KR101734844B1 - Equipment for making a mapping image - Google Patents

Abstract

The present invention relates to an apparatus for producing a new feature update draft map according to changes in a downtown area. According to an embodiment of the present invention, the apparatus for producing a new feature update draft map according to changes in a downtown area includes: a drawing unit (10) which includes a main output unit (11), an auxiliary output unit (12), an aerial photograph DB (13), a drawing module (14), a draft map DB (15), a control module (16), and an input unit (17) inputting a control signal to the control module (16); a supporter (20) which is installed on the lower side of a main output unit body (11a); a wheel (30) which is detachably installed on the lower side of an auxiliary output unit main body (12a); a first magnifying device (40); a second magnifying device (50); a first lighting device (60); a second lighting device (70); a third lighting device (80); and a fourth lighting device (90). Therefore, the present invention can conveniently perform a drawing operation in a dark environment.

Description

{EQUIPMENT FOR MAKING A MAPPING IMAGE}

The present invention relates to a device for constructing a new artifact updating map according to a change in a downtown area.

In order to produce a digital map, a drawing of Dohwon-do is required.

At this time, Dohwon map is produced through aerial photographing, reference point surveying, and aerial triangulation performance through analytical firearms or numerical firearms.

On the other hand, in general, the numerical value analyzer has a structure as shown in Fig. 1 as a whole (refer to Korean Patent No. 10-1443321)

Here, the numerical value converter compares the existing drawing source with the newly acquired aerial image, and updates the existing drawing source map.

However, such a conventional numerical value illuminator has difficulty in painting when a drawing operation is performed in a dark environment and there is no separate illumination facility in the surroundings.

In addition, in the conventional numerical value simulator, two output images are arranged in the vertical direction, so that the operator can not easily see the output image located above.

In addition, in the conventional numerical value analyzer, when the operator performs the update operation of the painting source, if the image of the feature image displayed on the screen is small, the operator magnifies the image on the screen and confirms the feature. However, if the resolution of the image displayed on the screen is low, it is not easy for the operator to identify the feature, and it is difficult to accurately identify the new feature and produce the correct figure.

Korean Patent No. 10-1443321

The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide an image processing method and apparatus which can conveniently perform a drawing operation in a dark environment, can easily view an aerial photograph or a drawing circle, It is an object of the present invention to provide a drawing apparatus which can accurately identify a drawing source.

According to an aspect of the present invention,
There is provided a drawing apparatus for a drawing source figure in which a drawing source map is updated by updating an existing drawing source diagram,
The above-described drawing apparatus comprises:
A first guide groove 11a1 formed on the left side of the main output unit main body 11a in the vertical direction and a second guide groove 11a2 formed on the right side of the main output unit main body 11a formed in the vertical direction, A first insertion groove 11a3 provided on the main output device body 11a so as to be opened and provided on the left side of the first guide groove 11a1 and arranged in a line in a vertical direction, A main output unit main body 11a provided on the right side of the second guide groove 11a2 and having a second insertion groove 11a4 arranged in a line in a vertical direction, (11) having a main output unit (11b) installed between the first guide groove (11a1) and the second guide groove (11a2); A first guide groove 12a1 formed on the left side of the auxiliary output device main body 12a in the vertical direction and a second guide groove 12a2 formed on the right side of the auxiliary output device main body 12a formed in the vertical direction, A first insertion groove 12a3 provided on the auxiliary output device main body 12a so as to be opened and provided on the left side of the first guide groove 12a1 and arranged in a line in a vertical direction, An auxiliary output device main body 12a provided on the right side of the second guide groove 12a2 and having a second insertion groove 12a4 arranged in a line up and down, And an auxiliary output unit 12b disposed between the first guide groove 12a1 and the second guide groove 12a2 so as to be rotatable in the front and rear direction on the right side of the main output unit 11 An auxiliary output device (12) installed; An aerial photograph DB 13 installed in the main body 11a for storing aerial photographs; A drawing module 14 installed in the main output unit main body 11a and updating the existing drawing source diagram; A painting source DB 15 installed in the main body 11a for storing the updated painting source map in the drawing module 14; A control module 16 for controlling the main output unit 11b, the auxiliary output unit 12b, and the drawing module 14; An encoder (10) having an input device (17) for inputting a control signal to the control module (16)
A support base 20 provided below the main body 11a;
A wheel 30 detachably attached to the lower portion of the auxiliary output unit main body 12a;
Screw holes 41a and 42a are provided at the front end thereof and a plurality of first and second support members 41a and 41b are inserted into the first and second insertion grooves 11a3 and 11a4 of the main output device body 11a, 41, 42); First and second moving bars 43a and 43b which are vertically movably installed in the first and second guide grooves 11a1 and 11a2 of the main body 11a, A connecting bar 43c and a connecting bar 43c which are formed in the front of the main output unit 11b by connecting the first moving bar 43a and the second moving bar 43b and forming screw holes 43c1 and 43c2, And one end thereof is movably fastened to the first and second screw holes 43c1 and 43c2 of the connecting bar 43c and the other end thereof is fastened to the screw holes 41a and 42a of the first and second supporting bodies 41 and 42 A moving mechanism 43 having first and second bolts 43d and 43e which are detachably fastened; An insertion portion 45a which is movable in the lateral direction on the connecting bar 43c of the moving mechanism 43 so as to be rotatable in the vertical direction and a guide groove 45b1 which is opened downward and formed in the forward and backward directions A connecting mechanism 45 having a guide portion 45b disposed at a lower portion of the insertion portion 45a; And is provided to the connection mechanism 45 so as to be movable in the forward and backward directions via an insertion portion 44a which is inserted into the guide groove 45b1 of the guide portion 45b of the connection mechanism 45 movably in the forward and backward directions A first magnifying mechanism 40 having a magnifying glass 44;
A first illuminating device 60 provided on the connecting bar 43c of the first magnifying mechanism 40 so as to be movable in the left and right direction and located on the left side of the magnifying glass 44 of the first magnifying mechanism 40;
A second illuminating device 70 provided on the connecting bar 43c of the first magnifying mechanism 40 so as to be movable in the left and right direction and positioned on the right side of the magnifying glass 44 of the first magnifying mechanism 40;
Screw holes 51a and 52a are provided at the front end of the auxiliary output unit main body 12a and a plurality of first and second supporting members inserted into the first and second insertion slots 12a3 and 12a4 of the auxiliary output unit main body 12a, 51, 52); First and second moving bars 53a and 53b that are vertically movably installed in the first and second guide grooves 12a1 and 12a2 of the auxiliary output unit main body 12a, And a connecting bar 53c and a connecting bar 53c which are positioned in front of the auxiliary output unit 12b by connecting the first moving bar 53a and the second moving bar 53b and forming screw holes 53c1 and 53c2, One end thereof is movably fastened to the first and second screw holes 53c1 and 53c2 of the connecting bar 53c and the other end thereof is fastened to the screw holes 51a and 52a of the first and second supporting bodies 51 and 52 A moving mechanism 53 having first and second bolts 53d and 53e which are detachably fastened; An insertion portion 55a which is movable in the horizontal direction on the connecting bar 53c of the moving mechanism 53 and is rotatably inserted in the vertical direction and a guide groove 55b1 which is opened downward and formed in the forward and backward directions A connecting mechanism 55 having a guide portion 55b disposed under the insertion portion 55a; Is provided to the connection mechanism (55) so as to be movable in the front and rear direction via an insertion portion (54a) inserted into the guide groove (55b1) of the guide portion (55b) of the connection mechanism (55) A second magnifying mechanism 50 having a magnifying glass 54;
A third illuminating device 80 provided on the connecting bar 53c of the second magnifying mechanism 50 so as to be movable in the left and right direction and located on the left side of the magnifying glass 54 of the second magnifying mechanism 50,
A fourth illuminating device 90 which is provided on the connecting bar 53c of the second magnifying mechanism 50 so as to be movable in the left and right direction and which is located on the right side of the magnifying glass 54 of the second magnifying mechanism 50,

delete

delete

delete

delete

delete

delete

delete

delete

delete

delete

delete

And a control unit.

The main output unit output unit 11b and the auxiliary output unit output unit 12b are positioned horizontally with respect to each other so that the operator can easily look at the main output unit output unit 11b and the auxiliary output unit output unit 12b during the drawing operation , There is an effect that drawing work is convenient.

Further, the present invention has the effect of facilitating the painting operation in a dark environment by using the first to fourth lighting mechanisms (60, 70, 80, 90).

In addition, the present invention can enlarge and view the aerial photographs or the pictorial drawings outputted through the main output unit 11b or the auxiliary output unit 12b, It is possible to accurately update the existing painting circle after precise checking.

Further, the present invention can adjust the position of the magnifying glass 44 of the first magnifying mechanism 40 or the magnifying glass 54 of the second magnifying mechanism 50 so that the magnifying glass 44 of the first magnifying mechanism 40, Or when the magnifying glass 54 of the second magnifying mechanism 50 is out of focus.

The present invention can also adjust the vertical position of the magnifying glass 44 of the first magnifying mechanism 40 or the magnifying glass 54 of the second magnifying mechanism 50 so that the first magnifying mechanism (40) or the second enlarging mechanism (50).

Further, the present invention can stably fix the mounting position of the magnifying glass 44 of the first magnifying mechanism 40 through the first and second supporting members 41 and 42 and the moving mechanism 43 of the first magnifying mechanism 40 And the mounting position of the magnifying glass 54 of the second magnifying mechanism 50 can be stably fixed through the first and second supporting members 51 and 52 and the moving mechanism 53 of the second magnifying mechanism 50 It is effective.

The first and second supporting members 41 and 42 of the unfolding first enlarging mechanism 40 are inserted into the first and second insertion grooves 11a3 and 11a4 of the main output unit main body 11a, The first and second supporting bodies 51 and 52 of the unused second enlarging mechanism 50 are inserted into the first and second insertion grooves 12a3 and 12a4 of the auxiliary output device body 12a, There is an effect that can be done conveniently.

FIG. 1 is a view schematically showing a conventional numerical simulator,
FIG. 2 is a schematic diagram for explaining the configuration of the illuminator according to the present invention,
3 is a front view for explaining the present invention,
4 is a view for explaining a wheel in the present invention,
FIG. 5 is a view showing a portion A in FIG. 3,
FIG. 6 is a view showing a portion B in FIG. 3,
FIG. 7 is a view showing a portion C in FIG. 3,
8 is a perspective view for explaining a magnifying glass and first to fourth lighting mechanisms of the first and second magnifying mechanisms in the present invention,
9 is a front view for explaining the magnifying glass and the first to fourth lighting mechanisms of the first and second magnifying mechanisms in the present invention,
10 is a partial plan sectional view for explaining the main output device, the auxiliary output device, the magnifying glass of the first and second magnifying mechanisms, and the first to fourth lighting mechanisms of the present invention,
Figs. 11 to 13 are views showing a part of Fig. 10,
Figs. 14 to 20 are views for explaining the operation of the apparatus for producing a drawing source according to the present invention. Fig.

BEST MODE FOR CARRYING OUT THE INVENTION The present invention will be described in detail below with reference to the accompanying drawings.

FIG. 3 is a front view for explaining the present invention, FIG. 4 is a view for explaining a wheel in the present invention, and FIG. 5 is a cross- FIG. 6 is a view showing a portion B in FIG. 3, FIG. 7 is a view showing a portion C in FIG. 3, and FIG. 8 is a cross- 9 is a front view for explaining a magnifying glass and first to fourth lighting mechanisms of the first and second magnifying mechanisms according to the present invention, and Fig. 10 is a front view of the magnifier and the first to fourth lighting mechanisms of the main output device , An auxiliary output device, a magnifying glass of the first and second magnifying mechanisms, and first to fourth lighting mechanisms. Figs. 11 to 13 are views showing a part of Fig. 10, and Figs. 2 to 13 , Structural characteristics of the present invention will be described as follows.

The drawing apparatus according to the present invention includes a drawing machine 10, a support 20, a wheel 30, a first magnifying mechanism 40, a first lighting device 60, A second magnifying mechanism 50, a third illuminating device 80, and a fourth illuminating device 90. The first illuminating device 70, the second illuminating device 50, the third illuminating device 80,

The drawing machine 10 includes a main output unit 11, an auxiliary output unit 12, an aerial photograph DB 13, a drawing module 14, a painting source DB 15, a control module 16, And an input device 17, and produces a drawing circle diagram.

The main output unit 11 includes a main output unit main body 11a and a main output unit output unit 11b.

The main output unit main body 11a is provided with a first guide groove 11a1, a second guide groove 11a2, a first insertion groove 11a3 and a second insertion groove 11a4.

The first guide groove 11a1 of the main output unit main body 11a is formed in the vertical direction and is provided on the left side of the main output unit main body 11a.

The second guide groove 11a2 of the main output unit main body 11a is formed in the vertical direction and is provided on the right side of the main output unit main body 11a. The second guide groove 11a2 is provided to face the first guide groove 11a1 of the main output device body 11a.

The first insertion groove 11a3 of the main output unit main body 11a is provided on the left side of the first guide groove 11a1 of the main output unit main body 11a, Are provided along the vertical direction of the main output unit main body 11a.

The second insertion groove 11a4 of the main output unit main body 11a is disposed on the right side of the second guide groove 11a2 of the main output unit main body 11a, A plurality of which are provided along the vertical direction of the main output unit main body 11a. The second insertion groove 11a4 is provided so as to face the first insertion groove 11a3 of the main output unit main body 11a.

The main output unit 11b is installed in the main output unit main body 11a. In this embodiment, the main output unit 11b has a display function for outputting an aerial photograph or a figure of view. In this embodiment, the main output unit 11b is located between the first guide groove 11a1 and the second guide groove 11a2 of the main output unit main body 11a.

The auxiliary output unit 12 includes an auxiliary output unit main body 12a and an auxiliary output unit output unit 12b and is installed on the right side of the main output unit 11 so as to be rotatable in forward and backward directions.

The auxiliary output device main body 12a has a first guide groove 12a1, a second guide groove 12a2, a first insertion groove 12a3, and a second insertion groove 12a4.

The first guide groove 12a1 of the auxiliary output device main body 12a is formed in the vertical direction and is provided on the left side of the auxiliary output device main body 12a.

The second guide groove 12a2 of the auxiliary output device main body 12a is formed in the vertical direction and is provided on the right side of the auxiliary output device main body 12a. The second guide groove 12a2 is provided to face the first guide groove 12a1 of the auxiliary output unit main body 12a.

The first insertion groove 12a3 of the auxiliary output device main body 12a is provided on the auxiliary output device main body 12a so as to be opened frontward and is provided on the left side of the first guide groove 12a1 of the auxiliary output device main body 12a, And a plurality of these are provided along the vertical direction of the auxiliary output device main body 12a.

The second insertion groove 12a4 of the auxiliary output device main body 12a is provided on the auxiliary output device main body 12a so as to be opened frontward and is provided on the right side of the second guide groove 12a2 of the auxiliary output device main body 12a, And a plurality of these are provided along the vertical direction of the auxiliary output device main body 12a. The second insertion groove 12a4 is provided to face the first insertion groove 12a3 of the auxiliary output device main body 12a.

The auxiliary output unit output unit 12b is installed in the auxiliary output unit main body 12a. In the present embodiment, the auxiliary output unit output unit 12b has a display function for outputting an aerial photograph or a figure of view. In the present embodiment, the auxiliary output unit output unit 12b is located between the first guide groove 12a1 and the second guide groove 12a2 of the auxiliary output unit main body 12a.

The aerial photograph DB 13 is installed in the main output unit main body 11a and stores aerial photographs.

The drawing module 14 is installed in the main output unit main body 11a, and updates the existing drawing source diagram.

The painting source DB 15 is installed in the main output unit main body 11a and stores the updated painting source map in the drawing module 14. [

The control module 16 controls the main output unit 11b, the auxiliary output unit 12b, and the drawing module 14. The control module 16 controls the electrical configuration of the viewfinder 10 requiring control of the control module 16 in addition to the main output unit 11b, the auxiliary output unit output unit 12b, Can be controlled.

The input device 17 inputs a control signal to the control module 16. In this embodiment, the input device 17 may be configured as a keyboard or a mouse. In the present embodiment, the computer 10 adds functions of the input unit 17 to the main output unit 11b and the auxiliary output unit 12b to output the main output unit 11b and the auxiliary output unit 12b can have all of the input / output functions. For example, the main output unit 11b and the auxiliary output unit 12b may be of a touch screen type.

In the present embodiment, the drawing machine 10 is a modification of a known numerical value drawing machine and is characterized by the structure of the main output unit main body 11a and the auxiliary output unit main body 12a, Is not difficult for an ordinary technician to carry out in the present invention.

The support base 20 is installed below the main output unit main body 11a to support the main output unit 11.

The wheel 30 is detachably installed in the lower part of the auxiliary output unit main body 12a. In this embodiment, the wheel 30 includes a coupling portion 31 that is detachably threadedly coupled to the lower portion of the auxiliary output device main body 12a, a support portion 32 provided at a lower portion of the coupling portion 31, (Not shown).

The first magnifying mechanism 40 is provided with a first supporting body 41, a second supporting body 42, a moving mechanism 43, a connecting mechanism 45 and a magnifying glass 44.

The first supporting body 41 of the first enlarging mechanism 40 is provided with a screw hole 41a which is laterally opened at the front end and is movable in the forward and backward direction to the first insertion groove 11a3 of the main output device body 11a .

The second supporting body 42 of the first enlarging mechanism 40 is provided with a screw hole 42a opened sideward at the front end thereof and is moved in the forward and backward direction to the second insertion groove 11a4 of the main output device body 11a .

The moving mechanism 43 of the first enlarging mechanism 40 is provided with the first moving bar 43a, the second moving bar 43b, the connecting bar 43c, the first bolt 43d, And a bolt 43e.

The first moving bar 43a of the first enlarging mechanism 40 is provided so as to be vertically movable in the first guide groove 11a1 of the main output unit main body 11a.

The second moving bar 43b of the first enlarging mechanism 40 is vertically movably provided in the second guide groove 11a2 of the main output unit main body 11a.

The connecting bar 43c of the first enlarging mechanism 40 is formed with first and second screw holes 43c1 and 43c2 which are laterally opened on both sides of the connecting bar 43c. 43a of the first enlarging mechanism 40 and the second moving bar 43b of the first enlarging mechanism 40 and is located in front of the main output unit 11b.

One end of the first bolt 43d of the first enlarging mechanism 40 is movably fastened to the first screw hole 43c1 of the connecting bar 43c of the first enlarging mechanism 40, 1 expanding mechanism 40 in the first support body 41. The first support body 41 is fixed to the first support body 41 by screws.

One end of the second bolt 43e of the first enlarging mechanism 40 is movably fastened to the second screw hole 43c2 of the connecting bar 43c of the first enlarging mechanism 40, 1 expanding mechanism 40 in the screw hole 42a of the second support body 42. As shown in Fig.

The connecting mechanism 45 of the first enlarging mechanism 40 has an inserting portion 45a and a guiding portion 45b.

The inserting portion 45a of the connecting mechanism 45 of the first enlarging mechanism 40 is movable in the lateral direction to the connecting bar 43c of the moving mechanism 43 of the first enlarging mechanism 40, And is rotatably inserted.

The guide portion 45b of the connecting mechanism 45 of the first enlarging mechanism 40 is provided with a guide groove 45b1 which is opened downward and formed in the forward and backward directions, 45 at the lower portion of the insertion portion 45a.

The magnifying glass 44 of the first magnifying mechanism 40 is inserted into the guide groove 45b1 of the guide portion 45b of the connecting mechanism 45 of the first magnifying mechanism 40 so as to be movable in the front- Rear direction to the connecting mechanism 45 of the first enlarging mechanism 40 via the second connecting portion 44a.

The first illuminating device 60 is disposed on the left side of the magnifying glass 44 of the first magnifying mechanism 40 so as to be movable in the horizontal direction on the connecting bar 43c of the first magnifying mechanism 40. In the present embodiment, the first lighting device 60 includes an insertion portion 61 inserted in the connection bar 43c of the first enlarging mechanism 40 so as to be movable in the left and right direction and rotatably inserted in the vertical direction, And an illumination section 62 provided in the insertion section 61. [

The second illuminating device 70 is disposed on the connecting bar 43c of the first magnifying mechanism 40 so as to be movable in the left and right direction and is located on the right side of the magnifying glass 44 of the first magnifying mechanism 40. [ In this embodiment, the second lighting device 70 includes an insertion portion 71 inserted in the connection bar 43c of the first enlarging mechanism 40 so as to be movable in the left-right direction and inserted to be rotatable in the vertical direction, And an illumination section 72 provided in the insertion section 71.

The second magnifying mechanism 50 is provided with a first supporting body 51, a second supporting body 52, a moving mechanism 53, a connecting mechanism 55, and a magnifying glass 54.

The first supporting body 51 of the second enlarging mechanism 50 is provided with a screw hole 51a which is opened at the front end in the lateral direction and moves in the forward and backward direction to the first insertion groove 12a3 of the auxiliary output device main body 12a .

The second supporting member 52 of the second enlarging mechanism 50 is provided with a screw hole 52a which is laterally opened at the front end and is moved in the forward and backward direction to the second insertion groove 12a4 of the auxiliary output device main body 12a .

The moving mechanism 53 of the second enlarging mechanism 50 includes a first moving bar 53a, a second moving bar 53b, a connecting bar 53c, a first bolt 53d, And a bolt 53e.

The first moving bar 53a of the second enlarging mechanism 50 is vertically movably installed in the first guide groove 12a1 of the auxiliary output device body 12a.

The second moving bar 53b of the second enlarging mechanism 50 is vertically movably installed in the second guide groove 12a2 of the auxiliary output unit main body 12a.

The connecting bar 53c of the second enlarging mechanism 50 is formed with first and second screw holes 53c1 and 53c2 that are laterally opened on both sides of the connecting bar 53c, 53a and the second moving bar 53b of the second enlarging mechanism 50 and is located in front of the auxiliary output unit 12b.

One end of the first bolt 53d of the second enlarging mechanism 50 is movably fastened to the first screw hole 53c1 of the connecting bar 53c of the second enlarging mechanism 50, 2 expanding mechanism 50 in the screw hole 51a of the first support body 51. As shown in Fig.

One end of the second bolt 53e of the second enlarging mechanism 50 is movably fastened to the second screw hole 53c2 of the connecting bar 53c of the second enlarging mechanism 50, 2 expanding mechanism 50 in the screw hole 52a of the second support body 52. As shown in Fig.

 The connecting mechanism 55 of the second enlarging mechanism 50 has an inserting portion 55a and a guiding portion 55b.

The insertion portion 55a of the connecting mechanism 55 of the second enlarging mechanism 50 is movable in the lateral direction to the connecting bar 53c of the moving mechanism 53 of the second enlarging mechanism 50, And is rotatably inserted.

The guide portion 55b of the connecting mechanism 55 of the second enlarging mechanism 50 is provided with a guide groove 55b1 which is opened downward and formed in the forward and backward directions, 55 at the bottom of the insertion portion 55a.

The magnifying glass 54 of the second enlarging mechanism 50 is inserted into the guide groove 55b1 of the guide portion 55b of the connecting mechanism 55 of the second enlarging mechanism 50 so as to be movable in the front- Rear direction to the connecting mechanism 55 of the second enlarging mechanism 50 through the second opening 54a.

The third illuminating device 80 is disposed on the connecting bar 53c of the second magnifying mechanism 50 so as to be movable in the left and right direction and is located on the left side of the magnifying glass 54 of the second magnifying mechanism 50. [ In the present embodiment, the third illuminating device 80 includes an insertion portion 81 inserted in the connecting bar 53c of the second enlarging mechanism 50 so as to be movable in the left-right direction and inserted to be rotatable in the vertical direction, And an illumination unit 82 provided in the insertion unit 81.

The fourth illuminating device 90 is disposed on the connecting bar 53c of the second magnifying mechanism 50 so as to be movable in the left and right direction and is located on the right side of the magnifying glass 54 of the second magnifying mechanism 50. [ In the present embodiment, the fourth illuminating device 90 includes an insertion portion 91 inserted into the connection bar 53c of the second enlarging mechanism 50 movably in the left and right direction and rotatably inserted in the up and down direction, And an illumination unit 92 provided in the insertion unit 91.

FIGS. 14 to 20 are views for explaining the operation of the apparatus for producing drawings of drawings according to the present invention, and the operation of the present invention will be described with reference to FIGS. 14 to 20. FIG.

The aerial photographing is performed with respect to the feature map (for example, the feature map of the urban area), and the map is drawn on the basis of the aerial photograph taken.

At this time, the operator finds a new new feature according to the change of the urban area, updates the existing map, and creates the map.

Meanwhile, in the present embodiment, when the operator updates the figure of the painting source, the operator unfolds the main output unit 11 and the auxiliary output unit 12 of the drawing machine 10 as shown in FIG.

Then, the operator installs the wheel 30 on the main printer body 11a as shown in Fig. At this time, the wheel 30 provides a supporting force to the auxiliary output device 12 and facilitates the movement of the auxiliary output device 12 when the auxiliary output device 12 is rotated in the left-right direction.

Here, when the operator rotates the magnifying glass 44 of the first magnifying mechanism 40 or the magnifying glass 54 of the second magnifying mechanism 50 in the up and down direction, the magnifying glass 40 of the first magnifying mechanism 40 44 or the position of the magnifying glass 54 of the second magnifying mechanism 50 can be adjusted.

Thereafter, the operator uses the input device 17 to output an aerial photograph, an existing painting source or an auxiliary necessary image to the main output unit 11b or the auxiliary output unit 12b.

For example, the operator can output an existing picture source map to the main image output unit 11b and output an aerial photograph to the auxiliary image output unit 12b, thereby updating the existing picture source map while viewing the aerial photograph.

At this time, when the periphery of the illuminator 10 is dark, the operator drives the first to fourth illuminating devices 60, 70, 80, and 90 as shown in FIG. 16 to drive the main output unit 11b and the auxiliary output unit 12b can be brightened. Therefore, the worker can easily perform the drawing work even if the periphery of the drawing machine 10 is dark. Here, the operator may use only a part of the first to fourth lighting devices 60, 70, 80, and 90 to brighten only the positions to be brightened in the main output unit 11b or the auxiliary output unit output unit 12b.

15, the operator drags the unidentifiable portion of the aerial photograph and the existing view of the painting source, and scans the magnifying glass 44 of the first magnifying mechanism 40 and the magnifying glass 44 of the second magnifying mechanism 50 (Not shown) in the aerial photographs and the existing drawings, it is possible to visually confirm the portions which are not easily distinguished. At this time, if the focus of the magnifying glass 44 of the first magnifying mechanism 40 or the magnifying glass 54 of the second magnifying mechanism 50 does not match, The magnification of the magnifying glass 44 of the first magnifying mechanism 40 or the magnifying glass 54 of the second magnifying mechanism 50 is adjusted so that the focus of the magnifying glass 54 of the second magnifying mechanism 50 is adjusted You can fit it.

Accordingly, the operator can accurately check the new feature data shown in the aerial photograph and accurately update the existing map data. For example, the operator can update the figure of the picture source shown in Fig. 17 (a) as shown in Fig. 17 (b).

On the other hand, when the operator does not use the first enlarging mechanism 40, the first supporting body 41 of the first enlarging mechanism 40 and the moving mechanism 43 of the first enlarging mechanism 40 The first enlarging mechanism 40 is disengaged and the second supporting body 41 of the first enlarging mechanism 40 is disengaged from the moving mechanism 43 of the first enlarging mechanism 40. Then, The first supporting member 41 of the main expelling unit main body 11a is inserted into the first insertion groove 11a3 of the main output device body 11a and the second supporting member 42 of the first enlarging mechanism 40 is inserted into the second insertion And inserted into the groove 11a4.

After that, the operator sets the magnifying glass 44 of the first magnifying mechanism 40 to be positioned above the main output unit 11b as shown in FIG. 20, 41 and 42 are fixed to the moving mechanism 43 of the first enlarging mechanism 40. The first and second supporting bodies 41 and 42 are fixed to the moving mechanism 43 of the first enlarging mechanism 40. [

On the other hand, when the second enlarging mechanism 50 is not used, the operator also moves the second enlarging mechanism 50 in the same manner as the movement of the first enlarging mechanism 40 to the auxiliary outputting unit 12b As shown in Fig.

Therefore, when the operator does not need the magnifying glass 44 of the first magnifying mechanism 40 and the magnifying glass 54 of the second magnifying mechanism 50, the magnifying glass 44 of the first magnifying mechanism 40, 2 magnifying mechanism 50 can be adjusted to adjust the position of the magnifying glass 54 of the first magnifying mechanism 40 without being disturbed by the magnifying glass 44 of the first magnifying mechanism 40 and the magnifying glass 54 of the second magnifying mechanism 50, You can also update.

As described above, according to the present invention, the main output unit 11b and the auxiliary output unit output unit 12b are positioned horizontally with respect to each other, so that the main output unit output unit 11b and the auxiliary output unit output unit 12b It is easy to look at, and there is an advantage that drawing work is convenient.

Further, the present invention is advantageous in that the drawing operation can be easily performed in a dark environment by using the first to fourth lighting mechanisms (60, 70, 80, 90).

In addition, the present invention can enlarge and view the aerial photographs or the pictorial drawings outputted through the main output unit 11b or the auxiliary output unit 12b, It is possible to accurately update the existing figure of the painting source after precise confirmation.

Further, the present invention can adjust the position of the magnifying glass 44 of the first magnifying mechanism 40 or the magnifying glass 54 of the second magnifying mechanism 50 so that the magnifying glass 44 of the first magnifying mechanism 40, Or when the magnifying glass 54 of the second magnifying mechanism 50 is out of focus.

The present invention can also adjust the vertical position of the magnifying glass 44 of the first magnifying mechanism 40 or the magnifying glass 54 of the second magnifying mechanism 50 so that the first magnifying mechanism (40) or the second enlarging mechanism (50).

Further, the present invention can stably fix the mounting position of the magnifying glass 44 of the first magnifying mechanism 40 through the first and second supporting members 41 and 42 and the moving mechanism 43 of the first magnifying mechanism 40 And the mounting position of the magnifying glass 54 of the second magnifying mechanism 50 can be stably fixed through the first and second supporting members 51 and 52 and the moving mechanism 53 of the second magnifying mechanism 50 There are advantages.

The first and second supporting members 41 and 42 of the unfolding first enlarging mechanism 40 are inserted into the first and second insertion grooves 11a3 and 11a4 of the main output unit main body 11a, The first and second supporting bodies 51 and 52 of the unused second enlarging mechanism 50 are inserted into the first and second insertion grooves 12a3 and 12a4 of the auxiliary output device body 12a, There is an advantage that it can be convenient.

10; A drawing machine 20; support fixture
30; Wheels 40; The first magnifying mechanism
50; A second enlarging mechanism 60; The first lighting device
70; A second lighting device 80; The third lighting fixture
90; Fourth lighting fixture

Claims (1)

There is provided a drawing apparatus for a drawing source figure in which a drawing source map is updated by updating an existing drawing source diagram,
The above-described drawing apparatus comprises:
A first guide groove 11a1 formed on the left side of the main output unit main body 11a in the vertical direction and a second guide groove 11a2 formed on the right side of the main output unit main body 11a formed in the vertical direction, A first insertion groove 11a3 provided on the main output device body 11a so as to be opened and provided on the left side of the first guide groove 11a1 and arranged in a line in a vertical direction, A main output unit main body 11a provided on the right side of the second guide groove 11a2 and having a second insertion groove 11a4 arranged in a line in a vertical direction, (11) having a main output unit (11b) installed between the first guide groove (11a1) and the second guide groove (11a2); A first guide groove 12a1 formed on the left side of the auxiliary output device main body 12a in the vertical direction and a second guide groove 12a2 formed on the right side of the auxiliary output device main body 12a formed in the vertical direction, A first insertion groove 12a3 provided on the auxiliary output device main body 12a so as to be opened and provided on the left side of the first guide groove 12a1 and arranged in a line in a vertical direction, An auxiliary output device main body 12a provided on the right side of the second guide groove 12a2 and having a second insertion groove 12a4 arranged in a line up and down, And an auxiliary output unit 12b disposed between the first guide groove 12a1 and the second guide groove 12a2 so as to be rotatable in the front and rear direction on the right side of the main output unit 11 An auxiliary output device (12) installed; An aerial photograph DB 13 installed in the main body 11a for storing aerial photographs; A drawing module 14 installed in the main output unit main body 11a and updating the existing drawing source diagram; A painting source DB 15 installed in the main body 11a for storing the updated painting source map in the drawing module 14; A control module 16 for controlling the main output unit 11b, the auxiliary output unit 12b, and the drawing module 14; An encoder (10) having an input device (17) for inputting a control signal to the control module (16)
A support base 20 provided below the main body 11a;
A wheel 30 detachably attached to the lower portion of the auxiliary output unit main body 12a;
Screw holes 41a and 42a are provided at the front end thereof and a plurality of first and second support members 41a and 41b are inserted into the first and second insertion grooves 11a3 and 11a4 of the main output device body 11a, 41, 42); First and second moving bars 43a and 43b which are vertically movably installed in the first and second guide grooves 11a1 and 11a2 of the main body 11a, A connecting bar 43c and a connecting bar 43c which are formed in the front of the main output unit 11b by connecting the first moving bar 43a and the second moving bar 43b and forming screw holes 43c1 and 43c2, And one end thereof is movably fastened to the first and second screw holes 43c1 and 43c2 of the connecting bar 43c and the other end thereof is fastened to the screw holes 41a and 42a of the first and second supporting bodies 41 and 42 A moving mechanism 43 having first and second bolts 43d and 43e which are detachably fastened; An insertion portion 45a which is movable in the lateral direction on the connecting bar 43c of the moving mechanism 43 so as to be rotatable in the vertical direction and a guide groove 45b1 which is opened downward and formed in the forward and backward directions A connecting mechanism 45 having a guide portion 45b disposed at a lower portion of the insertion portion 45a; And is provided to the connection mechanism 45 so as to be movable in the forward and backward directions via an insertion portion 44a which is inserted into the guide groove 45b1 of the guide portion 45b of the connection mechanism 45 movably in the forward and backward directions A first magnifying mechanism 40 having a magnifying glass 44;
A first illuminating device 60 provided on the connecting bar 43c of the first magnifying mechanism 40 so as to be movable in the left and right direction and located on the left side of the magnifying glass 44 of the first magnifying mechanism 40;
A second illuminating device 70 provided on the connecting bar 43c of the first magnifying mechanism 40 so as to be movable in the left and right direction and positioned on the right side of the magnifying glass 44 of the first magnifying mechanism 40;
Screw holes 51a and 52a are provided at the front end of the auxiliary output unit main body 12a and a plurality of first and second supporting members inserted into the first and second insertion slots 12a3 and 12a4 of the auxiliary output unit main body 12a, 51, 52); First and second moving bars 53a and 53b that are vertically movably installed in the first and second guide grooves 12a1 and 12a2 of the auxiliary output unit main body 12a, And a connecting bar 53c and a connecting bar 53c which are positioned in front of the auxiliary output unit 12b by connecting the first moving bar 53a and the second moving bar 53b and forming screw holes 53c1 and 53c2, One end thereof is movably fastened to the first and second screw holes 53c1 and 53c2 of the connecting bar 53c and the other end thereof is fastened to the screw holes 51a and 52a of the first and second supporting bodies 51 and 52 A moving mechanism 53 having first and second bolts 53d and 53e which are detachably fastened; An insertion portion 55a which is movable in the horizontal direction on the connecting bar 53c of the moving mechanism 53 and is rotatably inserted in the vertical direction and a guide groove 55b1 which is opened downward and formed in the forward and backward directions A connecting mechanism 55 having a guide portion 55b disposed under the insertion portion 55a; Is provided to the connection mechanism (55) so as to be movable in the front and rear direction via an insertion portion (54a) inserted into the guide groove (55b1) of the guide portion (55b) of the connection mechanism (55) A second magnifying mechanism 50 having a magnifying glass 54;
A third illuminating device 80 provided on the connecting bar 53c of the second magnifying mechanism 50 so as to be movable in the left and right direction and located on the left side of the magnifying glass 54 of the second magnifying mechanism 50,
A fourth illuminating device 90 which is provided on the connecting bar 53c of the second magnifying mechanism 50 so as to be movable in the left and right direction and which is located on the right side of the magnifying glass 54 of the second magnifying mechanism 50,
And a control unit for controlling the operation of the apparatus.

Images