KR102132022B1 - Distribution system constructing method - Google Patents

Abstract

Provided is a liquor distribution system building method. The liquor distribution system building method comprises the following steps of: preparing liquor; and providing a DB server for storing unique information related to the liquor. In preparing and operating server-related equipment for distribution management of the liquor, it is necessary to be able to intuitively grasp various pieces of information such as the type, role and importance of each server through external identification processing of the server equipment (e.g., server rack where a server is stored) or identification processing of the area where the server is placed. According to the present invention, there is an effect of selecting a target to be transferred first among server equipment in case of an emergency situation, and enabling rapid transfer handling.

Description

How to build a liquor distribution system{DISTRIBUTION SYSTEM CONSTRUCTING METHOD}

The present invention relates to a method for establishing a liquor distribution system, and more specifically, attaching an RFID tag (Tag) in which intrinsic information and distribution related information is input to a liquor container, and a database of unique information and distribution related information of alcohol is provided. The present invention relates to a method of establishing a mainstream distribution system capable of establishing a system for managing distribution of alcoholic beverages using a database server stored in a storage medium.

In the process of distributing a large amount of goods in relation to the distribution of alcohol, it is not limited to passive management through external personnel, and the distribution company that manages alcohol is more subjective and proactively manages distribution and efficiently and immediately manages its management processor. Although there is a need for a way to improve it, there is a problem that a technology that makes it easy to implement is developed and is not established, and is limited to the domain of experts. In addition, a real-time distribution is possible in real-time so that a tax portal through distribution distortion can be prevented, and a mainstream distribution system is needed that can protect consumers from fake liquor, but there is a problem that it is not easy to construct effectively. In addition, in preparing and operating server-related equipment for mainstream distribution management, it is necessary to intuitively grasp various information such as the role and importance of the server through the external identification of the server itself. Through this, it is necessary to have the technology to perform the emergency transfer of the server when an emergency occurs.

Korean Registered Patent No. 10-2028347

The present invention is to attach a RFID tag (Tag) in which the unique information and distribution related information of alcohol is input to a liquor container, and a database server in which a database of unique information and distribution related information of alcohol is input and stored in a storage medium is used. It is an object of the present invention to provide a method of establishing a liquor distribution system capable of constructing a system to manage distribution of liquor.

The present invention, in a method for establishing a liquor distribution system, preparing a liquor; And providing a DB server in which unique information related to alcohol is stored.

The mainstream distribution system construction method according to the present invention has the following effects.

First, the RFID tag (tag) in which the unique information and distribution related information of the alcohol is input is attached to the liquor container, and the database of the unique information and the distribution related information of the alcohol is input and stored in a storage medium using a database server. It is possible to provide a method of establishing a mainstream distribution system capable of constructing a system to manage distribution of a product.

Second, real-life distribution can be managed in real time to prevent tax portals through distribution distortion, and to build a mainstream distribution system that can protect consumers from fake alcohol.

Third, in preparing and operating server-related equipment for mainstream distribution management, each server equipment (eg, a server rack in which the server is stored) is externally identified and processed, or through the identification processing of the area where the server is located. It is necessary to make it possible to intuitively grasp various information such as server type, role, and importance. In addition, through this, in case of an emergency, it is possible to firstly select targets to be transferred among the server equipments, and to enable rapid transfer handling.

1 is a flowchart sequentially showing a method of establishing a liquor distribution system according to an embodiment of the present invention.
2A to 2B are views showing some components of the mainstream distribution system according to FIG. 1.
2C are diagrams of some other components of the mainstream distribution system according to FIG. 1;
3 to 10 are diagrams illustrating configurations according to an embodiment of the paint processing apparatus according to FIG. 1.
11A to 14 are diagrams illustrating configurations according to another embodiment of the paint processing apparatus according to FIG. 1.
15 is a view showing the configuration according to another embodiment of the paint processing apparatus according to the present invention. FIG. 16 is a view showing a state in which some components are added to the coating apparatus in FIG. 15.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. 1 is a flowchart sequentially showing a method of establishing a liquor distribution system according to an embodiment of the present invention. 2A to 2B are views showing some components of the mainstream distribution system according to FIG. 1. 2C are diagrams of some other components of the mainstream distribution system according to FIG. 1; 1 to 3, in the method of establishing a mainstream distribution system, in the method of establishing a mainstream distribution system, the method comprising: providing individual or silent units 11 in a storage space; Attaching the RFID tag 12 to the mainstream 11; And providing a plurality of DB servers (S1, S2, S3) in which unique information based on the RFID tag (12) is stored, wherein the DB servers (S1, S2, S3) have a predetermined first Information corresponding to the mainstream 11 is stored, information corresponding to the first DB server a1 located in the predetermined first storage area a1 and the predetermined second mainstream 11 is stored, and 2 A second DB server (a2) located in the storage area (a2), and a third DB server (in which the information corresponding to the predetermined third mainstream (11) is stored and located in the third storage area (a3) ( a3). It is possible that at least a portion of each of the first storage area (a1) to the third storage area (a3) is painted to correspond to a preset criterion through a painting processing device, and the first DB server (S1) to The server rack device (L1, L2, Ln) in which the third server (S3) is accommodated is painted in colors corresponding to the respective setting criteria through the painting processing device, thereby storing the type of internal storage data and the importance of internal storage data for each color. And it is provided to identify the priority handling priority to be moved in the event of an emergency. Here, in order to paint the first storage area (a1) to the third storage area (a3), in operating the painting apparatus, the nozzle is extended downward to set the lower area to precisely paint the corresponding area, and is set to be lowered. And injection tax adjustment. In addition to this, it may be desirable to use a metal cover member or the like that can cover the rest of the area except for the painted area to exclude the painting. 3 to 10 are diagrams illustrating configurations according to an embodiment of the paint processing apparatus according to FIG. 1. 11A to 13 are diagrams illustrating configurations according to another embodiment of the paint processing apparatus according to FIG. 1. In the painting processing apparatus described below, a plurality of spray nozzles 8 are mounted inside and are located at the bottom of the painting processing target (for example, the first server S1'), the second server S2', and the third. The server (S3') can be provided in a singular or a large number of plurals, the first storage area (a1), the second storage area (a2), the third storage area (a3, etc. can also be included) where the server device is located is painted. Disclosed is a body 110 including a left and right nozzle injector (4) (6) in the form of "c" to do. More specifically, as shown in FIGS. 3 and 4, the paint processing apparatus (a) of the present invention is constituted, and the paint processing apparatus main body (2) having a driving device installed facing each other at regular intervals as before and after is configured. However, a plurality of operation switches 2a for controlling the operation of the driving device are installed on the upper part of the main body 2 of the painting treatment device, and the left nozzle sprayer 4 rotates while being axially coupled between the main body 2 of the front and rear painting processing devices 2. It is configured to control the rotation of the right and left nozzle injectors 6 manually.

The distance between the main body 2 of the front-rear coating apparatus is formed to be somewhat wider than the width of the object, so that the object can be sufficiently positioned and positioned between the main body 2 of the front-rear coating apparatus. And on the upper side between the front and rear paint processing apparatus main body 2, the left nozzle sprayer 4 and the right nozzle sprayer 6, which are axially rotated by the driving device, are installed facing each other vertically, and the left and right nozzle sprayers ( 4) (6) is configured as a “c” shape so as to be symmetrical to each other, and as shown in FIG. 4, the left nozzle sprayer 4 and the right nozzle sprayer 6 are axially centered on the main body 2 of the front and rear paint processing apparatus. It is divided into two sides and configured to rotate. Therefore, in the present invention, the left and right nozzle ejectors (4) (6) are axially rotated on both sides around the front and rear paint processing apparatus body (2) to paint while the object is located between the front and rear paint processing apparatus bodies (2). Since this is achieved, it is possible to minimize the utilization of the cleaning space compared to the existing tunnel-type or mobile paint treatment device. The left and right nozzle injectors (4) (6) are configured to be equipped with a plurality of spray nozzles (8) for spraying fluid for painting by axially rotating from the main body (2) of the front and rear paint processing apparatuses with a driving device installed. do.

The left and right nozzle injectors (4) and (6) are aluminum materials with corrosion resistance, and are configured to form a pair in the form of a “c”, respectively, but the left and right nozzle injectors (4) (6) are square to round. The guide bar 10 is fixedly installed, and the fixed piece 12 equipped with a spray nozzle 8 is guided to the guide bar 10 so as to be fastened as a bolt. ) It is configured such that a plurality of injection nozzles (8) are located inside, and the position of the injection nozzles (8) is adjusted along the guide bar (10). In addition, since the injection nozzle 8 is coupled to the fixed piece 12 fastened to the guide bar 10, the spray nozzle 8 is installed to be rotated left and right on the fixed piece 12 to freely adjust the spray direction. Mount it to give.

Also, by rotating the left and right nozzle injectors (4) (6) to both sides, a plurality of proximity sensors (14) are mounted inside the left and right nozzle injectors (4) (6) to detect the separation distance from the object. In order to prevent the collision due to the rotational operation of the left and right nozzle injectors (4) (6) when the object is washed by zooming, it is configured to be installed. On the other hand, the left and right nozzle injectors (4) (6) constitutes a driving device that rotates to both sides by axially coupling to the main body 2 of the front and rear paint processing apparatus, as shown in FIGS. The left and right nozzle injectors (4) (6) are supported in the front and rear paint processing apparatus body (2) to be connected to the shaft through the drive shaft (16) and the driven shaft (18) so as to rotate in both directions. ) And the driven shaft 18 are respectively equipped with a driving gear 16a and a driven gear 18a so as to mesh with each other so that the left nozzle injector 4 and the right nozzle injector 6 rotate in the opposite direction in cooperation with each other. Configure to install.

At this time, the driving gear is rotated forward and backward according to the drive of the reduction motor 20, so that the reduction motor 20 is connected in a chain so that forward and reverse rotation is achieved by transmitting driving force to the driving shaft 16 on one side of the main body 2 of the front and rear painting processing apparatus 2. (16a) and the driven gear 18a is decelerated and rotated so that the rotation of the left nozzle injector 4 and the right nozzle injector 6 can be made at a relatively low speed. Further, on the drive shaft 16, there is further provided with a sensing rod 22 that rotates in an axis-coupled manner, and the sensing rod 22 rotates along the driving shaft 16, and the driving shaft is brought into contact with the limit switch 22a installed at regular intervals. The rotational angles of the left and right nozzle injectors 4 and 6 rotating by being axially coupled to the driven shaft 18 and 16 are controlled. In addition, on the driven shaft 18, the link stage 24 is configured to be axially coupled, but the link stage 24 is coupled to be connected to a gas shock absorber 26 installed on one side to drive the drive gear 16a and the driven gear 18a. When the gas is absorbed by the gas shock absorber 26 to relieve the driving force of the deceleration motor 20 which rotates the left and right nozzle ejectors 4 and 6 upon rotation, the left and right nozzles are prevented. The jetting table (4) (6) serves to hold the balance of weight with each other during forward and reverse rotation. Therefore, the painting processing apparatus (a) of the present invention is to be axially coupled to the main body (2) of the front and rear painting processing apparatus equipped with a driving device, and vertically facing the “c” type left and right nozzle spray units (4) (6) It is provided to allow the object to enter between the main body 2 of the front and rear paint processing apparatus, or to separate the ground area that becomes a painting area separately.

11A to 13 are diagrams illustrating configurations according to another embodiment of the paint processing apparatus according to FIG. 1. Hereinafter, a description will be given focusing on the portion having the technical characteristics based on the above-mentioned contents. Referring to Figure 11a to 13, the coating processing apparatus, a plurality of spray nozzles (8) is mounted on the inside and the "c" type left and right nozzle sprayer for painting the object to be painted located (bottom) 4) a body 110 including (6);, a first coating apparatus main body 111 provided below one side of the body 110; A second coating apparatus main body 112 provided below the other side of the body 110; A first extension body 113 provided below the first paint processing apparatus main body 111; A second extension body 114 provided below the second paint processing apparatus body 112; A first movable part 121 accommodating the first extension body 113 and moving the first paint processing apparatus body 111 back and forth in a sliding manner based on the received first extension body 113; A second movable part 122 for accommodating the second extension body 114 and for sliding the front and rear surfaces of the second paint processing apparatus body 112 in a sliding manner based on the received second extension body 114; It is provided in front of the first movable part 121 and the second movable part 122 to generate a pulling force or to generate a pushing force between the first movable part 121 and the second movable part 122. The first driving unit 130 is driven to; It is provided at the rear between the first movable portion 121 and the second movable portion 122 to generate a pulling force or push force between the first movable portion 121 and the second movable portion 122 A second driving unit 140 driven so as to be; The left nozzle injector 4 is accommodated at one side and interlocked, and the right nozzle injector 6 is accommodated and interlocked at the other side, and the left nozzle injector 4 and the right nozzle injector 6 are connected. It includes a linkage body 150 to drive the distance between each other or closer.

The first driving unit 130 includes a first entry module 132 mounted through a first receiving space S1 of the first movable unit 121 at one end and a second movable unit 122 at one end. A second entry module 133 mounted as a second accommodation space (S2) as a medium, and the first entry module 132 and the second entry module 133 are interlocked on both sides and the first entry module 132 is interlocked. And a first movable module 131 for moving the second entry module 133 back and forth.

The first entry module 132 protrudes the first pressing piece 1321b upward and downward from the first entry axis 1321a and the first entry axis 1321a, so that the first accommodation space S1 It includes a first fixing body 1321 including a first protrusion driving portion (1321c) for fixing the inner wall, the first movable portion 121 is the first entry shaft (1321a) on the first receiving space (S1) ) Is provided with a first built-in pressing piece (1211) for pressing the upper and lower, the first pressing piece (1321b) is based on the retraction of the first entry module 132, the first built-in pressing piece (1211) ) And fixed contact.

The second entry module 133 protrudes the second pressing piece 1331b upwardly and downwardly from the second entry axis 1331a and the second entry axis 1331a, so that the second accommodation space S2 It includes a second fixed body (1331) including a second projection driving portion (1331c) for fixing the inner wall, the second movable portion 122 is the second entry shaft (1331a) on the second receiving space (S2) A second internal pressing piece 1212 is provided to press the upper and lower sides of the, and the second pressing piece 1331b is based on the retraction of the second entry module 133, the second internal pressing piece 1212 It is caught in the side part of and is in fixed contact.

The second driving unit 140 includes a third entry module 142 mounted at a third receiving space (S3) of the first movable unit 121 at one end, and a second movable unit 122 at one end. A fourth entry module 143 mounted as a fourth accommodation space (S4) media, and the third entry module 142 and the fourth entry module 143 are interlocked on both sides and the third entry module 142 And a second movable module 141 for moving the fourth entry module 143 forward and backward. The third entry module 142 protrudes the third pressing piece 1421b upward and downward from the third entry axis 1421a and the third entry axis 1421a, so that the third receiving space S3 And a third fixing body 1421 including a third protruding driving portion 1421c fixing the inner wall.

The first movable part 121 is provided with a third built-in pressing piece 1213 that presses the upper and lower sides of the third entry shaft 1421a on the third receiving space S3, and the third pressing piece ( 1421b) is fixedly contacted by a side portion of the third internal pressing piece 1213 based on the retraction of the third entry module 142, and the fourth entry module 143 is a fourth entry axis 1431a And a fourth protrusion driving portion 1431c that protrudes the fourth pressing piece 1431b upward and downward from the fourth entry shaft 1431a to fix the inner wall of the fourth receiving space S4. Congestion 1431. The second movable part 122 is provided with a fourth built-in pressing piece 1214 that presses the upper and lower sides of the fourth entry shaft 1431a on the fourth receiving space S4, and the fourth pressing piece ( 1431b) is based on the retraction of the fourth entry module 143 to be fixedly contacted by hanging on the side of the fourth internal pressing piece 1214.

11 is a modified example of FIG. 10, referring to FIG. 11, the first entry module 132 may include a first-first area body L11 and a first-first area body L11 at one end. The first-2 extended region body L12 extending toward the first movable portion 121 and the first-2 extended region extending from the first-1 region body L11 toward the first movable portion 121 A first-3 extended area body L13 located below the body L12 is provided, and the first-2 extended area body L12 and the first-3 extended area body L13 are provided with the first. Each of the fixed bodies 1321 is provided to enter and mount the first receiving space S1 provided in plural of the first movable parts 121. The second entry module 133 includes a 2-1 region body L21 at one end and a 2-2 extension extending from the 2-1 region body L21 to the second movable part 122 side. The area body L22 and the 2-3 area extending from the 2-1 area body L21 toward the second movable part 122 and located below the 2-2 extension area body L22. A sieve L23 is provided. The second fixed body 1331 is provided on the second-second extended region body L22 and the second-third extended region body L23, respectively, and a plurality of second movable parts 122 are provided. It enters into the accommodation space (S2) and is mounted.

The third entry module 142 includes a 3-1 area body L31 at one end and a 3-2 extension extending from the 3-1 area body L31 to the first movable part 121 side. The area body L32 and the 3-3 area extending from the 3-1 area body L31 toward the first movable part 121 and located below the 3-2 extension area body L32 A sieve L33 is provided, and the third fixing body 1421 is provided on the 3-2 extension region body L32 and the 3-3 extension region body L33, respectively, so that the first movable part 121 is provided. ) Is entered into the third receiving space (S3) provided in plural. The fourth entry module 143 includes a 4-1 area body L41 at one end and a 4-2 extension extending from the 4-1 area body L41 to the second movable part 122 side. The area body L42 and the 4-3 extension area extending from the 4-1 area body L41 toward the second movable part 122 and positioned below the 4-2 extension area body L42. A sieve L43 is provided. The fourth fixed body 1431 is respectively provided in the 4-2 extended region body L42 and the 4-3 extended region body L43, and the fourth movable body 122 is provided in plural. It enters into the accommodation space (S4) and is mounted.

The first-first extended area body L11 and the first-second extended area body L12 are provided to be able to flow up and down in a predetermined range on the first-first extended area body L11, so that the first fixed body (1321) is provided so that the fixing force acts in a state attached to the first receiving space (S1), the 2-1 extended area body (L21) and the 2-2 extended area body (L22) is the first It is provided to be able to flow up and down in a certain range on the 2-1 area body (L21), and is provided so that the fixing force acts while the second fixing body 1331 is attached to the second receiving space S2. The 3-1 extended region body L31 and the 3-2 extended region body L32 are provided to be able to flow up and down in a predetermined range on the 3-1 region body L31, and the third fixed body (1421) is provided so that the fixing force acts in a state attached to the third receiving space (S3), the 4-1 extended area body (L41) and the 4-2 extended area body (L42) is the first It is provided to be able to flow up and down in a predetermined range on the 4-1 area body (L41), and is provided so that the fixing force acts while the fourth fixing body (1431) is attached to the fourth receiving space (S4).

To further explain, the first movable part 121 is driven by the motor-based electric slider (not shown) installed therein to be installed with the first body 111 as a base to drive the first body 111 forward and backward. Can. In addition, the first movable unit 121 may be driven to advance and retreat the first body 111 by having the electric piston cylinder module (not shown) installed in a single or plural number to be interlocked with the first body 111. have. The second movable unit 122 may drive the second body 112 forward and backward by being installed with the second body 112 based on a motor-based electric slider installed inside. In addition, the second movable part 122 may drive the second body 112 forward and backward by installing the electric piston cylinder module to be interlocked with the second body 112 in singular or plural. Meanwhile, the painting processing apparatus is provided in front between the first movable part 121 and the second movable part 122 to generate a pulling force between the first movable part 121 and the second movable part 122. It is provided at the rear between the first driving unit 130 and the first movable unit 121 and the second movable unit 122 is driven to generate a force to push or push the first movable unit 121 and the second A second driving unit 140 that is driven to generate a pulling force or to generate a pushing force between the movable units 122, and the first nozzle unit 4, which is located on one side and is accommodated and interlocked on one side. The structural part 152, the second structural part 153 located on the other side and the right nozzle ejection table 6 is accommodated and interlocked, and the first structural part 152 and the second structural part 153 are accommodated therein. The interlocking body 150 including a third structure 151 for driving back and forth to move the distance between the left and right nozzles 4 and the right and left nozzles 4 to move farther or closer to each other It may include.

15 is a view showing the configuration according to another embodiment of the paint processing apparatus according to the present invention. FIG. 16 is a view showing a state in which some components are added to the coating apparatus according to FIG. 15. Parts similar to those described above will be omitted and description will be focused on parts having technical characteristics. In addition, in relation to the foregoing and the contents described below, the ratio and size of the entire drawing are schematically displayed, and thus, the present specification should be understood on the premise that the ratio and size of the drawings are not limited thereto. On the other hand, although the position or shape of the nozzle is not specifically shown, it will be understood that the nozzle is provided to correspond to the above. The painting processing apparatus includes a base panel 210, a plurality of first extension parts 211 provided under the first movable part 121, and the first extension part provided on the base panel 210. The first support flow portion 212 that accommodates (211) and flows in a predetermined range in response to at least one of the first drive portion 130 and the second drive portion 140 or moves upward and downward. ), a plurality of second extensions 213 provided under the second movable unit, and the first driving unit 130 provided in the base panel 210 and accommodating the second extensions 213. And a second support flow portion 214 that flows in a predetermined range or moves up and down in a predetermined range in response to at least one flow of the second drive portion 140, and a predetermined guide plate 215. A guide plate 215 is provided at one end and is extrapolated to the first extension portion 211, rotated on the guide plate 215 to apply a torsional force to the first extension portion 211 to apply the first extension portion 211 ), a first extrapolation part 216 capable of driving a first operation mode to be held, and provided at the other end of the guide plate 215, extrapolated to the second extension part 213, and the guide plate 215 A second extrapolation unit 217 capable of driving a second operation mode to rotate on the second extension unit 213 to apply a torsional force to hold the second extension unit 213, and the base panel 210 ) Is provided on the drive shaft portion 218 provided to be able to move up and down, and is provided on the upper portion of the drive shaft portion 218 to rotate and flow, and the guide plate 215 at the top of the flow shaft portion 219 ) The first interlocking shaft portion 221 interlocked with the bottom portion and the second interlocking shaft portion 222 interlocking with the bottom portion of the guide plate 215 in a diagonal direction from one side portion of the flow shaft portion 219 and the flow shaft portion ( 219) a third interlocking shaft portion 223 interlocked from the other side portion to the bottom portion of the guide plate 215 in a diagonal direction. It is preferable that the painting treatment apparatus is provided with an appropriate size to accommodate a fluid treatment object accommodated in the central space.

At this time, based on the rotation of the flow shaft portion 219, the guide plate 215 applies a constant rotational fixation force to the first extension portion 211 and the second extension portion 213, and the first extrapolation The part 216 is provided with a first-first cushioning panel 224 at the top and a first-second cushioning panel 225 at the bottom, and the second extrapolation part 217 is second- at the top. One buffer panel 226 is provided, and a second-2 buffer panel 227 is provided at the bottom.

On the other hand, the first support flow portion 212 and the second support flow portion 214, the first extrapolation portion 216 and the second extrapolation portion 217, respectively, the first extension portion 211 and It is possible to drive the first extension part 211 and the second extension part 213 downward in the release state in which a pressing force based on rotation is not applied to the second extension part 213, respectively. The first-first cushioning panel 224 and the second-first cushioning panel 226, respectively, when the first driving part 211 and the second extending part 213 are driven downward, the first movable part ( 121) and the second movable portion 122, the buffer is in contact with the lower portion and the first-2 buffer panel 225 and the second-2 buffer panel 227 are respectively the first support flow portion 212 And the second support flow portion 214 to perform buffering.

The base plate 210 includes a first upper projection 2101 that is recessed from the upper surface of one end, a first lower projection 2102 that is recessed from the lower surface of one end, and a second upper projection 2103 that is recessed from the upper surface of the other end. ), and a second lower protrusion 2104 that is retracted from the lower surface of the other end, and the painting processing apparatus includes a first gripping module part for gripping and fixing one end of the base plate 210, and the base plate ( 210) includes a second gripping module for gripping and fixing the other end.

At this time, the first gripping module unit, the 1-1 vertical body portion 228 positioned at one end of the base plate 210, and the 1-1 vertical body portion 228, the base plate 210 The first 1-1 horizontal body portion 229 provided as an upper portion of the first and 1-1 horizontal body portion 229 is provided on the upper portion of the first upper protrusion 2101 is inserted into the base The 1-1 mounting hole 231 for pressing the plate 210, and the 1-2 horizontal body part provided at one end of the base plate 210 from the 1-1 vertical body part 228 The first and second mounting holes (230), provided at the lower portion of the first and second transverse body parts (230), are inserted into the first lower protrusion (2102) to press the base plate (210) ( 231).

The second gripping module unit includes a 2-1 vertical body portion 232 positioned at one end of the base plate 210 and one end of the base plate 210 at the 1-1 vertical body portion 228. The 2-1 horizontal body portion 233 provided as an upper portion of the 2-1 horizontal body portion 233 is provided on the upper portion of the second upper protrusion 2103 is inserted into the base plate ( 2-1 mounting hole 234 for pressing the 210), and the 2-2 horizontal body portion 235 provided at the lower end of one end of the base plate 210 in the 2-1 vertical body portion 232 ), the 2-2 mounting hole 236 provided on the lower portion of the 2-2 horizontal body portion 235, the second lower projection portion 2104 is inserted into the inside and pressurizing the base plate 210 It includes.

The first-first mounting hole 231 is rotated in the first-first horizontal body part 229 to generate a fixing force on the base plate 210 via the first upper protrusion 2101, and the The 1-2 mounting hole 231 is rotated in the 1-2 horizontal body portion 230 to generate a fixing force on the base plate 210 via the first lower protrusion 2102, and the first The 2-1 mounting hole 234 is rotated in the 2-1 horizontal body part 233 to generate a fixing force to the base plate 210 via the second upper protrusion 2103. The 2-2 mounting hole 236 is rotated in the 2-2 horizontal body portion 235 to generate a fixing force to the base plate 210 via the second lower protrusion 2104.

The painting processing apparatus includes a first push bar 243 provided with a lower protruding structure 241 provided at a lower portion of the base plate 210 and a first contact hole 242 at one side of the lower protruding structure 241. A first pressing structure portion pressing the first-2 horizontal body portion 230 and the 1-2 mounting hole 231 by driving the second contact hole 244 on the other side of the downward protrusion structure portion 241 It further includes a second pressing structure for driving the second push bar 245 equipped with the second-2 horizontal body 235 and the second-2 mounting hole 236. Here, the downward projecting structure 241 is provided with a ground fixing protrusion 2411 which is inserted and fixed to the ground portion at the lower portion so as to be able to prevent slipping on the ground by flow due to physical impact. On the other hand, the interlocking body 150 is provided so that the interlocking body 150 flows back and forth as well as a plurality of neighbors, so that the overall driving for painting can be performed without moving.

Although the present invention has been described with reference to the embodiments shown in the drawings, these are merely exemplary, and those skilled in the art will understand that various modifications and equivalent other embodiments are possible therefrom. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the appended claims.

11': Alcohol
12': RFID tag
S': Server
S1': 1st server
S2': Second server
S3': 3rd server

Claims (2)

As a painting device for the server rack for processing the server rack devices (L1, L2, Ln) that accommodates the first DB server (S1) to the third server (S3),
The painting device,
A body 110 including a plurality of spray nozzles 8 mounted inside, a left nozzle sprayer 4 in the form of “c” and a right nozzle sprayer 6 for painting the object to be painted located at the bottom. )Wow,
The first body 111 is provided on one side of the lower body 110,
The second body 112 provided on the other side of the lower body 110,
The first extension body 113 provided below the first body 111,
A second extension body 114 provided below the second body 112,
A first movable part 121 for receiving the first extension body 113 and for moving the first body 111 back and forth in a sliding manner based on the received first extension body 113,
A second movable part 122 for accommodating the second extension body 114 and for moving the second body 112 back and forth in a sliding manner based on the received second extension body 114;
It is provided in front of the first movable part 121 and the second movable part 122 to generate a pulling force or to generate a pushing force between the first movable part 121 and the second movable part 122. The first driving unit 130 is driven to
It is provided at the rear between the first movable portion 121 and the second movable portion 122 to generate a pulling force or push force between the first movable portion 121 and the second movable portion 122 The second driving unit 140 is driven so as to,
A first structural part 152 located on one side and the left nozzle injector 4 is accommodated on one side and interlocked, and a second structural part 153 located on the other side and the right nozzle injector 6 is accommodated and interlocked. And, by moving the first structure portion 152 and the second structure portion 153 therein and advancing to both sides, thereby increasing the distance between the left nozzle jetting table 4 and the right nozzle jetting table 6 or It includes an interlocking body 150 including a third structure 151 for driving forward and backward to make it closer,
The first driving unit 130,
A first entry module 132 mounted through a first accommodation space S1 of the first movable part 121 as a medium, and a second accommodation space S2 of the second movable part 122 at one end The second entry module 133 is mounted, and the first entry module 132 and the second entry module 133 are interlocked on both sides, and the first entry module 132 and the second entry module 133 are interlocked. ) Includes a first movable module 131 for moving back and forth,
The first entry module 132,
A first protruding drive unit for protruding a first pressing piece 1321b upwardly and downwardly from the first entering shaft 1321a and the first entering shaft 1321a to fix the inner wall of the first receiving space S1 ( 1321c) and includes a first fixture (1321),
The first movable part 121 is provided with a first built-in pressing piece 1211 that presses the upper and lower sides of the first entry shaft 1321a on the first accommodation space S1,
The first pressing piece 1321b is fixedly contacted by hanging on the side of the first internal pressing piece 1211 based on the retraction of the first entry module 132,
The second entry module 133,
A second protrusion driving part (1331c) for protruding the second pressing piece (1331b) upward and downward from the second entrance shaft (1331a) and the second entrance shaft (1331a) to fix the inner wall of the second receiving space (S2) It includes a second fixture (1331), including,
The second movable part 122 is provided with a second built-in pressing piece 1212 that presses the upper and lower sides of the second entry shaft 1331a on the second accommodation space S2,
The second pressing piece 1331b is fixedly contacted by hanging on the side of the second internal pressing piece 1212 based on the retraction of the second entry module 133,
The second driving unit 140 is
A third entry module 142 mounted at one end with a third receiving space S3 of the first movable part 121,
A fourth entry module 143 mounted at one end with a fourth receiving space S4 of the second movable part 122;
The third entry module 142 and the fourth entry module 143 are interlocked on both sides, and the second operation module 141 for moving the third entry module 142 and the fourth entry module 143 forward and backward. It includes,
The third entry module 142,
A third protrusion driving portion 1421c protruding the third pressing piece 1421b upward and downward from the third entrance shaft 1421a and the third entrance shaft 1421a to fix the inner wall of the third receiving space S3 It includes a third fixture (1421) comprising a),
The first movable part 121 is provided with a third built-in pressing piece 1213 that presses the upper and lower sides of the third entry shaft 1421a on the third accommodation space S3,
The third pressing piece 1421b is fixedly contacted by hanging on the side of the third internal pressing piece 1213 based on the retraction of the third entry module 142,
The fourth entry module 143,
A fourth protrusion driving part 1431c that protrudes the fourth pressing piece 1431b upward and downward from the fourth entry shaft 1431a and the fourth entry shaft 1431a to fix the inner wall of the fourth receiving space S4. Includes a fourth fixture (1431) comprising a),
The second movable part 122 is provided with a fourth built-in pressing piece 1214 that presses the upper and lower sides of the fourth entry shaft 1431a on the fourth receiving space S4,
The fourth pressing piece 1431b is a painting device for a server rack that is fixedly contacted by a side portion of the fourth internal pressing piece 1214 based on the retraction of the fourth entry module 143. delete

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