KR101803192B1 - One touch type supporting holder - Google Patents

Abstract

The present invention relates to a one-touch type holder which prepares an electronic device to be grabbed in a one-touch manner to conveniently mount and fix the electronic device onto the holder. The one-touch type holder includes: a base unit fixed in an installation location; a mounting unit arranging on the upper part of the base unit; a grip unit coupled to the mount unit to move in a sliding manner; a link unit which has both ends coupled to the base unit and the mount unit by links while including an engaging hook unit; a button unit which is coupled to the base unit in a sliding manner to have a detachable hook unit coupled to the engaging hook unit in a detachable manner; a first elastic member which tilts the link unit against the base unit in a normal direction by using an elastic force in accordance with the operation of the button unit; a second elastic member which tilts the mount unit against the link unit in a reverse direction by using the elastic force in accordance with the operation of the button unit; and a one-touch operating unit which slides the grip unit against the mount unit in accordance with the operation of the button unit.

Description

ONE TOUCH TYPE SUPPORTING HOLDER

[0001] The present invention relates to a one-touch type holder, and more particularly, to a one-touch type holder that can easily fix an electronic apparatus to a holder by implementing a ready state for holding the electronic apparatus in a one-touch manner.

2. Description of the Related Art In general, smart phones having various functions such as a video function, an Internet search function, and a navigation function are fused with mobile phones are widely used according to recent developments in mobile phone technology.

However, in order to use the video function, the Internet search function, the navigation function, and the like in the smartphone, it is desirable that the screen of the mobile phone should be fixedly installed so as to face the user. However, Function is not supported.

In addition, a mobile phone holder for mounting a mobile phone in a vehicle uses a magnet to attach only the battery back surface of the mobile phone. As a result, the mobile phone is detached from the cradle due to a shock generated when the vehicle is traveling on a curved road, Or the position is fluctuated, and there is a problem that the hands-free communication state of the mobile phone becomes poor due to the magnetic field emitted from the magnet.

Korean Utility Model Registration No. 20-0353373 (name of design: mobile phone holder, June 16, 2004)

SUMMARY OF THE INVENTION An object of the present invention is to provide a one-touch type cradle capable of conveniently mounting an electronic apparatus to a cradle by implementing a ready state for gripping the electronic apparatus in a one-touch manner.

The one-touch type cradle according to the present invention comprises: a base unit fixed to an installation position; A mounting unit disposed on the base unit; A grip unit slidably coupled to the mounting unit; A link unit, both ends of which are linked to the base unit and the mounting unit, respectively, and which have hooking hooks; A button unit slidably coupled to the base unit and having a detachable hook portion detachably coupled to the hook portion; A first elastic member for tilting the link unit in a forward direction with respect to the base unit by an elastic force in accordance with the operation of the button unit; A second elastic member for tilting the mounting unit in a reverse direction with respect to the link unit by an elastic force in accordance with the operation of the button unit; And a one-touch operation unit for slidingly moving the grip unit in the accommodation unit according to the operation of the button unit.

Here, the gripping unit includes an interlocking member rotatably coupled to the stationary unit and detachably coupled to the one-touch operation unit; A first grasping unit slidably coupled to the stationary unit and engaged with the interlocking member; A second grasping unit slidably coupled to the mounting unit to be symmetrical with respect to the first grasping unit around the interlocking member, the second grasping unit engaging with the interlocking member; And a gripping elastic member slidingly moving the first gripping unit and the second gripping unit from the mounting unit by an elastic force in accordance with separation of the one-touch operation unit and the interlocking member.

Here, the first gripping unit and the second gripping unit may include: a holding rail provided on the mounting unit, respectively; A gripping slider slidably coupled to the grip rail and having a rack gear portion engaged with the linking member; And a gripping bracket rotatably coupled to the gripping slider.

The holding unit includes a first detachable portion, and the holding bracket includes a second detachable portion detachably coupled to the first detachable portion.

Here, the button unit may include: a button rail provided on the base unit; A button body slidably coupled to the button rail in a state in which one side is exposed in the base unit, the button body having the detachable hook portion; And a button elastic member slidably moving the button body by an elastic force so that the button body returns to the original position.

Here, the one-touch operation unit includes: an operation link member rotatably coupled to the accommodation unit and detachably coupled to the accommodation unit; An operating member provided on the link unit such that the operating link member is rotated; And a one-touch elastic member for rotating the operating link member by an elastic force such that the operating link member returns to the home position.

The one-touch type holder according to the present invention further includes a rotating block coupled to the link unit and rotatably coupled to the mounting unit.

The one-touch type cradle according to the present invention further includes a direction switching unit for fixing the mounting unit to the rotary block according to the rotation state of the mounting unit.

Here, the direction switching unit may include: a switch fixing unit provided in the rotating block; And a state fixing unit provided on the mounting unit such that the switch fixing unit is fitted to the fixing unit according to a rotation state of the mounting unit.

The one-touch type cradle according to the present invention further includes a grip releasing unit for operating the one-touch operation unit such that the gripping unit is slidably moved in the mounting unit in accordance with the rotation state of the mounting unit.

Here, the grip releasing unit may include: a first releasing latch provided to the rotating block to press the one-touch operating unit according to the rotation of the mounting unit; And a returning elastic member for rotating the stationary unit by an elastic force so that the stationary unit returns to the original position.

The one-touch type cradle according to the present invention further includes a fixing unit fixing the base unit to an installation position or fixing the mounting unit tilted with respect to the base unit.

The one-touch type cradle according to the present invention realizes a ready state for gripping an electronic device in a one-touch manner, so that the electronic device can be conveniently fixed to the cradle.

Further, the present invention can simultaneously control the first gripping unit and the second gripping unit for gripping the electronic device, and easily adjust the gap between the free end of the first gripping unit and the free end of the second gripping unit.

Further, the present invention facilitates fixing of both ends of the electronic apparatus in a state where the electronic apparatus is seated on the mounting unit, and smooth sliding movement of the gripping slider can be achieved.

In addition, the present invention facilitates detachment and attachment of the holding bracket in the mounting unit, and in the initial state, the holding bracket is fixed to the mounting unit, and the holding bracket is unfolded in the holding preparation state. .

Further, the present invention smoothes the slide movement of the button body according to the one-touch operation, and facilitates returning and repeating the operation of the button body.

Further, the present invention facilitates the rotation of the operating link member, facilitates the interaction between the operating member and the operating link member in accordance with the tilting motion of the mounting unit and the link unit, and the returning and repeating operation of the operating link member It can be convenient.

Further, the present invention can freely rotate the stationary unit in the link unit and freely adjust the gripping position of the electronic device.

Further, according to the present invention, when the mounting unit is rotated in the link unit, the rotational position of the mounting unit can be limited and the electronic apparatus can be stably fixed in the mounting unit.

Further, the present invention facilitates detachment and attachment between the rotating block and the stationary unit, and stabilizes the rotating state of the stationary unit.

Further, according to the present invention, the electronic apparatus fixed to the mounting unit can be stably separated from the mounting unit, and the electronic apparatus can be protected from falling off from the mounting unit.

Further, the present invention facilitates rotation of the stationary unit in the rotary block, and facilitates returning and repeating operation of the stationary unit.

Further, the present invention can stabilize the fixing of the base unit at the installation position. Further, the present invention can stably fix the mounting unit and the link unit tilted with respect to the base unit to the base unit.

1 is a perspective view illustrating a one-touch type cradle according to an embodiment of the present invention.
2 is an exploded view showing a one-touch type cradle according to an embodiment of the present invention.
3 is a cross-sectional view illustrating a state of a one-touch type cradle according to an embodiment of the present invention.
FIG. 4 is a perspective view illustrating an operation housing of a mounting unit in a one-touch type cradle according to an embodiment of the present invention.
5 is an exploded view showing a main part of a grip unit in a one-touch type cradle according to an embodiment of the present invention.
6 is a bottom perspective view showing a button body of a button unit in a one-touch type cradle according to an embodiment of the present invention.
7 is a perspective view illustrating an operation link member of a one-touch operation unit in a one-touch type cradle according to an embodiment of the present invention.
8 is an exploded perspective view showing a rotary block in a one-touch type holder according to an embodiment of the present invention.
FIG. 9 is a plan view of a coupled state for explaining an operation state of a one-touch type cradle according to an embodiment of the present invention.
10 is a perspective view illustrating a first operating state of a one-touch type cradle according to an embodiment of the present invention.
11 is a perspective view illustrating a second operating state of the one-touch type cradle according to the embodiment of the present invention.
12 is a perspective view showing a third operating state of the one-touch type cradle according to the embodiment of the present invention.

Hereinafter, an embodiment of a one-touch type cradle according to the present invention will be described with reference to the accompanying drawings. In this process, the thicknesses of the lines and the sizes of the components shown in the drawings may be exaggerated for clarity and convenience of explanation. In addition, the terms described below are defined in consideration of the functions of the present invention, which may vary depending on the intention or custom of the user, the operator. Therefore, definitions of these terms should be made based on the contents throughout this specification.

FIG. 1 is a perspective view illustrating a one-touch type holder in accordance with an embodiment of the present invention, FIG. 2 is an exploded view illustrating a one-touch type holder in accordance with an embodiment of the present invention, FIG. 4 is a perspective view illustrating an operation housing of a mounting unit in a one-touch type mounting table according to an embodiment of the present invention. FIG. 5 is a perspective view of the one- 6 is a bottom perspective view showing a button body of a button unit in a one-touch type holder according to an embodiment of the present invention, and FIG. 7 is a perspective view of a button unit of the one- Fig. 8 is an exploded perspective view showing a rotary block in a one-touch type cradle according to an embodiment of the present invention. Fig. The.

1 to 8, a one-touch type cradle according to an embodiment of the present invention realizes a mounting preparation state for gripping an electronic device in a one-touch manner and stably fixes the electronic device.

The one-touch type cradle according to the embodiment of the present invention includes a base unit 10, a mounting unit 20, a grip unit 30, a link unit 40, a button unit 50, A second elastic member 46 and a one-touch operation unit 60 and further includes a rotation block 71. At least one of the orientation switching unit 70 and the grip releasing unit 80 And may further include a fixed unit (90).

The base unit 10 is fixed at an installation position.

The base unit 10 includes a fixed housing 12 fixed to an installation position, a base housing 11 provided with a button unit 50 and coupled to the fixed housing 12, And an exposure housing 13 that is coupled to the base housing 11.

A ring-shaped decor member (14) is coupled to the edge of the exposed base housing (11) and the exposed housing (13) to make the appearance more beautiful.

The base housing 11 is provided with a one-touch exposed portion 111 which is depressed or penetrated to expose the button unit 50 and a base supporting portion 112 ) May be included.

The fragrance-releasing fragrance-releasing fragrance storage unit 131 may be recessed in the exposed housing 13. The block housing part 132, on which the rotating block 71 is mounted, may be recessed or formed through the exposure housing 13. Further, the link housing part 133, in which the link unit 40 is seated in the initial state, may be recessed or formed in the exposure housing 13. The link seating portion 133 can cause the link unit 40 to tilt in the forward direction by a predetermined rotation angle. In addition, in the exposure housing 13, a holding restricting groove portion 134 to which the holding restricting projection 84 of the grip releasing unit 80 is movably seated can be formed to be recessed in the block seating portion 132 .

The mounting unit 20 is disposed on the base unit 10.

The stationary unit 20 includes an operation housing 21 disposed at an upper portion of the exposure housing 13 and a finishing housing 22 coupled to the operation housing 21 so that the gripping bracket 313 of the gripping unit 30 can be detached and attached. . ≪ / RTI >

The operation housing 21 is provided with a grip unit 30, a one-touch operation unit 60, a rotation block 71, a direction switching unit 70, and a grip releasing unit 80. The operating housing 21 is provided with a first engaging portion 211 to which the one-touch elastic member 63 of the one-touch operation unit 60 is supported and a second engaging portion 211 to which the return resilient member 83 of the grip releasing unit 80 is supported. A part 212 may be included. The operation housing 21 is provided with a rotation hole portion 74 formed to penetrate the rotation block 71 and a rotation hole portion 74 for guiding the rotation of the rotation block 71 inserted into the rotation hole portion 74 And an evolving guide part 75 protruding therefrom. An auxiliary link seating part 213 may be provided on the operation housing 21 so that a part of the link seating part 133 protruding from the exposed housing 13 of the base unit 10 is inserted.

The finishing housing 22 is provided with a wing seating portion 221 which is recessed or penetrated so that the holding bracket 313 of the holding unit 30 is seated thereon, And a blade exposing part 222 formed thereon.

The holding unit (20) is slidably coupled to the holding unit (30). The gripping unit (30) fixes the electronic apparatus that is seated on the mounting unit (20) to the mounting unit (20).

The gripping unit 30 includes an interlocking member 33 rotatably coupled to the stationary unit 20 and detachably coupled to the gripping portion 614 of the one-touch operation unit 60, A first grasping unit 31 movably coupled to the interlocking member 33 and meshed with the interlocking member 33 and a second grasping unit 31 slidably movable to the mounting unit 20 so as to be symmetrical with respect to the first grasping unit 31 about the interlocking member 33 Touch operation unit 60 and the interlocking member 33 are separated from each other by the elastic force so that the first gripping unit 31 And a gripping elastic member 34 for slidingly moving the second gripping unit 32 and the second gripping unit 32.

The interlocking member 33 is formed in the form of a gear and can be rotated around the interlocking shaft 331. [ Here, the interlocking shaft 331 may protrude from the operation housing 21 of the stationary unit 20.

The interlocking member 33 includes a sliding gear portion 333 to which the engaging gear portion 332 of the one-touch operation unit 60 is fitted and to which the gripping slider 312 of the gripping unit 30 is engaged, ).

The first gripping unit 31 and the second gripping unit 32 are respectively connected to the gripping rail 311 provided on the mounting unit 20 and the gripping rail 311 so as to be slidably moved, And a gripping bracket 313 rotatably coupled to the gripping slider 312. The gripping slider 312 includes a rack gear portion 312a fitted to the gripping slider 312,

The first gripping unit 31 and the second gripping unit 32 are provided on the gripping bracket 313 so that when the electronic apparatus that is seated on the mounting unit 20 is fixed, Member 314 as shown in FIG. The shock absorbing member 314 can prevent the electronic device from slipping and being separated from the grip unit 30. [

The first gripping unit 31 and the second gripping unit 32 may further include blade elastic members 315 that elastically support the gripping brackets 313 in the gripping sliders 312. The blade elastic member 315 can separate the gripping bracket 313 from the blade mounting portion 221 by an elastic force in accordance with the operation of the one-touch operation unit 60 so as to support the side surface of the electronic apparatus.

The grip rail 311 may protrude from the operation housing 21. The gripping rail 311 may be provided with a first restricting portion 311a for restricting the sliding movement of the gripping slider 312.

The gripping slider 312 is provided with a rack gear portion 312a and a gripping guide portion 312b into which the gripping rail 311 is inserted to slide along the gripping rail 311. The gripping portion 312b includes a first limiting portion 311a, And a second restricting portion 312c provided on the gripping guide portion 312b to be engaged.

The gripping slider 312 may further include at least one of an engaging support portion 312d, a gripping portion 312e, a shielding plate portion 312f, and a bracket linking portion 312g. One end of the gripping elastic member 34 may be supported by the engaging support portion 312d. The engaging support portion 312d may protrude toward the opposing gripping slider 312 and may be engaged with each other at an end portion of the gripping slider 312 in accordance with the sliding movement of the gripping slider 312. [ The gripping seating portion 312e can seat the gripping elastic member 34. [ The shielding plate portion 312f covers the opposing gripping slider 312. [ The covering plate portion 312f is exposed at the blade exposing portion 222 in accordance with the sliding movement of the holding slider 312 so that the facing holding slider 312 can be prevented from being exposed. The bracket link portion 312g is engaged with the holding bracket 313 so as to be able to pivot. The blade elastic portion 315 may be embedded in the bracket link portion 312g.

Both ends of the link unit 40 are linked to the base unit 10 and the mounting unit 20, respectively. The link unit 40 is provided with a hooking hook 44 detachably coupled to a detachable hook portion 523 provided on the button unit 50.

The link unit 40 includes a first rotation supporting portion 41 rotatably supported by the base supporting portion 112 of the base unit 10 and a rotation block 71 coupled to the mounting unit 20 or the mounting unit 20 And a tilt link member 43 connecting the first rotation support portion 41 and the second rotation support portion 42 to each other. The tilt link member 43 may be provided with a hooking hook portion 44.

The button unit (50) is slidably coupled to the base unit (10). The button unit (50) includes a detachable hook portion (523) detachably coupled to the hook portion (44).

The button unit 50 includes a button rail 51 provided on the base housing 11 of the base unit 10 and a button rail 51 having one side thereof exposed from the one-touch exposed portion 111 of the base unit 10, And a button elastic member 53 for slidingly moving the button body 52 by an elastic force so that the button body 52 returns to its original position.

The button rail 51 may be formed with a recess in which the button elastic member 53 is seated.

The button body 52 has a button portion 521 for opening and closing the one-touch exposed portion 111 in a state exposed to the one-touch exposed portion 111, a button portion 521 coupled to the button portion 521, A detachable hook portion 523 provided on the slider portion 522 so as to be detachably coupled to the engaging hook portion 44 of the link unit 40 and a detachable hook portion 523 And a button elastic support portion 524 provided on the slider portion 522 and supporting the button elastic member 53. [

The button body 52 may further include a button restricting portion 525 provided on the slider portion 522 so as to restrict the sliding movement of the slider portion 522. The button restricting portion 525 can prevent the button portion 521 from protruding from the base unit 10.

The first elastic member 45 tilts the link unit 40 in the forward direction with respect to the base unit 10 by an elastic force in accordance with the operation of the button unit 50. Here, the forward direction indicates that the link unit 40 is rotated clockwise with respect to the base unit 10. The first elastic member 45 is embedded in the first rotary support portion 41 of the link unit 40 and can be elastically supported on the base unit 10 and the link unit 40 respectively.

The second elastic member 46 tilts the mounting unit 20 in the reverse direction with respect to the link unit 40 by an elastic force in accordance with the operation of the button unit 50. Here, the reverse direction indicates that the mounting unit 20 is rotated in the counterclockwise direction with respect to the link unit 40. The second elastic member 46 is embedded in the second rotary support portion 42 of the link unit 40 and can be elastically supported on the mounting unit 20 and the link unit 40, respectively. When the rotary block 71 is further provided, the second elastic member 46 can be elastically supported on the rotary block 71 and the link unit 40, respectively.

The one-touch operation unit 60 slides the gripping unit 30 in the mounting unit 20 in accordance with the operation of the button unit 50. The one-touch operation unit 60 disengages the interlocking member 33 of the gripping unit 30 so that the first gripping unit 31 and the second gripping unit 32 slide due to the elastic force of the gripping elastic member 34 So that the interlocking member 33 can be rotated.

The one-touch operation unit 60 includes an operating link member 61 rotatably coupled to the mounting unit 20 and detachably coupled to the holding unit 30, and a link unit 40 And a one-touch elastic member 63 for rotating the operating link member 61 by an elastic force such that the operating link member 61 returns to the home position.

The operation link member 61 includes an operation rotation portion 611 rotatably coupled to the operation housing 21 of the mounting unit 20 and a spring portion 611 extending from the operation rotation portion 611 to be engaged with the one- The connection member 612 and the operation member 62 are pressed by the tilting motion of the mounting unit 20 or the first release latching portion 81 of the grip releasing unit 80 is pressed An operation rotation part 611 for detachably coupling to the engagement gear part 332 of the interlocking member 33 in accordance with the rotation of the operation rotation part 611, And a gripping portion 614 extended from the gripping portion 614.

The operation rotation unit 611 is rotatably coupled to the operation rotation shaft 611a provided in the operation housing 21 of the mounting unit 20. [ The operation rotating portion 611 may be provided with a rotation rotating hook portion 611c which is slidably engaged with the operating rotation supporting portion 611b formed in the operating housing 21 of the mounting unit 20 so as to be recessed or penetrated . The rotation of the operation rotation part 611 can be restricted as the operation rotation hook part 611c performs the limited slide movement in the operation rotation part 611. [

The operation member 62 can rotate the operation rotation portion 611 by pressing the operation engagement portion 613 of the operation link member 61 when the mounting unit 20 tilts relative to the link unit 40 .

One-touch elastic member 63 has one end coupled to first coupling portion 211 and the other end coupled to elastic coupling portion 612 to provide elastic force to operating link member 61.

The rotating block 71 is coupled to the link unit 40 so as to be tiltable and is rotatably coupled to the mounting unit 20.

The rotary block 71 includes a rotary coupling body 711 which is supported so that the second rotary support portion 42 of the link unit 40 can be tilted and is rotatably coupled to the operation housing 21 of the mounting unit 20, And a rotary support body 712 detachably coupled to the rotary coupling body 711 so that the second rotary support portion 42 of the link unit 40 can be tilted.

The rotary coupling body 711 can be inserted into the rotation hole portion 74 of the operation housing 21. The rotary body 711 may be formed with a coupling body supporting portion 711a for engaging with the rotary supporting body 712. The rotation coupling body 711 is provided with a link rotation part 713 to which the second rotation support part 42 is rotatably coupled and a rotation guide part 75 which is rotatably coupled to the rotation guide part 75 of the operation housing 21, And a rotary slider 714 slidably moved along the slider.

The rotation support body 712 rotatably surrounds the second rotation support portion 42 supported by the rotation coupling body 711. The operation guide part 712a may be formed in the rotation support body 712 such that the operation guide part 712a is slid in a state in which the operation member 62 protruding from the second rotation support part 42 is protruded. The rotation support body 712 may be formed with a coupling body hook portion 712b to be engaged with the coupling body support portion 712b.

The direction switching unit 70 fixes the mounting unit 20 to the rotating block 71 according to the rotation state of the mounting unit 20. [ The direction switching unit 70 can fix the mounting unit 20 to the rotating block 71 in response to the reverse rotation of the mounting unit 20. [

The direction switching unit 70 is provided with a switching fixing part 76 provided on the rotating block 71 and a mounting part 20 provided on the mounting block 20 so that the switching fixing part 76 can be fitted and fitted according to the rotation state of the mounting unit 20. [ And a state fixing section 77 for fixing the state.

The switching fixing part 76 may protrude from the rotating block 71 along the circumferential direction of the rotating block 71, corresponding to the rotation angle of the mounting unit 20.

The state fixing portion 77 protrudes from the operation housing 21 of the stationary unit 20 and the state fixing portion 77 is provided with a groove 75 into which the switch fixing portion 76 is inserted according to the rotation state of the stationary unit 20. [ Is formed.

The grip releasing unit 80 operates the one-touch operation unit 60 so that the gripping unit 30 is slidably moved in the mounting unit 20 according to the rotation state of the mounting unit 20. [ The grip releasing unit 80 can operate the one-touch operation unit 60 in response to the forward rotation of the mounting unit 20. [

The grip releasing unit 80 includes a first releasing latch portion 81 provided in the rotary block 71 to press the one-touch operation unit 60 in accordance with the rotation of the mounting unit 20, And a return resilient member 83 that rotates the mounting unit 20 by an elastic force so as to return to the state shown in Fig. The grip releasing unit 80 further includes a second release releasing portion 82 provided in the rotary block 71 and spaced apart from the first release releasing portion 81 so that the returning elastic member 83 is resiliently supported . The grip releasing unit 80 includes a grip restricting protrusion 84 inserted into the grip restricting groove 134 provided in the base housing 11 of the base unit 10 to limit the amount of rotation of the stationary unit 20 .

The first release latching portion 81 is protruded from the rotary block 71 and can press the operation latching portion 613 of the one-touch operation unit 60 in accordance with the rotation of the latching unit 20. [ The return resilient member 83 may be coupled to the second engagement portion 212 provided in the operation housing 21 of the mounting unit 20. [ The second release latching portion 82 can press the returning elastic member 83 in accordance with the rotation of the mounting unit 20. [

When the operating unit 61 of the one-touch operation unit 60 is rotated in accordance with the operation of the grip releasing unit 80 and the mounting unit 20 is tilted to the initial position with respect to the link unit 40, The operation member 62 can be moved to the initial position without interfering with the unit 40. [

The fixing unit 90 can fix the base unit 10 to the mounting position or fix the mounting unit 20 tilted with respect to the base unit 10.

First, when the fixed unit 90 fixes the base unit 10 to the mounting position, the fixed unit 90 includes a fixed shaft 91 protruding from the fixed housing 12 to penetrate the base housing 11, And a fixed lever 92 rotatably coupled to an end of the fixed shaft 91. [ At this time, the fixed housing 12 may be made of elastic rubber or plastic material.

Thus, when the button unit 50 is operated and the fixed lever 92 is rotated, the fixed shaft 91 can be freely moved up and down in a state of passing through the base housing 11. [ When the stationary housing 12 is mounted at the mounting position and then the stationary shaft 92 is rotated so that the stationary shaft 91 is ascended and fixed, And the fixing housing 12 can be fixed to the mounting position. At this time, the fixed housing 12 can be elastically deformed by an elastic force.

Second, when the fixed unit 90 fixes the tilted mounting unit 20 with respect to the base unit 10, the fixed unit 90 includes a fixed shaft 91 protruding from the base unit 10, A fixing lever 92 rotatably coupled to the fixed shaft 91 and a fixing elastic member 93 fixing the rotation state of the fixing lever 92 by an elastic force. An elastic supporting ring 931 is provided between the fixing lever 92 and the fixing lever 92 to stabilize the elastic support according to the rotation of the fixing lever 92.

When the button unit 50 is operated and then the fixing lever 92 is rotated, the fixing lever 92 supports the edge of the mounting unit 20, and the fixing elastic member 93 is fixed By fixing the rotation state of the lever 92, the tilting motion state of the stationary unit 20 can be stably maintained.

The first stationary tooth portion 101 may be formed on the exposed housing 13 of the base unit 10 so that the stationary unit 20 is engaged with the stationary unit 20 according to the engagement of the stationary unit 20 . In addition, the operation housing 21 of the stationary unit 20 may be provided with a second stationary tooth portion 201 to which the first stationary tooth portion 101 is fitted. For example, the first positioning portion 101 may be recessed in the exposure housing 13, and the second positioning portion 201 may be elastically deformably protruded from the operation housing 21. As another example, the first positioning portion 101 may be elastically deformably protruded from the exposure housing 13, and the second positioning portion 201 may be recessed into the operation housing 21. [

The gripping bracket 313 of the gripping unit 30 is provided with a first detachable bracket 313 so that the gripping bracket 313 can be seated and supported on the wing seating portion 221 of the mounting unit 20 in accordance with the rotation of the holding bracket 313. [ A portion 316 may be formed. In addition, the mounting unit 20 may be provided with a second detachable portion 317 to which the first detachable portion is detachably coupled. For example, when one of the first detachable portion 316 and the second detachable portion 317 is formed as a protrusion, the other one of the first detachable portion 316 and the second detachable portion 317 may be a protrusion, And may be formed as a groove to be joined. As another example, at least one of the first detachable portion 316 and the second detachable portion 317 is made of a magnet, and the first detachable portion 316 and the second detachable portion 317 are detachably attached So that they can be combined.

Hereinafter, the operation of the one-touch type cradle according to the embodiment of the present invention will be described.

10 is a perspective view illustrating a first operation state of a one-touch type cradle according to an embodiment of the present invention. FIG. 9 is a plan view illustrating a state of operation of a one-touch type cradle according to an embodiment of the present invention. 11 is a perspective view illustrating a second operating state of the one-touch type cradle according to an embodiment of the present invention, and FIG. 12 is a perspective view illustrating a third operating state of the one-touch type cradle according to an embodiment of the present invention .

Referring to FIGS. 1 to 8 and 9 to 12, the one-touch type cradle according to an embodiment of the present invention is divided into a stand preparation state, a direction change state, a grip state, a grip release state, .

<Ready to mount>

In the one-touch type cradle according to the embodiment of the present invention, the link unit 40 and the mounting unit 20 are tilted by the elastic force in accordance with the operation of the button unit 50.

First, as shown in FIG. 1, the holding bracket 313 is fixed to the wing seat 221 in a folded state, and the staging unit 20 is stacked and fixed to the upper portion of the base unit 10.

When the user presses the button portion 521 of the button body 52, the button body 52 is slid on the button rail 51. [ The button elastic member 53 is compressed and the detachable hook portion 523 is disengaged from the hook portion 44 of the link unit to free the link unit 40. [ When the pressing of the button portion 521 is released, the button body 52 returns to the original position by the elastic force of the button elastic member 53. [

10, the link unit 40 is tilted in the positive direction by a predetermined rotation angle with respect to the base unit 10 by the elastic force of the first elastic member 45, The mounting unit 20 is tilted in the reverse direction with respect to the link unit 40 by the elastic force of the link unit 40 and the edge of the mounting unit 20 is supported on the top of the base unit 10. [

The base unit 10 can be fixed to the mounting position or the mounting unit 20 can be fixed to the base unit 10 by the operation of the fixing unit 90. [

The operation member 62 provided on the second rotary support portion 42 of the link unit 40 rotates counterclockwise as the operation link member 61 is pressed by the operation engagement portion 613, 33 and the gripping engagement portion 614 are released. At this time, the operation member 62 can be moved toward the inside of the rotation block 71 through the operation engagement portion 613 in accordance with the rotation operation of the operation member 62 and the linear slide operation of the operation engagement portion 613.

The gripping slider 312 of the first gripping unit 31 and the gripping slider 312 of the second gripping unit 32 are moved in the vertical direction by the rotation of the interlocking member 33 and the gripping elastic member 34 in the pulled state, And protrude to the outside of the mounting unit 20, respectively. At this time, the first detachable portion 316 and the second detachable portion 317 are disengaged, and the holding bracket 313 is disengaged from the wing receiving portion 221. The gripping bracket 313 is unfolded as shown in Fig. 11 as it is rotated by the gripping slider 312 due to the elastic force of the wing elastic member 315. [

The operating link member 61 is rotated and returned to its original position by the elastic force of the one-touch elastic member 63 and the interlocking member 33 and the gripping engaging portion 614 are rotated, The gripping slider 312 of the first gripping unit 31 and the gripping unit 312 of the second gripping unit 32 can be fixed.

According to the above-described operation, it is possible to implement a state in which the electronic apparatus is ready for mounting.

<Direction switching state>

The user releases the stationary state of the stationary unit 20 by the operation of the stationary unit 90 in the stationary state of the electronic apparatus or the stationary state of the electronic apparatus. Then, the user rotates the mounting unit 20 clockwise around the rotation block 71. Then, the switching fixing portion 76 is separated from the state fixing portion 77 and the other switching fixing portion 76 is fitted into the groove of the state fixing portion 77 corresponding to the predetermined rotation angle (90 degrees) , It is possible to maintain the mounting unit 20 in a rotated state as shown in Fig. When the direction change is completed, the stationary unit (90) can fix the stationary unit (20).

The direction switching state of the mounting unit 20 can be realized according to the above-described operation.

When the user rotates the mounting unit 20 in the counterclockwise direction about the rotation block 71 in the direction switching state of the mounting unit 20, the mounting unit 20 is rotated in the counterclockwise direction And the switch fixing portion 76 is fitted into the groove of the state fixing portion 77 so that the mounting unit 20 can be returned to the original position as shown in Fig.

<Holding state>

The user places the electronic device on the upper portion of the mounting unit 20 and presses the first gripping unit 31 and the second gripping unit 32 toward the interlocking member 33. [ Then, the gripping slider 312 is inserted into the mounting unit 20. At this time, the sliding movement of the gripping slider 312 can be smoothened by rotating the interlocking member 33. Also, by implementing the grip releasing state described later, the engagement of the interlocking member 33 and the gripping engaging portion 614 is released, and the sliding movement of the gripping slider 312 can be further smoothly performed.

When the grip bracket 313 presses and supports both ends of the electronic apparatus, the state in which the gripping portion 614 and the interlocking member 33 are engaged is stably maintained. Therefore, Can be fixed.

The stationary state of the electronic device can be realized according to the above-described operation.

&Lt;

The user rotates the mounting unit 20 in the counterclockwise direction around the rotation block 71 in the state where the electronic device is stationary. The first release latching part 81 rotates counterclockwise as the operation latching part 613 of the operation link member 61 is pressed and the interlocking member 33 and the gripping latch part 61 are rotated in the counterclockwise direction, (614) is released. At this time, the second release latching portion 82 presses the return elastic member 83.

When the interlocking member 33 is rotated and the gripping elastic member 34 in the tensioned state is compressed, the gripping slider 312 of the first gripping unit 31 and the gripping unit 312 of the second gripping unit 32 are moved to the mounting unit 20, As shown in Fig. At this time, as the holding bracket 313 is separated from the electronic apparatus, the holding state of the electronic apparatus is released. Then, the user can separate and remove the electronic device from the mounting unit 20. [

The grip releasing state of the electronic device can be realized according to the above-described operation.

When the force applied to the stationary unit 20 is removed, the stationary unit 20 can return to the original position by pressing the second release latching part 82 by the elastic force of the returning elastic member 83. [ In addition, since the force applied to the operation link member 61 is released, the interlocking member 33 and the gripping engagement portion 614 are engaged with each other, so that the sliding movement of the gripping slider 312 can be maintained.

<Initial state return>

In order to return to the initial state in the mounting preparation state of the electronic apparatus, the user operates the fixing unit 90 to release the fixing state of the mounting unit 20. [ The user also presses the mounting unit 20 toward the base unit 10 to tilt the mounting unit 20 in the forward direction with respect to the link unit 40 and moves the link unit 40 relative to the base unit 10 Tilting is performed in the reverse direction. At this time, the tilting motion is performed in a state of realizing the grip releasing state so that the operating member 62 that has passed the operation locking portion 613 returns to the home position. In other words, the tilting movement is performed in a state where the mounting unit 20 is rotated counterclockwise about the rotation block 71.

When the mounting unit 20 is disposed on the upper portion of the base unit 10, the operating member 62 is determined to have returned to the home position, and while the mounting unit 20 is being pressed toward the base unit 10, The first positioning portion 101 and the second positioning portion 201 are engaged with each other and the detachable hook portion 523 and the engaging hook portion 44 are engaged with each other so that the base unit 10 The stationary unit 20 can be fixed. When the user folds the grip bracket 313 and presses the grip slider 312 into the mounting unit 20, the grip bracket 313 is seated on the wing seat 221 as shown in FIG. 1 The first detachable portion 316 and the second detachable portion 317 are engaged with each other. At this time, if the above-described grip releasing state is implemented, the sliding movement of the gripping slider 312 can be smooth.

The initial state return of the mounting unit can be realized according to the above-described operation.

According to the above-described one-touch type stand, the electronic device can be conveniently fixed to the cradle by implementing a ready state for gripping the electronic device in a one-touch manner.

The first gripping unit 31 and the second gripping unit 32 for gripping the electronic device are simultaneously operated so that the free end of the first gripping unit 31 and the free end of the second gripping unit 32 Can be easily adjusted.

Further, it is possible to facilitate fixing of both ends of the electronic apparatus in a state where the electronic apparatus is seated on the stationary unit 20, and smooth sliding of the gripper slider 312 can be made smooth.

In the initial state, the holding bracket 313 is fixed to the mounting unit 20, and the holding bracket 313 is unfolded in a ready state for holding the holding bracket 313 in the mounting unit 20 And it is possible to facilitate returning and repeating the home position of the phage bracket 313.

Further, it is possible to smoothly slide the button body 52 according to the one-touch operation, and to return the button body 52 to its home position and repeat the operation.

It is also possible to facilitate the rotation of the operating link member 61 and smooth the interaction between the operating member 62 and the operating link member 61 in accordance with the tilting motion of the mounting unit 20 and the link unit 40 And it is possible to facilitate the home position returning and repeating operation of the operating link member 61.

Further, the link unit 40 can freely rotate the mounting unit 20, and the gripping position of the electronic device can be freely adjusted.

Further, when the mounting unit 20 is rotated in the link unit 40, the rotational position of the mounting unit 20 can be limited and the electronic apparatus can be stably fixed in the mounting unit 20. [

Furthermore, detachment and attachment between the rotary block 71 and the stationary unit 20 can be facilitated, and the rotation state of the stationary unit 20 can be stabilized.

In addition, the electronic apparatus fixed to the stationary unit 20 can be stably separated from the stationary unit 20, and the electronic apparatus can be prevented from falling off the stationary unit 20, thereby protecting the electronic apparatus.

Further, rotation of the stationary unit 20 can be facilitated in the rotary block 71, and returning and repeating operations of the stationary unit 20 can be made convenient.

Further, it is possible to stabilize the fixing of the base unit 10 at the mounting position. In addition, the mounting unit 20 and the link unit 40, which are tilted with respect to the base unit 10, can be stably fixed to the base unit 10.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims. I will understand.

Accordingly, the true scope of protection of the present invention should be defined by the claims.

10: base unit 101: first positioning portion 11: base housing
111: one-touch exposed portion 112: base support portion 12: fixed housing
13: Exposure housing 131: Perfume compartment 132:
133: a link seating part 134: a grip restricting groove part 14: a decoration member
20: mounting unit 201: second positioning portion 21: operation housing
211: first coupling portion 212: second coupling portion 213: auxiliary coupling seat portion
22: finishing housing 221: wing seat part 222: wing exposure part
30: gripping unit 31: first gripping unit 32: second gripping unit
311: holding rail 311a: first restricting portion 312: gripping slider
312a: rack gear portion 312b: grip guide portion 312c: second restricting portion
312d: engagement support portion 312e: gripping seating portion 312f: shielding plate portion
312g: bracket link portion 313: grip bracket 314: shock absorbing member
315: blade elastic member 316: first detachable part 317: second detachable part
33: interlocking member 331: interlocking shaft 332:
333: Sliding gear portion 34: Retaining elastic member 40: Link unit
41: first rotation supporting part 42: second rotation supporting part 43: tilt link member
44: hooking hook portion 45: first elastic member 46: second elastic member
50: Button unit 51: Button rail 52: Button body
521: button portion 522: slider portion 523: detachable hook portion
524: button elastic support portion 525: button restricting portion 53: button elastic member
60: one-touch operation unit 61: operation link member 611:
611a: an operation rotation shaft 611b: an operation rotation support portion 611c:
612: elastic connection portion 613: operation hook portion 614:
62: operating member 63: one-touch elastic member 71: rotating block
711: rotating coupling body 711a: coupling body supporting portion 712: rotary supporting body
712a: operation guide portion 712b: engaging body hook portion 713: link rotating portion
714: rotation slider 70: direction switching unit 74: rotation hole portion
75: rotation guide portion 76: switching fixing portion 77: state fixing portion
80: grip release unit 81: first release latching part 82: second release latching part
83: Returning elastic member 84: Retention restricting portion 90: Fixing unit
91: fixed shaft 92: fixed lever 93: fixed elastic member
R: Perfume unit

Claims (12)

A base unit fixed to an installation position;
A mounting unit disposed on the base unit;
A grip unit slidably coupled to the mounting unit;
A link unit, both ends of which are linked to the base unit and the mounting unit, respectively, and which have hooking hooks;
A button unit slidably coupled to the base unit and having a detachable hook portion detachably coupled to the hook portion;
A first elastic member for tilting the link unit in a forward direction with respect to the base unit by an elastic force in accordance with the operation of the button unit;
A second elastic member for tilting the mounting unit in a reverse direction with respect to the link unit by an elastic force in accordance with the operation of the button unit; And
And a one-touch operation unit for slidingly moving the grip unit in the accommodation unit according to the operation of the button unit,
The gripping unit includes:
An interlocking member rotatably coupled to the stationary unit and detachably coupled to the one-touch operation unit;
A first grasping unit slidably coupled to the stationary unit and engaged with the interlocking member;
A second grasping unit slidably coupled to the mounting unit to be symmetrical with respect to the first grasping unit around the interlocking member, the second grasping unit engaging with the interlocking member; And
And a gripping elastic member slidingly moving the first gripping unit and the second gripping unit from the mounting unit by an elastic force in accordance with separation of the one-touch operation unit and the interlocking member,
The first gripping unit and the second gripping unit are respectively
A holding rail provided on the mounting unit;
A gripping slider slidably coupled to the grip rail and having a rack gear portion engaged with the linking member; And
And a gripping bracket rotatably coupled to the gripping slider. delete delete The method according to claim 1,
The mounting unit includes a first detachable portion,
Wherein the holding bracket includes a second detachable portion detachably coupled to the first detachable portion. The method according to claim 1,
Wherein the button unit comprises:
A button rail provided on the base unit;
A button body slidably coupled to the button rail in a state in which one side is exposed in the base unit, the button body having the detachable hook portion; And
And a button elastic member for slidingly moving the button body by an elastic force so that the button body returns to the original position. The method according to claim 1,
The one-
An operating link member rotatably coupled to the mounting unit and detachably coupled to the holding unit;
An operating member provided on the link unit such that the operating link member is rotated; And
And a one-touch elastic member for rotating the operating link member by an elastic force so that the operating link member returns to the original position. 7. The method according to any one of claims 1 to 6,
And a rotating block coupled to the link unit and rotatably coupled to the mounting unit. 8. The method of claim 7,
And a direction switching unit for fixing the stationary unit to the rotary block according to the rotation state of the stationary unit. 9. The method of claim 8,
The direction switching unit includes:
A switch fixing part provided in the rotating block; And
And a state fixing unit provided on the mounting unit such that the switch fixing unit is engaged with the rotation fixing unit according to the rotation state of the mounting unit. 8. The method of claim 7,
And a grip releasing unit for operating the one-touch operation unit such that the grip unit is slidably moved in the accommodation unit in accordance with a rotation state of the accommodation unit. 11. The method of claim 10,
The grip releasing unit includes:
A first release latch provided on the rotary block to press the one-touch operation unit according to the rotation of the stationary unit; And
And a returning elastic member for rotating the mounting unit by an elastic force so that the mounting unit returns to the original position. 7. The method according to any one of claims 1 to 6,
And a fixing unit for fixing the base unit to the mounting position or fixing the mounting unit tilted with respect to the base unit.

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