CN204753114U - Seismic wave dissolving device and dyeing machine - Google Patents

Abstract

The utility model relates to a seismic wave dissolving device and dyeing machine, dyeing machine contain a seismic wave dissolving device and a dyeing apparatus. This seismic wave dissolving device dissolves a powder in order to form an even solution in a liquid to it produces the unit to contain a first cavity cylinder body, at least one shock container, a first water pump and a seismic wave. This first water pump and this first cavity cylinder body and should vibrate the container and be linked together, this first water pump is used for driving this solution at this shock container and this first cavity cylinder body circulation flow. This seismic wave produces the unit connection and just makes the solution vibrations that are located this shock container in this shock container. This dyeing apparatus and this seismic wave dissolving device communicate each other, and extremely this dyeing apparatus is carried to the solution of this first water pump in with first cavity cylinder body, and this dyeing apparatus waits to dye the thing with this solution to one and dyes. This application makes the solution circuit flow and produces unit with this seismic wave bestows the seismic wave of ultrasonic wave frequency channel to this solution, promotes the solubility of powder to liquid.

Description

Seismic wave dissolver and dyeing machine

Technical field

The utility model relates to a kind of seismic wave dissolver and dyeing machine, refers to especially a kind ofly to improve powder in the seismic wave dissolver of liquid dissolves degree with seismic wave, and a kind of dyeing machine with this seismic wave dissolver.

Background technology

Existing dyeing machine comprises a dye liquor modulating system and a dye vat.This dye liquor modulating system comprises a charging bucket and a mixer.During modulation staining solution, in charging bucket, add a certain amount of water, start mixer, then to entering dye powder in water.After machine start certain hour to be mixed, dyestuff will mix with water.

But dye powder is poured in water can form block, being difficult to be dissolved in water by forming block dyestuff through stirring merely, making the density unevenness of staining solution entirety, when staining solution is attached to dress material, also there will be the deep mixed region caused of many color and lusters.Moreover the powder of block dyestuff also can block connecting pipe and then affect the use of dyeing machine.In addition, after preparing solution to be dyed completes, manpower need be leaned on and pour staining solution into dye vat from dye liquor modulating system, the human cost in production process cannot be reduced.

Summary of the invention

The purpose of this utility model is to provide a kind of seismic wave dissolver, by a seismic wave generator and a water pump, the mixture of powder and liquid is circulated, and applies seismic wave to promote powder in the solubility of water to it simultaneously.

Another object of the present utility model, namely providing a kind of dyeing machine, this dyeing machine is connected with this seismic wave dissolver, by this water pump by a dyeing apparatus, the solution dissolved must be delivered to this dyeing apparatus from this seismic wave dissolver, to save the cost of manpower conveying.

A kind of seismic wave dissolver of the utility model, be applicable to by a powder dissolution in a liquid to form a uniform solution, this seismic wave dissolver comprises one first hollow cylinder, at least one concussion container, one first water pump and a seismic wave generation unit.The inner space of this first hollow cylinder is for the circulation of this solution.This concussion container is connected with this first hollow cylinder, and the inner space of this concussion container is for the circulation of this solution.This first water pump is connected with this first hollow cylinder and this concussion container, and this first water pump circulates between this concussion container and this first hollow cylinder in order to drive this solution.This seismic wave generation unit is connected to this concussion container and makes to be positioned at the solution vibrations of this concussion container.

Seismic wave dissolver described in the utility model, implement in aspect at some, this seismic wave generation unit comprises at least one transducer being connected to this concussion container.

Seismic wave dissolver described in the utility model, implements in aspect at some, and the cross section of this concussion container is circle, rectangle or polygon.

Seismic wave dissolver described in the utility model, implement in aspect at some, this transducer is connected to the top of this concussion container.

Seismic wave dissolver described in the utility model, implement in aspect at some, this seismic wave generation unit comprises most transducer, and described transducer is connected to the lateral circle surface of this concussion container.

Seismic wave dissolver described in the utility model, implement in aspect at some, this seismic wave dissolver also comprises one first water pipe and one second water pipe, and this first cross current is in this first hollow cylinder and this first pump house, and this second water pipe has a water discharge outlet and one second water valve.

Seismic wave dissolver described in the utility model, implement in aspect at some, this seismic wave dissolver also comprises a hollow housing, and this concussion container, this seismic wave generation unit and this first water pump are arranged in this hollow housing.

Seismic wave dissolver described in the utility model, implement in aspect at some, this seismic wave dissolver also comprises one the 3rd water pipe and a vaccum-generating unit, 3rd cross current is between this first water pump and this concussion container and the 3rd water pipe has one the 3rd water valve, this vaccum-generating unit comprises a vavuum pump and and is communicated in negative tube between this first hollow cylinder and this vavuum pump, and this negative tube has an air valve; This first hollow cylinder also has a top cover; This first water pipe has one first water valve.

A kind of dyeing machine of the utility model, comprises a seismic wave dissolver and a dyeing apparatus.This seismic wave dissolver be applicable to by a powder dissolution in a liquid to form a uniform solution.This seismic wave dissolver comprises one first hollow cylinder, at least one concussion container, one first water pump and a seismic wave generation unit.The inner space of this first hollow cylinder is for the circulation of this solution.This concussion container is connected with this first hollow cylinder, and the inner space of this concussion container is for the circulation of this solution.One the 4th water pipe, is communicated between this concussion container and this first hollow cylinder, and the 4th water pipe has one the 4th water valve.This first water pump is connected with this first hollow cylinder and this concussion container, and this first water pump circulates between this concussion container and this first hollow cylinder in order to drive this solution.This seismic wave generation unit is connected to this concussion container and makes to be positioned at the solution vibrations of this concussion container.This dyeing apparatus and this seismic wave dissolver are interconnected, and the solution in the first hollow cylinder is delivered to this dyeing apparatus by this first water pump, to one, this dyeing apparatus treats that dye thing dyes with this solution.

Dyeing machine described in the utility model, implement in aspect at some, this dyeing apparatus also comprises one second hollow cylinder, , one the 5th water pipe, one second water pump and a dye unit, this second hollow cylinder and this concussion container and this second water pump are interconnected, 5th cross current is between this second hollow cylinder and this concussion container and the 5th water pipe has one the 5th water valve, this second water pump is connected with this second hollow cylinder and this dye unit, this first water pump is in order to be delivered to this second hollow cylinder by this solution from this first hollow cylinder, this second water pump is in order to be delivered to this dye unit by this solution from this second hollow cylinder, to this, this dye unit treats that dye thing dyes with this solution.

Dyeing machine described in the utility model, implement in aspect at some, this seismic wave generation unit of this dyeing machine can comprise at least one transducer being connected to this concussion container.

Dyeing machine described in the utility model, implements in aspect at some, and the cross section of this concussion container of this dyeing machine is circle, rectangle or polygon.

Dyeing machine described in the utility model, implement in aspect at some, this transducer of this dyeing machine is connected to the top of this concussion container.

Dyeing machine described in the utility model, implement in aspect at some, this seismic wave generation unit of this dyeing machine comprises most transducer, and described transducer is connected to the lateral circle surface of this concussion container.

Dyeing machine described in the utility model, implement in aspect at some, this seismic wave dissolver of this dyeing machine also comprises one first water pipe and one second water pipe, and this first cross current is in this first hollow cylinder and this first pump house, and this second water pipe has a water discharge outlet and one second water valve.

Dyeing machine described in the utility model, implement in aspect at some, this seismic wave dissolver of this dyeing machine also comprises a hollow housing, and this concussion container, this seismic wave generation unit and this first water pump are arranged in this hollow housing.

Dyeing machine described in the utility model, implement in aspect at some, this seismic wave dissolver of this dyeing machine also comprises one the 3rd water pipe and a vaccum-generating unit, 3rd cross current is between this first water pump and this concussion container and the 3rd water pipe has one the 3rd water valve, this vaccum-generating unit comprises a vavuum pump and and is communicated in negative tube between this first hollow cylinder and this vavuum pump, and this negative tube has an air valve; This first hollow cylinder also has a top cover; This first water pipe has one first water valve.

Useful effect of the present utility model is: solution circulation is flowed and with this seismic wave generation unit, this solution is bestowed to the seismic wave of supersonic band, makes powder separation become the unimolecule of how meter level and promotes its solubility to liquid.Moreover how the molecule of rice contributes to being attached to surface of cloth.In addition, with the first water pump, uniform for this allotment solution is delivered to dyeing apparatus, manpower can be saved and carry cost and the flow process that bulk dyeing technique can be controlled more scrupulously.

Accompanying drawing explanation

Fig. 1 is a schematic perspective view, and one first embodiment of the utility model dyeing machine is described;

Fig. 2 is a schematic perspective view, and a seismic wave dissolver of this embodiment is described;

Fig. 3 is a schematic perspective view, and a seismic wave dissolver of one second embodiment of the utility model dyeing machine is described;

Fig. 4 is a schematic perspective view, and this second embodiment is described;

Fig. 5 is a schematic perspective view, and a change aspect of this first hollow cylinder of this first embodiment is described;

Fig. 6 is a schematic perspective view, and a change aspect of this first hollow cylinder of this second embodiment is described;

Fig. 7 is a schematic perspective view, and a seismic wave dissolver of one the 3rd embodiment of the utility model dyeing machine is described;

Fig. 8 is a schematic perspective view, illustrates that two concussion containers of the 3rd embodiment are horizontal series connection; And

Fig. 9 is a schematic perspective view, illustrates that two concussion containers of the 3rd embodiment are lontitudinal series.

Detailed description of the invention

Below in conjunction with drawings and Examples, the utility model is described in detail.

Before the utility model is described in detail, should be noted that in the following description content, similar element represents with identical numbering.

Consult Fig. 1 and Fig. 2, the first embodiment of the utility model dyeing machine comprises seismic wave dissolver 1 and a dyeing apparatus 2.

This seismic wave dissolver 1 is applicable to a powder (not shown) to be dissolved in a liquid (not shown) to form a uniform solution (not shown).This seismic wave dissolver 1 comprises one first hollow cylinder 11, and shakes container 12,1 first water pump 13, seismic wave generation unit (only presenting the subelement of this seismic wave generation unit in the schematic diagram of the present embodiment: transducer 141) and a vaccum-generating unit 16.

The inner space of this first hollow cylinder 11 is for the circulation of this solution.In the present embodiment, this first hollow cylinder 11 generally in barrel-shaped and there is the foot rest that ground is stood in a top cover 111 and most support, but not as limit.

This concussion container 12 is connected with this first hollow cylinder 11, and the inner space of this concussion container 12 is for the circulation of this solution.In the present embodiment, the cross section of this concussion container 12 is generally rounded, but not as limit.

This first water pump 13 is connected with this first hollow cylinder 11 and this concussion container 12, and this first water pump 13 circulates between this concussion container 12 and this first hollow cylinder 11 in order to drive this solution.

In the present embodiment, this seismic wave generation unit comprises a ultrasonic wave generator (not shown) and a transducer 141, this transducer 141 is connected to this concussion container 12 and makes to be positioned at the solution vibrations of this concussion container 12, to promote this powder in the solubility of this liquid.Industrial power supply is converted to by this ultrasonic wave generator has certain power output and the power supply shaken with ultrasonic frequency, for the transducer 141 being connected to this concussion container 12, the concussion of this high-frequency electrical is converted to machinery concussion, and then the solution in concussion container 12 is shaken with supersonic frequency, powder separation agglomerating for the adhesive aggregation in solution to be become the unimolecule of how meter level, use and promote solubility and the powdered molecular of powder in water and wait to contaminate the adsorption strength between thing (not shown).

This seismic wave dissolver 1 also comprises one first water pipe 151 and one second water pipe 152, and this first water pipe 151 is communicated between this first hollow cylinder 11 and this first water pump 13, and this second water pipe 152 has a water discharge outlet 1522 and is interconnected with this first water pipe 151.In the present embodiment, this second water pipe 152 has one second water valve 1521, user Ke Tong Over switches opening of this second water valve 1521 or closes to control whether being communicated with of this first water pipe 151 and this second water pipe 152, unnecessary solution or the waste water cleaning this first hollow cylinder 11 are controllably discharged further, concrete cleaning and the flow process of discharge will in describing after a while.

This vaccum-generating unit 16 has the air valve 163 that vavuum pump 161, negative tube be connected with this first hollow cylinder 11 162 and is arranged at this negative tube 162, this vavuum pump 161, in order to extract the gas in this first hollow cylinder 11, reaches relative vacuum partly to make to form negative pressure in the environment in this first hollow cylinder 11 and this concussion container 12.In the present embodiment, the advantages forming vacuum is as follows.At ambient pressure, at this first hollow cylinder 11 and concussion container 12 air abrim, in the process of solution circulation flowing, air can be dissolved in solution, and part can become the bubble in solution, and bubble rises on liquid level of solution and then forms foam.In the process that bubble rises, undissolved for bulky grain powder can be lifted, so that bulky grain powder accumulation cannot enter in liquid level of solution in this concussion container 12.After using vavuum pump 161, can by the air scavenge in this first hollow cylinder 11 and concussion container 12, effectively avoid bulky grain powder accumulation in the situation of liquid level of solution, and then make pending or not consoluet large powder participate in fully circulating, and then reach all powder is all circulated in concussion container 12, and all powder can be made to be broken down into the unimolecule kenel of how meter level.In addition, vavuum pump 161 second effects are used to be that the generation seismic wave of this seismic wave generation unit 1 can not be disperseed because of gas or weaken, and then its usefulness is doubled by the environment of a formation low vacuum in this hollow cylinder 11 and concussion container 12.

In the present embodiment, this seismic wave dissolver 1 also comprises one the 3rd water pipe 153 and one the 4th water pipe 154.3rd water pipe 153 is communicated with this first water pump 13 and this concussion container 12, Bing has one the 3rd water valve 1531, whether circulates in order to the solution controlled in the 3rd water pipe 153.4th water pipe 154 is communicated with this first hollow cylinder 11 and this concussion container 12, Bing has one the 4th water valve 1541, whether circulates in order to the solution controlled in the 4th water pipe 154.

This dyeing apparatus 2 is interconnected with this seismic wave dissolver 1, and the solution in the first hollow cylinder 11 can be delivered to this dyeing apparatus 2 by this first water pump 13, to this, this dyeing apparatus 2 treats that dye thing dyes with this solution.What deserves to be explained is, replace manpower with this first water pump 13 and carry deployed solution, manpower conveying cost can be saved.

In the present embodiment, this dyeing apparatus 2 also comprises one second hollow cylinder 21, dye unit 22 and one second water pump 23.This second hollow cylinder 21 is interconnected with this concussion room 12 and this second water pump 23, this second water pump 23 is connected with this second hollow cylinder 21 and this dye unit 22, this solution can be delivered to this second hollow cylinder 21 from this first hollow cylinder 11 by this first water pump 13, this second water pump 23 is in order to be delivered to this dye unit 22 by this solution from this second hollow cylinder 23 body, to this, this dye unit 22 treats that dye thing dyes with this solution.

Specifically, this dyeing apparatus 2 also comprises one the 5th water pipe the 255, five water pipe 255 and is communicated with this concussion container 12 and this second hollow cylinder 21.5th water pipe 255 has one the 5th water valve 2551, in order to whether to control the circulation of the 5th water pipe 255.Moreover, according to aforementioned explanation, solution in first hollow cylinder 11 can be delivered to this dyeing apparatus 2 by this first water pump 13, refer at the present embodiment, solution in this first hollow cylinder 11 is driven by this first water pump 13 and flows, this solution flows through this second hollow cylinder 21 that then this concussion container 12 arrives at this dyeing apparatus 2, and is temporarily stored in this second hollow cylinder 21.In addition, to this, this dyeing apparatus 2 of aforementioned explanation treats that dye thing dyes with this solution, refers to the solution in the second hollow cylinder 21 is delivered to the second water pump 23 dyeing that dye unit 22 carries out waiting to contaminate thing at the present embodiment.

First deployed solution is delivered to effect that this second hollow cylinder 21 stores to be: before the solution in the second hollow cylinder 21 is used up, first hollow cylinder 11 can continue to allocate new solution, guarantee that the supply of solution is not interrupted, and can use constantly solution treat dye thing dye.

Use the process description of this dyeing machine as follows, first close the 5th water valve 2551 and the second water valve 1521, make mutually not to be communicated with between this seismic wave dissolver 1 with this dyeing apparatus 2, and liquid is passed in and out Wu this osculum 1522 of Fa Tong Over.Then, open the 4th water valve 1541 and the 3rd water valve 1531, form one to make this seismic wave dissolver 2 and close and fluid can be supplied at the pipeline of inner loop.Subsequently, add a certain amount of water and powder at the first hollow cylinder 11, top cover 111 Bing opens this air valve 163 and starts this vavuum pump 161 subsequently, makes this first hollow cylinder 11 and this concussion container 12 inside form the environment of a negative pressure.Close this vavuum pump 161 Bing subsequently and close this vavuum pump 161 and this air valve 163, then opening the first water pump 13, solution circulation being flowed, and then starts seismic wave generation unit, carry out the dissolving of powder.

A special time (as 30 minutes, but not as limit) afterwards powder just can dissolve completely, seismic wave generation unit and the first water pump 13 can be closed down.Then, keep the closed condition of the second water valve 1521 and close the 4th water valve 1541 again, to block the direct connecting pipeline (i.e. the 4th water pipe 154) between this first hollow cylinder 11 and this concussion container 12.Under the unimpeded situation keeping the 3rd water valve 1531, open the 5th water valve 2551, this dyeing apparatus 2 is interconnected with this seismic wave dissolver 1.Start the first water pump 13 subsequently so that the solution allocated is extracted into this second hollow cylinder 21.

After this solution being delivered to this second hollow cylinder 21, with this second water pump 23, solution is delivered to dye unit 22 to carry out the dyeing waiting to contaminate thing depending on demand.Simultaneously, the 5th water valve 2551 and this second water valve 1411 can be closed, add a certain amount of clear water, start the first water pump 13 to flow to make clear water, use the residual powder that cleaning is positioned at this seismic wave dissolver 1 inside, open the second water valve 1521 again, allow waste water drain via the osculum 1522 of the second water pipe 152.The above-mentioned flow process of ， Tong Over can carry out running and the cleaning of the dyeing machine of the present embodiment thus.

In the foregoing embodiments, the cross section of this concussion container 12 is circular and this transducer 141 is arranged at 12 tops of this concussion container.But the shape of this concussion container 12 and the quantity of transducer 141 and set-up mode thereof be not as limit.In a second embodiment, consult Fig. 3 and Fig. 4, the cross section of this concussion container 12 also can be rectangular, and the quantity of transducer 141 is 20, and the mode arranging five transducers 141 with every face is arranged on four sides of this concussion container 12.In other enforcement aspect, the cross section of this concussion container 12 also can be pentagon, hexagon or other polygons, and the number of this transducer 141 is not limit, can one side one or one side multiple modes be arranged on equably on the lateral circle surface of this concussion container 12.

What remark additionally is, in aforesaid two embodiments, the cross section of this first hollow cylinder 11 is generally rounded, and its cross section from top to bottom reduces monotonously, this first hollow cylinder 11 also has multiple socle standing on ground and stands on ground the main body of this first hollow cylinder 11 to be supportted, but the structure of this first hollow cylinder 11 is not as limit.Such as, consult Fig. 5 and Fig. 6, the shape of this first hollow cylinder 11 can be hollow circuit cylinder, and compared to aforementioned two embodiments, this first hollow cylinder 11 has enough large floor space, thus can stand on ground with its main body self support and omit described socle.

Consult Fig. 7, compared to the essential difference of the first embodiment and the second embodiment, 3rd embodiment is that this seismic wave dissolver 1 of the 3rd embodiment also comprises a hollow housing 17, this concussion container 12, this seismic wave generation unit and this first water pump 13 are arranged in this hollow housing 17.This hollow housing 17 covers this concussion container 12, this seismic wave generation unit and this first water pump 13, to simplify the overall appearance of this seismic wave dissolver 1.Supplementary notes are only that example presents this hollow housing 17 for the first embodiment at this, and art has usually to be known that the knowledgeable will be understood that and also can arrange hollow housing 17 in other embodiments, does not repeat them here.

Moreover, the number of this concussion container 12 is one in the above-described embodiment, but not as limit, such as, consult Fig. 8 and Fig. 9, the number of this concussion container 12 can be two, and is respectively interconnected with an opening, Bing respectively with another opening be mutually connected in series connection with this first hollow cylinder 11 and this first water pump 13 respectively.What deserves to be explained is, mode of communicating between described concussion container 12 can be horizontal serial connection (see Fig. 8) and also can be longitudinal serial connection (see Fig. 9), more suitable tandem must be selected, to adjust the volume of this seismic wave generation device 1 entirety according to the configuration of adjacent equipment.Specifically, in above-mentioned three embodiments, this powder refers to dyestuff and this solution refers to water, but not as limit.This seismic wave dissolver 1 can be widely used in various powder dissolution in various liquid, and be not limited to dyestuff to be dissolved in the water, therefore can arrange in pairs or groups with other equipment and use, and be not limited to above-mentioned dyeing apparatus 2, in addition, under particular condition, this seismic wave dissolver 1 can be also used alone.

In sum, solution circulation flowed and with this seismic wave generation unit, this solution is bestowed to the seismic wave of supersonic band, make powder separation become the unimolecule of how meter level and promote its solubility to liquid.Moreover ， Tong Over vaccum-generating unit 16 can prevent the bubble in solution from producing, promote and make the degree of powder and uniform liquid mixing also can strengthen shaking solution in container by the effect of shaking.In addition uniform for this allotment solution is delivered to dyeing apparatus 2 by ， Tong Over first water pump 13, can save human cost and the efficiency of raising dyeing.Moreover, this deployed solution is delivered to this second hollow cylinder 21 body and stores, new solution can be allocated in this first hollow cylinder 11, guarantee that the supply of solution is uninterrupted, and can dye incessantly.The osculum 1522 of Fei Shui Tong Over second water pipe 152 after ， Tong Over first water pump 13 cleans the first hollow cylinder 11 and concussion container 12 is on the other hand got rid of.What deserves to be explained is, how the monomolecular powdered molecular of meter level yardstick contributes to being attached to surface of cloth.Therefore the utility model seismic wave dissolver 1 and dyeing machine can reach the purpose of this utility model really.

Only as described above, be only embodiment of the present utility model, when not limiting with this scope that the utility model implements, every simple equivalence change done according to the utility model claims and patent specification content with modify, all still belong in scope that the utility model patent contains.

Claims (17)

1. a seismic wave dissolver, be applicable to by a powder dissolution in a liquid to form a uniform solution; It is characterized in that: this seismic wave dissolver comprises:

One first hollow cylinder, the inner space of this first hollow cylinder is for the circulation of this solution;

At least one concussion container, is connected with this first hollow cylinder, and the inner space of this concussion container is for the circulation of this solution;

One first water pump, is connected with this first hollow cylinder and this concussion container, and this first water pump circulates between this concussion container and this first hollow cylinder in order to drive this solution; And

One seismic wave generation unit, is connected to this concussion container and the solution that this seismic wave generation unit makes to be positioned at this concussion container shakes.

2. seismic wave dissolver according to claim 1, is characterized in that: this seismic wave generation unit comprises at least one transducer being connected to this concussion container.

3. seismic wave dissolver according to claim 2, is characterized in that: the cross section of this concussion container is circle, rectangle or polygon.

4. seismic wave dissolver according to claim 2, is characterized in that: this transducer is connected to the top of this concussion container.

5. seismic wave dissolver according to claim 2, is characterized in that: this seismic wave generation unit comprises most transducer, and described transducer is connected to the lateral circle surface of this concussion container.

6. seismic wave dissolver according to claim 1, is characterized in that: also comprise one first water pipe and one second water pipe, and this first cross current is in this first hollow cylinder and this first pump house, and this second water pipe has a water discharge outlet and one second water valve.

7. seismic wave dissolver according to claim 1, is characterized in that: also comprise a hollow housing, and this concussion container, this seismic wave generation unit and this first water pump are arranged in this hollow housing.

8. seismic wave dissolver according to claim 1, it is characterized in that: also comprise one the 3rd water pipe and a vaccum-generating unit, 3rd cross current is between this first water pump and this concussion container, 3rd water pipe has one the 3rd water valve, this vaccum-generating unit comprises a vavuum pump and and is communicated in negative tube between this first hollow cylinder and this vavuum pump, and this negative tube has an air valve; This first hollow cylinder also has a top cover; This first water pipe has one first water valve.

9. a dyeing machine, is characterized in that: this dyeing machine comprises:

One seismic wave dissolver, be applicable to by a powder dissolution in liquid to form a uniform solution, this seismic wave dissolver comprises:

One first hollow cylinder, the inner space of this first hollow cylinder is for the circulation of this solution;

At least one concussion container, is interconnected with this first hollow cylinder, and the inner space of this concussion container is for the circulation of this solution;

One the 4th water pipe, is communicated between this concussion container and this first hollow cylinder, and the 4th water pipe has one the 4th water valve;

One first water pump, is connected with this first hollow cylinder and this concussion container, and this first water pump circulates between this concussion container and this first hollow cylinder in order to drive this solution;

One seismic wave generation unit, is connected to this concussion container and the solution that this seismic wave generation unit makes to be positioned at this concussion container shakes; And

One dyeing apparatus, is interconnected with this seismic wave dissolver, and the solution in the first hollow cylinder is delivered to this dyeing apparatus by this first water pump, to one, this dyeing apparatus treats that dye thing dyes with this solution.

10. dyeing machine according to claim 9, it is characterized in that: this dyeing apparatus also comprises one second hollow cylinder, one the 5th water pipe, one second water pump and a dye unit, this second hollow cylinder and this concussion container and this second water pump are interconnected, 5th cross current is between this second hollow cylinder and this concussion container and the 5th water pipe has one the 5th water valve, this second water pump is connected with this second hollow cylinder and this dye unit, this first water pump is in order to be delivered to this second hollow cylinder by this solution from this first hollow cylinder, this second water pump is in order to be delivered to this dye unit by this solution from this second hollow cylinder, to this, this dye unit treats that dye thing dyes with this solution.

11. dyeing machines according to claim 9, is characterized in that: this seismic wave generation unit comprises at least one transducer being connected to this concussion container.

12. dyeing machines according to claim 9, is characterized in that: the cross section of this concussion container is circle, rectangle or polygon.

13. dyeing machines according to claim 11, is characterized in that: this transducer is connected to the top of this concussion container.

14. dyeing machines according to claim 11, is characterized in that: this seismic wave generation unit comprises most transducer, and described transducer is connected to the lateral circle surface of this concussion container.

15. dyeing machines according to claim 9, it is characterized in that: this seismic wave dissolver also comprises one first water pipe and one second water pipe, this first cross current is in this first hollow cylinder and this first pump house, and this second water pipe has a water discharge outlet and one second water valve.

16. dyeing machines according to claim 9, is characterized in that: this seismic wave dissolver also comprises a hollow housing, and this concussion container, this seismic wave generation unit and this first water pump are arranged in this hollow housing.

17. dyeing machines according to claim 9, it is characterized in that: this seismic wave dissolver also comprises one the 3rd water pipe and a vaccum-generating unit, 3rd cross current is between this first water pump and this concussion container and the 3rd water pipe has one the 3rd water valve, this vaccum-generating unit comprises a vavuum pump and and is communicated in negative tube between this first hollow cylinder and this vavuum pump, and this negative tube has an air valve; This first hollow cylinder also has a top cover; This first water pipe has one first water valve.