KR101121274B1 - Bracket Prevention Electricity Components Movements of Slide Rail - Google Patents

Abstract

The present invention ensures the position fixing so that the power components (for example, terminal blocks, fuse holders, breakers, etc., hereinafter referred to as "power components") that are slidably coupled along the slide rails are prevented from moving along the slide rails. It is designed to display or display various information on the connection of power components, with the convenience of quick and convenient connection and separation without deformation or damage of the rail.

Description

Braking Prevention Electricity Components Movements of Slide Rail

The present invention relates to an apparatus for preventing the flow of power components for a slide rail, and more particularly, power components (for example, terminal blocks, fuse holders, breakers, etc.) coupled to a slide rail in a slide type. ) Is securely positioned so that it does not move along the slide rail, and it is possible to mark or display various information and matters about the power parts with the convenience that fastening and detaching can be done quickly and conveniently without deformation or damage of the slide rail. I would have to.

In the slide rail which is generally used to arrange power parts in a row and fix them collectively, power parts are combined in a slide type. In addition, the wiring work is performed in a state in which the power component is coupled to the slide rail. In this case, in order to prevent the power component from being moved along the slide rail, a separate slide rail power preventing device is used.

The flow preventing device of the slide rail power part used for the above uses is fixed to the slide rail in a state in which the power rail is placed in close contact with both sides of the power part, wherein a plurality of fastening screws provided on both sides of the flow preventing device slide It is fixed by the pressing force which presses the rail face directly.

However, when the tightening screw for fixing the flow preventing device to press the slide surface as described above, if the tightening tightening of the tightening screw is loose, the clamping force is also weakened can not be expected to firmly secure the flow device, accordingly It will not function as described.

In order to solve the above problems by strengthening the tightening fastening screw fastening screw of the flow preventing device, the clamping force is increased to achieve a strong fixing of the flow preventing device.

However, if the tightening fastening screw tightening tightening, the slide rail made of synthetic resin material causes cracking or cracking due to the concentration of holding force, and the slide rail made of iron material has no problem of cracking or breaking like synthetic resin. As the distortion occurs, when the power component is added or removed from the slide rail, the slide movement is not smooth, and much difficulty in replacement work and an increase in working time are inevitable. In addition, the crushed slide rails are replaced with new ones, and re-assembly of the power parts and the flow preventing device incurs the inconvenience of replacing the slide rails.

The present invention has been invented to solve the problems of the prior art as described above, in the present invention can be securely and securely fixed with the provision of convenience that can be quickly and conveniently attached and detached without deformation or damage of the slide rail. The purpose is to make it.

Another purpose is to be able to display or display various information on the matter or connection for the power component to provide an information providing function.

In the present invention for achieving the above object and the body; Connecting rods which meet with both ends of the body while being separated from both sides of the connecting portion disposed independently of the space portion formed inside the body; A flow preventing device for a power rail for a slide rail, which is formed at a portion where both ends of the connecting rod and the body meet each other and consists of a binding and pressing part that is engaged with both wings of the slide rail, respectively.
In addition, there is provided a fastening hole is formed in the connecting portion, the fastening member inserted from the upper surface of the body is provided with a flow preventing device for the slide rail power component is fastened to the fastening hole of the connecting portion.
In addition, there is provided an apparatus for preventing the flow of a power rail for a slide rail having a binding groove formed on the inner surface of the binding pressing unit so that the wing of the slide rail can be fitted therein.
In addition, the outer surface of the binding pressing portion is provided with a structure in which a pressing projection for applying a pressure to bend the binding pressing portion in an outward direction is formed.
In addition, the body is provided with a coupling groove which is formed to have a depth from the upper surface inside each of the two sides, the coupling member is provided with a structure in which the display member is coupled.
In addition, the display member is preferably a structure consisting of a display stand having an area and formed flat, and a coupling bar that is provided side by side with a length on both sides of the display stand and coupled to each other by a coupling groove.
In addition, the outer surface of the engaging table is formed with a groove in the interval along the longitudinal direction, the inner surface of the engaging groove is formed with a projection protrusion is coupled to the engaging groove, the fixing is made according to the height adjustment of the display member A structure is provided that is configured to build.
In addition, it is preferable that the attachment sheet is attached to the upper surface of the coupling.

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As described above, the present invention is expected to provide an effect that the binding pressing portion which is bound to each of the wings on both sides of the slide rail can exhibit a strong fastening force with the convenience that the binding and separation can be made quickly and conveniently without deformation or damage of the slide rail. Can be.

In addition, the display member provided in the flow preventing device of the power rail for the slide rail according to the present invention provides a convenience that can display or display a variety of information and information about the power component, and accordingly the information and matters of the power component By being able to quickly and accurately recognize, it is possible to expect the effect of accurate operation of the power parts, and to prevent the occurrence of power accidents and electric shock due to confusion.

In addition, the display member can be adjusted in the upper direction of the body, it can be aligned with the upper surface of the power component to give a sense of unity and unity, thereby improving the overall aesthetics can be expected. In addition, it is also possible to be provided with the convenience of easily viewing the upper surface of the display stand without restrictions on the direction or angle of viewing the display stand.

1 is an exploded perspective view showing a flow preventing device of a power rail for a slide rail according to the present invention.
Figure 2 is a perspective view showing a state in which the flow prevention device of the power rail for the slide rail according to the present invention is separated and combined from the slide rail.
3a and 3b is a cross-sectional view showing a process of the flow preventing device of the power rail for the slide rail according to the present invention is bound to the slide rail, Figure 3a shows a state immediately before the binding, Figure 3b shows a state of the binding will be.

Hereinafter, a preferred embodiment of the flow prevention device of the power rail for the slide rail according to the present invention will be described in detail.

1 is an exploded perspective view showing a flow preventing device of a power rail for a slide rail according to the present invention, Figure 2 is a flow preventing device of the power rail for slide rail according to the present invention separated and coupled from the slide rail A perspective view is shown.

As shown in the drawings, the flow preventing device 10 of the power component for the slide rail made of metal or synthetic resin material is formed on both the bottom of the body 12, both sides of the body 12 and the wings of both sides of the slide rail (14) The binding and pressure holding unit 18 to allow the corresponding connection 16 is disposed, and the display member 20 disposed on the upper portion of the body 12 and coupled to adjust the height. In order to clarify the specific structure prior to the description, the body 12 is described by dividing it into an upper region A and a lower region B for convenience.

Specifically, in the upper region (A) of the body 12, coupling grooves 22 having a depth from an upper surface thereof are formed in each of the two sides, and the engaging protrusion 24 is formed on the inner surface of the coupling groove 22. Is formed to protrude inward. The display member 20 to be described later is detachably coupled to the coupling groove 22 formed as such a structure.

The display member 20 is provided with a display stand 26 having an area and formed flat and side by side having a length on both sides of the display stand 26 and inserted into the coupling groove 22, respectively. ), And the engaging groove 30 is coupled to the engaging projection 24 so as to be fixed to the height adjustable by being formed at least one along the coupling table 28.

Although the display member 20 is detachably coupled to the body 12 and described as a fixed structure for each adjusted position, the display member 20 is not necessarily limited to this structure. For example, the display member 20 may have a structure connected to each other that is not separated from the body 12, that is, the body 12 and the display member 20 may be connected to one. Alternatively, the display member 20 may be detachably coupled to the body 12 but may have a simple fitting coupling structure in which the adjustable height position cannot be fixed.

In the lower region B of the body 12, connecting rods 34 starting from the connecting portion 32 disposed independently of the inner space S of the body 12 are divided into two sides, and finally both end portions of the body. (C) has a connection structure. A portion of the connecting table 34 and both ends C of the body 12 meet and are connected to each other, that is, the bottom of both sides of the body 12 are formed in a state in which the binding and pressing portions 18 are connected to each other.

The binding pressing unit 18 is formed with binding grooves 36 so that both sides of the slide rails 14 of the slide rail 14 can be fitted on the inner side thereof, and the binding pressing unit 18 is formed on the outer side thereof. The push protrusion 38 is formed to protrude in a direction. Furthermore, it is preferable that the inner surface of the binding pressing unit 18 is formed of a convex curved surface having a curvature so that the blade 16 of the slide rail 14 can enter the state in contact with each other.

In addition, the body 12 has a through hole 42 so that the fastening member 40 inserted from the upper surface of the body 12 can be fastened in a state penetrating through the connection part 32 disposed in the center of the body 12. And the fastening hole 44 is formed in the connection part 32, respectively. (See Figure 3A)

3A and 3B are cross-sectional views illustrating a process in which the flow preventing device of the power rail for the slide rail according to the present invention is bound to the slide rail, and FIG. 3A shows a state just before the binding, and FIG. It is shown. As shown in the figure, the convex curved surface of the binding pressing unit 18 according to the present invention puts the body 12 of the flow preventing device 10 in a state in contact with both wings 16 of the slide rails 14 from above. When the body 12 is pressed in the downward direction, the binding pressing unit 18 is bent in a form in which the binding pressing unit 18 and the both ends C are bent in the outward direction about the point D connected to each other. The wing 16 of the slide rail 14 enters the space S direction of the body 12.

Finally, when the wing 16 of the slide rail 14 is positioned in the binding groove 36 of the binding pressing portion 18, the binding pressing portion 18, which has been bent in the outward direction, comes to an initial state. The blade 16 is fitted into the binding groove 36 while being coupled.

When the body 12 is tightened and fastened to the fastening member 40 passing through the center of the body 12 in a state where the body 12 is fastened to the slide rails 14, the connection part 32 fastened to the lower part of the fastening member 40. ) Is to be conveyed upward along the fastening member (40). As such, when the connecting portion 32 is moved upward, the connecting table 34 connected to the connecting portion 32 attracts the binding pressing portion 18, and by this action, the binding pressing portion 18 is the binding pressing portion 18. By trying to be further closed in the direction in which the gap between the narrow, as a result, the holding force and the fixing force for the combined pressing portion 18 to press the blade 16 is further enhanced, thereby making a strong fixing.

For example, in the present invention, even if the fastening fastening of the fastening member 40 is made strong, as in the prior art, the fastening member 40 is not a structure in which the concentrated stress is formed by directly pressing a point of the slide rail, the present invention. The binding groove 36 is applied to the contact structure for holding both the outer surface, that is, the upper surface, the bottom and the side of the wing 16, and accordingly a crushing force is applied to the dispersion structure of the concentrated stress, thereby the dent of the blade 16 Of course, the deformation or cracking of the slide rail 14 as a whole does not occur easily.

In addition, the pressing projection 38 is formed on the outer surface of the binding pressing portion 18, when the body 12 is to be separated from the slide rail 14, if necessary, the pressing projection 38 to the inside When pressed in the direction of the binding pressing unit 18 is bent in the outward direction around the point (D), the gap between the binding pressing unit 18 is opened, and thus the wing 16 from the binding groove 36 As it comes out of each is able to separate the body 12 from the slide rail (14). At this time, it is preferable to separate the fastening member 40 from the body 12 or loosen the fastening fastening with the connecting portion 32 so that the binding pressing unit 18 can be easily bent in the outward direction.

Therefore, when using the flow preventing device of the power rail for the slide parts of the present invention, the hassle for the fastening work of a plurality of fastening screws to fix and separate the flow preventing device to the slide rail 14 as in the prior art, Deformation, cracking and cracking due to the concentrated stress of the tightening screw can be alleviated.

On the other hand, the display member 20 is coupled to the body 12 of the flow preventing device 10. On the display stand 26 of the display member 20, information and various matters of the corresponding power component can be displayed, or an attachment sheet (for example, a label or a label) 46 can be attached.

Accordingly, the operator or the user can quickly and accurately recognize the information and information of the corresponding power component to prevent the correct operation of the power component, and the occurrence of power and electric shock accidents due to confusion.

In addition, the display member 20 is capable of adjusting the height in the upper direction of the body 12, and is fixed while the locking projection 24 is engaged with the locking groove 30 of the display stand 26. When the height adjustment and fixing are possible, the display stand 26 of the display member 20 can be aligned with the upper surface of the power component to give a sense of unity and unity, thereby improving the overall aesthetics. In addition, it is also possible to be provided with the convenience of easily viewing the upper surface of the display stand 26 without restriction on the direction or angle of viewing the display stand 26.

Although the preferred embodiments of the present invention have been described above, it will be appreciated that those skilled in the art may implement the present invention in various ways. Therefore, variations or modifications of the embodiments of the present invention will not be able to escape the technical scope of the present invention.

10: flow preventing device 12: body
14: slide rail 16: wings
18: binding pressing portion 20: display member
22: coupling groove 24: jamming projection
26: display table 28: combining table
30: locking groove 32: connection portion
34: connecting rod 36: binding groove
38: push protrusion 40: fastening member
42: through hole 46: mounting sheet

Claims (8)

A body 12;
A connecting table 34 which is divided into both sides from connecting portions 32 disposed independently of the space S formed in the body 12 and meets both end portions C of the body 12;
Formed in the portion where the both ends (C) of the connecting table 34 and the body 12 meet each other, it is characterized in that consisting of a binding pressing portion (18) which is bound to each of the wings 16 of the slide rail (14) Flow prevention device for power parts for slide rails.
The method of claim 1,
A fastening hole 44 is formed in the connection part 32, and a fastening member 40 inserted from an upper surface of the body 12 is fastened to the fastening hole 44 of the connection part 32. Flow preventing device for power parts for slide rails.
The method of claim 2,
An inner surface of the binding pressing unit 18, the binding groove 36 is formed so that the wings of the slide rail 14 is fitted, the flow preventing device for a slide rail power component.
The method of claim 3,
On the outer surface of the binding pressing unit 18, a push projection 38 for applying pressure to bend the binding pressing unit 18 in an outward direction protrudes, characterized in that the Flow prevention device.
The method of claim 4, wherein
The body 12 has a coupling groove 22 formed in each of the two sides with a depth from the upper surface, the display member 20 is coupled to the coupling groove 22, the power for the slide rail Component preventive device.
6. The method of claim 5,
The display member 20 is provided with a display stand 26 having an area and formed flat and side by side having a length on both sides of the display stand 26 and coupled to the coupling groove 22, respectively. A flow preventing device for a power rail for a slide rail, characterized in that consisting of. The method of claim 6,
Locking grooves 30 are formed on the outer surface of the coupling table 28 at intervals along the longitudinal direction, and the locking projections 24 coupled to the locking grooves 30 protrude on the inner surface of the coupling grooves 22. Is formed, the flow preventing device of the power rail for the slide component, characterized in that configured to be made in accordance with the height adjustment of the display member (20).
The method of claim 7, wherein
The upper surface of the coupling table 28, the attachment sheet 46 is characterized in that the flow preventing device for the slide rail power component, characterized in that attached.

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