KR101986454B1 - A Smartphone Supporter For Aquarium Fish Photographing - Google Patents

Abstract

The present invention relates to a smartphone holder for photographing an ornamental fish such as a small fish or shrimp stably and precisely and for shooting an ornamental fish without zooming when the smartphone is zoomed in, A bracket portion including a rail, a latch portion engaging with the bracket portion, and a driving portion capable of moving the suction attachment portion and the mobile mounting portion capable of mounting the smartphone in the forward and backward directions, It is possible to take a stable picture through stabilization by the government, and it is possible to move left, right and up and down directions while the bracket part is fixed, so that it is possible to shoot a fish such as fish or shrimp in an aquarium, When the ornamental fish or shrimp is photographed, the mobile mounting part that mounts the smartphone is formed in the driving part The driving body of the driving means is rotated to precisely move the mobile mounting portion including the smart phone precisely in the forward and backward direction by the rotation of the conveying bolt, and the automatic focusing function, which is the function of the camera of the smartphone, It provides a smart phone holder for shooting an ornamental fish that can position a smartphone in a location and take good pictures.

Description

{A Smartphone Supporter for Aquarium Fish Photographing}

The present invention relates to a smart phone holder for shooting an ornamental fish such as a small-sized fish or shrimp stably and precisely, and capable of shooting without shaking when a smartphone is zoomed in.

In general, a camera holder is a mechanism that allows a user to take a picture while fixing the camera. That is, a user can take a picture while taking a picture by holding the camera directly or by holding the camera fixed. It is the camera holder that is used when shooting.

In the related art, a tripod is generally used as a camera mount. Such a conventional tripod for a camera is composed of three support rods slidably combined with the outer circumferential surface and a mounting portion for fixing the camera. After mounting the smartphone, It is possible to shoot after aligning the self-timer of the smart phone and the like.

(Patent Document 1) KR10-2017-0110253 A Self-photographing smartphone Tripod

However, a conventional tripod for a smart phone can not be finely adjusted after a smartphone is mounted.

Therefore, there was a problem that it was not suitable for shooting small sized ornamental fish or shrimp in a fish tank.

According to an aspect of the present invention, there is provided a smartphone cradle for capturing an ornamental fish, the cradle comprising: a bracket provided on an upper end of a bracket to mount the bracket on an upper end of an aquarium, The object of the present invention is to provide a smartphone holder for shooting an ornamental fish which can reliably take a photograph without zooming when the smartphone's zoom in operation is performed by stably holding the bracket part in a fish tank by dispersing a losing load through a latching part.

It is a further object of the present invention to improve the fixing force of the mount itself when the threaded hole for engaging the bolt is formed on the mount, and also to stably mount the bracket on the mount which is thinner than the mount So that the photograph can be stably photographed without shaking.

It is a further object of the present invention to provide a method and a device for controlling the movement of a fish or a shrimp moving in a fish tank through movement of the movable mounting part combined with a smart phone in the left and right direction using the left and right extension rails of the bracket part, And the like can be smoothly carried out.

It is still another object of the present invention to provide a mobile phone which is capable of accurately rotating a smart phone by rotating a driving body of a driving means formed on a driving unit, The mobile station is moved accurately in front and back direction so that the automatic focusing function, which is a function of the camera of the smart phone, is best performed.

In the present invention, the bracket portion is fixed by using the catching portion formed at the upper end of the bracket portion, and then the bracket portion is fixed by using the suction fixing portion, so that the load applied to the suction fixing portion is dispersed through the catching portion, It is possible to take stable pictures without zooming while zooming in on the phone.

In addition, when the threaded hole for engaging the bolt is formed on the base, it is possible to improve the fixing force of the base itself and to stably fix the bracket even in a tank thinner than the engaging groove of the engaging portion, To take a picture.

In addition, when the bracket part is fixed, the mobile mounting part combining the smart phone is moved to the left and right using the left and right extension rails of the bracket part, and the length of the extension bar is adjusted to adjust the length of the bar to shoot fish or shrimp It can be carried out smoothly.

In addition, when a small-sized ornamental fish, shrimp, or other ornamental fish is picked up, the mobile mounting unit that is mounted on the smart phone is rotated by the driving unit of the driving unit formed on the driving unit to precisely move the mobile mounting unit including the smartphone , It is a useful invention that can move a smartphone in the backward direction and position the smartphone in the nearest position where the auto focus function which is the function of the camera of the smartphone works best.

1 is a perspective view showing a smartphone holder for an ornamental fish photographing according to the present invention;
Fig. 2 is an exploded perspective view of Fig. 1; Fig.
3 is a perspective view showing a slice or the like bracket in the present invention.
4 is a side view of a smartphone cradle for an ornamental fish photographing according to the present invention.

Hereinafter, the configuration of the present invention will be described in more detail with reference to the accompanying drawings.

First, the bracket portion 10 has a structure in which the left and right extension rails 13 are coupled between the left and right brackets 11, 12.

That is, as shown in FIGS. 1 to 4, the left and right brackets 11 and 12 are symmetrically formed to be symmetrical with each other.

The left and right brackets 11 and 12 have first and second rail engagement holes 11a and 12a formed on their opposite surfaces so that the left and right extension rails 13 are engaged with the first, 2-rail coupling holes 11a, 12a.

In the present invention, the first and second rail coupling holes 11a and 12a are formed at the front, rear, and upper and lower sides of the left and right brackets 11 and 12, 12, the left and right extension rails 13 are formed. However, the present invention is not limited thereto.

The engaging portion 20 is configured to engage with the upper side of the left and right brackets 11 and 12 of the bracket portion 10 and has an engaging groove 21 formed on the inner side to form a glass surface O, And the bracket portion 10 is fixed by hanging on the top.

The engaging portion 20 is provided with an engaging portion threaded hole 22 penetrating in the direction of the engaging groove 21 so as to completely fix the bracket portion 10 to the glass face 0 or to fix the thickness of the glass face O So that it can be fixed to the glass surface (O) when the engagement groove (21) is not larger than the size of the engagement groove (21).

Next, the adsorption fixing part 30 is formed on the lower side of the bracket part 10 for fixing the bracket part 10 by being adsorbed on the glass surface O.

The driving section 40 is disposed between the left and right brackets 11 and 12 constituting the bracket section 10 and is configured to move left and right through the left and right extension rails 13, The rear brackets 41 and 42, the second rail 43, and the driving body 44. As shown in Fig.

The front bracket 41 is slidably moved to the left and right extended rails 13 located on the front of the left and right extended rails 13 joined between the left and right brackets 11 and 12 of the bracket 10 And the first and second sliding grooves 41a and 41b are coupled to the left and right extended rails 13 so that the second rail 43 is engaged with the first sliding groove 41a in a direction perpendicular to the first sliding groove 41a. A third rail coupling groove 41b is formed.

The rear bracket 42 is disposed at a symmetrical position symmetrically with the front bracket 41. The rear bracket 42 is disposed at a symmetrical position with respect to the rear bracket 41, A second sliding groove 42a is formed to engage with the left and right extended rails 13 so that the sliding movement is performed on the left and right extended rails 13 located at the right and left sides of the first sliding groove 42a, A fourth rail coupling groove 42b for coupling the second rail 43 is formed.

Therefore, the second rails 43 are fitted to each other by the front and rear brackets 41, 42 in the form of extending in the front and rear directions.

A driving bolt 44a is rotatably coupled to the front and rear brackets 41 and 42. The front bracket 41 is provided with driving means 44b for rotating the feeding bolt 44a Is formed.

The bearing bolts 44a constituting the driving body 44 include bearings BR on the front and rear brackets 41 and 42 so as to be rotated smoothly by rotation by the driving means 44b .

Next, the mobile station 50 is capable of moving in the forward and backward directions by the above-described driving unit 40 while being able to mount the smartphone H therein.

First, the sliding bracket 51 constitutes a moving nut 51a which can be operated in conjunction with the feeding bolt 44a of the driving body 44 constituting the driving unit 40, so that when the feeding bolt 44a is rotated, Rear direction of the bracket 51. A third sliding groove 51b is formed on both sides of the moving nut 51a.

The third sliding groove 51b is slidable on the second rail 43 engaged with the third and fourth rail engagement grooves 41b and 42b formed on the front and rear brackets 41 and 42 of the driving unit 40 So that the sliding bracket 51 can be stably moved when the sliding bracket 51 moves forward and backward when the transfer bolt 44a rotates.

In addition, an extension bar coupling hole 51c formed in the vertical direction is formed in the sliding bracket 51. [

Next, the extension bar 52 is formed in a multi-stage configuration to be coupled to the extension bar coupling hole 51c formed in the sliding bracket 51, and is formed so as to be vertically adjustable in length.

Next, the cradle 53 is configured to be coupled to the above-described extension bar 52, and is capable of mounting a normal smartphone H therein.

In the present invention, the above-described sliding bracket 51 may further include a clamp 54 for fixing the extension bar 52 when the extension bar 52 is engaged.

The clamp 54 is coupled to the upper end of the extension bar 52 in a state where the upper end of the extension bar 52 is protruded at a position higher than the upper end of the sliding bracket 51 to fix the extension bar 52 .

The clamp 54 has a hole 54a in the form of a hole for engaging the extension bar 52 and a bolt 54a for fixing the extension bar 52 coupled to the clamping hole 54a. An extension bar fixing bolt hole 54b to which the fixing bolt B can be coupled is formed.

Particularly, in the present invention, a first clamp fixing bolt hole 54c is formed in the clamp 54 in the vertical direction so as to fix the clamp 54 when the clamp 54 is engaged with the extension bar 52, A second clamp fixing bolt hole 51d may be formed in the corresponding sliding bracket 51 so that the clamp 54 may be fixed to the sliding bracket 51 through the bolt B. [

The operation and effect of the smartphone cradle for capturing ornamental fish according to the present invention having the above-described configuration will be described below.

The smartphone cradle 100 for taking a picture of an ornamental fish according to the present invention is fixed to a glass surface O formed on one side of a fish tank by using a catching portion 20 and an attracting and fixing portion 30 formed on a bracket portion 10, .

For this purpose, the fastening groove 21 of the fastening part 20 formed in the present invention is fastened to the upper surface of the glass surface O, and then the fastening part 30 is brought into close contact with the glass surface O to complete the fastening.

Here, it is desirable to completely fix the engagement surface 21 and the glass surface O formed on the engagement portion 20, or to make the engagement surface 21 larger in size than the thickness of the glass surface O, The bolt B is fastened to the threaded hole 22 of the fastening part of the fastening part 20 so that the glass face O and the fastening part 20 can be completely fixed.

When the smartphone cradle 100 for capturing ornamental fish according to the present invention is fixed to the glass surface O of the fish tank as described above, the smartphone H ).

Thereafter, the left and right extension rails 13 of the bracket 10 are moved in the left and right directions to move the smartphone H to a position where the ornamental fish such as shrimp or fish is to be photographed by the user The driving unit 40 is moved in the left and right directions. When the height position is not appropriate, the length of the multi-step extended bar 52 constituting the moving mount unit 50 is adjusted to adjust the position.

When the position adjustment is completed as described above, the photographing function of the smartphone H is activated so that the fish or shrimp in the tank are photographed.

The smartphone H described above has an auto focus function in which the focus of the subject is automatically adjusted.

However, the above-described auto-focus function may or may not be auto-focused depending on the distance between the subject and the smartphone H.

In order to solve the problem, the present invention forms a driving unit 40 so that the mobile station 50, which is connected to the smartphone H, can be precisely moved forward and backward.

Therefore, when the user rotates the driving means 44b of the driving body 44 constituting the driving portion 40, the sliding bolt 51 of the movable mounting portion 50 is moved by the feeding bolt 44a to the moving nut 51a, So that the user can move the smartphone H up to the closest distance at which the automatic focus of the smartphone H can be caught.

Particularly, when the zoom in function for maximizing the subject and zooming in is maximized at the time of photographing using the smartphone H, the focus is shifted even if it is slightly shaken, so that the photographing is not properly performed. However, Since the smartphone H is stably fixed through the locking part 20 and the suction fixing part 30, it is possible to stably photograph without zooming when the smart phone is zoomed in, And the smart phone can be positioned at a near distance where the auto focus function of the smart phone can be performed. Thus, it is possible to photograph a good quality picture.

Although the present invention has been described in connection with what is presently considered to be the most practical and preferred embodiment, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It is obvious to the technicians of.

10: Bracket part
11: Left bracket 11a: First rail coupling hole
12: Right bracket 12a: Second rail coupling hole
13: Left and right extension rails
20:
21: latching groove 22: latching screw hole
30:
40:
41: front bracket 41a: first sliding groove 41b: third rail engaging hole
42: rear bracket 42a: second sliding groove 42b: fourth rail coupling hole
43: second rail
44: drive body 44a: feed bolt 44b: drive means
50:
51: sliding bracket 51a: moving nut portion 51b: third sliding hole
51c: extension bar fitting hole 51d: second clamp fixing bolt hole
52: Extension bars
53: Cradle
54: clamp 54a: clamp coupling hole 54b: extension bar fixing bolt hole
54c: first clamp fixing bolt hole
100: Smart Phone Cradle for Ornamental Fish Shooting

Claims (5)

A left bracket 11 having a first rail coupling hole 11a formed therein and a second rail coupling hole 12a formed inside thereof and having a right bracket 12 Right brackets 11 and 12 and a plurality of left and right extension rails 13 fitted to the first and second rail coupling holes 11a and 12a of the left and right brackets 11 and 12;
A latching part 20 disposed above the left and right brackets 11 and 12 constituting the bracket part 10 and having a latching groove 21 formed therein;
An adsorption fixing section 30 disposed below the left and right brackets 11 and 12 constituting the bracket section 10;
A front bracket 41 which forms a first sliding groove 41a and a third rail engaging hole 41b so that the left and right extended rails 13 constituting the bracket portion 10 can slide, The rear bracket 42 and the front and rear brackets 41 and 42 are disposed symmetrically with respect to the bracket 41 and form a second sliding groove 42a and a fourth rail coupling hole 42b. A second rail 43 fitted to the third and fourth rail coupling holes 41b and 42b and a transfer bolt 44a and a transfer bolt 44a coupled to the front and rear brackets 41 and 42 A driving unit (40) composed of a driving body (44) composed of driving means (44b) coupled to the front face bracket (41);
A moving nut portion 51a interlocked with the feeding bolt 44a of the driving body 44 constituting the driving portion 40 and a third sliding hole 51b and an extension bar engaging hole 51b engaging with the second rail 43, 51b and 51c of the sliding bracket 51 and the extension bar 52 engaged with the extension bar engagement hole 51c of the sliding bracket 51 and the cradle 53 coupled to the extension bar 52. [ (50). ≪ / RTI >
The fastener according to claim 1, characterized in that the fastening portion (20) is further provided with a fastening portion threaded hole (22) for fastening the bolt (B) A smart phone holder for shooting an orphan.
The clamping device according to claim 1, wherein a clamp is provided on the upper side of the extension bar (52) which engages with the extension bar coupling hole (51c) of the sliding bracket (51) (54). ≪ / RTI >
The clamping device according to claim 3, wherein the clamp (54) of the movable mount portion (50) is configured to engage the clamping hole (54a) and the extension bar (52) An extension bar fixing bolt hole 54b formed to be able to be fixed by the bolt B and a first clamp fixing bolt hole 54 formed in the clamp 54 in the vertical direction to fix the clamp to the sliding bracket 51, And a second clamping fixing bolt hole (51d) is formed in the corresponding sliding bracket (51).
The smartphone holder for photographing an ornamental fish according to claim 1, characterized in that the extension bar (52) constituting the moving mount (50) is formed in a multi-stage form so that the length can be adjusted.

Images