JP5006438B2 - Hanger pipe receiver and its construction method - Google Patents

Description

  The present invention relates to a novel hanger pipe receiver constructed between the side walls of a stored product or between opposing walls of a building, and a construction method thereof.

  Conventionally, a pair of hanger pipe holders are provided oppositely between the side walls of the stored product or between the opposite walls of the building, and the hanger pipes are installed on the hanger pipe holders to hook a number of hangers, and clothes are hung there. I try to lower it. As shown in Patent Document 1, the hanger pipe receiver is attached directly to the surface of the stored product or the wall as shown in Patent Document 1, or as shown in Patent Document 2, a shelf column is provided on each of the opposite surfaces of the stored product or the wall. A plurality of parallel bars are installed in the vertical direction, and a horizontal bar provided with a hanger pipe holder between the shelf columns is laid in parallel to the inner surface and wall of the stored product. An example is also shown in which a hanger pipe is hung over and a number of hangers are hung as described above to hang clothes. This method requires a horizontal bar, which not only has a poor appearance, but also causes an increase in cost, and the construction becomes more troublesome. In addition, when a shelf column is provided only on one side, it is not possible to support the installation of a hanger pipe.

  In either case, it can be applied only to either a wall surface or a shelf column and cannot be used for both purposes. In addition, since the opening of the hooking portion of the hanger is relatively narrow and the clothes are heavy when the clothes are suspended, the hanger is often caught on the hanger pipe when it is detached from the hanger pipe. In that case, when the hanger pipe drop prevention mechanism is not provided in the hanger pipe receiver, the hanger pipe sometimes drops from the hanger pipe holder when the hanger is attached or detached.

Japanese Patent Laid-Open No. 4-259408 Utility model registration No. 3156342

  The present invention has been made in view of the problems of the related art, and the first object is to provide a hanger pipe receiver that can be shared both directly on the wall surface and mounted using a shelf column. The second object is to provide a hanger pipe receiver in which the hanger pipe is not easily detached from the hanger pipe receiver even when the hanger is caught, and the third object is to provide a construction method using the hanger pipe receiver. It is in.

  According to the first aspect of the present invention, “a shelf column storage groove (6) for storing a long shelf column (4) in which mounting holes (5) are formed at regular intervals is recessed in the rear surface, A mounting plate portion (2) having a fixing hole (7) formed in alignment with the mounting hole (5) of the shelf column (4) in alignment with the column storage groove (6), and the mounting plate portion (2) And an end storage portion (3) formed with an end storage portion (3) that is open upward and forward and into which the end portion (8a) of the hanger pipe (8) is fitted. Hanger pipe receiver (1) "characterized by

  According to the second aspect of the present invention, the hanger pipe receiver (1) according to the first aspect of the present invention is arranged such that the upper end side edge (8e) of the end portion (8a) of the hanger pipe (8) ”Is provided with a protruding projection for locking (3b).

  The method invention described in claim 3 is described as follows: “Long shelf columns (4) having mounting holes (5) formed at regular intervals are fixed to face the opposing wall surfaces (10), The shelf column storage groove (6) on the back of the hanger pipe receiver (1) described in 2 is fitted into the shelf column (4), and the hanger pipe receiver (1) is inserted through the mounting hole (5) of the shelf column (4). It is characterized in that the fixing hole (7) is screwed.

  In the invention described in claim 1, since the fixing hole (7) is formed in the mounting plate portion (2) of the hanger pipe receiver (1), the wall (10) The hanger pipe holder (1) can be directly attached to any part, and the shelf column storage groove (6) of the shelf column (4) is recessed on the back of the mounting plate portion (2), and the mounting plate Since the fixing hole (7) of the portion (2) coincides with the mounting hole (5) of the shelf column (4) and is aligned with the shelf column storage groove (6), the fixing hole (7 ) And the mounting hole (5) so that they can be attached to the wall surface (10) using the shelf column (4) by screwing or using a dedicated fixing bracket (11). That is, the hanger pipe receiver (1) of the present invention is directly screwed to the “wall surface (10)” at an arbitrary position, or the wall surface (10) using the “shelf column (4)” as shown in claim 3. Can also be used for attachment to

  And, as shown in claim 2, a locking projection for locking the upper end side portion (8e) of the end portion (8a) of the hanger pipe (8) to the upper end opening edge of the end portion storage portion (3). 3b) is projected, so once the end portion (8a) of the hanger pipe (8) is fitted into the end portion storage portion (3), the locking projection (3b) at the upper end opening edge is formed. Even if the hanger collides with the hanger pipe (8) when the temporary hanger is detached, the hanger pipe (8) is hanger pipe receiver (1). It will not fall out of the end storage part (3).

It is a partially-omission front view which shows the construction state of the hanger pipe receiver which concerns on this invention. It is a fragmentary perspective view of the hanger pipe receiver shown in FIG. It is a X1-X1 cross-sectional arrow view of FIG. It is a perspective view of the hanger pipe receiver concerning the present invention. It is a Y1-Y1 cross-sectional arrow view of FIG. It is a front view of the hanger pipe receiver concerning the present invention. FIG. 7 is a side view of FIG. 6. FIG. 7 is a bottom view of FIG. 6. FIG. 7 is a rear view of FIG. 6. It is a partially-omission front view which shows the other construction state of the hanger pipe receiver which concerns on this invention. It is a fragmentary perspective view of the hanger pipe receiver shown in FIG. It is X2-X2 cross-sectional arrow view of FIG. It is a Y2-Y2 cross-sectional arrow view of FIG. FIG. 12 is an exploded perspective view of FIG. 11.

  A first embodiment of the invention will be described below with reference to FIGS. The shelf column (4) is an aluminum extruded product or a bent product of surface-plated steel or stainless steel strip, with a U-shaped cross section with ribs (4b) protruding from both ends on the mounting part (4a) in the same direction. Wall mounting holes (4c) for mounting to the wall surface (10) are formed at appropriate positions above, below, and in the middle of the mounting portion (4a) between the wall mounting holes (4c). Mounting holes (5) are formed at regular intervals. The mounting hole (5) has a shape in which a rectangular notch (5b) is formed in the upper and lower corners of the square part (5a) rotated by 45 °, or the same ellipse as the fixing hole (7) of the hanger pipe receiver (1) described later (See FIG. 14).

  The hanger pipe (8) is a hollow extruded product of aluminum or resin, and its outer shape is oval in cross section, with wavy irregularities (8c) formed in the longitudinal direction over the entire length on the outer surface, and upper and lower outer arc surfaces In (8b), jagged irregularities (8d) are formed in the longitudinal direction over the entire length.

  The hanger pipe holder (1) has a strength such as polyamide, polycarbonate, PET or ABS, and is made of resin that can be molded (generally injection molding). The U-shaped end storage portion (3) is integrally formed. As shown in FIG. 9, the rear surface of the mounting plate portion (2) has ribs (2a) protruding from the side edges of the flat plate portion, and the space between the protruding portions (2b) of the left and right ribs (2a) is a shelf column storage groove. (3) The three protrusions (2b) constituting the shelf column storage groove (6) inside the rib (2a) are stable on the outer surface of the rib (4b) of the shelf column (4). Slid in contact. The depth of the shelf column storage groove (6) is formed slightly shallower than the height of the rib (4b) of the shelf column (4). A fixing hole (7) is formed in the mounting plate portion (2) so as to coincide with the mounting hole (5) of the shelf column (4) in alignment with the shelf column storage groove (6). Since the fixing hole (7) of the first embodiment is screwed, it is formed in a tapered shape so as to fit the head of the countersunk screw (9).

  The end storage portion (3) is formed in a U-shape with a solid shape that opens upward and forward to match the end portion (8a) of the hanger pipe (8), and the upper end opening edge of the hanger pipe (8) A locking projection (3b) is provided over the entire length so as to engage with the knurled unevenness (8d) on the upper end side portion (8e) of the end portion (8a). That is, the interval between the locking projections (3b) is slightly narrower than the narrower lateral width of the hanger pipe (8), and the hanger pipe (8) is placed between the locking projections (3b) by hand. It is formed in such a size that it can be pushed in while contacting. A locking rib (3c) is further provided horizontally on the middle portion of the inner peripheral surface of the end storage portion (3), or a locking projection (not shown) is provided in a protruding manner on the hanger pipe (8). When fitted into the storage part (3), the locking rib (3c) fits into the wavy irregularities (8c) on the outer surface of the hanger pipe (8), and the hanger pipe (8 ) Has a strong holding power.

  Therefore, when the shelf column (4) is used, the shelf column (4) is arranged corresponding to the opposing wall surface (10) of the building or the opposing wall surface (10) of the storage shelf, and the wall mounting through hole (4c ) And screw with screws (12). Next, the shelf column storage groove (6) on the back of the hanger pipe receiver (1) is fitted into the shelf column (4), and the height of the left and right hanger pipe receivers (1) is adjusted, and then the shelf column (4) The fixing hole (7) of the hanger pipe receiver (1) is screwed with a countersunk screw (9) through the mounting hole (5). Although not limited, in this embodiment, the upper and lower two screws are performed. Of course, it is possible to use a fixture (11) described later.

  Thereafter, the end portion (8a) of the hanger pipe (8) is pushed into the end portion storage portion (3) from between the locking projections (3b) of the hanger pipe receiver (1). At this time, both the locking projections (3b) and / or the end (8a) of the hanger pipe (8) are slightly bent. In this way, the hanger pipe (8) is installed between the opposing wall surfaces (10).

  When the shelf column (4) is not used, the hanger pipe receiver (1) is arranged corresponding to the opposing wall surface (10), and the fixing hole (7) is screwed directly to the opposing wall surface (10). Similarly, a hanger pipe (8) is installed between the opposing wall surfaces (10).

  Locking projections (3b) are locked from both sides to the jagged unevenness (8d) of the upper outer circular arc surface (8b) of the hanger pipe (8), and the inner part of the end storage part (3) The engaging rib (3c) at the middle portion of the peripheral surface fits into the wavy irregularities (8c) on the outer surface of the hanger pipe (8). Thus, when the hanger is detached, the hanger pipe (8) does not fall off the hanger pipe receiver (1) even if the hanger strongly hits the hanger pipe (8). In addition, although the locking rib (3c) of the middle step of the inner peripheral surface of the end storage portion (3) is illustrated, it is not essential and can be omitted.

  Next, a second embodiment will be described with reference to FIGS. The part which overlaps with 1st Example uses the description of 1st Example. The fixing hole (7) of the hanger pipe receiver (1) in the second embodiment is formed as an ellipse extending vertically. The hanger pipe receiver (1) is attached by a dedicated fixture (11) for attaching to the shelf column (4). Of course, the above-described screw fixing is also possible.

  The fixing bracket (11) is thinner than the square fixed head (11a) and the width of the fixed head (11a), but its length is longer than the width and the oval mounting hole (5) or fixing hole (7), or It consists of a rod-shaped fixed locking part (11b) of a size that can pass between the rectangular notches (5b) of the deformation mounting hole (5), and a cylindrical fixed leg part (11c) that connects the two. The diameter of the portion (11c) is narrower than the fixing hole (7) and the mounting hole (5), and therefore has a thickness that can be inserted and rotated.

  The hanger pipe holder (1) is attached to the shelf column (4) as shown in the first embodiment, and then fixed to the fixing hole (7) and the mounting hole (5) that are overlapped in the front and rear. The fixed leg portion (11c) of the metal fitting (11) is inserted until it reaches the back side of the mounting hole (5), and is rotated by 90 ° in that state. Then, the fixed leg portion (11c) is locked to the square portion (5a) of the mounting hole (5) (or so as to straddle the narrow width when the mounting hole (5) is oblong), and the shelf column (4 ) Mounting part (4a) and hanger pipe receiver (1) mounting plate part (2) are clamped between fixing head (11a) and fixing latching part (11b) of fixing bracket (11). It is like that. Accordingly, the length of the fixed leg portion (11c) is substantially equal to the thickness of the fixed hole (7) and the mounting hole (5) which are overlapped later. The other points are the same as in the first embodiment.

  As described above, the hanger pipe receiver (1) of the present invention can cope with both the direct attachment to the wall surface (10) and the attachment to the shelf column (4).

(1) Hanger pipe holder
(2) Mounting plate
(2a) Ribs
(2b) Projection
(3) Edge storage
(3a) Upper end opening
(3b) Locking protrusion
(4) Shelf column
(4a) Mounting part
(4b) Ribs
(4c) Wall mounting hole
(5) Mounting hole
(5a) Square part
(5b) Rectangular cutout
(6) Shelf column storage groove
(7) Fixing hole
(8) Hanger pipe
(8a) End of hanger pipe
(8b) Upper end side
(8c) Locking rib
(9) Countersunk screw
(10) Opposite wall and fixing bracket
(11a) Fixed head
(11b) Fixed locking part
(11c) Fixed leg

Claims (3)

  A shelf column storage groove for storing a long shelf column in which mounting holes are formed at regular intervals is recessed on the back surface, and is aligned with the shelf column storage groove and is formed to match the mounting hole of the shelf column A mounting plate portion having a fixing hole, and an end storage portion formed on the front surface of the mounting plate portion with an end storage portion that opens upward and forward and into which the end of the hanger pipe is fitted. Hanger pipe receiver characterized by that.   The hanger pipe receiver according to claim 1, wherein a protrusion for locking the upper end side portion of the end portion of the hanger pipe is protruded from an upper end opening edge of the end storage portion. A long shelf column in which mounting holes are formed at regular intervals is fixed to be opposed to the opposing wall surface, and the shelf column storage groove on the back of the hanger pipe receiver according to claim 1 or 2 is fitted into the shelf column, A construction method of a hanger pipe receiver, wherein a fixing hole of a hanger pipe receiver is screwed through a mounting hole of a shelf column.

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