KR20100000072A - Panorama photographing device - Google Patents

Abstract

PURPOSE: A panorama photographing device using a dovetail method is provided to adjust upper/lower locations of a quick shoe plate using a dovetail method, thereby exactly matching a rotating axis of the panorama photographing device with a nodal point of a camera lens. CONSTITUTION: A plurality of suspending grooves(161) is formed on the upper side of a detent disc(160). Upper fixing pin insertion grooves(162) penetrate one side of the disc. The first insertion holes(175) are formed on a upper rotating plate(170). An upper fixing pin(155) is inserted into an upper fixing groove formed in the upper rotating plate.

Description

Panoramic photographing device using dovetail method {PANORAMA PHOTOGRAPHING DEVICE}

The present invention relates to a panoramic photographing apparatus using a dovetail (Dovetail) method for combining the quick shoe plate using a dovetail (Dovetail) method fixedly mounted to the bottom of the camera to rotate the camera in a horizontal and vertical direction to split the image. In detail, a panoramic photographing apparatus using a dovetail method, in which a detent disk is combined with or separated from an upper rotating plate or a lower fixing plate by using an upper fixing pin and a lower fixing pin to rotate stepwise at different angles. It is about.

In addition, the present invention supports the quick shoe plate using a dovetail (Dovetail) method fixedly mounted on the bottom of the camera from the bottom, by adjusting the upper and lower positions of the quick shoe plate using the dovetail (Dovetail) method of the rotation axis of the panoramic photographing apparatus The present invention relates to a panorama photographing apparatus using a dovetail method including a camera fixing pin for accurately matching a nodal point of a camera lens.

In general, Photo Virtual Reality is a state-of-the-art technology that makes it easy to experience virtual reality through a computer. Photo virtual reality allows viewers to grasp the overall feeling and the feeling of being in the center of the scene without having to go to the scene.

Photo virtual reality is widely applied to the Internet homepage, etc., it is widely used for the interior of the apartment model house, the hotel rooms, additional facilities, the museum, or for learning or advertising.

In order to produce a photo virtual reality, the camera is mounted on a panoramic photographing device equipped with a photographing device to shoot while rotating the camera 360 °. Panorama shooting is done by rotating the camera in the horizontal direction only to shoot in 2D, or by rotating in the vertical and horizontal directions to shoot a spherical 3D image showing the overall appearance of 360 ° left and right and 180 ° up and down. Recently, most of them are shot in 3D spherical panorama.

Therefore, the panorama shooting device should rotate the camera around the nodal point of a digital camera or a general film camera when taking a panorama, and in case of a photo in which the nodal point is not correct, each picture is taken. You will not be able to stitch to stitch.

A nodal point is a point where light, which is the point at which light is converted into a reverse phase before light entering through a lens, reaches a CCD (Charge Coupled Device) or a film, is a point where light is collected and collected into a single point.

These nodal points have different values according to the lens of the camera, and the panoramic photographing apparatus rotates the camera in the horizontal and vertical directions with the camera's nodal point as the center of the rotation axis to take a panorama. Therefore, the photos taken while rotating the camera in the horizontal and vertical directions are made into a panoramic image through the stitching process of compositing each picture, which allows you to observe the surroundings in detail as if you are in the field on a computer. To make it work.

In general, panorama shooting with the camera is first fixed to the panorama shooting device, and then taken in the first step, and then rotated the panorama shooting device so that the camera is rotated together, then taken in the second step, and panorama shooting again The camera is rotated together with the device, and the panorama shooting is performed by continuously shooting and editing the desired range in the order of shooting in the third step.

In this case, if the camera is rotated by rotating the panoramic photographing device through the photographer's sense to rotate the camera at a certain angle, the camera cannot be rotated at the precisely divided angle, so that the focus of the image does not coincide to obtain an accurate panoramic image. It becomes impossible.

In particular, in the case of long distance shooting, a lot of difference may occur even in the slightest shake or error, so it is required to rotate the camera at the exact angle calculated in the horizontal or vertical state without camera shake during panorama shooting.

The present invention has been made in order to solve the various problems as described above, the present invention is a conventional panoramic photographing device, the means for rotating the camera at a predetermined angle is made of the sense of the photographer rotates the camera at a precisely divided angle An object of the present invention is to provide a panorama photographing apparatus using a dovetail method that can solve a problem that cannot be solved.

The present invention can solve the problem of having to change the position where the ball plunger is inserted in order to set the angle to be divided in the step of dividing the camera at a predetermined angle and rotate the step by step in the conventional panorama shooting apparatus An object of the present invention is to provide a panorama photographing apparatus using a dovetail method.

According to the present invention, in the case of a conventional panoramic photographing device, a quick shoe plate fixedly attached to a lower part of a camera for fastening and attaching a camera using a quick shoe is used according to the rotation axis of the panoramic photographing device according to the upper and lower positions of the quick shoe plate. An object of the present invention is to provide a panorama photographing apparatus using a dovetail method that can solve a problem in which nodal points are not matched.

The present invention is a quick shoe plate using a single dovetail (Dovetail) method regardless of the size of the camera depending on the model or brand of the camera can be flexibly applied to various cameras, the camera mounted on the dovetail (Dovetail) quick shoe plate It is an object of the present invention to provide a panorama photographing apparatus using a dovetail method that can prevent a twisting problem that may occur during operation.

A panoramic photographing apparatus using a dovetail method according to the present invention for achieving the above object, the lower fixing plate using a dovetail (Dovetail) is fixed to the lower portion; The upper fixing pin has a circular plate shape using a dovetail (Dovetail) method located on the upper portion of the lower fixing plate, a plurality of engaging grooves are formed in the upper surface along a circle having a radius of a predetermined length from the center and penetrated through one side A detent disk having an insertion groove; An upper rotary plate having a circular plate shape and having a first insertion hole penetrating the upper surface and the lower surface and having a fixing groove having a “a” shape at one side thereof; A first ball plunger inserted into the first insertion hole; And one end is inserted into the upper fixing pin insertion groove when positioned below the fixing groove, and inserted into the fixing groove formed in the upper rotating plate so as to be separated from the detent disk when positioned at the upper side of the fixing groove. The paper is characterized by having a rotating device including an upper fixing pin.

Preferably, the lower fixing plate has a second insertion hole formed through the upper surface and the lower surface, one side of the lower fixing plate is formed with a "b" shaped fixing groove, the detent disk is centered on the lower surface A plurality of engaging grooves are further formed along a circle having a radius of a predetermined length, and a lower fixing pin insertion groove is formed on one side of the detent disk, and the second ball plunger is inserted into the second insertion hole. Further, the panoramic photographing apparatus is one end is inserted into the lower fixing pin insertion groove when positioned in the upper portion of the fixing groove, and separated from the detent disk when positioned in the lower side of the fixing groove Characterized in that it further comprises a lower fixing pin fitted to the fixing groove formed in the lower fixing plate.

More preferably, two or more first and second insertion holes are respectively formed, and the first and second ball plungers each include two or more first and second insertion holes. Characterized in that each is inserted.

More preferably, the first insertion hole and the second insertion hole are each formed in plural along a circle having a radius of different length from the center, and the locking grooves formed on the upper and lower surfaces of the detent disk are also centered. It is characterized in that a plurality of each formed along a circle having a radius of different length from.

More preferably the ball plunger comprises a ball, a spring and a bolt.

More preferably, the panorama photographing apparatus using the dovetail method may further include a first horizontal support having guide grooves on both sides of which the upper rotating plate slides in the longitudinal direction.

More preferably, the upper rotating plate using the dovetail method includes an upper rotating plate body part and an upper rotating plate engaging jaw using the dovetail method, and the upper rotating plate body part and the upper rotating plate using the dovetail method. Coupling jaw is characterized in that coupled to the guide groove of the first horizontal support by a coupling pin.

More preferably, the first horizontal support is characterized in that the graduation is arranged to be offset from each other at both ends in the longitudinal direction of the guide groove using a dovetail (Dovetail) method.

In addition, the panorama photographing apparatus using a dovetail (Dovetail) method according to the present invention includes a vertical rotating plate that rotates step by step at a divided angle in the vertical direction; A second horizontal support formed on both sides thereof with guide grooves using a dovetail method, the vertical rotating plate being mounted to allow sliding movement in the guide groove, and rotating in a vertical direction by a vertical rotating plate; And a surface coupled to a guide groove using a dovetail method formed on the second horizontal support to allow sliding movement, and the other surface of the dovetail for mounting a quick shoe plate using the dovetail method. Including a dual quick shoe formed guide using the method,

The dual quick shoe using the dovetail method is provided with a guide on one side for mounting the quick shoe plate using the dovetail method on one surface, and a guide groove formed on the second horizontal support on the other surface. Dual quick shoe body portion using a dovetail (Dovetail) method to form a guide of one side to be coupled; A dual quick shoe first coupling jaw formed with a guide on the other side for fixing the quick shoe plate using the dovetail method by combining with the dual quick shoe body part using the dovetail method; A dual quick shoe second coupling jaw that is coupled to the dual quick shoe body part and has a guide on the other side to be coupled to the guide groove formed on the second horizontal support; And one end is inserted into the lower portion of the dual quick shoe body portion is characterized in that it comprises a camera fixing pin for fixing and supporting the quick shoe plate from the bottom, the upper and lower positions of the quick shoe plate.

Preferably, the vertical rotating plate is composed of a vertical rotating plate coupling jaw using a vertical rotating plate body portion and a dovetail method, and the vertical rotating plate body portion and a vertical rotating plate coupling jaw are formed using the dovetail method by a coupling pin. It is characterized in that coupled to the guide groove of the second horizontal support.

More preferably, the second horizontal support using the dovetail method is characterized in that the graduations are arranged to be offset from each other at both ends in the longitudinal direction of the guide groove.

According to the panorama photographing apparatus using the dovetail method according to the present invention, the ball plunger is inserted into the first and second ball plungers respectively in the first insertion hole formed in the upper rotating plate and the second insertion hole formed in the lower fixing plate. There is a remarkable effect that the upper rotary plate is rotated in steps at precisely divided angles by being caught by the locking groove formed in the detent disk.

According to the panoramic photographing apparatus using the dovetail method according to the present invention, the upper fixing pin is installed in the fixing groove formed in the upper rotating plate, and the lower fixing pin is installed in the fixing groove formed in the lower fixing plate, and the detent disk is mounted on the upper rotating plate. Alternatively, there is a remarkable effect that the user can select the angle to be divided and rotated by being rotated by being coupled to or separated from the lower fixing plate.

In addition, according to the panorama photographing apparatus using the dovetail method according to the present invention, the dual quick shoe body portion and the dovetail (Dovetail) using the quick shoe plate using the dovetail (Dovetail) fixedly attached to the lower part of the camera ( Dovetail (Dovetail) attached to the camera by fixing the guides respectively formed on the first coupling jaw of the dual quick shoe using the Dovetail method, and using a camera fixing pin inserted into the lower part of the dual quick shoe body using the Dovetail method. By adjusting the upper and lower positions of the quick shoe plate using the remarkable effect of accurately matching the rotational axis of the panoramic photographing device and the nodal point of the camera lens.

In addition, according to the panorama photographing apparatus using the dovetail method according to the present invention, regardless of the camera size that varies depending on the model or brand of the camera, a quick shoe plate using a single dovetail (Dovetail) method is flexibly applied to various cameras It can be, and there is a remarkable effect that can prevent the torsion problem that may occur when operating the camera mounted on the quick shoe plate using the Dovetail (Dovetail) method.

In addition, according to the panorama photographing apparatus using the dovetail method according to the present invention, the panoramic photographing apparatus can be precisely divided operation, when the camera setting with the preset data at the time of purchase of the product can be taken panorama immediately By doing so, there is a remarkable effect that the user can solve the hassle of setting the nodal point directly for panorama shooting at one time.

Hereinafter, the advantages, features, and preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view illustrating components of a rotating device included in a panorama photographing apparatus using a dovetail method according to the present invention.

Referring to FIG. 1, a panorama photographing apparatus using a dovetail method according to the present invention includes a lower fixing plate 140 fixedly installed at a lower portion thereof; It has a circular plate shape located on the upper portion of the lower fixing plate 140, the upper surface has a plurality of engaging grooves 161 are formed along a circle having a radius of a predetermined length from the center and the upper fixing pin is inserted through one side Detent disk 160 with groove 162; An upper rotary plate 170 having a circular plate shape and having a first insertion hole 175 penetrating the upper surface and the lower surface and having a fixing groove having an “a” shape at one side thereof; A first ball plunger 180 inserted into the first insertion hole 175; And the upper rotating plate so that one end is inserted into the upper fixing pin insertion groove 162 when positioned below the upper fixing groove, and separated from the detent disk 160 when positioned at the upper side of the upper fixing groove. And an upper fixing pin 155 fitted into the upper fixing groove formed in the 170.

The lower fixing plate 140 according to the present invention has a shape of a circular plate, and the lower fixing plate 140 is fixedly attached to a tripod for stably supporting the panorama photographing apparatus and the camera at the photographing place during panorama shooting. Preferably, the lower fixing plate 140 is attached to the rotary device pedestal 110 at the bottom to be combined with the quick shoe of the tripod to easily assemble and disassemble the panoramic photographing device and the tripod using the dovetail method of the present invention. It becomes possible.

Preferably, one side of the lower fixing plate 140 according to the present invention is formed with a "b" shaped fixing grooves. The lower fixing pin 150 is fitted into the fixing groove formed on one side of the lower fixing plate 140. Therefore, when the lower fixing pin 150 is moved downward along the fixing groove and fixed to the side, the lower fixing plate 140 and the detent disk 160 are separated, and the lower fixing pin 150 is moved upward along the fixing groove. When moved, the lower fixing pin 150 is inserted into the lower fixing pin insertion groove 162 formed in the detent disk 160 to couple the lower fixing plate 140 and the detent disk 160 to each other.

Preferably, the lower fixing plate 140 according to the present invention passes through the upper and lower portions of the lower fixing plate 140 to insert the ball plunger 180 (shown in FIG. 2) at a predetermined distance from the center of the lower fixing plate 140. A plurality of second insertion holes 145 are formed along the circle having a radius. The ball plunger 180 includes a ball 181 having a spherical shape, a spring 182 for providing an elastic force to the ball 181, and a bolt 183.

Preferably, the bolt 183 of the ball plunger 180 adjusts the elastic force of the spring 182 by using a tannery bolt and the bolt 183 is external to the insertion hole when the ball plunger 180 is inserted into the insertion hole. Do not protrude.

Hereinafter, for convenience of description, the ball plunger 180 inserted into the second insertion hole 145 formed in the lower fixing plate 140 may include the first ball plunger 180 formed in the second ball plunger and the upper fixing plate 170. ), The ball plunger 180 is inserted into the first ball plunger.

Preferably, the second insertion hole 145 formed in the lower fixing plate 140 forms the length of the diameter of the upper surface of the second insertion hole 145 to be narrower than the length of the diameter of the lower fixing plate 140. It is possible to prevent the ball 181 of the second ball plunger 180 inserted from the lower portion of the ball 181 from being completely escaped to the top of the lower fixing plate 140, and only a portion of the ball 181 of the ball plunger 180 is lowered. It protrudes to the top of the fixing plate 140.

More preferably, a plurality of second insertion holes 145 are formed in the lower fixing plate 140 by forming a plurality of second insertion holes 145 along a circle having a different radius from the center of the lower fixing plate 140. To increase. When the number of the second insertion holes 145 increases, the combination according to the position of the second ball plunger 180 fitted in the second insertion holes 145 can be configured in various ways so that the user can adjust various rotation angles. Will be.

The detent disk 160 according to the present invention has a circular plate shape, and the detent disk 160 is coupled to the lower fixing plate 140 or the upper rotating plate 170 at an outermost angle from the center of the detent disk 160. Alternatively, the upper and lower fixing pin insertion grooves 162 into which the upper and lower fixing pins 150 and 155 are inserted, respectively, are formed to penetrate through the upper and lower fixing pins. ) Is formed.

Preferably, a second ball plunger 180 is formed on the lower surface of the detent disk 160 by further forming a plurality of locking grooves 161 on the lower surface of the detent disk 160. It can be seated in the engaging groove 161 is formed.

A plurality of engaging grooves 161 formed on the upper and lower surfaces of the detent disk 160 according to the present invention are formed along a circle having a radius of a predetermined distance from the center of the detent disk 160. The locking groove 161 is inserted into the upper rotating plate 170 or the lower fixing plate 140 so that the balls 181 of the first and second ball plungers 180 protruding a part thereof may be fitted to the upper rotating plate 170. In the case of rotation, the upper rotating plate 170 stops at every predetermined angle.

Preferably, a plurality of locking grooves 161 are formed along a circle having a different radius from the center of the detent disk 160 so as to be formed on the upper rotating plate 170 and the lower fixing plate 140. Depending on the position of the ball plunger 180 fitted into the insertion holes 145 and 175, the ball 181 of the ball plunger 180 may be seated in the locking groove 161 of the detent disk 160 in different paths. Will be.

The detent disk 160 according to the present invention may be configured in various forms according to the position and the number of the engaging grooves 161 formed in the upper and lower portions, and the user may attach the camera and the camera to the panorama photographing apparatus. Any one of the detent disks 160 manufactured in various forms may be selected and used according to the type of lens.

The upper rotary plate 170 according to the present invention has a circular plate shape, the upper rotary plate body portion 171 formed with a guide on one side and the upper rotary plate engaging jaw 172 formed with the guide on the other side coupling pin (5) Form the quick shoe for easy assembly and disassembly.

One side of the upper rotary plate 170 according to the present invention is formed with a "b" shaped fixing grooves. An upper fixing pin 155 is fitted into the fixing groove formed on one side of the upper rotating plate 170. Therefore, when the upper fixing pin 155 is moved upward along the fixing groove and fixed to the side, the upper rotating plate 170 and the detent disk 160 are separated, and the upper fixing pin 155 is moved downward along the fixing groove. When moved, the upper fixing pin 155 is inserted into the upper fixing pin insertion groove 162 formed in the detent disk 160 so that the upper rotating plate 170 and the detent disk 160 are coupled.

The upper rotary plate 170 according to the present invention passes through the upper and lower portions of the upper rotary plate 170 to insert the ball plunger 180 and a plurality of circles along a circle having a radius of a predetermined distance from the center of the upper rotary plate 170. The first insertion hole 175 is formed.

Preferably, the first insertion hole 175 formed in the upper rotating plate 170 has a length of a diameter of the lower surface of the first insertion hole 175 narrower than a length of the diameter of the upper surface, so that the upper rotating plate 170 It is possible to prevent the ball 181 of the first ball plunger 180 inserted from the upper portion of the first ball plunger 180 to completely escape to the lower portion of the upper rotary plate 170, only a portion of the ball 181 of the first ball plunger 180 It protrudes to the lower part of the upper rotating plate 170.

More preferably, the number of first insertion holes 175 formed in the upper rotation plate 170 by forming a plurality of first insertion holes 175 along a circle having a different radius from the center of the upper rotation plate 170. To increase. When the number of the first insertion holes 175 increases, the combination according to the position of the first ball plunger 180 fitted into the first insertion holes 175 can be configured in various ways so that the user can adjust various rotation angles. Will be.

2 is a perspective view illustrating a state in which a ball plunger is inserted into a rotating device included in a panorama photographing apparatus using a dovetail method according to the present invention. In detail, FIG. 2 (a) shows a state in which the first ball plunger 180 is inserted in the upper portion of the upper rotating plate 170 included in the panorama photographing apparatus using a dovetail method, and FIG. The second ball plunger 180 is inserted below the lower fixing plate 140 included in the panorama photographing apparatus using a dovetail method.

Referring to FIG. 2, a panorama photographing apparatus using a dovetail method according to the present invention may be formed in the first and second insertion holes 145 and 175 formed in the lower fixing plate 140 and the upper rotating plate 170, respectively. The first and second ball plungers 180 are inserted to rotate the panorama photographing apparatus using the Dovetail method while maintaining the correct rotation angle.

When the first ball plunger 180 is inserted into the first insertion hole 175 formed in the upper rotating plate 170 according to the present invention, a part of the ball 181 included in the first ball plunger 180 is the upper rotating plate ( 170 is protruded to the lower portion, and as the upper rotating plate 170 rotates to be caught by the locking groove 161 formed on the upper surface of the detent disk 160 at a predetermined rotation angle.

For example, one first ball plunger 180 is inserted into the first insertion hole 175 formed in the upper rotating plate 170, and the engaging grooves 161 of the upper surface of the detent disk 160 are spaced at the same interval. When the dog is formed, when the user rotates the upper rotary plate 170, the first ball plunger 180 inserted into the first insertion hole 175, the spring 182 is compressed, the ball 181 is raised. If the ball 181 of the first ball plunger 180 reaches the engaging groove 161 formed in the detent disk 160 by continuously rotating the upper rotating plate 170 in the above state, the first ball plunger ( The ball 181 of the 180 is engaged with the locking groove 161 formed in the upper surface of the detent disk 160 by the elastic force of the spring 182, the locking is made. Therefore, each time the upper rotary plate 170 rotates 45 ° ball 181 of the first ball plunger 180 is seated in the engaging groove 161, the user maintains the correct angle and using the dovetail (Dovetail) method The panorama shooting device can be rotated.

In addition, the user may respectively insert two or more first ball plungers 180 into the plurality of first insertion holes 175 formed in the upper rotating plate 170 of the panorama photographing apparatus using the dovetail method according to the present invention. It may be. When the two first ball plungers 180 are inserted into the first insertion hole 175 formed in the upper rotating plate 170, the first rotating hole 170 is inserted into the first insertion hole 175 of one side as the upper rotating plate 170 rotates. When the first ball plunger 180 is primarily seated in the engaging groove 161 formed in the detent disk 160 and the upper rotating plate 170 is continuously rotated, the first ball plunger 180 is depressed. The first ball plunger 180 of the other side is to be seated in the locking groove 161 before it is formed in the tent disk 160 and then seated in the locking groove 161. Therefore, the user may insert the one or more first ball plungers 180 into the first insertion hole 175 formed in the upper rotating plate 170 according to the user's selection to set various rotation angles of the panorama photographing apparatus.

Lower fixing plate 140 according to the present invention, the ball 181 of the second ball plunger 180 by inserting the second ball plunger 180 into the second insertion hole 145 in the same manner as the upper rotary plate 170 described above. Part of the upper surface of the lower fixing plate 140. Accordingly, in the panorama photographing apparatus using the dovetail method of the present invention, as the upper rotating plate 170 rotates, the ball 181 is formed in the locking groove 161 formed on the lower surface of the detent disk 160 at a predetermined rotation angle. ), The rotation angle can be adjusted.

In FIG. 2, two first and second ball plungers 180 are respectively inserted into insertion holes 145 and 175 formed in the upper rotating plate 170 and the lower fixing plate 140 of the panorama photographing apparatus using a dovetail method. Although the figure is shown, it is apparent that the number of ball plungers 180 inserted into the first and second insertion holes 145 and 175 may be variously configured according to a user's selection.

In the panorama photographing apparatus using the dovetail method according to the present invention, the detent disk 160 and the upper rotating plate 170 or the lower fixing plate 140 are formed by using the upper fixing pin 155 and the lower fixing pin 150. Can be combined or separated.

The upper fixing pin 155 according to the present invention is located in the lower portion of the fixing groove formed on the side of the upper rotating plate 170 so that the upper rotating plate 170 is engaged with the detent disk 160, so that the upper portion of the detent disk 160 is fixed. Insert the lower fixing pin 150 to the lower pin of the fixing groove formed in the side of the lower fixing plate 140 so that the lower fixing plate 140 is separated from the detent disk 160. In this case, the detent disk 160 is combined with the upper rotating plate 170 to rotate simultaneously with the upper rotating plate 170. Thus, only the ball 181 of the second ball plunger 180 inserted into the second insertion hole 145 of the lower fixing plate 140 is formed below the detent disk 160 at the time of rotation of the upper rotating plate 170. The locking groove 161 is caught.

In addition, the upper fixing pin 155 according to the present invention is positioned on the upper side of the fixing groove so that the upper rotating plate 170 is separated from the detent disk 160, and the lower fixing pin 150 is mounted on the lower fixing plate 140. When the upper position of the fixing groove to be coupled to the tent disk 160 is inserted into the lower fixing pin insertion groove 162 of the detent disk 160, the detent disk 160 is combined with the lower fixing plate 140 Only the upper rotating plate 170 is rotated. Thus, only the ball 181 of the first ball plunger 180 inserted into the first insertion hole 175 of the upper rotating plate 170 is connected to the upper surface of the detent disk 160 when the upper rotating plate 170 rotates. It is caught by the formed locking groove (161).

When shooting a spherical panorama, commonly called a 3D panorama, the pictures taken at each location are stitched using a separate program. In the case of producing spherical panoramas, the program for stitching typically consists of one piece in the shooting direction with a vertical angle of ± 90 °, eight pieces horizontally rotated in the shooting direction with a vertical angle of ± 45 °, and a vertical of 0 °. Each requires 10 pictures that are horizontally rotated in an angled shooting direction.

In the case of the panoramic photographing apparatus using the Dovetail method according to the present invention, the user can take 10 and 8 pictures respectively rotated in the horizontal direction when the photographing direction has a vertical angle of 0 ° and 45 °. do. The user inserts the first ball plunger 180 into the first insertion hole 175 formed in the upper rotating plate 170 so that the panoramic photographing apparatus has 10 rotation angles in order to take 10 and 8 photos, respectively, By inserting the second ball plunger 180 into the second insertion hole 145 formed in the lower fixing plate 140 so that the photographing device has eight rotation angles, the upper fixing pin 155 and the lower fixing pin 150 are adjusted. You will be able to take 10 and 8 horizontally rotated panoramic photos, respectively.

Preferably, the panorama photographing apparatus using the dovetail method according to the present invention forms a scale for adjusting the rotation angle on the side of the upper rotating plate 170 and the lower fixing plate 140, so that the user can take a photograph at a special angle. When photographing, it is possible to shoot by adjusting the rotation angle through the scale.

3 (a) and 3 (b) are perspective views showing the overall appearance of the components of the dual quick shoe included in the panorama photographing apparatus using the dovetail method and the components combined according to the present invention.

Referring to FIGS. 3A and 3B, a panorama photographing apparatus using a dovetail method according to the present invention includes vertical rotating plates 330 and 335 rotating in stages at divided angles in a vertical direction; Guide grooves 45 are formed on both side surfaces thereof, and the vertical rotating plates 330 and 335 are mounted to slide in the guide grooves 45 so as to rotate in the vertical direction by the vertical rotating plates 330 and 335. Horizontal support 40; And one surface coupled to the guide groove 45 formed in the second horizontal support 40 to enable sliding movement, and the other surface includes a dual quick shoe 50 having a guide for mounting the quick shoe plate.

The dual quick shoe 50 has one side guide for mounting the quick shoe plate on one side thereof, and the other side of the dual quick shoe 50 engages with the guide groove 45 formed on the second horizontal support 40. A dual quick shoe body portion 510 having a guide formed therein; A dual quick shoe first coupling jaw 520 coupled to the dual quick shoe body 510 to form a guide on the other side for fixing the quick shoe plate; A dual quick shoe second coupling jaw 530 that is coupled with the dual quick shoe body 510 to form a guide on the other side that is coupled to the guide groove 45 formed in the second horizontal support 40; And one end is inserted into the lower portion of the dual quick shoe body portion 510 is fixed to support the quick shoe plate from the bottom, and includes a camera fixing pin 540 for adjusting the upper and lower positions of the quick shoe plate.

The vertical rotating plates 330 and 335 according to the present invention are mounted on the vertical supports 310 and 315 to rotate in the vertical direction. A second horizontal support 40 is mounted on an upper portion of the vertical rotating plates 330 and 335, and the second horizontal support 40 is rotated in the vertical direction by the vertical rotating plates 330 and 335. The configurations of the vertical rotating plates 330 and 335 and the second horizontal support 40 according to the present invention will be described with reference to FIGS. 4 and 5.

Dual quick shoe 50 according to the present invention is formed with a guide on one side coupled to the quick shoe plate attached to the camera dual quick shoe body portion 510 formed on the front and the other side coupled to the quick shoe plate attached to the camera The dual quick shoe first coupling jaw 520 is fixed to the coupling pin 5 to form a quick shoe for easy assembly and disassembly.

In order to easily attach the camera to the panoramic photographing apparatus, a quick shoe plate is mounted at the bottom of the camera. The dual quick shoe 50 according to the present invention couples the dual quick shoe body 510 and the dual quick shoe first coupling jaw 520 with the coupling pin 5 to fix the quick shoe plate mounted at the bottom of the camera. Therefore, the dual quick shoe 50 according to the present invention can be fixed by mounting the quick shoe plate mounted on the lower part of the camera regardless of the size or type of the camera.

Dual quick shoe 50 according to the present invention has a dual quick shoe body portion 510 and the other side guide formed on the rear side of the guide to mount the dual quick shoe 50 to the second horizontal support 40 The formed dual quick shoe second coupling jaw 530 is fixed to the coupling pin 5 to form a quick shoe for easy assembly and disassembly.

One end of the camera fixing pin 540 according to the present invention is inserted into the dual quick shoe body 510 to fix the quick shoe plate mounted on the camera from the bottom, and the upper and lower positions of the quick shoe plate to the nodal point of the camera lens. Adjust to match.

When the camera is mounted on the panorama photographing apparatus using the dovetail method according to the present invention, the second horizontal support 40 is rotated in the vertical direction by the vertical rotating plates 330 and 335 in the vertically rotated position. For precise panorama shooting, the vertical position of the camera lens should be aligned with the vertical axis of the camera lens by adjusting the up and down positions of the camera mounted on the panorama shooting device.

The camera fixing pin 540 according to the present invention is inserted into the lower portion of the dual quick shoe body 510 so that one end of the camera fixing pin 540 fixes the quick shoe plate, and the camera fixing pin 540 is the dual quick shoe body part. The upper and lower positions of the quick shoe plate are adjusted according to the degree of insertion at 510, so that the nodal point of the camera lens can be aligned with the vertical rotation axis. Therefore, the user adjusts the camera fixing pin 540 to coincide with the nodal point and the vertical axis of rotation, and obtains a panoramic picture accurately rotated in the vertical direction.

4 is a perspective view showing the overall appearance of the panorama photographing apparatus using a dovetail method according to the present invention.

Referring to FIG. 4, a panorama photographing apparatus using a dovetail method according to the present invention includes a rotating device 10 formed to be rotatable in a horizontal direction; A first horizontal support (20) coupled to the rotary device (10) to enable sliding movement in the longitudinal direction and rotated horizontally by the rotary device (10); A lower portion of the vertical rotation support 30 coupled to the sliding movement along the first horizontal support 20 and the upper portion formed to be rotatable in a vertical direction; A second horizontal support 40 coupled with the vertical rotation support 30 so as to be slidable in the longitudinal direction and vertically rotated by the vertical rotation support 30; And, one side is coupled to the sliding movement along the second horizontal support 40, the other side includes a dual quick shoe 50 to which the camera is fixedly attached.

The rotating device 10 according to the present invention includes a lower fixing plate and an upper rotating plate, and the upper rotating plate is coupled to the upper side of the lower fixing plate to enable a 360 ° rotation in the horizontal direction. The lower fixing plate according to the present invention is combined with a tripod for fixing the panoramic photographing device at a shooting location, and the upper rotating plate is rotated 360 ° from the upper portion of the lower fixing plate to the first horizontal support 20 coupled with the rotating device 10. ) Will rotate.

During panorama shooting, the user rotates the camera by a certain angle in the horizontal direction to take a picture. Therefore, in the panorama photographing apparatus using the dovetail method according to the present invention, the user rotates the rotating device 10 capable of 360 ° rotation by a predetermined angle to take a photograph in a horizontal direction.

The upper rotary plate according to the present invention is coupled to the upper rotary plate body portion and the first horizontal support 20 and the upper rotary plate body portion formed with a guide on one side coupled to the guide groove 25 formed on both sides of the first horizontal support 20 A quick shoe is formed to fix the upper rotating plate engaging jaw formed with the guide pin 5 with a coupling pin 5 to facilitate assembly and disassembly.

Therefore, when the user adjusts the engaging pin 5 to increase the distance between the upper rotating plate body portion and the upper rotating plate engaging jaw, the rotating device 10 is provided with a guide groove 25 formed on the side of the first horizontal support 20 The sliding movement can be easily performed, and after moving the rotary device 10 according to the nodal point of the camera lens, the user adjusts the coupling pin 5 to reduce the gap between the upper rotary plate body portion and the upper rotary plate coupling jaw. The rotating device 10 is fixed.

The first horizontal support 20 according to the present invention is coupled to the sliding movement in the longitudinal direction of the first horizontal support 20 in the upper portion of the rotary device 10. Guide grooves 25 are formed at both sides of the first horizontal support 20 so that the rotary device 10 can slide along the first horizontal support 20.

Preferably, the guide grooves 25 formed on both sides of the first horizontal support 20 form two guide grooves 25 at the top and the bottom thereof, so that the lower guide groove 25 is the rotary device 10. In combination with the sliding movement is possible, the upper guide groove 25 is combined with the vertical rotation support 30, the vertical rotation support 30 along the guide groove 25 formed in the first horizontal support 20 To allow sliding movement.

The first horizontal support 20 according to the present invention slides the rotary device 10 and the vertical rotary support 30 along the first horizontal support 20 to match the nodal point of the camera lens with the axis of rotation in the horizontal direction. The scales are formed at both ends of the upper portion of the first horizontal support 20 in the longitudinal direction of the guide groove 25. Therefore, the user uses a scale formed on the first horizontal support 20 to match the nodal point according to the lens of the camera attached to the panorama photographing apparatus using the dovetail method of the present invention with the horizontal rotation axis.

Preferably, the graduations formed at both ends of the first horizontal support 20 are arranged to be staggered from each other. Therefore, in the case where the scale is formed at one end in mm unit, in order to more precisely control the nodal point within mm unit, it is formed to cross the scale in mm unit at the other end, so that the nodal point can be precisely adjusted up to 0.5 mm unit. Will be.

Vertical rotation support 30 according to the present invention is coupled so that the lower portion of the vertical rotation support 30 to slide along the first horizontal support 20, the second horizontal support on the upper portion of the vertical rotation support (30) And a vertical rotating plate for rotating the 40 in the vertical direction.

Vertical rotation support 30 according to the present invention is a vertical support body portion and the first horizontal support 20 is formed on the lower side of the guide is coupled to the guide groove 25 formed on both sides of the first horizontal support 20 ) To form a quick shoe for easy assembly and disassembly by fixing the vertical support coupling jaw formed with the guide on the other side to be coupled with the coupling pin (5).

Therefore, when the user adjusts the coupling pin 5 to increase the distance between the vertical support body portion and the vertical support coupling jaw, the vertical rotation support 30 is easily along the guide groove formed on the side of the first horizontal support 20. Sliding movement is possible, and after moving the vertical rotation support 30 in accordance with the nodal point of the camera lens, the user adjusts the coupling pin 5 to reduce the distance between the vertical support body and the vertical support engaging jaw The rotary support 30 is fixed.

A more detailed configuration and operation process of the vertical rotary support 30 according to the present invention will be described together in FIG.

The second horizontal support 40 according to the present invention is coupled with the vertical rotation support 30 so as to allow sliding movement in the longitudinal direction of the second horizontal support 40. Guide grooves 45 are formed at both sides of the second horizontal support 40 so that the vertical rotation support 30 is slidably moved along the second horizontal support 40.

Preferably, the guide grooves 45 formed on both sides of the second horizontal support 40 have two guide grooves 45 formed thereon, and the guide grooves 45 on one side thereof are vertically rotated support 30. The sliding groove is coupled to the other side, and the guide groove 45 on the other side is coupled to the dual quick shoe 50 so that the dual quick shoe 50 slides along the guide groove 45 formed on the second horizontal support 40. Make it possible to move.

The second horizontal support 40 according to the present invention slides the vertical rotation support 30 and the dual quick shoe 50 along the second horizontal support 40 in the longitudinal direction to precisely adjust the nodal point of the camera lens. The graduation is formed. Therefore, the user uses the scale formed on the second horizontal support 40 to match the nodal point according to the lens of the camera attached to the panorama photographing apparatus using the dovetail method of the present invention with the horizontal rotation axis.

Preferably, the graduations formed at both ends of the second horizontal support 40 are arranged to be staggered from each other. Therefore, in the case where the scale is formed at one end in mm unit, in order to more precisely control the nodal point within mm unit, it is formed to cross the scale in mm unit at the other end, so that the nodal point can be precisely adjusted up to 0.5 mm unit. Will be.

The dual quick shoe 50 according to the present invention is formed of a dual quick shoe body having a guide on one side coupled to a quick shoe plate attached to a camera and a guide on the other side coupled to a quick shoe plate attached to a camera. 1 Fix the coupling jaw with a coupling pin (5) to form a quick shoe for easy assembly and disassembly.

In addition, the dual quick shoe 50 according to the present invention has a dual quick shoe body portion and a second horizontal support 40 having a guide formed at a rear side of the guide coupling with the guide grooves 45 formed at both sides of the second horizontal support 40. ) And the second quickening jaw of the dual quick shoe formed with the guide on the other side to be coupled with the coupling pin 5 to form the quick shoe for easy assembly and disassembly.

Accordingly, when the user adjusts the coupling pin 5 to increase the distance between the dual quick shoe body portion and the dual quick shoe second coupling jaw, the dual quick shoe 50 according to the present invention is provided on the side of the second horizontal support 40. The sliding movement is easily performed along the guide groove 45 formed, and after moving the dual quick shoe 50 according to the nodal point of the camera lens, the user adjusts the coupling pin 5 to adjust the dual quick shoe body and the dual quick shoe. The gap between the second coupling jaw is reduced to fix the dual quick shoe 50.

FIG. 5 is a perspective view illustrating components of a vertical rotation supporter of a panorama photographing apparatus using a dovetail method according to the present invention.

Referring to FIG. 5, the vertical rotation support of the panorama photographing apparatus using the dovetail method according to the present invention. 30 is coupled to the guide groove 25 of the first horizontal support 20, the vertical support (310, 315), the upper side of the vertical support (310, 315) formed with a guide on one side at the bottom to enable sliding movement And a detent disk 320 fixedly positioned at and a vertical rotating plate 330, 335 for rotating the second horizontal support 40 in the vertical direction.

The vertical support (310, 315) according to the present invention is a vertical support body 310 having a guide on one side that is coupled to the guide groove 25 formed on both sides of the first horizontal support (20) and the lower, 1 The vertical support coupling jaw 315 formed with the guide on the other side coupled with the horizontal support 20 is fixed to the coupling pin 5 to form a quick shoe for easy assembly and disassembly.

Accordingly, when the user adjusts the coupling pin 5 to increase the distance between the vertical support body 310 and the vertical support coupling jaw 315, the vertical rotation support 30 is positioned on the side of the first horizontal support 20. The sliding movement can be easily performed along the guide groove 25 formed, and after the vertical rotation support 30 is moved to coincide with the nodal point of the camera lens, the user adjusts the coupling pin 5 to adjust the vertical support body portion ( The vertical rotation support 30 is fixed by reducing the gap between 310 and the vertical support coupling jaw 315.

The detent disk 320 according to the present invention has the shape of a disc and is positioned with one surface fixed on top of the vertical supports 310 and 315. The detent disk 320 fixed to the upper portion of the vertical support (310, 315) is formed with a plurality of engaging grooves on the surface in contact with the vertical rotating plate (330, 335).

A plurality of engaging grooves formed on one surface of the detent disk 320 according to the present invention are each formed along a circle having a radius of a predetermined distance from the center of the detent disk 320. The locking groove is inserted into the insertion hole formed in the vertical rotating plates 330 and 335 so that the ball plunger is partially inserted. When the vertical rotating plates 330 and 335 are rotated, the vertical rotating plates 330 and 335 are rotated at a predetermined angle. Will stop.

Preferably, the ball plunger which forms a plurality of engaging grooves each along a circle having a different radius from the center of the detent disk 320 and fits into the insertion hole formed in the vertical rotating plates 330 and 335 is the detent disk 320. ) Into the locking groove of the

The detent disk 320 according to the present invention may be configured in various forms according to the number of the locking grooves formed on one surface, and the user may select the locking groove according to the type of the camera and the camera lens attached to the panoramic photographing apparatus. Any one of the detent disks 320 manufactured in different numbers may be selected and used.

The vertical rotary plates 330 and 335 according to the present invention have a circular plate shape and are coupled to the second horizontal support 40 positioned in front of the vertical rotary plates 330 and 335. The vertical rotating plates 330 and 335 may include a vertical rotating plate body part 330 and a second horizontal support 40 having guides on one side that engage with guide grooves 45 formed on both sides of the second horizontal support 40. Fixing the vertical rotating plate engaging jaw (335) formed with the other side of the coupling to the coupling pin (5) to form a quick shoe to facilitate assembly and disassembly.

Vertical rotary plates 330 and 335 according to the present invention pass through vertical rotary plates 330 and 335 to insert the ball plunger 180 along a circle having a radius of a predetermined distance from the center of the vertical rotary plates 330 and 335. A plurality of insertion holes are formed.

Preferably, the insertion hole is formed so that the length of the diameter of the surface in contact with the detent disk 330 is narrower than the length of the diameter of the insertion hole located in front of the vertical rotating plate (330, 335), so that the vertical rotating plate (330, 335) The ball plunger 180 inserted into the front side can be prevented from fully exiting to the rear of the vertical rotating plate 330, 335, and only a part of the ball 181 of the ball plunger 180 is vertically rotating plate 330, 335. It protrudes on the rear surface of the surface, that is, the surface in contact with the detent disk 320.

More preferably, a plurality of insertion holes may be formed along the circles having different radii from the center of the vertical rotating plates 330 and 335 to increase the number of insertion holes formed in the vertical rotating plates 330 and 335. When the number of insertion holes increases, the combination of the ball plungers 180 fitted to the insertion holes can be configured in various ways, so that the user can adjust various rotation angles in the vertical direction.

When the ball plunger is inserted into the insertion hole formed in the vertical rotating plate (330, 335) according to the present invention, a portion of the ball 181 of the ball plunger 180 is protruded to the rear of the vertical rotating plate (330, 335), vertical As the rotating plates 330 and 335 rotate, the locking grooves formed on one surface of the detent disc 320 are caught at every rotational angle.

For example, when the vertical rotating plates 330 and 335 are rotated using the detent disk 320 having four engaging grooves formed inward from the center of the detent disk 320 and eight engaging grooves formed outward, When one ball plunger 180 is inserted into the insertion hole formed inside the vertical rotating plates 330 and 335, the vertical rotating plates 330 and 335 are respectively caught at rotation angles of 0 ° and ± 90 °. When one ball plunger is inserted into the insertion hole formed on the outside of the vertical rotating plates 330 and 335, the vertical rotating device may be caught at 0 °, ± 45 °, and ± 90 °, respectively.

Therefore, the user varies the rotation angle of the vertical rotating plates 330 and 335 according to the arrangement of the fixing grooves formed in the detent disk 320 and the position and number of the ball plungers fitted into the insertion holes formed in the vertical rotating plates 330 and 335. So that you can take a panorama at the desired angle.

Also preferably, the vertical rotating plates 330 and 335 according to the present invention form a scale for adjusting the rotation angle on the side, so that when the user takes a picture at a special angle, the user can take a picture by adjusting the rotation angle through the scale. do.

6 is a view illustrating a camera and a tripod attached to the panorama photographing apparatus using a dovetail method according to the present invention.

Referring to FIG. 6, a panorama photographing apparatus using a dovetail method according to the present invention mounts a quick shoe plate on a lower portion of the camera 60 and couples the quick shoe plate to a dual quick shoe. In addition, the panorama photographing apparatus using the dovetail method according to the present invention combines a tripod 70 which serves to keep the panorama photographing apparatus horizontally and stably fix the camera when photographing to a rotating device located below.

After coupling the camera 60 and the tripod 70 to the panorama photographing apparatus using the dovetail method according to the present invention, the user can use the dual quick shoe and the rotating device using the scale formed on the first horizontal support and the second horizontal support. Move to adjust the nodal point according to the camera lens.

After moving the dual quick shoe and the rotating device to match the nodal point according to the camera lens and fixing it with the coupling pin, the user rotates the vertical rotating plate included in the vertical rotating support of the panoramic photographing device using the dovetail method according to the present invention. To adjust the photographing angle in the vertical direction, and rotate the rotating device to take a panoramic picture in the horizontal direction. In addition, the user can use the ball plunger to rotate the vertical rotating plate and the rotating device to adjust the exact rotation angle to take a panorama.

7 and 8 are an exploded perspective view and a rear view showing the configuration of the quick shoe plate using the dovetail method according to the present invention.

The quick shoe plate is a mechanism for fixedly mounting the camera to the panoramic photographing apparatus, and is directly coupled with the quick shoe.

To set nodal points, the first step is to mount the camera on a quick shoe plate. An important point in the above process is that when the camera mounted on the quick shoe plate causes front, rear, left and right fine movement, nodal point setting is impossible. Therefore, the quick shoe plate corresponding to the camera mounting means should be configured such that the camera can be stably coupled to the panorama photographing apparatus without shaking back, front, left, and right.

The quick shoe plate 600 using the dovetail method according to the present invention can achieve the above object and at the same time, regardless of the shape and size of the camera depending on the brand or model of the camera, one quick shoe plate 600 It has structural features that can be flexibly applied to various cameras.

Hereinafter, referring to FIGS. 7 and 8, the structural features of the quick shoe plate 600 using the dovetail method according to the present invention will be described in detail.

The quick shoe plate 600 using the dovetail method according to the present invention includes a plate body 610; Camera fixing bolt 620; Guide pin 630; Guide pin fixing bolt 660; Locking piece 640; And a locking piece fixing bolt 650.

The plate body 610 according to the present invention is configured to have a sufficient size to be mounted covering the bottom of the various cameras, one side is the same as the locking piece 640 so that the locking piece 640 can be inserted and accommodated A plurality of accommodating grooves 611 are formed in the concave-convex shape, and a plurality of through-holes 613 are formed therein so that the camera fixing bolt 620 penetrates and can be fastened to the bottom of the camera mounted on the plate body 610. ) Is formed.

The through hole 613 is formed to have a long axis in the longitudinal length (L1) direction of the plate body 610 so that the camera fixing bolt 620 is within the longitudinal length (L1) of the through hole 613. It can be moved back and forth to change the fastening position, the through-hole 613 is formed in a plurality of parallel to each other in the horizontal length direction of the plate body 610, the camera fixing bolt 620 is left and right fastening position Can change.

  This is the quick shoe plate 600 at an optimal fastening position where the camera can be stably mounted on the plate body 610 in response to the thickness of the camera and the fastening nut position formed on the bottom of the camera depending on the type of camera. ) To be mounted on the

In addition, a plurality of guide lines 615 are formed in the plate body 610 so that the guide pins 630 are inserted and accommodated so that the guide pins 630 can move in the front-rear direction, that is, in the longitudinal length L1 direction of the plate body 610. .

The guide line 615 has a cylindrical shape and is configured to penetrate in the longitudinal length L1 direction of the plate body 610, and an upper portion of the guide line 615 has a locking bar 633 formed on the guide pin 630. ) Is formed in the longitudinal direction L1 of the guide line 615 such that the opening portion 617 having a width having the same dimension as the diameter of the locking bar 633 may protrude from the plate body 610. have.

In addition, a clamping hole 619 to fix the guide pin 630 accommodated in the guide line 615 on the lower side of the position where the guide line 615 is formed by tightening the guide pin fixing bolt 660. Is formed.

The engaging piece 640 according to the present invention serves as a brace to be mounted while maintaining the camera body horizontal when mounting the camera to the plate body 610, it is in close contact with the back of the camera. Preferably, the locking piece 640 has a rectangular parallelepiped shape, and the locking piece 640 has a bolt tightening groove 641 formed in the long axis length of the locking piece 640. This is to adjust the appropriate height according to the type of camera because the height of the back of the camera is different depending on the camera model.

The locking piece 640 is inserted into the receiving groove 611 formed on one side of the plate body 610, and then coupled to one side surface of the plate body 610 by tightening the locking piece fixing bolt 650. do.

In addition, at least two locking pieces 640 are provided, and the body 610 is configured to include at least three receiving grooves 611. This allows the locking piece 640 to be stably supported in response to various cameras by changing the position where the locking piece 640 is coupled, that is, the distance between the locking pieces 640, depending on the size of the camera to be mounted. To provide.

The guide pin 630 according to the present invention is fixed to the front of the camera in close contact with, so that the camera can be mounted while maintaining the horizontal to the plate body 610, at the same time can be generated when operating the camera It is a mechanism that can prevent twisting.

Specifically, the guide pin 630 is composed of a locking bar 633 and the insertion rod 631, the insertion rod 631 is inserted into the guide line 615 to follow the guide line 615 Through the operation of moving back and forth, the locking bar 633 is in close contact with the front of the camera at a suitable position according to the size of the camera to be mounted is configured to secure the camera.

The insertion rod 631 is about half the length of the guide line 615, preferably configured to have a cylindrical shape, the locking rod 633 is configured to 'b' shaped to the insertion rod 631 At the end of the

Looking at the mounting process of the camera through the engaging piece 640 and the guide pin 630 according to the present invention.

First, the locking piece 640 is manipulated to have a suitable height corresponding to the height of the camera to be mounted, and then coupled to the receiving groove 611, and then the back side of the camera mounted on the plate body 610 is the locking piece 640. Make sure it is in close contact with the

Next, after selecting the position where the locking bar 633 of the guide pin 630 is in close contact with the front surface of the camera and fixed through the front and rear operation of the guide pin 630, the guide pin fixing bolt 660 The guide pin 630 is fixed by tightening.

When the process is completed, by finally fastening the camera fixing bolt 620 to the fastening nut formed on the bottom of the camera, the mounting of the quick shoe plate 600 of the camera is completed.

9 is an embodiment of a quick shoe plate using the dovetail method according to the present invention.

The quick shoe plate 600 using the dovetail method according to the present invention illustrated in FIG. 9 is configured to have two locking pieces 640, four locking piece accommodation grooves 611, and four guide pins 630.

As shown, the two engaging pieces 640 are selectively coupled between the four receiving grooves 611 to freely manipulate the gap between the engaging pieces 640, which is flexible according to the size of the camera to be mounted. Correspondence becomes possible.

In addition, the guide pin 630 can be moved back and forth by the vertical length range of the plate body 610 so that various cameras can be stably fixed to the plate body 610, regardless of the size of the camera mounted, Through the support of the locking bar 633 of the guide pin 630 it is possible to prevent the twisting problem that occurs when operating the camera.

In addition, according to the quick shoe plate 600 according to the present invention, if only the first setting of the engaging piece 640 and the guide pin 630, even if the camera is disassembled from the quick shoe plate 600 and then mounted again There is a convenience that can be reused immediately by mounting the camera correctly in the position set in.

While the preferred embodiments of the present invention have been described above using specific terms, such descriptions are for illustrative purposes only, and it is obvious that various changes and modifications can be made without departing from the spirit and scope of the following claims. It's work. Such modified embodiments should not be understood individually from the spirit and scope of the present invention, but should fall within the claims appended to the present invention.

1 is a perspective view illustrating components of a rotating device included in a panorama photographing apparatus using a dovetail method according to the present invention.

2 is a perspective view illustrating a state in which a ball plunger is inserted into a rotating device according to the present invention.

3 (a) and 3 (b) are perspective views illustrating the overall appearance of the components of the dovetail type dual quick shoe included in the panorama photographing apparatus using the dovetail method according to the present invention and the components combined.

4 is a perspective view showing the overall appearance of the panorama photographing apparatus using the dovetail method according to the present invention.

5 is a perspective view illustrating the components of the vertical rotation support of the panoramic photographing apparatus using the dovetail method according to the present invention.

6 is a view illustrating a camera and a tripod attached to the panorama photographing apparatus using the dovetail method according to the present invention.

7 and 8 are an exploded perspective view and a rear view showing the configuration of the quick shoe plate using the dovetail method according to the present invention.

9 is an embodiment of a quick shoe plate using the dovetail method according to the present invention.

*** Explanation of symbols for the main parts of the drawing ***

5: coupling pin 10: rotating device

20: first horizontal support 25, 45: guide groove

30: vertical rotation support 40: second horizontal support

50: dual quick shoe 110: rotating device support

140: lower fixing plate 145: first insertion hole

150: lower fixing pin 155: upper fixing pin

160: detent disk 161: locking groove

162: fixing pin insertion groove 170: the upper rotary plate

171: upper rotating plate body portion 172: upper rotating plate coupling jaw

175: second insertion hole 180: ball plunger

181: ball 182: spring

183: bolt 310: vertical support body

315: vertical support coupling jaw 320: detent disk

330: vertical rotating plate body portion 335: vertical rotating plate coupling jaw

510: dual quick shoe body portion 520: dual quick shoe first coupling jaw

530: dual quick shoe second coupling jaw 540: camera fixing pin

600: quick shoe plate 610: plate body

611: Hanging piece receiving groove 615: Guidelines

620: camera fixing bolt 630: guide pin

640: locking piece 650: locking piece fixing bolt

660: Guide Pin Fixing Bolt

Claims (13)

A panoramic photographing apparatus using a dovetail method, which is combined with a quick shoe plate fixedly mounted to a lower part of a camera, and rotates the camera in a horizontal and vertical direction to split the photograph. A lower fixing plate fixedly installed at the lower portion; Detent having a circular plate shape located on the upper portion of the lower fixing plate, the upper surface has a plurality of engaging grooves are formed along a circle having a radius of a predetermined length from the center and the upper fixing pin insertion groove is formed through one side disk; An upper rotary plate having a circular plate shape and having a first insertion hole penetrating the upper surface and the lower surface and having a fixing groove having a “a” shape at one side thereof; A first ball plunger inserted into the first insertion hole; And One end is inserted into the upper fixing pin insertion groove when positioned below the fixing groove, and inserted into the fixing groove formed in the upper rotating plate so as to be separated from the detent disk when positioned at the upper side of the fixing groove. A panoramic photographing apparatus using a dovetail method, characterized in that it comprises a rotating device including an upper fixing pin. The method of claim 1, The lower fixing plate has a second insertion hole is formed through the upper surface and the lower surface, a "b" shaped fixing groove is formed on one side of the lower fixing plate, The detent disk has a plurality of engaging grooves are further formed along a circle having a radius of a predetermined length from the center on the lower surface, a lower fixing pin insertion groove formed through the one side of the detent disk is further formed, Further comprising a second ball plunger inserted into the second insertion hole, In the panoramic photographing apparatus using the dovetail method, one end is inserted into the lower fixing pin insertion groove when positioned at the upper portion of the fixing groove, and the lower portion is separated from the detent disk when positioned at the lower side of the fixing groove. And a lower fixing pin inserted into a fixing groove formed in the fixing plate. The method of claim 2, The first insertion hole and the second insertion hole are each formed two or more, The first ball plunger and the second ball plunger, each including two or more are inserted into the first insertion hole and the second insertion hole, respectively. The method of claim 3, wherein The first insertion hole and the second insertion hole are each formed in a plurality along a circle having a radius of different length from the center, And a plurality of engaging grooves formed on the upper and lower surfaces of the detent disk, respectively, along a circle having a radius having a different length from a center thereof. The method according to any one of claims 1 to 4, The ball plunger is a panorama photographing apparatus using a dovetail method characterized in that it comprises a ball, a spring and a bolt. The method of claim 1, The panorama photographing apparatus using the dovetail method further includes a first horizontal support having a guide groove on both sides of which the upper rotating plate slides in the longitudinal direction, and includes a dovetail method. The method of claim 6, The upper rotating plate is composed of the upper rotating plate body portion and the upper rotating plate engaging jaw, the upper rotating plate body portion and the upper rotating plate engaging jaw is coupled to the guide groove of the first horizontal support by a coupling pin Panorama shooting device. The method of claim 6, The first horizontal support is a panorama photographing apparatus using a dovetail method, characterized in that the graduations are arranged alternately at both ends in the longitudinal direction of the guide groove. A panoramic photographing apparatus using a dovetail method, which is combined with a quick shoe plate fixedly mounted to a lower part of a camera, and rotates the camera in a horizontal and vertical direction to split the photograph. A vertical rotating plate rotating in stages at a divided angle in the vertical direction; A second horizontal support having both guide grooves formed on both sides thereof, and the vertical rotating plate mounted on the guide groove to rotate in the vertical direction by a vertical rotating plate; And One surface is coupled to the guide groove formed in the second horizontal support to enable sliding movement, the other surface includes a dual quick shoe formed with a guide for mounting the quick shoe plate, The dual quick shoe, A dual quick shoe body part having a guide on one side for mounting the quick shoe plate on one side thereof, and a guide on one side coupled to a guide groove formed on the second horizontal support; Dual quick shoe first coupling jaw is coupled to the dual quick shoe body portion to form a guide on the other side for fixing the quick shoe plate; A dual quick shoe second coupling jaw that is coupled to the dual quick shoe body part and has a guide on the other side to be coupled to the guide groove formed on the second horizontal support; And One end is inserted into the lower part of the dual quick shoe body part to fix and support the quick shoe plate at the bottom, and a panoramic photographing apparatus using a dovetail method, characterized in that it comprises a camera fixing pin for adjusting the upper and lower positions of the quick shoe plate. . The method of claim 9, The vertical rotating plate is composed of a vertical rotating plate body portion and the vertical rotating plate engaging jaw, the vertical rotating plate body portion and the vertical rotating plate engaging jaw is coupled to the guide groove of the second horizontal support by a coupling pin Panorama shooting device. The method of claim 9, The second horizontal support is a panorama photographing apparatus using a dovetail method, characterized in that the graduations are arranged alternately at both ends in the upper direction of the guide groove. As a quick shoe plate that is fixed to the bottom of the camera coupled to the panoramic shooting device that rotates the camera split shooting, The quick shoe plate, A plate body on which the bottom of the camera is placed; A camera fixing bolt for fixing the camera mounted on the plate body; A guide pin which is adjustable in a longitudinal length direction of the plate body and is in close contact with the front surface of the camera and configured to have a 'b' shaped locking rod formed at an end of the insertion rod and the insertion rod to prevent twisting of the camera; A guide pin fixing bolt for fixing the guide pin; A fastening groove formed therein, capable of adjusting the position in the vertical length direction of the plate body, and a fastening piece configured to be in close contact with the back of the camera to support the camera; And It is configured to include a locking piece fixing bolt for fixing the locking piece, The plate body, A plurality of accommodation grooves formed in the same concave-convex shape as the locking piece so that the locking piece can be inserted and accommodated on one side of the plate body; The camera fixing bolt penetrates the inside of the plate body to be fastened to the bottom surface of the camera mounted on the plate body, and is formed to have a long axis in the longitudinal length direction of the plate body to fix the within the length range. A through hole configured to allow the bolt to move back and forth and change the fastening position; And It is configured to include a plurality of guide lines formed so as to penetrate in the longitudinal direction of the plate body in the same shape as the insertion rod of the guide pin, so that the guide pin is inserted, can move; The upper portion of the guide line has an opening formed in the longitudinal direction of the guide line having a width having the same dimensions as the locking bar so that the locking bar formed on the guide pin protrudes from the plate body. A quick shoe plate using a dovetail method is formed on the lower side of the position where the guide line is formed to fasten the guide pin accommodated in the guide line by tightening the guide pin fixing bolt. The method of claim 12, Insertion rod and the locking rod of the guide pin is configured to have a cylindrical shape, The fastening plate using the dovetail method, characterized in that the locking piece is configured to have a rectangular parallelepiped shape.

Images