KR20110113848A - Washing apparatus for 3d glasses - Google Patents

Abstract

The 3D glasses-only washing apparatus according to the present invention is a device that cleans and disinfects 3D glasses exclusively used in a movie theater (3D dedicated tube) and repeatedly used.
The present invention is divided into a washing machine unit for washing the 3D glasses and the washing machine unit is provided with a variety of supply device is installed, the machine unit is filled with detergent (solvent) and disinfectant, including washing water and rinsing water (booster) Various supply containers and washing and rinsing water (booster) filled in each storage container, as well as supply and control (operating) device for supplying detergent (solvent) and disinfectant selectively and intermittently, In the state where the 3D glasses rack loaded with a plurality of 3D glasses are loaded with washing water, rinsing water (booster), detergent (solvent) and disinfectant, which are selectively and intermittently supplied from the machine unit, It was sprayed to the 3D glasses rack from the lower side to clean, rinse and disinfect the 3D glasses placed in the 3D glasses rack.
The present invention, while the process of washing and disinfecting the 3D glasses to prevent the contamination of the 3D glasses at the source again and maintain an extremely hygienic, and can also completely exclude the user from being contaminated by contaminants or infected by bacteria. have.
The present invention saves time and effort (manpower) significantly by automatically cleaning, rinsing and disinfecting a plurality of used 3D glasses simultaneously, and greatly improving workability (efficiency). It can be made and cleaned and disinfected completely.

Description

Washing apparatus for 3D glasses}

The present invention relates to a 3D glasses-only washing device that only washes the 3D glasses.

To explain this in more detail, the washing apparatus is divided into a mechanical unit for installing various supply devices and a washing unit for washing 3D glasses, but the mechanical unit includes washing water and rinsing water (booster), detergent (solvent) and Install and clean various supply containers filled with disinfectants, supplying water and rinsing water (booster) filled with each storage container, and supplying and controlling (operating) devices for selective and intermittent supply of detergents (solvents) and disinfectants. The 3D glasses rack is equipped with 3D glasses with a large number of 3D glasses placed in the device section, and wash water, rinse water (booster), detergent (solvent) and disinfectant, which are selectively and intermittently supplied from the machine unit, are loaded with 3D glasses. Spray, rinse and disinfect the 3D glasses placed on the 3D glasses rack by spraying them to the 3D glasses rack on the upper and lower sides of the Brine (washing, rinsing and disinfection) aims to provide a 3D glasses-only washing device that can be collected and discharged to the outside.

In recent years, movie theaters are rapidly spreading in three-dimensional (Three Dimentions, Three Dimentional) stereoscopic films through 3D (Three Dimentions, Three Dimentional) theaters, and 3DTV (Television) is rapidly spreading in general homes. In addition, the image of the screen can be viewed as a 3D stereoscopic image.

A 3D display (stereoscopic image) of such an image (image) produced by a stereoscopic display is a stereoscopic display, and a stereoscopic display is used to display two different two-dimensional images (images: views) of the same object or scene. Combination provides a multidimensional image cues, each image (view) being viewed by any one of the viewer's eyes and two images (views) by the human visual system. It is integrated sequentially and recognized by the viewer to form a three-dimensional image.

As described above, when watching 3D (Three Dimentions, Three Dimentional) stereoscopic images through a movie theater or 3DTV (Television), 3D stereoscopic image-only 3D glasses are worn.

In particular, 3D glasses, which are distributed to the audience mainly in cinemas (3D theaters), are worn and returned after viewing the movies.In this way, 3D glasses that are temporarily distributed and recovered to each customer in the theaters (3D theaters) are As it is used repeatedly, hygiene problems are raised, so it is inevitably required to maintain and disseminate 3D glasses hygienically.

As such, 3D glasses-only washing apparatuses for cleaning and disinfecting 3D glasses, which are prevalently used and repeatedly used by the audience in a movie theater (3D dedicated theater), are not widely distributed.

Therefore, the used 3D glasses should be wiped with a towel (glass wipe), but since the 3D glasses should be wiped with a towel (glass wipe), it requires a lot of time and effort (manpower), which significantly reduces workability (efficiency). In this case, the cleaning state is also incomplete.

In addition, since the worker is contaminated again by the worker in the process of wiping the 3D glasses with a towel (glass wipe), this is also unsanitary, and thus it is impossible to completely exclude the user from being contaminated by contaminants or infected with bacteria. .

The present invention is to provide a 3D-glasses only cleaning device to be able to provide a hygienic storage and 3D glasses by providing a clean as well as disinfecting 3D glasses once used as described above.

The present invention, in particular, to provide a 3D glasses-only washing apparatus for cleaning and disinfecting 3D glasses that are distributed to the audience in a movie theater (3D dedicated pipe) and repeatedly used.

The present invention is divided into a washing machine unit for washing the 3D glasses and the washing machine unit is provided with a variety of supply device is installed, the machine unit is filled with detergent (solvent) and disinfectant, including washing water and rinsing water (booster) Various supply containers and washing and rinsing water (booster) filled in each storage container, as well as supply and control (operating) device for supplying detergent (solvent) and disinfectant selectively and intermittently, In the state where the 3D glasses rack loaded with a plurality of 3D glasses are loaded with washing water, rinsing water (booster), detergent (solvent) and disinfectant, which are selectively and intermittently supplied from the machine unit, Spray, rinse and disinfect 3D glasses placed in the 3D glasses rack by spraying them to the 3D glasses rack from the lower side, and contaminated water (washing and rinsing) generated by washing, rinsing and And disinfection) is to provide a 3D glasses cleaning device that can be collected and discharged to the outside.

Still another object of the present invention is to prevent contamination of the 3D glasses again during the process of cleaning and disinfecting the 3D glasses, and to maintain and store in an extremely hygienic manner, it is also possible that the user is contaminated by contaminants or infected by bacteria or the like. It is to provide a 3D glasses cleaning device that can be completely excluded.

Another object of the present invention is to automatically perform washing, rinsing and disinfection of a plurality of used 3D glasses simultaneously, significantly saving time and effort (manpower) and greatly improving workability (efficiency). It is to provide a 3D glasses-only washing device that can be carried out, and the cleaning and disinfection state can be carried out completely.

BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects,

Selective and intermittent repetitive supply of detergents (solvents) and disinfectants, including wash water and rinse water (booster), to 3D glasses placed in 3D glasses racks to clean and disinfect 3D glasses placed in 3D glasses racks, and contaminated water Is achieved by the 3D glasses-only washing device (1) characterized in that it can be discharged to the outside.

Other above and other objects of the present invention,

Various storage containers filled with detergents (solvents) and disinfectants, including washing water and rinsing water (boosters), and detergents (solvents) and disinfectants, including washing and rinsing water (boosters) filled in each storage container. A mechanism unit provided with a supply device and a control (operation) device for supplying;

In the state where the 3D glasses rack loaded with a plurality of 3D glasses are loaded with washing water, rinsing water (booster), detergent (solvent) and disinfectant, which are selectively and intermittently supplied from the machine unit, Spray, rinse, and disinfect the 3D glasses placed in the 3D glasses rack by spraying them to the 3D glasses rack from the lower side, and collect the contaminated water (washing, rinsing, and disinfection) generated by washing, rinsing, and disinfection It is achieved by a 3D glasses-only washing device (1) characterized in that it comprises a;

The present invention relates to a 3D glasses-only washing apparatus for cleaning and disinfecting 3D glasses to be used repeatedly and repeatedly distributed to the audience in a movie theater (3D dedicated tube).

The present invention is divided into a washing machine unit for washing the 3D glasses and the washing machine unit is provided with a variety of supply device is installed, the machine unit is filled with detergent (solvent) and disinfectant, including washing water and rinsing water (booster) Various supply containers and washing and rinsing water (booster) filled in each storage container, as well as supply and control (operating) device for supplying detergent (solvent) and disinfectant selectively and intermittently, In the state where the 3D glasses rack loaded with a plurality of 3D glasses are loaded with washing water, rinsing water (booster), detergent (solvent) and disinfectant, which are selectively and intermittently supplied from the machine unit, Spray, rinse and disinfect 3D glasses placed in the 3D glasses rack by spraying them to the 3D glasses rack from the lower side, and contaminated water (washing and rinsing) generated by washing, rinsing and And disinfection) can be collected and discharged to the outside.

The present invention, while the process of washing and disinfecting the 3D glasses to prevent the contamination of the 3D glasses at the source again and maintain an extremely hygienic, and can also completely exclude the user from being contaminated by contaminants or infected by bacteria. have.

In addition, the present invention can significantly save time and effort (manpower) by automatically cleaning, rinsing and disinfecting a plurality of used 3D glasses at the same time, and greatly improves workability (efficiency). It can be improved, and cleaning and disinfection can be carried out and maintained completely.

1 is a perspective view of a 3D glasses-only washing apparatus according to the present invention.
2a and 2b is a front view and a side view of the 3D glasses-only washing apparatus according to the present invention.
3 is an explanatory view of the operation relationship of the door opening and closing device in the 3D glasses-only washing apparatus according to the present invention.
Figures 4a and 4b is an explanatory view showing the operation state of the washing state of the 3D glasses-only washing apparatus according to the present invention in cross section.
Figures 5a and 5b is an exploded perspective view and a partially enlarged cross-sectional view showing an exploded perspective view showing the extraction of the rack guide device in the 3D glasses cleaning device according to the present invention.
6a to 6b is an exemplary view showing an extract of the detergent supply device, rinse supply device, disinfectant supply device in the 3D glasses cleaning device according to the present invention.
7a to 7d is a perspective view and a plan view and a front view and a side view showing the extract of the 3D glasses in the 3D glasses cleaning rack according to the present invention.
8 is an electrical connection diagram showing the system of the mechanical device in the 3D glasses-only washing apparatus according to the present invention.

These and other objects and features of the present invention will be more clearly understood from the following detailed description based on the accompanying drawings.

1 to 8 show a specific implementation of the 3D glasses-only washing apparatus 1 according to the present invention.

1 and 2a and 2b are a perspective view, a front view and a side view of a 3D glasses-only washing device 1 according to the present invention, Figure 3 is an explanatory view of the operation relationship of the door opening and closing device 11 in the present invention, Figure 4a and 4b is an explanatory view showing an operation relationship showing a washing state of the 3D glasses-only washing apparatus 1 according to the present invention.

5A and 5B are exploded perspective views and partial enlarged cross-sectional views illustrating the extraction of the rack guide device 40 according to the present invention, and FIGS. 6A to 6B show the detergent supply device 30-1 and the rinse in the present invention. Exemplary view showing an extracting device 31-1 and a disinfectant supplying device 32-1. FIGS. 7A to 7D are a perspective view, a plan view, and a front view of the 3D eyeglass rack 50 according to the present invention. Figure 8 is a side view, Figure 3 is an electrical connection showing the system of the machine in the 3D glasses-only washing apparatus according to the present invention.

Hereinafter, the configuration of the 3D glasses-only washing apparatus 1 according to the present invention.

3D glasses-only washing apparatus 1 according to the present invention is a mechanical device portion 2 is maintained at a predetermined height by the support leg 4-1 of the lower portion as illustrated in Fig. 1 and 2a and 2b ) Was installed and the upper part of the washing device (3) to have a sense of unity (integrated).

The elevating opening and closing door 5 of the elevating opening and closing door 5 to open and close the washing chamber (5-2) formed in the elevating opening and closing door (5) is installed on the upper side. It is operated by the elevating opening and closing door (5) to be opened and closed while operating up and down, and on the front of the elevating opening and closing door (5) by installing a transparent see-through plate (5-1) to be sealed up and down the opening and closing door (5) That is to see the inside of the washing room (5-2) to see the inside.

In addition, the controller 60 is installed at one rear end of the elevating opening / closing door 5, and the remote controller 62 is provided, and the control panel 61 is installed at the front of the main frame 2 in accordance with the present invention. It is possible to control (adjust) the operation of the glasses-only washing device (1).

The door opening and closing device 11 for opening and closing the washing chamber 5-2 by operating the elevating opening and closing door 5 up and down was formed as illustrated in FIGS. 1 and 2.

In the upper surface of the main frame 4, the rear end of the guide plate 12, which is provided with the rear plate (12-1) integrally provided at the rear end is installed vertically fixed side by side.

On the outside of the elevating opening and closing door 5, the opening and closing handle 10 bent in a 'c' shape was fitted from the front to the rear, and the elevating opening and closing door 5 was moved up and down in order to be able to operate up and down. An extension part 10-1 integrally connected to the rear end upper part of the opening / closing door 5 and both rear end parts of the opening and closing handle 10, and a mounting piece 12-2 formed at the upper front part of the guide column 12. The fixed support shaft 13 was integrally combined to install a mandrel.

When the elevating opening / closing door 5 is opened and closed while raising and lowering, the elevating opening and closing door 5 is guided and supported by the elevating vertical guide means so that the elevating opening and lowering is carried out vertically, and after both sides of the opening and closing handle 10. The door lifting and lowering assistance means was installed at the end to make the lifting and lowering door 5 easy to move up and down (opening and closing) when the lifting and lowering door 5 is moved up and down.

The elevating vertical guide means for guiding and supporting the elevating opening and closing door 5 vertically when the elevating opening and closing door 5 is opened and closed is formed as follows.

The door rollers 16-1 are mounted on the upper sides of both corners of the rear plate 5 so as to support the rear of the elevating opening and closing door 5 when the elevating opening and closing door 5 is elevated. On the rear lower end of the elevating opening / closing door 5, the elevating roller 16-2 is mounted on the shaft (mandrel installed), and the elevating roller 16-2 is disposed at both ends of the rear frame from the upper surface of the main frame 4. When the elevating opening and closing door 5 is moved up and down by inserting the guide support 12 installed up and down, the lifting roller 16-2 is moved up and down inside the guide support 12.

Door lifting aids provided at both rear ends of the opening / closing handle 10 in order to allow the lifting and lowering door 5 to be moved up and down (opening and closing) more easily when the lifting and lowering door 5 is moved up and down. The means was formed as follows.

The upper portion of the 'c' shaped guide column 12 formed integrally with the rear plate 5 is formed to cut through the operating space in front and rear, and extends at the rear end of the opening / closing handle 10 passing through the operating space. Part 10-1 was integrally formed, and the extended part 10-1 formed at the rear end of the opening / closing handle 10 was inserted into the upper working space part of the guide column 12 and passed through the guide column ( Both ends of the coil spring 14 for the bullet are respectively provided between an end portion of the extension portion 10-1 of the opening / closing handle 10 inserted into the upper working space portion of the upper portion 12 and the inner rear end portion of the main frame 4. It was installed by hanging.

The coil coil 14 for elasticity that is engaged between the end portion of the extension portion 10-1 of the opening and closing handle 10 and the inner rear end portion of the main frame 4 has an upper coil spring 14-1 and a lower side. By connecting the coil springs 14-2 in series and walking, the opening / closing handle 10 and the elevating opening / closing door 5 can be operated more smoothly than when the coil springs 14 are operated by one bullet coil 14. .

In particular, a spring tension adjusting means is further installed at an inner rear end of the main frame 4 on which the lower end of the coil spring 14 for elasticity is walked to adjust the tension of the coil spring 14, and the spring tension adjusting means. Was formed as follows.

The lower end of the coil coil spring 14 or the lower coil spring (14-2) is coupled to the spring high information bolt (18), the lower coil spring (14) or lower coil spring (14-2) of the Inside the body frame (4) to be hooked fixed to the rear in the middle of the support hole 17 is a horizontal hole, coupled to the lower end of the coil coil 14 or lower coil spring (14-2) for the bullet The spring nut information nut 18 was inserted into the hole of the support piece 17 from the upper side to the lower side, and then the adjustment nut 19 was screwed to the spring piece information nut 18 protruding downward from the support piece 17.

By adjusting (tightening or releasing) the adjusting nut 19, the tension of the coil coil 14 for the bullet or the upper coil spring 14-1 and the lower coil spring 14-2 connected in series is adjusted. I can regulate it.

The opening and closing handle 10 is further provided with a door lowering and lowering buffer means for operating (opening and lowering) the opening and closing handle 10, the strength of the opening and closing handle 10 is lowered by the weight of the elevating opening and closing door 5 ( Impact).

The door lifting lowering means is installed on the side bar of the opening and closing handle 10, the support bar 15, the upper end of the shaft (15-1), the lower end of the support bar (15) roller (15-2) It was formed by mounting.

Inside the main body frame 4 forming the mechanism unit 2, as shown in FIGS. 4A to 8, various kinds of machinery including a washing water tank 21 and a rinsing water tank 22 were installed. Although not shown, the upper opening hopper having a discharge pipe bottom is installed on the lower side of the upward spray nozzle so that the contaminated water (washing, rinsing and disinfection) generated by washing, rinsing and disinfection can be collected and discharged to the outside. It was.

Inside the main frame 4, the washing water tank 21 and the rinsing water tank 22 were installed to be communicated by the connecting pipe 23, and the washing water tank 21 and the rinsing water tank 22 were respectively stored. The washing water and the hem water are pumped by the washing water supply pump 24 and the rinsing water supply motor pump 26 to the downward spray nozzle 27 and the upward spray nozzle 28 of the washing apparatus unit 3 which will be described in detail later. It could be supplied and sprayed.

The upper water level sensor 21-1, 22-1 and the lower water level sensor 21-2, 22-2 are respectively disposed on the upper side and the lower side of the washing water tank 21 and the rinsing water tank 22, respectively. It was installed to be able to measure the complete filling amount and consumption (remaining amount) of each washing water and rinsing water filled in the washing water tank 21 and the rinsing water tank 22.

If the washing water or rinsing water remaining in the mall washing water tank 21 or the rinsing water tank 22 is detected by each of the lower water level sensors 21-2 and 22-2, a separate supply device (not specifically shown) By supplying the washing water or the rinsing water, respectively, to be filled (supplemented), and when the washing water or the rinsing water being filled (filled) is detected by each of the upper level sensors 21-1 and 22-1, the supply device (specifically, (Not shown) was stopped to allow the washing or rinsing water to stop supplying (filling).

In addition, the washing water tank 21 and the rinsing water tank 22 are washing tank heaters 21-4 and rinsing tank heaters 22-4: 22-4-1. 22-4-2 as heating means (apparatus). Mounted to each, so that the washing water and the rinsing water filled in the washing water tank 21 and the rinsing water tank 22 can be heated to an appropriate temperature, preferably 40 ~ 90 ℃, respectively.

In addition, when the washing water tank 21 and the rinsing water tank 22 are provided with temperature sensors 21-3 and 22-3 as temperature sensing means, respectively, the washing water and the rinsing water are out of an appropriate temperature (40 to 90 ° C). In other words, if the temperature falls below 40 ℃, the detergent and rinse function may be weakened and washing and rinsing may not be carried out efficiently.If the temperature rises above 90 ℃, foam may be generated in the detergent and rinse more than necessary. There is a risk of dropping, so most preferably it is to maintain the temperature of the wash water and rinsing water at 50 ~ 70 ℃.

Therefore, the washing tank heater (21-4) and the rinsing tank heater (22-4: 22-4-1. 22-4-2) to operate or stop the appropriate temperature (40 ~ 90) C) can be maintained.

A washing tank water supply solenoid 21-5 and a rinsing tank water supply solenoid 22-5 are respectively installed at each outlet or discharge pipe of the washing water tank 21 and the rinsing water tank 22, and the upper water level sensor 21-1. By the operation of (22-1) and the lower water level sensor (21-2) (22-2), the washing water supply motor pump 24 and the rinsing water supply motor pump 26 are selectively operated automatically.

In addition, the inside of the main frame 4 was further installed a device that can selectively supply detergent and rinse and disinfectant.

The detergent and the rinse and disinfectant selective supply device, the detergent container 30, the rinse container 31 and the disinfectant container 32 is installed, respectively, the detergent supply device 30-1 and the rinse agent supply device (31-) 1) and disinfectant supplying device (32-1) were mounted, respectively, so that detergent, rinse and disinfectant could be selectively supplied to the downward injection nozzle (27) and the upward injection nozzle (28), respectively.

In particular, in the detergent (solvent) and the rinse and disinfectant filled in each of the detergent container 30, the rinse container 31 and the disinfectant container 32, the detergent (product name: Optim Safe) maintains the concentration at 0.05 ~ 0.20% The rinse (product name: Optimum 162) maintains the concentration at 0.05-0.20%, and the disinfectant (product name: J-80) preferably maintains the concentration at 0.50-0.90%.

Detergent supply device (30-1), rinse agent supply device (31-1) and disinfectant supply device (32-1) installed in the detergent container (30), rinse container (31) and disinfectant container (32), respectively, FIG. It was formed as illustrated in 6a and 6b.

The interior of the main frame 4 is equipped with a device frame (39) bent in a 'b' type, the motor 33 is mounted on one side from the lower side of the device frame 39, but the rotating shaft of the motor (33) The other side of the frame 39 is projected, the rotation shaft of the motor 33 is mounted eccentric shaft 34 eccentrically, the eccentric shaft 34 is provided with an adjustment link (35).

In order to suck and compress the silicon dome 36-2, the height of the control link 35, that is, the interval d, is adjusted to adjust the amount of pumping by zooming.

When the eccentric shaft 34 is rotated by the motor 33 by mounting the pumping device on the upper plate of the device frame 39, the control link 35 is operated up and down, and the pumping device is operated (intake and discharge action). Detergent, rinse and disinfectant) can be inhaled and discharged.

The pumping apparatus mounted on the upper plate of the apparatus frame 39 has a cylinder 36 having an inlet and an outlet formed on an upper surface thereof and an open bottom surface thereof, and is mounted on the upper plate of the apparatus frame 39, and the cylinder 36 The lower side of the silicon dome (36-2) is mounted to hermetically so that the inlet chamber (36-1) is formed inside the cylinder (36).

An inlet valve 37-1 is installed at an inlet of the cylinder 36, and a supply pipe 37 is connected to supply a liquid material (detergent, rinse and disinfectant), and an outlet at the outlet is an outlet 38-1 at the outlet. ) And a liquid material (detergent, rinse and disinfectant) introduced into the inlet chamber 36-1 is discharged through the discharge port 38-4 when the check valve 38 is opened. In the state in which the discharge valve is closed and the check valve 38 is closed, the discharged liquid substance (detergent, rinse and disinfectant) can be prevented from being introduced through the discharge port 38-4.

The check valve 38 has a discharge valve 38-1 in the cylinder formed between the suction port 38-3 and the discharge port 38-4, and is shot downward by the upper coil spring 38-2. The discharge valve 38-1, which is shot downward by the coil spring 38-2, is kept in the closed state of the inlet 38-3, and is applied in the inflow chamber 36-1. Due to the pressure of the liquid material (detergent, rinse and disinfectant), the discharge valve 38-1 rises over the coil spring 38-2 and opens the suction port 38-3 to open the liquid material (detergent, rinse and disinfectant). It was made to discharge.

That is, when the eccentric camshaft 34 rotates by the operation of the motor 33, the adjustment link 35 operates the silicon dome 36-2 up and down, and the silicon dome 36-2 operates up and down, that is, the silicon dome. (36-2) while repeatedly performing the pumping function (suction and compression) to pull and push (suction and compression) and the discharge valve (38-1) of the check valve 38 and repeatedly and continuously, the liquid material ( Detergents, rinses, and disinfectants).

The upper water level sensors 21-1 and 22-1 and the lower water level sensors 21-2 and 22-2 of the washing water tank 21 and the rinsing water tank 22, and each washing tank heater 21-. 4) and rinsing tank heaters (22-4: 22-4-1. 22-4-2), respective temperature sensors (21-3) (22-3), washing tank water supply solenoids (21-5), and rinsing Detergent supply device (30-1) and rinse agent supply device (31-1) and disinfectant are respectively installed in the tank water supply solenoid (22-5), detergent container (30), rinse container (31) and disinfectant container (32) The supply device 32-1 is electrically connected to the IC chips installed on the main board 60 by the terminal block 61.

In particular, the washing water supply motor pump 24 and the rinsing water supply motor pump 26 are electrically connected to each other through the solid-state relay SSR2 and SSR1, and the upper water level sensor 21-1 and 22-1. It was made to automatically operate selectively by the lower water level sensor (21-2) (22-2).

The outlet of the washing water supply motor pump 24 and the rinsing water supply motor pump 26 is connected to the main supply pipe 26 to selectively supply the washing water or the rinsing water, and each of the detergent bottles 30 and The outlet of the detergent supply device 30-1 and the rinse agent supply device 31-1 and the disinfectant supply device 32-1 installed in the rinse container 31 and the disinfectant container 32 is also connected to the main supply pipe 26. In this way, detergent, rinse and disinfectant can be selectively supplied.

On the other hand, in the washing chamber 5-2 formed inside the elevating opening and closing door 5 in the washing device unit 3, the horizontal supply branch pipe 26-1, the vertical supply branch pipe 26-2, and the downward spray nozzle (27) and the upward spray nozzle (28), and the rack guide device 40 to be attached and detached 3D glasses anchor rack (50) was installed.

On the upper and lower sides of the washing chamber 5-2 formed inside the elevating opening and closing door 5, a downward injection nozzle 27 and an upward injection nozzle 28 were installed, and a downward injection nozzle 27 and an upward injection nozzle were installed. The nozzle 28 was connected in communication with the main supply pipe 26 by a vertical supply branch pipe 26-2 that is installed vertically and a horizontal supply branch pipe 26-1 that is installed horizontally.

In this way, since the downward spray nozzle 27 and the upward spray nozzle 28 are connected to the main supply pipe 26 and the horizontal supply branch pipe 26-1 which are vertically and horizontally connected to the washing water supply motor pump 24, the washing water is installed. The fluid (washing water) forcibly sent out through the supply motor pump 24 is evenly distributed and discharged (sprayed) into the horizontal supply branch 26-1 and the vertical supply branch 26-2.

The inner diameter of the vertical supply branch pipe 26-2 vertically connected (installed) to the inner diameter of the horizontal supply branch pipe 26-1 horizontally connected (installed) to the main supply pipe 26 is reduced by about 30%. It is desirable to have.

That is, when the inner diameter of the vertical feed branch pipe 26-2 is 10 cm, the inner diameter of the horizontal feed branch pipe 26-1 is maintained at a size of 7 cm.

When the vertical supply branch pipe 26-2 has its inner diameter larger than that of the horizontal supply branch pipe 26-1, the vertical supply branch pipe 26-2 can sufficiently transmit the discharge pressure of the fluid (wash water) (100%), and the horizontal supply branch pipe 26 -1) shows that the inner diameter is maintained at about 30% smaller than the inner diameter of the vertical feed branch pipe 26-2, and the upstream injection is performed with the pressure of the fluid (wash water) discharged from the washing water supply motor pump 24 lowered slightly. It is delivered to the nozzle 28 and can be discharged.

Therefore, the fluid (washing water) discharged through the downward injection nozzle 27 and the upward injection nozzle 28 can be discharged (injected) at a uniform pressure, so that the 3D glasses 58 can be uniformly washed.

A rack guide device 40 was installed between the downward injection nozzle 27 and the upward injection nozzle 28 so as to attach and detach (settle and pull out) the 3D eyeglass rack 50. 40) was formed as illustrated in FIGS. 5A and 5B.

Assembling (mounting) the rack table 6 formed in the shape of a square frame on the upper surface of the main frame 4, but the support bolt 43 formed integrally with the four corners of the rack table 6 by the fixing bolts 44 The fastening holes 42 are drilled at regular intervals on the upper slopes of the rack tables 41, and the fastening holes are equally spaced on the connection surfaces of the guide rails 45 respectively connected to the slopes of the rack tables 41. Drilled into and mounted with a fixing bolt (46).

Inside the guide rail 45 mounted on the upper end of the rack table 41 is placed 3D eyeglass rack 50.

The 3D glasses stabilizer rack 50 placed inside the guide rail 45 mounted on the rack table 41 was formed as illustrated in FIGS. 7A to 7D.

A plurality of horizontal support 51 and the vertical support 52 was formed by maintaining a predetermined interval, the horizontal support (51) and vertical support (52) on the upper side of the horizontal support (51) and vertical support (56) that are maintained at a constant interval To be installed (fixed) at regular intervals to form the eyeglass guard 55, and on the opposite surface facing each other on four sides (4) was formed hanger support 53 and handle bar 54, respectively.

In particular, the hanger 53-1 is formed at both ends of each hanger support 53 so as to protrude in the inward direction and is placed on the inside of the guide rail 45 mounted on the rack table 41. 1) to be installed on the hanger (not specifically shown) mounted on the rack table (41).

Hereinafter will be described the operating relationship of the 3D glasses-only washing apparatus 1 according to the present invention formed as described above.

First, the door opening and closing device 11 is operated in the washing device unit 3 to open the washing chamber 5-2 as illustrated in FIG. 3.

Lifting the opening and closing handle 10 of the door opening and closing device 10 to the upper side rotates about the fixed support shaft 13 of the extension portion 10-1 extending to the guide column 12 to move up and down the opening and closing door (5) Will lift upwards.

When the elevating opening / closing door 5 is raised by the operation of the opening / closing handle 10, the elevating rollers 6 mounted on both rear lower ends of the elevating opening / closing door 5 are raised along the guide column 12. When the elevating opening and closing door 5 rises as described above, the door roller 16-1 fixed to the upper edge portion of the rear plate 12-1 is the rear portion of the elevating opening and closing door 5 (corner). ) Is rotated in close contact with each other, and thus the elevating opening / closing door 5 is raised while maintaining an upright state without being pushed backwards or swinging from side to side.

In this way, when the elevating opening / closing door 5 ascends, a bullet which is installed and extended between the rear end extension 3-1 of the opening / closing handle 10 and the support piece 17 of the spring tension adjusting means is extended. The coil coil 14 for a foot, ie, the upper coil spring 14-1 and the lower coil spring 14-2 connected in series is compressed.

The coil coil 14 for the ballistic coil 14, that is, the upper coil spring 14-1 and the lower coil spring 14-2 is smoothly opened and closed by the compression force (retraction force).

On the other hand, when you want to close the elevating opening and closing door (5) again while the elevating opening and closing door (5) is open as described above is carried out as follows.

Holding down the opening and closing handle 10 that is upwards to the lower side, the elastic force (elongation force) that the coil coil for coil 14 (upper coil spring 14-1 and lower coil spring 14-2) is extended It is possible to prevent the phenomenon (collision phenomenon) in which the descending elevating opening / closing door 5 impacts the main frame 4 by descending slowly.

In addition, the roller 15-2 fixed to the support piece 15 of the opening / closing handle 10 is bonded to the upper surface of the main frame 4, and the roller 15-2 is connected to the upper surface of the main frame 4; As it is bonded, the impact of the lowering of the elevating door 5 is lowered.

As described above, when repeatedly operating the elevating opening and closing door 5 using the 3D glasses-only washing apparatus 1 according to the present invention, the coil spring for the bullet mounted on the rear of the opening and closing handle 10 (14: Upper coil spring 14-1 and lower coil spring 14-2) increase, and elastic force falls.

Thus, when the elastic force of the coil coil 14 for coils 14 (upper coil spring 14-1 and lower coil 14-2) was deformed (falled), the coil coil for coils 14 (upper coil spring 14- 14) was deformed. 1) and the elastic force of the coil coil 14 (upper coil spring 14-1 and lower coil spring 14-2) for the bullet using the spring elastic control means formed on the lower end of the lower coil spring (14-2) Can be adjusted.

In the state in which the elevating opening and closing door (5) is raised as described above, the washing chamber (5-2) is opened, and the 3D eyeglass rack (50) in which a plurality of 3D glasses (58) are placed in multiple rows is placed in a rack guide device ( 40).

When the 3D glasses 58 are placed on the 3D glasses rack 50, the glasses frame 58-1 is mounted on the crosspiece 57 of the glasses stand 55 so that the glasses legs 58-2 face downward. Accordingly, the glasses frame 58-1 of the 3D glasses 58 maintains the inclined state (about 45 degrees), and thus, the 3D glasses rack 50 in which the plurality of 3D glasses 58 are placed in multiple rows. To sandwich the guide rails (45) of the rack guide device (40).

Subsequently, the opening / closing door 10 is lowered by manipulating the downward opening / closing handle 10 upward to close the washing chamber 5-2.

3D glasses according to the present invention by operating the controller 60 or the remote controller 62 in a state in which the washing chamber 5-2 is closed by lowering the elevating opening / closing door 5 together with the opening / closing handle 10 as described above. The dedicated washing device 1 is operated to wash the 3D glasses 58 placed in the 3D glasses rack 50.

The 3D glasses-only washing apparatus 1 according to the present invention performs washing in the order of washing (detergent administration) ⇒ rinse administration (⇒ rinsing) ⇒ final rinsing (disinfectant administration) process.

In particular, the process consisting of washing ⇒ rinsing (1 Cycle) is carried out in the process of washing ⇒ delay ⇒ rinsing, washing 40 to 80 seconds, delayed for 3 to 8 seconds, after rinsing for 5 to 15 seconds, 60 to 10 seconds It is desirable to wait.

The washing (detergent administration) process (running time 40 to 80 seconds) is performed as follows.

When the main switch of the controller 60 or the remote controller 62 is operated to supply power to the 3D glasses-only washing apparatus 1 according to the present invention, the washing water supply motor pump 24 and the detergent container connected to the washing water tank 21 are provided. Detergent supply device 30-1 connected to the (30) is operated.

When the washing water supply motor pump 24 operates, the washing water filled in the washing water tank 21 is pumped and branched into the horizontal supply branch 26-1 and the vertical supply branch 26-2 through the main supply pipe 26. The wash water supplied to the horizontal supply branch pipe 26-1 and the vertical supply branch pipe 26-2 is supplied to the 3D glasses rack 50 through the downward spray nozzle 27 and the upward spray nozzle 28. The 3D glasses 58 are sprayed to wash the 3D glasses 58 placed in the 3D glasses rack 50.

As described above, the washing water is sprayed through the horizontal supply branch pipe 26-1 and the vertical supply branch pipe 26-2 by the operation of the washing water supply motor pump 24, and the 3D glasses placed in the 3D eyeglass rack 50 are disposed. When washing (58), the detergent supply device (30-1) connected to the detergent container 30 is operated to supply a predetermined amount of detergent filled in the detergent container 30 to the main supply pipe (26) to flush the horizontal supply branch pipe with the washing water ( 26-1) and the vertical injection nozzle 26-2 are sprayed into the downward injection nozzle 27 and the upward injection nozzle 28 to perform the washing.

The detergent supply device 30-1 illustrated in FIGS. 6A and 6B for supplying detergent of the detergent container 30 operates as follows.

The motor 33 operates to rotate the eccentric camshaft 34, and when the eccentric camshaft 34 rotates, the control link 35 operates up and down, and operates the silicon dome 36-2 up and down, When the silicon dome 36-2 performs a pumping function (suction and discharge) in which the silicon dome 36-2 is pulled and pushed up and down, the discharge valves of the suction valve 37-1 and the check valve 38 ( The operation of opening and closing 38-1) is repeatedly and continuously performed.

As described above, when the silicon dome 36-2 performs a pumping function (suction and discharge) for pulling and pushing, the liquid substance (detergent) is sucked into the inlet chamber 36-1 through the supply pipe 37 and discharge port ( The detergent discharged through 38-4 and discharged through the discharge port 38-4 is mixed with the washing water through the main supply pipe 26, the horizontal supply branch pipe 26-1, and the vertical supply branch pipe 26-2. 3D glasses 58 are sprayed into the downward spray nozzle 27 and the upward spray nozzle 28 to be placed in the 3D glasses rack 50.

The washing water supply motor pump 24 for supplying the washing water and the detergent supply device 30-1 for supplying the detergent are operated for a predetermined time to supply the washing water and the detergent, in particular, the detergent supply device 30-1. Is preferably operated for the same time as the washing water supply motor pump 24 or shorter than the time for which the washing water supply motor pump 24 is operated.

After the washing process, the rinsing process is performed.

The rinsing process operates only the rinsing water supply motor pump 26 connected to the rinsing water tank 22 to supply the rinsing water stored (filled) in the rinsing water tank 22 to the main supply pipe 26 and the horizontal supply branch pipe 26. 3D glasses that were placed and washed in the 3D glasses rack (50) by being supplied through the vertical injection nozzle (26-2) and sprayed through the downward injection nozzle (27) and the upward injection nozzle (28). 58) to rinse.

As described above, the washing process for washing the 3D glasses 58 by washing water into which the detergent is added and the rinsing process for rinsing the washed 3D glasses 58 with rinsing water are repeatedly performed at least one time, and the 3D glasses Wash (58).

In particular, the rinsing step may be carried out as described above or omitted.

After performing the washing process as described above, the rinsing is performed by rinsing.

The washing water supply motor pump 24 operates to pump the washing water filled in the washing water tank 21 to spray downward through the main supply pipe 26, the horizontal supply branch 26-1, and the vertical supply branch 26-2. The 3D glasses 58 placed in the 3D glasses rack 50 by spraying the nozzle 27 and the upward spray nozzle 28 are washed, and at this time, the rinse agent supplying device 31-1 connected to the rinse container 31. ) Will run to rinse.

The operation of the rinse agent supply device 31-1 connected to the rinse agent container 31 operates in the same manner as the detergent supply device 30-1 used when supplying the detergent, and therefore, the rinse agent supply device 31-3. The description of the operation relationship of 1) is omitted.

A process of rinsing the 3D glasses 58 placed in the 3D glasses rack 50 by supplying and mixing the rinse agent with the washing water as described above and spraying them into the downward spray nozzle 27 and the upward spray nozzle 28 is 1 It may be performed once or more than once.

Rinsing process once or more than once as described above or by operating the washing water supply motor pump 24 to the washing water filled in the washing water tank 21 to the downward spray nozzle 27 and the upward spray nozzle (28) The rinsing process is performed after one or more cleaning steps for spraying the 3D glasses 58 placed in the 3D glasses rack 50 by spraying.

The rinsing process operates only the rinsing water supply motor pump 26 connected to the rinsing water tank 22 to supply the rinsing water stored (filled) in the rinsing water tank 22 to the main supply pipe 26 and the horizontal supply branch pipe 26-. 1) and 3D glasses (58) that were placed and washed in the 3D glasses rack (50) by supplying them through the vertical supply nozzle (26-2) and spraying them through the downward injection nozzle (27) and the upward injection nozzle (28). Rinse).

The rinsing step after the rinsing may be omitted.

As described above, the rinsing step and the rinsing step are performed, or after the rinsing step is performed, the final rinsing step of rinsing is performed while disinfectant is administered.

The final rinse process is carried out as follows.

The washing water supply motor pump 24 operates to pump the washing water filled in the washing water tank 21 to spray downward through the main supply pipe 26, the horizontal supply branch 26-1, and the vertical supply branch 26-2. Spray the nozzle 27 and the upward spray nozzle 28 to clean the 3D glasses 58 placed in the 3D glasses rack 50, at this time, the disinfectant supply device 32-1 connected to the disinfectant container 31 Works and performs disinfection at the same time.

The operation of the disinfectant supply device 32-1 connected to the disinfectant container 31 operates in the same manner as the detergent supply device 30-1 described above used when supplying the detergent, and thus the disinfectant supply device 32-1. The description of the operating relationship of) is omitted.

The contaminated water (washing and rinsing and disinfection) generated by the washing and rinsing and disinfection is not specifically illustrated, but is collected into a hopper and discharged to the outside through the discharge pipe.

The process as described above to complete the cleaning and disinfection of the 3D glasses 58, and then lifted the downward opening and closing handle 10 upwards to raise and lower the opening and closing door (5) to the washing room (5- 2) to open, the 3D eyeglass rack 50 is placed on the rack guide device 40 in the open washing room (5-2) to separate and withdraw.

The 3D glasses-only washing apparatus 1 according to the present invention can wash and disinfect the 3D glasses 58 while repeatedly performing the processes of cleaning and disinfection as described above.

As described above, the 3D glasses-only washing apparatus 1 according to the present invention has been cleaned and disinfected as described above, and the 3D glasses 58 have a separate disinfection function provided as they are placed in the drawn 3D glasses rack 50. Stored in a storage device (not shown specifically) or stored in a storage device (not specifically shown) equipped with a disinfection function after separating the 3D glasses 58 from the 3D glasses rack 50 withdrawn. Keep it.

The 3D glasses 58 or 3D glasses 58 separated as described above are stored in a storage device (not specifically shown) in a state in which the 3D glasses 58 are placed in the 3D glasses rack 50. When watching 3D glasses 58, the 3D glasses 58 are provided to the user while watching a 3D glasses (Three Dimentions, Three Dimentional) 3D glasses (3D glasses). Do it.

1: 3D glasses cleaning device 2: mechanical unit 3: washing unit
5: Up / down open / close door 10: Opening and closing handle 11: Door opening and closing device
21: washing water tank 22: rinsing water tank 23: connector
24: motor pump for washing water supply 25: motor pump for rinsing water supply
26: main supply pipe 27: downward jet nozzle 28: upward jet nozzle
30: detergent container 31: rinse container 32: disinfectant container
40: rack guide device 50: 3D glasses glasses rack 58: 3D glasses
60: main board 61: control panel 62: remote control

Claims (18)

Washing and rinsing water (booster), detergent (solvent), rinse and disinfectant are supplied to the 3D glasses placed in the 3D glasses racks selectively and intermittently and repeatedly. Cleaning and disinfecting, and contaminated water (washing and rinsing and disinfection) generated by washing and rinsing and disinfection can be collected and discharged to the outside; 3D glasses only washing apparatus. The apparatus according to claim 1, wherein the cleaning and sterilizing apparatus for cleaning and disinfecting the 3D glasses placed in the 3D glasses rack;
3D eyeglass racks, which are selectively and intermittently supplied from the machine unit with 3D eyeglass racks in which many 3D glasses are placed in a washing room, are selectively and intermittently supplied from the machine unit. A washing device unit for spraying, rinsing and disinfecting the 3D glasses placed in the 3D glasses rack by spraying the 3D glasses rack on the upper and lower sides of the;
Supply and control (operating) devices for selective and intermittent supply of detergents (solvents), rinse and disinfectants, as well as wash and rinse water (boosters) filled in each reservoir, and contamination caused by cleaning, rinsing and disinfection And a mechanical unit installed with a discharge means for collecting water (washing and rinsing and disinfection) and discharging it to the outside. The apparatus according to claim 2, further comprising: a cleaning device for washing, rinsing and disinfecting the 3D glasses placed in the 3D glasses rack;
A door opening and closing device for opening and closing the lifting opening and closing door to form a washing chamber therein;
A downward injection nozzle and an upward injection nozzle installed at an upper side and a lower side of the washing chamber formed by the elevating opening and closing door to spray the washing water downward and upward;
A vertical supply branch pipe and a horizontal supply branch pipe which are connected to the downward injection nozzle, the upward injection nozzle and the main supply pipe, respectively, and branch the washing water;
A rack guide device mounted between the downward injection nozzle and the upward injection nozzle and having a 3D eyeglass rack in which a 3D eyeglass is placed;
3D glasses settling rack is placed in the rack guide device and the 3D glasses are placed; 3D glasses only washing apparatus comprising a. The apparatus of claim 2, further comprising: a mechanism unit for selectively and intermittently supplying detergent (solvent), rinse and disinfectant, including washing water and rinsing water (booster);
A washing water tank and a rinsing water tank filled with the washing water and the rinsing water (booster), respectively;
Detergent and rinse bucket and disinfectant pass filled with the detergent (solvent), rinse and disinfectant respectively:
A washing water supply motor pump and a rinsing water supply motor pump for supplying the washing water and the rinsing water filled in the washing water tank and the rinsing water tank intermittently for a predetermined time to supply to the downward spray nozzle and the upward spray nozzle of the washing chamber, respectively;
Detergent supply device and rinse agent supplying detergent (solvent) and rinse and disinfectant filled in detergent bottle, rinse bottle and disinfectant bottle intermittently for a predetermined time to selectively supply to the downward spray nozzle and the upward spray nozzle of the washing room, respectively. Apparatus and disinfectant supply device; 3D glasses only cleaning device, characterized in that formed including. The door opening and closing device according to claim 3, wherein the door opening and closing device for opening and closing the lifting opening and closing door which forms a washing chamber therein up and down is provided;
A pair of guide pillars installed vertically on both rear ends of the main body frame and installed side by side and having a rear plate integrally formed on the rear surface thereof;
An opening / closing handle bent in a 'c' shape to be fitted from the outside front to the rear of the lifting door;
Door lifting and lowering means having upper ends of the support bars installed on both side bars of the opening and closing handles, and rollers mounted at the lower ends of the support bars;
In order to operate the elevating opening and closing door up and down, an extension part integrally connected to the rear end of the elevating opening and closing door and the rear end of both sides of the opening and closing handle and the mounting piece formed on the upper upper side of the front surface of the guide holder are integrated with a fixed support shaft. As a mandrel;
Elevating vertical guide means for guiding and supporting the elevating opening and closing door to move up and down vertically when the elevating opening and closing door is opened and closed;
3D glasses cleaning device, characterized in that formed; including; the door lifting aids for assisting the lifting and lowering of the lifting door opening and closing doors are installed at both rear ends of the opening and closing handle. The elevating vertical guide means for guiding and supporting the elevating opening and closing door to move up and down vertically when the elevating opening and closing door is opened and closed while the elevating opening and closing door is moved up and down;
Each guide column vertically fixed to the rear end at the upper end of the main frame installed side by side;
A door roller mounted on an upper side of the rear plate of the guide column and supporting a rear side of the elevating opening / closing door;
And a lifting and lowering roller mounted on the rear lower both sides of the elevating opening and closing door to move up and down with the elevating opening and closing door being elevated in the guide column. The door lowering assisting means of claim 5, which is installed at both rear ends of the opening / closing handles to assist the elevating of the elevating opening / closing door;
A pair of guide columns, each of which is fixedly installed side by side vertically at both ends at an upper surface of the main frame, and which is formed to be cut out so that the working space portion penetrates back and forth in the upper portion;
An extension part formed at a rear end of the opening / closing handle installed in each of the guide pillars and passing through the operating space portion of the guide pillar;
A coil spring for hooking between an extension of the opening / closing handle inserted into the upper operating space of the guide column and an inner rear end of the main frame;
The spring tension control means for adjusting the tension of the coil spring for the elastic coil is installed on the rear end of the coil spring for walking and is installed on the inner rear end of the main frame; washing device for exclusive use of 3D glasses. The method of claim 7, wherein the coil spring for the hook that is engaged between the extension of the opening and closing handle inserted into the upper operating space of the guide column and the inner rear end of the main frame;
A plurality of coil springs connected in series; 3D glasses only washing apparatus characterized in that. The method according to claim 7, wherein the lower end of the coil coil for the spring is engaged and the spring tension control means for adjusting the tension of the coil coil for the elastic spring is installed on the rear end of the main frame;

A spring high information bolt coupled to a lower end of the coil spring for the bullet;
A support piece fixed in the middle of the rear of the body frame and having a hole formed in the center thereof;
3D glasses exclusive washing, characterized in that the spring high information bolt coupled to the lower end of the coil spring coil inserted into the hole of the support piece from the upper side to the lower side, and screwing the adjustment nut to the spring high information bolt projecting to the lower side of the support piece; Device. The rack guide apparatus according to claim 3, further comprising: a rack guide device mounted between the downward injection nozzle and the upward injection nozzle, wherein the 3D glasses anchor rack in which the 3D glasses are placed;
Rack table formed in the shape of a rectangular frame is mounted on the top surface of the main frame is integrally formed in the corner of the slope;
And a guide rail mounted on the upper slopes of the rack table, respectively, and having a 3D eyeglass rack mounted therein. 2. The device according to claim 3 or 10, wherein the 3D glasses placed on the rack guide device and the 3D glasses are placed;
A plurality of horizontal supports and vertical supports which are maintained at one and the same interval of width and length, and which are integrally formed by welding a connection surface;
Eyeglass rest frame formed by installing (fixed) a plurality of horizontal bars and vertical bars at a predetermined interval on the upper side of the horizontal support and vertical support to be maintained at a constant interval;
A hanger support and a handle bar respectively formed on opposing surfaces facing each other at four slopes of the spectacle seat;
3D glasses cleaning device, characterized in that formed; including; hanger is formed to protrude in the inward direction on both ends of each hanger support. The washing water tank and the rinsing water tank, respectively, wherein the washing water and the rinsing water (booster) are filled;
Installed heaters for heating the washing water and the rinsing water, respectively, in the washing water tank and the rinsing water tank;
A temperature installed at each of the washing water tank and the rinsing water tank to sense the temperature of the washing water and the rinsing water, and to start or stop the heater when the detected water temperature of the washing water and the rinsing water is lower or higher than the set temperature; Each sensor is installed: a dedicated 3D glasses cleaning device. The washing water tank and the rinsing water tank of claim 4, wherein the washing water and the rinsing water (booster) are respectively filled;
The water level sensor and the water level sensor to detect the water level of the wash water and the rinsing water and to replenish the washing water and the rinsing water by stopping the number of the washing water and the rinsing water are respectively installed: 3D glasses only cleaning device characterized in that. The detergent (solvent) and rinse and disinfectant according to claim 4, which are filled in the detergent container, the rinse container and the disinfectant container:
The concentration of the detergent is 0.05 to 0.20%;
The concentration of the rinse is 0.05 to 0.20%;
The concentration of the disinfectant is 0.50 ~ 0.90%; 3D glasses only washing apparatus, characterized in that. The detergent supply device, the rinse agent supply device and the disinfectant according to claim 4, wherein the detergent (solvent), rinse and disinfectant filled in the detergent container, the rinse container, and the disinfectant container are selectively supplied to the downward injection nozzle and the upward injection nozzle of the washing chamber, respectively. The supply unit;
'ㄱ' type device frame mounted inside the main frame;
A motor mounted on one side from the lower side of the apparatus frame, the rotating shaft protruding to the other side of the apparatus frame;
An eccentric shaft mounted to a rotating shaft of the motor;
A control link coupled to the eccentric shaft and operating up and down;
A pumping device mounted on the upper plate of the apparatus frame to pump (suction and discharge) liquid materials (detergent and rinse and disinfectant) when the control link is operated up and down when the eccentric shaft is rotated by the operation of the motor. 3D glasses only cleaning device, characterized in that. The method according to claim 12, Washing water and rinsing water filled in the wash water tank and rinsing water tank;
A 3D-glasses exclusive washing apparatus, characterized in that each of the temperature is heated by the heater is 40 ~ 90 ℃. The pumping apparatus of claim 15, further comprising: a pumping apparatus mounted on the upper plate of the apparatus frame to pump (suction and discharge) liquid substances (detergent, rinse and disinfectant);
A inlet and an outlet are respectively formed on the upper surface, the inlet valve and the check valve are respectively mounted on the inlet and the outlet, and the bottom is formed to be open and mounted on the upper plate of the apparatus frame;
And a silicon dome mounted in a closed state at the lower side of the cylinder to form an inflow chamber between the cylinders. 3. The method of claim 17, wherein the check valve mounted to the outlet of the cylinder;
An inside of the cylinder formed between the suction port and the discharge port, the discharge valve is mounted to the lower side by the upper coil spring to the lower side: a 3D glasses cleaning device, characterized in that.

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