture by means of two screws.

There are two main types of outlets that are typically used, depending on the type of wall structure and the opportunities available to mechanically attach to the wall and provide power or signal connections to it.

One such wall-mounted equipment system is a “junction box” system as shown in FIG. Junction box systems are common in North America and are used with a hollow wall structure in which the wall portion 101 is held in place and supported by support beams 103 that are appropriately spaced. Typically, the wall portion 101 can be a relatively thin panel (about 12.7 mm (1/2 inch) thick) of plaster or other suitable material, and the support beam 103 is typically wooden. Or it is metal. The rectangular junction box 105 is fixed to the support beam 103, or it can be attached to any other suitable support structure. Junction box 105 has an open face 107 that is exposed into wall portion 101 through a matching open cutout. In general, junction box 105 is made of metal or plastic, although other suitable materials can be used. Mounting tabs 109-a and 109-b are provided on both sides of the surface 107, and these tabs receive mounting screw holes 111-a and 111-b that allow attachment of various appliances to the junction box 105. . Note that the nominal center-to-center spacing of the mounting holes 111-a and 111-b is substantially 8.3 cm (31/2 inches). Transmission medium 113 enters junction box 105 through a conduit (not shown) coupled to junction box 105 at one of several selectable openings (not shown) in the closure surface. Transmission medium 113 may carry power, telephone signals, or other signals for sending data or control signals. Any number of transmission media 113 can be used, and these transmission media can include different combinations and configurations of electrical conductors such as electrical wires or coaxial cables, or non-conductive media such as optical fibers.

FIG. 2 shows how the faceplate 201 (or similar instrument) is attached by the junction box system (the wall portion 101 of FIG. 1 is omitted for clarity). Screws 203-a and 203-b fix the face plate 201 to the connection box 105 through the attachment holes 111-a and 111-b, respectively. Since the connection box 105 is fixed to the support beam 103 (or other appropriate support structure), the face plate 201 is thereby secured in place. Faceplate 201 includes two telephone connectors (such as RJ-11) that are connected to telephone wiring in the wall and are therefore part of a telephone outlet. As can be seen in FIG. 2, the face plate 201 is made of a wall by means of mechanical dimensions and a rectangular shape intended to cover all of the cavity of the instrument 105, and a hole adapted to the screw 203 that fits the screw 111. Designed to be coupled to mounting instrument 105.

A second commonly used wall mounting method is the “cylindrical cavity and sleeve” scheme as shown in FIG. Cylindrical cavities and sleeves are common in Europe and the Middle East, where the wall 301 is self-supporting and stable with solid or substantially solid masonry or similar solid material. Used with structures that do not require additional structures. A cylindrical cavity 303 is formed in the wall portion 301 and optionally a sleeve 305 is inserted into it from the outside. The sleeve 305 is typically made from plastic or other semi-flexible material and is typically cup-shaped with a lip and a closed back side. The sleeve 305 can also have mounting screws (not shown) for securing to the wall portion 301.

FIG. 4 shows a prior art wall mounting instrument 401 for cylindrical cavity and sleeve wall mounting. A pair of expandable clamps 403-a and 403-b are positioned to grip the inner surface of the sleeve 305 and in the absence of the sleeve 305 to grip the inside of the cavity 303 (FIG. 3). The cavity is typically cylindrical with a diameter of approximately 5.5 cm, although other cavity shapes and dimensions are also generally possible. The clamp 403-a can be clamped to the inside of the sleeve 305 by tightening the screw 405 and spread outward (and thus increase the grip strength), and the clamp 403-b A similar screw (not shown) can be spread outwards for this purpose as well. A single expandable clamp can also be used in connection with a fixed clamp, or in connection with a similar protrusion that can grip the inner surface of the sleeve 305 or the inside of the cavity 303 in the absence of the sleeve 305. When the wall mounting device 401 is secured inside the cavity 303, a face plate (not shown) is fixed to the mounting device 401 by means of driving screws in the mounting holes 407-a and 407-b. be able to. Note that the nominal center spacing between the mounting holes 407-a and 407-b is 6 cm (2.36 inches). The face plate is also well suited for wall mounting devices that are square and have threaded holes suitable for mounting the face plate in the wall mounting device.

The following points are also noted.

The prior art wall-mounted appliance shown in FIG. 4 and described herein is capable of attaching substantially all appliances and outlets intended for and commonly used for cylindrical cavities and sleeve wall mounts. it can.

All changes in the design and configuration of such prior art wall mounting devices are minor changes, so all such prior art wall mounting devices are substantially the same in appearance, use, and function. .

Wall mount fixtures and faceplates designed for junction box wall mounts are cylindrical cavities using conventional fixture fixtures available (as shown in FIG. 4 and described herein) and It is incompatible with the sleeve structure and cannot be attached to it.

-No means are currently available to easily mount appliances and outlets designed for wall-mounted junction box systems for cylindrical cavities and sleeve structures,
All common appliances and outlet schemes (such as power outlets, telephone jacks, and luminaires) are widely available for both wall mounting schemes above. Therefore, it is easy to obtain a common appliance and outlet for the wall mounting method that is used in the building regardless of the wall mounting method.

Today, however, many specialized appliances and outlets are available for specific purposes. Examples of such specialized appliances and outlets include, but are not limited to, outlets for data circuitry, multimedia, sensors, control units, and the like. Such appliances and outlets are not readily available for both wall mounting schemes. In general, such specialized wall mounting instruments and faceplates tend to be available for leading wall mounting schemes in areas where their most important markets are. In particular, because of the size and importance of the North American market, the majority of such specialized wall-mounting equipment and faceplates are primarily for wall-mounted junction box systems such as those shown in FIGS. Tend to be available. In many cases, such specialized wall mounting instruments and faceplates are not available for cylindrical cavities and sleeve systems. If this is a problem, specialized wall-mounting equipment and faceplates are cylindrical without the expensive and annoying external refurbishment of the junction box 105 in the small cavity 303 provided for the sleeve 305. Can not be easily installed in structures with a hollow cavity and sleeve type wall mounting, so the utility provided by such specialized wall mounting fixtures and faceplates is in these buildings Are difficult to provide and expensive.
U.S. Patent No. 6,057,031 reveals an electrical housing assembly that is adapted to be mounted behind a finished surface, such as a wall or ceiling, and that is designed to receive an appliance that will be exposed outwardly from the finished surface. To. The housing assembly includes an electrical box having an open side to facilitate an electrical engineer to inspect or manage the operation of wiring contained within the housing. This electric box has a punching portion that allows insertion of external wiring into the box opening. A frame-like flat adapter designed to mount the appliance is attached to the electrical box by a hinge assembly, which remains attached to the electrical box in both the open and closed positions. Forgive. A fastener, such as a snap-on clip, secures the adapter to the electrical box in the closed position as desired by the electrician, but can be easily removed.
Patent document 2 discloses a communication plug socket consisting of a base having a conductor support element and a cover plate, which can be incorporated into any desired range of domestic service appliances by means of application and for communication purposes. Provide marking (designation) of plug socket.
Patent document 3 requires the user as a supplement or component in any electrical or non-electrical unit (equipment) that should be mounted on the same surface or already mounted on the same surface, especially in the building part. Co-mounted metal or plastic box with its own fastening system suitable for function.

US Pat. No. 6,184,468, Feb. 6, 2001, Electrical box with semi-attached adaptor German Patent No. 43 11 137, October 6, 1994, Communications plug socket having adaptor for use with any desired ranges of domestic service appliances (communication with adapter for use with any desired range of domestic service appliances) Plug socket) WO 98/54806 pamphlet, 3 December 1998, Flush Mounted Metal or Plastic Box

Accordingly, there is a widely recognized need for adapters that provide easy installation of faceplates designed for junction box wall mounting in buildings constructed using cylindrical cavities and sleeve wall mounting. Having it would be very advantageous. More generally, there is a need for an adapter that allows one type of faceplate to be installed in a cavity suitable for another different type.

The present invention provides an adapter that allows an appliance or outlet designed for junction box wall mounting to be installed in a cylindrical or other shaped cavity with or without a sleeve.

The adapter according to the invention is easily installed in a wall cavity with or without a sleeve and takes on the installation of appliances or outlets designed for junction box type wall mounting.

For this reason, according to the present invention, there is provided an adapter for attaching the first face plate of the first type to the outlet cavity configured to attach the second face plate of the second type via the attachment device. And
A plate having an opening through which a transmission medium passes for connection to at least one connector attached to the face plate;
An adapter is provided with at least one fixture secured to the plate for securing the adapter in the outlet cavity and at least one attachment point for attaching the faceplate.

Preferably, the plate includes a pair of spaced apart, spaced apart substantially 8.3 cm (3 1/4 inches) coinciding with the mutual spacing between corresponding mounting holes in the faceplate of the commercial junction box. Mounting holes are provided.

In order to understand the present invention and to know how it can actually be performed, a preferred embodiment will be described by way of non-limiting example only with reference to the accompanying drawings.

The principles and operation of the adapter according to the present invention can be understood with reference to the drawings and the following description, in which common components in different embodiments are referred to by the same symbols.

FIG. 5 shows an adapter 501, which has an opening 505 through which the transmission medium 113 (FIG. 3) passes, and which can be further expanded to grasp the wall cavity or the inner surface of the sleeve 403-a and 403. A rectangular plate 503 with -b. A screw 405 widens the clamp 403-a and a similar screw (not shown) widens the clamp 403-b. Attachment points 507-a and 507-b allow attachment of a face plate (constituting the first face plate) designed for junction box wall attachment (constituting the first face). Accordingly, the nominal center distance between attachment points 507-a and 507-b is substantially 8.3 cm (3 1/4 inches). Examples of attachment points 507-a and 507-b include, but are not limited to holes and posts, which can be threaded in addition to a friction fit or snap fit.

FIG. 6 shows the mounting of the face plate 601 designed for junction box mounting onto the adapter 501 where the adapter is inserted into the sleeve 305 and the clamp 403a and the respective screw 405 are tightened. Attached by 403-b (wall portion 301 not shown for clarity). When the adapter 501 is securely fixed in this way, the adapter is ready for attachment of the face plate 601 to the rectangular plate 503. The face plate 601 has mounting holes 603a and 603-b, through which screws 605-a and 605-b are inserted, for example, in mounting points 507-a and 507-b which can be screw holes. Each is fixed. Transmission medium 113 is passed through opening 505 prior to installation to connect to a suitable instrument (not shown) secured within faceplate 601.

In the method shown in FIG. 6 and described above, a custom faceplate designed for junction box mounting can be mounted in a suitable and easy flat manner on walls characterized by cavity and sleeve type wall mounting. .

The face plate 601 shown in FIG. 6 has a main body portion that is raised with respect to the mounting surface to the wall in order to attach the plate 503 to the wall in the same plane as the wall. However, another embodiment of the present invention was intended to mount face plates and other appliances inside the junction box. FIG. 7 shows such an adapter, in which the plate 503 shown in FIG. 6 functions as a back plate and supports a generally box-like structure with an outer surface 703 around it, this structure being connected There are mounting points 705-a and 705-b forming a box and in the form of tall posts inside. The high post has a screw hole for attaching the face plate 601 to the high post. The outer surface 703 gives the appearance that the junction box is flat with the wall when attached. The outer side 703 can be made at various heights so that a thinner and more attractive junction box is possible.

Although the present invention has been described with respect to a rectangular junction box faceplate attached to a circular wall cavity, in any case where it is required to attach a faceplate of one type to an outlet cavity adapted to another type. It will be appreciated that it is equally applicable.

Similarly, while the invention has been described with respect to a limited number of embodiments, it will be appreciated that many variations, modifications and other applications of the invention may be made. All such embodiments are considered to be within the scope of the claims.

For example, a pair of spaced clamps are shown in FIGS. 6 and 7 to secure the adapter to the outlet cavity or sleeve, but it will be appreciated that other attachment means are possible. . For example, an opening can be formed in the plate 503 at a location that falls within the perimeter of the cavity 303 or sleeve 305 and thus screwed to the wall 101 through the cavity 303 or sleeve 305. Similarly, in FIG. 7, the clamps can be connected to each other by a frame having a central opening 709 and indicated at 707, again passing through the cavity 303 or sleeve 305 and screwing the plate to the wall 101, The need for clamping can be avoided.

The face plate 601 shown in FIG. 6 includes a pair of openings 606-a and 606-b each receiving a respective connector. Such connectors can include telephone connectors, power / electrical connectors, or CATV connectors. If faceplate 601 accepts multiple openings (this is not essential), the openings can be of various contours so that various types of connectors can be attached to it if desired. By such means, for example, the telephone connector and the computer data connector can be accommodated in the same connector and connected to an appropriate transmission medium, and the face plate 601 is fixed to the cavity 303 or the sleeve 305 via the adapter 501 or 701. Is done.

The present invention also contemplates a method of inserting a first type of first faceplate into an electrical outlet cavity configured to attach a second type of second faceplate via an attachment device, In this method,
(A) Attach the adapter according to the present invention to the outlet cavity,
(B) connecting the transmission medium to at least one connector attached to the first faceplate, and (c) attaching the first faceplate to the adapter via at least one attachment point.

Similarly, the present invention comprises a first face plate of a first type attached to an outlet cavity configured to attach a second face plate of a second type via an adapter according to the invention. Think of an electrical outlet.

1 shows a prior art junction box type wall-mounting instrument. Fig. 3 shows the installation of a prior art faceplate on a junction box type wall mounting fixture. Figure 2 shows a prior art cylindrical cavity and sleeve type wall mounting device; Figure 2 shows a prior art wall-mounting instrument for a cylindrical cavity and sleeve system. Fig. 3 shows an adapter according to the invention for installing a face plate designed for a junction box system on a wall mounting fixture in a cylindrical cavity. Fig. 4 shows the installation of the adapter according to the invention in a cylindrical cavity sleeve and the installation of the outlet faceplate on it. 1 shows an embodiment of the present invention having a boxed side and a mounting post.

DESCRIPTION OF SYMBOLS 101 Wall part 103 Support beam 105 Connection box 107 Open surface 109-a, 109-b Mounting tab 111-a, 111-b Mounting hole 113 Transmission medium 201 Face plate 203-a, 203-b Screw 301 Wall part 303 Cylindrical cavity 305 Sleeve 401 Wall mounting device 403-a, 403-b Clamp 407-a and 407-b Mounting hole 501 Adapter 503 Rectangular plate 505 Opening 507-a, 507-b Mounting point 601 Face plate 603 a, 603-b mounting hole 605-a, 605-b screw 606-a, 606-b opening 703 outer side surface 705-a, 705-b mounting point 707 frame material 709 central opening

Claims (23)

A modular outlet for connecting a signal flowing through a wire in a building wall to and from the device, wherein the wire is taken in via a first shape wall outlet opening or cavity,
The outlet includes a face plate having a second shape different from the first shape, and an adapter configured to be disposed between the face plate and a wall outlet opening or cavity ,
The wall outlet opening or cavity is on one side of the adapter, and the faceplate is on the other side of the adapter;
The face plate includes a connector for connecting the device;
The adapter can be directly attached to the wall outlet opening or cavity and can be securely fixed to the wall outlet opening or cavity using the first type of attachment;
The face plate is mechanically attached to the adapter and fixed to the adapter using a second type attachment, and the second type attachment is different from the first type attachment,
The wiring is arranged to pass through the adapter and is arranged to couple the connector for coupling signals flowing through the wiring to the device and from the device, and the adapter forms a box structure A modular outlet characterized in that it has a substantially continuous perimeter raised end for doing so. The wiring includes a pair of telephone lines connected to transmit a telephone signal;
The modular outlet of claim 1, wherein the wall outlet opening or cavity is a standard telephone outlet wall opening or cavity and the connector is a telephone connector. The wiring includes a cable television coaxial cable connected to transmit a cable television signal;
The modular outlet according to claim 1, wherein the wall outlet opening or cavity is a standard cable television wall opening or cavity and the connector is a coaxial connector. The wiring includes an AC power line connected to transmit an AC power signal,
The modular outlet according to claim 1, wherein the wall outlet opening or cavity is a standard AC power wall outlet opening or cavity, and the connector is an AC jack. The wiring includes data network wiring,
The modular outlet of claim 1, wherein the wall outlet opening or cavity is a standard data network wall outlet opening or cavity and the connector is a data connector.   The modular outlet according to claim 1, wherein the first shape is circular. It said adapter, interval comprises a pair of open clamping, modular outlets of claim 1, wherein each clamp is characterized in that it engages the opposite side of the wall socket openings or cavities of the inner surface. Further comprising means for mounting said faceplate to the adapter, at least one hole means for mounting said faceplate, screws, Nejiposuto, characterized the early days including wedge mating posts and snap-fit posts The modular outlet according to claim 1.   The modular outlet of claim 1, wherein the face plate is mountable in the wall outlet opening or cavity using a wall mounting member substantially similar to a wall mounting member of a standard wall outlet.   The modular outlet according to claim 1, wherein the outlet has a shape substantially similar to a standard outlet.   The wall outlet opening or cavity is formed by a first geographical area method, and the face plate is shaped to be attached to the wall outlet opening or cavity formed by a second geographical area method. The modular outlet according to claim 1.   The modular outlet according to claim 6, wherein the second shape is a rectangle. Are those attachment of the first method is used in Europe and the Middle East, and modular outlets of claim 1, wherein the attachment of the second method is what is used in North America.   The modular outlet according to claim 1, wherein the adapter includes a back plate and an end protrusion protruding from the back plate.   2. The modular outlet according to claim 1, wherein the adapter further includes a raised post that constitutes an attachment point for the face plate and is a component of a second-type attachment.   The modular outlet according to claim 15, wherein the raised post has a screw hole for fixing the face plate to the adapter with a screw.   The modular outlet of claim 16, wherein the adapter forms a junction box.   The modular outlet according to claim 1, wherein the adapter forms a junction box. A method of attaching a rectangular face plate to an electrical outlet cavity having a cylindrical shape, wherein the face plate is equipped with at least one connector, the method comprising:
(A) mounting the adapter according to claim 1 in the electrical outlet cavity;
(B) connecting the wiring to at least one connector mounted by the face plate;
(C) A method of attaching a face plate, comprising a step of fixing the face plate to the adapter via at least one mounting member. A modular chromatography outlet for and connecting the device for connecting the signal flowing through the wiring in the wall of the building unit, is accessed wires via a wall outlet opening or cavity of the first shape,
The outlet includes a face plate having a second shape different from the first shape, and an adapter configured to be disposed between the face plate and a wall outlet opening or cavity ,
The face plate includes a connector for connecting the device;
The adapter can be directly attached to the wall outlet opening or cavity and can be securely fixed to the wall outlet opening or cavity using the first type of attachment;
The face plate is mechanically attached to the adapter and fixed to the adapter using a second type attachment, and the second type attachment is different from the first type attachment,
Wherein the wiring is arranged to pass through the adapter, and to the said signals flowing through the wire being arranged to couple the connector for coupling from the bound and the device in the device makes the chromophore at the distal end Jura Outlet. An adapter for attaching a rectangular face plate to a circular electrical outlet cavity, the face plate carrying at least one connector,
The adapter comprises a plate having an opening for a passage through which a medium for connection to at least one connector mounted on a faceplate having a rectangular shape passes;
The plate has at least one mounting member arranged and configured to attach a face plate to the plate, and is configured to attach the adapter fixedly to the plate and fixed to an electrical outlet cavity. An adapter comprising at least one fastener. An adapter for attaching a rectangular face plate to a circular electrical outlet cavity, the face plate carrying at least one connector,
The adapter comprises a plate having an opening for a passage through which a medium for connection to at least one connector mounted on a faceplate having a rectangular shape passes;
The plate has at least one mounting member arranged and configured to attach a face plate to the plate, and is configured to attach the adapter fixedly to the plate and fixed to an electrical outlet cavity. An adapter characterized by comprising two fasteners. An adapter for attaching a first face plate of a first type onto an electrical outlet cavity configured to attach a second face plate of a second type via an attachment device,
A plate having an opening through which a transmission medium for connection to at least one connector attached to the first face plate passes;
At least one fastener fixed to the plate for fixedly attaching the adapter to the electrical outlet cavity, and at least one attachment point for attaching the first faceplate;
An adapter, wherein the at least one fastener comprises a pair of spaced apart clamps, each clamp engaging the opposite side of the inner surface of the electrical outlet cavity .

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