KR102348648B1 - Device for standing portable electronic device - Google Patents

Abstract

Introduced are a cradle for holding a portable electronic device and a cradle device comprising the same. The cradle comprises: a body; a fixing cradle piece erected by axial rotation on one side part of the body; and a moving cradle piece mounted on the other end of the body to be withdrawn and returned in a longitudinal direction by an elastic force, and erected to face the fixing cradle piece by axial rotation. After pulling out to withdraw the moving cradle piece, smartphones or tablets of various sizes can be held as the electronic device is held by the fixing cradle piece and the moving cradle piece when returned with the elastic force. Therefore, various electronic device can be grasped more stable.

Description

Device for standing portable electronic device

The present invention relates to a portable electronic device, and more particularly, to a holding device for a portable electronic device configured to grip and fix a portable electronic device such as a smartphone or tablet, and to adjust a pitching angle.

In general, a portable electronic device includes a smart phone or a tablet, and refers to an electronic device that enables a user to perform wireless communication with a counterpart in a portable state or placed on the floor, view a video, access the Internet, work with documents, and the like. This portable electronic device is made small, light, and thin for convenient portability. In addition, the convenience of portable electronic devices is emphasized so that anyone can perform multi-functions, and it is becoming a necessity to carry and use at all times.

The design of portable electronic devices has been developed to be thin and light to be easy to carry, unlike the existing TVs and PCs. As a result, most thin pad shapes can be obtained. In addition, electronic devices, such as smartphones and tablets, are manufactured in different sizes and different sizes, or are manufactured in the same type but in various sizes depending on the size of the liquid crystal.

A thin and light electronic device has a disadvantage in that it is inconvenient to mount it in a certain place or position and fix it. Although the fundamental property of an electronic device is portability, in order for a user using an electronic device to enjoy content comfortably without directly holding the electronic device in a certain place, there is a need for the electronic device to be mounted at a desired location.

In order to mount and fix electronic devices of various sizes with one cradle, and for users to enjoy various video and sound contents flowing through the electronic devices while lying down or sitting, the electronic devices must be mounted in a location that is easy to see or listen to. necessity is demanded.

Republic of Korea Patent Publication No. 10-2011-0038008 (published on April 13, 2011)

An object of the present invention, devised to solve the above-mentioned needs, is to manufacture a plurality of cradle pieces that are inserted and drawn out by rotating the shaft at various intervals between each other, and a cradle so that some of the cradle pieces are drawn out by elasticity, thereby making smartphones of various sizes. Or to provide a device for holding a portable electronic device capable of holding the tablet.

Another object of the present invention is to provide a holder for a portable electronic device in which the cradle is fastened at various pitching and tilting angles so that the user can view and appreciate it from various angles in a comfortable posture.

In order to achieve the above object, the portable electronic device holder according to the present invention includes a holder for holding the portable electronic device. The cradle body; A fixed mounting piece erected by rotating the shaft on one side of the body; and a movable cradle which is mounted on the other end of the body to withdraw and return in the longitudinal direction by an elastic force, rotates axially to face the fixed cradle.

The electronic device can be gripped by the fixed and movable holders while pulling out the moving cradle and returning to elastic force.

The fixed mounting pieces may be a first fixed mounting piece and a second fixed supporting piece mounted on the body so as to be axially rotated in the same direction at a predetermined distance from each other and stand up.

In addition, the movable holder includes a first movable support piece mounted on the tip of the first pull-out member that is drawn out and returned to the inside of the body by an elastic force, and a second movable support piece adjacent to the first pull-out member while drawing out and returning to the inside of the body by the elastic force. It may be a second movable support piece mounted on the tip of the lead-out member.

In addition, the first moving cradle and the second moving cradle located at the other end of the body may be installed so that each operation is possible.

In addition, any one of the fixed mounting pieces and any one of the moving mounting pieces may be configured to form a pair to hold the portable device.

The body may be provided with a fastener processed on one side.

The mounting device may include a tripod having a fastening part fastened to the fastener, a rod having a fastening part mounted thereon, and a leg part that is opened and closed while one side of the leg is pivotally rotated at the lower end of the rod.

The fastening part above has a coupling member that is screwed to a thread protruding from the upper periphery of the rod, an insertion member that is inserted into and engaged with the coupling member, a spherical angle adjusting member accommodated in the insertion member, and one end is fixed to the angle adjusting member It may be provided with a fastening member having a thread for fastening with the fastener at the tip portion located outside the insert member while being processed.

In addition, while being fastened to the threaded portion of the fastening member, a support member mounted so that the threaded portion protrudes may be optionally provided.

In addition, the rod may include a first rod to which the fastening part is fastened to the upper portion, a second rod into which the first rod is inserted and withdrawn, and a central rod installed so that one side of the leg is axially rotated at the lower portion while the second rod is installed to penetrate and move. have.

When the first rod is drawn out and turned clockwise or counterclockwise, it can be coupled to and fixed to the second rod.

In addition, the leg portion includes a receiving hole machined in the longitudinal direction on a plurality of legs rotating axially at the lower end of the central bar, a folding auxiliary member installed to be added to the upper end of each receiving hole, and one end is mounted at the lower end of the second bar to pivot. and may be provided with a plurality of folding members mounted to each folding auxiliary member so that the other end is axially rotated.

The folding member may have a shape in which one end portion of the second rod side is refracted.

When the legs are folded, the folding member can also be folded and accommodated in the accommodation hole.

As described above, according to the present invention, there is an effect that smartphones or tablets of various sizes can be gripped by the fixed cradle that is fixed to the body and pivots and the movable cradle that withdraws and returns from the body.

In addition, since a plurality of moving mounting pieces of different sizes are installed, there is an effect of more stably holding various electronic devices that are thin and light or thick and heavy.

In addition, since the cradle is screwed to the fastening part of the tripod, and the angle adjusting member of the fastening part is spherical, the cradle is fastened at various pitching and tilting angles, which allows the user to view and appreciate from various angles in a comfortable posture. there is an effect

The following drawings attached to this specification illustrate preferred embodiments of the present invention, and serve to further understand the technical spirit of the present invention together with the detailed description of the present invention, so the present invention is limited only to the matters described in those drawings should not be construed as
1 is a perspective view schematically showing a device for mounting a portable electronic device according to a preferred embodiment of the present invention.
FIG. 2 is a perspective view showing the cradle shown in FIG. 1 .
3 is a perspective view illustrating an example of using the holder shown in FIG. 2 .
6 is a perspective view illustrating a folded state of the tripod shown in FIG. 1 .
7 is a perspective view illustrating a partially unfolded state of the tripod shown in FIG. 6 .
8 is a state diagram in which the upper part of the first rod shown in FIG. 7 is separated.
9 is a perspective view illustrating an example of using the tripod shown in FIG. 6 .
10 is a perspective view illustrating a leg portion of FIG. 9 .

Hereinafter, examples will be given in more detail so that various characteristic aspects of the present invention can be understood. In the drawings, the same or equivalent elements may be denoted by the same reference numerals, and the drawings may be exaggerated or schematically illustrated for an intuitive understanding of the features of the present invention.

In this document, unless otherwise limited or inherently unacceptable, expressions for describing the relationship between two elements, for example, expressions such as 'image' and 'connection' Of course it allows a third element to be interposed between the elements of the first and second elements. Directional indications, such as front and rear, left and right, or up and down, are only for convenience of description and are not intended to limit the scope of the present invention.

A device for holding a portable electronic device according to a preferred embodiment of the present invention will be described in detail with reference to the drawings.

As shown in FIG. 1 , the holder of the portable electronic device according to the embodiment may include a holder 100 and a tripod 200 .

The cradle 100 is a member for holding a portable electronic device, particularly a smartphone or tablet. The cradle 100 may be detachably mounted on the tripod 200 . As shown in Figs. 2 and 3, the cradle 100 includes a body 110, a first fixed cradle 120, a second fixed cradle 130, a first movable cradle 140 and a second cradle 100. 2 It may be provided with a moving mounting piece (150).

The body 110 is a substantially rectangular parallelepiped, and may include a fastener 111 having a threaded thread at a portion fastened to the tripod 200 . On one surface of the body 110, the first fixed cradle 120 to the second movable cradle 150 for holding the smartphone or tablet may be installed so as to rotate and fold or stand up. At this time, the first fixed cradle 120 to the second movable cradle 150 may be erected by being rotated by approximately 90°. A receiving groove may be machined in the body 110 for accommodating these first fixed mounting pieces 120 to second moving mounting pieces 150 .

The first fixed mounting piece 120 to the second moving mounting piece 150 may be installed to be axially rotated on the same surface of the body 110 to be erected or accommodated. In detail, as shown in FIGS. 2 and 3 , the first fixed mounting piece 120 is installed to rotate axially on one surface of one side of the body 110 , and the second fixed mounting piece 130 is the first fixed mounting unit. It may be installed to pivot on the same surface spaced apart from the piece 120 by a predetermined distance. At this time, the first fixed mounting piece 120 and the second fixed mounting piece 130 may be axially rotated in the same direction.

The first moving mounting piece 140 is installed to rotate axially on the same surface of the other end of the body 110 , and the second moving supporting piece 150 is adjacent to the first moving supporting piece 140 and axially on the same plane. It can be installed to rotate. At this time, the first moving mounting piece 140 and the second moving supporting piece 150 may be axially rotated opposite to the first fixed supporting piece 120 and the second fixed supporting piece 130 . The first and second moving mounting pieces 140 and 150 are inserted into the body by an elastic force and pulled out by the first and second pull-out members 141 and 151, which are drawn out by external force. It can be installed to be inserted. The first pull-out member 141 and the second pull-out member 151 are formed of a pair of bars, and one side of these bars may be mounted on an elastic member inside the body 110 .

The first moving mounting piece 140 is located on the inner side of one end, and the second moving supporting piece 150 is located outside, and when folded, the first moving supporting piece 150 is approximately 'U' shaped in the second moving holder 150 . The movable mounting pieces 140 may be installed to be overlapped. At this time, since the second moving mounting piece 150 is larger than the first moving supporting piece 140, it is possible to more stably hold a thick or heavy electronic device.

A cushion pad for absorbing shock and increasing gripping force may be attached to a surface in contact with the electronic device in the first fixed cradle 120 , the second fixed cradle 130 , and the first movable cradle 140 .

Looking at the examples of use of these first fixed mounting pieces 120 to second moving mounting pieces 150, the first fixed supporting pieces 120 and the first moving supporting pieces 140 facing each other form a pair, or The first fixed cradle 120 and the second movable cradle 150 form a pair, or the second fixed cradle 130 and the first movable cradle 140 form a pair, or the second The fixed cradle 130 and the second movable cradle 150 may form a pair to hold smartphones or tablets of various sizes.

As shown in FIG. 4 , the first moving mounting piece 140 may be fixed to the inserted first withdrawing member 141 by an elastic member mounted inside the body 110 . Accordingly, when the first moving support piece 140 is pulled outward, the first drawing member 141 is drawn out and the first moving support piece 140 is moved. Through this, it is possible to grip the electronic device by adjusting the distance with the first fixed cradle 120 or the second fixed cradle 130 .

As shown in FIG. 5 , the second moving mounting piece 150 may be fixed to the inserted second withdrawing member 151 by an elastic member mounted inside the body 110 . Accordingly, when the second moving support piece 150 is pulled outward, the second moving support piece 150 is moved while the first withdrawing member 141 is drawn out. Through this, it is possible to grip the electronic device by adjusting the distance with the first fixed cradle 120 or the first movable cradle 140 . Since the second moving cradle 150 has a larger outer shape than the first moving cradle 140 , it is possible to more stably hold the electronic device.

The tripod 200 may be deformed from the unfolded state of FIG. 1 to the folded state of FIG. 6 . In more detail, the tripod 200 is a fastening part 210 to which the fastener 111 of the cradle 100 is fastened, and the fastening part 210 to which the fastening part 210 is coupled to the upper part, as shown in FIGS. 7 to 9 . The first rod 220 , the second rod 230 into which the first rod 220 is inserted and withdrawn, the central rod 240 into which the second rod 230 is inserted and withdrawn, and the central rod 240 are mounted on the lower part of the central rod 240 . It may be made to include a leg portion (250).

As shown in FIGS. 7 to 9 , the fastening part 210 is inserted into the coupling member 211 screwed to the upper end of the first rod 220 , and is inserted into the coupling member 211 to the upper end of the coupling member 211 . Insertion member 212 having a lower end engagingly engaged and having a groove with an open upper end on one side of the upper portion, a sphere-shaped angle adjusting member 213 that is inserted into the upper end of the inserting member 212 and engaging the upper end, angle adjustment One end of the member 213 is fixed to the fastening member 214 having a screw thread processed at the tip portion, and a support member 215 fastened to the screw thread portion of the fastening member 214 and mounted so that the screw thread portion can be provided. have.

1 and 9, the fastening of the fastening part 210 and the cradle 100 is in a state where the screw thread portion of the fastening member 214 protrudes from the support member 215 by tightening the support member 215, The fastener 111 of the cradle 100 may be fastened.

7 and 8, the coupling member 211 is screwed with a thread protruding from the outer periphery of the upper end portion of the first rod 220, can be interconnected. Here, when the coupling member 211 is continuously turned and wound, the upper surface of the first rod 220 can be fixed by pushing up the angle adjusting member 213 . In more detail, the angle adjusting member 213 is adjusted to various angles, or approximately vertically adjusted, or the coupling member 214 is laid down in the open groove of the insertion member 212 and approximately horizontally adjusted. If (211) is continuously tightened, the first rod 220 is pushed up by the angle adjusting member 213, and the angle adjusting member 213 is sandwiched between the upper end of the insertion member 212 and the upper end of the coupling member 211 and fixed. can be As such, the fastening member 214 and the supporting member 215 may be adjusted to various angles including vertical and horizontal.

As shown in FIGS. 7 and 9 , the first rod 220 may be mounted such that the fastening part 210 is fastened to the upper portion, and inserted into and withdrawn from the second rod 230 . The first rod 220 may be rotated clockwise or counterclockwise and mounted to be fixed in the drawn-out state. For example, by rotating the first rod 220 drawn out from the second rod 230 in a clockwise direction to engage or engage the second rod 230, it can be fixed.

As shown in FIGS. 9 and 10 , the second rod 230 is disposed with the first rod 220 inserted while penetrating the central rod 240 , and one end of the folding member 254 may be mounted on the lower end thereof. The operation of the second rod 230 and the folding member 254 will be described later.

The center rod 240 is inserted through the second rod 230 to be movable up and down, and the upper end of the leg 251 of the leg unit 250 may be axially mounted to the lower end thereof. Accordingly, the legs 251 may be opened or retracted with respect to the upper end.

The leg part 250 includes a plurality of legs 251 having a predetermined length and the upper end pivotally fastened to the lower end of the central rod 240 , and one side is mounted to pivot on the leg 251 , and the other end is the second part. A plurality of folding members 254 fastened to the lower end of the rod 230 to rotate may be provided.

As an example, there are three legs 251 , and when folded by axial rotation with respect to the lower end of the central rod 240 , it may have a hollow cylindrical shape substantially similar to the central rod 240 , as shown in FIG. 7 . The leg 251 may have a receiving hole 252 processed to a predetermined length in the height direction, and a folding auxiliary member 253 may be added to the upper end of the receiving hole 252 to be fixed.

One end of the folding member 254 may be pivotally fastened to the lower end of the second rod 230 , and the other end may be pivotally mounted to the folding auxiliary member 253 of the leg 251 . The folding member 254 may have an approximately 'L' shape in which one end of the second rod 230 side is refracted. The folding member 254 may be accommodated by being inserted into the accommodation hole 252 when the leg 251 is folded.

When the legs 251 are unfolded with the lower end of the central rod 240 as an axis, the second rod 230 may be drawn out downward while the folding member 254 is axis-coupled to the leg 251 as an axis. Also, when the legs 251 are folded, the second rod 230 may be inserted upward while the folding member 254 is folded. When the legs 251 are completely folded, the folding member 254 may be accommodated in the accommodation hole 252 .

3 to 5 , it is possible to hold an electronic device such as a smartphone or tablet after some of the first fixed cradle 120 to the second movable cradle 150 of the cradle 100 is erected. At this time, when the first movable support piece 140 or the second movable support piece 150 is pulled out and released, the electronic device can be firmly gripped while returning by the elastic force.

In a state in which the tripod 200 is fully folded as in FIG. 6 , the fastening part 210 and the first rod are pulled out as in FIG. 7 , and when the legs are spread apart, the fastening part 210 , the first rod 220 , the first The two rods 230 and the central rod 240 are drawn out and the legs 251 are spread out so that they can be stably erected. Here, by rotating the first rod 220 clockwise and fixing it to the second rod 230 , it is possible to maintain the drawn-out state.

After selecting the fastening member 214 to have various angles including vertical and horizontal by the spherical angle adjusting member 213, the coupling member 211 can be rotated to fix it.

The holder 100 may be mounted on the tripod 200 by fastening the fastener 111 of the holder 100 to the fastening member 214 . Here, since the fastening member 214 and the cradle 100 are screwed together, the angle of the cradle 100 may be adjusted.

Embodiments of the present invention have been described above, and these embodiments will be helpful in understanding various aspects and features of the present invention. Elements presented in these embodiments may be selectively combined with each other, and another embodiment that has not yet been described in this document may be presented by such a combination.

Hereinafter, claims for defining the scope of the present invention are described. The element(s) recited in the claims may be variously changed and modified and replaced with equivalents without departing from the spirit of the invention. Reference numerals in the claims, if any, are only intended to aid an easy and intuitive understanding of the claimed inventions or elements thereof, and do not limit the scope of the claimed inventions.

100: cradle
110: body 111: fastener
120: the first fixed portion 130: the second fixed portion
140: first movable cradle 141: first pull-out member
150: second movable support piece 151: second pull-out member
200: tripod
210: fastening part 211: coupling member
212: insertion member 213: angle adjustment member
214: fastening member 215: support member
220: 1st rod 230: 2nd rod
240: central bar 250: leg
251: Bridge 252: Receiving hall
253: folding auxiliary member. 254: folding member.

Claims (6)

body 110;
a fixed cradle piece which is axially rotated and erected on one side of the body 110; and
It is mounted on the other end of the body 110 so as to withdraw and return in the longitudinal direction by an elastic force, and includes a moving cradle that is axially rotated and is erected to face the fixed cradle,
The electronic device is gripped by the fixed cradle and the moving cradle while pulling out the moving cradle and returning to elastic force,
The fixed mounting pieces are a first fixed mounting piece 120 and a second fixed mounting piece 130 mounted on the body 110 so as to be axially rotated and erected in the same direction at a predetermined distance from each other,
The movable support piece is drawn out into the body 110 by the elastic force and the first movable support piece 140 mounted on the tip of the first pull-out member 141 that is drawn out and returned to the inside of the body 110 by the elastic force. and a second movable support piece 150 mounted on the tip of the second pull-out member 151 adjacent to the first pull-out member 141 while returning;
The first moving cradle 140 and the second moving cradle 150 located at the other end of the body 110 are installed so that they can be operated individually,
A holder for holding a portable electronic device, characterized in that the one of the fixed mounting pieces and any one of the moving mounting pieces form a pair to hold the portable device. delete The holder according to claim 1, the body 110 of the holder is provided with a fastener 111 processed on one side; and
A fastening part 210 fastened to the fastener 111, a rod on which the fastening part 210 is mounted, and a leg part 250 that is opened and closed while one side of the leg 251 is pivotally rotated at the lower end of the rod. Mounting device of a portable electronic device, characterized in that it comprises a tripod (200). In claim 3,
The fastening part 210 is a coupling member 211 screwed to a thread protruding from the upper outer periphery of the rod, an insertion member 212 inserted into the coupling member 211 and engagingly coupled, and received in the insertion member 212 . A spherical angle adjusting member 213 and a fastening member with one end fixed to the angle adjusting member 213 and having a screw thread for fastening with the fastener 111 at the tip portion located outside the insertion member 212 . A portable electronic device mounting device having a (214) and selectively provided with a support member (215) that is fastened to the threaded portion of the fastening member (214) so that the threaded portion protrudes. In claim 3,
The rod has a first rod 220 to which the fastening part 210 is fastened to the upper portion, a second rod 230 into which the first rod 220 is inserted and withdrawn, and a second rod 230 to move through it. A central bar 240 installed so that one side of the leg 251 is pivotally rotated at the lower end while being installed is provided,
When the first rod (220) is drawn out and turned clockwise or counterclockwise, it is coupled to and fixed to the second rod (230). In claim 5,
The leg part 250 is installed by padding on the upper end of each of the receiving holes 252 and each receiving holes 252 machined in the longitudinal direction on the plurality of legs 251 rotating axially at the lower end of the central rod 240 . A plurality of folding members 254 are provided with a folding auxiliary member 253, and one end of which is axially rotated at the lower end of the second rod 230 and the other end is axially mounted on each of the folding auxiliary members 253,
The folding member 254 has a shape in which one end portion of the second rod 230 side is refracted,
When the legs (251) are folded, the folding member (254) is also folded and accommodated in the receiving hole (252).

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