KR20200064535A - Simulation method for restoring vehicle and the method using thereof - Google Patents

Abstract

Since the present invention is configured to sequentially record a process of restoring a vehicle, and then select and view each restoration process from the recorded video, the present invention can skip a process known in a curriculum, repeatedly view a process desired to be viewed, or easily find and view the desired restoration process irrespective of the restoration process, thereby enhancing an educational effect and an actual restoration effect. Specifically, since the present invention is configured to book a bookmark at the start of each restoration process in the recorded video, match the bookmark with a button visible on a screen, and then press the button to play the matched restoration process, the present invention enables a trainee to easily and conveniently play the desired restoration process anywhere through a display such as a computer, thereby further enhancing the educational effect and restoration work effect.

Description

Vehicle restoration simulation method and simulation system using the same{SIMULATION METHOD FOR RESTORING VEHICLE AND THE METHOD USING THEREOF}

The present invention relates to a vehicle restoration simulation method and a simulation system using the same, and more specifically, to photograph a process of restoring a vehicle, mark a bookmark in each process, and then match the bookmark to a button to view Since the restoration process can be reproduced by pressing a button, students or restoration technicians learning about vehicle restoration can easily select the desired restoration process and learn it conveniently while viewing or restoring the restoration process.

The exterior of the vehicle is a part that is exposed to rain and is used. Over time, corrosion occurs or damage is caused by a vehicle accident, etc., and thus needs to be restored. As described above, a technique relating to a method of restoring a vehicle exterior is disclosed as follows (Patent Documents 1) to (Patent Documents 3).

(Patent Document 1) Korean Patent Publication No. 10-2015-0112374

Provided is a vehicle exterior corrosion restoration method capable of inexpensively and quickly restoring and repairing a corrosion part of a vehicle exterior. The restoration method for this is a rust removal process for removing rust of a corroded vehicle steel plate, a repair steel plate preparation process for preparing a repair steel plate of a size capable of covering a perforated portion of the vehicle steel plate exposed by rust removal, and a perforated part of the vehicle steel plate A rivet hole drilling process in which a rivet hole is drilled along the rim so that both steel sheets are overlaid on the repair steel plate, and the repair steel sheet with a rivet hole is put under the vehicle steel plate, and rivets are inserted into the rivet hole so that both steel sheets are integrated The betting riveting process, the polishing process of polishing the protruding part of the steel plate of the vehicle by riveting, the antirust process of painting the abrasive part by applying an antirust paint, and the part repaired by the repaired steel plate with putty It consists of a restoration process of restoring the exterior to its original shape, and a painting process of painting the repaired part with the color of the steel plate of the vehicle. According to the above-described technical configuration, not only can the corrosion part of the vehicle exterior be repaired quickly and inexpensively, but also can create a new business specializing in corrosion by implementing a certain restoration quality regardless of the repairman's sheet metal ability. There is.

(Patent Document 2) Korean Registered Patent No. 1718407

Regarding the vehicle dent restoration device, the vehicle is restored to the correct shape regardless of the skill of the repairman by scanning the part that is symmetrical with the deformation part based on the longitudinal center line of the vehicle and modeling it to restore the deformation part to the model. It relates to a vehicle dent restoration device. The configuration includes a scanning unit provided to scan a portion symmetrical to the deformed portion based on the longitudinal center line of the vehicle; A modeling unit for modeling a model having a shape corresponding to a portion symmetrical to the deformation unit by calculating information transmitted from the scanning unit; A model output unit that outputs information transmitted from the modeling unit and outputs a model having a shape corresponding to a portion symmetrical to the deformation unit; And a restoration unit restoring the shape of the deformation unit based on the model output from the model output unit.

(Patent Document 3) Korean Registered Patent No. 1725513

A method of restoring the appearance of an aging vehicle and the construction method of the interior and exterior wall finishing materials, (a) removing moisture and foreign substances from the ground surface of the construction target, and grinding the rust or irregularities as a contaminant by grinding. Step of applying, (b) applying a resin impregnated with reinforcing fibers on the bottom surface maintained in step (a) to increase the strength of the bottom surface and increase the adhesion between the composition applied to the bottom surface and the top. , (c) After attaching a mesh net serving as a reinforcing fiber to vulnerable areas of holes, breaks, cracks, or double steps on the base surface on which the resin was applied in step (b), repair and reinforcement impregnated with reinforcing fibers Step of performing a putty putty operation with a handy resin, (d) forming a main coating layer impregnated with a reinforcing fiber on the lower surface where the putty operation was performed in step (c), ( e) applying a resin for adhesion of a transparent mica piece onto the main coating layer of the surface color in the step (d) with a roller, (f) rolling the roller to attach a piece of mica, and applying the transparent mica piece in the step (e) Step of flatly pressing the mica pieces on the adhesive resin coating layer, and (g) applying retroreflective glass bits to apply the retroreflective transparent resin blended on the mica pieces attached in step (f). By providing a configuration that includes steps, the reinforcing fibers realize the same function as the reinforcing bar in concrete, and with strong durability, the vehicle's surface temperature can be used for a long time by blocking high temperature heat of 70~100℃, calcium chloride, acid rain, and ultraviolet rays. Do.

As such, the vehicle restoration is performed through a complicated process, so there is a problem that even the technicians who learn to restore the vehicle or restore the actual vehicle are not able to accurately understand the restoration sequence.

Korean Open Patent No. 10-2015-0112374 (Publication date: 2015.10.07) Korean Registered Patent No. 1718407 (Registration Date: 2017.03.15) Korean Registered Patent No. 1725513 (Registration Date: 2017.04.05)

The present invention takes this point into consideration, and the process of restoring a vehicle is sequentially recorded, and then selected to be viewed by selecting each restoration process from the recorded image. The purpose of the present invention is to provide a vehicle restoration simulation method and a simulation system using the vehicle restoration simulation method, which can increase the educational effect and the actual restoration effect by making it easy to find and view the restoration process that you want to see repeatedly or regardless of the restoration process.

Particularly, the present invention is configured to bookmark a bookmark at a time point at which each restoration process is started from the recorded image, match a bookmark and a button displayed on the screen, and press a button to reproduce the matched restoration process. Another purpose is to provide a vehicle restoration simulation method and a simulation system using the same, which enables an operator to easily and conveniently reproduce a desired restoration process anywhere through a computer-like display, thereby further enhancing the training effect and the restoration effect. There is this.

In addition, since the present invention is configured to record both the exterior and the interior of the restoration object when recording the restoration of the vehicle so that it can be separated and viewed as a restoration process, the overall education and restoration of the vehicle through one reproduction Another object is to provide a vehicle restoration simulation method and a simulation system using the vehicle restoration simulation method to obtain a working effect.

A vehicle restoration simulation method according to the present invention for achieving the above object comprises: a first step of sequentially recording a vehicle restoration process; A second step of marking a bookmark at a point where each process of restoring a vehicle from the recorded image starts; A third step of reproducing the recorded image, reproducing buttons according to the marked order, and matching bookmarks and buttons according to the marked order; And a fourth step of showing a matched vehicle restoration process according to pressing of an arbitrary button.

On the other hand, the present invention includes a vehicle restoration simulation system using the vehicle restoration simulation method, wherein the vehicle restoration simulation system includes a display showing an image of a vehicle restoration process, wherein the display reproduces the vehicle restoration process. When the bookmark is marked at an arbitrary position, the bookmark is matched with a button to move to the marked point when marked, and when the matched button is pressed, the bookmark is moved to the marked bookmark point for reproduction.

Finally, the vehicle restoration process includes (a) a panel outer work, (1) panel degreasing work, (2) panel polishing work, (3) panel polishing and degreasing work, (4) sheet metal putty application work (undercoat) , (5) Sheet metal putty drying operation, (6) Sheet metal putty polishing, (7) Zinc putty application (undercoat), (8) Zinc putty drying operation, (9) Zinc putty polishing operation, (10) Panel degreasing, ( 11) Epoxy primer application (undercoat), (12) Epoxy primer drying, (13) Surfacer application (moderate), (14) Surfacer drying operation, (15) Surfacer polishing operation, (16) Air blowing operation, (17) ) Panel degreasing operation, (18) dust removal operation with pine cloth, (19) base coating operation (top), (20) dust removal operation with pine cloth, (21) cree application (top), (22) masking tape removal , And (23) Completion of work, (b) Inner panel operation, (1) Inner panel damage area, (2) Zinc spray application operation (internal rust prevention operation), (3) Zinc spray drying operation , (4) Under coating application (internal rust prevention), (5) Under coating drying operation, (6) Inner wax application (internal rust prevention), and (7) Complete operation (internal rust prevention). .

The vehicle restoration simulation method and the simulation system using the same according to the present invention have the following effects.

(1) Since the vehicle restoration process can be confirmed through an image recorded in sequence of the vehicle restoration process, a learner who is familiar with the vehicle restoration technology or a technician not familiar with the vehicle restoration process can easily acquire the vehicle restoration technology.

(2) In particular, since a bookmark is marked for each process of restoring a vehicle, and the bookmark is configured to be played in conjunction with a button, a vehicle restoration process that is well known to learners or technicians during a process of restoring a vehicle in several stages is restored. You can skip or find the steps and see them, which can be a great help in mastering vehicle restoration skills.

(3) In addition, since a desired vehicle restoration step can be selected and viewed through a button linked to the bookmark, a vehicle restoration technology can be easily and conveniently acquired by repeatedly learning a vehicle restoration step that a learner or a technician wants to acquire. .

(4) On the other hand, when recording the vehicle restoration step, for example, the panel is continuously recorded when the outside exposed to the outside and the inside not visible from the outside are continuously recorded, so check both the outside and inside restoration processes at once. It is convenient to see.

(5) Such a simulation system according to the present invention can be applied in the same way not only outside the vehicle, but also when the interior material is damaged or damaged and replaced or repaired.

1 is a block diagram showing in order to explain a vehicle restoration simulation method according to the present invention.
2 is an image showing a vehicle restoration simulation system screen according to the present invention.
3 to 33 are images showing each vehicle restoration point (bookmark) on a screen recorded while restoring a fender of a vehicle according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings. Prior to this, the terms or words used in the specification and claims should not be interpreted as being limited to ordinary or lexical meanings, and the inventor may appropriately define the concept of terms to describe his or her invention in the best way. According to the principle that it can be interpreted as meanings and concepts consistent with the technical spirit of the present invention.

Therefore, the configuration shown in the embodiments and the drawings described in this specification is only one of the most preferred embodiments of the present invention and does not represent all of the technical spirit of the present invention, and various equivalents that can replace them at the time of this application It should be understood that there may be and variations.

(Vehicle restoration simulation method)

Vehicle restoration simulation method according to the present invention, as shown in [Fig. 1] to [33], is performed over the first to fourth steps. Thus, the description is divided into the following steps.

<Step 1>

The first step is a step of sequentially recording a vehicle restoration process, as shown in FIG. 1. Here, any medium that can obtain the vehicle restoration process in the form of a video can be used as the recording, and the vehicle restoration image recorded as such is recorded so that it can be reproduced through a playback device manufactured by a conventional technique.

At this time, anyone in the technical field to which the present invention belongs can easily know that the vehicle restoration process depends on the part of the vehicle to be restored. Below, by way of example, looking at the vehicle restoration process of the fender portion covering the tire portion of the car, as shown in [Fig. 3] to [33], it can be divided into the outer work and the inner work of the fender.

And the outer work, as shown in [Fig. 3] to [25], (1) panel degreasing work, (2) panel polishing work, (3) panel polishing after degreasing work, (4) sheet metal putty coating work (undercoat ), (5) sheet metal putty drying, (6) sheet metal putty polishing, (7) zinc putty application (undercoat), (8) zinc putty drying, (9) zinc putty polishing, (10) panel degreasing, (11) Epoxy primer application (undercoat), (12) Epoxy primer drying, (13) Surfacer application (moderate), (14) Surfacer drying operation, (15) Surfacer polishing operation, (16) Air blowing operation, ( 17) Panel degreasing work, (18) dust removal work with pine cloth, (19) base spraying work (top coat), (20) dust removal work with pine cloth, (21) cree spraying process (top coat), (22) masking tape removal Tasks, and (23) completion of tasks.

In addition, the inner operation, as shown in [Fig. 26] to [Fig. 33], (1) polishing the damaged portion of the inner panel, (2) zinc spray coating operation (internal rust prevention operation), (3) zinc spray drying operation , (4) undercoat coating operation (internal rust prevention), (5) undercoat drying operation, (6) inner wax application operation (internal rust prevention), and (7) completion of the operation (internal rust prevention).

<Step 2>

The second step is a step of marking a bookmark in each process of restoring a vehicle from the image recorded in the first step, as shown in [FIG. 1].

Here, the bookmark sets a tag for a time flow or frame in a video that is continuously played, and when this tag is selected, the technology produced by the normal technology that starts playback from the video in the time flow or frame set as a tag To use.

In the exemplary image of the fender photographing the fender in the present invention, as shown in [FIG. 3] to [FIG. 33], the bookmarks are marked in 30 places by bookmarking 23 places and 7 places respectively on the inside and outside of the fender. Shows.

<Step 3>

The third step is a step of matching the bookmark and the button so as to reproduce the bookmarked position in the above-described second step, as shown in [Fig. 1] and [Fig. 2]. Here, it is preferable that the button is configured to be displayed on a playback screen (display) when playing a video recorded according to the present invention.

Of course, the buttons are irrelevant even if a keyboard, a keypad, or virtual buttons are used, but most preferably, the buttons are virtually formed in a position that does not interfere with the image played on the playback screen, and a hand-touching method or a mouse, By clicking with the button, the button can be pressed, and when the button is pressed, the bookmark position matching the corresponding button is moved to the vehicle restoration process, so that the button can be played from the bookmarked position.

These buttons may be continuously generated according to various processes for restoring a vehicle, or may be configured by separating buttons as shown in FIG. 2. 2 shows an example in which the panel is composed of an outer plate and an inner plate, and a button according to the outer plate restoration process is disposed on the outer panel panel, and a button according to the inner plate restoration process is disposed on the inner plate panel.

Also, when the number of buttons is large, the desired button is selected while moving up and down in the form of a scroll bar. In addition, it is desirable to configure the name of a vehicle restoration work, a number, or a symbol on the button so that an educator or operator can easily see what restoration work is performed by viewing the button.

<Step 4>

In the fourth step, as shown in [FIG. 1] and [FIG. 2], when the button generated in the third step described above is pressed, it is played back from the vehicle restoration process matching the button.

At this time, the play step can be configured to play from the point where the button is pressed to the end, or press the two buttons to play repeatedly between the two buttons, or press one button twice in succession to correspond to the button. It is desirable to configure the vehicle restoration process so that it can be reproduced in various forms such as repetitive reproduction.

The present invention made as described above is bookmarked so that each restoration process can be distinguished from the recorded image according to the restoration order of the vehicle, and then these bookmarks can be matched to the buttons to be played, so that various button manipulations are desired. It is possible to view the restoration process or to view the restoration process of the vehicle in various forms, such as repeated reproduction or section repeated reproduction.

(Vehicle restoration simulation system)

The vehicle restoration simulation system according to the present invention includes a display showing an image recorded using the above-described vehicle restoration simulation method, as shown in FIG. 2.

At this time, the display is a function to bookmark each restoration process recorded while restoring the vehicle, a button generation function corresponding to the bookmark, a function to match the generated button with the corresponding bookmark, and a vehicle matched by pressing the generated button It is preferable to include a function for regeneration in the restoration process.

In addition, it is preferable that the display includes a function that enables different reproduction of a reproduction section, a reproduction range or a number of times according to pressing of the button. For example, if the button is pressed once, the vehicle restoration process matching the button is shown, and when it is pressed twice, the vehicle restoration process matching the button is repeatedly displayed, and when the two buttons are pressed, the two matching buttons are shown. It can be configured to show the vehicle restoration process in turn.

In [Fig. 2], the display shows a vehicle restoration image recorded according to the present invention in the upper center portion, and a panel for viewing the entire production process under the image, or a button for viewing the restoration process of the outer panel through a button, and a button It shows an example of constructing a panel through which the restoration process of the inner panel can be seen.

Claims (3)

A first step of sequentially recording the vehicle restoration process;
A second step of marking a bookmark at a point where each process of restoring a vehicle from the recorded image starts;
A third step of reproducing the recorded image, reproducing buttons according to the marked order, and matching bookmarks and buttons according to the marked order; And
Vehicle restoration simulation method comprising a; fourth step of showing the matching vehicle restoration process according to the pressing of any button.
Includes a display showing the video recording the vehicle restoration process,
On the display,
When you play the vehicle restoration process, you can mark the bookmark at any location,
Marking a bookmark matches the button so that it can move to the marked point.
Vehicle restoration simulation system characterized by pressing the matched button to move to the marked bookmark point and play it.
In claim 1,
The vehicle restoration process,

(a) By working outside the panel,
(1) Panel degreasing, (2) panel polishing, (3) panel degreasing, (4) sheet metal putty application (undercoat), (5) sheet metal putty drying, (6) sheet metal putty polishing, ( 7) Zinc putty application (undercoat), (8) Zinc putty drying operation, (9) Zinc putty polishing operation, (10) Panel degreasing, (11) Epoxy primer application (undercoat), (12) Epoxy primer drying, (13) Surfacer application (moderate), (14) Surfacer drying operation, (15) Surfacer polishing operation, (16) Air blowing operation, (17) Panel degreasing operation, (18) Dust removal with pine resin, (19) Base application work (top), (20) dust removal with pine cloth, (21) cree application (top), (22) masking tape removal, and (23) completion

(b) Working inside the panel,
(1) Polishing the damaged area of the inner panel, (2) Zinc spray application (internal anti-corrosion), (3) Zinc spray drying operation, (4) Under-coating application (internal anti-corrosion), (5) Under-coating drying Vehicle restoration simulation system characterized by including the operation, (6) inner wax coating operation (internal rust prevention), and (7) completion of the operation (internal rust prevention).

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