TWM558810U - Dye dilution machine - Google Patents

Abstract

The present invention provides a dyeing liquid dilution machine for modulating a dye liquor in a dye liquor bottle, and the dye liquor bottle is provided with a sensing wafer corresponding to the dye liquor bottle, which comprises a mother liquor supply module, a solvent supply module and a dye liquor Modulation module. The mother liquor supply module includes a mother liquor bottle for holding the mother liquor and a mother liquor output mechanism for outputting the mother liquor. The solvent supply module is used to output a solvent. The dye solution modulation module includes a reader and a dilution controller. The mother liquid output mechanism, the reader and the solvent supply module are respectively electrically connected to the dilution controller, and the dilution controller reads the sensing wafer by the reader and controls the mother liquid output mechanism and the solvent supply module to respectively output the corresponding amount of the mother liquid. And the solvent is mixed into the dye liquor bottle.

Description

Dyeing liquid dilution machine

This creation is about dyeing liquid dilution machines, especially a dyeing liquid dilution machine for diluting mother liquor to prepare low concentration dye liquor.

The existing test dyeing agent is prepared by placing a dilution cup (bottle) on an electronic scale, and manually adding the required weight of the dye powder or the required volume of the high concentration solution in the dye cup (bottle) (high The concentration here refers to the diluted solution as a solute relative to the diluted solution, and the solvent is diluted into a dilution cup to be diluted to a desired concentration. However, the dilution method that can be manually added to the solute can modulate the lowest concentration of the diluted solution with a proportional precision limit, and it is impossible to prepare a lower concentration of the diluted solution.

In view of this, the creator has made great efforts to solve the above problems by focusing on the above-mentioned prior art, and has devoted himself to the application of the theory, that is, the goal of the creator's improvement.

The present invention provides a dye dilution machine capable of modulating a low concentration of dye liquor.

The present invention provides a dyeing liquid dilution machine for modulating a dye liquor in a dye liquor bottle, and the dye liquor bottle is provided with a sensing wafer corresponding to the dye liquor bottle, which comprises a mother liquor supply module, a solvent supply module and a dye liquor Modulation module. The mother liquor supply module includes a mother liquor bottle for holding the mother liquor and a mother liquor output mechanism for outputting the mother liquor. The solvent supply module is used to output a solvent. The dye solution modulation module includes a reader and a dilution controller. The mother liquid output mechanism, the reader and the solvent supply module are respectively electrically connected to the dilution controller, and the dilution controller reads the sensing wafer by the reader and controls the mother liquid output mechanism and the solvent supply module to respectively output the corresponding amount of the mother liquid. And the solvent is mixed into the dye liquor bottle.

The dye dilution machine of the present invention further comprises a mother liquid storage module, wherein the mother liquid storage module comprises a rotary table for placing at least one mother liquid bottle, and a motor connected to the rotary table, and the motor is driven by the dilution controller. Rotating table. The mother liquor storage module contains another reader that is useful to identify each mother liquor bottle on the rotary table.

In the dye dilution machine of the present invention, the mother liquid output mechanism may include a solenoid valve connected to the mother liquid bottle and an electromagnetic driver electrically connected to the dilution controller and used to open and close the electromagnetic valve. The mother liquor supply module includes an active stage for carrying the mother liquor bottle. The dyeing liquid modulation module comprises an electronic scale for electrically connecting the dilution controller and for carrying the dyeing liquid bottle. When the dilution controller is injected into the dye liquor bottle according to the electronic scale, the dilution controller drives the electromagnetic driver. Close the solenoid valve.

In the dye dilution machine of the present invention, the mother liquid output mechanism may include a dropper and an actuator connected to the dropper, and the actuator is driven by the dilution controller to move the dropper between the mother liquid bottle and the dye bottle, and The dilution controller controls the dropper to draw the mother liquor from the mother liquor bottle.

The dye supply module of the present invention comprises a liquid supply tube and a constant arm connected to the liquid injection tube. The actuator arm is electrically connected to the dilution controller, and the liquid injection tube is moved by the dilution controller drive. . The solvent supply module comprises a plurality of liquid storage tanks, the liquid injection tube has a plurality of nozzles, and each of the nozzles is connected to one of the liquid storage tanks. The solvent supply module stores different kinds of solvents and various types of solvents are respectively contained in the corresponding liquid storage tanks. At least one of the liquid storage tanks of the solvent supply module contains a dye-donating agent.

The dye dilution machine of the present invention may further comprise a dye storage module, the dye storage module comprising a rotary table for placing at least one dye bottle, and a motor connected to the rotary table, the rotary table for placing the dye bottle Each position is respectively provided with an indicator electrically connected to the dilution controller, and the motor drives the rotary table by driving the dilution controller. The dye solution modulation module comprises an electronic scale electrically connected to the dilution controller and used to carry the dye bottle.

The dye dilution machine of the present invention accurately outputs a small amount of mother liquor by the dye preparation module, thereby accurately modulating the low concentration dye liquor.

Referring to FIG. 1 to FIG. 3, a first embodiment of the present invention provides a dyeing liquid dilution machine for preparing a dyeing liquid in a dyeing liquid bottle 310 for trial dyeing, and the dyeing liquid bottle 310 is provided with a dyeing liquid bottle 310. The wafer 311 is sensed for reading to identify the dye bottle 310. In the present example, the dye dilution machine of the present invention preferably includes a mother liquor supply module 100, a solvent supply module 200, and a dye solution modulation module 300.

A mother liquid supply module 100 includes a mother liquid bottle 120 for holding a mother liquid, a movable stage 110 for carrying the mother liquid bottle 120, and a mother liquid output mechanism 130 for outputting the mother liquid. The mother liquid output mechanism 130 includes a solenoid valve 131 that communicates with the mother liquid bottle 120 and an electromagnetic actuator 132 that opens and closes the solenoid valve 131.

The solvent supply module 200 is configured to output a solvent. The solvent supply module 200 includes a liquid injection tube 220 and a uniform moving arm 230 connected to the liquid filling tube 220. The solvent supply module 200 stores different kinds of solvents or dyeing agents. In this embodiment, the different kinds of solvents may be hot water or cold water. The liquid injection tube 220 has a plurality of nozzles 221, and each of the nozzles 221 outputs a different type of solvent. Therefore, the liquid injection tube 220 can output a mixed solvent of different kinds of solvents, and each nozzle 221 outputs a small amount of solvent to make a solvent. And the dyeing agent can be evenly mixed, so that the solvent and the dyeing agent output can be precisely controlled. Furthermore, the nozzle 221 of the liquid injection tube 220 can be horizontally moved by the actuating arm 230.

Specifically, because the dye bottle 310 is not large, the nozzles 221 of the mother liquid bottle 120 and the liquid injection tube 220 cannot simultaneously align the dye bottle 310, and the preset positions of the mother liquid bottle 120 and the liquid injection tube 220 nozzle 221 are respectively located in the dye liquid. The two sides of the bottle 310. The movable stage 110 of the mother liquid output mechanism 130 is electrically connected to the dilution controller 330. When the mother liquid is injected, the movable stage 110 can horizontally move the mother liquid bottle 120 to the electromagnetic valve 131 thereon to align the dye bottle 310 to inject the mother liquid into the dyeing liquid. The liquid bottle 310 returns to its preset position after completing the aforementioned actions. The actuating arm 230 of the solvent supply module 200 is electrically connected to the dilution controller 330. When the solvent is injected, the liquid injection tube 220 is moved to the nozzle 221 by the dilution controller 330 to align the dye bottle 310 to inject the solvent. The dye bottle 310 is returned to its preset position after completing the aforementioned actions.

The dye solution modulation module 300 includes a reader 320, a dilution controller 330, and an electronic scale 340 for carrying the dye bottle 310. The movable stage 110, the electromagnetic actuator 132 of the mother liquid output mechanism 130, the solvent supply module 200, and the reader 320 of the dye preparation module 300 and the electronic scale 340 are electrically connected to the dilution controller 330, respectively.

The dilution controller 330 can control the mother liquid output mechanism 130 and the solvent supply module 200 to output a required amount of the mother liquid, the solvent, and the dyeing agent, respectively, by the foregoing configuration, thereby mixing and modulating the dye liquid bottle 310 into a desired demand. Dyeing liquid. The reader 320 of the dye preparation module 300 reads the sensing wafer 311 on the dye bottle 310 to determine the desired dye solution intended to be contained in the dye bottle 310. Therefore, the dilution controller 330 accordingly obtains the weight of the mother liquor to be output and the weight of the solvent. Moreover, the dilution controller 330 drives the movable stage 110 to move to align the mother liquid bottle 120 carried thereon with the dye liquid bottle 310, thereby driving the electromagnetic actuator 132 to activate the electromagnetic valve 131 to output the mother liquid contained in the mother liquid bottle 120 to Dye bottle 310. When the dilution controller 330 interprets the mother liquor of the corresponding weight in the dye liquor bottle 310 according to the electronic scale 340, the dilution controller 330 drives the electromagnetic actuator 132 to close the solenoid valve 131 to stop outputting the mother liquor. Next, the dilution controller 330 drives the movable stage 110 to retreat the mother liquid bottle 120 from the dye liquid bottle 310, and the dilution controller 330 drives the solvent supply module 200 to move the nozzle 221 of the liquid injection tube 220 to the alignment dye bottle 310. And the dilution controller 330 further drives the solvent supply module 200 to output a corresponding weight of the solvent and the dyeing agent into the dye bottle 310 to mix with the mother liquor in the dye bottle 310 as the desired dye solution.

The dye dilution machine of the present invention may further include a mother liquid storage module 400. The mother liquid storage module 400 includes a rotary table 410 and a motor (not shown) connected to the rotary table 410. The rotary table 410 is used to place at least one mother liquid bottle 120, and the motor is driven by the dilution controller 330 to drive the rotary table 410. Preferably, each mother liquid bottle 120 is provided with a sensing wafer 121 corresponding to the mother liquid bottle 120 for reading to identify the mother liquid bottle 120. The mother liquor storage module 400 includes a reader 420 for identifying each mother liquor bottle 120 on its rotating table 410. The dilution controller 330 reads the sensing wafer 311 on the dye bottle 310 by its reader 320 and accordingly controls the rotary table 410 to rotate one of the required mother liquid bottles 120 thereon to a predetermined position, and the operator can take it off. And it is placed on the movable stage 110 of the mother liquid supply module 100 to add the mother liquid therein to the dye bottle 310 by the dye liquid preparation module 300.

Referring to Figures 4 and 5, a second embodiment of the present invention provides a dye dilution machine which is used in the same manner as the first embodiment described above. In the present example, the dyeing liquid dilution machine of the present invention is constructed substantially like the first embodiment, so the same portions will not be described again. The present embodiment is different from the first embodiment in that the mother liquid output mechanism 130 includes a drop tube 133 and an actuator 134 connected to the drop tube 133, and the actuator 134 is driven by the dilution controller 330 in the mother liquid bottle 120 and The drip tube 133 is moved between the dye bottles 310, and the dilution controller 330 controls the drop tube 133 to draw the mother liquid from the mother liquid bottle 120. The reader 320 of the dye preparation module 300 reads the sensing wafer 311 on the dye bottle 310 to determine the desired dye solution intended to be contained in the dye bottle 310. Therefore, the dilution controller 330 accordingly obtains the volume of the mother liquor to be output and the volume of the solvent. Therefore, the dilution controller 330 can take a predetermined volume of the mother liquor from the mother liquor bottle 120 into the dye liquor bottle 310 by the dropper 133, and the dilution controller 330 further drives the solvent supply module 200 to output a corresponding volume of the solvent and the dyeing agent to The dye liquor bottle 310 is mixed with the mother liquor in the dye liquor bottle 310 to form a desired dye liquor. In the dye dilution machine of the present embodiment, the dilution controller 330 controls the dropper 133 to suck and output the micro mother liquid, so that the low concentration dye liquid can be accurately modulated.

Referring to FIG. 6 and FIG. 7, a third embodiment of the present invention provides a dyeing liquid dilution machine, which preferably includes two sets of the same mother liquid supply module 100, a solvent supply module 200, and a dyeing liquid modulation module 300. A dye storage module 500 and a mother liquid storage module 400 are respectively disposed corresponding to each group of the mother liquid supply module 100, the solvent supply module 200, and the dye solution modulation module 300. The solvent supply module 200 includes a plurality of liquid storage tanks 210. Various types of solvents are respectively contained in the corresponding liquid storage tanks 210. At least one of the liquid storage tanks 210 of the solvent supply module 200 can also contain the auxiliary dyeing agent. Each of the nozzles 221 of the liquid injection pipe 220 communicates with one of the liquid storage tanks 210, so that the liquid injection pipe 220 can output a mixed solvent of different kinds of solvents. The dye storage module 500 includes a rotary table 510 and a motor 520 connected to the rotary table 510. The rotary table 510 is configured to place at least one dye bottle 511, each of the dye bottles 511 is filled with a powder dye, and each of the positions of the rotary table 510 for placing the dye bottle 511 is respectively provided with an electrical connection dilution controller 330. An indicator 512 (for example, an indicator light) is driven by the dilution controller 330 to drive the rotary table 510. Therefore, the dye dilution machine of the present invention can also be used to prepare the mother liquid. The mother liquid bottle 120 is first placed on the electronic scale 340, and then the reader 320 of the dye preparation module 300 reads the sensing wafer 121 on the mother liquid bottle 120. The mother liquid intended to be contained in the mother liquid bottle 120 is discriminated. The dilution controller 330 drives the rotary table 510 to rotate so that the corresponding dye bottle 511 is in an easy-to-take position, and the dilution controller 330 drives an indicator 512 (such as a light indicator) next to the dye bottle 511 to instruct the operator to take it. This dye bottle 511 is prepared. The operator removes the corresponding dye bottle 511 and adds the powder dye therein to the mother liquid bottle 120 on the electronic scale 340. The operator can add the corresponding weight powder dye to the mother liquid bottle 120 according to the reading of the electronic scale 340, and dilute it. The controller 330 further drives the solvent supply module 200 to output a solvent and a fluxing aid to the mother liquor bottle 120 to mix with the powder dye in the mother liquor bottle 120 as a desired mother liquor. Therefore, the storage module of the embodiment can simultaneously modulate the mother liquor and dilute the dye liquor.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the scope of the patents of the present invention. Other equivalent variations of the patent spirit using the present invention are all within the scope of the patent.

100‧‧‧ mother liquor supply module

110‧‧‧ activity stage

120‧‧‧ mother liquor bottle

121‧‧‧Induction chip

130‧‧‧ mother liquid output mechanism

131‧‧‧Solenoid valve

132‧‧‧Electromagnetic drive

133‧‧‧ dropper

134‧‧‧Actuator

200‧‧‧Solvent supply module

210‧‧‧ liquid storage tank

220‧‧‧Injection tube

221‧‧‧ spout

230‧‧‧Acoustic arm

300‧‧‧ dyeing liquid modulation module

310‧‧‧ dye bottle

311‧‧‧Inductive Wafer

320‧‧‧Reader

330‧‧‧Dilution controller

340‧‧‧Electronic scale

400‧‧‧ mother liquor storage module

410‧‧‧Rotating table

420‧‧‧Reader

500‧‧‧dye storage module

510‧‧‧Rotary table

511‧‧‧dye bottle

512‧‧‧ indicator

520‧‧‧Motor

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing the respective viewpoints of the dyeing liquid dilution machine of the first embodiment of the present invention.

2 and 3 are schematic views showing the steps of the state of use of the dye liquor dilution machine of the first embodiment of the present invention.

4 to 5 are schematic views showing the steps of the state of use of the dye liquor dilution machine of the second embodiment of the present invention.

6 and 7 are schematic views of the dyeing liquid dilution machine of the third embodiment of the present invention.

Claims (13)

A dyeing liquid dilution machine for preparing a dyeing liquid in a dyeing liquid bottle, wherein the dyeing liquid bottle is provided with a sensing wafer corresponding to the dyeing liquid bottle, and the dyeing liquid dilution machine comprises: a mother liquid supply module a mother liquid bottle for containing a mother liquid and a mother liquid output mechanism for outputting the mother liquid; a solvent supply module for outputting a solvent; and a dye liquid preparation module including a reader and a a dilution controller; wherein the mother liquid output mechanism, the reader, and the solvent supply module are respectively electrically connected to the dilution controller, and the dilution controller reads the sensing wafer by the reader and controls the same The mother liquid output mechanism and the solvent supply module respectively output a corresponding amount of the mother liquor and the solvent into the dye liquor bottle to be mixed into the dye liquor. The dyeing liquid dilution machine of claim 1, further comprising a mother liquid storage module, the mother liquid storage module comprising a rotating table for placing at least one of the mother liquid bottles, and a motor connected to the rotating table, the motor borrowing The rotary table is driven by the dilution controller. A dye liquor dilution machine according to claim 2, wherein the mother liquor storage module includes another reader for identifying each of the mother liquor bottles on the rotary table. The dye liquor dilution machine of claim 1, wherein the mother liquor output mechanism comprises a solenoid valve that communicates with the mother liquor bottle and an electromagnetic driver that is electrically connected to the dilution controller and that is used to open and close the solenoid valve. The dye liquor dilution machine of claim 4, wherein the mother liquor supply module comprises an active carrier for carrying the mother liquor bottle. The dyeing liquid diluting machine according to claim 4, wherein the dyeing liquid modulation module comprises an electronic scale electrically connected to the dilution controller and used to carry the dyeing liquid bottle, and the dilution controller according to the electronic scale The dilution controller drives the electromagnetic actuator to close the solenoid valve when the mother liquor is filled with the corresponding weight in the dye bottle. The dyeing liquid dilution machine according to claim 1, wherein the mother liquid output mechanism comprises a dropper and an actuator connected to the dropper, and the actuator is driven by the dilution controller in the mother liquid bottle and the dyeing The dropper is moved between the liquid bottles, and the dilution controller controls the dropper to draw the mother liquor from the mother liquor bottle. The dyeing liquid dilution device of claim 1, wherein the solvent supply module comprises a liquid injection tube and a uniform moving arm connected to the liquid filling tube, the operating arm is electrically connected to the dilution controller, and the dilution is The controller drives to move the injection tube. The dyeing liquid dilution machine according to claim 8, wherein the solvent supply module comprises a plurality of liquid storage tanks, the liquid injection tube has a plurality of nozzles, and each of the nozzles communicates with one of the liquid storage tanks. The dyeing liquid dilution machine of claim 9, wherein the solvent supply module stores different kinds of the solvent and the various types of the solvent are respectively contained in the corresponding liquid storage tanks, and the solvent supply module is at least One of the reservoirs contains a dye aid. The dye dilution machine of claim 1, further comprising a dye storage module, the dye storage module comprising a rotary table for placing at least one dye bottle, wherein the rotary table is provided with each position of the dye bottle An indicator electrically connected to the dilution controller is separately provided. The dyeing liquid dilution machine of claim 11, further comprising a motor connected to the rotating table, the motor being driven by the dilution controller to drive the rotating table. A dye dilution machine according to claim 11 or 12, wherein the dye preparation module comprises an electronic scale electrically connected to the dilution controller and used to carry the dye bottle.