KR101621514B1 - Apparatus for automatic injection of liquid soda - Google Patents

Abstract

Automatic liquid soda injection into a dyeing solution port is performed by the use of a liquid soda injection apparatus provided with: a liquid soda injector that stores a liquid soda after the liquid soda flows in; an injector packing that is disposed on one side surface of the liquid soda injector, the injector packing blocking the liquid soda which has flowed in from leaking to the outside or pushing the liquid soda such that the liquid soda is injected into the dyeing solution port; an injector push rod that is connected to the injector packing and moves upward and downward into the liquid soda injector, the injector push rod causing the liquid soda to flow into the liquid soda injector or regulating a space with respect to the liquid soda injector such that the liquid soda which has flowed in can be injected into the dyeing solution port; and an injector valve that suctions the liquid soda by using the upward and downward movement of the injector push rod such that the liquid soda flows into the liquid soda injector or the liquid soda which has flowed in is injected into the dyeing solution port.

Description

[0001] Apparatus for automatic injection of liquid soda [0002]

The present invention relates to an apparatus for automatically injecting liquid sodium soda.

The most commonly used dyeing equipment for dyeing samples in a dyeing laboratory is an infrared dyeing machine using infrared rays as a heat source. In the case of an infrared dyeing machine, 24 samples can be simultaneously dyed in different colors at the same time, and various dyes such as reactive, acidic and disperse dyes can be dyed for the dyeing process.

In the case of such an infrared dyeing machine, it is necessary to add alkali (soda) to the dye before and after dyeing or between the dye and the reactive dye in relation to the use of a large number of saline ports. The laboratory operator repeatedly opens and closes the switch, You have to put it in. This is one of the labs that should be careful and troublesome for laboratory workers, but to open and close the switch, you have to open and close the hex wrench in the hexagonal wrench groove in the middle of the switchgear, If it is fixed on rotating shaft of dyeing machine and rotated, the inside of dyeing machine can be contaminated with salt solution.

In particular, when dyeing a cotton material with an infrared dyeing machine using a reactive dye, alkali (soda) should be added at the time when the reaction between the reactive dye and the cotton material occurs. In this case, in order to inject alkali (soda), the salt port of the infrared dyeing machine must be taken out from the dyeing machine and the switch must be opened. In the case of alkali (soda) The difference is likely to occur, and the larger the number of saline ports, the larger the difference may be.

Accordingly, the present invention provides an apparatus for automatically injecting liquid soda into a saline solution port in an infrared dyeing machine.

According to an aspect of the present invention, there is provided an apparatus for introducing liquid soda into a plurality of saline solution ports in an integrated saline solution port,

A liquid soda dispenser for containing the liquid soda when the liquid soda is introduced; An injector packing installed on one side of the liquid soda dispenser for preventing the inflow of the liquid soda to the outside or pushing the liquid soda to be injected into the salt liquid port; The liquid soda dispenser is connected to the dispenser packing to move up and down into the liquid soda dispenser to allow liquid soda to flow into the liquid soda dispenser or to control the space in the liquid soda dispenser so that the liquid soda An injector plunger; And an injector valve installed on the other side of the liquid soda dispenser for sucking the liquid soda through the up and down movement of the dispenser plunger to be introduced into the liquid soda dispenser or for injecting the liquid soda into the salt liquid port do.

The apparatus includes an input adjustment controller for receiving input information of liquid soda inputted from the outside; And an input adjuster for adjusting an input amount of the liquid soda by controlling a pressure applied to the input device based on input amount information received by the input amount adjustment controller.

The apparatus comprises: a liquid container containing the liquid soda; An input device press for applying the same pressure to a plurality of said input plungers under the control of said input regulator so that said input plunger moves up and down; And a feeder protector for protecting the liquid soda feeder.

The apparatus comprising: a vertically moving gear for pushing or pulling the dosing device press at a constant speed; A joint joining the up-and-down gear and the input device press; And a plunger vertically movable base for protecting the up-and-down gear and the joint.

Wherein the siphon port is provided in a switch of the siphon port and includes a liquid soda inlet for inserting liquid soda into the liquid soda dispenser to inject liquid soda; A siphon port valve for maintaining the closed state of the siphon port so that the siphon port is in a sealed state, and when the soda injection device is inserted into the integrated siphon port, the siphon port valve is opened by the syringe valve to inject liquid soda from the syringe valve; And a sealing O-ring to maintain sealing of the saline port valve.

According to the present invention, it is possible to automatically inject liquid soda into the saline solution port, thereby preventing a difference in dyeing ability due to a difference in time of injection. In addition, it is possible to improve the repetitive work of the laboratory operator.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an illustration of a laboratory infrared dyeing machine according to an embodiment of the present invention; Fig.
2 is an exemplary view of an integrated saline solution port according to an embodiment of the present invention.
3 is an exemplary view of a liquid soda injection apparatus according to an embodiment of the present invention.
FIG. 4 is a view illustrating a state before the liquid soda injection apparatus according to the embodiment of the present invention is inserted into the integrated salt solution port. FIG.
5 is an exemplary view showing a state where the liquid soda injection apparatus according to the embodiment of the present invention is inserted into the saline solution port.
FIG. 6 is an exemplary view illustrating the injection of liquid soda using the liquid soda injection apparatus according to the embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. In order to clearly illustrate the present invention, parts not related to the description are omitted, and similar parts are denoted by like reference characters throughout the specification.

Throughout the specification, when an element is referred to as "comprising ", it means that it can include other elements as well, without excluding other elements unless specifically stated otherwise.

Hereinafter, an apparatus for automatically injecting liquid soda according to an embodiment of the present invention will be described with reference to the drawings.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an illustration of a laboratory infrared dyeing machine according to an embodiment of the present invention; Fig.

As shown in FIG. 1, the infrared dyeing machine 100 includes a dyeing machine body 110, a dyeing machine door 120, a dyeing machine controller 130, and an inner viewing window 140.

A saline solution port is inserted into the dyeing device main body 110 so that the saline solution port is heated and rotated so as to dye the fabric. A dyeing machine door 120 is provided at one side of the dyeing machine main body 110 to protect the inside of the dyeing machine main body 110 which is an infrared dyeing machine.

A handle (not shown) is mounted on the dyeing machine door 120 so that the dyeing machine door 120 can be opened and closed using a handle. An inner viewing window 140 is installed on one side of the dyeing machine door 120 So that the operator can confirm the saline solution port in the dying machine main body 110 from the outside. The inner viewing window 140 for this purpose will be described by way of example in the embodiment of the present invention as being made of high strength polycarbonate, but it is not necessarily limited thereto.

The stain controller 130 may store the information such as the staining temperature, the time, and the staining process input by the user in advance. The stain controller 130 may control information input according to the stain condition, To the user. The function of the stain controller 130 is already known, and a detailed description thereof will be omitted in the embodiment of the present invention.

Next, the integrated saline solution port 200 inserted into the infrared dyeing machine 100 will be described with reference to FIG.

2 is an exemplary view of an integrated saline solution port according to an embodiment of the present invention.

As shown in FIG. 2, a plurality of the saline solution ports 210 are inserted into the infrared dyeing machine so that the salt solution can be simultaneously dyed. A switch 230 is provided at the upper end of the salt liquid port 210 inserted into the salt liquid port set 200 and a liquid soda input port 240 into which the liquid soda is inputted is implemented in a part of the switch 230. The liquid soda can be injected into the saline solution port 210 without opening the switch 230 of the saline solution port 210 through the liquid soda injection port 240.

The multi-port frame 220 is detachably attached to both ends of the multi-port frame 220. The multi-port frame 220 includes a rotary shaft 250 to which the rotary shackle 260 of the infrared dyeing machine can be attached. The rotary shaft latch 260 is a structure in which the multi-port frame 220 in which the salt liquid ports 210 are inserted is pushed and fixed, and the latch is unfolded backward.

The liquid soda injection apparatus 300 for injecting liquid soda through the liquid soda injection port 240 of the integrated type liquid port 200 will be described with reference to FIG.

3 is an exemplary view of a liquid soda injection apparatus according to an embodiment of the present invention.

3, the liquid soda injection apparatus 300 includes a liquid soda dispenser 301, a dispenser packing 302, a dispenser valve 303, a dispenser protector 304, a dispenser press 305, A liquid level soda container 306 for containing the liquid 307, an input amount adjuster 308, an input amount adjustment controller 309, a platen up and down movement table 310, a joint 311, a vertical movement gear 312, And a feeder plunger 314.

The liquid soda dispenser 301 holds the liquid soda 307 when the liquid soda 307 contained in the liquid soda container 306 flows. Here, the liquid soda container 306 is described as being capable of containing 150 to 200 g / l of liquid soda.

The liquid soda dispenser 301 is provided at one side thereof with a dispenser packing 302 so that the liquid soda 307 entering the liquid soda dispenser 310 does not leak to the outside. The injector packing 302 also serves to push the liquid soda 307 to the salt liquid port 210 to the end. The injector packing 302 is connected to the injector plunger 314 so that the injector packing 302 is moved simultaneously with the movement of the injector plunger 314 to transfer the liquid soda 307 contained in the liquid soda injector 301 to the outside .

The injector plunger 314 is connected to the injector packing 302 and moves up and down into the liquid soda injector 301 to allow the liquid soda 307 to flow into the liquid soda injector 301 or the liquid soda 307 ) Into the siphon port 210. The siphon port 301 is connected to the siphon port 210,

A liquid injector valve 303 is provided on the other side of the liquid soda injector 301 to suck liquid soda 307 through vertical movement of the injector plunger 314 or to inject the liquid soda- The soda water 307 contained in the liquid soda injector 301 is discharged to the inside of the saline solution port 210. Here, the injector valve 303 is embodied as a needle valve. That is, normally, the injector valve 303 is maintained in a closed state, but when the liquid soda injection apparatus 300 is inserted into the integrated liquid port 200, the liquid soda 307 ) Is pushed by the injector packing (302), it flows into the saline solution port (210) through the injector valve (303).

The injector protector 304 protects the liquid soda injector 301.

The dispensing device press 305 applies a constant pressure to the dispenser plunger 314, causing the dispenser plunger 314 to move up and down. At this time, different pressures are applied to the dispenser plunger 314 according to the amount of the liquid soda to be injected at various stages through the control of the dispenser adjuster 308 to be described later.

The input amount controller 308 adjusts the amount of liquid soda input so that the liquid soda 307 contained in the liquid soda injector 301 can be adjusted to a predetermined level and put into the salt liquid port 210. To this end, the dosing regulator 308 controls the dosing device press 305 so that the pressure exerted on the dosing plunger 314 is set in accordance with the amount of liquid soda input. In the embodiment of the present invention, the amount of liquid soda input is divided into four stages, but the present invention is not limited thereto.

The input amount adjustment controller 309 receives the input amount information inputted from outside in order to adjust the input amount of the liquid soda to be inputted per the salt liquid port 210. The input amount adjustment controller 309 is connected to the input amount controller 308 so that the liquid soda 307 can be inputted into each of the salt solution ports 210 based on the input amount received by the input amount adjustment controller 309. [

The platen up-and-down moving table 310 includes a joint 311 for connecting the up-and-down moving gear 312 and the input apparatus press 305 and a vertically moving gear 312 for pushing and unloading the input apparatus press 305 at a constant speed give.

The dispenser support 313 is installed in the liquid soda dispensing device 300 to support components constituting the liquid soda dispensing device 300.

The state before and after the above-described liquid soda injection apparatus 300 is put into the integrated type liquid port 200 will be described with reference to FIGS. 4 and 5. FIG.

FIG. 4 is a view illustrating a state before the liquid soda injection apparatus according to the embodiment of the present invention is inserted into the integrated sodium chloride port, FIG. 5 is a view illustrating a state in which the liquid sodium soda injection apparatus according to the embodiment of the present invention is inserted into the integrated sodium chloride port Fig.

4, before the liquid soda injection device 300 is inserted into any of the saline solution ports 210 provided in the integrated saline solution port 200, the injector valve 303 is connected to the liquid soda injection device 301 It is placed in close contact with the end. The liquid soda inlet port 240 and the siphon port 210 are formed in the switch 230 so that liquid soda can be injected into the siphon port 210. The liquid soda injector 301 is inserted into the siphon port 210, So that soda can be injected into the saline solution port 210.

However, a sealing o-ring 250 and a saline port valve 260 are provided to prevent the saline solution in the saline solution port 210 from leaking out during the dyeing. The siphon port valve 260 maintains the normally closed state and the syrup port valve 260 of the liquid soda injection device 300 pushes the siphon port valve 260 when the soda injection device 300 is turned on . The sealing O-ring 250 allows sealing of the saline port valve 260.

5, when the liquid soda injection device 300 is inserted through the liquid soda injection port 240, the injector valve 303 pushes the sluice port valve 260 to the inside of the sluice port 210 . When the dispenser plunger 314 moves up and down based on the pressure generated by the dispenser press 305, liquid soda is injected into the space generated by the movement of the dispenser valve valve 260. At this time, the amount of liquid soda to be injected is different from that of the liquid port 210 according to the adjustment of the input amount controller 308.

An example of injecting liquid soda into the saline solution port 210 using the above-described liquid soda injection apparatus 300 will be described with reference to FIG.

FIG. 6 is an exemplary view illustrating the injection of liquid soda using the liquid soda injection apparatus according to the embodiment of the present invention.

As shown in FIG. 6, the dosing regulator 308 regulates the pressure that the dosing device presses 305 push the dosing device 314 according to the amount of liquid soda input received from the dosing controller 309. Then, the injector packing 302 moves in the liquid soda dispenser 301 to adjust the space according to the movement of the dispensing plunger 315, and the liquid soda injected into the liquid soda dispenser 301 flows through the injector valve 303 And is introduced into the saline solution port 210 through the space formed by pushing the saline port valve 260.

At this time, since the liquid soda dispenser 301 is provided in each of the plurality of the saline solution ports 210 at a ratio of 1: 1 and the liquid soda can be supplied at the same time, the dyeing experiment can be performed quickly. In addition, since liquid soda can be simultaneously injected into a plurality of saline ports, it is possible to prevent a difference in dyeing due to a difference in time of soda injection.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, It belongs to the scope of right.

Claims (6)

An apparatus for injecting liquid sodium soda into a plurality of saline solution ports in an integrated saline solution port,
A plurality of liquid soda dispensers for containing the liquid soda introduced when the liquid soda is introduced;
A plurality of injector packs installed on one side of each of the plurality of liquid soda dispensers to prevent the inflow of liquid soda from leaking out or to push the liquid soda into the salt liquid port;
The soda liquor is connected to each of the plurality of syringe packings to move up and down into the plurality of liquid soda dispensers so that liquid soda flows into the liquid soda dispenser or the liquid soda inputted into the liquid soda dispenser A plurality of feeder rolls for regulating the space; And
And the liquid soda is introduced into the plurality of liquid soda dispensers through the up and down movement of the dispenser plunger by sucking the liquid soda through the up and down movements of the plurality of liquid soda dispensers, Injector valve
And a soda injection device for injecting the liquid soda. The method according to claim 1,
An input amount adjustment controller for receiving input amount information of liquid soda inputted from outside; And
And a controller for controlling the amount of the liquid soda to be adjusted by adjusting the pressure applied to the feeder plunger based on the input amount information received by the input controller,
And a soda injection device for injecting the liquid soda. 3. The method of claim 2,
Wherein the input controller adjusts the amount of the liquid soda to four stages to adjust the amount of the soda to be injected. 3. The method of claim 2,
A liquid container containing the liquid soda;
An input device press for applying the same pressure to a plurality of said input plungers under the control of said input regulator so that said input plunger moves up and down; And
A liquid soda feeder
Further comprising: 5. The method of claim 4,
Up and down gears for pushing or pulling the input device press at a constant speed;
A joint joining the up-and-down gear and the input device press; And
The upper and lower moving gears and the upper and lower movable members
Further comprising: The method according to claim 1,
Wherein the salt-
A liquid soda input port provided in the switch for opening the sludge port to allow liquid soda dispenser of the liquid soda dispenser to inject liquid soda;
A siphon port valve for maintaining the closed state of the siphon port so that the siphon port is in a sealed state, and when the soda injection device is inserted into the integrated siphon port, the siphon port valve is opened by the syringe valve to inject liquid soda from the syringe valve; And
A sealing o-ring for maintaining the sealing of the saline port valve
And a soda injection unit.

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