JP3164568U - Outlet bar - Google Patents

Abstract

The present invention provides an outlet bar used when a multiple tap is attached to a wall or the like, and is attached at a desired position where the interval between the attachment holes is not restricted. An upper bar Ab of a multiple tap A, an outlet bar main body 1 that also serves as a lower case, a rail portion 2, and a fixture 3. The outlet bar main body 1 includes a main body base surface 1a and an upper side 1b. A slide groove upright side 2a is erected on the lower side 1c and the upper side 1b to form a narrow opening 2b and a wide groove 2c, and a plurality of fixtures 3 include an upright surface 3a for mounting and a bottom surface for mounting. 3b is formed, a mounting screw 4 is inserted into the through part 3c of the mounting vertical surface 3a, and a sliding nut 5 is screwed into the through part 3c of the mounting lower surface 3b for sliding. The screw 6 is inserted, the sliding nut 5 is slidably inserted into the groove 2c of the rail portion 2, and the sliding screw 6 is inserted through the opening 3c of the rail portion 2. [Selection] Figure 2

Description

  The present invention relates to a power outlet bar, and more particularly, to a power outlet bar used when a multiple tap is attached to a wall or the like, and relates to a power outlet bar that can be attached at a desired position with no restriction on the interval between the mounting holes. It is.

  Conventionally, outlet bars for attaching multiple taps have been provided with mounting holes in the outlet bar body. However, in recent years, there are diversified applications, such as lighting and OA equipment that requires a large number of power supplies, etc. It is sometimes attached to the inside of a rack, a high place such as a ceiling, etc., and the installation position is often limited.

For example, in the outlet bar previously disclosed by the present applicant, the mounting base material 2 provided with the base material back surface 2a and the base material both side surfaces 2b and the front end sides of the base material both side surfaces 2b are bent at an acute angle. The locking side 2c, the mounting back surface 3a of the mounting member 3 to be attached to the substrate back surface 2a, the mounting side surfaces 3b extending to the mounting back surface 3a, and the engagement extending to the mounting side surfaces 3b A stop groove 3c, a flange insertion groove 3d extending in the locking groove 3c, an electrode plate insertion portion 3e opened inside the mounting back surface 3a and the locking groove 3c. The electrode plate 4 is inserted into the electrode plate insertion portion 3e, and the electrode plate 4 is inserted from the end portion of the electrode plate insertion portion 3e of the mounting member 3 in the longitudinal direction. Assembling by inserting the mounting member 3 from the part (see Patent Document 1), and both outsides of the rear end opening of the power supply outlet 1 The power supply outlet 1 and the intermediate outlet 20 are connected by engaging and engaging the fitting grooves provided on the inner protrusions with the fitting protrusions provided on both inner side surfaces of the front end opening edge of the intermediate outlet. The intermediate outlet 20 and the termination outlet 40 are detachably connected by fitting and locking the fitting grooves provided on both outer side surfaces to the fitting projections provided on both inner side surfaces of the end opening edge of the termination outlet 40. The connection fitting 60 is fitted and screwed to the groove openings 4, 22 and 42 formed in the section, and the outlets 1, 20, and 40 are completely connected to each other (see Patent Document 2), or a pair of locking pieces. A rail mounting type in which the electronic device main body is rotated while being in contact with the device mounting rail, and the pair of engaging pieces of the rail are engaged with the pair of engaging means provided in the electronic device main body. Improvements to electronic equipment Those were. This electronic device is disclosed that has a rotation center at a position different from the center of gravity of the electronic device main body in the horizontal direction (see Patent Document 3).
JP 2008-171651 A JP 2006-332013 A JP 2005-045087 A

  However, what is described in the above-mentioned disclosed Patent Document 1 is the outlet bar 1 that the applicant previously disclosed, and is the outlet bar 1 in which the electrode plate 4 is inserted through the mounting base material 2. Although there is no attachment to the wall or the like, the through hole is formed in the attachment base material 2 and screwed, and the interval between the attachment holes is constant. The power supply outlet 1, the intermediate outlet 20, and the terminal outlet 40 are detachably connected and the connection fitting 60 is fitted and screwed, and the number of outlets connected can be arbitrarily increased or decreased according to the purpose. The distance between the mounting holes is restricted, and the one described in Patent Document 3 is an improved rail-mounted electronic device that is mounted by mounting a rail for mounting the device. Spacing is regulated It is are those that, when the distance of the holes attached is restricted, voids and or flexible member that does not work mounting screws outlets bars, but that can not be attached to the rigid metal or concrete portions.

  In view of the above-mentioned problems, the present invention solves these problems as a result of diligent research. The main body of the outlet bar is also used as an upper case of multiple taps having a plurality of plug blade receiving portions and a lower case for combining the upper cases. And a rail part integrally formed on the outlet bar body, and a plurality of attachments slidably attached to the rail part. The outlet bar body has a body base surface and upper and lower sides of the body base surface. Swelled in a right angle direction, and the upper side and the lower side are opposed to each other, and the rail portion is erected with a pair of inverted L-shaped slide groove standing sides facing each other on the upper side. The plurality of fixtures are provided with a mounting elevation surface and a bottom surface for mounting in a L-shaped side surface, and through portions are formed in the mounting elevation surface and the bottom surface for mounting. Insert a mounting screw through the surface through-hole, and insert a screw into the through-hole through the bottom mounting surface. The sliding nut is inserted into the wide groove, the sliding nut is slidably inserted into the wide opening, and the sliding screw is inserted into the narrow opening. A pair of inverted L-shaped ridges for the slide groove are opposed to each other to form a narrow opening and a wide groove.

  The outlet bar of the present invention is composed of an outlet bar main body on which multiple taps are arranged, a rail portion, and a plurality of fixtures, and a pair of inverted L-shaped slide groove upright sides of the rail portion are opposed to each other. Insert the slide screw into the narrow opening, screw the slide nut to the tip, and slidably accommodate the slide nut in the wide groove. It is inserted into the penetrating part that has been slid and is slid to an arbitrary mounting position such as a wall to be positioned and mounted. The mounting position can be freely set, and it is an innovative and highly practical device. .

  Hereinafter, the embodiment of the outlet bar of the present invention will be described in detail with reference to the drawings. FIG. 1 is a front view of the embodiment of the outlet bar of the present invention, and FIG. 2 is the inside of the embodiment of the outlet bar of the present invention. It is principal part sectional drawing which abbreviate | omitted the mechanism.

  The present invention relates to a power outlet bar, and more particularly, to a power outlet bar used when a multiple tap is attached to a wall or the like, and relates to a power outlet bar that can be attached at a desired position with no restriction on the interval between the mounting holes. The outlet bar according to claim 1 is an upper case Ab of a multiple tap A provided with a plurality of plug blade receiving portions Aa through which a plug blade of a plug is inserted on one side, and a lower case in which the upper case Ab is combined. An outlet bar main body 1 that also serves as a rail, a rail portion 2 that is integrally formed along the longitudinal direction of the outlet bar main body 1, and a plurality of fixtures 3 that are slidably attached to the rail portion 2. The outlet bar main body 1 has a strip-like main body base surface 1a and upper and lower ends in the longitudinal direction of the main body base surface 1a bulging in a right angle direction so that the upper side 1b and the lower side 1c face each other. The rail portion 2 is erected with a pair of inverted L-shaped slide groove standing sides 2a facing each other along the longitudinal direction of the outer surface of the upper side 1b, and a narrow opening 2b. A wide groove portion 2c is formed, and the plurality of fixtures 3 are provided with a side surface L-shaped mounting vertical surface 3a and a mounting lower surface 3b, and each of the mounting vertical surface 3a and the mounting lower surface 3b. A through-hole 3c is formed at substantially the center of the mounting, a mounting screw 4 is inserted through the through-hole 3c of the mounting upright surface 3a, and a slide nut 5 is screwed at the tip of the through-hole 3c of the mounting bottom surface 3b. The sliding nut 6 is inserted and the sliding nut 5 is slidably inserted into the wide groove 2 c of the rail portion 2, and the sliding screw 6 is inserted into the narrow opening of the rail portion 2. It is characterized by being inserted through 3c.

  Furthermore, the outlet bar according to claim 2 is the outlet bar according to claim 1, wherein the pair of upright sides 2a having the opposite L-shape are opposed to each other along the longitudinal direction of the outer surface of the lower side 1c. Thus, the narrow opening 2b and the wide groove 2c are formed.

  That is, as is well known, the multi-tap A is an elongated cube having a plurality of plug blade receiving portions Aa extending from one end of the cord connected to the power source and allowing the plug blade of the plug to be inserted on one side. The one illustrated in FIG. 1 is provided with two sets of six multi-tap taps A, and the outlet bar is provided with a plurality of multi-tap A.

  And the outlet bar of this invention is the outlet bar main body 1, the rail part 2 integrally formed along the longitudinal direction, the some attachment 3 attached to the rail part 2 so that sliding is possible, The mounting screw 4, the sliding nut 5, and the sliding screw 6 are included.

  The outlet bar main body 1 also serves as a lower case of the multiple tap A in which the upper case Ab and the lower case are united and a receiving blade fitting for inserting the plug blade of the plug is inserted. The upper case Ab and the lower case are combined by inserting a bolt 1d into the hole from the back surface and screwing the upper case Ab.

  Next, the main body base surface 1a has a belt-like shape, and the back surface is in contact with the wall to be attached and the surface is provided with multiple taps A. The upper side described later with synthetic resin or metal It is integrally formed with 1b, the lower side 1c, and the upright side 2a for slide grooves.

  Next, the upper side 1b and the lower side 1c are bulged in a flange shape in a perpendicular direction relative to the upper and lower ends in the longitudinal direction of the main body base surface 1a, and the main body base surface 1a, the upper side 1b, The lower side 1c has a substantially U-shaped longitudinal section.

  Further, the rail portion 2 is provided with a pair of inverted L-shaped slide groove upright sides 2a facing each other at an interval on the outer surface of the upper side 1b, and the top of the interval is open. A narrow opening 2b is formed, and a space inside the opening 2b is a slide groove 2c.

  The plurality of fixtures 3 are connected in the form of a mounting elevation surface 3a, a mounting lower surface 3b, and a side surface L-shaped, and are composed of mounting screws 4, sliding screws 6 and sliding nuts 5 which will be described later. It is.

  Next, each penetration part 3c penetrates substantially the center of each of the mounting elevation surface 3a and the attachment lower surface 3b, and the penetration part 3c cut out in a U shape from the side even in a circular hole. But that's fine.

  Next, the mounting screw 4 is inserted through the through-hole 3c of the mounting vertical surface 3a, and is attached to the outlet bar by screwing the tip into a wall or the like. It may be attached using a type of screw.

  Further, the slide screw 6 is screwed into the tip of the slide nut 5 and is inserted into the through portion 3c of the mounting lower surface 3b. The slide nut 5 is slidable in the wide groove portion 2c of the rail portion 2. The slide screw 6 is inserted into the narrow opening 2b of the rail portion 2, and a general-purpose screw and nut may be used.

  That is, the slide nut 5 is inserted into the groove 2c of the rail portion 2 from the end portion, and the slide screw 6 is inserted into the through portion 3c of the mounting lower surface 3b of the fixture 3 and the opening 2b of the rail portion 2. The slide nut 5 is screwed onto the tip of the slide screw 6 and the fixture 3 is slid to an arbitrary position for positioning, and the slide screw 6 and the slide nut 5 are firmly screwed together. is there.

  The outlet bar is fixed at a desired position with the mounting screws 4, and can be used preferably when a large number of power supplies are required in a limited space such as a show window.

  In addition, a pair of inverted L-shaped slide groove upright sides 2a are also provided on the outer surface of the lower side 1c of the main body 1 so as to face each other with a gap therebetween. The top of the gap is open and narrow. The inside of the rail 2 is formed as a substantially U-shaped sliding groove 2c. By using it together with a plurality of fixtures 3, it can be attached below the outlet bar. Is.

  The outlet bar of the present invention is composed of an outlet bar main body on which multiple taps are arranged, a rail portion, and a plurality of fixtures, and is narrow with an inverted L-shaped slide groove vertical side 2a facing each other. Insert the slide screw into the opening of the screw, screw the slide nut into the tip, and slidably accommodate the slide nut between the slide groove vertical sides. It is inserted into the attached attachment hole and slid to an arbitrary attachment position such as a wall to be positioned and attached, and an outlet bar that can freely set the attachment position is provided.

FIG. 1 is a front view of an embodiment of an outlet bar according to the present invention. FIG. 2 is a cross-sectional explanatory view of a main part in which the internal mechanism of the embodiment of the outlet bar according to the present invention is omitted.

A Multiple tap Aa Plug blade receiving part Ab Mounting groove 1 Outlet bar body 1a Body base surface 1b Upper side 1c Lower side 1d Bolt 2 Rail part 2a Slide groove vertical side 2b Opening part 2c Groove part 3 Fixing tool 3a Mounting stand Surface 3b Bottom surface for mounting 3c Through part 4 Mounting screw 5 Nut for sliding 6 Screw for sliding

Claims (2)

  An upper case of multiple taps provided with a plurality of plug blade receiving portions through which the plug blade of the plug is inserted on one side, an outlet bar main body also serving as a lower case for combining the upper case, and along the longitudinal direction of the outlet bar main body A rail part formed integrally and a plurality of attachments slidably attached to the rail part. The outlet bar body has a strip-like body base surface and a longitudinal direction of the body base surface. The upper and lower ends are bulged in a right angle direction so that the upper side and the lower side face each other, and the rail portion is a pair of inverted L-shaped slide grooves along the longitudinal direction of the outer surface of the upper side. A vertical opening and a wide groove are formed to stand upright against the vertical side, and the plurality of fixtures are provided with an elevation surface for mounting and a lower surface for mounting in an L-shaped side surface. A through-hole is formed at approximately the center of each of the vertical surface and the lower surface for mounting, and the front A mounting screw is inserted into the through portion of the mounting vertical surface, and a sliding nut is inserted into the through portion of the mounting lower surface by screwing a sliding nut at the tip, and the sliding nut is inserted into the rail. An outlet bar, wherein the slide bar is slidably inserted into a wide groove portion of the portion and the sliding screw is inserted through a narrow opening portion of the rail portion. 2. A narrow opening and a wide groove are formed by vertically standing a pair of inverted L-shaped slide grooves along the longitudinal direction of the outer surface of the lower side. The outlet bar according to 1.

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