KR20120129728A - Smart phone cradle - Google Patents

Abstract

PURPOSE: A multifunctional smartphone cradle is provided to convert the view angle and magnifying rates of a screen by magnifying the screen of a smart phone. CONSTITUTION: A mounting unit is installed in the backside of a body unit(10). The mounting unit sticks the screen(S) of a smartphone(M) to an opening unit. The mounting unit moves the smartphone to a left and a right direction. A rectangular shaped magnifying lens(30) is installed at the front side of the body unit. The magnifying lens magnifies the screen exposed to the opening unit. A base unit(50) supports the body unit.

Description

Multifunctional smartphone cradle {Smart phone cradle}

The present invention relates to a multi-functional smart phone holder, and more particularly, to a multi-functional smart phone holder that can enlarge the mounted smartphone screen, and can change the magnification and viewing angle.

A smart phone, a kind of mobile communication terminal, can perform various applications by applying an application such as an app, and also provides various multimedia functions while providing a larger and higher quality image than a conventional mobile communication terminal. The number of users is increasing rapidly. In particular, since the smartphone provides excellent video, many people watch the screen of the smartphone for a long time.

Since such smartphones provide various applications so as to change a life pattern, there is an increasing demand for peripheral devices as well as applications that can be applied to smartphones.

The present invention was created by reflecting the above-mentioned trend, and an object of the present invention is to provide a multi-functional smartphone holder that can enlarge and show a screen of a mounted smartphone, and which can change the enlargement degree and the viewing angle of the screen.

In order to achieve the above object, the multifunctional smartphone holder according to the present invention,

A body portion 10 in which an opening 11 is formed; As installed from the rear of the body portion 10, the mounting portion that can be in close contact with the screen (S) of the mounted smartphone (M) to the opening 11, the movement of the smartphone (M) in the left and right direction ; A rectangular magnification lens 30 installed at the front of the body part 10 to enlarge the screen S exposed through the opening 11; And a base part 50 supporting the body part 10.

In the present invention, as the body portion 10 or the base portion 50 is installed further includes a sub-mounting portion 90 for mounting the smart phone (M).

In the present invention, the mounting portion 20 has a first hinge 21 formed on the lower side of the opening 11 and a second hinge 22 hinged to the first hinge 21. As the mounting blade 23 is mounted between the smart phone (M) and the first hinge 21 and the second hinge 22, the mounting blade 23 is rotated in the direction of the opening 11 It includes a spring 24 to apply an elastic force as possible.

In the present invention, the mounting portion 120, the hinge bar 122 is formed with a first hinge 121 formed on the lower side of the opening 11 and the second coupled to the first hinge 121. As having a hinge 123, the mounting blade 124 is mounted between the smart phone (M) and the hinge bar 122 and the mounting blade 124 as being provided between the mounting blade 124 to the opening And a selection position part 125 for positioning the first position L1 in close contact with the (11) side and the mounting vane 124 in the second position L2 which is bent at an opposite side to the opening 11. do.

In the present invention, the mounting portion 220, the mounting blade 221 is mounted to the smart phone (M1) and; The lower end is coupled to the first hinge h1 at the rear lower end of the body part 10 and the upper end is along the first long hole e1 at the first long hole e1 formed at the upper side of the mounting wing 221. A first arm 221 coupled to be movable; The lower end is coupled to the second hinge h2 formed at the lower side of the mounting wing 221 and the upper end is along the second long hole e2 at the second long hole e2 formed at the rear upper end of the body part 10. And a second arm 223 coupled to be movable and having a center thereof coupled by the first arm 221 and the third hinge h3.

In the present invention, it further comprises a speaker (60) 61 for outputting a sound signal output from the smart phone (M).

In the present invention, as rotatably supporting the body portion 10, and further includes an angle adjustment support portion 40 for adjusting the standing angle of the magnifying lens 30.

According to the multi-functional smart phone holder according to the present invention, by simply mounting the smart phone screen can be enlarged to the size of about 6 to 8 inches, and thus can be used as a desktop TV or audio on the desk.

In addition, since the smartphone screen is enlarged and high-quality sound is generated, it is possible to prevent eye fatigue and deterioration of eyesight and hearing even when watching for a long time.

In addition, when the smartphone is mounted on the sub-mounting unit, it can be operated without lifting by hand, and it is possible to use conveniently, and further, it can prevent the occurrence of joint pain such as wrist.

1 is a perspective view of a multifunctional smartphone holder according to the present invention,
2 is a view for explaining a first embodiment of the mounting portion employed in the body portion of FIG.
Figure 3 is a view for explaining the Shanghai Dongbo government installed on the support of the mounting blade of Figure 2,
4 is a view for explaining a state in which the top of the mounting blade is close to the opening in the body of FIG.
5 is a view for explaining a state in which the mounting blades of Figure 4 bent at the opening,
6 is a view for explaining a state in which the smartphone is mounted on the mounting wing of FIG.
7 is a view for explaining a second embodiment of the mounting portion employed in the body of Figure 1,
8 is a view for explaining a state in which the top of the mounting blade is close to the opening in the body of FIG.
FIG. 9 is a cross-sectional view taken along the line IX-IX ′ of FIG. 8;
10 is a view for explaining a state in which the mounting wing of FIG.
FIG. 11 is a cross-sectional view taken along the line XI-XI ′ of FIG. 10;
12 is a view for explaining a state in which the smartphone is mounted on the mounting wing of FIG.
FIG. 13 is a cross-sectional view along the line XIII-XIII ′ of FIG. 12;
14 is a view for explaining a third embodiment of the mounting portion employed in the body portion of FIG.
15 is a rear view of the smartphone holder of Figure 1;

Hereinafter, by referring to the accompanying drawings of the multi-functional smart phone holder according to the present invention will be described in detail.

1 is a perspective view of a multifunctional smartphone holder according to the present invention, Figure 15 is a rear view of the smartphone holder of Figure 1;

As shown, the multi-functional smart phone holder according to the present invention, the body portion 10 is formed with an opening 11; As installed from the rear of the body portion 10, the mounting portion of the smartphone (M) mounted on the screen (S) in close contact with the opening 11, the mobile unit (M) in the left and right direction and can be moved and corrected; ; A magnified lens 30 installed at the front of the body part 10 to enlarge the screen S exposed through the opening 11; A base part 50 supporting the body part 10; As rotatably supporting the body portion 10, and the angle adjustment support portion 40 for adjusting the upright angle of the magnifying lens 30; Speakers 60 and 61 for outputting a sound signal output from the smartphone (M); A light blocking film 70 which is installed in front of the body part 10 to prevent the surrounding light from being irradiated to the magnifying lens 30; It is installed between the body portion 10 and the mounting portion 20, and the front and rear movement correction portion 80 to move the mounting portion 20 to the front side or the rear side a predetermined interval; It is installed on the body portion 10 or the base portion 50 as a sub-mount portion 90 for mounting the smartphone (M); includes.

The body portion 10 has a structure that is completely shielded from the outside so as to connect the mounting portion 20 and the magnifying lens 30 at the same time, the external light does not flow. The inner wall of the body portion 10 is formed with a light absorbing surface for absorbing light so that the light irradiated from the smartphone screen (S) is formed, the light absorbing surface is made of a black coating layer or black material. As such, the body part 10 has a structure completely shielded from the outside so that external light does not flow in, so that the image output from the smartphone screen S is clearly seen.

As shown in FIG. 2, the edge 11a protruding from the rear surface of the body portion 10 is formed around the opening 11. At this time, the edge of the edge (11a) to close the gap between the opening 11 and the smartphone (M) to prevent the external light from flowing in, the smartphone surface is in direct contact with the edge (11a) is scratched The cushioning contact surface 11b is installed to prevent it. The cushioning contact surface 11b is, for example, a velvet fabric or nonwoven fabric of thick thickness.

The opening 11 is provided with a dust inflow prevention panel 12 made of a transparent material in order to prevent dust from flowing into the body 10. Accordingly, even if time passes, the surface of the magnifying lens 30 facing the inside of the body part 10 may be prevented from being contaminated with dust.

 In general, the screen of the smartphone (M) has a size range from 3.5 inches to 4.5 inches diagonally, the size varies depending on the manufacturer and specifications. Therefore, when mounting the smartphone (M) of a specific size to the mounting portion, the screen (S) of the smartphone may be biased to the left or right from the center of the opening 11, accordingly enlarged by the magnifying lens 24 It may be inconvenient to see the image outside the center of the opening 11.

In order to solve this problem, the mounting portion is to support the mounted smartphone (M) to be corrected to move in the left and right directions.

In addition, the mounting portion easily mounts the smartphone (M), the mounted smartphone screen (S) in close contact with the opening 11, in the process of mounting the specific application (app) of the smartphone screen (S) is not intended It should be prevented from being pressed without it.

Mounting portion for enabling this can be implemented in various ways, described in detail as follows.

2 is a view for explaining a first embodiment of the mounting portion employed in the body portion of Figure 1, Figure 3 is a view for explaining the Shanghai Dongbo government installed on the support of the mounting blade of FIG. In addition, Figure 4 is a view for explaining a state in which the upper end of the mounting blade is close to the opening in the body of Figure 3, Figure 5 is a view for explaining a state in which the mounting blade of Figure 4 is folded in the opening, Figure 6 5 is a view for explaining a state in which the smartphone is mounted on the mounting wing of FIG.

As shown, the first embodiment of the mounting portion 20, the first hinge 21 formed on the lower side of the opening 11, the second hinge 22 hinged to the first hinge 21 As having a smartphone (M) is mounted between the mounting wing 23, the first hinge 21 and the second hinge 22 is installed so that the mounting wing 23 is rotated in the direction of the opening 11 It includes a spring 24 for applying. At this time, the first hinge 21 and the second hinge 22 may be of a structure that is coupled by molding, or may be coupled by a pin (P) penetrating them. Both ends of the spring 24 may be implemented by leaf springs fixed to the bracket 21b formed on the first hinge 21 and the bracket 23b behind the mounting blade 23.

Mounting wing 23 is a place where the smartphone (M) is mounted, both ends are formed with a pair of support (23a) for supporting both ends of the bottom of the smartphone (M). At this time, the support 23a is provided with a shanghai Dongbo government 25 for correcting movement of the mounted smartphone M by a predetermined interval to the upper side or the lower side.

The screen S of the smartphone M has a size ranging from 3.5 inches to 4.5 inches diagonally, and varies in size depending on manufacturers and specifications. Therefore, when mounting the smartphone of a certain size on the mounting blade 23, the screen (S) of the smartphone may be biased toward the upper side or the lower side from the center of the opening 11, accordingly by the magnifying lens 30 It may be inconvenient to see the enlarged image deviating from the center of the opening 11.

In order to solve this problem, the support 23a has a Shanghai Dongbo government 25 for moving and correcting the smartphone M up and down so that the smartphone screen S is located at the center of the opening 11. It is installed. The Shanghai Dongbo government 25 is implemented in various forms. For example, the upper end of the support 23a is installed on the support end 25a for supporting the bottom of the smartphone M, and the screw is supported on the support end 23a. The coupling bolt 25b may be implemented to be coupled to the support end 25a to move upward or downward in the rotational direction.

Mounting blade 23 is provided with a protrusion 23c of the convex shape toward the opening 11 side. The protrusion 23c is formed at a position opposite to the central side horizontal direction of the opening 11, and is integrally implemented when the mounting blade 23 is formed or by attaching a separate member to the flat mounting blade.

Smartphones vary in thickness depending on the manufacturer and specifications, and even the same manufacturer and specifications may vary in thickness depending on whether the accessory cover is installed. Therefore, the width formed by the first and second hinges 21 and 22 should be sufficiently large so that the overall thickness of the smartphone M can be universally mounted. On the other hand, in order to mount a thin smartphone, the mounting blade 23 is provided with a protrusion 23c for closely contacting the smartphone to the opening (11). That is, the protrusion 23c presses the center of the rear surface of the smartphone M so that the screen S can always be in close contact with the opening 11.

By the structure of the mounting portion 20, in the state that does not mount the smartphone (M), as shown in Figure 4, the upper end of the mounting wing 23 is located close to the opening (11).

When mounting the smart phone (M), as shown in FIG. 5, the mounting blade 23 is flipped to the opposite side of the opening 11 by using a hand.

Since after mounting the smartphone (M) on the flipped mounting blade 23, the hand is high, the mounting blade 23 is rotated toward the opening 11 by the elastic force applied from the spring 24, accordingly the smartphone (M) is in close contact with the opening 11 as shown in FIG.

Next, a second embodiment of the mounting portion will be described.

7 is a view for explaining a second embodiment of the mounting portion employed in the body portion of Figure 1, Figure 8 is a view for explaining a state in which the upper end of the mounting blade in the body portion of Figure 7 is close to the opening, FIG. 9 is a cross-sectional view taken along the line IX-IX ′ of FIG. 8. FIG. 10 is a view illustrating a state in which the mounting wing of FIG. 8 is bent at an opening, FIG. 11 is a cross-sectional view taken along the line XI-XI ′ of FIG. 10, and FIG. 12 is a smartphone mounted on the mounting wing of FIG. 10. 13 is a cross-sectional view taken along the line XIII-XIII ′ of FIG. 12.

As shown, the second embodiment of the mounting portion 120, the hinge bar 122 is formed with a first hinge 121 formed on the lower side of the opening 11, and is coupled to the first hinge 121 As having a second hinge 123, the mounting blade 124 is mounted between the smart phone and the hinge bar 122 and the mounting blade 124, the mounting blade 124 is in close contact with the opening 11 side. And a selection position part 125 for positioning the first position and the mounting blade 124 to be at a second position bent at an opposite side to the opening 11. And the mounting blade 124 is provided with a protrusion 124c toward the opening 11 side, this protrusion 124c is substantially the same configuration as the protrusion 23c described in the first embodiment of the mounting portion, so more detailed Description is omitted.

Mounting wing 124 is a place where the smartphone (M) is mounted, both ends are formed with the support (124a) for supporting both ends of the bottom of the smartphone (M). In this case, the support 124a is provided with the Shanghai Dongbo government 25 for correcting the movement of the mounted smartphone M to the upper side or the lower side by a predetermined interval, and the Shanghai Dongbo government 25 has already been described. Omit.

The selection position is such that the mounting blade 124 is in close contact with the opening 11 side, or the mounting blade 124 is positioned in a second position obliquely flipped toward the opening 11. To this end, the selection position portion is formed in the hinge bar 122 and has a first angle 125a having a first angle oblique to the opening 11 side and a second angle drawing having a second angle obliquely opposite the opening 11. The position angle bracket 125 and the stopper 126 which are selectively attached to the first angle surface 125a or the second angle surface 125b as installed on the mounting blade 124 and the stopper 126 are formed. It includes a spring 127 for applying an elastic force in the position angle bracket (125) direction. In this case, the stopper 126 and the spring 127 are preferably installed in the bracket 124b formed at the rear of the mounting wing 124.

By the structure of the mounting portion 120, as shown in Figure 9 in the state not to mount the smart phone (M), the stopper 126 is applied to the elastic force by the spring 127 is a position angle bracket ( It is located in the first angle view 125a of 125, and as shown in FIG. 8, the upper end of the mounting blade 124 is in a first position to keep in close contact with the opening (11).

Next, to mount the smartphone (M), as shown in FIG. 10, the mounting wing 124 is flipped to the opposite side of the opening 11 by using a hand. Then, as shown in FIG. 11, the stopper 126 to which the elastic force is applied by the spring 127 is positioned in the second angle view 125b of the position angle bracket 125, whereby the mounting wing 124 is The second position is to maintain the folded state. In this state, the smartphone (M) is mounted on the blade 124.

When the mounting blade 124 mounted with the smartphone M is rotated toward the opening 11 side, the stopper 126 receiving the elastic force by the spring 127 is the first angle drawing of the position angle bracket 125 ( 125a) is moved to the side, whereby the mounting wing 124 maintains a state in which the smartphone (M) in close contact with the opening (11).

Next, a third embodiment of the mounting portion will be described.

14 is a view for explaining a third embodiment of the mounting portion employed in the body portion of FIG.

As shown, the third embodiment of the mounting portion 220, the mounting blade 221 is mounted on the smart phone (M1); The lower end is coupled to the first hinge h1 at the rear lower end of the body portion 10 and the upper end is moved along the first long hole e1 to the first long hole e1 formed at the upper side of the mounting wing 221. A first arm 221 coupled to the first arm 221; The lower end is coupled to the second hinge h2 formed at the lower side of the mounting wing 221 and the upper end is moved along the second long hole e2 to the second long hole e2 formed at the rear upper end of the body part 10. And a second arm 223 coupled to the center by a first arm 221 and a third hinge h3.

Mounting wing 221 is a place where the smartphone (M) is mounted, both ends of the support for supporting the smartphone (M) as described in the first and second embodiments may be installed, of course.

By the structure of the mounting portion 220, the mounting blade 221 by the first, second arms 222, 223 to mount the smart phone (M) to the mounting blade 221 in a state moved to the rear. . Then, when the mounting blade 221 is pressed to the opening 11 side, the upper end of the first and second arms 222 and 223 rises along the first and second long holes e1 and e2, and the mounting wing 221. Is in close contact with the opening 11 of the screen of the mounted smartphone (M).

On the other hand, when installing a spring (not shown) between the mounting wing 221 and the body portion 10, the mounting wing 221 can be more firmly in close contact with the opening (11) the smartphone (M).

The magnifying lens 30 enlarges the screen of the smartphone M seen through the opening 11, and is formed in a rectangular shape as a whole according to the left and right ratios of the screen. The magnification lens 30 preferably does not have aberration so as to enlarge the screen clearly. For example, the magnification lens 30 is made of polycarbonate or acrylic aspherical lens, and has a length of 6 inches to 9 inches in a diagonal direction. It is preferable that the anti-reflective coating is formed on the surface.

The angle adjustment support part 40 is for rotatably supporting the body part 10 and for adjusting the upright angle of the magnifying lens 30. The angle adjustment support 40 may be implemented in various forms, in the present embodiment will be described as being implemented as a plate that is rotatably supporting both sides of the body portion 10 and fixed to the base 50.

The cradle of the present application can enlarge the screen of the smartphone by the magnifying lens 30, but the viewing angle is reduced in inverse proportion. Therefore, in order to accurately view the screen through the magnifying lens 30, the upright angle of the magnifying lens 30 should be perpendicular to the viewer's eye so that the viewer's eyes can be positioned in front of the magnifying lens 30. . To this end, it is to employ the angle adjustment support portion 40 for adjusting the standing angle of the magnifying lens 30. In particular, because the present application is to be able to watch the screen of the smartphone for a long time while being mounted on the desk, the angle adjustment support portion 40 for securing the viewing angle is an even more important technical configuration.

The base portion 50 supports the body portion 10, and more precisely supports the angle control support portion 40 for rotatably supporting the body portion 10. The base 50 may be simply implemented as a plate supporting the angle adjustment support 40, in the present embodiment is implemented in the form of a box with a built-in configuration for generating sound. That is, the base unit 50 may be provided with a volume 51 for adjusting the volume of the speaker 60, 61 to be described later, and a plurality of switches 52 for manipulating the smartphone (M). Accordingly, by operating the volume 51 and the switch 52, the holder of the present application can be used in the same sense as operating a TV or audio.

In addition, a rechargeable battery 53 is installed inside the base 50, and a body charging port 54, for example, a USB port, is connected to the back or front of the base 50 to connect the battery 53. Is installed. Accordingly, when the charging terminal connected to the wire of the existing common charger is connected to the body charging port 54, the battery 53 is charged.

By this configuration, the charging terminal of the common charger is connected to the body charging port 54 only when the battery 53 is charged, and is usually separated. Therefore, the cradle of the present application can be implemented in a structure that is not connected to the wire is very good mobility.

The battery 53 supplies power to the speakers 60 and 61 so that the speakers 60 and 61 amplify and output the acoustic signals generated from the smartphone M, and supplies power to the smartphone M. It is also supplied. To this end, the battery 53 is connected to the body charging terminal 55 extending from the base 50, and when the body charging terminal 55 is connected to the charging port of the smartphone (M) smart phone (M) ) To supply power and further charge it.

Meanwhile, the body charging terminal 55 connected to the charging port of the smartphone M may be directly connected to the body charging port 54, in which case the charging terminal of the existing common charger is connected to the body charging port 54. The smartphone M may be charged by connecting to it.

Speakers 60 and 61 are installed at both sides of the body portion 10 or the base portion 50 to be described later, which will be described as being installed in the base portion 50 in this embodiment. Speakers 60 and 61 are significantly larger than the speakers built into the smartphone M and output high quality sound. At this time, the speaker 60, 61 is a structure that is connected to the connection terminal (not shown) connected to the earphone output terminal of the smartphone (M), or the amplification circuit is built therein to amplify the sound signal of the smartphone have.

The light blocking film 70 is installed in front of the body portion 10, and blocks light from being emitted from the surrounding light, in particular from the ceiling, into the magnifying lens 30.

In general, the ceiling is mostly installed, when the light generated by the illumination is reflected by the magnifying lens 30 and then irradiated by the viewer's eyes, the screen of the smartphone is not clearly seen by the reflected light. In order to prevent this, the light blocking film 70 is provided so that ambient light is not irradiated to the magnifying lens 30.

The front and rear movement correction unit 80 is for sliding the mounting portion 20 into which the smartphone M is inserted to the front side or the rear side by a predetermined distance. The front and rear movement correction unit 80 is a guide duct 81 formed on the rear surface of the body portion 10, and the mounting portion 20 is installed on the rear surface and slides coupled to the guide duct 81 to slide forward and backward. A duct 82, a release preventing end 83 which prevents the slide duct 82 from being separated from the guide duct 81, and a pressure-holding end 84 which is pressed by hand to slide the slide duct 82. do.

By the front and rear movement fixing unit 80, when the slide duct 82 is moved to the front or the rear side in a state where the smartphone M is mounted on the mounting unit 20, between the magnifying lens 30 and the smartphone screen. The distance is variable, and thus the degree of enlargement of the smartphone screen is variable.

On the other hand, as the smartphone screen is greatly enlarged by the magnifying lens 30, the viewing angle becomes smaller, and conversely, when the smartphone screen is enlarged smaller, the viewing angle becomes larger.

In general, the screen of a smartphone is implemented as an LCD panel. Since the LCD panel has a viewing angle of about 160 °, the screen can be viewed at any viewing angle in any direction. However, when the smartphone screen is enlarged by the magnifying lens 30, the viewing angle becomes smaller, and thus the viewer's eyes should be positioned in front of the magnifying lens 30 in order to accurately view the enlarged smartphone screen.

That is, even if the viewing angle is abandoned according to the taste of the viewer, the smartphone screen may be enlarged to the maximum, or the smartphone screen may be enlarged as small as possible to increase the viewing angle. In order to reflect the taste of the viewer, the front and rear movement correction unit 80 is adopted to vary the degree of expansion and the viewing angle of the smartphone screen (S).

As described above, the multi-functional smart phone holder of the present invention can enlarge the screen of the smart phone to a size of about 6 to 8 inches by simply mounting the smart phone M, and can also generate enhanced sound quality. have. Therefore, when used on a desk can be used as a TV or audio, and because the screen is enlarged, it is possible to prevent eye fatigue and deterioration of eyesight and hearing even when watching for a long time.

Sub-mounting unit 90 is installed on the body portion 10 or the base portion 50 is to mount the smartphone (M). The sub-mounting unit 90 is formed on the support surface 91 for supporting the back of the smartphone (M), and the lower side of the support surface 91, the fitting groove 92 to which the smartphone (M) is fitted. And, it is to be installed on both sides of the support surface 91 or to be installed includes a support arm 93 for supporting both sides of the smartphone (M).

By this structure, the support arm 93 can support the side surface of the smartphone (M) by spreading or pinching, so that the smartphone (M) can be mounted in the horizontal or vertical direction, the size of the smartphone Although different, it can be universally mounted.

Since the smartphone M combines the functions of a mobile phone and a computer, the smartphone M provides various functions as well as a video function. This function is performed by pressing an application formed on the smartphone screen S. In order to listen to music with such a function to operate the MP3 function, or web surfing through the Internet, in this case, the smartphone (M) should be separated from the cradle 20.

The present application is to mount the smart phone (M) so that the screen (S) is exposed to the outside by employing the sub-mounting unit 90, to operate the application on the screen (S) in the state mounted on the sub-mounting unit (90) It can be. In addition, the smartphone M does not need to be held by the hand while being mounted on the sub-mounting unit 90, thereby preventing pain in the wrist.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims.

10 ... body 11 ... opening
11a ... edge 11b ... cushioning surface
12 ... dust ingress prevention panel
20 ... first embodiment 21, 22 ... first, second hinge
23 ... mounting wing 23a ... support
23c ... protrusion 24 ... spring
25 ... Shanghai Dongbo Government 25a ... Support Group
25 b ... calibration bolt
120 ... Second Embodiment of Mounting Section 121 ... First Hinge
122 ... hinge bar 123 ... second hinge
124 ... mounting wing 124a ... support
124c ... protrusion 125 ... selection position
125a ... first angle view 125b ... second angle view
126 ... stopper 127 ... spring
220 ... Third Embodiment of Mounting Section 221 ... Mounting Wings
222 ... first arm 223 ... second arm
30 ... magnifying lens 40 ... angle adjustment support
50 ... Base 53 ... Battery
54 ... Body charging port 55 ... Body charging terminal
60, 61 ... speaker 70 ... light shield
80 ... Front and Rear Mobile Security Administration 81 ... Guide Duct
82 ... Slide duct 83 ... Breakaway prevention stage
84 ... pressure plate 90 ... sub-mount
91 ... support surface 92 ... fitting groove
93 ... support arm

Claims (7)

A body portion 10 in which an opening 11 is formed;
As installed from the rear of the body portion 10, the mounting portion that can be in close contact with the screen (S) of the mounted smartphone (M) to the opening 11, the movement of the smartphone (M) in the left and right direction ;
A rectangular magnification lens 30 installed at the front of the body part 10 to enlarge the screen S exposed through the opening 11; And
Multi-functional smartphone holder, including; the base portion 50 for supporting the body portion 10. The method of claim 1,
Multifunctional smart phone holder further comprises a sub-mounting unit 90 for mounting the smart phone (M) as being installed in the body portion (10) or the base portion (50). The method of claim 1, wherein the mounting portion 20,
It has a first hinge 21 formed on the lower side of the opening 11, and a second hinge 22 hinged to the first hinge 21, the mounting blades on which the smartphone (M) is mounted ( 23 and a spring 24 provided between the first hinge 21 and the second hinge 22 to apply an elastic force so that the mounting blade 23 is rotated in the direction of the opening (11). Multifunctional smartphone cradle characterized. The method of claim 1, wherein the mounting portion 120,
The smart phone M having a hinge bar 122 having a first hinge 121 formed at a lower side of the opening 11 and a second hinge 123 coupled to the first hinge 121. The first mounting position (L1) that is provided between the mounting wing 124, the hinge bar 122 and the mounting wing 124 is in close contact with the mounting wing 124 to the opening 11 side. And a selection position unit 125 for positioning the mounting blade 124 at a second position L2 that is bent at an opposite side to the opening 11. The method of claim 1, wherein the mounting portion 220,
Mounting wing 221 is mounted on the smart phone (M1);
The lower end is coupled to the first hinge h1 at the rear lower end of the body part 10 and the upper end is along the first long hole e1 at the first long hole e1 formed at the upper side of the mounting wing 221. A first arm 221 coupled to be movable;
The lower end is coupled to the second hinge h2 formed at the lower side of the mounting wing 221 and the upper end is along the second long hole e2 at the second long hole e2 formed at the rear upper end of the body part 10. The second arm 223 is coupled to be moved, the center is coupled by the first arm (221) and the third hinge (h3); multifunctional smartphone cradle comprising a. The method of claim 1,
Multifunctional smartphone cradle further comprises a speaker (60) (61) for outputting a sound signal output from the smartphone (M). The method of claim 1,
As rotatably supporting the body portion 10, the multifunctional smart phone holder further comprises an angle adjusting support portion 40 for adjusting the upright angle of the magnifying lens (30).

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