JPS6314676Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to an improvement of a mirror stand that can support a mirror plate and maintain its tilted state without using a sash or the like.

Conventionally, in a mirror stand, a mirror plate is rotatably screwed onto a mirror support frame formed in a portal shape, and a sash metal fitting is attached to the mirror plate and the mirror support frame to regulate the rotation angle of the mirror plate. The legs of the support frame are inserted into the rear of the top of the platform box, which has a pair of side panels attached to both the left and right ends of the top plate and bottom plate, so it is possible to restrict the rotation of the panel on the back side of the panel. Since a sash metal fitting is required, the installation of this sash metal fitting is extremely time-consuming and also leads to an increase in the cost of the product. In addition, in this type of mirror stand, the mirror plate is attached to the mirror support frame only with a hinge, so in these days when large mirrors are used, the mirror plate attached to the mirror support frame can easily be attached to the mirror support frame due to its weight. It also had the disadvantage of rattling and becoming unstable.

In the present invention, the mirror support frame in the mirror stand is formed into a gate shape using pipes, etc., and a mirror holding case is installed in the horizontal part of the mirror support frame with a filler material having a pressure that can maintain the rotational inclination of the mirror plate. By fitting the holding case to the back surface of the mirror plate, and inserting the mirror support frame directly into the base box, the above-mentioned drawbacks of the conventional art in which the holding case supports the mirror plate and maintains its rotational inclination can be overcome. This relates to a mirror stand that aims to solve this problem, and is explained below with reference to drawings.

In the figure, reference numeral 1 denotes a mirror support frame formed into a gate shape using a round bar or a metal pipe with a round cross section. In the illustrated example, the metal pipe is bent to form legs 3, 3 hanging down on the left and right of a horizontal section 2, and a connecting section 4 is provided between the legs 3, 3 to serve as reinforcement and as a support rod for contacting a base box, which will be described later.
Reference numeral 5 denotes a holder for a mirror plate 6 fitted to the horizontal portion 2 of the mirror support frame 1, and is formed with mounting edges 8, 8 protruding from the ends of a holder 7 having an arc-shaped cross section, and is slightly shorter in length than the horizontal portion 2. As shown in FIG. 6, the holder 5 is previously fitted with the mounting edges 8,
8 is inclined in a V-shape so that the mounting edges 8, 8 are fitted to the back plate 9 of the mirror plate 6 when the mirror plate 6 is attached to the mirror plate 6;
In some cases, a spring back action is generated, allowing the screws 10 to be securely fastened without rattling. The shape of the end plate 6 is not limited to rectangular or round.
Numeral 1 denotes a synthetic resin filler provided in the retaining case 5;
The rubber is formed into a C-shaped cross section, and the holding portion 7 of the holding case 5 has a pressure force that fits into the horizontal portion 2 of the mirror support frame 1 and can hold the tilt of the mirror plate 6. In some cases, the inner surface of the filler 11 is provided with a ridge 12. 13 is the mirror stand A.
The base box portion is made up of a top plate 14 and a bottom plate 15, and side plates 16, 16 are attached to both ends of the top plate 14 and the bottom plate 15 to form a box frame, and a back plate 17 is stretched over the box frame. 18, 18 are side plates attached to the base box portion 13 by screws 19 so that they can be detached from the base box portion 13.
The side plates 16, 16 of the base box portion 13 are fixed by screws 19, respectively. In addition, a reinforcing plate 20 is detachably fixed between the two base side plates 18, 18 by screws 21.
Reference numeral 2 denotes holes drilled in the upper surface of the base box portion 13 near the rear, into which the legs 3, 3 of the mirror support frame 1 are inserted. Reference numeral 23 denotes the base box portion 1
3 is a drawer that is slidably fitted into the cabinet.

In addition, in the present invention, as shown in FIG. 7, weight reduction may be achieved by detachably attaching gate-shaped leg rods 18', 18' with casters 24, 24 to the left and right sides of the base box part 13. .

Since the mirror stand according to the present invention has the above configuration, when assembling this mirror stand A, the mirror support frame 1
After fitting the holding case 5 provided with the filler 11 into the horizontal portion 2 of 10, the legs 3, 3 of the mirror support frame 1 are inserted into the rear of the upper surface of the stand box part 13, to which the stand side plates 18, 18 are attached on both left and right sides. 13 to form a predetermined mirror stand A. When the mirror plate 6 attached to the mirror support frame 1 is rotated to hold the mirror plate 6 at a certain angle, , by rotating the end plate 6 to a desired angle, the filling material 1 provided in the holding case 5 is removed.
The end plate 6 is held in an inclined state by the pressing force of 1.

As mentioned above, the mirror stand according to the present invention has a mirror support frame with legs hanging down on the left and right sides of the horizontal part, and a connecting part that serves both as reinforcement and a support rod for contacting the stand box between the legs.
A retaining housing for a mirror plate with a mounting edge protruding from the end of a retaining part having an arc-shaped cross section that is fitted into the horizontal part of the mirror support frame, and an inner peripheral surface having a C-shaped cross section provided inside the retaining housing. In addition, it is composed of a synthetic resin filler with uneven stripes to stop the blind rotation of the mirror plate, and a base box portion of the mirror table into which the mirror support frame with the mirror plate attached near the rear of the upper surface is inserted. By attaching the mirror plate to the mirror support frame through the holding casing during manufacturing, when the mirror plate is tilted during use, the inclination of the mirror plate is prevented from blind rotation due to the uneven striped filling material built into the holding casing. Since it is held in place, the functions of the sash metal fittings can be fully demonstrated without using the sash metal fittings as in the past, which simplifies the labor required to install the sash metal fittings, making it possible to manufacture the product at a low cost, and making it easier to use the mirror plate. The mirror is shaped like a front gate and is attached to a mirror support frame that doubles as reinforcement on the left and right leg rods and support rods that contact the base box, so even if the large mirror plate increases the weight, it can maintain the tilt without any problems and always maintain the tilt. This has the unique effect of making it possible to obtain a stable supporting state of the mirror plate without rattling.

Furthermore, since the mounting edge of the holding case in the present invention is formed in a V-shape before installation, if it is extended vertically from an inclined state during installation and screwed onto the back surface of the head plate, the springback effect of the mounting edge will not occur. It also has the unique effect of making it possible to securely and firmly fasten screws with even less rattling.

[Brief explanation of the drawing]

Figure 1 is a front view of the dressing table of the present invention, and Figure 2 is a front view of the mirror stand of the present invention.
The figure is a top side view, Figure 3 is an enlarged rear view of the main parts, Figure 4 is an enlarged sectional view showing the attachment part of the end plate, Figure 5 is a sectional view of the filler, and Figure 6 is a perspective view of the holding case. FIG. 7 is a perspective view showing a modified example of the base side plate. In the figure, 1 is the mirror support frame, 2 is the horizontal part, 3, 3 are the legs, 4 is the connecting part, 5 is the holding case, 6 is the end plate, 7 is the holding part, 8, 8 is the mounting edge, 11 is the filling 12 is an uneven strip, A is a mirror stand, and 13 is a base box part.

Claims (1)

[Scope of utility model registration request] A mirror support frame 1, in which legs 3, 3 are suspended on the left and right sides of a horizontal part 2, and a connecting part 4 is installed between the legs 3, 3, which serves both as reinforcement and as a support rod for contacting the base box, and the mirror support. Frame 1
A retaining housing 5 of an end plate 6 having mounting edges 8, 8 protruding from the end of a retaining part 7 having an arc-shaped cross section and inclined in a V-shape to be fitted into the horizontal portion 2 of the retaining housing 5, and a C-shaped cross-section provided inside the retaining housing 5. A synthetic resin filler 11 with uneven stripes 12 formed on the inner peripheral surface to stop the blind rotation of the mirror plate 6, and a base box of the mirror stand A into which the mirror support frame 1 with the mirror plate 6 attached near the rear of the upper surface is inserted. A dressing table characterized by comprising part 13.