KR101743265B1 - Bond for portable terminal holder Assembly - Google Patents

Abstract

A mounting device for a portable electronic device mounting assembly, comprising: a mounting assembly for supporting either a portable electronic device or a portable electronic device case; A first grip bar and a second grip bar extending in a height direction at one side of a side of the base and having a bending property; a space formed between the base and the plurality of grip bars, And an opening device which is opened at one side of the accommodating space and includes an opening into which the mounting assembly is inserted.

Description

Technical Field [0001] The present invention relates to a portable terminal holder assembly,

The present invention relates to a mounting device for a portable electronic device mounting assembly, and more particularly to a mounting device which is attached to a case of a portable electronic device and is combined with a mounting assembly which is a means for mounting the portable electronic device or mounting and fixing the electronic device between the fingers, And more particularly, to a mounting apparatus for a portable electronic device mounting assembly that provides the function of the electronic device.

Generally, the term 'portable electronic device' refers to a portable telephone (Feature Phone), MP3 (Moving Picture Experts Group (MPEG) -1 Audio Layer-3), PMP (Portable Media Player) A mobile phone, a laptop, a notebook, a mini-notebook, an ultra-mobile personal computer (UMPC), a tablet PC, a smart phone, a navigation device, a portable game device (Play Station Portable) Remote control) and the like. As the miniaturization technology of these portable electronic devices has been developed day by day, the weight of the device has been reduced to a few tens of grams and the volume of the device has been considerably reduced. In particular, a smartphone, In addition to the communication function of the telephone function, it has various functions such as a PDA network function and schedule function, a personal information management function, and an Internet information search function through Wi-Fi. In addition to voice communication via a portable terminal, , Enjoying music through MP3 function and video broadcasting contents through DMB. In addition to navigation function through GPS, enjoying game, downloading novel or cartoon, etc., In the global economic downturn, we see a And is positioned as the center of mobile devices.

Although mobile terminals such as a smart phone are hand held and used, the number of users who use the mobile terminal to view broadcasts or movies by mounting on a desk or a table, or mounting a mobile terminal is increasing as the size of the portable terminal becomes larger and larger. In this case, when the portable terminal is laid down on the desk, there is a problem that the angle of the eyes and the screen is excessively increased and the image is not easily seen. In order to solve such a problem, a cradle for allowing the portable terminal to be inclined relative to the desk is used.

In the conventional conventional cradle, a separate supporting means is fixed to a desk or a vehicle and the portable terminal is mounted thereon. However, in order to mount the portable terminal as required, the cradle is directly installed on the back of the portable terminal. I needed a cradle to make sure there was no inconvenience.

As an example of such a portable terminal cradle, Korean Patent Registration No. 10-1281064 entitled " Cradle for portable terminal " has a rod shape formed long in the longitudinal direction (X axis direction) and narrow in the width direction (Y axis direction) A leaf spring which elastically deforms in an unfolded state or a folded state by an external force to maintain its shape; And a coupling member for coupling the leaf spring to a back surface of the portable terminal, wherein the leaf spring is converted into a folded state by an external force pressing the leaf spring in an unfolded state, And the plate spring is bent in an arcuate shape in the opposite direction of the portable terminal, and the plate spring is in a state of being bent in the opposite direction of the portable terminal when viewed in the X- And the leaf spring is bent in a convex shape in the thickness direction (Z-axis direction), and the leaf spring is bent so that the height h1 in the folded state is larger than the height h2 in the expanded state, Wherein the coupling member comprises: a shell member which surrounds the leaf spring and has wings formed on both sides thereof; And an adhesive member for coupling the wing portion to the back surface of the portable terminal.

However, since the above-mentioned conventional cradle can not attach the joining member made of the adhesive member to the curved plate spring, it is necessary to form a planar blade on both sides of the center of the curved plate spring and integrate them. There is a problem in that the cost is increased and the expandability is insufficient. In addition, when the elastic spring is elastically deformed due to the elastic deformation during use, both ends of the leaf spring are bent in an arc- The impact due to the elastic deformation is transmitted to the entire cradle, and the adhesiveness of the cradle is deteriorated due to such repetitive impact, and the cradle is detached from the case of the mobile phone.

Korean Patent No. 10-1481256 entitled " Accessory of a portable device " includes an adhesive plate fixed to one surface of a portable device, and a ring and a ring having an opening at one side thereof are rotatable at various angles with respect to the adhesive plate, And a connection member for connecting the adhesive plate of the opening portion of the ring so that the ring maintains a predetermined angle with respect to the adhesive plate, whereby the ring is adjusted and maintained at various angles to facilitate the carrying and mounting of the portable device. .

However, the above-mentioned conventional stand can be used only for mounting or carrying the portable electronic device on a flat surface or by inserting a fixing means in a ring, so that it can be mounted in a space lacking in planarity, It is difficult to mount the apparatus through a method other than gripping (such as a grafting operation using an engaging means, a fixing operation using an attaching means, or the like).

Accordingly, there is a need to develop a new and advanced portable electronic device cradle mounting device that facilitates carrying and mounting of a portable electronic device while allowing additional expansion to the cradle, thereby allowing mounting and storage in various environments.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a mounting device which is easy to carry and mount in connection with a portable electronic device mounting assembly.

It is another object of the present invention to provide a means for facilitating attachment and rotation to a separate mounting member using a portable electronic device mounting device.

It is a further object of the present invention to provide means for rotating and securing the mounting assembly at various angles and positions.

According to an aspect of the present invention, there is provided a mounting device for a portable electronic device mounting assembly, including: a mounting assembly for supporting one of a portable electronic device and a portable electronic device case; A first grip bar and a second grip bar each having a bending property and extending in a height direction on one side of the side of the base; a space formed between the base and the plurality of grip bars, And a mounting device which is opened at one side of the accommodating space and the accommodating space and includes an opening for inserting the mounting assembly.

In addition, the first grip bar and the second grip bar may include a bar-shaped support portion, a first curved portion extending from the support portion and formed to bend from the first end of the support portion into a first curved line, A second curved part bent from the end of the part to a second curved line and a third curved part bent from the end of the second curved part to the other end of the supporting part by a third curved line, do.

In addition, the mounting assembly is formed to extend in a height direction in a height direction so as to be sandwiched between two adjacent fingers, and both sides of the mounting assembly are formed with a seating hole, And the engaging portion is formed such that a protruding surface formed by the first curved portion extends to support one side of the seating catch.

In addition, the mounting assembly may have an eccentric structure in which the height of one side is higher than the height of the other side, and the mounting device includes a first grip bar and a second grip bar on one side of the base, And an extension bar formed of a guide bar extending in a direction in which the second grip bar is bent and an auxiliary grip bar extending in the height direction of the first grip bar and the second grip bar at an end of the guide bar. do.

The guide bar may include a tilting control unit which surrounds at least one side of the cradle and a peripheral region thereof so as to be rounded.

The auxiliary grip bar may include a bar-shaped auxiliary support portion and an auxiliary engagement portion protruding from the auxiliary support portion in the direction of the accommodation space and contacting and supporting one side of the cradle.

The mounting assembly may further include a receiving portion rotatably coupled to the receiving portion via a hinge. The receiving device may be made of an elastic material and attached to one side of the base and the guide bar, A first inclined surface formed to be tapered so as not to contact the portion; And a mounting board having a second inclined surface formed parallel to the first inclined surface.

In addition, the mounting assembly may be configured such that a hooking space is formed through the central portion so as to insert at least one finger, and the receiving portion is formed in a disk shape, and is rotatable with respect to each other via the cradle and the hinge .

Finally, the bearing portion is formed in a laminated structure of a first bearing portion and a second bearing portion, and a ring-shaped main ring is formed on the first bearing portion, and a ring- And is rotatably fitted to the main ring.

According to the mounting device of the portable electronic device mounting assembly according to the present invention,

1) In conjunction with a portable electronic device cradle, it can be easily mounted to a higher position or other mounting object,

2) It is easy to fix and rotate after mounting by attaching a separate ring connection module to a separate mounting member,

3) The holder can be rotated and fixed in conjunction with the holder, so that the holder can be mounted in a wider angle and direction.

1 is a perspective view showing a mounting device of a portable electronic device mounting assembly;
2 is a perspective view showing a deformation structure of a first grip bar and a second grip bar of a portable electronic device mounting apparatus;
3 is a perspective view showing a structure in which an extension bar is further formed in a portable electronic device mounting apparatus.
4 is a perspective view showing a structure in which a mounting board is further formed in a portable electronic equipment mounting apparatus;
5 is a perspective view showing a structure that is specialized in a portable electronic device mounting apparatus.
6 is a perspective view of a portable electronic device mounting device receiving portion fitting structure;

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The accompanying drawings are not drawn to scale and wherein like reference numerals in the various drawings refer to like elements.

1 is a perspective view showing a mounting device of a portable electronic device mounting assembly.

1, a mounting device 100 of a portable electronic device mounting assembly 10 is a mounting device 100 of a mounting device 10 that supports either a portable electronic device or a portable electronic device case, A base 30 and first and second grip bars 50 and 51 extending in a height direction at a side of the base 30 and having a bending property and a base 30 and first and second grip bars 50, 51), which is constituted by a housing space (70) in which the mounting assembly (10) is received and an opening (90) in which the mounting assembly (10) is opened at one side of the housing space (70) do.

Hereinafter, the portable electronic device and the portable electronic device case will be described in more detail, and the portable electronic device can be used as a portable electronic device, such as a mobile phone, an MP3, a PMP, a PDA, a laptop, a mini laptop, a UMPC, , A portable game machine, an electronic dictionary, a remote controller, and the like, and the portable electronic device case means covering and protecting at least one side of the portable electronic device.

The mounting assembly 10 supports such a portable electronic device or a portable electronic device case, and is generally configured as a bar-shaped support so as to support a portable electronic device or a portable electronic device case. This serves the same purpose as changing the position of the support on the back to support the art tool, the easel.

The base 30 means the most basic part of the body of the mounting device.

The first and second grip bars 50 and 51 extend in the height direction from the side ends toward the base 30 and are preferably made of a material having bending property.

The accommodation space 70 is a space formed between the base 30 and the first and second grip bars 50, 51. When the base 30 is viewed as a reference, a space is formed in a shape like a flower bud through the first and second grip bars 50 and 51 formed in a height direction. ).

The open mouth 90 means an open portion located on the opposite side of the base 30 in the accommodation space 70. So that the mounting assembly 10 is inserted into the accommodating space 70 through the opening.

Prior to describing the more detailed shape, the direction will be described in advance with reference to the shape.

First, referring to the shape shown in Fig. 1, the direction in which the portable electronic device mounting assembly 10 is inserted is referred to as forward, and the opposite direction is referred to as rearward. Further, the direction in which the base 30 is positioned is referred to as downward, and the opposite direction is referred to as upward. Accordingly, the height direction is defined and described in the opposite direction in which the base 30 is located.

The base 30 serves as a base for forming the first and second grip bars 50 and 51 at the side ends. The base 30 is a plate having a specific thickness. The base 30 can be formed to have a flat surface without being flat. The material of the base 30 is not limited as long as it is capable of retaining its shape within a weight of 500 g or less.

The first and second grip bars 50 and 51 extend in the height direction from one side of the side of the base 30 and have a bending property. To explain this easily, two pillars extending in the height direction are provided on both sides of the base 30, and these pillars are all bendable.

The receiving space 70 and the opening 90 are formed through the first grip bar 50, the second grip bar 51, and the base 30. The accommodation space 70 is formed when the first grip bar 50, the second grip bar 51 and the base 30 are viewed from three reference points, It is the entrance for. However, since the open mouth 90 includes both the first grip bar 50 and the area formed on the side of the second grip bar 51, the opening 90 is not always formed at the uppermost position, It does not limit the top. With this structure, the mounting assembly 10 inserted in the opening 90 is received in the receiving space 70.

2 is a perspective view showing a deformed structure of the first grip bar 50 and the second grip bar 51 of the portable electronic device mounting assembly.

Referring to Fig. 2, each of the grip bars includes a bar-shaped support portion 52 and a crescent-shaped engagement portion 53. In the case of the supporting part 52, as shown in the figure, the bar shape extends in the form of a rectangle, and the engaging part 53 is formed in a crescent shape at the upper end of the supporting part 52.

The engaging portion 53 includes a first curved portion 54 formed so as to be curved in a first curved line from one end of the supporting portion 52 and a second curved portion 54 curved in a second curved line from the end of the first curved portion 54, And a third curved part 56 curved from the end of the second curved part to the other end of the supporting part in a third curved line. Here, the first, second and third curves are values having different curves, and the first and second curves are values proceeding in the same direction, and the third curves are values having the first and second curves, Lt; / RTI >

It is possible to make the opening 90 narrower than when only the existing first grip bar 50 and the second grip bar 51 are present through the first curved part 54 having the first curved line, So that it can not be easily released.

Even if the opening 90 is narrowly formed through the second curved part 55 having the second curved line, the insertion of the mounting assembly 10 can be further facilitated. Unlike the first curved part 54, the second curved part 55 extends outward to make the opening 90 wide. This serves to facilitate insertion of the mounting assembly 10, such as an air inlet of a balloon or a hand insertion portion of a rubber glove.

In the case of the third curved part 56 having the third curved line, the first curved part 54 and the second curved part 55 are formed in order to finish the curved part, The second curved part 55 or the first curved part 54 is deformed.

In addition, if the first grip bar 50 and the second grip bar 51 extend in the height direction and the direction thereof is extended not at a vertical direction but at an angle gradually closer to each other, the size of the opening 90 is remarkably reduced The fixing of the mounting assembly 10 inserted into the receiving space can be reinforced to further assist the role of the first curved part 54. [

3 is a perspective view showing a structure in which an extension bar is further formed in a portable electronic device mounting assembly.

Referring to FIG. 3, the following will be described. First, the mounting assembly 10 is formed to have a gradually widening shape, and the height of one side is formed to have an eccentric structure that is higher than the height of the other side. It is formed in an eccentric structure that is not symmetrical to the left and right, thereby having a grip feeling similar to the shape of a finger when sandwiched between the fingers.

The mounting device includes a guide bar 57 extending from one side of the base 30 in a bent direction with the first grip bar 50 and the second grip bar 51, And an auxiliary grip bar 58 extending in the height direction of the first grip bar 50 and the second grip bar 51 at an end of the second grip bar 51. [

It is most preferable that the guide bar 57 is extended in a space in which the first grip bar 50 and the second grip bar 51 are not formed. The first and second grip bars 50 and 51 protrude from both ends of the base 30 and the base 30 and the first and second grip bars 51 and 51, In one, a guide bar 57 extending from the base 30 is located. An auxiliary grip bar 58 is formed at the end of the guide bar 57 in such a manner as to extend in the height direction of the first grip bar 50 and the second grip bar 51.

The auxiliary grip bar 58 is also a protrusion that protrudes in the direction of the receiving space 70 so as to serve as a first curved part 54 of the first grip bar 50 and the second grip bar 51, (59). ≪ / RTI >

It is possible to have a stronger gripping force than the case where only the first and second grip bars 50 and 51 are used in advance through the extension bar 61. [

The guide bar 57 may include a tilting control unit 60 in which a portion of the guide bar 57 abutting at least one side of the mounting assembly 10 and a peripheral region thereof are rounded. The tilting control unit 60 is a hemispherical recessed space formed in the guide bar 57. The tilting control unit 60 utilizes the edge of the upper end formed by previously forming the mounting assembly 10 in an eccentric structure, It is ready to control the tilting by inserting the tilting control unit 60 so that one edge thereof is abutted. The corner located at the tilt control unit 60 can be moved along the shape of the tilt control unit 60 to control the degree of tilting of the mounted portable electronic device and the portable electronic device case.

4 is a perspective view showing a structure in which a mounting board is further formed in a portable electronic device mounting assembly.

4, the mounting device is attached to one side of the base 30 and the guide bar 57, which is made of an elastic material, and has a first inclined surface 111 ) And. The present invention further includes a mounting board 110 having a second inclined surface 112 formed parallel to the first inclined surface 111 and a third inclined surface 113 formed between the first inclined surface 111 and the second inclined surface 112 .

The mounting board 110 is preferably made of an elastic material capable of absorbing impact. In addition, it also protects one side or the entire surface of the entire mounting device 100 by being attached to the whole surface of the base and the guide bar 57.

It is also possible to form the receiving part 13 having the hinge 12 in the mounting assembly 10 so that the mounting assembly 10 can be folded or unfolded through the hinge 12. In this case, A first inclined surface 111 formed to be tapered so as not to come into contact with a portion close to the receiving portion 13 in the shape of the supporting portion 110 and a second inclined surface 112 formed so as to taper in the opposite direction It is. In this case, when the hinge is folded through the first inclined surface 111, a hanging board is formed to avoid the space where the receiving portion 13 is located, and the hanging phenomenon can be solved during the movement. The third inclined surface 113 may be formed between the first inclined surface 111 and the second inclined surface 112. However, the third inclined surface is formed on the surface close to the receiving portion 13, and the hinge is extended through the third inclined surface 113 to provide an angle at which the mounting assembly 10 can be mounted even in a folded state without erecting the mounting assembly 10. In other words, it is possible to further strengthen the connection between the mounting assembly 10 and the mounting device through the fixing board 110 made of an elastic material.

5 is a perspective view showing a structure that is specialized in a portable electronic device mounting assembly.

Referring to FIG. 5, a hooking space 11 is formed through the central portion of the mounting assembly 10 so that at least one finger can be inserted. The hooking space 11 has a triangular or square ring shape. Further, the receiving portion 13 may be formed in a disk shape, and can be rotated with respect to each other via the hinge 12. In this case, the hinge 12 may be extended by a predetermined length so as to be easily attached thereto.

According to this shape, the user can insert a finger into the hook space 11 or hang a member such as a string, a rope, or another ring so as to perform more various mounting operations.

It is also possible to further deform the receiving portion 13 to rotate in a three-dimensional range, rather than a simple one-directional rotation.

Fig. 6 is a perspective view of a portable electronic device mounting device receiving portion fitting structure.

Referring to FIG. 6, the receiving portion 13 may have a laminated structure of a first receiving portion 15 and a second receiving portion 14 in the form of a plate. The bonding of the first and second receiving portions 15 and 14 can be chemically bonded (bond, silicone, adhesive, tape, etc.), but the shape of the first and second receiving portions 15, Lt; RTI ID = 0.0 > a < / RTI > In the case of chemical attachment, it can be combined with a structure in which a flat surface is attached with a bond, silicone, adhesive, tape or the like to the support part, or in the case of a physical connection, a fitting structure or a rail structure is applied.

The first receiving portion 15 is provided with a rail embedded in a predetermined depth and a lower end surface of the second receiving portion 14 is provided with a puller . It is a matter of course that a variety of known shapes such as a rectangular shape or a saw tooth shape can be applied to the concave and protruded shapes of the rail and the puller. Only the receiving portion 13 having the first receiving portion 15 formed thereon is normally attached to the portable electronic device or the portable electronic device case through the above structure so that the receiving portion 13 is attached to the case It is possible to perform the mounting by engaging the receiving portion 13 formed with the puller. Further, if the one side of the rail of the base 30 is closed to allow the fitting and disassembly in the same direction so that the puller can not be easily separated, a stronger bonding force can be obtained.

However, in the above-described configuration, it is difficult to engage the fuller only in a predetermined direction to perform the mounting operation at various angles. In this case, it is possible to apply a rotational coupling structure to the laminated structure of the receiving portion.

First, between the first receiving portion 15 and the second receiving portion 14, a rotating ring engaging portion, which is a rotatable engaging portion, is formed. The rotary ring coupling portion is a coupling between the main ring 17 and the rotary portion 16, and one ring can be engaged with another ring and rotated.

More specifically, the main ring 17 is formed in a ring shape and is made of an aluminum material that does not easily change from an external force. In consideration of metal interference in wireless charging, It is needless to say that various known materials can be used. The main ring 17 is formed on the other side of the first receiving portion 15 as an attachment medium such as an adhesive, an adhesive pad or an adhesive tape and is attached to any one of the portable electronic device and the portable electronic device case, A structure in which a coupling terminal is formed and physically attached to a case of a portable electronic device having a corresponding coupling terminal, and a structure in which a main ring 17 is formed together when the portable electronic device case is manufactured .

The first bearing portion 15 is formed in the same shape as the main ring 17 or is formed in a circular shape including the main ring 17 and the first bearing portion 15 and the inner space thereof , The main ring 17, the first receiving portion 15, and the inner space, and may include a peripheral space. At this time, the central portion of the main ring 17, which is the inner space, is exposed to the outside, and if a printed matter such as a mark is placed on the portion, the advertisement effect can be aimed. You can see the effect of guiding you to find.

The upper end of the main ring 17 is covered with the upper end of the main ring 17 in a shape corresponding to the main ring 17 or a pivot portion 16 which is engaged with the lower end of the main ring 17 is positioned. The rotary portion 16 is rotatable in combination with the main ring 17. The turning portion 16 is also formed in the same shape as the main ring 17 and attached to the second receiving portion 14.

Accordingly, when the double rotation coupling structure is applied, only the conventional hinge 12 can be moved in one direction only, but it can be rotated through the rotational coupling between the rotation portion 16 and the main ring 17, It is possible to mount it on the ground.

As described above, the configuration and operation of the mounting device of the portable electronic device mounting assembly according to the present invention are described in the above description and drawings, but the present invention is not limited to the above description and drawings And it is to be understood that various changes and modifications may be made without departing from the spirit of the invention.

10: mounting assembly 11: hanging space
12: Hinge 13:
14: second support part 15: first support part
16: turning portion 17: main ring
30: base 50: first grip bar
51: second grip bar 52:
53: engaging part 54: first curved part
55: second surface part 56: third surface part
57: guide bar 58: auxiliary grip bar
59: auxiliary locking portion 60: tilting control portion
61: extension bar 70: accommodation space
90: opening 100: mounting device
110: mounting board 111: first inclined surface
112: second inclined surface 113: third inclined surface

Claims (10)

A mounting device for a portable electronic device mounting assembly,
A mounting assembly for supporting any one of a portable electronic device and a portable electronic device case;
A first grip bar and a second grip bar each having a bending property and extending in a height direction on one side of the side of the base; and a space formed between the base and the plurality of grip bars, And an opening device which is opened at one side of the accommodating space and into which the mounting assembly is inserted,
Wherein the first grip bar and the second grip bar comprise:
Shaped support portion,
A first curved part extending from the support part and curved in a first curved line from one end of the support part; a second curved part bent from the end of the first curved part to a second curved part; And a third curved part formed to be curved in a third curved line from the end to the other end of the support part. delete The method according to claim 1,
The mounting assembly includes:
A pair of right and left side edges are formed to extend in a height direction so as to be sandwiched between two adjacent fingers,
[0027]
Characterized in that the protruding surface formed by the first curved part is formed so as to extend to support one side of the seat fastener. The method according to claim 1,
The mounting assembly includes:
And the height of one side is an eccentric structure having a height higher than the height of the other side,
The above-
A guide bar extending from one side of the base in the direction of bending the first grip bar and the second grip bar, and a guide bar extending from the end of the guide bar in the height direction of the first grip bar and the second grip bar And an extension bar formed directly on the auxiliary grip. 5. The method of claim 4,
The guide bar
And a tilting control unit which includes a tilting control unit for causing a portion of the mounting assembly to contact at least one side and a peripheral region thereof to be rounded. 5. The method of claim 4,
Wherein the auxiliary grip bar
A bar-shaped auxiliary support portion,
And an auxiliary engaging portion protruding from the auxiliary supporting portion in the direction of the accommodating space and contacting and supporting one side of the mounting assembly. The method according to claim 6,
The mounting assembly includes:
Further comprising a support portion rotatably coupled to each other via a hinge,
The above-
And a guide member attached to one side of the base and the guide bar,
A first inclined surface formed to be tapered so as not to be in contact with the receiving portion; And a mounting board having a second inclined surface formed parallel to the first inclined surface. 8. The method of claim 7,
The mounting board includes:
Further comprising a third inclined surface tapered from one side of the space between the first inclined surface and the second inclined surface so as not to contact the receiving portion. 8. The method of claim 7,
The mounting assembly includes:
Wherein a hook space is formed through the central portion so as to insert at least one finger,
[0030]
Characterized in that it is in the form of a disk and is rotatably coupled to each other via the mounting assembly and the hinge. 8. The method of claim 7,
[0030]
A first support portion and a second support portion,
A ring-shaped main ring is formed on the first bearing portion,
Wherein the second bearing portion is formed with a rotation portion having a shape corresponding to the main ring, and is rotatably fitted to the main ring.

Images