JPS589600Y2 - dryer stand - Google Patents

Description

[Detailed description of the invention] The present invention relates to a new stand for a dryer, which can change the frontage depending on the size of the dryer it is placed on or the washing machine placed below the dryer. A pair of pillars, each having a pair of pillars integrally or integrally formed with legs extending perpendicularly from the lower end thereof, each extending approximately parallel to the legs from the upper end of the support. an arm extending to is integrally or integrally formed;
In the stand for a dryer, the upper ends of the pair of supports and the tips of the arms are connected by support rods, and a reinforcing body is further provided to connect the middle parts of the pair of supports to each other. The rod and the reinforcing body each consist of two parts, and one of the two parts is formed so that the other part can be slidably engaged from one end into the interior along the longitudinal direction, and the amount of engagement is determined by the size of the engagement. It is characterized in that the length of the support rod and the reinforcing body can be changed by changing the length.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The dryer stand of the present invention will be described below according to embodiments shown in the accompanying drawings.

Reference numeral 1.1' denotes a pair of hollow square pillars made of steel, for example, and legs 2, 2' are integrally formed at the lower end thereof, extending in a direction perpendicular to the pillars 1.1'. ing.

The legs 2, 2' are formed into a hollow square shape made of steel, for example, and the lower ends of the supports 1, 1' are fitted inside through an opening formed on the upper surface of the rear end, and the legs are inserted in that state. 2
, 2' and the columns 1, 1' are welded to each other.
, 1' and the legs 2, 2' are integrally formed.

Holes 3, 3.3' are provided on the bottom of the legs 2, 2' near both ends.
, 3' are formed, and nuts 4, 4.4',
4' is fixed by welding or the like so that its side holes are aligned with the holes 3, 3.3', and 3'.

5, 5.5', 5' are height adjustment bodies attached to the bottom surfaces near both ends of the legs 2, 2', and the disc-shaped grounding parts 6, 6
゜6', 6' and the screw shafts 7, 7.7', 7' protruding perpendicularly to the iron parts 6, 6.6', 6' at their centers, and the screw shafts 7 , 7.7', 7' are the legs 2, 2'
It is attached by screwing into nuts 4, 4.4', 4' fixed to the bottom surface.

And the oak of each height adjustment body 5, 5.5', 5') 4
, 4.4, 4', and 4' can be adjusted so that the two legs 2, 2' are located on the same horizontal plane.

Numerals 8 and 8' are plastic parts made of synthetic resin that close the front end opening of the foot body 2° 2', and a cylindrical press-fitting part 10 that protrudes rearward from the slightly inner side of the periphery on the rear surface of the flat plate-shaped closing parts 9 and 9'. .10
' are press-fitted into the front end openings of the legs 2, 2'.

11.11' is a fall prevention fitting made of steel, for example.
It is formed by welding two mutually perpendicular sides of a right-angled triangular reinforcing plate 13.13' to one side of an L-shaped plate piece 12.12'.

And two mounting pieces 14.1 forming an L-shaped plate piece.
4', 15.15', one 14.14' is fixed to the back surface of the flat end of the struts 1, 1' and the rear end surface of the foot body 2.2' by screws or other means, and the other 15.15' It is fixed to the floor by means such as screws, thereby preventing the support columns 1° 1' from falling over.

16.16' is from the upper end of the support 1, 1' to the foot body 2, 2'.
The arm extends substantially parallel to the support column 1.1', and is made of, for example, steel and has a hollow square shape, and is integrally formed with the support column 1.1' by means such as welding.

The tip of the arm 16.16 is provided with an opening 17.17'.

Reference numeral 18 denotes a rear support rod that connects the upper ends of the columns 1 and 1', and includes two rods 19 and 19 made of steel, for example.
20, one of the rods 19 is formed in a hollow square shape, and on the other hand, for example, it is attached to the inner surface of the upper end of the left column 1 through an L-shaped mounting bracket 21 in a direction perpendicular to the inner surface of the column 1. It is fixed so that it extends.

22.22 is a screw insertion hole provided on the rear surface of the rod 19 at the center in the width direction; 23, 23.23 is a screw insertion hole provided at the upper right side of the rear surface of the rod 19;
24.24 is a screw hole arranged at a position near the upper left of the rear surface of the rod 19.

L-shaped mounting bracket 21 for fixing the rod 19 to the support 1
One of the two mounting pieces 25 and 26 that make up the rod 1
The rod body 19 is fixed to the front surface of the proximal end of the column 9 by welding, and the other rod 26 is fixed to the inner surface of the upper end of the column 1 with screws, thereby fixing the rod 19 to the column 1.

The other rod of the rear support rod 18, that is, the right rod 20, has a U-shaped cross section, and its opening side faces downward.

The rod 20 is formed so as to be slidably inserted into the left rod 19 from its right open end 27 along the longitudinal direction.

28.28, . . . are threaded holes arranged along the longitudinal direction at regular intervals at the center in the width direction on the rear surface of the right rod 20, and 29.29 are the rod 20.
Screw hole formed at the top right position on the rear surface, 30
．． 30.30.30 is a screw insertion hole formed at the upper left side of the rear surface of the rod 20.

A hollow rectangular mounting portion 31 with one end open is fitted onto the right end of the right rod 20, and is fixed in this state by welding.

The right rod 20 has a right end opening 2 inside the left rod 19.
7 along the longitudinal direction, and is fixed to the inner surface of the upper end of the right support column 1' via an L-shaped fitting 32 so as to be perpendicular to the inner surface.

Two mounting pieces 33 and 34 that constitute the L-shaped mounting bracket 32
One side 34 is fixed to the front surface of the mounting part 31 by welding,
The other 34 is fixed to the upper end of the right column 1' with a screw, thereby fixing the right rod 20 to the column 1'.

The rods 19 and 20 are connected to tapping screws 35.3.
5 are fixed to each other by screwing them through the screw insertion holes 22, 22 of the left rod 19 into the screw holes 28, 28 of the right rod 20.

Reference numeral 36 denotes the support rod that connects the tips of the arms 16 and 16', and is carved from two rods 37 and 38 made of steel, for example, and one of the rods, that is, the left rod 37, is formed into a hollow square shape. It is bent towards the rear at the left-hand side.

A fitting portion 39 having a U-shaped cross section is integrally formed so as to extend rearward from the tip of the rearwardly facing portion of the rod body 37.

The fitting portion 39 has its opening side facing downward;
It is formed so that it can fit into the tip opening 17 of the arm 16.

The fitting portion 39 and the left rod 37 are integrated by welding with the rear end of the fitting portion 39 fitted into the tip opening of the rod 37.

40. 40 is a screw insertion hole formed on the rear surface of the left rod 37 at the center in the width direction.

The left rod 37 and the left rod 19 of the rear support rod 18 are connected to each other via support rods 41 and 41 at positions near both ends.

The support rods 41, 41 are made of steel, for example, and have both ends welded to the front surface of the rod 19 and the rear surface of the rod 37, so that the rods 19 and 37 are integrally formed.

The other rod of the front support rod 36, that is, the right rod 38, has a U-shaped cross section, and its opening side faces downward.

The rod 38 is formed so that it can be slid into the inside of the left rod 37 from the right opening end 42 along the longitudinal direction, and is bent rearward at the right-hand portion. An L-shaped cylinder 43 is fitted onto the bent portion and fixed by welding.

Screws 7L44, 44, 44. ...
... are arranged along the longitudinal direction of the rod body 38.

The right rod 38 is inserted into the inside of the left rod 37 from the right open end 42 along the longitudinal direction at the left side from the bending part, and has a distal end portion extending rearward of the right rod 38. 45 is the first opening of the right arm 16'.

Then, the left side rod body 37 and the right side rod body 38 of the front side support rod 36
are fixed to each other by screwing the tapping screws 35, 35 through the screw insertion holes 40, 40 of the left rod 37 into the screw holes 44 of the right rod 38.

Reference numeral 46 denotes a reinforcing crosspiece that connects the columns 1 and 1' to each other at a position slightly lower than the center thereof, and is formed by two C-channel-shaped crosspieces 47 and 48 made of steel. That is, a mounting plate 49 is attached to the left end of the outer column 47 by welding at a position slightly inward from the end surface.

The mounting plate 49 is provided with bolt insertion holes 50, 50.

Further, bolt insertion holes 51, 51 are provided in the center portion of the outer column 47 in the width direction.

The other crosspiece, that is, the inner column 48, is formed so that it can be slidably inserted into the inside of the outer column 47 from the right end along the longitudinal direction, and a welding member is attached to the right end at a position slightly inward from the end surface. A mounting plate 52 is attached.

The mounting plate 52 is provided with bolt insertion holes 53, 53.

Further, the inner column 48 has bolt insertion holes 54, 54 spaced apart at a constant interval in the center in the width direction.

... are arranged along the longitudinal direction.

The inner column 48 is fitted inside the outer column 47 from the right end along the longitudinal direction, and the bolt insertion holes 51, 51 of the outer column 47 and the bolt insertion holes 54 of the inner column 52 are inserted from the front side of the outer column 47. The inner column 48 and the outer column 47 are fixed to each other by inserting the hole 54.55 and screwing nuts 56 into the portions of the hole 55.55 protruding from the hole 54.54.

Reinforcing bar positioning plates 58 and 58' having punch holes 57, 57, 57', and 57' formed on the inner surfaces of the columns 1 and 1' connected to each other by the reinforcing bars 46 are fixed by welding.

And the screw hole 57 on the inner surface of the pillars 1, 1'.
Holes are formed in portions corresponding to 57' and 57'.

Then, the left end of the outer column 47 is fitted into the reinforcing bar positioning plate 58, and the right end of the inner column 48 is fitted into the reinforcing bar positioning plate 58' for reinforcement. Position the crosspiece 46 between the supports 1 and 1', and then position it in that position) 59, 59, 59.
The positioning plates 58 , 5 are inserted through the bolt insertion holes 50 , 50 , 53 , 53 of the mounting plates 49 , 52 attached to the ends of the mounting plates 49 , 52 .
The reinforcement bars 46 are fixed to the columns 1 and 1' by screwing into the threaded holes 57, 57, 57', and 57'.

60 and 60' are reinforcing plates in the shape of a substantially right triangle;
0 is attached to the rear upper end of the left support rod 1 and the rear left end of the rear support rod 18, and the other 60' is attached to the rear upper end of the right support rod 1' and the rear right end of the rear support rod 18. has been done.

61 , 61 , 61 , 61 , 61', 61', 6
Reference numerals 1' and 61' denote attachment holes formed in two mutually perpendicular edges of the reinforcing plates 60 and 60'.

To attach the reinforcing plate 60 to the rear support rod 18, insert the tapping screws 62 and 62 into the left side rod 19 through the mounting holes 61 and 61.
This is done by screwing into the screw hole 24.24 on the rear surface, and the tip of the screw 62.62 is inserted into the right side rod 2.
0 through the screw insertion holes 30, 30 on the rear surface.

To attach the reinforcing plate 60' to the rear support rod 18, insert the tapping screws 62, 62 through the mounting holes 61', 61' and the screw insertion holes 23, 23 on the rear surface of the left rod 19.
This is done by screwing into the screw holes 29.29 on the rear side.

To attach the reinforcing plates 60, 60' to the columns 1, 1', insert the tapping screws 62, 62, 62, 62 into the upper ends of the rear surfaces of the columns 1, 1' through the mounting holes 61, 61, 61', 61'. Formed screw holes 63, 63.63', 6
This is done by screwing in 3'.

Reference numeral 64 denotes a sheet interposed between the reinforcing plate 60, 60', the rear surface of the columns 1, 1', and the rear surface of the rear support rod 18, and is made of, for example, vinyl resin and has a rectangular shape, and is made of vinyl resin and has a rectangular shape. They have approximately the same length, and the reinforcing plate 60
, 60' are used for attaching the tapping screws 62.

62, 62, .
, 60', and the struts 1, 1' and the rear support rod 18 in a pinched manner.

In addition, the reinforcing plates 60 and 60' have the rod body 1 of the rear support rod 18.
Tapping screw 35 used to fix 9 and 20
hole 65.65 with a diameter larger than the diameter of the head.

65, 65.65', 65', 65', 65' are provided.

When the reinforcing plate 60, 60' is attached, the head of the tapping screw 35 is located in the hole 65', and therefore, the reinforcing plate 60, 60', the rear support rod 18, and the column are connected to each other. 1 and 1' are closely fixed to each other with a sheet 64 interposed therebetween.

Reference numeral 66 denotes a heaton fixed to the rear surface of the rear support rod 18 via a chain 67, and when the heaton 66 is fixed by screwing into a wall located behind the stand, it is possible to prevent the stand from falling due to an earthquake or the like. I can do it.

Note that the chain 67 is fixed to the rear support rod 18 using rods 19 and 20.
This is done via a tapping screw 35 that fixes the two.

68 is, for example, a metal rod that is bent into a U-shape and further has both ends 69
．． It is a suspension support formed by bending the ends 70 so as to extend in opposite directions, and is attached to the arm 16'.

A round hole 71' and a long hole 72' are provided on the bottom surface of the arm 16' to which the suspension support 68 is attached, with a slightly shorter interval than the middle part of the suspension support 68. 68
Insert one end 69 of the arm 16' into the round hole 71'.
Then, force is applied to the suspension support 68 to narrow the distance between both ends 69 and 70, and in this state, the suspension support 68
The other end 70 of is inserted into the elongated hole 72', and then the force applied to the hanging support 68 is removed.

Then, due to the elasticity of the hanging support 68, the other end 70
moves away from one end 69, and the other end 70 also engages with the inner bottom surface of the arm 16', and the hanging support 68
is attached to the arm 16'.

Incidentally, the bottom surface of the left arm 16 is also provided with a round hole and an elongated hole in the same manner as in the right arm 16', so that the hanging support 68 can be attached to the left arm 16.

The dryer stand of the present invention has the above-mentioned structure, and the opening thereof is adjusted by adjusting the amount of engagement of the right side rod 20 with respect to the left side rod 19 of the rear side support rod 18, the amount of engagement of the front side support rod 36 with respect to the left side rod 37, This can be done by appropriately adjusting the amount of engagement of the inner column 48 of the reinforcing bar 46 with respect to the outer column 47.

Note that the attachment of the rear support rod 18 and the front support rod 36 to the columns 1, 1' and the arms 16 and 16' is based on the front support rod 3.
The amount of engagement of the right rod 38 into the left rod 37 of No. 6 and the amount of insertion of the right rod 20 into the left rod 19 of the rear support rod 18 are adjusted as appropriate, and the rods 37 and 38 and the rod 1 are
9 and 20 are fixed, insert the fitting part 39 of the left rod body 37 of the front support rod 36 and the tip end 45 of the right rod body 37 into the opening 17.17' of the arm 16.16 to support the rear side. The rod 18 is located between the columns 1 and 1', and the rear support rod 18
This is done by screwing the mounting brackets 21 and 32 fixed to the inner surfaces of the columns 1 and 1'.

After adjusting the frontage of the stand, install the reinforcing plates 60, 60' and heaton 66 using the method described above, and adjust the height adjusters 5, 5.5', 5' so that the stand is on the floor. After that, install the fall prevention fittings 11 and 11'.

As mentioned above, according to the dryer stand of the present invention,
Each support rod that connects the upper ends of a pair of columns and the tips of a pair of arms, and a reinforcing body that connects the intermediate portions of a pair of columns to each other are each formed to consist of two parts, and One of the parts is formed so that the other part can be slidably inserted into the interior from one end along the longitudinal direction, and by changing the amount of insertion, the length of the support rod and the reinforcing body can be changed. be able to.

Therefore, the frontage of the stand can be changed depending on the size of the dryer to be placed or the size of the laundry, etc. placed below the dryer.

[Brief explanation of drawings]

The drawings show an example of the implementation of the dryer stand of the present invention, and FIG. 1 is an exploded perspective view of the whole, and FIG.
3 is an enlarged view of the front support rod, A is a rear view showing one part, B is a rear view showing the other part, and C is an enlarged sectional view taken along line II-II in the figure. 4 is an enlarged view of the rear support rod, A is a rear view showing one part, B is a rear view showing the other part, C is a cross-sectional view taken along the line C-C in Figure A, D is a cross-sectional view taken along the line D-D in Figure B, and Figure 5 is an enlarged view of the reinforcing body, and A is the back side of one part. In the figures, B is a side view thereof, C is a rear view of the other part, D is a side view thereof, and FIG. 6 is a perspective view showing an example of use of the dryer stand of the present invention. Explanation of symbols 1.1'...Strut, 2.2'...
... Leg, 16°16' ... Arm, 18.3
6...Support rod, 46...Reinforcement body, 19
．． 37.47...One part, 20.38.4
8...The other part.

Claims (1)

[Scope of utility model registration request] A pair of pillars are integrally or integrally formed with a leg body extending perpendicularly from the lower end thereof, and an arm is integrally or integrally formed with the upper end of each pillar and extends substantially parallel to the leg body from the upper end thereof. In the dryer stand, the upper ends of the pair of pillars and the tips of the arms are connected by support rods, and a reinforcing body is further provided to connect the middle parts of the pair of pillars to each other. Each support rod and reinforcement consists of two parts,
One of the two parts is formed so that the other part can be slidably engaged from one end into the interior along the longitudinal direction, and by changing the amount of engagement, the length of the support rod and the reinforcing body can be adjusted. A stand for a dryer, characterized in that it can be changed.