阅读说明：本技术 一种智能药剂喷雾细化与活化装置及方法 (Intelligent medicament spray refining and activating device and method ) 是由 赵统刚 陈龙 张兰 陈阳波 奚卫华 蒋义龙 于 2020-05-25 设计创作，主要内容包括：本发明公开了一种智能药剂喷雾细化与活化装置及方法,涉及喷雾药剂制备装置技术领域,包括多个功能段及智能控制系统；多个功能段包括依次设置的：混合药剂供给段,用于按照设定比例混合输出稀释后的药剂溶液；溶气段,用于向药剂溶液中溶入设定量的气体；磁化段,用于对溶入气体后的药剂溶液进行磁化；超声波雾化段,用于将上述磁化后的药剂溶液进行雾化后输出；分配释放段,用于将雾化后的药剂溶液分配释放至设定位置处；智能控制系统与上述各个功能段控制连接,根据设定程序控制各功能段动作。整个方案中,能够自动生成设定比例以及雾化程度的药剂喷雾,无需事先混合药剂与清水,并且能够根据需要现场调配药剂比例,操作简单,雾化效果好。(The invention discloses an intelligent medicament spray refining and activating device and method, relating to the technical field of spray medicament preparation devices and comprising a plurality of functional sections and an intelligent control system; the plurality of functional segments include in proper order: the mixed medicament supply section is used for mixing and outputting the diluted medicament solution according to a set proportion; the gas dissolving section is used for dissolving a set amount of gas into the medicament solution; the magnetizing section is used for magnetizing the medicament solution dissolved in the gas; the ultrasonic atomization section is used for atomizing the magnetized medicament solution and then outputting the atomized medicament solution; the distribution release section is used for distributing and releasing the atomized medicament solution to a set position; the intelligent control system is connected with the function sections in a control mode and controls the function sections to act according to a set program. In the whole scheme, the medicament spray with the set proportion and the atomization degree can be automatically generated, the medicament and clear water do not need to be mixed in advance, the medicament proportion can be prepared on the spot as required, the operation is simple, and the atomization effect is good.)

1. An intelligent medicament spray refining and activating device is characterized by comprising a plurality of functional sections and an intelligent control system;

wherein, it is a plurality of the functional segment is including setting gradually:

the mixed medicament supply section (1) comprises a storage component and a quantitative mixing output component, and is used for mixing and outputting diluted medicament solution according to a set proportion;

a gas dissolving section (2) configured to dissolve a set amount of gas into the pharmacological solution;

a magnetization section (3) configured to magnetize the drug solution after the gas is dissolved therein;

the ultrasonic atomization section (4) comprises an ultrasonic atomization device (16) and an atomization fan and is used for atomizing the magnetized medicament solution and then outputting the atomized medicament solution;

a distribution and release section (5) which comprises at least one spray pipeline (18) communicated with the ultrasonic atomization device (16) and is used for distributing and releasing the atomized medicament solution to a set position;

the intelligent control system is in control connection with each functional section and controls the action of each functional section according to a set program.

2. The intelligent medicament spray refining and activating device according to claim 1, wherein the storage assembly comprises a medicament stock solution barrel (6) and a clear water storage barrel (7), and the quantitative mixing output assembly comprises a clear water metering pump (8), a medicinal solution metering pump (9) and an output pipeline (10);

the medicament stock solution barrel (6) is used for storing medicament stock solution, and the liquid medicine metering pump (9) is used for extracting and metering the medicament stock solution output from the medicament stock solution barrel (6);

the clean water storage barrel (7) is used for storing clean water for dilution, and the clean water metering pump (8) is used for pumping and metering the clean water output from the clean water storage barrel (7);

one end of the output pipeline (10) is respectively communicated with the clear water metering pump (8) and the liquid medicine metering pump (9) to extract and output set dose of clear water and medicament stock solution;

the clear water metering pump (8) and the liquid medicine metering pump (9) are in control connection with the intelligent control system.

3. The intelligent medicament spray refining and activating device according to claim 2, wherein the mixed medicament supply section (1) is further provided with a liquid adding prompting component, and the liquid adding prompting component comprises a liquid level sensor (11) arranged in the medicament stock solution barrel (6) and the clear water storage barrel (7) and an information prompting piece (12);

the liquid level sensor (11) is in signal connection with the intelligent control system and is used for detecting and outputting a liquid level detection signal;

the information prompt piece (12) is in signal connection with the intelligent control system, and the intelligent control system receives and responds to the liquid level detection signal to control the action of the information prompt piece (12).

4. The intelligent agent spray refinement and activation device according to claim 2, characterized in that the dissolved air section (2) is configured as an ejector (13) structure, the mixed and diluted agent solution in the output pipeline (10) enters from the inflow end of the ejector (13) and flows out from the injection end;

ejector (13) and intelligent control system control connection, the inflow end is provided with air inlet interface (14), gas and medicament solution flow direction in ejector (13) are the same.

5. An intelligent agent spray refinement and activation device according to claim 4, characterized in that said magnetization section (3) comprises a magnetization conduit (15) communicating with the injection end of the ejector (13), said magnetization conduit (15) being assembled by permanent magnets or electromagnets.

6. The smart agent spray refinement and activation device according to claim 1, characterized in that the ultrasonic atomization device (16) comprises: the device comprises an atomizing shell, an ultrasonic numerical control power supply and an ultrasonic transducer;

the mist distribution fan is communicated with the atomization shell and the spray pipeline (18) and is used for outputting the atomized medicament solution in the atomization shell to the spray pipeline (18);

the ultrasonic atomization device (16) is in control connection with the intelligent control system.

7. An intelligent agent spray refinement and activation device according to claim 1, characterised in that the spray pipe (18) is provided with slots or holes, the length S of the spray pipe (18) is less than or equal to V T, wherein V is the flow rate of the atomized agent solution in the spray pipe (18), T is the running time of the atomized agent solution in the spray pipe (18), and T is less than or equal to 30S.

8. The intelligent agent spray refinement and activation device according to claim 1, wherein the intelligent control system comprises a control module configured as a single chip or FPGA control component, a memory for storing at least one set of control parameters for controlling the actions of each functional segment, and an interaction unit connected to the control module for inputting, outputting or modifying the control parameters in the memory.

9. The intelligent medicament spray refining and activating device according to claim 1, wherein each functional segment is correspondingly provided with a detection device for detecting the operation condition or the atomization degree of the medicament solution, and the detection device is in signal connection with the intelligent control system and detects and outputs a feedback signal.

10. An intelligent agent spray refinement and activation method, based on the intelligent agent spray refinement and activation device of claim 9, comprising the steps of:

generating and storing control parameters of each functional segment according to a set algorithm based on the dilution ratio and the atomization degree of the required medicament solution;

based on the control parameters, the intelligent control system outputs control signals to control the actions of the functional segments;

and detecting the operating parameters of each functional section and/or the atomization degree and the flow rate of the medicament solution in the spraying pipeline (18), and outputting a feedback signal to the intelligent control system, wherein the intelligent control system corrects the control parameters based on the feedback signal.

Technical Field

The invention relates to the technical field of spray medicament preparation devices, in particular to an intelligent medicament spray refining and activating device and method.

Background

The agent is sprayed by dissolving the agent in water and then atomizing the solution. Currently, deodorizing and disinfecting sprays are often prepared by ultrasonic or mechanical methods. For example, chinese patent No. CN209798930U proposes an ultrasonic atomizing and deodorizing apparatus, which atomizes a solution mixed with a medicament by installing an ultrasonic atomizer and a fan in an atomizing chamber.

In the scheme, the spray refinement degree is not enough, meanwhile, the medicament needs to be premixed or diluted and mixed in proportion before spraying, the medicament premixing needs a special feeding and mixing system, and the equipment complexity is increased. And the direct mixing before spraying can lead to limited deodorization and disinfection capture efficiency due to insufficient mixing time and insufficient mixing degree. In addition, in the prior art, due to high molecular organic components such as plant liquid and the like in the medicament, the molecular chain is not spread enough, and the activity of some functional groups cannot be effectively excited and exerted, thereby reducing the effects of deodorization and disinfection.

Disclosure of Invention

Aiming at the problems that the spraying mixing of traditional Chinese medicines is insufficient in practical application and the activity of functional groups of high-molecular organic components cannot be effectively excited, the invention aims to provide an intelligent medicine spraying refining and activating device, so that the medicine and water can be directly mixed more uniformly and sufficiently before spraying, atomized particles are more refined, the molecular chain spreading degree of organic medicines is more sufficient, more active groups are generated, and the capture efficiency and the degradation efficiency are increased; based on the refining and activating device, the second purpose of the invention is to provide an intelligent agent spray refining and activating method, which comprises the following specific scheme:

an intelligent agent spray refining and activating device comprises a plurality of functional sections and an intelligent control system;

wherein, it is a plurality of the functional segment is including setting gradually:

the mixed medicament supply section comprises a material storage component and a quantitative mixing output component, and is used for mixing and outputting the diluted medicament solution according to a set proportion;

a gas dissolving section configured to dissolve a set amount of gas into the pharmacological solution;

the magnetizing section is configured to magnetize the medicament solution after the gas is dissolved;

the ultrasonic atomization section comprises an ultrasonic atomization device and an atomization fan and is used for atomizing the magnetized medicament solution and then outputting the atomized medicament solution;

the distribution and release section comprises at least one spray pipeline communicated with the ultrasonic atomization device and is used for distributing and releasing the atomized medicament solution to a set position;

the intelligent control system is in control connection with each functional section and controls the action of each functional section according to a set program.

Through above-mentioned technical scheme, at first mix clear water and medicament stoste, then dissolve in the air, can let medicament and the clear water that is used for diluting mix more fast more evenly, in later stage ultrasonic atomization process, through the continuous transmission of ultrasonic wave positive and negative pressure, form more, more refined cavity and microbubble in the medicament solution that has dissolved gas to form more quantity and less size atomizing medicament granule, need not to premix medicament and clear water before the spraying. The magnetization of the medicament dissolved in the air can reduce the viscosity and the surface tension of the medicament solution, increase the solubility of the air and enable more air to be dissolved in the medicament solution. The reduction of the viscosity and the surface tension of the medicament solution enables the ultrasonic atomization of the medicament solution to be easier, reduces the power requirement of the ultrasonic atomization, and increases the propagation capacity and the fogging capacity of ultrasonic waves. In addition, more air is dissolved in the magnetized medicament solution, so that the cavity effect of ultrasonic waves is enhanced, and more and smaller-sized atomized medicaments are generated. Finally, the magnetic effect is generated on the medicament solution, the molecular structure of the organic medicament is more stretched, and a new activated functional group is generated, so that the magnetic material has higher capturing and degrading efficiency on a deodorization or disinfection object.

Further, the storage component comprises a medicament stock solution barrel and a clear water storage barrel, and the quantitative mixing output component comprises a clear water metering pump, a liquid medicament metering pump and an output pipeline;

the medicament stock solution barrel is used for storing medicament stock solution, and the liquid medicine metering pump is used for pumping and metering the medicament stock solution output from the medicament stock solution barrel;

the clear water storage barrel is used for storing clear water for dilution, and the clear water metering pump is used for pumping and metering clear water output from the clear water storage barrel;

one end of the output pipeline is respectively communicated with the clear water metering pump and the liquid medicine metering pump, and clear water and medicament stock solution with set dosage are extracted and output;

the clear water metering pump and the liquid medicine metering pump are in control connection with the intelligent control system.

Through above-mentioned technical scheme, can mix the allotment to the medicament solution as required temporarily before the spraying, the clear water and the medicament stoste of measurement are set for in the direct extraction of measuring pump are mixed, and are efficient, and the degree of accuracy is high, easy operation.

Furthermore, the mixed medicament supply section is also provided with a liquid adding prompt assembly, and the liquid adding prompt assembly comprises liquid level sensors arranged in the medicament stock solution barrel and the clear water storage barrel and an information prompt piece;

the liquid level sensor is in signal connection with the intelligent control system and detects and outputs a liquid level detection signal;

the information prompt piece is in signal connection with the intelligent control system, and the intelligent control system receives and responds to the liquid level detection signal to control the action of the information prompt piece.

Through above-mentioned technical scheme, when clear water or medicament stoste are not enough, can in time output prompt message, guarantee the continuous operation of device, simultaneously, above-mentioned level sensor also can monitor the liquid level change in clear water storage bucket, the medicament stoste bucket after clear water measuring pump, the work of liquid medicine measuring pump at every turn, and then judges whether the operating condition of clear water measuring pump, liquid medicine measuring pump is accurate.

Further, the dissolved air section is configured to be a jet device structure, the medicament solution mixed and diluted in the output pipeline enters from the inflow end of the jet device, and the injection end flows out;

the ejector is in control connection with the intelligent control system, an air inlet interface is arranged at the inflow end, and the flow directions of gas and medicament solution in the ejector are the same.

Through above-mentioned technical scheme, can accelerate the flow of medicament solution in the pipeline, let the air fully dissolve in the medicament solution simultaneously, simple structure realizes easily.

Further, the magnetization section comprises a magnetization pipeline communicated with the jet end of the ejector, and the magnetization pipeline is formed by assembling a permanent magnet or an electromagnet.

Through the technical scheme, the agent solution dissolved in gas can be magnetized, so that the molecular structure of the organic agent is more extended, a new activated functional group is generated, and the deodorization or disinfection agent has higher capturing and degradation efficiency on deodorization or disinfection objects.

Further, the ultrasonic atomization device includes: the device comprises an atomizing shell, an ultrasonic numerical control power supply and an ultrasonic transducer;

the atomizing fan is communicated with the atomizing shell and the atomizing pipeline and is used for outputting the atomized medicament solution in the atomizing shell to the atomizing pipeline;

the ultrasonic atomization device is in control connection with the intelligent control system.

Through above-mentioned technical scheme, can atomize the medicament solution after dissolving the magnetization that has the air, carry out the atomizing operation back to the medicament solution after dissolving gas and magnetization, the atomizing size is more fine, the medicament activity obtains the reinforcing to increased medicament and treated object's contact chance, improved capture efficiency and degradation efficiency.

Furthermore, the spraying pipeline is provided with a slot or an opening, the length S of the spraying pipeline is not more than V T, wherein V is the flow speed of the atomized medicament solution in the spraying pipeline, T is the running time of the atomized medicament solution in the spraying pipeline, and T is not more than 30S.

Through above-mentioned technical scheme, can make the above-mentioned spray pipe of medicament solution discharge rapidly after the atomizing, prevent that the fog from condensing into liquid again.

Furthermore, intelligence control system includes control module, memory and interactive unit, control module configures to singlechip or FPGA control assembly, the memory is used for storing at least a set of control parameter that is used for controlling each function section action, interactive unit with control module data connection is used for the input, export or modify control parameter in the memory.

Through the technical scheme, the whole intelligent agent spray refining and activating device can run fully automatically after control parameters are set.

Furthermore, each functional segment corresponds and is provided with the detection device who is used for detecting its behavior or medicament solution atomizing degree, detection device with intelligence control system signal connection detects and output feedback signal.

Through the technical scheme, the operation of each functional section can be monitored, and the adjustment and control parameters of the intelligent control system are convenient.

An intelligent agent spray refining and activating method is based on the intelligent agent spray refining and activating device and comprises the following steps:

generating and storing control parameters of each functional segment according to a set algorithm based on the dilution ratio and the atomization degree of the required medicament solution;

based on the control parameters, the intelligent control system outputs control signals to control the actions of the functional segments;

and detecting the operating parameters of each functional section and/or the atomization degree and the flow rate of the medicinal solution in the spray pipeline, and outputting a feedback signal to the intelligent control system, wherein the intelligent control system corrects the control parameters based on the feedback signal.

Through above-mentioned technical scheme, can the automatic generation set for the medicament spraying of proportion and atomizing degree, need not mixed medicament and clear water in advance to can allocate the medicament proportion as required on the spot, easy operation, atomization effect is good.

Compared with the prior art, the invention has the following beneficial effects:

(1) the mixed medicament supply section is used for preliminarily mixing the medicament and the clear water, air is introduced, so that the medicament and the clear water are mixed more uniformly, more and more refined cavities and micro bubbles are formed in a medicament solution in which gas is dissolved by combining the ultrasonic atomization effect, more atomized medicament particles with smaller size and more quantity are formed, the deodorization and disinfection capture efficiency is improved, the medicament and the clear water do not need to be mixed in advance, and the change of the requirement of spraying on-site atomization can be flexibly adapted;

(2) through setting up the magnetization section, the medicament solution magnetization that will dissolve into there is gas, reduce the viscosity and the surface tension of medicament solution, increase the solubility of air, make more air dissolve in the medicament solution, medicament solution viscosity and surface tension's reduction, make above-mentioned ultrasonic atomization take place more easily, reduce ultrasonic atomization's power demand, ultrasonic wave's spreading capacity and fogging capacity have been increased, in addition more air dissolve in the medicament after, ultrasonic wave's hole effect has been aggravated, be favorable to more, the atomizing medicament production of smaller-size, have to deodorization or the bigger seizure and degradation efficiency of disinfection object.

Drawings

Fig. 1 is an overall schematic view of the present invention.

Reference numerals: 1. a mixed agent supply section; 2. a gas dissolving section; 3. a magnetization section; 4. an ultrasonic atomization section; 5. allocating a release segment; 6. a medicament stock solution barrel; 7. a clear water storage barrel; 8. a clean water metering pump; 9. a liquid medicine metering pump; 10. an output pipe; 11. a liquid level sensor; 12. an information prompt; 13. an ejector; 14. an air inlet interface; 15. magnetizing the pipeline; 16. an ultrasonic atomization device; 18. a spray pipe.

Detailed Description

The existing medicament spraying needs to uniformly mix the medicament and clear water in advance, and the mixture is mixed for a period of time so that molecular chains of high-molecular organic components in the medicament are fully unfolded, and the deodorization and disinfection capture efficiency is improved. The operation prolongs the time of medicament spraying action, and the user can not quickly prepare the ratio of the medicament components in the medicament solution according to the requirement in the spraying field because the medicament is required to be mixed fully.

The present invention will be described in further detail with reference to examples and drawings, but the present invention is not limited to these examples.

An intelligent agent spray refinement and activation device is shown in fig. 1 and comprises a plurality of functional sections and an intelligent control system which are connected in sequence. Wherein a plurality of the functional segments comprise: a mixed medicament supply section 1, a dissolved air section 2, a magnetization section 3, an ultrasonic atomization section 4 and a distribution release section 5. The intelligent control system is connected with each functional section in a control way and controls the action of each functional section according to a set program.

The mixed medicament supply section 1 comprises a storage component and a quantitative mixing output component, and is used for mixing and outputting diluted medicament solution according to a set proportion.

The storage component comprises a medicament stock solution barrel 6 and a clear water storage barrel 7, and the quantitative mixing output component comprises a clear water metering pump 8, a liquid medicament metering pump 9 and an output pipeline 10.

The liquid inlet end of the output pipeline 10 is divided into two sub-ports, which are respectively inserted into the medicament stock solution barrel 6 and the clear water storage barrel 7. The medicament stock solution barrel 6 is used for storing medicament stock solution, and the liquid medicine metering pump 9 is communicated with the output pipeline 10 and used for extracting and metering the medicament stock solution output from the medicament stock solution barrel 6. The clear water storage barrel 7 is used for storing clear water for dilution, and the clear water metering pump 8 is communicated with the clear water metering pump 8 and used for pumping and metering the clear water output from the clear water storage barrel 7. The set dose of clear water and the drug stock solution are mixed in the output pipeline 10 and output.

In order to accurately control the output quantities of the clean water and the medicament stock solution, the clean water metering pump 8 and the medicament metering pump 9 are in control connection with an intelligent control system. Based on above-mentioned technical scheme, can mix the allotment to the medicament solution as required before the spraying temporarily, the clear water and the medicament stoste of measurement are directly extracted to set for to the measuring pump mixes, and is efficient, and the degree of accuracy is high, easy operation.

In order to enable the continuous operation of the device for spray refinement and activation of the medicament, the clear water storage barrel 7 and the medicament stock solution barrel 6 are required to be ensured to store corresponding clear water or medicament stock solution all the time. For this reason, still be provided with liquid feeding suggestion subassembly on mixing medicament supply section 1, liquid feeding suggestion subassembly includes information suggestion spare 12 and sets up two level sensor 11 in medicament stoste bucket 6, clear water bucket 7.

Two level sensor 11 all with intelligent control system signal connection, detect respectively and output the liquid level detection signal in clear water bucket 7 and the former liquid bucket 6 of medicament. The information prompt part 12 is in signal connection with an intelligent control system, and the intelligent control system receives and responds to the liquid level detection signal to control the action of the information prompt part 12.

In more detail, the liquid level sensor 11 may be a float liquid level sensor 11, or may be a photoelectric position measuring sensor. The information prompt part 12 comprises an audible and visual alarm device, such as an LED lamp and a buzzer, arranged on the clean water storage barrel 7 and/or the medicament raw liquid barrel 6, the audible and visual alarm device is in signal connection with the intelligent control system, and when the liquid level is detected to be too low, audible and visual alarm is output. Based on above-mentioned technical scheme, when clear water or medicament stoste are not enough, prompt message can in time be exported, the suggestion user liquid feeding, guarantee the continuous operation of device, simultaneously, above-mentioned level sensor 11 also can monitor clear water measuring pump 8, liquid medicine measuring pump 9 work back clear water storage bucket 7, the liquid level change in the medicament stoste bucket 6 at every turn, and then judge whether the operating condition of clear water measuring pump 8, liquid medicine measuring pump 9 is accurate, supply section 1 to whole mixed medicament has the self-checking effect.

Preferably, the clean water storage barrel 7 is communicated with a tap water pipe through a normally closed electromagnetic valve, the normally closed electromagnetic valve is in control connection with the intelligent control system, and when the liquid level in the clean water storage barrel 7 is too low, clean water is automatically supplemented.

As shown in fig. 1, the gas dissolving section 2 is configured to dissolve a set amount of gas into the drug solution, and may directly dissolve air in the present invention. Dissolving air into the medicament solution can enable the medicament and the clear water for dilution to be mixed more quickly and uniformly, and more refined cavities and micro-bubbles are formed in the medicament dissolved with gas through the continuous transmission of positive and negative pressure of ultrasonic waves in the ultrasonic atomization process, so that atomized medicament particles with more quantity and smaller size are formed.

The air dissolved in the medicament solution can be dissolved in the medicament solution by air stripping, air blasting or water spraying, preferably water spraying, and the structure is simpler and easier to realize. In detail, in the present invention, the dissolved air section 2 is configured as an ejector 13, and the drug solution mixed and diluted in the output pipe 10 enters from the inflow end of the ejector 13 and flows out from the ejection end. The ejector 13 is in control connection with the intelligent control system, and an air inlet interface 14 is arranged at the inflow end. The flow direction of the gas and the medicament solution in the ejector 13 are arranged in the same way, and when the medicament solution flows through, negative pressure suction is formed to suck air into the medicament. Above-mentioned technical scheme can accelerate the flow of medicament solution in the pipeline, lets the air fully dissolve in the medicament solution simultaneously, simple structure, easy realization.

The magnetization section 3 is configured to magnetize the drug solution after the gas is dissolved therein. The medicament solution dissolved with air is magnetized, so that the viscosity and the surface tension of the medicament solution can be effectively reduced, the solubility of the air is improved, and more air is dissolved in the medicament solution. The reduction of medicament solution viscosity and surface tension makes the atomization of above-mentioned ultrasonic atomization section 4 take place more easily, reduces the required power of ultrasonic atomization section 4, increases ultrasonic wave propagation ability and fog-making ability, and more air has aggravated the cavitation effect of ultrasonic wave after dissolving in the medicament solution in addition, is favorable to more, the atomizing medicament of smaller size to produce.

In detail, the magnetizing section 3 comprises a magnetizing pipeline 15 communicated with the spraying end of the ejector 13, and the magnetizing pipeline 15 is formed by assembling a permanent magnet or an electromagnet. In the present invention, the above-mentioned magnetizing tube 15 is preferably made of a neodymium iron boron permanent magnet. The magnetization scheme can magnetize the medicament solution dissolved in the gas, so that the molecular structure of the organic medicament is more stretched, and a new activation functional group is generated, so that the medicament solution is activated after flowing through the magnetization channel, and the deodorization or disinfection device has higher capture and degradation efficiency on deodorization or disinfection objects.

As shown in fig. 1, the ultrasonic atomizing section 4 includes an ultrasonic atomizing device 16 and an atomizing fan, and is configured to atomize and output the magnetized pharmaceutical solution. In detail, the ultrasonic atomizing device 16 includes: atomizing casing, ultrasonic wave numerical control power and ultrasonic transducer. The mist distribution fan is communicated with the atomization shell and the spray pipeline 18 and used for outputting the atomized medicament solution in the atomization shell to the spray pipeline 18. The ultrasonic transducer preferably adopts a piezoelectric ceramic sandwich type transducer with stable performance.

In the present invention, the ultrasonic atomizing section 4 is realized by using a commercially available ultrasonic atomizing device 16 with a mist distribution fan. The ultrasonic atomization device 16 is in control connection with an intelligent control system. Based on the scheme, the magnetized medicament solution dissolved with air can be atomized, and after the atomization operation is performed on the medicament solution dissolved with air and after magnetization, the atomization size is finer and the medicament activity is enhanced, so that the contact chance of the medicament and a treatment object is increased, and the capture efficiency and the degradation efficiency are improved.

The distribution and release section 5 comprises at least one spray pipe 18 communicated with the output port of the ultrasonic atomization device 16 and used for distributing and releasing the atomized medicament solution to a set position.

The spraying pipeline 18 is provided with a slot or an opening, the length of the spraying pipeline 18 is set to be equal to or less than V T, wherein V is the flow speed of the atomized medicament solution in the spraying pipeline 18, T is the running time of the atomized medicament solution in the spraying pipeline 18, and T is equal to or less than 30S, so that the atomized medicament solution is rapidly discharged out of the spraying pipeline 18, and the mist is prevented from being condensed into a liquid state in the spraying pipeline 18 again.

In the invention, the intelligent control system comprises a control module, a memory and an interaction unit, wherein the control module is configured as a singlechip or an FPGA control component, the memory is used for storing at least one group of control parameters for controlling the actions of each functional segment, and the interaction unit is connected with the control module data and is used for inputting, outputting or modifying the control parameters in the memory. The memory can be realized by adopting a special RAM chip or an SD card, and the interaction unit can be realized by adopting an android touch screen. Based on the technical scheme, the whole intelligent agent spray refining and activating device can run fully automatically after control parameters are set.

In order to monitor the operation of each functional section and adjust and control parameters of the intelligent control system, each functional section is correspondingly provided with a detection device for detecting the operation condition or the atomization degree of the medicament solution, and the detection device is in signal connection with the intelligent control system and detects and outputs a feedback signal. The above detection device corresponds to different detection requirements, including but not limited to: the device comprises a flow rate sensor arranged at the air inlet interface 14 of the ejector 13 and used for detecting the air inlet interface of the ejector 13, an electric signal acquisition instrument electrically connected with the ultrasonic numerical control power supply and used for detecting whether the ultrasonic numerical control power supply works normally, a flow rate detector arranged in the spray pipeline 18 and the like.

Based on the intelligent agent spray refining and activating device, the invention also provides an intelligent agent spray refining and activating method, which comprises the following steps:

s1, generating and storing control parameters of each functional section according to a set algorithm based on the dilution ratio and the atomization degree of the required medicament solution;

s2, based on the control parameters, the intelligent control system outputs control signals to control the actions of each functional segment;

and S3, detecting the operation parameters of each functional section and/or the atomization degree and flow rate of the medicinal solution in the spray pipeline 18, and outputting a feedback signal to the intelligent control system, wherein the intelligent control system corrects the control parameters based on the feedback signal.

S4, return to step S1.

In the step S1, the control parameters required for different chemical solutions to reach the set atomization degree are inconsistent, and multiple sets of control parameters are stored, so that when the sprays with different proportions and atomization degrees are required, the corresponding control parameters can be quickly found, and the efficiency is higher.

The feedback control in step S3 enables the entire apparatus to adaptively adjust the control parameters, making the control more accurate.

In the whole scheme, the medicament spray with the set proportion and the atomization degree can be automatically generated, the medicament and clear water do not need to be mixed in advance, the medicament proportion can be prepared on the spot as required, the operation is simple, and the atomization effect is good.

The above description is only a preferred embodiment of the present invention, and the protection scope of the present invention is not limited to the above embodiments, and all technical solutions belonging to the idea of the present invention belong to the protection scope of the present invention. It should be noted that modifications and embellishments within the scope of the invention may occur to those skilled in the art without departing from the principle of the invention, and are considered to be within the scope of the invention.