JP2021023688A - Led desktop three-sided mirror which can be folded and rotated - Google Patents

Abstract

To provide a desktop three-sided mirror which can be made in a compact state in non-use time and stored in a small space.SOLUTION: A mirror body 10 is configured so that sub-mirror parts 12 on both sides can be opened/closed with respect to a main mirror part 11, a stand 20 is erected on a base 20K placed on a floor surface, and the main mirror part is provided on a stand upper end part so as to rotate and tilt, in a desktop three-sided mirror. On a case back surface of the main mirror part, a fitting base is fitted so as to rotate between a vertical posture and a lateral posture of the main mirror part and sub-mirror parts around a vertical axis, and the fitting base is fitted to a U-shaped bracket part on a stand upper end so as to rotate around a horizontal axis. On the other hand, a reception part is formed on the base, and on the reception part, a U-shaped bracket of a stand lower end part is fitted so as to rotate around a horizontal axis. The stand is provided so as to tilt between a standing posture and a lodging posture with respect to the base.SELECTED DRAWING: Figure 1

Description

The present invention relates to a tabletop three-sided mirror that can be folded and rotated, and particularly to a three-sided mirror that is made compact so that it can be stored in a small space when not in use.

For example, when a woman puts on makeup, she may use a table-top three-sided mirror. In this tabletop three-sided mirror, the secondary mirrors are folded and deployed on both sides of the primary mirror to form the mirror body, and the upper end of the stand is rotatably supported on the back of the mirror body around the horizontal axis. By deploying the secondary mirror and tilting the mirror body at a desired angle with respect to the stand, a wide range of the face and hair can be reflected in the mirror.

For example, the base is rotatably mounted on the back surface of the primary mirror in an axis perpendicular to the mirror surface, and the horizontal axis mounting bracket is formed at the upper end of the stand, while the bearing is integrally formed on the base to form the stand. Fit the bearing of the base between the mounting brackets of, insert the horizontal axis, mount the base rotatably around the upper end of the stand around the horizontal axis, deploy the secondary mirrors on both sides with respect to the primary mirror, and A desktop three-sided mirror has been proposed in which the mirror body can be tilted at a desired angle or the mirror body can be swiveled from horizontally long to vertically long (Patent Document 1).

In addition, the base and bearing are integrally formed in the case of the primary mirror, the bearing is fitted between the mounting brackets at the upper end of the stand, and the horizontal shaft is inserted into the shaft hole of the bearing and mounting bracket to prevent it from coming off. A simple, low-cost tabletop three-sided mirror that has a mirror body that is tiltably provided at the upper end of the stand and does not have a swivel function has also been proposed (Patent Document 2).

Utility Model Registration No. 3160837 Utility Model Registration No. 3179710

However, in the tabletop three-sided mirror described in Patent Documents 1 and 2, since the stand is fixed to the stand base, there is a problem that the tabletop mirror is bulky and requires a large space for storage even when the three-sided mirror is not used.

In view of these problems, it is an object of the present invention to provide a tabletop three-sided mirror that is compact and can be stored in a small space when not in use.

Therefore, the desktop three-sided mirror according to the present invention is configured such that the mirror body is provided with the secondary mirror portions on both sides so as to be openable and closable with respect to the primary mirror portion, and the primary mirror portion and the secondary mirror portion are fitted with a mirror plate in a case. On the other hand, a stand is erected on a base placed on the floor surface, a bracket portion is formed at the upper end portion of the stand, and the back surface of the primary mirror portion is rotatably attached to the bracket portion around the horizontal axis. In a tabletop three-sided mirror provided so that the primary mirror can be tilted, the mounting base is mounted on the back of the case of the primary mirror around the vertical axis perpendicular to the back of the case. It is mounted so that it can rotate between the vertical and horizontal postures, the bracket part at the upper end of the stand has a U-shape, and the mounting base is attached to the U-shaped bracket part with respect to the vertical axis on the back of the case. While it is attached so that it can rotate around a horizontal axis that is orthogonal to each other, a U-shaped bracket portion is formed at the lower end of the stand, a receiving portion is formed at the base, and the receiving portion is formed with the above. The U-shaped bracket of the stand is rotatably attached around the horizontal axis, and the stand is provided so as to be able to tilt between the standing posture and the lying posture with respect to the base.

One of the features of the present invention is that the stand is provided so as to be able to stand up and down with respect to the base.
As a result, when using a three-sided mirror, a wide range of the face and hair can be reflected on the mirror by standing the stand against the base and rotating the mirror body.
When the three-sided mirror is not used, the secondary mirror part can be folded with respect to the primary mirror part, and the stand can be tilted against the base to make it compact as a whole and can be stored in a small space.

The structure of the horizontal shafts on the upper side and the lower side of the stand is not particularly limited, and can be configured by, for example, a normal rotating shaft and a bearing, but a horizontal shaft can also be configured by combining cylindrical portions facing each other. ..

That is, the cylindrical portion is projected outward from the U-shaped bracket portion at the upper end of the stand, and the cylindrical portion is projected outward from the mounting base on the back of the case of the primary mirror portion. The horizontal axis on the upper side of the stand can be formed by fitting the cylindrical portion of the shape bracket portion and the cylindrical portion of the mounting base on the back surface of the case of the primary mirror portion so as to be rotatable with each other.

In addition, the U-shaped bracket at the lower end of the stand has cylindrical portions that face each other, and the base receiving portion has cylindrical portions that project outward from each other. By fitting the cylindrical portion of the base and the cylindrical portion of the base receiving portion into each other so as to be rotatable, the horizontal axis on the lower side of the stand can be formed.

That is, by forming an arc plate portion on one side of the cylindrical portion of the horizontal axis under the stand and a protrusion on the other side at a position corresponding to the vertical and horizontal postures of the stand, the protrusion and the arc plate portion compete with each other. The stand may be braked in an upright position and a prone position.

The stand may have a linear shape or a side arc shape that is easy to grip.

Further, it is preferable to form a recess in the center of the upper end portion and the lower end portion of the case of the primary mirror portion so that a human finger can be hooked.

Furthermore, a semipermeable sheet is attached to the back surface of the primary mirror and fitted into the case so that the primary mirror cannot be seen through by the light emission of the LED described later, and the sheet prevents scattering when the end plate is damaged. It is better to give a function.

On the other hand, it is preferable that the secondary mirror portion is held in the attached state by fitting the end plate into the case and by the frame body fitted to the case. For this secondary mirror unit, a magnifying glass with a magnification of 3 to 10 times can be adopted as the end plate.

It is preferable to provide a row of lighting LEDs in the primary mirror portion extending in the horizontal direction or the vertical direction. In this case, the coating film on the back surface of the mirror in front of the LED row is polished to an arbitrary shape, for example, a triangle, a quadrangle, a circle, a linear shape, a star shape, or any other shape to make the back surface of the mirror transparent or translucent. It is also possible to irradiate light of the shape.

In addition, it is preferable that the base has a built-in weight to prevent the stand from falling when it stands up.

It is a front view which shows the preferable embodiment of the tabletop three-sided mirror which concerns on this invention. It is a front view which shows when the secondary mirror part is closed in the said embodiment. It is a rear view of FIG. It is a bottom view of FIG. It is a figure which shows the internal structure of the primary mirror part case in the said embodiment. It is a figure which shows the relationship between the stand and the receiving part in the said embodiment. It is a figure which shows the base and the receiving part in the said embodiment.

Hereinafter, the present invention will be described in detail based on specific examples shown in the drawings. 1 to 7 show preferred embodiments of the tabletop three-sided mirror according to the present invention. In the figure, the tabletop three-sided mirror is composed of a mirror body 10 and a stand 20, the mirror body 10 is composed of a quadrangular primary mirror portion 11 and vertically elongated quadrangular secondary mirror portions 12, and the secondary mirror portion 12 is composed of It is pivotally supported by the primary mirror unit 11 so that it can be folded and unfolded.

The primary mirror unit 11 and the secondary mirror unit 12 are configured by fitting the end mirror plates 11B and 12B into the synthetic resin cases 11A and 12A from the front, and the primary mirror unit 11 has a translucent sheet attached to the back surface of the end plate 11B. The sub-mirror portion 12 is attached and adhered by an adhesive, the frame body 12C is fitted into the case 12A and adhered, and the end plate 12B of the sub-mirror portion 12 is held in the attached state by the frame body 12C.

The case 11A of the primary mirror portion 11 is formed with a recess 11D for hooking the fingers in the center of the upper and lower edges, and the mounting base 13 is located at the center of the back surface of the case 11A around the vertical axis perpendicular to the back surface of the case 11A. The mounting base 13 is braked in the vertical and horizontal postures of the primary mirror portion 11 and the secondary mirror portion 12 by being rotatably mounted on the mirror piece 13A and the stopper 11C being engaged with each other. There is.

Further, the mounting base 13 is rotatably provided around the horizontal axis on the U-shaped bracket 20A at the upper end of the stand 20. A cylindrical portion is formed on the mounting base 13 so as to project outward, and a cylindrical portion is formed on the U-shaped bracket 20A at the upper end of the stand 20 so as to face each other. The cylindrical portion and the U-shaped bracket of the mounting base 13 are formed. The horizontal axis is formed by being fitted to the cylindrical portion of 20A so as to be rotatable and in close contact with each other, whereby the primary mirror portion 11 and the secondary mirror portion 12 are tilted to a desired angle. There is.

Further, a U-shaped bracket 20B is formed at the lower end of the stand 20, and the U-shaped bracket 20B is rotatably provided on the receiving portion 20D of the base 20K of the stand 20 around a horizontal axis. Cylindrical portions 20E are formed in the U-shaped bracket 20B so as to face each other, and cylindrical portions 20F are formed in the receiving portion 20D so as to project outward, and the cylindrical portion 20E and the receiving portion 20D of the U-shaped bracket 20B are formed. The cylindrical portion 20F is rotatably fitted to each other to form a horizontal axis.

Further, a semicircular guide groove 20G is formed in the cylindrical portion 20F of the receiving portion 20D, an arc plate portion 20H is formed in the cylindrical portion 20E of the U-shaped bracket 20B, and the arc plate portion 20H is inside the guide groove 20G. The rotation angle is defined by being inserted into the guide groove 20G, and a protrusion 20J is formed in the guide groove 20G, and the arc plate portion 20H competes with the protrusion 20J so that the stand 20 is braked in the standing posture and the lying posture. It has become.

Further, LED substrates 11E are provided on the inner upper and lower edges of the case 11A of the primary mirror unit 11, LED rows are mounted on the LED substrate 11E, and the batteries in the case 11A energize the LEDs by switch operation or touch sensor. Then, the LED is turned on, and the primary mirror unit 11 is illuminated.

Further, a weight is built in the base 20K of the stand 20 to prevent the three-sided mirror from lighting.

As described above, since the stand 20 is provided so as to be able to stand up and down with respect to the base 20K, when using a three-sided mirror, the stand 20 is raised with respect to the base 20K and the mirror body 10 is swiveled to make a face or a face. A wide range of hair can be reflected in the mirror.
On the other hand, when the three-sided mirror is not used, the secondary mirror portion 11B can be folded with respect to the primary mirror portion 11A, and the stand 20 can be tilted with respect to the base 20K to make the whole compact and can be stored in a small space.

11 Primary mirror part 11A Primary mirror part case 11B Primary mirror part End plate 12 Secondary mirror part 12A Secondary mirror part case 12B Secondary mirror part End plate 20 Stand 20K base

Claims (10)

The mirror body is configured by providing secondary mirrors on both sides so that it can be opened and closed with respect to the primary mirror, and the primary mirror and secondary mirror are configured by fitting a mirror plate into the case, while the base is placed on the floor. A stand is erected on the stand, a bracket portion is formed on the upper end portion of the stand, and the back surface of the primary mirror portion is rotatably attached to the bracket portion so that the primary mirror portion can be tilted. In the provided tabletop three-sided mirror
The mounting base is mounted on the back of the case of the primary mirror so that it can rotate between the vertical and horizontal postures of the primary and secondary mirrors around a vertical axis perpendicular to the back of the case. The bracket at the top of the stand has a U-shape, and the mounting base is attached to the U-shaped bracket so that it can rotate about a horizontal axis orthogonal to the vertical axis on the back of the case.
A U-shaped bracket portion is formed at the lower end of the stand, a receiving portion is formed at the base, and a U-shaped bracket of the stand is rotatably attached to the receiving portion around a horizontal axis. A tabletop three-sided mirror characterized in that the stand is provided so as to be able to tilt between the standing posture and the lying posture with respect to the base. Cylindrical portions are projected outward from the U-shaped bracket portion at the upper end of the stand, and cylindrical portions are projected outward from the mounting base on the back of the case of the primary mirror portion. The desktop according to claim 1, wherein the cylindrical portion of the character bracket portion and the cylindrical portion of the mounting base on the back surface of the case of the primary mirror portion are rotatably fitted to each other to form a horizontal axis on the upper side of the stand. Three-sided mirror. Cylindrical portions are projected so as to face each other in the U-shaped bracket portion at the lower end of the stand, and cylindrical portions are projected outward from each other in the base receiving portion, and the U-shaped bracket at the upper end of the stand is projected. The tabletop three-sided mirror according to claim 1, wherein the cylindrical portion of the portion and the cylindrical portion of the base receiving portion are rotatably fitted to each other to form a horizontal axis under the stand. An arc plate portion is formed on one side of the cylindrical portion of the horizontal axis below the stand, and a protrusion is formed on the other side at a position corresponding to the vertical and horizontal postures of the stand, and the protrusion and the arc plate portion compete with each other. The tabletop three-sided mirror according to claim 2, wherein the stand is braked in an upright posture and a prone posture. The tabletop three-sided mirror according to claim 1, wherein the stand has a side arc shape that is easy to grip. The tabletop three-sided mirror according to claim 1, wherein a recess for hooking a human finger is formed in the center of the upper end and the lower end of the case of the primary mirror. The desktop three-sided mirror according to claim 1, wherein the primary mirror portion has a semipermeable sheet attached to the back surface of the end plate and is fitted in the case, and the sheet provides a shatterproof function when the end plate is damaged. The desktop three-sided mirror according to claim 1, wherein the secondary mirror portion is held in an attached state by a frame body fitted in the case with a mirror plate fitted in the case. The LED tabletop three-sided mirror that can be folded and rotated according to claim 1, wherein a row of LEDs for lighting is provided in the primary mirror unit so as to extend in the horizontal direction or the vertical direction. The tabletop three-sided mirror according to claim 1, wherein a weight is built in the base and a function of preventing the stand from falling when standing is provided.

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